2015 International
Chemical Congress ofPacific Basin Societies
DECEMBER 15 – 20, 2015 • HONOLULU, HAWAII

Canada
China
Japan

USA

Hawaii

Australia
New Zealandw w w . p a c i f i c h e m . o r g

BOARD OF DIRECTORS
President
Dr. George L. Trainor (ACS)Treasurer

Secretary

Dr. Shinji Murai (CSJ)

Dr. Yvan Guindon (CSC)

CONGRESS ORGANIZING COMMITTEE
Chair of Congress
Professor Peter J. Stang (ACS)

Vice-Chair of Congress

Vice-Chair of Congress

Professor Steven Holdcroft (CSC)

Professor Eiichi Nakamura (CSJ)

Scientific Program Chair
Professor Steven Holdcroft (CSC)

MEMBERS
Dr. Bryan Balazs (ACS)Professor Cathleen Crudden (CSC)
Professor J. Hugh Horton (CSC)
Mr. Nobuyuki Kawashima (CSJ)
Professor B. Moon Kim (KCS)

Dr. Richard Love (ACS)Professor Anna K. Mapp (ACS)Professor Mario Mediati (ACS)Professor Elsa Reichmanis (ACS)Professor Atsushi Takahara (CSJ)

Professor Hiroshi Kitagawa (CSJ)

Ms. Nancy Todd (ACS)Professor Li-Jun Wan (CCS)
Dr. Mark Waterland (NZIC)
Dr. Christopher J. Welch (ACS)Professor David A. Winkler (RACI)Professor Kaoru Yamanouchi (CSJ)TOPIC AREA CHAIRSTHE CORE AREAS OF CHEMISTRY
Analytical

Inorganic

Macromolecular

Christopher J. Welch (ACS)Bryan Balazs (ACS)

Cathleen Crudden (CSC)
Hiroshi Kitagawa (CSJ)

Atsushi Takahara (CSJ)
Elsa Reichmanis (ACS)

Organic

Physical, Theoretical & Computational

Eiichi Nakamura (CSJ)
B. Moon Kim (KCS)

Kaoru Yamanouchi (CSJ)Mark Waterland (NZIC)MULTIDISCIPLINARY OR CROSS – DISCIPLINARY AREAS OF CHEMISTRY
Agrochemistry, Environmental
and Geochemistry
Robert R. Peoples (ACS)

Biological

Materials & Nanoscience

Anna K. Mapp (ACS)David A. Winkler (RACI)Elsa Reichmanis (ACS)
Li-Jun Wan (CCS)CHEMISTRY SOLUTIONS TO GLOBAL CHALLENGES
Chemistry of Clean Energy Conversion,
Storage and Production

Bench To Bedside:
Chemistry of Health Care

Connecting Chemistry with Society

Steven Holdcroft (CSC)David A. Winkler (RACI)		
Christopher J. Welch (ACS)Bryan Balazs (ACS)1

TOPIC AREA REVIEWERS
THE CORE AREAS OF CHEMISTRY
Analytical

Inorganic

MacromolecularDavid Koppenaal (ACS)Koji Suzuki (CSJ)
Richard Oleschuk (CSC)
Myeong-Hee Moon (KCS)David Williams (NZIC)
Philip Marriott (RACI)
Ke-Min Wang (CCS)

Nora Radu (ACS)
Hiroshi Kitagawa (CSJ)
Steve Westcott (CSC)
Kyung-Byung Yoon (KCS)
Sally Brooker (NZIC)
Richard Keene (RACI)
Shu-Hong Yu (CCS)

S. Richard Turner (ACS)
Atsushi Takahara (CSJ)
Derek Gates (CSC)
Ji-Woong Park (KCS)
Jadranka Travas-Sedjic (NZIC)San H. Thang (RACI)Xi Zhang (CCS)

Organic

Physical, Theoretical & Computational

Gary Molander (ACS)
Eiichi Nakamura (CSJ)
Derek Pratt (CSC)
Hee Yoon Lee (KCS)
Antony Fairbanks (NZIC)Paul Savage (RACI)
Xiaoming Feng (CCS)Peter B. Armentrout (ACS)
Kaoru Yamanouchi (CSJ)
Irina Paci (CSC)
Jong-Ho Choi (KCS)Peter Schwerdtfeger (NZIC)Mark Buntine (RACI)
Shi-Gang Sun (CCS)

MULTIDISCIPLINARY OR CROSS – DISCIPLINARY AREAS OF CHEMISTRY
Agrochemistry, Environmental
And Geochemistry

Biological

Materials & Nanoscience

Bruce Lipshutz (ACS)
Hiroyuki Osada (CSJ)
Daniela Loock (CSC)
Woojin Lee (KCS)
Sally Gaw (NZIC)
Ivan Kennedy (RACI)
Qing-Hua Fan (CCS)

Wilfred van der Donk (ACS)
Satoshi Nakamura (CSJ)
Jeffrey W. Keillor (CSC)
Younghoon Lee (KCS)
Paul Teesdale-Spittle (NZIC)
Mary Collins (RACI)
Shu Wang (CCS)

Leonard Interrante (ACS)
Masahiro Yamashita (CSJ)
Peter McBreen (CSC)
Byung Hee Hong (KCS)
Keith C. Gordon (NZIC)
Anita Hill (RACI)
Zheng Hu (CCS)CHEMISTRY SOLUTIONS TO GLOBAL CHALLENGES
Chemistry of Clean Energy Conversion, Bench To Bedside:
Storage and Production
Chemistry of Health Care

Connecting Chemistry with Society

Todd Gardner (ACS)
Koichi Eguchi (CSJ)
Sean McGrady (CSC)
Yung-Eun Sung (KCS)
Simon B. Hall (NZIC)
Adam Best (RACI)Lin Zhuang (CCS)

Christopher J. Bannochie (ACS)
Masahiro Kamata (CSJ)
Joe Schwarcz (CSC)Mark Waterland (NZIC)Roy Tasker (RACI)De-Qing Zhang (CCS)2John Macor (ACS)
Kazuya Kikuchi (CSJ)
Robert Young (CSC)
Young-Ger Suh (KCS)
Gordon Rewcastle (NZIC)
Justin Gooding (RACI)Yu-Liang Zhao (CCS)W ELCOME

PACIFICHEM 2015 CHAIRMAN’S WELCOME
Welcome and warmest Aloha! On behalf of Pacifichem, Inc., the American Chemical Society, the Chemical Society of Japan, theCanadian Society for Chemistry, the New Zealand Institute of Chemistry, the Royal Australian Institute of Chemistry, the Korean
Chemical Society and the Chinese Chemical Society, it is my great pleasure to welcome all of the participants and their guests to the2015 International Chemical Congress of Pacific Basin Societies - Pacifichem 2015. This is the seventh in this distinguished series ofchemistry-related meetings traditionally held in December in Honolulu.
The theme of Pacifichem 2015 is Networking – Building Bridges across the Pacific. As with all past Pacifichem congresses, Pacifichem 2015 fosters collaborations among Pacific Basin chemical scientists to improve the quality of life throughout the world. The
venue is Honolulu, on the beautiful island of Oahu, which is located in the central Pacific Ocean, around which two-thirds of the world’s
population lives. Since the first Congress in 1984, this conference has seen tremendous growth. Over 18,000 papers were submitted
for this year’s meeting. There are 334 symposia and a total of 1,493 oral andposter sessions. The outstanding technical program truly represents collaborations among Pacific Rim scientists. Each symposium has organizers from atleast three different Pacific Rim countries. The technical program represents
contributions from 71 countries. The result of such collaborations can only bring
improvements in technical development and a better quality of life for all people.
There is much to do on this beautiful island, both independently and as partof the Pacifichem program. I hope you will be able to join us for the Pacifichem
Opening Ceremony. This begins with a traditional Hawaiian Chant, followed by
the Pacifichem Lecture. Sam Kean, the New York Times bestselling author of
The Disappearing Spoon, is the Pacifichem Plenary Lecturer. The Periodic Tableis one of our crowning scientific achievements, but it’s also a treasure trove of
passion, adventure, betrayal, and obsession. The Disappearing Spoon delves into
every single element on the table and explains each one’s role in science, money,
mythology, war, the arts, medicine, alchemy, and other areas of human history,
from the Big Bang through the end of time. His stories have appeared in The Atlantic Monthly, The New York Times Magazine, Psychology Today, Mental Floss, and Slate, and his work has been featured on NPR’s “Radiolab,” “All Things Considered,” and “Fresh Air.”All of the members and staff on the Pacifichem 2015 Organizing Committee have spent many hours preparing for this Congress tomake it the best possible. We are excited about the outcome and hope that you will find this Congress fruitful, enjoyable and worthwhile. Mahalo.
Peter Stang is the chair of Pacifichem 2015. He is a Distinguished Professor of Chemistry at The University of Utah and has been the editor of the Journal of the American Chemical Society since 2002. He holds a B.S. from DePaul University and a Ph.D. from the University ofCalifornia, Berkeley.
Working with chemical systems built from molecular components, Stang has advanced organic chemistry for five decades. He and his
team are molecular architects who rearrange the building blocks of chemistry to create new and better products to serve advanced medicine, information storage, and energy.
In recognition of his achievements as a pioneer in supramolecular chemistry, Stang received the National Medal of Science in 2011, followed by the American Chemical Society’s (ACS) 2013 Priestley Medal. His major scientific contributions began in the late 1960s with his
synthesis of vinyl trifluoromethanesulfonates, which are used to join two completely different hydrocarbons and thus create a chemical reaction. In the 1990s, his synthesis of molecular squares led to the development of several functional, self-assembled chemical systems. Most
notably, Stang’s method of preparing cyclic structures containing metal-complex units—known as the directional bonding approach—hasenabled his team to synthesize elaborate molecules such as tetrahedral frameworks, trigonal prisms and cage-like metallocyclic dodecahedrons. This allows the construction of an intricate molecular framework, ultimately leading to the rapid assembly of nanoscale moleculardevices for broad-based, practical applications.
Stang is a member of the American Chemical Society, the American Academy of Arts & Sciences, the National Academy of Sciences,
the Chinese Academy of Sciences, and the Hungarian Academy of Sciences. He received the Fred Basolo Medal for Outstanding Researchin Inorganic Chemistry in 2009, the Paul G. Gassman Distinguished Service Award of the American Chemical Society’s Division of Organic
Chemistry, and the F.A. Cotton Medal for Excellence in Chemical Research, in 2010. His research has garnered several other awards from theAmerican Chemical Society, including the ACS Award for Creative Research and Applications of Iodine Chemistry, and the ACS George A.
Olah Award in Hydrocarbon or Petroleum Chemistry, the ACS James Flack Norris Award in Physical Organic Chemistry, and the Linus Pauling
Medal. He has more than 500 publications and more than 23,500 citations to his credit and has mentored nearly 100 graduate students andpostdoctoral fellows.

3

CONTENTS

Chairman’s Welcome

3

Poster Sessions

Acknowledgments

8

Student Poster Competition

General Information

11

Registration

12

Speaker Information

Finalists

36

Exhibitors

54

13

Listing of Papers

64

Workshops

13

Presenters Index

305

Transportation

14

Floor Plans

421

Tours

14

Special Events

14

Numbers

434

16

Shuttle Schedule

IBC

Technical Program Summary

626

Hotel Addresses/Phone

OFFICIAL PARTICIPATING ORGA NIZATIONS

CO-SPONSORING SOCIETIESAmerican Chemical Society

Canadian Society for Chemistry

Chemical Society of Japan

Chinese Chemical Society

Korean Chemical Society

New Zealand Institute of Chemistry

The Royal Australian Chemical Institute

OFFICIAL PARTICIPATING ORGANIZATIONS
Australia: Australian Peptide Association
Brunei: Brunei Darussalam Institute ofChemistry
Canada: Canadian Society for Chemical
Engineering
China: Hong Kong Chemical Society

Japan Technical Association of the Pulp
and Paper Industry

The Society of Photography and Imagingof JapanSociety of Environmental Science

The Society of Polymer Science, Japan

Society of Sea Water Science, JapanThe Society of Rubber Science andTechnology

The Ceramic Society of JapanThe Electrochemical Society of Japan

India: Amity Institute for Environmental
Toxicology, Safety and Management(AIETSM)The Fullerenes, Nanotubes and Graphene
Research Society

Indonesia: Himpunan Kimia

The Japan Institute of Energy

Japan: Catalysis Society of JapanThe Japan Petroleum InstituteCombustion Society of Japan
Japan Association for International
Chemical Information

The Japan Society for Analytical Chemistry

Mexico: Sociedad Quimica de Mexico (SQM)

The Japan Wood Research Society

Papua New Guinea: The Institute ofChemists, PNG (ICPNG)

The Japanese Photochemistry Association
The Japanese Society for Food Scienceand Technology

Japan Society of Electromagnetic Wave
Energy Applications (JEMEA)

Malaysia: Institut Kimia Malaysia, Kuala
Lumpur

Nepal: Nepal Chemical Society

Japan Explosives Society

Japan Society for Bioscience,
Biotechnology, and Agrochemistry

The Surface Finishing Society of JapanThe Japan Society of Applied Physics

Japan Coating Technology Association

Japan Oil Chemists’ Society

The Society of Synthetic Organic
Chemistry, JapanThe Japanese Society for the History ofChemistry
The Japanese Society of Carbohydrate
ResearchJapan Society for Environmental Chemistry

The Japanese Society of Printing Scienceand Technology

Japan Society for Molecular Science

The Pharmaceutical Society of Japan

Japan Society for Safety Engineering

The Rare Earth Society of Japan

Japan Society of Colour Material

The Society for Biotechnology, Japan

Japan Society of Nutrition and Food Science

The Society of Chemical Engineers, Japan

Japan Society of Soil Science and Plant
Nutrition

The Society of Fiber Science andTechnology, Japan

Philippines: Integrated Chemists of thePhilippines
Republic of Korea: Korean Society ofRadiopharmaceuticals and Molecular
Probes (KSRAMP), Korean Society ofWater and Wastewater (KSWW)
Singapore: Singapore National Institute ofChemistry
Sri-Lanka: Institute of Chemistry Ceylon
Taiwan: The Chemical Society Located in
TaipeiThailand: The Chemical Society of Thailand
United States: American Peptide Society;
Biotechnology Industry Organization(BIO); International UV Association (IUVA)

7

AC KNOW L EDGMENTS

THE PACIFICHEM 2015 Organizing
Committee along with the symposium
organizers, gratefully acknowledge thefollowing companies and organizations forfinancial and in kind contributions received
in support of the Congress. We also wish
to thank those who contributed but are notlisted below. Additional contributors thatwere not available to us at press time can befound on the website at www.pacifichem.org.

Corporate Sponsor
Merck & Co., Inc.
Early Career Chemists Grants
Hilton Hawaiian Village
Hyatt Regency Waikiki
Waikiki Marriott
Starwood Hotels of Hawaii
Advances in Peptide and Protein
Chemistry (#6)
American Peptide Society
Australian Peptide Association
CEM Corporation
Synergistic Relationships between
Computational Chemistry andExperiment (#9)
Canadian Journal of Chemistry
Canadian Association of Theoretical
Chemists8

 epartment of Chemistry, University ofD
Calgary
Office of the Vice-President Research,
University of Lethbridge
Office of the Vice-President Research,
University of Calgary
Office of the Vice President Research,
Dalhousie University
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)
ChemGenes Corporation
Berry & Associates
TriLink BioTechnologies
New England Biolabs
ACS Division of Biological Chemistry
Glen ResearchLife Technologies
Chemistry for Development of
Theranostic Radiopharmaceuticals (#11)
Royal Australian Chemical Institute
NMR Spectroscopy of Polymers andBiobased Materials (#12)
Virginia Tech University
ACS Division of Polymer Chemistry
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis,
Characterization, and Applications (#23)
CytoViva: Platinum Level

Materials, MDPI Journal: Gold Level
Particle, Wiley: Silver Level
Nanoscale, RSC: Silver Level
Dr. Allen Siedle, Indiana University:
Silver Level
Polymers, MDPI Journal: Silver level
Human Exposure to Environmental
Contaminants (#26)
Wellington Laboratories Inc.
Biosyntheesis of Natural Products (#27)
Nature Chemical Biology
Division of Biological Chemistry of theAmerican Chemical Society
Supercritical Fluid Chromatography(SFC) for Analysis and Purification (#53)
The Green Chemistry GroupACS Division of Analytical Chemistry
Molecular Catalysis of Water Splitting
Reactions (#76)
Royal Australian Chemical Institute,
Inorganic Division
ARC Centre of Excellence forElectromaterials
ChemPlusChem, a journal of ChemPubSoc
Europe published by Wiley-VCH
Advances in Quantum Monte Carlo (#80)
ACS Division of Physical ChemistryHeat Shock Proteins: The Next Target in
the Disease Frontier (#91)
ACS Division of Biological ChemistryUniversity of Pennsylvania, Departmentof Chemistry
Recent Discoveries in the Chemistry of
Bismuth and Related Elements (#93)
Royal Australian Chemical InstituteSustainable Chemistry: Beyond theBench (#103)
National Science Foundation,
Sustainable Chemistry, Engineering,and Materials (SusChEM)
American Chemical Society, Committee
on Environmental Improvement (CEI)American Chemical Society, Industrial
and Engineering Chemistry Division(I&EC)
American Chemical Society, Division ofEnvironmental Chemistry (ACSenvr)
Green Chemistry - Royal Society ofChemistry
Advances in Biological Solid-State NMR(#120)
Bruker Biospin
SI Science
Biophysical Society of Canada
JEOL Ltd.
The Nuclear Magnetic ResonanceSociety of Japan
Avanti Polar Lipids, Inc.
Cambridge Isotope Laboratories, Inc.
Frontiers of Organo-f-element
Chemistry (#125)
Division of Inorganic Chemistry of theAmerican Chemical Society
Vigor Gas Purification Technologies
Inorganic Chemistry Frontiers, a Royal
Society of Chemistry Journal
New Journal of Chemistry, a Royal
Society of Chemistry Journal
Inorganic Division of the Royal
Australian Chemical Institute
Current Polyurethane Science (#133)
Mitsui Chemicals, Inc.
Progress Toward a Lignocellulosic
Biorefinery (#144)
ACS Division of Cellulose & Renewable
Materials
Applied Biorefinery Science, LLC
Fragment-based Lead Discovery (#145)
Collaborative Drug Discovery, Inc.
Enamine Ltd.

IntelliSyn
Mestrelab Research, S.L.
ChemBridge Corp.
Pfizer Inc.
Takeda California, Inc.
Monash University
SensíQ Technologies, Inc.
Small Molecule Epigenetic Modulators(#146)
Reaction Biology Corporation
ChemBridge Corporation
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)
Reaction Biology Corporation
ACS Division of Biological Chemistry
Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)
Bayer Material Science LLC
The Lubrizol Corporation
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)
Biophysical Society of R.O.C.
Bruker Biospin
Cambridge Isotope Laboratories, Inc.
ISOTEC/Sigma Aldrich
Taiwan Magnetic Resonance Society
Taiwan Proteomics Society
Water-phase Catalysis for Energy andChemicals Production (#182)
Shell Oil Company
ACS Division of Catalysis Science &Technology
Small Businesses Reaching Out forMarket Share: Tool Kit and Success
Stories (#185)
ACS Division of Small Chemical
Businesses
ABR Process Development
Innovative Approaches in BondCleavage and Bond-Forming Reactionsat Late Transition-Mtal Centre (#186)
Kanto Chemical Co., Inc.
Nissan Chemical Industries, Ltd.
Nikko Rica Corporation
Sumitomo Chemical
Mitsubishi Chemical Group Science andTechnology Research Center, Inc.
Strategies for Coupling and Decoupling
Diverse Molecular Units in the
Glycosciences (#201)
American Tokyo Kasei, Inc.

ACS Division of Carbohydrate Chemistry
Circa Group Pty Ltd
Chemistry of Molecular Imaging (#215)
MedChem Imaging, LLC
Enzymes Essential to Biosphere Health:
Bioremediation and Biogeochemical
Cycling (#219)
ACS Division of Biological Chemistry
Enzyme Engineering and Biocatalysis
Applications (#222)
PROTEO Network for Protein Function,
Engineering and Applications
Daicel Corporation
AJINOMOTO Co., Inc.
Bioorganic Reaction Mechanisms (#224)
ACS Division of Biological Chemistry
New Antibacterial Agents (#236)
Crestone Inc.
Shionogi & CO., LTD
Molecular Function of Natural
Products: Advances towards Chemical
Biology (#237)
MEXT (The Ministry of Education,
Culture, Sports, Science andTechnology)
Grant-in-Aid for Scientific Research on
Innovative Areas (# 23102001):
Chemical Biology of Natural Products:
Target ID and Regulation of Bioactivity
Advances in the Medicinal Applicationsof N-Heterocyclic Carbene Metal
Complexes and Azolium Cations (#255)
Royal Australian Chemical Institute,
Inorganic Division
Self-organization of Membrane Systems(#259)
Namiki Precision Jewel Co., Ltd.
Avanti Polar Lipids, Inc.
Cooperative Cocatalysis with Two
Different Metals (#270)
ACS Division of Inorganic Chemistry
Pfizer Pharmatherapeutics R&D
Molecular Design in Medicine: Concept
to Commerce (#295)
Austin Chemical Company, Inc.
Advanced Analytical Applications andTechnical Developments (#303)
University of Nevada, Department ofChemistry & Biochemistry9

ACKNOW L EDGMENTS

S-block Metal Chemistry (#304)
Royal Australian Chemical InstituteGreen Sustainable Chemistry Education for
Tomorrow’s Citizens of the World (#334)
Bayer Material Science LLC
Non-canonical Approaches to
18F-labeling: New Frontiers in StableNon-carbon-fluorine Bonds (#337)
Scintomics GmbH
Dioxygen Activation Chemistry of
Metalloenzymes and Models (#339)
ACS Division of Biological Chemistry
ACS Division of Inorganic Chemistry
Harmonized Strategy of UHPLC
Implementation in Pharmaceutical R&D
and CRO/CMO QC Laboratories (#353)
Waters Corporation
Applications of Coherent
Multidimensional Spectroscopy to
Chemistry, Biology, and Materials (#370)
LaserVision
Division of Analytical Chemistry ofAmerican Chemistry Society
Division of Physical Chemistry ofAmerican Chemistry Society
Activation of Small Molecules byElectropositive Metals (#380)
Shell Oil Company
Rigaku Corporation

10

Drug Conjugates: Approaches to
Delivering Active Drugs to Where they
are Needed (#385)
Lonza
Seattle Genetics
Chemistry and Applications of Retinal
Proteins: From Microbes to Humans(#395)
Bruker Biospin
University of Guelph
Avanti Lipids
Springer Verlag
PCCP
Biophysical Society of Canada
Advances in Precision Polymer
Synthesis Using Reversible Deactivation
Radical Polymerization (#401)
CSIRO Manufacturing
Wiley (Polymer International)
Zeon Corporation
Otsuka Chemical Co., Ltd.
Advances in Organic Light-Emitting
Diodes (#409)
King Abdullah University of Scienceand Technology – Division of PhysicalScience & Engineering
Georgia Institute of Technology –Center for Organic Photonics andElectronics
Bright Co., Ltd.
mBRAUN Inertgas-Systeme Gmbh
System Engineers’ Co., Ltd.
HPC Systems, Inc.

Frontier Chemical Applications Using
Accelerator Based Photon Sources (#414)
Techno AP
Suga Co.
KOHZU
R-CEC Co., Ltd.
Recent Advances in Microfluidics forRadiochemical Synthesis (#416)
Sofie Biosciences
Advion, Inc.
Zaiput Flow Technologies
Chemical Biology of Protein-Lipid
Modification (#421)
ACS Division of Medicinal Chemistry
ACS Division of Biological Chemistry
Institute for Chemical Research, Kyoto
University
New Directions for Sensing Metals in
Biology (#424)
Goryo Chemical, Inc.
RACI Inorganic Chemistry Division
Telomeres and other G-quadruplex
Structures as Targets for Metallodrugs(#459)
University of Western Sydney, School of
Science and HealthRoyal Australian Chemical Institute,
Inorganic Division
DNA Technology A/S
Nucleic Acids Research
Synthetic Modulators of ProteinProtein Interactions (#461)
Bristol-Myers Squibb Company

G ENERA L INFOR MATIONPACIFICHEM 2015
International Chemical Congress ofPacific Basin Societies Dec. 15–20
ALOHA! Welcome to Honolulu and the2015 international Chemical Congressof Pacific Basin Societies (Pacifichem
2015, PAC CHEM 2015). The 2015 International Chemical Congress of Pacific Basin Societies is the seventh in the series ofsuccessful Congresses. Founded in 1984,
these conferences have been held aroundevery five years in Honolulu, Hawaii. Pacifichem’s vision is to promote scientificexchange amongst chemical scientists
within the pacific basin and to improve
the quality of life throughout the world.
Pacifichem 2015 is sponsored jointly by
the American Chemical Society (the hostsociety), the Canadian Society for Chemistry,
the Chemical Society of Japan, the New
Zealand Institute of Chemistry, the Royal
Australian Chemical Institute, the Korean
Chemical Society and the Chinese Chemical
Society. Peter J. Stang, University of Utah, is
the Chair of the Congress. Steven Holdcroft,
Simon Fraser University, and Eiichi
Nakamura, The University of Tokyo, arethe two Congress Vice Chairs, representing
CSC and CSJ respectively. The theme ofPacifichem 2015 is “Chemical Networking:
Building Bridges Across the Pacific.”

The Congress begins on Tuesday
morning, December 15 and runs throughSunday morning, December 20. Thereare 334 symposia focusing on 11 topicalareas of chemistry: Analytical Chemistry;
Inorganic Chemistry; Macromolecular
Chemistry; Organic Chemistry; Physical,
Theoretical & Computational Chemistry;
Agrochemistry, Environmental, andGeochemistry; Biological Chemistry;
Materials and Nanoscience; Chemistry of
Clean Energy Conversion, Storage, andProduction; Bench to Bedside: Chemistryof Healthcare; and Connecting Chemistry
to Society. Information on the technicalprogram summary listing the topical areas
and the symposia can be found on page 16.
The official Congress Opening
Ceremony with will take place on
Tuesday, December 15 at the Sheraton
Waikiki Hotel in the Hawaii Ballroom
from 6:00pm–7:00pm followed by the
Pacifichem Lecture. The Pacifichem
Lecture will feature one of New YorkTimes bestselling authors, Sam Kean,writer for science and author of theDisappearing Spoon. Sam Kean’s
lecture on the Disappearing Spoon will

masterfully fuse science with the classic
lore of invention, investigation, discovery,
and alchemy. All registered attendees andguests are invited to attend this event.
After the lecture, the Opening Reception
will be held from 8:00pm–10:00pm on
the Sheraton Waikiki Hotel and Royal
Hawaiian Lawns. The Closing Reception
will take place on Sunday, December
20 from 2:00pm–4:00pm at the Hilton
Hawaiian Village in the Coral Ballroom.
More than 17,000 papers will bepresented in either oral or poster formats.
The Congress is utilizing the Hawaii
EARLY REG.
FEES
CLASSIFICATION OF
REGISTRANT

Member of sponsoringor participating
societiesa
NonmemberStudentb
Guest

STANDARD/
ONSITE FEES

JUNE 25–OCT. 15 OCT. 16–DEC. 20

$725

$825

850
250
80

950
250
80

NOTE: All fees are in U.S. dollars. a Member fees areavailable to the members of the seven cosponsoring
societies and the official participating organizations.
b Student fees are available to full-time students
enrolled in an undergraduate or graduate degree
program; postdoctoral fellows are not considered to
be students.

11

G ENERA L INFOR MATION

day, Dec. 14, 3–7pm and Tuesday, Dec. 15
through Saturday, Dec. 19, 7:30am–5:30pm
and Sunday, Dec. 20, 7:30am–11:30 am.
MEETING MAIL. Computer terminals withinternet connections will be located at the
Hilton Hawaiian Village (Coral 3), Waikiki
Beach Marriott (Lobby), Sheraton Waikiki(Ballroom Foyer, 2nd floor), and the Hawaii Convention Center (Third floor).

CONGRESS INFORMATION CENTERS.

Information booths will be located in theregistration areas of the Hawaii Convention Center, Hilton Hawaiian Village, andthe Sheraton Waikiki. The hours of operation are Monday, Dec.14, 2pm–7pm; Tuesday, Dec 15 , 7:30am–7:30pm; Wednesday,
Dec 16, through Saturday, Dec 19, 7am–
5pm; Sunday, Dec 20, 7am–llam.

Convention Center, Hilton Hawaiian
Village, Hilton Waikiki Beach, HyattRegency Waikiki, Waikiki Beach Marriott,Royal Hawaiian and the Sheraton Waikiki
for the oral technical sessions. Oraltechnical sessions will take place as halfday sessions in the morning [8:00am–
12:00pm], afternoon [1:00pm–5:00pm]
and evening [7:00pm–9:00pm]. All poster
sessions will take place in the Hawaii
Convention Center, Kamehameha Exhibit
Halls I, II, and III.

REGISTRATION
ALL DELEGATES. All delegates must reg-ister in order to attend the Congress andtechnical sessions. Registration fees include attendance to the opening ceremony
and reception, the Pacifichem Lecture,
the closing reception, all the technicalsessions, the exposition, access to meeting mail, and usage of the shuttle services.
Member fees are available to members of
the sponsoring societies and the official
participating societies. Please see page 7
for a listing of the Sponsoring Societies andthe Official Participating Societies.
ON-SITE REGISTRATION. Onsite registra-tion is located at the Hawaii Convention
Center (main lobby), the Hilton Hawaiian

12Village (Coral Lounge and Lobby), the Sheraton Waikiki (Ballroom foyer, 2nd floor) andthe Marriott Waikiki (Tour Lobby-Paoakalani Tower). For your convenience, program
booklets and badge cases are located in
all registration areas. Registration hours
are: Monday, Dec. 14, 3–7pm and Tuesday,
Dec. 15 through Saturday, Dec. 19, 7:30am–
5:30pm; Sunday, Dec. 20, 7:30am–11:30am.
In addition to the program booklets, delegates can download the Pacifichem 2015
mobile app from the Apple Store, Google
Play or Amazon. The mobile app allows
attendees to browse the program by topical areas, by day, and by authors to quickly
find information about the scheduling andlocation of sessions, author presentations,and special events. The online program atwww.pacifichem.org/online will serve as
the final program for Pacifichem 2015.
ATTENDEE BADGES. Attendees and guest

must display their badges at all times during the conference for admittance to thetechnical sessions, poster sessions, expo
and social events.

ON-SITE HOUSING. An on-site housing

desk is located at the Hawaii Convention
Center (main lobby) during the meeting
to assist with last-minute housing changes
or needs. On-site housing hours are: Mon-

LOST AND FOUND. Items lost or found inmeeting rooms should be turned in to Pacifichem Operation Offices at the official
hotels or the Hawaii Convention Center.
Attendees can claim lost items from theoperation offices. Items not claimed fromthe operation offices by the end of theconference will be turned in to security at
the Official Hotel or Hawaii Convention
Center.
DAYCARE SERVICES: Most of the official

hotels on the Pacifichem hotel list havebabysitting services or can refer guests toa babysitting service. For more information or to make arrangements, contact
the Guest Services Desk of the hotel. The
co-sponsoring societies can’t be held liable
or responsible for care given by these childcare services.

FACILITIES FOR PEOPLE WITHDISABILITIES. We are committed to mak-ing the Congress accessible to all people
We realize some people may have special
requirements, such as interpreters for the
hearing impaired and shuttle vehicles withlifts. Facilities utilized for the meeting are
readily accessible. If you have special needs
during the meeting, contact the nearest
Congress Operations Office for assistance.

SHUTTLE SERVICES. The Pacifichem
shuttle bus will operate between the Hawaii Convention Center and the official
Pacifichem hotels every 15 minutes duringrush hours and 30 minutes during non-rushhours beginning December 15 (7am–5:30pm
then 5:30pm–10:30pm to the Opening Cer-WO RKSHO PS
WEDNESDAY, DEC 16, 2015 • 7:00PM–9:00PM
COMMUNICATING YOUR RESEARCH CLEARLY AND EFFECTIVELY
Hawaii Convention Center, Room 304A
The advancement of science depends on sharing research findings.Most
scholarly journals are published in English, and it’s important to be able to clearlycommunicate in these journals.In the past year, we edited over 10,000 physicalscience manuscripts for researchers throughout the world who don’t speak English
as a first language.In this workshop, we will discuss how to communicate research
clearly and effectively in a scholarly manuscript.We will also cover mistakes
commonly made when writing in English.Finally, we will conclude with a discussion
on how to convey findings in a brief and effective way for a general audience.
WEDNESDAY, DEC 16, 2015 • 7:00PM–9:00PM
DOING BUSINESS WITH THE DEFENSE THREAT REDUCTION AGENCY (DTRA)
Hilton Hawaiian Village, Kalia Tower, Lehua Suite
This workshop will focus on the Defense Threat Reduction Agency’s (DTRA)
Research and Development Dire.
THURSDAY, DEC 17, 2015 • 7:00PM–9:00PM
APPLYING TO GRADUATE SCHOOL IN THE US: WORKSHOP WITH FACULTY
Hawaii Convention Center, Room 303A
Many college students outside the U.S. are interested in attending graduate school inchemistry and biochemistry in the United States.We will discuss common questions
about the admissions process, expectations, and funding for graduate students in the
U.S.Interested students are welcome to participate in a Q&A session.
THURSDAY, DEC 17, 2015 • 7:00PM–9:00PM
Leadership and Following
Hilton Hawaiian Village, Kalia Tower, Kahili RoomLeadership in Science will reflect on some necessities of leadership in academia
and industry: How to communicate with people?How to delegate and how tolisten?The workshop will be led by Alexander Schiller, chemist and Junior Professor
at University Jena, Germany.
THURSDAY, DEC 17, 2015 • 7:00PM–9:00PM
How to Review a Manuscript
Hilton Hawaiian Village, Nautilus I RoomIn this hands-on Reviewer Workshop, young researchers will be trained in the art ofpeer review.The Participants will be sent a manuscript in advance which they have toreview.During the Workshop Angela Wilson (Editor of Computational and Theoretical
Chemistry and Director of the NSF Division of Chemistry) will go through the article
step by step together with the young scientists. Those interested should contact Rob
van Daalen at G.Daalen@elsevier.com or Evalyne Wanjiru at e.wanjiru@elsevier.com

emony only). Shuttles will continue runningfrom 7am–10pm, December 16–19; and from
7am–noon, December 20; and 1pm–4pm to
the Closing Ceremony. Additional information on the shuttle schedules can be foundin the lobby areas of the official hotels andthe Hawaii Convention Center.
ADA requests for shuttle reservations
should be made at least 7 days in advanceby contacting Naomi Aquino at NaomLaguino@robertshawaii.com. cc: groupsales@robertshawaii.com or by calling 888-

472-4729 or 808-539-9481. Call the dispatch
hot line for same day reservations at 808-8311555 (may incur a 30 minute wait time).
SPEAKER INFORMATION. Speaker
Check-In Procedures: It is strongly recommended that all speakers visit the
Speaker Ready Room (In the building
they will be presenting) 24 hours in advance of their presentation. Each hotel
and convention center will have a speaker
ready room where speakers can view theirpresentation(s) in order to avoid compat-

ibility issues with the computer supplied in
the meeting room. Technicians will also be
available to assist speakers with uploading
their presentations to the computer thatwill be in the session room.
All electronic files must be submitted in the Speaker Ready room in either
PowerPoint or PDF format. Note: Users ofPowerPoint 2007 or later should save their
file in the native pptx format for greatest
compatibility.
Presenters should bring their files on a
PC Formatted USB drive. Note: If you havea QuickTime videos as a part of your presentation, please make sure to submit thepresentation to the Speaker Ready Room atleast 24 hours in advance due to additionaltime that may be required to re-encode thevideos.
Internet connectivity is not available inoral session rooms unless it has been ordered and paid for by the session organizers
in advance.
The standard audiovisual equipment
provided for technical sessions will consistof a computer (With a wired mouse), a computer projector, switcher, screen, lighted
podium, podium microphone, lapel microphone and a laser pointer. The laptop computer will have the following configuration:■ Processor: a minimum i7 2.2 GHz■ 8 Gig RAM■ 1024 x 768 at 24 bit color depth■ Microsoft Office 2010
■ Windows Media Player (Latest Version)■ Quick Time (Latest Version)■ Flash Player (Latest Version)■ Adobe Acrobat Reader (Latest Version)
Please refer to the following website
for tips on formatting your presentation:
http://www.projectionnet.com/styleguide/
presentationstyleguide.aspx. Technicalquestions should be sent to the ACS audiovisual provider: acs@projection.com
SPEAKER READY ROOM HOURS:

Monday, December 14
3:00pm–7:00pm
Tuesday, December 15
7:00am–8:00pm
Wednesday, December 16
7:00am–8:00pm
Thursday, December 17
7:00am–8:00pm
Friday, December 18
7:00am–8:00pm
Saturday, December 19
7:00am–8:00pm
Sunday, December 20
7:30am–11:30am

13

G ENERA L INFOR MATION

TRANSPORTATION. Delegates arriving

at the Honolulu International Airport will
arrive at the main terminal located on thesecond level. Proceed to the escalator orelevator down to the ground floor to accessbaggage claim areas and ground transportation. Visitor information booths arelocated in gate and baggage claim areas toassist arriving passengers.

GROUND TRANSPORTATION. Taxi

service is available at the Honolulu International Airport on the center medianfronting the terminal baggage claim areas.
See the taxi dispatchers in yellow shirtswith black lettering (TAXI DISPATCHER)
for service. The fare from the airport to
Waikiki during non-rush hour periods is approximately $40.00–$45.00, plus a baggage
charge of 50 cents per bag. Fare is by meter
only.

CITY BUS. The City & County of Honolulu

provides an island-wide bus transportation
system that serves Honolulu International
Airport. Children up to 5 years of age ridefree. The fare for children and students(6–17) is $1.25; Adults-$2.50; senior citizens(with reduced fare card or valid US Medicare card is $1.00; and a visitor’s pass (fourconsecutive days pass with unlimited use)$25. For route information visit www.thebus.org or call customer service at (808)848-4500 or call (808) 848-5555.

TOURS. Pacifichem attendees will receive
a 20% discounted rate on tours booked
through Roberts Hawaii of Oahu, Maui,
Kauai and Hawaii Island. Confirmations
will be sent directly from Roberts Hawaii
listing the location of departure and the
pickup time. Tours can be purchased online at www.robertshawaiiexpress.com
or by calling (800) 831-5541 (US/Canada)
between 7am–9pm HST using promo code:
PACHEM15.
AIRPORT SHUTTLE. Roberts Hawaii
Express Shuttle provides affordable
transportation from the Honolulu International Airport to hotels along Oahu fora discounted rate of $12.80 (one way) and$24.00 (round trip). Roberts Hawaii Express airport representatives will meet andgreet attendees upon arrival and assist with
their luggage at the baggage claim area.
Transportation fee includes 2 pieces of luggage and a personal carry on complimentary. Golf bags may be considered 1 piece of
luggage. Additional luggage over 2 per per-14

son will cost an additional fee. Due to limited availability, Roberts Hawaii requiresthat ADA vehicle reservations be made aminimum of 48 hours prior to the date andtime of service. Reservations for transportation can be made by calling the Reservations Office at 1(800) 831-5541 (US/Canada) between 7am–9pm HST or via onlineat www.robertshawaii.com/pachem2015
using promo code: PACHEM15. Advanced
reservations required. A 10% service fee
will be charged for credit card booking
cancellations. There will be no charge forcancellations made by 12 noon, the dayprior to the date of the scheduled service.
Round trip scheduled service is definedas the first date of the round trip booking.
Thereafter, a full charge will apply. No refund will be given for cancellation notices
within 24 hours of service date/time and noshows are subject to the full charge. Should
you have questions, email Roberts Hawaii
at airport.shuttle@robertshawaii.com orcall 1 (800) 831-5541(US/Canada) or (808)441-7800.
CAR RENTALS. Hertz, Enterprise, andDollar Rent A Car are offering discounted
rates for Pacifichem 2015. Contact Hertz
at (800) 654-2240 and refer to code:
CV#022Q7358; for Enterprise call (800)593-0505 using code: 32H7476; and for Dollar Rent A Car call (800) 800-3665 using
code: CM0679.

SPECIAL EVENTSCONGRESS OPENING CEREMONY.

Tuesday, Dec. 15, 6:00pm–7:00pm, Sheraton Waikiki Hotel, Hawaii Ballroom. The
ceremony will open with welcoming remarks from the chair of the Congress.
PACIFICHEM LECTURE. Tuesday, Dec. 15,

7:00pm–8:00pm, Sheraton Waikiki Hotel,
Hawaii Ballroom. Sam Kean, one of New
York Times bestselling authors will give
the Pacifichem 2015 lecture on “The Disappearing Spoon”. The lecture will detail
how the periodic table masterfully fusesscience with the classic lore of invention,
investigation, and discovery.

CONGRESS OPENING RECEPTION.

Tuesday, Dec. 15, 8:00pm–10:00pm will
be held on the Sheraton Waikiki Hotel andRoyal Hawaiian Lawns. All delegates andguests are welcome.

EXPOSITION. Tuesday, Dec. 15 (2pm–

5pm), Wednesday, Dec. 16 (11am–5pm),
and Thursday, Dec. 17 (11am–5:30pm) in
the Coral Lounge & Ballroom at the Hilton
Hawaiian Village.

STUDENT POSTER COMPETITION.

Tuesday, Dec. 15, noon–2pm, Hawaii Convention Center, Kamehameha Exhibit
Halls I, II & III. Approximately 350 student
finalists selected from over 7,500 Pacifichem poster submissions will participate
in the competition. Open to student poster
competition finalist only.
CLOSING RECEPTION. Sunday, Dec. 20,

2:00pm–4:00pm, Hilton Hawaiian Village,
Coral Ballroom, Mid Pacifichem Conference Center. The Orchestra Chemica Japan
will provide Chamber music. All delegatesand guests are welcome.

POSTER SESSIONS. Poster presentersmust register for the meeting. All poster
sessions will be located at the Hawaii
Convention Center in Kamehameha Halls
I, II & III. The poster boards provided willbe 4 feet high and 8 feet wide. Presenters are responsible for mounting theirmaterial on the poster boards prior to the
opening of the poster sessions. Boards
will be numbered with designated poster
numbers and pushpins will be provided
to mount posters. Boards are available forposter setup one hour prior to the start
time of the session. Posters should be removed within a half hour after the session
ends. Pacifichem cannot assume responsibility for materials beyond these time
limits. Authors must be present by theirposters during the time of their poster
session.

G ENERA L INFORMATIONMEDICAL BREAKTHROUGHS MAY COME OUT OF THE LAB.

BUT THEY BEGIN IN THE HEART.
For more than 150 years, a very special passion has driven the people of Merck. Our goal is
to develop medicines, vaccines, and animal health innovations that will improve the lives of
millions. Still, we know there is much more to be done. And we’re doing it, with a long-standing
commitment to research and development. We’re just as committed to expanding accessto healthcare and working with others who share our passion to create a healthier world.
Together, we’ll meet that challenge. With all our heart.
For more information about getting Merck medicines and vaccines for free, visit merckhelps.com
or call 800-727-5400.

Copyright © 2015 Merck Sharp & Dohme Corp., a subsidiary of Merck & Co., Inc. All rights reserved. CORP-1064987-0009 09/15

P ROGRA M SUMMA RY

TECHNICAL PROGRAM SUMMARY
Topic Areas
I. The Core Areas of Chemistry
01. ANYL - Analytical
02. INOR - Inorganic
03. MACR - Macromolecular
04. ORGN - Organic
05. PHYS - Physical, Theoretical& Computational

II. Multi- & Cross-Disciplinary
Areas of Chemistry06.	ENVR - Agrochemistry,
Environmental & Geochemistry
07. BIOL - Biological
08. MTLS - Materials & Nanoscience

III. Chemistry Solutions to
Global Challenges
09. ENRG - Chemistry of Clean
Energy Conversion,
Storage & Production
10. HLTH - Bench to Bedside: Chemistryof Health Care
11. SCTY - Connecting Chemistry to Society

01. AnalyticalA N Y L

Marriott Waikiki Beach
T W T F S S
New Tools & Methodologies for the
D D P TA
Characterization of BiomolecularInteractions (#15)
Development & Applications of
D D TA
Techniques for Electrochemical
Analysis (#24)
Current Issues in Teaching Analytical
D TA
Chemistry (#38)
Frontiers in Flow Injection Analysis & D D TA
Related Techniques (#45)
Supercritical Fluid Chromatography
D(SFC) for Analysis & Purification (#53)
TE
Advances in Analytical Ion Mobility
D D TA
Separations (#61)
On-site & In Vivo Instrumentation &D
Applications (#88)
TE
Direct & Mediated Bioelectrocatalysis
D A
for Biosensors & Energy Conversion
TE
Applications (#89)
Comprehensive Multidimensional
P A
Separations (#90)
Immunoanalysis: Applications &D D TA
Trends for Environmental Monitoring &Human Health (#94)
Novel Analytical Probes for In Vivo
P D A
Optical Functional Imaging (#115)
TE
Micro-& Nanofabricated Analytical
D DEAE TA
Devices for Chemical, Biochemical &Biomedical Platforms (#129)
Marine & Freshwater Toxins: Detection,
D A
Structure & Pharmacology (#138)
TE
Innovation in Chemical Sensing &D TA
Separation Systems toward Advanced
Chemical Analysis (#159)
Fundamentals & Applications of Atomic
D D
Spectrometry (#160)
TE
Optical Waveguide Techniques for
D A
the Analyses of Materials & Interfaces
TE(#164)A = Oral AM P = Oral PM E = Oral Eve D = Oral AM/PMTA = Poster AM TE = Poster Eve
All posters sessions are located at the Hawaii Convention Center.

16

01. Analytical (continued)

A N Y L

Marriott Waikiki Beach
T W T F S SPaper-Based Analytical Devices for
P A
Point-of-Need Measurements (#213)
TE
Symposium on Petroleomics: Molecular- D TA
Level Understanding of Petroleum forEnvironmental Science & Petroleum
Engineering (#247)
Laser Ionization Mass SpectrometryD(#274)
Ultrasensitive Assays for Proteins &DE E
Protein Modifications (#287)
TA
Advanced Analytical Applications &P D
Technical Developments of Soft X-Ray
TE
Spectroscopy (#303)
Advances in FTIR Microspectroscopy:D
3-D Tomography to Nanoscale Imaging
TE(#315)
Magnetoanalytical Science: Separation, D A
Characterization & Imaging (#320)
TE
Harmonized Strategy of New UHPLC
A
Implementation in Pharmaceutical R&D& CRO/CMO QC Laboratories (#353)
Vibrational Spectroscopy: New
D
Developments & Applications inTEBiological & Medical Sciences (#375)
Analytical Laser-Induced Breakdown
P A
Spectroscopy (LIBS) for Hazards
TE
Analysis, Forensics & Health (#379)
Bacterial Identification by MassA
Spectrometry (#389)
TE
Advances in Analytical Techniques for
P A
Effective Food Allergen ManagementTE(#394)
Advances in Terahertz Spectroscopy &D
Imaging (#413)
TE(Bio-)Chemical / Electrochemical
P D
Sensors & Sensing Materials (#417)
TA
Plasmonic Materials for Chemical
P D
Analysis (#450)
TA
Organized Surfactant Assemblies in
D A
Chemical Analysis & Separation Science:TE
Fifty Years Later (#457)
Analytical General Posters
TA

02. Inorganic (continued)

I N O R

Hilton Hawaiian Village
T W T F S S
Organo-Main Group Avenues toward
D D TA
Advanced Materials (#16)
Fundamentals & Applications of Solvent D D
Extraction in the Recovery of Strategic
Metals (#17)
Experimental & Theoretical Actinide
DE D A
Chemistry: From Fundamental Systems
TE
to Practical Applications (#42)
Metal-Organic Frameworks: Synthesis,
E D A
Properties & Applications (#50)
TE
From Pnictides to Perovskites: Impact
PE D Aof Local Structure in Solid-StateTE
Chemistry (#62)
Lewis Acid-Base Pair Chemistry in
D D
Molecular Transformations, Catalysis &TE
Energy Storage (#65)
Functional Nanomaterials Based on
D A
Coordination Chemistry (#73)
TE
Molecular Catalysis of Water-Splitting D D TA
Reactions (#76)
Accessing the Full Potential of RedoxD A
Active Ligands: Reactivity & Applications
TE(#87)
Recent Discoveries in the Chemistry of
D A
Bismuth & Related Elements: The Green
Alternative (#93)
Coordination & Supramolecular
D D
Chemistry for Aqueous Metal Ion
TE
Separations (#97)
Frontiers of Molecular Magnetism
D D(#109)
TE
Frontiers of Organo-f-element
D D TA
Chemistry (#125)
Electron Transfer & Electrochemistry of
P D
Inorganic & Organometallic MaterialsTA(#126)
Chemistry & Application of Boron
TEDE A
Clusters (#152)
Current Trends & Interconnectivities
P D A
Among Fundamental & Applied
TE
Inorganic Fluorine Chemistry (#156)
Noncovalent Interactions in
D D TA
Coordination Systems (#161)
Activation & Transformation of
DE D
Small Molecules Mediated by EarlyTE
Transition-Metal Complexes (#170)
Innovative Approaches in BondD D TA
Cleavage & Bond-Forming Reactions at
Late-Transition-Metal Centres (#186)

17

P ROGRA M SUMMA RY

02. Inorganic (continued)

I N O R

Hilton Hawaiian Village
T W T F S STransition-Metal Complexes of
D A
N-Heterocyclic & Mesoionic Carbenes:
TE
Structure, Materials & Catalytic
Applications (#195)
Advances in Phosphorus Chemistry:
D A
Materials, Reactivity at Phosphorus &TE
Synthesis (#226)
The Expanding Periodic Table: New
D A
Discoveries & Chemistry of the Heaviest
TE
Elements (#234)
Photofunctional Chemistry
P D
TE
Based on Metal Complexes and/or
Supramolecules (#239)
Nuclear Probes in Nanoscale
DE TA
Characterization (#254)
Advances in the Medicinal Applications
Dof N-Heterocyclic Carbene Metal
TE
Complexes & Azolium Cations (#255)
Inorganic Complexes for Solar Energy
P D TA
Harvesting (#256)
Metal-Containing π-Conjugated
D TA
Systems: Syntheses, Properties,
Applications (#269)
Metal Mediated Polymerization (#292)
D D TAs Block Metal Chemistry (#304)
D A
TE
Novel Heme Proteins & Model Systems
D A(#305)TE
Metal Coordination Sphere Design for
DE D P
Challenging Bond Transformations
TA(#318)
Dioxygen Activation Chemistry of
D A
Metalloenzymes & Models (#339)
TE
New Frontiers in Bioinorganic
D D TA
Chemistry (#356)
Isotope Production—Providing
D A
Important Materials for Research &TE
Applications (#363)
TEDE A
The Biocoordination Chemistryof Nitric Oxide & Its Derivatives:
Mechanisms of NOx Generation,
Signaling & Reduction in Biological
Systems (#371)
Dynamic Aspects of Solid Materials:
D TA
From Equilibrium to Nonequilibrium
Systems (#376)
Activation of Small Molecules by
D A
Electropositive Metals Related toTEChemical Energy Conversion (#380)

02. Inorganic (continued)

I N O R

Hilton Hawaiian Village
New Directions for Sensing Metals in
Biology (#424)
Telomeres & Other G-quadruplex
Structures as Targets for Metallodrugs(#459)
Inorganic General Posters

T W T F S S
D A
TE
D TA

03. Macromolecular

M A C R

Hawaii Convention Center
NMR Spectroscopy of Polymers &Biobased Materials (#12)
Synthetic Biopolymers (#37)

T W T F S S
E DEDE A
TA
D A
TE
D DE
TE
P A
TE
D DE TANew Perspectives of Synthetic &Biological Soft Matter (#57)
Dynamic, Reversible & Self-Healing
Materials (#64)
Polymer Gels as Advanced Soft
Materials (#83)
Radical Polymerization Kinetics &Process Modeling (#92)
New Frontiers in Polymer
Crystallization (#96)
Simulation of Polymers (#110)
Controlled Macromolecular &Supramolecular Architectures for
Sustainability (#112)
Current Polyurethane Science (#133)

TA

D A
PE D ATA
D TA
D D TA

Monomer Sequence Control: Using
DE D
Nature’s Strategy to Create 21st-Century
TE
Polymers (#158)
Characterization of Polymers & Polymer D A
Assemblies in Solution (#172)
TE
Polymer Interfaces: Design, Structure,
P D A
Physical Properties & Applications
TE(#194)
Macromolecular Self-Assembly for
P D A
Smart Biomaterials (#196)
TE
Functional Materials Based on Organic- D D TA
Inorganic Hybrid Polymers (#221)

A = Oral AM P = Oral PM E = Oral Eve D = Oral AM/PMTA = Poster AM TE = Poster Eve
All posters sessions are located at the Hawaii Convention Center.

18

D A
TE

03. Macromolecular(continued)

M A C R

04. Organic (continued)

O R G N

Hawaii Convention Center
Cyclic & Topological Polymers (#248)

T W T F S S
P D ATETEDE A

Hilton Hawaiian Village
Molecular Containers (#99)

T W T F S S
D A
TE
P D D
TE

Advanced Membrane Separations(#262)Polymers from Renewable Sources &D D
Sustainable Polymer Synthesis (#281)
TE
Fusion Materials: Functional SelfP DE A
Organized Materials Consisting ofTE
Fused Organic & Inorganic Components(#294)
Sustainable Conversion of Lignin
D D
to Value-Added Products & GreenTE
Chemicals (#319)
Polymers for Energy & Optoelectronic D D
Devices (#361)
TE
Polymer Materials Performance,
D A
Degradation & Optimization (#369)
TE
New Perspectives of Bioplastics for
D A
Environmental Benign Materials (#396)
TE
Advances in Precision Polymer
D A
Synthesis Using Reversible-Deactivation
TE
Radical Polymerization (#401)
Aggregation Induced Emission:
DE D P A
Materials & Applications (#444)
TA
Macromolecular General Posters
TA

04. Organic

O R G N

Hilton Hawaiian Village
Reactive Intermediates & Unusual
Molecules (#7)
Designed π-Electronic Systems:
Synthesis, Properties, Theory &Function (#25)
Prospects for Flow Chemistry (#29)

T W T F S S
DE A
TE
P D D
TE

Anion Receptors (#31)

D D
TE
P D A
TE
P DE ATE

Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes &Related Materials (#41)
Natural-Product-Based Drug Discovery
D D D
(#66)
TE
Molecular & Supramolecular
D DE TA
Photochemistry (#71)
Innovative Strategies for the Synthesis D D
of Nitrogen Heterocycles (#74)
TE

Organoboron Chemistry: Applications
in Organic Synthesis, Biology &Materials (#100)
Electrochemical Reactions &D
Mechanisms in Organic ChemistryTE(#104)
Recent Trends in Organocatalysis (#122)
DEDE TA
Organic Reactions in Aqueous Media
D(#131)TE
Practical Application of Basic ResearchD
on Molecular Recognition (#136)
TE
New Green Techniques for Medicinal
D A
Chemistry (#148)
TE
Applications of C–H Functionalization
DE D A(#169)TE
Strategies & Tactics for Complex
DE D A
Molecule Synthesis (#174)
TE
Homogeneous Gold Catalysis: Methods, D A A
Theories & Applications (#192)
TE
Molecular Function of Natural
D DE TA
Products: Advances toward Chemical
Biology (#237)
The Science & Strategy ofD
Pharmaceutical Process Chemistry:
TE
Adapting to Global Regulatory
Development Guidance on Process
Impurities (#242)
Molecular Self-Assembly & FunctionalD
Organic Nanostructures (#263)
TE
Cooperative Cocatalysis with Two
D A
Different Metals (#270)
TE
Molecular Probes & Fluorophores for
D A
Biological Imaging (#280)
TE
Frontiers of Chirality in Organic
D DE TA
Chemistry (#286)
Supramolecular Chemistry at the
D AInterface of Materials, Biology &TEMedicine (#300)
Chemical Glycosylation: Methods &P D AMechanisms (#306)
TE
Fluorinations & Fluoroalkylations
P D(#310)TE
Nanomaterials as Catalysts for Green
D A
Chemistry (#313)
TE
Mechanochemistry & Solvent-Free
D TA
Synthesis (#322)

19

P ROGRA M SUMMA RY

04. Organic (continued)

O R G N

Hilton Hawaiian Village
T W T F S SCarbenes & Carbenoids in Organic
D TA
Synthesis (#362)
Organic Solid-State Chemistry:P D A
Structure, Property & Reactivity (#398)
TE
Cognizance of Endangered Elements for D A
Organic Synthesis (#415)
TE
New Horizon of Process Chemistry
P D
by Scalable Reactions & Technologies
TE(#426)New Organosulfur Chemistry (#436)
DE A
TE
Photoredox Catalysis in OrganicD
Synthesis (#440)
TE
Asymmetric Supramolecular Catalysis
D(#451)TE
Catalytic Multicomponent, Tandem &D
Cascade Reactions (#455)
TE
Synthetic Modulators of Protein-Protein
P D AInteractions (#461)
TE
Organic General Posters
TA

05. Physical, Theoretical &Computational

P H Y S

Hawaii Convention Center
T W T F S S
Synergistic Relationships between
E DEDE A
Computational Chemistry &TAExperiment (#9)
Coarse-Grained Modeling & Its
P D
Integration with Experiments (#30)
Ultrafast Intense Laser Chemistry (#35) D DTEModeling & Analyzing Exciton & Charge
D D
Dynamics in Molecules & Clusters (#44)
TE
Chemistry of Atmospheric Aerosols
TEDEDE A(#56)
Multiscale Couplings of Molecular
D AE TA
Theory of Solvation: Fundamentals &Applications (#60)
Advances in Quantum Monte Carlo
D D A
(#80)
TE
New Insights from Quantum Dynamics D D& Ab Initio Potentials in HighTE
Dimensional Systems (#84)
Conformational Dynamics of
D A
Biomolecules & the Biomolecule-Solvent
TE
Interface (#98)

05. Physical, Theoretical &Computational (continued)

P H Y S

Hawaii Convention Center
T W T F S S
Deciphering Molecular Complexity from D D
Single Molecules to Cellular Networks(#121)
Recent Advances in Dynamics of
P DE A
Confined Liquids (#123)
TE
Computational Modeling of d- & f-Block D D
Chemistry: Challenges & Opportunities
TE(#130)
Chemical Imaging: Frontiers of Spatio- D D
Temporal Resolution (#134)
TE
Recent Progress in Molecular Theory
D DE Efor Excited-State Electronic Structure &TA
Dynamics (#142)
Self-Organization in Chemistry (#165)
D D
TE
Frontiers of Metal Clusters &D D
Nanostructures: From Fundamental
TE
Properties to Functionalities (#168)
Challenges in PlasmonicP D A
Photochemistry (#176)
TE
Theory of Main Group Chemistry
D TA
Beyond First Row (#183)
Challenges & Opportunities for
P D A
Exascale Computational Chemistry(#184)
Latest Development of Advanced
D D
Vibrational Spectroscopy (#187)
TE
Recent Progress in Matrix-Isolated
DE A
Species (#199)
TE
Metal Ions & Protein Functions:
DE D
Theoretical Models & Applications
TE(#202)
Quantum Fluid Clusters (#203)
DE A
Single-Molecule Fluorescence Imaging
DE D(#208)
TE
Molecular Perspectives on Interfacial
PE DE AElectrochemistry & Electrocatalysis
TA(#218)
Fundamental Science of Photon- &PE DE AElectron-Induced Surface Processes(#228)
Interplay between Theory & Experiment DE D TA
in Catalytic Research (#277)
Quantum Coherence in Energy Transfer
D D A(#297)A = Oral AM P = Oral PM E = Oral Eve D = Oral AM/PMTA = Poster AM TE = Poster Eve
All posters sessions are located at the Hawaii Convention Center.

20

05. Physical, Theoretical &Computational (continued)

P H Y S

Hawaii Convention Center
T W T F S S
Dynamical Intermolecular Interactions
P DE Afor Biological Functions (#307)
TE
Science with Beams of Radioactive
D A
Isotopes (#340)
Photocatalysis & Charge Transfer at
TEDEAEInterfaces & Nanomaterials (#344)
Dissociation of Biomolecules in the Gas
D A
Phase for Structural Characterization(#352)
Applications of Coherent
D D
Multidimensional Spectroscopy toTEChemistry, Biology & Materials (#370)
Practical Strategies for Modeling
D A
Noncovalent Interactions (#372)
TE
Advances in Quantum Dynamics from
D A
Spectroscopy to Reactions (#384)
TE
Interfacial Phenomena for Bubbles,
D D A
Droplets, Films & Soft Matter (#403)
TE
Frontier Chemical Applications Using D TA
Accelerator-Based Photon Sources(#414)
Reactive Intermediates in Combustion
E DE D A& Atmospheric Chemistry (#419)
TE
Frontiers of Photon Upconversion Based D TA
on Triplet-Triplet Annihilation (#420)
Computational Modeling of Magnetic D
Materials & Magnetic Properties (#423)
D DE TA
Frontiers of Plasmon-Enhanced
Spectroscopy (#428)
Recent Experimental & TheoreticalP D AAdvances in Studies of Liquid InterfacesTE(#437)Developments in Spectroscopic
D DE E
Investigation of IntermolecularTA
Interactions & Dynamics of Molecular
Clusters (#438)
Interplay between Chemistry &DE TA
Dynamics in Biomolecular Machines(#441)
Structure & Spectroscopy of Linear
D A
Polyenes: Finite & Infinite (#456)
TE
Physical, Theoretical & Computational
TA
General Posters

06. Agrochemistry,
Environmental &Geochemistry (continued)

E N V R

Hilton Waikiki Beach
T W T F S SFerrites & Ferrates: Chemistry &D D
Applications in Sustainable Energy &TE
Environmental Remediation (#13)
Chemicals of Emerging Environmental
DE D
Concern: A Global Perspective (#19)
TE
Pectin Chemistry & Technology (#20)
P D A
Human Exposure to Environmental
D A
Contaminants (#26)
TE
Recycling of Polymeric Materials:
D A
Challenges & Perspectives (#36)
TE
Analysis of Flavors in Specialty AsianD
Foods (#58)
TE
Advanced Products from Lignin & MicroP D TA
or Nanofibrillated Cellulose (#70)
Application of Mass Spectrometry to
D TA
Agrochemical Challenges (#72)
Nanointerfaces & Their Role in
D D
Environmental Systems & Processes
TE(#86)
Sustainable Chemistry: Beyond the
D A
Bench (#103)
TE
Chemical Ecology Applied to
P D
Sustainable Agriculture (#105)
TE
Chemistry & Biology of Auxin,
D
Strigolactone & Their Interactions
TE(#107)UV Photochemistry for Water:
D DE TA
Implications for Safe Water Disinfection& Oxidation Treatment Applications(#204)
Enzymes Essential to Biosphere Health:
P A
Bioremediation & Biogeochemical
TA
Cycling (#219)
Fate & Risks of Nanoparticles in Aquatic
P A& Terrestrial Environments (#220)
TE
Complex Mineral Growth & Dissolution
D
Reactions: Collaborative Experimental
TE& Computational Perspectives (#225)
Proteomics & Metabolomics inD
Agricultural, Environmental & Public
TE
Health Sciences (#264)
Genomics & Metabolomics for
D TA
Phytochemical Research (#267)
Opportunities & Advancements inA
Rice Research & Aquaculture ResearchTE(#282)

21

P ROGRA M SUMMA RY

06. Agrochemistry,
Environmental &Geochemistry (continued)

E N V R

Hilton Waikiki Beach
T W T F S S
Analytical Development Relevant toD
Environmental Exposure & Effects
TE(#288)
Advances in Functional Foods & Flavor
DE D
Chemistry Research (#329)
TE
Environment & Gene Interaction (#336)
D
Phytochemicals for Crop Protection:
D TA
Discovery to Molecular Target (#358)
Fukushima & Radiological
D
TE
Contaminated Environments
Worldwide: The Important Roleof Environmental Chemistry &Radiochemistry in Remediation &Restoration (#374)
Radioactive Contaminants & Waste
DManagement in the Environment (#390)
TE
Sources, Fates & Risks from Consumer D TA
Product Ingredients in the Environment(#391)
Food Processing: Chemistry, Quality,
D D
Safety, Sustainability & Value-Added By- TE
Products (#400)
Status & Trends of Persistent OrganicD
Chemicals in the Environment (#402)
TE
Chemistry of Integrated Water
D
Treatment Systems for HalogenatedTE
Organics & Long-Lived Radionuclides(#454)
Agrochemistry, Environmental &TA
Geochemistry General Posters

07. Biological

B I O L

Sheraton Waikiki (*) & RoyalT W T F S S
Hawaiian (**)
Advances in Peptide & Protein
P D DE A
Chemistry (#6) (*)
TE
Functional Nucleic Acids: Chemistry,
AE D A
Biology & Materials Applications (#10)TE(*)
New Platforms for Natural Products
E D DDiscovery (#18) (**)
TE
Biosynthesis of Natural Products (#27)
PE DE A(*)
TA
Homeostasis of Transition-Metal Ions in
D A
Biological Systems (#47) (*)
TE

07. Biological (continued)

B I O L

Sheraton Waikiki (*) & RoyalT W T F S S
Hawaiian (**)
Characterization & Applications of Food
D
Enzymes (#59) (*)
TE
Heat-Shock Proteins: The Next Target inD
the Disease Frontier (#91) (*)
TE
Low-Energy Photoexcited States in
D D
Photosynthesis (#117) (*)
Advances in Biological Solid-State NMR D DE TA(#120) (**)
Life at Small Copy Numbers (#137) (*)
D A
TEFrontiers in Chromatin Biology &D DE A
Chemical Epigenetics/Epigenomics
TE(#151) (*)
Fluorescent & Luminescent Proteins:
D TA
New Chemistries & New Functions(#180) (*)
Biomolecular Structure & Dynamics:
DEDE TA
Recent Advances in NMR (#181) (**)
Strategies for Coupling & Decoupling
D A
Diverse Molecular Units in the
Glycosciences (#201) (*)
Enzyme Engineering & Biocatalysis
P D A
Applications (#222) (**)
TE
Bioorganic Reaction Mechanisms (#224)
PE D A(**)
TA
Physiology & Metabolism ofD
Extremophiles (#249) (*)
TE
Bio/chemical Approaches for Single-Cell
D
Biosensing Technologies (#257) (*)
TE
Frontiers of Iron Chemistry in Biology D A(#268) (**)
TE
Function, Chemistry & Signaling of
D A
Glycolipids & Phospholipids (#273) (**)
TE
Chemical Approaches to Astrobiology D TA(#326) (*)
Carbohydrate Recognition in Health &D D
Disease (#342) (*)
TE
Bioorthogonal Chemistry: Tools &D D
Applications in Chemical Biology (#343)
TE(*)
Chemistry & Applications of Retinal
DE A
Proteins: From Microbes to Humans
TE(#395) (*)

A = Oral AM P = Oral PM E = Oral Eve D = Oral AM/PMTA = Poster AM TE = Poster Eve
All posters sessions are located at the Hawaii Convention Center.

22

07. Biological (continued)

B I O L

Sheraton Waikiki (*) & RoyalT W T F S S
Hawaiian (**)
Luciferin/Luciferase Engineering (#410)
D(*)
TE
Small-Molecule Interactions inDBiomembranes (#418) (*)
TE
Chemical Biology of Protein-Lipid
D TA
Modification (#421) (*)
The RNA World: From Prebiotic
D
Chemistry to the Emergence ofTE
Complexity (#449) (*)
Biological General Posters
TA

08. Materials & Nanoscience

M T L S

Hawaii Convention Center
Organic, Inorganic & Hybrid
Nanoparticles: Synthesis,
Characterization & Applications (#23)
Nanocrystal Synthesis,
Characterization, Assembly &Applications (#34)
Chemistry & Applications of Graphene(#39)
Conjugated Polymers for BiologicalApplications (#43)
Nanowires: Synthesis, Fundamental
Properties & Novel Device Applications(#51)
Metal-Oxo Clusters: Molecular Designfrom Monomers to Infinity (#79)
Two-Dimensional Nanosheets &Nanosheet-Based Materials: Synthesis,
Characterization, Functionalization &Applications (#95)
Luminescent Nanomaterials:
Properties, Mechanisms & Applications(#101)
Molecular Adsorption on Metallic
Interfaces: Beyond the Cartoons (#102)
Design, Synthesis & Applications ofAdvanced Porous Materials (#111)
Development of Nano Devices &Nanotechnologies for Environmental
Monitoring & Remediation (#124)
Frontier & Perspectives in Molecular
Spintronics (#127)

T W T F S S
P DEDE ATAD E E PTAP D D A
TE
D A
TE
D A
TE
E PE DE A
TA
P D A
TE
P D A
TA
D A
TE
D D
TE
D
TE
D D
TE

08. Materials & Nanoscience(continued)

M T L S

Hawaii Convention Center
T W T F S S
Functional Molecular Materials &DE D A
Devices (#128)
TE
Applications of Ultrasound to
P D A
Nanoscience (#150)
TE
Mechanically Responsive Materials
DE TA(#153)
Specific Effect(s) in Chemical Reactions D D
by Innovative Technologies (#157)
TE
Electrochemistry on Boron-Doped
D TA
Diamond (BDD) Electrodes (#162)
Natural to Nanosphere Lithographies:A
Two Decades of Self-Assembled
TE
Advanced Materials (#177)
Current & Future Applications ofD
Nanotechnology in the Oil Industry(#197)
Janus Materials: Design, Fabrication &D
Properties (#210)
TE
Frontiers of Organic Porous Materials: D D A
Structures, Properties & Applications
TE(#223)
Carbon Nanotubes: Preparation,
TEDEDE A
Characterization & Applications (#227)
Advances in Bioinspired & Biomedical
PE DE A
Materials (#245)
TA
Self-Organization of Membrane
D A
Systems (#259)
TE
Nanomaterials for Nanomedicine
D D(#289)TE
Challenge for Rare-Element-Free
D A
Functional Materials (#291)
TE
Advanced Materials for Photonics
D D A& Electronics: Fundamentals &TE
Applications (#308)
Nitroxide Radicals: Synthesis &P D AFunctional Bio-/Nanomaterials (#309)
TE
Data Mining & Machine Learning
P D
Meets Experiment & First-Principles
TE
Simulation for Materials Discovery(#314)
Membranes & Nanotechnologies for
D D
Energy & Environment Applications
TE(#317)
Ceramic Materials & Processing for
D A
Advanced Applications (#341)
TE
Supramolecular Assemblies at Surfaces:
D DE A
Nanopatterning, Functionality,
TE
Reactivity (#346)

23

P ROGRA M SUMMA RY

08. Materials & Nanoscience(continued)

M T L S

Hawaii Convention Center
T W T F S S
The Physical Structure, Function of
D A
Biological & Bioinspired Soft MatterTE(#347)
Fundamentals & Applications of
P D A
Nanomaterials for Energy Technologies
TE(#348)
Multiscale & Synergistic
P D ASupramolecular Systems in Material &TA
Biomedical Sciences (#357)
Materials for the Mitigation of Chemical
TA D A
Hazards (#388)
Design of Innovative Photochromic
D A
Applications (#399)
TE
Safety & Sustainability of
D D
Nanotechnology (#404)
TE
Single-Molecule Function &D DE TA
Measurements (#408)
Advances in Organic Light-Emitting
D D
Diodes (#409)
TE
The Frontiers of Geometrically
E DE
Frustrated Magnetic Materials (#430)
Synthesis, Structure & Functionalities
PE DE Aof Ferroelectrics & Multiferroics (#432)
TA
Self-Assembled Biofunctional
D DE PE
Nanomaterials (#433)
TA
Application of Luminescent Materials
P TE
for Radiation Detection (#442)
Self-Organization: Novel Mesogens &D A
Applications (#447)
TE
Materials & Nanoscience GeneralTA
Posters

09. Chemistry of Clean
Energy Conversion, Storage &Production

E N R G

Hyatt Regency Waikiki
Chemistry of Automotive Emission
Control Catalysis: Current R&D &Future Challenges (#21)
Integrated Biomass Refinery by
Precisely Designed Heterogeneous
Catalysts (#54)
Nano Catalysis for Clean Energy &Environmentally Friendly Chemical
Production (#81)

T W T F S S
D TA

D A
TE
D DE E E E
TA

09. Chemistry of Clean
Energy Conversion, Storage &Production (continued)

E N R G

Hyatt Regency Waikiki
T W T F S S
Progress Toward a Lignocellulosic
D A
Biorefinery (#144)
TE
Theory & Computation for Efficient
P D A
Utilization of Energy & Resources (#163)
TE
Nanostructured Oxides for Energy
P D A
Harvesting & Water Splitting (#171)
TE
Dynamical Processes of LightD A TA
Harvesting Surfaces (#178)
Water-Phase Catalysis for Energy &D A
Chemicals Production (#182)
TE
Current Status & Future Prospect of
P DE A
Polymer Electrolyte Fuel Cells (#188)
TE
Artificial Photosynthesis: PhotoD A
induced Water Splitting (#193)
TE
Energy Storage in Chemical Bonds:
D D
Advances in Chemistry & Materials forTE
Hydrogen Storage (#216)
New Generation of Electrochemical
P P D
Energy Storage & Conversion
TA
System: Materials, Interface & In Situ
Techniques (#250)
Nanoporous Materials for Renewable
P D A
Energy & Sustainability (#266)
TE
Artificial Photosynthesis: Reduction of D A
Carbon Dioxide (#271)
TE
Artificial Photosynthesis: Bioinspired
P A
Chemistry for Solar Fuel Production
TA(#278)
Homogeneous Catalysis Methodologies
P D
for the Upgrading of Biomass-Derived
Molecules (#301)
Advances in Microwave Green
D A
Chemistry (#360)
TE
Challenges in Second-Generation
D
Biofuels: Processing, Stability & Usage
TE(#378)
Bridging Homogeneous &P AHeterogeneous Catalysis in Biorefiningof Lignin (#405)
Global Strategies for Algal Biomass for
D D
Bioenergy & Biorefinery (#407)
TE
Chemistry of Clean Energy Conversion,TA
Storage & Production General Posters

A = Oral AM P = Oral PM E = Oral Eve D = Oral AM/PMTA = Poster AM TE = Poster Eve
All posters sessions are located at the Hawaii Convention Center.

24

10. Bench to Bedside:
Chemistry of Health CareH L T H

Sheraton Waikiki (*) & RoyalT W T F S S
Hawaiian (**)
Oligonucleotide Therapeutics: From
D A TA
Base Pairs to Bedsides (#8) (*)
Chemistry for Development of
D A
Theranostic Radiopharmaceuticals (#11)(*)
De Novo Drug Design (#28) (*)
D
Advances in Polymers for Medicine
D D(#52) (*)
TE
Academic Drug Discovery (#69) (*)
P D ATAFragment-Based Lead Discovery (#145) D DE TA(*)
Small-Molecule Epigenetic Modulators
P A(#146) (*)
TA
In Vivo Chemical Strategies for
D A
Functional & Translation Studies ofTE
Biological Networks & Pathways (#212)(*)
Chemistry of Molecular Imaging (#215)
P D
(*)
TA
New Antibacterial Agents (#236) (*)
P D
TA
Nutraceuticals & Functional Food
D D
Ingredients: Chemistry & Health (#285)
TE(*)
Molecular Design in Medicine: Concept
D A
to Commerce (#295) (*)
TE
D
Noncanonical Approaches to
18F-labeling: New Frontiers in StableNon-carbon-fluorine Bonds (#337) (*)
Drug Conjugates: Approaches to
P A
Delivering Active Drugs to Where TheyTAAre Needed (#385) (*)
Cancer-Targeted Delivery of
D A
Therapeutics & Diagnostics (#393) (**)
TE
Spectroscopic Tools for the Treatment D DE
of Cancer (#397) (**)
TA
Recent Advances in Microfluidics forDRadiochemical Synthesis (#416) (*)
Bench to Bedside: Chemistry of HealthTA
Care General Posters

11. Connecting Chemistry toSociety

S C T Y

Hawaii Convention Center
T W T F S SConnecting Ionic Liquids to Societal
PE D A
Issues: Materials, Medicines, Energy &TA
Water (#113)
Technology & Assessment Strategies
D D
for Improving Student Learning in
TEChemistry (#132)
Educational Approaches To HelpA A
Students Connect Chemistry to World
Issues of Sustainability & Climate (#149)
The Evolving Nature of Scholarly
D D
Communication: Connecting Scholars
TEwith Each Other & with Society (#173)
Effective Collaboration Strategies toP
Drive Innovation in Drug Discovery &Development (#179)
Small Businesses Reaching Out forD
Market Share: Tool Kit & Success Stories(#185)
Historical Evolution of the Chemical
P A
Community in the Countries of the
Pacific Rim (#198)
Bioactive Natural Products & Public
D TA
Health in the Pacific Rim: From Aquatic
Dietary Supplements to Marine &Freshwater Toxins (#230)
Green & Sustainable Chemistry
D A
Education for Tomorrow’s Citizens ofTE
the World (#334)
Policies & Procedures RegardingA
Primary Research Data (#335)
Chemistry Education: International & D A
Multicultural Perspectives (#365)
TE
Women in Chemistry: Changing the
D DFace of Science (#382)
Advancing Sustainability: Catalyzing
D
Interdisciplinary Scholarship for Green
Chemistry (#383)
Active & Inquiry Learning in the
DE TA
Chemistry Classroom & Laboratory(#443)
University-Industry Collaboration,
A
Regulatory Environments &Commercialization of Emerging
Technology (#453)
Safety in the Academic Research
D TA
Laboratory (#460)
Connecting Chemistry to SocietyTA
General Posters

25

P OSTER SESSIONSPACIFICHEM 2015
POSTER SESSIONS
Wednesday Morning

Wednesday Morning

Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00

Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00

Area

Area

(1) Analytical

Symposium

Innovation in Chemical Sensing and
Separation Systems toward Advanced
Chemical Analysis (#159)(1) Analytical
Symposium on Petroleomics:
Molecular Level Understanding ofPetroleum for Environmental Scienceand Petroleum Engineering (#247)(1) Analytical(Bio-)Chemical / Electrochemical
Sensors and Sensing Materials (#417)(1) Analytical
Plasmonic Materials for Chemical
Analysis (#450)(1) Analytical
Analytical General Posters(2) Inorganic
Dynamic Aspects of Solid Materials:
From Equilibrium to Non-equilibrium
Systems (#376)(3) Macromolecular NMR Spectroscopy of Polymers andBiobased Materials (#12)(3) Macromolecular Simulation of Polymers (#110)(3) Macromolecular Macromolecular General Posters(4) Organic
Mechanochemistry and Solvent-freeSynthesis (#322)(4) Organic
Carbenes and Carbenoids in Organic
Synthesis (#362)(4) Organic
Organic General Posters(5) Physical,
Theory of Main Group Chemistry
Theoretical &Beyond First Row (#183)
Computational(5) Physical,
Frontier Chemical Applications Using
Theoretical &Accelerator Based Photon Sources
Computational(#414)(5) Physical,
Frontiers of Photon Upconversion
Theoretical &Based on Triplet-triplet Annihilation
Computational(#420)(6) Agrochemistry, Application of Mass Spectrometry toEnvironmental, and Agrochemical Challenges (#72)
Geochemistry(6) Agrochemistry, Genomics and Metabolomics forEnvironmental, and Phytochemical Research (#267)
Geochemistry(6) Agrochemistry, Phytochemicals for Crop Protection:
Environmental, and Discovery to Molecular Target (#358)
Geochemistry26

Symposium(6) Agrochemistry, Sources, Fates and Risks from
Environmental, and Consumer Product Ingredients in the
Geochemistry
Environment (#391)(6) Agrochemistry, Agrochemistry, Environmental, andEnvironmental, and Geochemistry General Posters
Geochemistry(7) Biological
Fluorescent and LuminescentProteins: New Chemistries and New
Functions (#180)(7) Biological
Chemical Approaches to Astrobiology(#326)(7) Biological
Chemical Biology of Protein-Lipid
Modification (#421)(8) Materials &Electrochemistry on Boron-doped
Nanoscience
Diamond (BDD) Electrodes (#162)(8) Materials &Materials for the Mitigation of
Nanoscience
Chemical Hazards (#388)(9) Chemistry
Chemistry of Automotive Emissionof Clean Energy
Control Catalysis: Current R&D andConversion, Storage, Future Challenges (#21)
and Production(9) Chemistry
Artificial Photosynthesis: Bio-inspiredof Clean Energy
Chemistry for Solar Fuel Production
Conversion, Storage, (#278)
and Production(9) Chemistry
Chemistry of Clean Energyof Clean Energy
Conversion, Storage, and Production
Conversion, Storage, General Posters
and Production(10) Bench to
New Antibacterial Agents (#236)
Bedside: Chemistryof Health Care
(10) Bench to
Drug Conjugates: Approaches to
Bedside: Chemistry Delivering Active Drugs to Where theyof Health Careare Needed (#385)(10) Bench toSpectroscopic Tools for the Treatment
Bedside: Chemistry of Cancer (#397)
of Health Care
(11) Connecting
Bioactive Natural Products andChemistry to
Public Health in the Pacific Rim:
Society
From Aquatic Dietary Supplements toMarine and Freshwater Toxins (#230)(11) Connecting
Safety in the Academic Research
Chemistry to Society Laboratory (#460)

Wednesday Evening

Wednesday Evening

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Area

Area

Symposium(4) Organic

Cognizance of Endangered Elements
for Organic Synthesis (#415)
Photoredox Catalysis in Organic
Synthesis (#440)
Catalytic Multicomponent, Tandem
and Cascade Reactions (#455)
Ultrafast Intense Laser Chemistry(#35)(1) Analytical

Symposium

Fundamentals and Applications ofAtomic Spectrometry (#160)(1) Analytical
Magnetoanalytical Science:
Separation, Characterization andImaging (#320)(2) Inorganic
Lewis Acid/Base Pair Chemistry in
Molecular Transformations, Catalysis
and Energy Storage (#65)(2) Inorganic
Dioxygen Activation Chemistry of
Metalloenzymes and Models (#339)(2) Inorganic
Isotope Production--Providing
Important Materials for Research andApplications (#363)(3) Macromolecular Synthetic Biopolymers (#37)(3) Macromolecular Characterization of Polymers andPolymer Assemblies in Solution (#172)(3) Macromolecular Polymers from Renewable Sources andSustainable Polymer Synthesis (#281)(3) Macromolecular Sustainable Conversion of Lignin to
Value-Added Products and Green
Chemicals (#319)(3) Macromolecular Polymers for Energy andOptoelectronic Devices (#361)(4) Organic
Prospects for Flow Chemistry (#29)(4) Organic
Chemistry of Nanocarbons:
Fullerenes, Carbon Nanotubes,
Nanographenes and Related Materials(#41)(4) Organic
Innovative Strategies for the Synthesisof Nitrogen Heterocycles (#74)(4) Organic
Organoboron Chemistry: Applications
in Organic Synthesis, Biology, andMaterials (#100)(4) Organic
Practical Application of Basic Researchon Molecular Recognition (#136)(4) Organic
Homogeneous Gold Catalysis:
Methods, Theories and Applications(#192)(4) Organic
Supramolecular Chemistry at theInterface of Materials, Biology, andMedicine (#300)(4) Organic
Fluorinations and Fluoroalkylations(#310)(4) Organic
Nanomaterials as Catalysts for Green
Chemistry (#313)(4) Organic
Organic Solid-State Chemistry:
Structure, Property & Reactivity(#398)(4) Organic(4) Organic(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational

New Insights from Quantum
Dynamics and ab initio Potentials inHigh Dimensional Systems (#84)
Computational Modeling of d- andf-Block Chemistry: Challenges andOpportunities (#130)
Chemical Imaging: Frontiers of SpatioTemporal Resolution (#134)
Frontiers of Metal Clusters andNanostructures: From Fundamental
Properties to Functionalities (#168)
Latest Development of Advanced
Vibrational Spectroscopy (#187)
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Applications of Coherent
Multidimensional Spectroscopy to
Chemistry, Biology, and Materials(#370)(6) Agrochemistry, Ferrites and Ferrates: Chemistry andEnvironmental, and Applications in Sustainable Energy andGeochemistry
Environmental Remediation (#13)(6) Agrochemistry, Nanointerfaces and their Role inEnvironmental, and Environmental Systems and Processes
Geochemistry(#86)(6) Agrochemistry, Sustainable Chemistry: Beyond theEnvironmental, and Bench (#103)
Geochemistry(6) Agrochemistry, Chemistry and Biology of Auxin,
Environmental, and Strigolactone and their Interactions
Geochemistry(#107)(6) Agrochemistry, Food Processing: Chemistry, Quality,
Environmental, and Safety, Sustainability, and Value-added
Geochemistry
By-products (#400)

27

P OSTER SESSIONS

Wednesday Evening

Wednesday Evening

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Area

Symposium

Area

Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics(#151)
Physiology and Metabolism ofExtremophiles (#249)
Frontiers of Iron Chemistry in Biology(#268)
Luciferin/Luciferase Engineering(#410)The RNA World: From Prebiotic
Chemistry to the Emergence ofComplexity (#449)
Conjugated Polymers for BiologicalApplications (#43)
Molecular Adsorption on Metallic
Interfaces: Beyond the Cartoons(#102)
Design, Synthesis and Applications ofAdvanced Porous Materials (#111)
Frontier and Perspectives in Molecular
Spintronics (#127)
Specific Effect(s) in Chemical
Reactions by Innovative Technologies(#157)Natural to Nanosphere Lithographies:
Two Decades of Self-assembled
Advanced Materials (#177)
Frontiers of Organic Porous
Materials: Structures, Properties andApplications (#223)
Nanomaterials for Nanomedicine(#289)
Advanced Materials for Photonics
and Electronics: Fundamentals andApplications (#308)
Data Mining and Machine Learning
Meets Experiment and First-Principles
Simulation for Materials Discovery(#314)The Physical Structure, Function of
Biological and Bioinspired Soft Matter(#347)
Safety and Sustainability of
Nanotechnology (#404)
Progress Toward a Lignocellulosic
Biorefinery (#144)(9) Chemistry
Water-phase Catalysis for Energy andof Clean Energy
Chemicals Production (#182)
Conversion, Storage,
and Production(9) Chemistry
Current Status and Future Prospect ofof Clean Energy
Polymer Electrolyte Fuel Cells (#188)
Conversion, Storage,
and Production(9) Chemistry
Artificial Photosynthesis: Reduction ofof Clean Energy
Carbon Dioxide (#271)
Conversion, Storage,
and Production(11) Connecting
The Evolving Nature of Scholarly
Chemistry to
Communication: Connecting Scholars
Societywith Each Other and with Society(#173)(11) Connecting
Chemistry Education: International
Chemistry to
and Multicultural Perspectives (#365)
Society(7) Biological(7) Biological(7) Biological(7) Biological(7) Biological(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(8) Materials &Nanoscience(9) Chemistryof Clean Energy
Conversion, Storage,
and Production

28

Symposium

Thursday Morning
Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00
Area

Symposium(1) Analytical

Current Issues in Teaching Analytical
Chemistry (#38)
Frontiers in Flow Injection Analysis
and Related Techniques (#45)
Advances in Analytical Ion Mobility
Separations (#61)
Immunoanalysis: Applications andTrends for Environmental Monitoringand Human Health (#94)
Organo-Main Group Avenues toward
Advanced Materials (#16)
Molecular Catalysis of Water Splitting
Reactions (#76)
Frontiers of Organo-f-element
Chemistry (#125)
Electron Transfer andElectrochemistry of Inorganic andOrganometallic Materials (#126)
Non-covalent Interactions in
Coordination Systems (#161)(1) Analytical(1) Analytical(1) Analytical(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic

Thursday Morning

Thursday Morning

Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00

Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00

Area

Area

(2) Inorganic

Symposium

Innovative Approaches in BondCleavage and Bond-Forming Reactionsat Late Transition-Metal Centres(#186)(2) Inorganic
Nuclear Probes in Nanoscale
Characterization (#254)(2) Inorganic
Metal-containing ?-Conjugated
Systems: Syntheses, Properties,
Applications (#269)(2) Inorganic
New Frontiers in Bioinorganic
Chemistry (#356)(3) Macromolecular Polymer Gels as Advanced Soft
Materials (#83)(3) Macromolecular Controlled Macromolecular andSupramolecular Architectures for
Sustainability (#112)(3) Macromolecular Functional Materials Based on
Organic-inorganic Hybrid Polymers(#221)(4) Organic
Molecular and Supramolecular
Photochemistry (#71)(4) Organic
Molecular Function of Natural
Products: Advances towards Chemical
Biology (#237)(4) Organic
Frontiers of Chirality in Organic
Chemistry (#286)(5) Physical,
Synergistic Relationships between
Theoretical &Computational Chemistry andComputational
Experiment (#9)(5) Physical,
Multiscale Couplings of Molecular
Theoretical &Theory of Solvation: Fundamentals
Computationaland Applications (#60)(5) Physical,
Recent Progress in Molecular Theory
Theoretical &for Excited-state Electronic Structure
Computationaland Dynamics (#142)(5) Physical,
Frontiers of Plasmon Enhanced
Theoretical &Spectroscopy (#428)
Computational(5) Physical,
Developments in Spectroscopic
Theoretical &Investigation of IntermolecularComputational
Interactions and Dynamics ofMolecular Clusters (#438)(5) Physical,
Interplay between Chemistry andTheoretical &Dynamics in Biomolecular Machines
Computational(#441)

Symposium(6) Agrochemistry, UV Photochemistry for Water:
Environmental, and Implications for Safe Water
Geochemistry
Disinfection and Oxidation Treatment
Applications (#204)(7) Biological
Advances in Biological Solid-State
NMR (#120)(8) Materials &Organic, Inorganic and Hybrid
Nanoscience
Nanoparticles: Synthesis,
Characterization, and Applications(#23)(8) Materials &Nanocrystal Synthesis,
Nanoscience
Characterization, Assembly andApplications (#34)(8) Materials &Mechanically Responsive Materials
Nanoscience(#153)(8) Materials &Single-Molecule Function andNanoscience
Measurements (#408)(8) Materials &Self-assembled Biofunctional
Nanoscience
Nanomaterials (#433)(9) Chemistry
Nano Catalysis for Clean Energy andof Clean Energy
Environmentally Friendly Chemical
Conversion, Storage, Production (#81)
and Production(9) Chemistry
Dynamical Processes of Lightof Clean Energy
Harvesting Surfaces (#178)
Conversion, Storage,
and Production(9) Chemistry
New Generation of Electrochemicalof Clean Energy
Energy Storage and Conversion
Conversion, Storage, System: Materials, Interface and Inand Production
situ Techniques (#250)(10) Bench to
Oligonucleotide Therapeutics: From
Bedside: Chemistry Base Pairs to Bedsides (#8)
of Health Care
(10) Bench to
Fragment-based Lead Discovery (#145)
Bedside: Chemistryof Health Care
(10) Bench to
Chemistry of Molecular Imaging
Bedside: Chemistry (#215)
of Health Care29

P OSTER SESSIONS

Thursday Evening

Thursday Evening

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Area

Symposium

Area

Symposium(1) Analytical

Supercritical Fluid Chromatography(SFC) for Analysis and Purification(#53)
On-site and In-vivo Instrumentation
and Applications (#88)
Advances in FTIR Microspectroscopy:
3D Tomography to Nanoscale Imaging(#315)
Functional Nanomaterials Based on
Coordination Chemistry (#73)
Coordination and Supramolecular
Chemistry for Aqueous Metal Ion
Separations (#97)
Frontiers of Molecular Magnetism(#109)
Transition Metal Complexes of
N-Heterocyclic and Mesoionic
Carbenes: Structure, Materials andCatalytic Applications. (#195)
Photofunctional Chemistry
Based on Metal Complexes and/or
Supramolecules (#239)
Novel Heme Proteins and Model
Systems (#305)
New Perspectives of Synthetic andBiological Soft Matter (#57)
Polymer Interfaces: Design, Structure,
Physical Properties and Applications(#194)New Perspectives of Bioplastics forEnvironmental Benign Materials(#396)
Advances in Precision Polymer
Synthesis Using Reversible
Deactivation Radical Polymerization(#401)
Reactive Intermediates and Unusual
Molecules (#7)
Electrochemical Reactions andMechanisms in Organic Chemistry(#104)The Science and Strategy of
Pharmaceutical Process Chemistry:
Adapting to Global Regulatory
Development Guidance on Process
Impurities (#242)
Molecular Self-Assembly andFunctional Organic Nanostructures(#263)(4) Organic

Molecular Probes and Fluorophores for
Biological Imaging (#280)
Modeling and Analyzing Exciton andCharge Dynamics in Molecules andClusters (#44)
Chemistry of Atmospheric Aerosols(#56)(1) Analytical(1) Analytical(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(3) Macromolecula(3) Macromolecula(3) Macromolecula(3) Macromolecula(4) Organic(4) Organic(4) Organic(4) Organic

30(5) Physical,
Theoretical &Computational(5) Physical,
Theoretical &Computational(5) Physical,
Self-organization in Chemistry (#165)
Theoretical &Computational(5) Physical,
Single-molecule Fluorescence Imaging
Theoretical &(#208)
Computational(5) Physical,
Practical Strategies for Modeling NonTheoretical &Covalent Interactions (#372)
Computational(5) Physical,
Structure and Spectroscopy of Linear
Theoretical &Polyenes: Finite and Infinite (#456)
Computational(6) Agrochemistry, Analysis of Flavors in Specialty Asian
Environmental, and Foods (#58)
Geochemistry(6) Agrochemistry, Complex Mineral Growth andEnvironmental, and Dissolution Reactions: Collaborative
Geochemistry
Experimental and Computational
Perspectives (#225)(6) Agrochemistry, Opportunities and Advancements
Environmental, and in Rice Research and Aquaculture
Geochemistry
Research (#282)(6) Agrochemistry, Status and Trends of Persistent
Environmental, and Organic Chemicals in the
Geochemistry
Environment (#402)(7) Biological
New Platforms for Natural Products
Discovery (#18)(7) Biological
Characterization and Applications ofFood Enzymes (#59)(7) Biological
Enzyme Engineering and Biocatalysis
Applications (#222)(7) Biological
Carbohydrate Recognition in Healthand Disease (#342)(7) Biological
Bioorthogonal Chemistry: Tools andApplications in Chemical Biology(#343)(7) Biological
Small Molecule Interactions in
Biomembranes (#418)(8) Materials &Nanowires: Synthesis, Fundamental
Nanoscience
Properties and Novel Device
Applications (#51)

Thursday Evening

Friday Morning

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00

Area

Area

(8) Materials &Nanoscience

Symposium

Two-dimensional Nanosheets andNanosheet-Based Materials: Synthesis,
Characterization, Functionalization
and Applications (#95)(8) Materials &Applications of Ultrasound to
Nanoscience
Nanoscience (#150)(8) Materials &Carbon Nanotubes: Preparation,
Nanoscience
Characterization and Applications(#227)(8) Materials &Self-organization of Membrane
Nanoscience
Systems (#259)(8) Materials &Membranes and Nanotechnologies for
Nanoscience
Energy and Environment Applications(#317)(8) Materials &Ceramic Materials and Processing for
Nanoscience
Advanced Applications (#341)(8) Materials &Design of Innovative Photochromic
Nanoscience
Applications (#399)(8) Materials &Advances in Organic Light-Emitting
Nanoscience
Diodes (#409)(9) Chemistry
Theory and Computation for Efficientof Clean Energy
Utilization of Energy and Resources
Conversion, Storage, (#163)
and Production(9) Chemistry
Challenges in Second Generationof Clean Energy
Biofuels: Processing, Stability, andConversion, Storage, Usage (#378)
and Production(10) Bench toAdvances in Polymers for Medicine
Bedside: Chemistry (#52)
of Health Care
(11) Connecting
Green and Sustainable Chemistry
Chemistry to
Education for Tomorrow’s Citizens ofSociety
the World (#334)

Symposium(1) Analytical

New Tools and Methodologies for
the Characterization of BiomolecularInteractions (#15)(1) Analytical
Micro-& Nanofabricated Analytical
Devices for Chemical, Biochemical &Biomedical Platforms (#129)(1) Analytical
Ultrasensitive Assays for Proteins andProtein Modifications (#287)(2) Inorganic
Telomeres and other G-quadruplex
Structures as Targets for Metallodrugs(#459)(2) Inorganic
Inorganic General Posters(3) Macromolecular New Frontiers in Polymer
Crystallization (#96)(5) Physical,
Molecular Perspectives on Interfacial
Theoretical &Electrochemistry and Electrocatalysis
Computational(#218)(5) Physical,
Interplay between Theory andTheoretical &Experiment in Catalytic Research
Computational(#277)(5) Physical,
Physical, Theoretical & Computational
Theoretical &General Posters
Computational(7) Biological
Biosynthesis of Natural Products (#27)(7) Biological
Bioorganic Reaction Mechanisms(#224)(7) Biological
Biological General Posters
Metal-oxo Clusters: Molecular Design(8) Materials &Nanosciencefrom Monomers to Infinity (#79)(8) Materials &Luminescent Nanomaterials:
Nanoscience
Properties, Mechanisms, andApplications (#101)(8) Materials &Advances in Bioinspired andNanoscience
Biomedical Materials (#245)(8) Materials &Multi-scale & Synergistic
Nanoscience
Supramolecular Systems in Material
and Biomedical Sciences (#357)(8) Materials &Synthesis, Structure andNanoscience
Functionalities of Ferroelectrics andMultiferroics (#432)(10) Bench to
Academic Drug Discovery (#69)
Bedside: Chemistryof Health Care
(10) Bench to
Bench to Bedside: Chemistry of HealthBedside: Chemistry Care General Postersof Health Care31

P OSTER SESSIONS

Friday Morning

Friday Evening

Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Area

Area

Symposium(11) Connecting
Connecting Ionic Liquids to Societal
Chemistry toIssues: Materials, Medicines, Energy,
Societyand Water (#113)(11) Connecting
Active and Inquiry Learning in theChemistry to
Chemistry Classroom and Laboratory
Society(#443)(11) Connecting
Connecting Chemistry to Society
Chemistry to Society General Posters

Friday Evening
Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00
Area(1) Analytical

Symposium

Optical Waveguide Techniques for the
Analyses of Materials and Interfaces(#164)(1) Analytical
Advanced Analytical Applications andTechnical Developments of Soft X-Ray
Spectroscopy (#303)(1) Analytical
Vibrational Spectroscopy: New
Developments and Applications in
Biological and Medical Sciences (#375)(1) Analytical
Advances in Terahertz Spectroscopy
and Imaging (#413)(2) Inorganic
Chemistry and Application of Boron
Clusters (#152)(2) Inorganic
Current Trends andInterconnectivities Among
Fundamental and Applied Inorganic
Fluorine Chemistry (#156)(2) Inorganic
Activation and Transformation of
Small Molecules Mediated by Early
Transition Metal Complexes (#170)(2) Inorganic
The Bio-Coordination Chemistryof Nitric Oxide and Its Derivatives:
Mechanisms of NOx Generation,
Signaling and Reduction in Biological
Systems (#371)(3) Macromolecular Monomer Sequence Control: Using
Nature’s Strategy to Create 21stCentury Polymers (#158)(3) Macromolecular Macromolecular Self-Assembly for
Smart Biomaterials (#196)(3) Macromolecular Cyclic & Topological Polymers (#248)(3) Macromolecular Advanced Membrane Separations(#262)

32

Symposium(3) Macromolecular Fusion Materials: Functional SelfOrganized Materials Consistingof Fused Organic and Inorganic
Components (#294)(3) Macromolecula Polymer Materials Performance,
Degradation and Optimization (#369)(4) Organic
Designed pi-Electronic Systems:
Synthesis, Properties, Theory andFunction (#25)(4) OrganicAnion Receptors (#31)(4) Organic
Natural Product-based Drug Discovery(#66)(4) Organic
Molecular Containers (#99)(4) Organic
Organic Reactions in Aqueous Media(#131)(4) Organic
New Organosulfur Chemistry (#436)(5) Physical,
Advances in Quantum Monte Carlo
Theoretical &(#80)
Computational(5) Physical,
Recent Advances in Dynamics ofTheoretical &Confined Liquids (#123)
Computational(5) Physical,
Challenges in Plasmonic
Theoretical &Photochemistry (#176)
Computational(5) Physical,
Recent Progress in Matrix Isolated
Theoretical &Species (#199)
Computational(5) Physical,
Metal Ions and Protein Functions:
Theoretical &Theoretical Models and Applications
Computational(#202)(5) Physical,
Dynamical Intermolecular
Theoretical &Interactions for Biological Functions
Computational(#307)(5) Physical,
Interfacial Phenomena for Bubbles,
Theoretical &Droplets, Films and Soft Matter (#403)
Computational(6) Agrochemistry, Chemicals of Emerging Environmental
Environmental, and Concern: A Global Perspective (#19)
Geochemistry(6) Agrochemistry, Chemical Ecology Applied toEnvironmental, and Sustainable Agriculture (#105)
Geochemistry(6) Agrochemistry, Fate and Risks of Nanoparticles inEnvironmental, and Aquatic and Terrestrial Environments
Geochemistry(#220)

Friday Evening

Friday Evening

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Area

Area

Symposium(6) Agrochemistry, Proteomics and Metabolomics inEnvironmental, and Agricultural, Environmental, andGeochemistry
Public Health Sciences (#264(6) Agrochemistry, Analytical Development Relevant toEnvironmental, and Environmental Exposure and Effects
Geochemistry(#288)(6) Agrochemistry, Advances in Functional Foods andEnvironmental, and Flavor Chemistry Research (#329)
Geochemistry(6) Agrochemistry, Fukushima and Radiological
Environmental, and Contaminated Environments
Geochemistry
World-wide: The Important Roleof Environmental Chemistry andRadiochemistry in Remediation and
Restoration (#374)(6) Agrochemistry, Radioactive Contaminants and Waste
Environmental, and Management in the Environment
Geochemistry(#390)(7) Biological
Advances in Peptide and Protein
Chemistry (#6)
(7) BiologicalHeat Shock Proteins: The Next Target
in the Disease Frontier (#91)(7) Biological
Bio/chemical Approaches for Single
Cell Biosensing Technologies (#257)(8) Materials &Chemistry and Applications of
Nanoscience
Graphene (#39)(8) Materials &Janus Materials: Design, Fabrication
Nanoscienceand Properties (#210)
Nitroxide Radicals: Synthesis and(8) Materials &Nanoscience
Functional Bio-/Nanomaterials (#309)(8) Materials &Supramolecular Assemblies
Nanoscienceat Surfaces: Nanopatterning,
Functionality, Reactivity (#346)(8) Materials &Fundamentals and Applications
Nanoscienceof Nanomaterials for Energy
Technologies (#348)(8) Materials &Application of Luminescent Materials
Nanosciencefor Radiation Detection (#442)(9) Chemistry
Nanostructured Oxides for Energyof Clean Energy
Harvesting and Water Splitting (#171)
Conversion, Storage,
and Production(9) Chemistry
Energy Storage in Chemical Bonds:of Clean Energy
Advances in Chemistry and Materials
Conversion, Storage, for Hydrogen Storage (#216)
and Production

Symposium(9) Chemistry
Nanoporous Materials for Renewableof Clean Energy
Energy and Sustainability (#266)
Conversion, Storage,
and Production(9) Chemistry
Advances in Microwave Greenof Clean Energy
Chemistry (#360)
Conversion, Storage,
and Production(10) Bench to
Nutraceuticals and Functional Food
Bedside: Chemistry Ingredients: Chemistry and Healthof Health Care(#285)(11) Connecting
Technology and Assessment Strategies
Chemistry tofor Improving Student Learning in
Society
Chemistry (#132)

Saturday Morning
Kamehameha Halls I, II, and III (Convention Center)
10:00–12:00
Area

Symposium(1) Analytical

Development and Applications ofTechniques for Electrochemical
Analysis (#24)(2) Inorganic
Inorganic Complexes for Solar Energy
Harvesting (#256)(2) Inorganic
Metal Mediated Polymerization (#292)(2) Inorganic
Metal Coordination Sphere Design for
Challenging Bond Transformations(#318)(3) Macromolecula Aggregation Induced Emission:Materials and Applications (#444)(4) Organic
Recent Trends in Organocatalysis(#122)(6) Agrochemistry, Advanced Products from Lignin andEnvironmental, and Micro- or Nano-fibrillated Cellulose
Geochemistry(#70)(6) Agrochemistry, Enzymes Essential to Biosphere
Environmental, and Health: Bioremediation andGeochemistry
Biogeochemical Cycling (#219)(7) Biological
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)(8) Materials &Materials & Nanoscience General
Nanoscience
Posters(10) Bench to
Small Molecule Epigenetic Modulators
Bedside: Chemistry (#146)
of Health Care33

P OSTER SESSIONS

Saturday Evening

Saturday Evening

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00

Area

Symposium

Area(1) Analytical

Direct and MediatedBioelectrocatalysis for Biosensors andEnergy Conversion Applications (#89)
Novel Analytical Probes for In Vivo
Optical Functional Imaging (#115)
Marine and Freshwater Toxins:
Detection, Structure, andPharmacology (#138)
Paper-Based Analytical Devices for
Point of Need Measurements (#213)
Analytical Laser-Induced Breakdown
Spectroscopy (LIBS) for Hazards
Analysis, Forensics, and Health (#379)
Bacterial Identification by Mass
Spectrometry (#389)
Advances in Analytical Techniques for
Effective Food Allergen Management(#394)
Organized Surfactant Assemblies in
Chemical Analysis and Separation
Science: Fifty Years Later (#457)
Experimental and Theoretical Actinide
Chemistry: From Fundamental
Systems to Practical Applications (#42)
Metal-Organic Frameworks:
Synthesis, Properties and Applications(#50)
From Pnictides to Perovskites: Impactof Local Structure in Solid State
Chemistry (#62)
Accessing the Full Potential of
Redox-Active Ligands: Reactivity andApplications (#87)
Advances in Phosphorus Chemistry:
Materials, Reactivity at Phosphorus,
and Synthesis (#226)
The Expanding Periodic Table: New
Discoveries and Chemistry of the
Heaviest Elements (#234)
Advances in the Medicinal
Applications of N-Heterocyclic
Carbene Metal Complexes andAzolium Cations (#255)
S-block Metal Chemistry (#304)
Activation of Small Molecules byElectropositive Metals Related to
Chemical Energy Conversion (#380)
New Directions for Sensing Metals in
Biology (#424)(3) Macromolecular Dynamic, Reversible, and Self-healing
Materials (#64)(3) Macromolecular Current Polyurethane Science (#133)(4) Organic
New Green Techniques for Medicinal
Chemistry (#148)(4) Organic
Applications of C-H Functionalization(#169)(4) Organic
Strategies and Tactics for Complex
Molecule Synthesis (#174)(4) Organic
Cooperative Cocatalysis with Two
Different Metals (#270)(4) Organic
Chemical Glycosylation: Methods andMechanisms (#306)(4) Organic
New Horizon of Process Chemistry by
Scalable Reactions and Technologies(#426)(4) Organic
Asymmetric Supramolecular Catalysis(#451)(4) Organic
Synthetic Modulators of ProteinProtein Interactions (#461)(5) Physical,
Conformational Dynamics ofTheoretical &Biomolecules and the BiomoleculeComputational
Solvent Interface (#98)(5) Physical,
Advances in Quantum Dynamics from
Theoretical &Spectroscopy to Reactions (#384)
Computational(5) Physical,
Reactive Intermediates in Combustion
Theoretical &and Atmospheric Chemistry (#419)
Computational(5) Physical,
Recent Experimental and Theoretical
Theoretical &Advances in Studies of Liquid
Computational
Interfaces (#437)(6) Agrochemistry, Human Exposure to Environmental
Environmental, and Contaminants (#26)
Geochemistry(6) Agrochemistry, Recycling of Polymeric Materials:
Environmental, and Challenges and Perspectives (#36)
Geochemistry(6) Agrochemistry, Chemistry of Integrated Water
Environmental, and Treatment Systems for HalogenatedGeochemistry
Organics and Long-lived
Radionuclides (#454)(7) Biological
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications(#10)(7) Biological
Homeostasis of Transition Metal Ions
in Biological Systems (#47)(7) BiologicalLife at Small Copy Numbers (#137)(1) Analytical(1) Analytical(1) Analytical(1) Analytical(1) Analytical(1) Analytical(1) Analytical(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic(2) Inorganic

34

SymposiumSaturday Evening
Kamehameha Halls I, II, and III (Convention Center)
19:00–21:00
Area

Symposium(7) Biological

Function, Chemistry, and Signaling of
Glycolipids and Phospholipids (#273)(7) Biological
Chemistry and Applications of Retinal
Proteins: From Microbes to Humans(#395)(8) Materials &Development of Nano Devices andNanoscience
Nanotechnologies for Environmental
Monitoring and Remediation (#124)(8) Materials &Functional Molecular Materials andNanoscience
Devices (#128)(8) Materials &Challenge for Rare Element-freeNanoscience
Functional Materials (#291)(8) Materials &Self-organization: Novel Mesogens
Nanoscienceand Applications (#447)(9) Chemistry
Integrated Biomass Refinery byof Clean Energy
Precisely Designed Heterogeneous
Conversion, Storage, Catalysts (#54)
and Production(9) Chemistry
Artificial Photosynthesis: Photoof Clean Energy
induced Water Splitting (#193)
Conversion, Storage,
and Production(9) Chemistry
Global Strategies for Algal Biomass forof Clean Energy
Bioenergy and Biorefinery (#407)
Conversion, Storage,
and Production(10) Bench to
In Vivo Chemical Strategies for
Bedside: Chemistry Functional and Translation Studies
of Health Careof Biological Networks and Pathways(#212)(10) Bench to
Molecular Design in Medicine:
Bedside: Chemistry Concept to Commerce (#295)
of Health Care
(10) Bench toCancer-Targeted Delivery ofBedside: Chemistry Therapeutics and Diagnostics (#393)
of Health Care

35

STUDENT POSTERSSTUDENT POSTERCOMPETITION FINALISTS
Hawaii Convention Center, Kamehameha Exhibit Halls I, II & III■ Tuesday, December 15, 12:00 Noon–2:00pm
Area 1 – Analytical
1 Microfluidic image-processing-based multipoint crystallization
analysis. Aoi Akiyama
2 Early detection of anti-asparaginase to significantly increase
remission rate in acute lymphoblastic leukemia therapy.
Alexandra Aubé
3 Design and synthesis of a novel chemical crosslinker for protein
structure determination. Kayla Downey
4 Digital microfluidic platform for UV-Vis absorbance
spectroelectrochemistry. Michael Dryden
5 One-step modification and structuring of PDMS surfaces and its
application in the bench-top fabrication of self-driven microfluidic
channels. Ayodele Fatona
6 Optical nanoantenna for bacterial detection. Maho Fukuda

Micro- and Nano-fabricated Analytical Devices for
Chemical, Biochemical and Biomedical Platforms(#129)New Tools and Methodologies for theCharacterization of Biomolecular Interactions (#15)
New Tools and Methodologies for theCharacterization of Biomolecular Interactions (#15)
Micro- and Nano-fabricated Analytical Devices for
Chemical, Biochemical and Biomedical Platforms(#129)
Micro- and Nano-fabricated Analytical Devices for
Chemical, Biochemical and Biomedical Platforms(#129)New Tools and Methodologies for theCharacterization of Biomolecular Interactions (#15)
Micro- and Nano-fabricated Analytical Devices for
Chemical, Biochemical and Biomedical Platforms(#129)
Plasmonic Materials for Chemical Analysis (#450)

7 Development of protein concentration system based on pore-size
control of molecular sieving gel by thermal-stimulus response.
Yudai Fukushima
8 Plasmonic nanoprobes for sensing hydrogen peroxide in living
systems. Xin Gu
9 Microfluidic single cancer cells isolation and analysis device byMicro- and Nano-fabricated Analytical Devices for
simple manual operation for cytoscreening of cancer stem cells.
Chemical, Biochemical and Biomedical Platforms
Yuya Hattori(#129)
10 Asymmetric rhodamine-based fluorescence probes for multicolor in Novel Analytical Probes for In Vivo Optical Functional
vivo imaging. Ryu Iwatate
Imaging (#115)
11 Novel nanofiber web-based dry electrodes for long-term(Bio-)Chemical / Electrochemical Sensors andbiopotential monitoring. Lu Jin
Sensing Materials (#417)
12 Biomarkers research involved in salmonid diseases: An approach
Bacterial Identification by Mass Spectrometry (#389)
based on MALDI-MS coupled with data mining techniques.
Xaviera López Cortés
13 On-chip templated biosynthesis of unnatural and natural protein New Tools and Methodologies for the
microarrays suitable for surface plasmon resonance imaging.
Characterization of Biomolecular Interactions (#15)
Gerald Manuel
14 Evaluation of peptide-material interaction by force mapping method New Tools and Methodologies for thewith an atomic force microscope. Masahito Mochizuki
Characterization of Biomolecular Interactions (#15)
15 Automatic assembly of non-spherical microscale particles using
Micro- and Nano-fabricated Analytical Devices forelectroosmotic flow in a microfluidic device.
Chemical, Biochemical and Biomedical Platforms
Hiroko Moriyama(#129)
16 Paper test card for quantifying beta-lactam antibiotics.
Paper-Based Analytical Devices for Point of NeedNicholas Myers
Measurements (#213)

36

Area 1 – Analytical
17 Evaluation of the intrinsic retention selectivity of hydrocarbonaceous Innovation in Chemical Sensing and Separationand fluorocarbonaceous stationary phases by surface-bubbleSystems toward Advanced Chemical Analysis (#159)
modulated liquid chromatography. Keisuke Nakamura
18 Parameters influencing the performance of inkjet-printed
Paper-Based Analytical Devices for Point of Needmicrofluidic paper-based analytical devices. Riki Ota
Measurements (#213)
19 Analysis of neuronal cell with atomic force microscopy. Ikbum Park New Tools and Methodologies for theCharacterization of Biomolecular Interactions (#15)
20 Current detection in microfluidic devices for measurement of cell Micro- and Nano-fabricated Analytical Devices for
deformability. Mamiko Sano
Chemical, Biochemical and Biomedical Platforms(#129)
21 Shear flow ice chromatography. Masaya Shimizu
Innovation in Chemical Sensing and Separation
Systems toward Advanced Chemical Analysis (#159)
22 Methods for quantitative analysis of submerged solids forAnalytical Laser-Induced Breakdown Spectroscopy
application to deep-sea LIBS. Tomoko Takahashi(LIBS) for Hazards Analysis, Forensics, and Health(#379)
23 Design of bright fluorescent polymers for bioassays. Yuka
(Bio-)Chemical / Electrochemical Sensors andSensing Materials (#417)
Takahashi
Micro- and Nano-fabricated Analytical Devices for
24 Fluorescence polarization imaging for analyzing molecular
Chemical, Biochemical and Biomedical Platforms (#129)
interactions. Osamu Wakao
25 Transportation imaging of exosomes derived from stem cells andMicro- and Nano-fabricated Analytical Devices forcancer cells. Asami Yokoyama
Chemical, Biochemical and Biomedical Platforms(#129)Development and Applications of Techniques for
26 Formation of the SERS-active substrate and its application in
catalysis and analytical detection. Jingjing Zhao
Electrochemical Analysis (#24)
Micro- and Nano-fabricated Analytical Devices for
27 NAIMS: Nanotip ambient ionization mass spectrometry.
Chemical, Biochemical and Biomedical Platforms (#129)
Zhenpeng Zhou

Area 2 – Inorganic
28 Synthesis and study of novel iron sulfide complexes as models fornitrogenase. Nicholas Arnet
29 Exploration of new anionic selenium based pincer ligands.
Bronte Charette
30 Homoleptic Au(III) trications: A synthetic pathway to a novel classof Au(III) compounds. Robert Corbo
31 Synthesis, characterization, and unique catalytic activities of afluorinated nickel enolate. Ryohei Doi

Metal Coordination Sphere Design for Challenging
Bond Transformations (#318)
Inorganic General Posters

Metal Coordination Sphere Design for Challenging
Bond Transformations (#318)
Innovative Approaches in Bond-Cleavage and BondForming Reactions at Late Transition-Metal Centres(#186)
32 Ligand cooperation in the hydrogenation of N2O using PCP iridium Metal Coordination Sphere Design for Challenging
pincer complexes. Lauren Doyle
Bond Transformations (#318)
33 Synthesis and catalytic activity of dimolybdenum-dinitrogen
Activation and Transformation of Small Molecules
complex bearing PCP-type pincer ligands. Aya Eizawa
Mediated by Early Transition Metal Complexes (#170)
34 Redox active ligands: Ligand-centered electrocatalytic proton
Accessing the Full Potential of Redox-Active Ligands:
reduction and hydrogen oxidation. Andrew Haddad
Reactivity and Applications (#87)
35 2:1 Coupling of terminal alkynes with secondary amines catalyzed Innovative Approaches in Bond-Cleavage and Bondby quinolinolato rhodium complexes. Moe Hamada
Forming Reactions at Late Transition-Metal Centres(#186)
36 P-C bond oxidation via Baeyer-Villiger mechanism. Gordana Ilic Advances in Phosphorus Chemistry: Materials,
Reactivity at Phosphorus, and Synthesis (#226)
37 Optical responses of octanuclear gold clusters modifying thiolate Photofunctional Chemistry Based on Metal
ligands. Mitsuhiro Iwasaki
Complexes and/or Supramolecules (#239)

37

STUDENT POSTERS

Area 2 – Inorganic
38 Synthesis and structure of ladder-type Pd-halide chain complex.
Ryohei Kimura
39 Revival of frustrated Lewis pairs from shelf-stable complexes
comprised of borane and N-phosphine oxide substituted
imidazolylidene. Takuya Kinoshita
40 Polysilane confined in coordination nanospaces. Takashi Kitao

Functional Nanomaterials Based on Coordination
Chemistry (#73)
Lewis Acid/Base Pair Chemistry in MolecularTransformations, Catalysis and Energy Storage (#65)

Functional Nanomaterials Based on Coordination
Chemistry (#73)
41 N2-splitting and functionalization in the coordination sphere of
Activation and Transformation of Small Molecules
rhenium. Isabel KlopschMediated by Early Transition Metal Complexes (#170)
43 Studies on electrochemical hydrogen evolution from water catalyzed Molecular Catalysis of Water Splitting Reactions
by bis(dithiolato)nickelate(II) complexes. Keita Koshiba(#76)
44 Cooperative small molecule activation at the nickel-carbon double Metal Coordination Sphere Design for Challenging
bond of nickel PCcarbeneP pincer complexes. Etienne LaPierre
Bond Transformations (#318)
45 Large spin-crossover [Fe4L4]8+ tetrahedral cage. Li Li
Functional Nanomaterials Based on Coordination
Chemistry (#73)
46 Reaction dynamics for the C-H bond activation by iron(IV)-oxo
New Frontiers in Bioinorganic Chemistry (#356)
complexes: Natural vs. biomimetic systems. Binh Mai
47 Ferrocenyl phosphonium cations as synthetically facile Lewis acids Inorganic General Posters
in organocatalysis. Ian Mallov48 Copolymerization of ethylene with methyl acrylate by bisphosphine Metal Mediated Polymerization (#292)
monoxide-palladium catalysts enabled by ligand-controlled
insertion regioselectivity. Yusuke Mitsushige
49 Effect of 5-aminolevulinic acid on cytochrome P450-based prodrug New Frontiers in Bioinorganic Chemistry (#356)
activation. Mai Miura
50 Electrocatalytic activation of CO2 by a series of rhenium complexes. Activation and Transformation of Small Molecules
Kankana Mullick
Mediated by Early Transition Metal Complexes (#170)
51 Copolymerization of olefins and polar monomers by Pd/IzQO
Transition Metal Complexes of N-Heterocyclic
catalysts. Ryo Nakano
and Mesoionic Carbenes: Structure, Materials andCatalytic Applications. (#195)
52 Hydrogen ion beam irradiation effects on ZnO thin films studied by From Pnictides to Perovskites: Impact of Local
in-situ variable-temperature electrical resistivity measurements.
Structure in Solid State Chemistry (#62)
Ryo Nakayama
53 Synthesis of a novel molecular gear having a germanium junction
Organo-Main Group Avenues toward Advanced
and its gear slippage. Kazuma Okamura
Materials (#16)
54 Synthesis and analysis of new graphitic carbon nitride analogs.
Electron Transfer and Electrochemistry of Inorganic
Shota Okamura
and Organometallic Materials (#126)
55 Effective photosensitized energy transfer of nonanuclear terbium Photofunctional Chemistry Based on Metal
clusters using methyl salicylate derivatives. Shun Omagari
Complexes and/or Supramolecules (#239)
56 Basicity of non-solvated boryl anion: Deprotonation of benzene.
Organo-Main Group Avenues toward Advanced
Takuto Osato
Materials (#16)
57 Reactivity of a Ga/P-based frustrated Lewis pair. Josephine Possart Lewis Acid/Base Pair Chemistry in MolecularTransformations, Catalysis and Energy Storage (#65)
58 Carbodicarbene complexes of ruthenium: highly active catalysts for Transition Metal Complexes of N-Heterocyclic
the hydrogenation of olefins. Conor Pranckevicius
and Mesoionic Carbenes: Structure, Materials andCatalytic Applications. (#195)
59 Toward C-H activation of hydrocarbons by rare earth NHCFrontiers of Organo-f-element Chemistry (#125)
complexes. Julia Rieb
60 M2L4 coordination cages as potential drug delivery systems for
New Frontiers in Bioinorganic Chemistry (#356)
anticancer agents. Andrea Schmidt
61 Enhancing electrocatalytic hydrogen evolution by nickel molecular Molecular Catalysis of Water Splitting Reactions
catalysts with the aid of Lewis acids in aqueous media. Hai Yan Shao (#76)

38

Area 2 – Inorganic
62 New approach to the fluorescence imaging of platinum drug
New Frontiers in Bioinorganic Chemistry (#356)
processing. Clara Shen
63 Bright solid-state emission in disilane-bridged arenes including
Organo-Main Group Avenues toward Advanced
donor and acceptor moieties. Masaki Shimada
Materials (#16)
64 Electric conductive property of Hofmann-type coordination
Metal-Organic Frameworks: Synthesis, Properties
polymers including Pt-I chain pillars. Sayuri Shimoda
and Applications (#50)
65 Rare earth metal-mediated group transfer polymerization of
Frontiers of Organo-f-element Chemistry (#125)
vinylphosphonates: Tuning the metal ligand interaction via steric
crowding at the rare earth center and novel highly efficient initiatorsfrom C-H bond activation. Benedikt Soller
66 Characterization of a high-spin non-heme {FeN(H)O}8:
The Bio-Coordination Chemistry of Nitric Oxide
Implications for the reacitivty of iron nitroxyl species in biology.
and Its Derivatives: Mechanisms of NOx Generation,
Amy Speelman
Signaling and Reduction in Biological Systems (#371)
68 Harnessing weak interactions toward the synthesis of highly
Non-covalent Interactions in Coordination Systems
birefringent coordination polymers. John Thompson(#161)
69 Photofunctional 1D coordination polymer based on bis(dipyrrinato) Inorganic General Posters
zinc(II) complex. Ryojun Toyoda
70 Synthesis and reactivity of neutral diborenes – the alkene analogs. Organo-Main Group Avenues toward Advanced
Stefan Ullrich
Materials (#16)
71 Z-scheme photosynthesis for H2 evolution from water forming a
Molecular Catalysis of Water Splitting Reactions
three-electron-reduced species. Keiya Yamamoto(#76)
72 Synthesis of multinuclear manganese complexes having a cage-type Molecular Catalysis of Water Splitting Reactions
ligand: Structural models of oxygen evolving center. Shuhei Yonaga (#76)
73 Direct visualization of guest dynamic behaviors in ultramicroporous Metal-Organic Frameworks: Synthesis, Properties
crystal for exceptional thermal expansion. Hao-Long Zhou
and Applications (#50)

Area 3 – Macromolecular
74 Cyclic carbonate as building block for sustainable synthesis of nonisocyanate polyurethane elastomers. Goliath Beniah
75 Ultrabright organic dots with aggregation-induced emission
characteristics for cell tracking. Xiaolei Cai
76 Aromatic end-group functionalization as a method to improvemechanical properties of poly(lactic acid). Love-Ese Chile
77 Tough, thermoresponsive hydrogels. Jasmine Cubuk
78 Preparation of glucose-responsive shape-memory hydrogels using
molecular complexes as dynamic crosslinks. Masayoshi Hayashi
79 Copolymerization of epoxides with CO2 catalyzed by multinuclear
cobalt complexes. Yo Hiranoi
80 Developmentof high thermoresistance and transparent polyurea
films bioderived from 4-aminocinnamic acid. Yusuke Ibuki
81 Macroscopic artificial muscle powered by the microscopic sliding
motion of [c2]daisy chain. Kazuhisa Iwaso
82 Ring-expansion living cationic polymerization: precision synthesisof ring-based functional polymers. Hajime Kammiyada
83 Synthesis of graft copolymers and dendronized polymers by Cucatalyzed multicomponent polymerization. Hyunseok Kim
84 Hydrogel with a reliable deformation region in an aqueous
environment. Shinji Kondo

Polymers from Renewable Sources and Sustainable
Polymer Synthesis (#281)
Aggregation Induced Emission: Materials andApplications (#444)
Polymers from Renewable Sources and Sustainable
Polymer Synthesis (#281)
Macromolecular General Posters
Polymer Gels as Advanced Soft Materials (#83)
Polymers from Renewable Sources and Sustainable
Polymer Synthesis (#281)
Synthetic Biopolymers (#37)
Polymer Gels as Advanced Soft Materials (#83)
Cyclic and Topological Polymers (#248)
Macromolecular General Posters
Polymer Gels as Advanced Soft Materials (#83)

39

STUDENT POSTERS

Area 3 – Macromolecular
85 Evaluation of interaction for bioactive compounds with
Polymer Interfaces: Design, Structure, Physicalthermoresponsive polymer brush grafted on polystyrene monolith Properties and Applications (#194)
surfaces using capillary chromatography. Takuya Koriyama
86 Stretchable and highly conductive polymer gels. Tomoaki Kubota Polymer Gels as Advanced Soft Materials (#83)
87 Formation of dynamic biomolecular recognition sites in smart
Polymer Gels as Advanced Soft Materials (#83)
hydrogels by molecular imprinting and their recognition control.
Yoshiaki Kuriu
88 Substantial spatial heterogeneity and tunability of glass transition Polymer Interfaces: Design, Structure, Physicaltemperature observed with dense polymer brushes prepared by
Properties and Applications (#194)
ARGET ATRP. Tian Lan
89 Synthesis and mechanical properties of joint-linker gels with
Polymer Gels as Advanced Soft Materials (#83)
reversible redox sol-gel transition. Kazumasa Moriyama
90 Synthesis and electrochemical properties of radical polymer
Polymers for Energy and Optoelectronic Devices
containing anionic group for a high energy density organic(#361)
secondary battery. Tomoaki Murata
91 Physical hydrogels based on multifunctional polyurethanes via ionic Polymer Gels as Advanced Soft Materials (#83)
or acidic crosslinking. Mai-Thi Nguyen-Kim
92 Control of iterative double monomer addition for sequenceMonomer Sequence Control: Using Nature's Strategy
controlled vinyl polymers. Kana Nishimori
to Create 21st Century Polymers (#158)
93 Organic-inorganic hybrid polymers based on nickel(II) complexes of Functional Materials Based on Organic-inorganic
Goedken’s macrocycle. Joseph Paquette
Hybrid Polymers (#221)
94 High performance ambipolar field-effect transistor based on
Polymers for Energy and Optoelectronic Devices
diketopyrrolopyrrole and benzodithiophene copolymer with(#361)
cyanovinylene linkage. Junmo Park
95 Synthesis and properties of boron/silicon bimetallic copolymers.
Functional Materials Based on Organic-inorganic
Puhup Puneet
Hybrid Polymers (#221)
96 Light-emitting polycyclic aromatic hydrocarbon synthesized
Aggregation Induced Emission: Materials andby regioselective photocyclization and its application in optical
Applications (#444)
waveguide. Zijie Qiu
97 Association behavior of bovine serum albumin with the PEO-PPO Characterization of Polymers and Polymer
multi-block copolymer in water. Kazuaki Rikiyama
Assemblies in Solution (#172)
98 Aliphatic polycarbonates based on carbon dioxide, furfuryl glycidyl Polymers from Renewable Sources and Sustainable
ether, and glycidyl methyl ether: Reversible functionalization and Polymer Synthesis (#281)
crosslinking. Markus Scharfenberg
99 Polyfullerene electrodes for high power supercapacitors.
Polymers for Energy and Optoelectronic Devices
Tyler Schon(#361)
100 Investigation of the mechanism underlying bioinertness of selfPolymer Interfaces: Design, Structure, Physicalassembled monolayers by surface force measurements.
Properties and Applications (#194)
Taito Sekine
101 Activating polymer production with spinach leaves.
Polymers from Renewable Sources and Sustainable
Siva Shanmugam
Polymer Synthesis (#281)
102 Facile one-pot preparation of 2D structure based on polymer self- Characterization of Polymers and Polymer
assembly. Suyong Shin
Assemblies in Solution (#172)
Advances in Precision Polymer Synthesis Using
103 End group removal of switchable RAFT agents. Sarah Stace
Reversible Deactivation Radical Polymerization (#401)
104 All-organic supercapacitors using PEDOT/PSS as flexible electrodes. Polymer Gels as Advanced Soft Materials (#83)
Hiromi Takezawa
105 Self-oscillating vesicles: Spontaneous cyclic changes ofPolymer Gels as Advanced Soft Materials (#83)
supramolecular structures formed by synthetic diblock copolymers.
Ryota Tamate
106 Metal ion-responsive biodegradable hydrogels made of PEG-DNA Polymer Gels as Advanced Soft Materials (#83)
copolymers. Shizuma Tanaka

40

Area 3 – Macromolecular
107 Rocking chair-type charge-discharge property of redox copolymers Polymers for Energy and Optoelectronic Devices
and polymer composites containing TEMPO and charge(#361)
neutralizing anion. Hiroshi Tokue
108 Synthesis and conformational analysis of a double-stranded helical Controlled Macromolecular and Supramolecular
foldamer. Takahide Tsuda
Architectures for Sustainability (#112)
110 Living cationic polymerization via degenerative chain transfer on Controlled Macromolecular and Supramolecular
C–S bond. Mineto Uchiyama
Architectures for Sustainability (#112)
111 Characterization and substrate specificity of a poly(lactate-co-3New Perspectives of Bioplastics for Environmentalhydroxybutyrate) depolymerase from soil bacterium.
Benign Materials (#396)
Camila Utsunomia
112 Chiral crystals of inorganic-organic hybrids based on
Functional Materials Based on Organic-inorganicpolyoxometallates and supramolecular cations. Jun Xiong
Hybrid Polymers (#221)
113 Electrochemical characterization of polycarbonate-based
Polymers for Energy and Optoelectronic Devices
electrolytes for all-solid-state Li batteries. Mari Yajima(#361)
114 Stimuli-responsive supramolecular assemblies of amphiphilic self- Macromolecular Self-Assembly for Smartimmolative polymers. Rebecca Yardley
Biomaterials (#196)

Area 4 – Organic
115 Metabolomics approach to study the effect of Andrographis
Natural Product-based Drug Discovery (#66)
paniculata in improving chemotherapy treatment in colon cancer.
Soha Ahmadi
116 Silicon analog of the smallest bridgehead alkene. Naohiko Akasaka Reactive Intermediates and Unusual Molecules (#7)
117 Barbiturated naphthalenes with flexible oligo(ethyleneglycol) side Molecular Self-Assembly and Functional Organic
chains. Keisuke Aratsu
Nanostructures (#263)
118 Unprecedented alkali metal amide-catalyzed formal C(sp3)–H
Applications of C-H Functionalization (#169)
bond activation. Wei Bao
119 Total syntheses of hyperforin, papuaforin A-C and formal synthesis Homogeneous Gold Catalysis: Methods, Theories andof nemorosone: Toward the the total synthesis of ginkgolides.
Applications (#192)
Gabriel Bellavance
120 Cooperative catalysis of Cu and Mn in aerobic oxidative coupling of Cooperative Cocatalysis with Two Different Metals
terminal alkynes. Sourav Biswas(#270)
121 U.V. light mediated synthesis of carbazoles using flow chemistry. Innovative Strategies for the Synthesis of Nitrogen
Antoine Caron
Heterocycles (#74)
122 Functional poly(2-oxazoline)s possessing solvatochromic
Cognizance of Endangered Elements for Organic
fluorescent pyrene dye and the development of fluorescent
Synthesis (#415)
hydrogel. Chia-Hsiu Chen
123 Light induced molecular machine: Ruthenocene-based
Molecular and Supramolecular Photochemistry (#71)
supermolecular crystals. Kai Jen Chen
124 Regiochemistry-directed syntheses of polyhydroxylated alkaloids Organic General Posters
from chiral aziridine. Jihye Choi
125 Bioimaging of HER-2 specific affibody conjugated two-photon
Molecular Probes and Fluorophores for Biologicalfluorescent probe for detection of breast cancer. Ji-Woo Choi
Imaging (#280)
126 Aldehyde-selective Wacker oxidations of allylic fluorides.
Organic General Posters
Crystal Chu
127 Chemistry of tetra-, penta-, and hexacationic systems.
Reactive Intermediates and Unusual Molecules (#7)
Makafui Gasonoo
128 Fate of NHC-stabilized dicarbon. Dayne Georgiou
Reactive Intermediates and Unusual Molecules (#7)
129 Synthesis and investigation of enzyme-triggered CO-releasing
Organic General Posters
molecules for biological and pharmaceutical applications. AnnaLena Göderz

41

STUDENT POSTERS

Area 4 – Organic
130 Five-membered ring construction via chain-walking
cycloisomerization of various 1,n-dienes catalyzed by palladium
complexes. Taro Hamasaki
131 Synthesis and NMR properties of H2- and H2O-encapsulatingaza[60]fullerenes. Yoshifumi Hashikawa

Catalytic Multicomponent, Tandem and Cascade
Reactions (#455)

Chemistry of Nanocarbons: Fullerenes, Carbon
Nanotubes, Nanographenes and Related Materials(#41)
132 Development of the new firefly luciferin analog aiming at detection Molecular Function of Natural Products: Advancesof a free radical in the living body. Shuji Ioka
towards Chemical Biology (#237)
133 Asymmetric autocatalysis triggered by helical arrangement ofFrontiers of Chirality in Organic Chemistry (#286)
chiral crystals of achiral organic compounds. Yoshiyasu Kaimori
134 Shape-persistent cavities of a rigid dendrimer. Yuto Kato
Practical Application of Basic Research on Molecular
Recognition (#136)
135 Synthesis and properties of binuclear paddlewheel-type complexes Designed pi-Electronic Systems: Synthesis,
with azulene ligand. Reiya Kawano
Properties, Theory and Function (#25)
137 Pd-catalyzed asymmetric intermolecular addition of
Homogeneous Gold Catalysis: Methods, Theories andhomopropargylic alcohol to alkoxyallene: Development andApplications (#192)
application. Jungjoon Kim
138 Studies toward the total synthesis of pactamycin. Taejung Kim
Organic General Posters
139 Unified total synthesis of ryanoids. Masaki Koshimizu
Strategies and Tactics for Complex Molecule
Synthesis (#174)
140 Enantioselective borylative dearomatization of indoles by
Organoboron Chemistry: Applications in Organic
copper(I) catalysis. Koji Kubota
Synthesis, Biology, and Materials (#100)
141 Visible light induced photocatalysis for C-H imidation of arenes and Photoredox Catalysis in Organic Synthesis (#440)
heteroarenes. Dong Gil Lee
142 Chiral phosphoric acid catalyzed 1,2-sulfur rearrangement/
Recent Trends in Organocatalysis (#122)
enantioselective nucleophilic addition of dithioketal derivatives.
Feng Li
Chemistry of Nanocarbons: Fullerenes, Carbon
143 New functionalization approaches for trimetallic nitride
Nanotubes, Nanographenes and Related Materials (#41)
metallofullerenes. Tinghui Li
144 α-Boryl aldoximes: Novel reagents for the synthesis of drug-like
Organoboron Chemistry: Applications in Organic
small molecules. Sean Liew
Synthesis, Biology, and Materials (#100)
145 Development of new synthetic reactions leading to
Frontiers of Chirality in Organic Chemistry (#286)
organophosphorus compounds having chiral carbon centers.
Yuuki Maekawa
146 Iron-catalyzed reaction of amides and alkynes via C–H bond
Cognizance of Endangered Elements for Organic
activation. Tatsuaki Matsubara
Synthesis (#415)
147 Development of hydroxyapatite-supported ruthenium-vanadium Cooperative Cocatalysis with Two Different Metals
bimetallic catalyst for highly selective reduction of amides to(#270)
amines. Kazuya Miyagawa
148 Hierarchical construction of multistructural porous organic salts Organic Solid-State Chemistry: Structure, Property(POSs) through different networks of supramolecular clusters.
& Reactivity (#398)
Tetsuya Miyano
149 Nickel-catalyzed transformation involving the cleavage of a carbon- Organoboron Chemistry: Applications in Organic
nitrogen bond in aniline derivatives. Keisuke Nakamura
Synthesis, Biology, and Materials (#100)
150 Solvent free chiral inversion of thalidomide and hydrolysis product Frontiers of Chirality in Organic Chemistry (#286)
of thalidomide. Miri Nakamura
151 Synthesis of extended π-conjugated molecules with phosphorus
Cognizance of Endangered Elements for Organic
ring junctions via tandem phospha-Friedel–Crafts reaction.
Synthesis (#415)
Soichiro Nakatsuka
152 Synthesis and characterization of multinuclear Au complexes
Carbenes and Carbenoids in Organic Synthesis (#362)
bridged by two 1,2,3-triazolylidene carbene-phosphine hybrid
ligands. Masaki Nishimura42

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43

STUDENT POSTERS

Area 4 – Organic
153 Development of transrepression-selective liver X receptor (LXR) Synthetic Modulators of Protein-Protein Interactions
ligands. Sayaka Nomura(#461)
154 Synthesis of boron-fused benzotetracene analogs via demethylative Cognizance of Endangered Elements for Organic
electrophilic C–H borylation. Misa Numano
Synthesis (#415)
155 Morphological control of organic semiconductor crystals by
Organic Solid-State Chemistry: Structure, Property
surface design and matrix rheology. Satoshi Okada& Reactivity (#398)
156 Total synthesis of Laurallene. Taku Okada
Strategies and Tactics for Complex Molecule
Synthesis (#174)
157 Mechanochromic luminescence properties of D-A-D type
Designed pi-Electronic Systems: Synthesis,
dibenzo[a,j]phenazine derivatives. Masato Okazaki
Properties, Theory and Function (#25)
158 Total synthesis of conduramine D-1 via a highly regioselective
Natural Product-based Drug Discovery (#66)
and diastereoselective allylic amination using chlorosulfonyl
isocyanate. Sook Jin Park
159 Design and synthesis of solution processable, narrow band gap,
Designed pi-Electronic Systems: Synthesis,
near-IR absorbing small molecules. Abby-Jo Payne
Properties, Theory and Function (#25)
160 Metal-catalyzed amination processes in continuous flow synthesis. Prospects for Flow Chemistry (#29)
Henri Piras
161 Dehydration mechanism of Ciprofloxacin HCl and its implication Organic Solid-State Chemistry: Structure, Property
to physicochemical properties. Okky Putra& Reactivity (#398)
162 Identification of biosynthetic enzymes for MPIase, a glycolipozyme Molecular Function of Natural Products: Advances
essential for membrane protein integration. Ryo Satotowards Chemical Biology (#237)
163 Total syntheses of T988 B and C. Soichiro Sato
Innovative Strategies for the Synthesis of Nitrogen
Heterocycles (#74)
164 Synthesis of quinoline-derived “archipelago model” asphaltene
Catalytic Multicomponent, Tandem and Cascade
compounds via a multicomponent strategy. David Scott
Reactions (#455)
165 CT complexes of unique molecular geometries from pincer-shaped Organic Solid-State Chemistry: Structure, Property
pyrene donors and TCNQ. Yoshiki Shibuya& Reactivity (#398)
166 Conversion of marine biomass to adipic acid. Nara Shin
Organic General Posters
168 Integration of aerobic oxidation of alcohols and unsaturated bond Prospects for Flow Chemistry (#29)
formation catalyzed by polymer-incarcerated metal nanoparticle
catalysts. Aya Suzuki
169 Discovery of a potent and selective agonist of TRPA1 and direct
Molecular Function of Natural Products: Advances
observation of its binding to TRPA1 by electron microscopy.
towards Chemical Biology (#237)
Junichiro Takaya
170 Toward the realization of "Molecular n-Bit Memory": Preparation Designed pi-Electronic Systems: Synthesis,
and dynamic redox behaviors of novel electron donors containing Properties, Theory and Function (#25)
multiple dyrex units. Hitomi Tamaoki
171 Synthesis of multisubstituted pyrroles via copper-catalyzed
Innovative Strategies for the Synthesis of Nitrogencondensation of imines and diazocarbonyl compounds. Simon Tan Heterocycles (#74)
172 Switching on elusive organometallic mechanisms with photoredox Photoredox Catalysis in Organic Synthesis (#440)
catalysis. Jack Terrett
173 Synthesis the planar chiral phosphine-olefin ligand base on the
Frontiers of Chirality in Organic Chemistry (#286)
transition metal scaffold and application in asymmetric catalysis.
Ya-Yi Tseng
174 Domino approach to dibenzopentafulvalenes by carbopalladation Organic General Posters
sequence. Jan Wallbaum
175 Synthetic challenges and characterization during the realization of Reactive Intermediates and Unusual Molecules (#7)
polyyne metalloporphyrin complexes consisting of axial binding.
Vroni Walter
176 Cascading effect of copper in click reaction between radical species. Molecular Self-Assembly and Functional Organic
Yuping Wang
Nanostructures (#263)

44

Area 4 – Organic
177 Acceptorless dehydrogenation of alkanes through cooperative base Cooperative Cocatalysis with Two Different Metals
metal catalysis. Julian West(#270)
178 Total synthesis of apratoxin F. Li Xiao
Strategies and Tactics for Complex Molecule
Synthesis (#174)
179 Host-guest complexation and TEM imaging of cyclodextrins on
Chemistry of Nanocarbons: Fullerenes, Carbon
nanocarbon surface. Junya Yamada
Nanotubes, Nanographenes and Related Materials(#41)
180 Photocatalyzed site-selective C-H/C-C conversion ofApplications of C-H Functionalization (#169)
functionalized alkanes. Keiichi Yamada
181 E/Z-selective asymmetric conjugate addition to electron-deficient Recent Trends in Organocatalysis (#122)
internal alkynes. Kohei Yamada
182 Core-shell nanostructured Au@CeO2 catalyst for the highly
Nanomaterials as Catalysts for Green Chemistry
selective semihydrogenation of alkynes to alkenes. Masaaki(#313)
Yamamoto
183 Synthetic studies on ecteinascidin 743. Eiji Yoshida
Natural Product-based Drug Discovery (#66)
184 Supramolecular asymmetric photochirogenesis mediated by synthetic Molecular and Supramolecular Photochemistry (#71)
antibody: Ground- and excited-states interaction studies of synthetic
antibody with 2-anthracenecarboxylate. Wijak Yospanya

Area 5 – Physical, Theoretical & Computational
185 Electron-hole recombination in Sr-doped NaTaO3 photocatalysts:
Solid-state synthesis vs. solvothermal synthesis. Longjie An
186 Trapping a liquid micro-droplet in a vacuum toward wet chemistryof gas-phase clusters. Kota Ando

Photocatalysis and Charge Transfer at Interfaces andNanomaterials (#344)
Frontiers of Metal Clusters and Nanostructures:
From Fundamental Properties to Functionalities(#168)
187 Phase-modulated coherent spectroscopy applied to ultracold doped Applications of Coherent Multidimensional
helium droplets. Lukas Bruder
Spectroscopy to Chemistry, Biology, and Materials(#370)
188 Excited state ab-initio molecular dynamics to model the green
Recent Progress in Molecular Theory for Excitedfluorescent protein photo-induced reactivity. Greta Donati
state Electronic Structure and Dynamics (#142)
189 Determination of absolute CEP of circularly-polarized few-cycle
Ultrafast Intense Laser Chemistry (#35)
laser pulses by angle-resolved photoelectron spectra of tunnelionized photoelectrons. Shinichi Fukahori
190 SP Explorer: Novel software facilitating the exploratory analysis of Synergistic Relationships between Computational
chemical simulations. Kyle Hall
Chemistry and Experiment (#9)
191 Development of a femtosecond laser-assisted electron scattering
Ultrafast Intense Laser Chemistry (#35)
apparatus equipped with an angular-resolved time-of-flightanalyzer. Kakuta Ishida
192 Influence of polarized light on metal nanoparticle-originating high Chemical Imaging: Frontiers of Spatio-Temporal
resolution TIRF imaging. Ayumi Ishijima
Resolution (#134)
193 Laser trapping and fluorescence correlation spectroscopy for
Chemistry of Atmospheric Aerosols (#56)
the study on viscosity of single supercooled water droplets in air.
Tomoki Ishikawa
194 Single-molecule method for counting ligands associated with
Deciphering Molecular Complexity from Single
a conformational transition: Linking ion uptake to nucleic acid
Molecules to Cellular Networks (#121)
folding. David Jacobson
195 Obtaining resolution enhanced fluorescence images and 3D
Single-molecule Fluorescence Imaging (#208)
orientation information of single molecules by polarization
modulation. Laura Jess

45

STUDENT POSTERS

Area 5 – Physical, Theoretical & Computational
196 Symmetric arrangements of xenon clusters and quantum vortices in Quantum Fluid Clusters (#203)
helium nanodroplets. Curtis Jones
197 Study on the structural change of WO3 in its photoexcited state
Frontier Chemical Applications Using Accelerator
using picosecond W L1-edge XANES. Daiki Kido
Based Photon Sources (#414)
Developments in Spectroscopic Investigation of
198 Theoretical study on novel intermolecular interactions observedin gas-phase or liquid-phase conditions: Halogen bond, chalcogen Intermolecular Interactions and Dynamics ofbond, and their simple modeling by effective fragment potential.
Molecular Clusters (#438)
Nahoko Kuroki
199 Systematic method to estimate solvation free energies from 2PT
Multiscale Couplings of Molecular Theory ofmolecular dynamics. Hankyul Lee
Solvation: Fundamentals and Applications (#60)
200 Location, location, location: Distance dependant plasmon-enhanced Challenges in Plasmonic Photochemistry (#176)
singlet oxygen generation. Nicolas Macia
201 Single-molecule piezoelectrics: A novel approach to energy
Synergistic Relationships between Computational
harvesting materials. Christopher Marvin
Chemistry and Experiment (#9)
202 Morphological diversity of giant vesicle-based protocell depending Self-organization in Chemistry (#165)
on degree of complexation of DNA and catalysts. Muneyuki Matsuo
203 Relativistic open-shell Hartree-Fock theory with time-reversal
Computational Modeling of d- and f-Blocksymmetry. Masahiko Nakano
Chemistry: Challenges and Opportunities (#130)
204 Use of 2D infrared spectroscopy for the quantification and spatial Applications of Coherent Multidimensional
mapping of post-translation modifications of proteins. Lays
Spectroscopy to Chemistry, Biology, and Materials
Rezende Valim(#370)
205 First-principles calculation of NMR shielding in paramagnetic
Physical, Theoretical & Computational Generalmolecules including magnetic couplings. Syed Awais Rouf
Posters
206 Electronic structure of a metal-organic super container molecule by Photocatalysis and Charge Transfer at Interfaces andsingle point DFT. Wendi Sapp
Nanomaterials (#344)
207 Using 2DIR spectroscopy for label free analysis of drug protein
Applications of Coherent Multidimensional
interactions. Hugh Sowley
Spectroscopy to Chemistry, Biology, and Materials(#370)
208 Effects of the alkynyl substituents on the geometrical and electronic Frontiers of Metal Clusters and Nanostructures:
structures of “Magic-Number” Au13 cluster. Mizuho Sugiuchi
From Fundamental Properties to Functionalities(#168)
209 Kinetic analysis for complex reaction networks: Application to
Synergistic Relationships between Computationalorganic reactions. Yosuke Sumiya
Chemistry and Experiment (#9)
210 Molecular-level details of morphology-dependent exciton migration Modeling and Analyzing Exciton and Charge
in poly(3-hexylthiophene) nanostructures. Patrick Tapping
Dynamics in Molecules and Clusters (#44)
211 2D white-light spectroscopy reveals exciton dynamics in nextApplications of Coherent Multidimensional
generation solar cells. Martin Zanni
Spectroscopy to Chemistry, Biology, and Materials(#370)

Area 6 – Agrochemistry, Environmental, and Geochemistry
213 Do differences in key amino acids in the aryl hydrocarbon
Environment and Gene Interaction (#336)
receptor explain differences in sensitivity of fishes to dioxin-likecompounds?. Jon Doering
214 Simultaneous production of vitamin E and biodiesel from waste oils Sustainable Chemistry: Beyond the Bench (#103)
obtained during edible oil refining. Kousuke Hiromori
215 Removal of arsenic and lead from contaminated soils by washing
Agrochemistry, Environmental, and Geochemistrywith biodegradable chelating agents. Naoyuki Jii
General Posters
216 Biomonitoring persistent organic pollutants and emerging
Human Exposure to Environmental Contaminants
contaminants in breast milk from Korea. Sunggyu Lee
(#26)

46

Area 6 – Agrochemistry, Environmental, and Geochemistry
217 Effects of processing units on secondary metabolites and functional Food Processing: Chemistry, Quality, Safety,
properties of carrot juice processing. Tingting Ma
Sustainability, and Value-added By-products (#400)
218 Covalent organic polymer functionalized activated carbon: A novel Chemistry of Integrated Water Treatment
material for water contaminant removal and CO2 capture.
Systems for Halogenated Organics and Long-lived
Paul Mines
Radionuclides (#454)
219 Chemical ecology of fluorescent compounds in flower pollen.
Chemical Ecology Applied to Sustainable
Shinnosuke Mori
Agriculture (#105)
Phytochemicals for Crop Protection: Discovery to
220 Phytotoxicity and insect antifeedant activity of calamenene andcadinene type sesquiterpenes from camphorweed exudate. Ryo Morita Molecular Target (#358)
221 Fast, sensitive technique for real-time, in situ quantification
Application of Mass Spectrometry to Agrochemicalof commonly applied pesticides in the atmosphere using highChallenges (#72)
resolution time-of-flight chemical ionization mass spectrometry.
Trey Murschell
222 Availability of woody biomass degraded by mushrooms as ingredient of Recycling of Polymeric Materials: Challenges andfermented total mixed ration for feeding dairy cattle. Naoya Nagatani Perspectives (#36)
223 Pesticide residues and dietary risk assessment of pesticides in fruits Human Exposure to Environmental Contaminants
and vegetables in Beijing, China from 2012 to 2014. Canping Pan(#26)
224 Indium separation from lead-smelting dust by chelant-assisted
Agrochemistry, Environmental, and Geochemistry
extraction at high pressure and temperature. Hikaru Sawai
General Posters

Area 7 – Biological
225 Titin-based fluorescent tension sensors reveal the
Bio/chemical Approaches for Single Cell Biosensing
mechanochemistry of focal adhesions. Kornelia Galior
Technologies (#257)
226 Raman imaging of ex vivo bone formation during osteoblast
Bio/chemical Approaches for Single Cell Biosensing
differentiation. Aya Hashimoto
Technologies (#257)
227 Synthetic study of the polymer as multivalent bioprobe (V): Novel Carbohydrate Recognition in Health and Disease
approach for lectin detection using combination of the glycocluster (#342)
effect and FRET in the fluorogenic glycopolymers. Riho Hayama
228 Overcoming strand inhibition using viscous environments.
The RNA World: From Prebiotic Chemistry to theChristine He
Emergence of Complexity (#449)
229 Membrane permeability and ion transport across the cell
Small Molecule Interactions in Biomembranes
membranes induced by binol-functionalized ion transporters.
(#418)
Audrey Hébert
230 Functional and structural analyses of a c-di-GMP responsive
Functional Nucleic Acids: Chemistry, Biology, andriboswitch. Saki Inuzuka
Materials Applications (#10)
231 Artificial division of codon boxes to encode nonproteinogenic amino Advances in Peptide and Protein Chemistry (#6)
acids along with 20 proteinogenic ones. Yoshihiko Iwane
232 The forgotten heat shock protein, HSP27: The design and synthesis Heat Shock Proteins: The Next Target in the Diseaseof molecules targeting HSP27 as chemotherapies. Jessica Kho
Frontier (#91)
233 Developing novel photoaffinity probes to identify ‘readers’ ofFrontiers in Chromatin Biology and Chemical
histone modifications. Xiao-Meng Li
Epigenetics/Epigenomics (#151)
234 Influenza virus fusion peptide-induced membrane acyl chain hairpins Advances in Biological Solid-State NMR (#120)
detected by paramagnetic enhancement of 2H relaxation. Shuang Liang
235 Altering stability of a transmembrane protein, MsbA, by structural Biological General Posters
comparison with its thermophilic homolog. Ka Lu
236 Design and synthesis of peptidic probes for polycomb group proteins Frontiers in Chromatin Biology and Chemical
upregulated in stem cells and prostate cancer. Natalia Milosevich Epigenetics/Epigenomics (#151)
237 Genetic response against removal of CO from the blood of mice by Homeostasis of Transition Metal Ions in Biologicalan iron(II)porphyrin-cyclodextrin supramolecular complex. Saika Systems (#47)
Minegishi

47

STUDENT POSTERS

Area 7 – Biological
239 Characterization of the unusual enzymatic transformations in
Biosynthesis of Natural Products (#27)
cylindrocyclophane biosynthesis. Hitomi Nakamura
240 Single cancer cell isolation on the microcavity array platform using Bio/chemical Approaches for Single Cell Biosensing
photopolymerizable hydrogel. Ryo Negishi
Technologies (#257)
241 Molecular interaction between rhamnose and a bacteria recognition Carbohydrate Recognition in Health and Diseaselectin. Sim Kun Ng(#342)
242 Development of red-shifted luciferase mutants derived from
Luciferin/Luciferase Engineering (#410)
Brazilian click beetle Pyrearinus termitilluminans. Tomoki
Nishiguchi
243 Study of synthetic membrane perturbing peptides incorporating
Small Molecule Interactions in Biomembranes
crown-ether by oriented circular dichroism. Pierre-Alexandre(#418)
Paquet-Côté
244 Combinatorial library screening platform for rapid discovery andAdvances in Peptide and Protein Chemistry (#6)
SAR of protein ligands. Kevin Pels
245 Three-days rapid construction of artificial antibody libraries on T7 Advances in Peptide and Protein Chemistry (#6)
bacteriophages. Yumi Saigusa
246 Rhodopsin guanylyl cyclase of the aquatic fungus Blastocladiella
Chemistry and Applications of Retinal Proteins:
emersonii enables fast optical control of cGMP signaling. Ulrike
From Microbes to Humans (#395)
Scheib
247 Probing [4Fe-4S] and nitrosyl chemistry with NRVS, Mössbauer, and Frontiers of Iron Chemistry in Biology (#268)
EXAFS, for WhiD and NsrR proteins. Pauline Serrano
248 Toward isoform-specific lipoxygenase inhibitors: Acetaminophen- Bioorganic Reaction Mechanisms (#224)
inspired compounds. Ron Shah
249 Application for live-cell imaging with chemically synthesized
Frontiers in Chromatin Biology and Chemical
histone H2A. Takuma Sueoka
Epigenetics/Epigenomics (#151)
250 Targeted labeling of glycans in B-cell lymphoma with CD22 ligands. Carbohydrate Recognition in Health and Disease
Yuting Sun(#342)
251 Analysis of the stability of DNA duplexes containing DNA damages. Bioorganic Reaction Mechanisms (#224)
Masayo Suzuki
252 Peptide-based tunable molecular wires. Georgina Sylvia
Advances in Peptide and Protein Chemistry (#6)
253 Synthetic genetic switches for directed differentiation of human
Biological General Posters
pluripotent stem cells. Junichi Taniguchi
254 Engineering of Photobacterium Lipolyticum M37 lipase to increase Enzyme Engineering and Biocatalysis Applications
catalytic activity for efficient production of biodiesel. Kyung Seok (#222)
Yang

Area 8 – Materials & Nanoscience
255 Control of conjugated polymer nanoparticle size and emission
Conjugated Polymers for Biological Applications
properties through microfluidics synthesis. Thais Abelha(#43)
256 Effects of resonant bonding in Sn2Sb2Se5 phase change materials. Advanced Materials for Photonics and Electronics:
Min Ahn
Fundamentals and Applications (#308)
257 Dielectric/electric properties of composites filled with multiwalled Carbon Nanotubes: Preparation, Characterization
carbon nanotubes. Juras Banys
and Applications (#227)
258 Mesoporous silica nanoparticles: Promising theranostic
Organic, Inorganic and Hybrid Nanoparticles:
nanocarriers to overcome current limitations in the treatment ofSynthesis, Characterization, and Applications (#23)
cancer and neurodegenerative disease. Meryem Bouchoucha
259 Nanograined half-Heusler TiNiSn for thermoelectric applications. Fundamentals and Applications of Nanomaterials
Malinda Buffon
for Energy Technologies (#348)
260 Self-optimizing and template-free growth of nanopatterned
Natural to Nanosphere Lithographies: Two Decades
semiconductor light absorbers in response to spectral illumination. of Self-assembled Advanced Materials (#177)
Azhar Carim

48

Area 8 – Materials & Nanoscience
261 Molybdenum disulphide based nanocomposite material synthesis,characterisation, and sensing applications. Rhiannon Clark

Two-dimensional Nanosheets and NanosheetBased Materials: Synthesis, Characterization,
Functionalization and Applications (#95)
262 Combined total scattering and density functional theory studies of Advanced Materials for Photonics and Electronics:
amorphous indium gallium zinc oxide. Dylan Fast
Fundamentals and Applications (#308)
264 Polyoxometalates to metal oxide thin film: the effect of protonation. Metal-oxo Clusters: Molecular Design from
Lauren Fullmer
Monomers to Infinity (#79)
265 Structural characterisation of multimetallic nanoparticles using
Nanocrystal Synthesis, Characterization, Assembly
XAS. Ian Godfrey
and Applications (#34)
266 Palladium-based octopodal nanocrystals formed via copperNanocrystal Synthesis, Characterization, Assembly
assisted growth. Meredith Hartleyand Applications (#34)
267 High speed synthesis of boron doped diamond by solution plasma. Electrochemistry on Boron-doped Diamond (BDD)
Ryota Hishinuma
Electrodes (#162)
268 Biomimetic water and oil selective open capillary prepaed by surface Advances in Bioinspired and Biomedical Materials
modification. Shuto Ito(#245)
269 Novel route for surface modification of superparamagnetic
Nanocrystal Synthesis, Characterization, Assembly
nanoparticles in suspension for biomedical applications. Dagmara and Applications (#34)
Jaskólska
270 Unraveling orientation distribution and merging behavior of
Two-dimensional Nanosheets and Nanosheetmonolayer MoS2 domains on sapphire. Qingqing Ji
Based Materials: Synthesis, Characterization,
Functionalization and Applications (#95)
271 Electrical biosensor with nanomesh silicon channel via block
Materials & Nanoscience General Posters
copolymer lithography. Hyeong Min Jin
272 Correlations between magnetism and conductivity in quasi-oneFunctional Molecular Materials and Devices (#128)
dimensional π–d molecular conductors (DIETSe)2FeBr4xCl4(1–x).
Genta Kawaguchi
273 Role of cross links on collagen fibril orientation in pericardium.
The Physical Structure, Function of Biological and
Hanan Kayed
Bioinspired Soft Matter (#347)
274 Microbial encapsulation in alginate/polydopamine core/shell
Advances in Bioinspired and Biomedical Materials
microbeads. Beom Jin Kim(#245)
275 High frequency tunable property of Ba(ZrxTi1-x)O3 films grown by Synthesis, Structure and Functionalities ofreactive sputtering. Jinwoong Kim
Ferroelectrics and Multiferroics (#432)
276 Developmental responses of hippocampal neurons on various
Advances in Bioinspired and Biomedical Materials
functionalized surfaces. Mi-Hee Kim(#245)
277 Improved interface and CO2 permeability by dual-functional
Materials & Nanoscience General Posters
amphiphilic PDMS-g-POEM comb copolymer micelles. Sang Jin Kim
278 Dynamic and mechanical manipulation of fluidic species using a
Functional Molecular Materials and Devices (#128)
hierarchical wrinkle structure. Toru Kimura
279 Prediction of interface structure and energy with an aid of
Data Mining and Machine Learning Meets
information science. Shin Kiyohara
Experiment and First-Principles Simulation forMaterials Discovery (#314)
280 Nano-structured organic light emitting diode for suppression
Advances in Organic Light-Emitting Diodes (#409)
of roll-off characteristics toward electrically-pumped organic
semiconductor laser diodes. Hiroyuki Kuwae
281 Antimicrobial peptide stars: The road to discovery and development. Advances in Bioinspired and Biomedical Materials
Shu Jie Lam(#245)
282 Structural characterization of graphene based morphologies for
Chemistry and Applications of Graphene (#39)
cathode application in fuel cells. Karsten Lehmann
283 CVD growth of large single crystal graphene. Li Lin
Two-dimensional Nanosheets and NanosheetBased Materials: Synthesis, Characterization,
Functionalization and Applications (#95)

49

STUDENT POSTERS

Area 8 – Materials & Nanoscience
284 Novel method to fabricate anisotropic highly porous silica core/shell Janus Materials: Design, Fabrication and Properties
microspheres. Johannes Maisch(#210)
285 Li4Ti5O12/Graphene nanoribbon composites as anodes for lithium- Fundamentals and Applications of Nanomaterials
ion batteries. Phillip Medina
for Energy Technologies (#348)
286 Enhanced Immunostimulation for cancer vaccine with crosslinked Nanomaterials for Nanomedicine (#289)
CpG-ODN/β-1,3-glucan nanogel through hybridization. Noriko
Miyamoto
287 Controlling the electronic properties of 2D MoS2 through thiol
Luminescent Nanomaterials: Properties,functionalization. Emily Nguyen
Mechanisms, and Applications (#101)
288 Molphology control of polysaccharide composite hollow fibers using Advances in Bioinspired and Biomedical Materials
microfluidic techniques. Shun Ohyama(#245)
289 Ultra-conformable polymer nanosheets with inkjet-printed electric Advanced Materials for Photonics and Electronics:
circuits. Marin Okamoto
Fundamentals and Applications (#308)
290 Design of full-color thermally activated delayed fluorescence
Advanced Materials for Photonics and Electronics:
emitters based on benzonitrile derivatives and their application in Fundamentals and Applications (#308)
organic light-emitting diodes. In Seob Park
291 On the utilization of anti-Stokes/Stokes ratios in single-molecule
Single-Molecule Function and Measurements (#408)
surface-enhanced Raman spectroscopy for nanoscale thermometry.
Eric Pozzi
292 Induced assembly of asymmetrically-functionalized gold
Janus Materials: Design, Fabrication and Properties
nanoparticles using localized DNA hybridization. Lindsey Pruden (#210)
293 Detecting methylation in arginine using optical microresonators.
Advanced Materials for Photonics and Electronics:
Alejandra Rios
Fundamentals and Applications (#308)
294 Nanoscale surface wrinkling in plant-based plywoods withThe Physical Structure, Function of Biological andhydration-induced chiral gradients. Pardis Rofouie
Bioinspired Soft Matter (#347)
295 Fabrication of ZnS-AgInS2 nanoparticles covering on SiO2 particles Luminescent Nanomaterials: Properties,
and characterization of their fluorescence property. Yusuke Saito Mechanisms, and Applications (#101)
Fundamentals and Applications of Nanomaterials
296 High-energy lithium-sulfur batteries: From theoreticalunderstanding to nanomaterials design. Zhi Wei Seh
for Energy Technologies (#348)
297 Study of new beryllium substituted langasites A3Ga3Ge2BeO14 (The Frontiers of Geometrically Frustrated Magnetic
A=Pr, Nd, Sm). Arzoo Sharma
Materials (#430)
298 Construction of chiral polyoxometalate/nanoparticle composites Metal-oxo Clusters: Molecular Design fromtoward chirality transfer and enhancement. Lei Shi
Monomers to Infinity (#79)
299 Thermal and electrical transport in template fabricated poly(3Nanowires: Synthesis, Fundamental Properties andhexylthiophene)-multiwalled carbon nanotube composite fibers.
Novel Device Applications (#51)
Matthew Smith
300 Biomolecular interactions at the biomolecule-PEDOT interface:
Conjugated Polymers for Biological Applications
Insights from first-principles calculations. Anas Sultan(#43)
301 Room temperature synthesis of graphene – Mn3O4 composite using Organic, Inorganic and Hybrid Nanoparticles:
different solvent system for supercapacitor application. Syed Nizar Synthesis, Characterization, and Applications (#23)
Syed Abdulrahim
302 Magnetic-plasmonic hybrid Ag@FeCo@Ag core@shell@shell
Nanomaterials for Nanomedicine (#289)
nanoprobes for isolation of intracellular membrane vesicles. Mari
Takahashi
303 Mechanized metal-organic frameworks. Lili Tan
Frontiers of Organic Porous Materials: Structures,
Properties and Applications (#223)
304 Development of a novel enzymatic nano-reactors as
Nanomaterials for Nanomedicine (#289)
biodetoxification nanomedicine. Hengmin Tang
305 Preparation of hollow nanocapsules for effective delivery of cationic Self-assembled Biofunctional Nanomaterials (#433)
sonosensitizers. Ryoma Teranishi
306 Efficient delivery of nucleic acid medicines using pH responsive
Nanomaterials for Nanomedicine (#289)
pyramidal DNA. Shuto Tokunaga

50

Area 8 – Materials & Nanoscience
307 Effect of crystallization of nonlinear optical dye in organic
photorefractive composites: Enhanced photoconductivity andchange of the density of states. Sho Tsujimura
308 Fluid dynamic slicing of super tensile carbon nanotubes. Kasturi
Vimalanathan
309 Poisson ratio of collagen fibrils under tension. Hannah Wells
310 Elastic flexibility in molecular crystals of metal complexes. Anna
Worthy311 Roll-to-roll fabrication of conductive polymer nanosheets and theirapplication as skin-contact electrodes. Kento Yamagishi
312 Planar heterojunction perovskite solar cells using sequential
vacuum deposition method for high stability and low-cost. Kohei
Yamamoto
313 Correlation of charge mobility with energetic disorder of hostmolecules in p-doped organic semiconductors. Seung-Jun Yoo
314 Bench top fabrication of transferrable micro/nanostructured gold
electrodes for stretchable sensors and electronics. Yujie Zhu

Advanced Materials for Photonics and Electronics:
Fundamentals and Applications (#308)
Carbon Nanotubes: Preparation, Characterization
and Applications (#227)
Advances in Bioinspired and Biomedical Materials(#245)
Mechanically Responsive Materials (#153)
Functional Molecular Materials and Devices (#128)
Ceramic Materials and Processing for Advanced
Applications (#341)
Advances in Organic Light-Emitting Diodes (#409)
Advanced Materials for Photonics and Electronics:
Fundamentals and Applications (#308)

Area 9 – Chemistry of Clean Energy Conversion, Storage, and Production
315 Study of structural effects via anodic aluminum oxide as a novel
inorganic separator for lithium ion batteries. Yong-keon Ahn
316 Pyrites for conversion batteries: The effects of cation chemistry onelectrochemical performance. Megan Butala

Nanoporous Materials for Renewable Energy andSustainability (#266)
New Generation of Electrochemical Energy Storage
and Conversion System: Materials, Interface and Insitu Techniques (#250)
317 Selected metal disulfides for fast and stable Na+ intercalation/deNew Generation of Electrochemical Energy Storage
intercalation. Jun Chen
and Conversion System: Materials, Interface and Insitu Techniques (#250)
318 Suppression of aluminum corrosion in highly concentrated
Chemistry of Clean Energy Conversion, Storage, andelectrolyte. Ching-hua Chiang
Production General Posters
319 In vitro production of isoprenol using novel mevalonate pathway
Chemistry of Clean Energy Conversion, Storage, andenzymes from thermoplasma acidophilum. Matthew Cummins
Production General Posters
320 Surface enhanced IR absorption spectro-electrochemistry of
New Generation of Electrochemical Energy Storage
immobilized [NiFe] hydrogenase on graphene oxide/Au hybrid
and Conversion System: Materials, Interface and Inelectrodes. Harnchana Gatemala
situ Techniques (#250)
321 Syntheses, structures, and properties of alkali and alkaline earth
Energy Storage in Chemical Bonds: Advances inmetal complexes with o-phenylenediamine. Junki Ishii
Chemistry and Materials for Hydrogen Storage(#216)
322 Synthesis of a series of bismuth mixed anions compounds andArtificial Photosynthesis: Photo-induced Water
their application to photocatalytic water splitting and photovoltaic Splitting (#193)
systems. Hironobu Kunioku
323 Improvement of photocatalytic activity of hybrids with ruthenium Artificial Photosynthesis: Reduction of Carbon
complexes and carbon nitride for CO2 reduction under visible light. Dioxide (#271)
Ryo Kuriki
324 Electrochemical impedance spectroscopy and pH-dependent
Nanostructured Oxides for Energy Harvesting andkinetics of α-Fe2O3 ultrathin films for photoelectrochemical water Water Splitting (#171)
splitting. Jonathon Moir
325 Preparation of H-β zeolite–enwrapped Co/Al2O3 Fisher-Tropsch
Nano Catalysis for Clean Energy andcatalyst for high isoparaffins selectivity. Hieu Nguyen
Environmentally Friendly Chemical Production
(#81)

51

STUDENT POSTERS

Area 9 – Chemistry of Clean Energy Conversion, Storage, and Production
326 Free energy landscape of charge separation in organic disordered
Dynamical Processes of Light Harvesting Surfaces
materials from first principles simulation. Katsuhiko Nishimra(#178)
327 Photoexcited carrier dynamics of double-layered PbS/CdS quantum Dynamical Processes of Light Harvesting Surfaces
dot sensitized solar cells characterized by transient absorption(#178)
methods. Koki Sato
328 Does it have to be carbon? Metal anodes in microbial fuel cells and New Generation of Electrochemical Energy Storage
related bioelectrochemical systems. Igor Schmidt
and Conversion System: Materials, Interface and Insitu Techniques (#250)
329 New cathode of high capacity and superior cyclability for Na-ion
Chemistry of Clean Energy Conversion, Storage, andbatteries: Na[Ni0.4Fe0.2Mn0.4-xTix]O2. Xin Sun
Production General Posters
330 Catalytic combustion reaction on Mn-modified hexagonal YbFeO3. Chemistry of Automotive Emission Control
Ryohei Tada
Catalysis: Current R&D and Future Challenges (#21)
331 Development of bimetallic Fe-Ni NPs supported on CeO2 forEnergy Storage in Chemical Bonds: Advances inhydrogen production from chemical hydrogen storage materials.
Chemistry and Materials for Hydrogen Storage
Tomohisa Taga(#216)
333 Photocatalytic conversion of CO2 by H2O over the rare-earth oxide- Artificial Photosynthesis: Reduction of Carbon
modified Ga2O3. Hiroyuki Tatsumi
Dioxide (#271)
334 Fabrication of Ta3N5 photoanodes for solar water splitting by thin Artificial Photosynthesis: Photo-induced Water
film transfer process. Chizhong Wang
Splitting (#193)
335 Polymer design of sterically-protected anion exchange membranes. Current Status and Future Prospect of Polymer
Andrew WrightElectrolyte Fuel Cells (#188)
336 Proton-coupled redox processes of tris-o-benzoquinodiimine Fe(II) Energy Storage in Chemical Bonds: Advances in
Chemistry and Materials for Hydrogen Storage (#216)
complex. Risa Yamamoto
337 Energy transfer between subunits of dimeric photosystem II
Artificial Photosynthesis: Bio-inspired Chemistry
monitored by femtosecond transient absorption spectroscopy.
for Solar Fuel Production (#278)
Yusuke Yoneda
338 Photoelectrochemistry and surface science of doped hematite
Nanostructured Oxides for Energy Harvesting andcatalysts: from fundamental to applied research. Peng Zhao
Water Splitting (#171)

Area 10 – Bench to Bedside: Chemistry of Health Care
339 Exploration of the mechanism of action and structure-activity
New Antibacterial Agents (#236)
relationship for a new class of quinazolinone antibiotics. Renee
Bouley340 Rational design of novel spinogenic benzothiazoles for enhancing Academic Drug Discovery (#69)
cognitive function. Jessica Cifelli
341 PNIPAM nanospheres grafted to polypropylene fabric for thermally New Antibacterial Agents (#236)
controlled release of bacteriophage. Hollie Hathaway
Oligonucleotide Therapeutics: From Base Pairs to
342 Creation of the hypoxia-specific oligonucleotide therapeutics
system with intracellular environment-responsible peptide
Bedsides (#8)
ribonucleic acids (PRNAs): Synthesis and antisense activitiesof new type of chimeric PRNA-DNA derivatives containing
phosphoramidate linkage in PRNA-DNA junction. Masahito
Inagaki
343 SBDD approach of the novel inhibitor of bacterial multidrug efflux New Antibacterial Agents (#236)
transporter. Yuta Inoue
344 Development of a virus-based stealth filament for cancer therapy. Advances in Polymers for Medicine (#52)
Karin Lee345 Two-photon live imaging of osteoclastic bone resorption in living In Vivo Chemical Strategies for Functional andmice using pH-activatable fluorescence probe. Hiroki Maeda
Translation Studies of Biological Networks andPathways (#212)

52

Area 10 – Bench to Bedside: Chemistry of Health Care
346 Design of mechanically patterned hydrogel for directing organ bud Advances in Polymers for Medicine (#52)
self-formation. Yuko Shimokawa
347 Hyperpolarized 15N tripodal tetramine derivatives as sensors of free Chemistry of Molecular Imaging (#215)
Zn2+ ions in vivo. Eul hyun Suh
Academic Drug Discovery (#69)
348 Targeting bioactive chemical space with a small natural products
library: Expanding diversity and predictability. Jacqueline vonSalm-Fries
349 Electron-transfer-based combination therapy of cisplatin with a
Academic Drug Discovery (#69)
molecular promoter for cancer treatment. Qinrong Zhang

Area 11 – Connecting Chemistry to Society
350 Reversible photo-induced liquefaction and crystallization of ionic Connecting Ionic Liquids to Societal Issues:
azobenzene derivatives with photon energy storage characteristics. Materials, Medicines, Energy, and Water (#113)
Keita Ishiba
351 Hydrated ionic liquids as effective solvent of renaturation ofConnecting Ionic Liquids to Societal Issues:
aggregated recombinant cellulase expressed in Escherichia coli.
Materials, Medicines, Energy, and Water (#113)
Mayuko Kajiyama
352 Suppression effect on insulin amyloid by the use of ionic liquids.
Connecting Ionic Liquids to Societal Issues:
Erika Yamaguchi
Materials, Medicines, Energy, and Water (#113)
353 Energy and climate change presentation in undergraduate
Educational Approaches to Help Students Connect
introductory chemistry textbooks. Rachel Yoho
Chemistry to World Issues of Sustainability andClimate (#149)

53

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Parkway, Madison, WI 53711, 608-2763000, fax: 608-276-3006, e-mail:info@
bruker-axs.com. Welcome to the world’s
most comprehensive range of scientificinstrumentation available under one brand- Bruker. A brand synonymous with excellence, innovation and quality. Bruker offers
a wide range of applications for molecularcharacterization in chemistry and life sciences as well as solutions for materials research and nanotechnology. Visit us!
www.bruker-axs.com
505, 600
CAS, 2540 Olentangy River Road, Columbus, OH 43210, 614-447-3600, fax: 614447-3713, e-mail:help@cas.org. Chemical
Abstracts Service (CAS), a division of theAmerican Chemical Society, is the world’s
authority for chemical information. CAS is
the only organization in the world whose
objective is to find, collect and organize all
publicly disclosed substance information.
A team of scientists worldwide curates
and controls the quality of our databases,
which are recognized as the most comprehensive and authoritative by chemical andpharmaceutical companies, universities,
government organizations and patent offices around the world. By combining these
databases with advanced search and analysis technologies (SciFinder® and STN®),CAS delivers the most current, complete,secure and interlinked digital information
environment for scientific discovery.
202
www.cas.org

axial.acs.org

CREATED FOR

MOREEFFICIENTBONDINGCONNECT WITH THE SCIENTIFICCOMMUNITY & ACS PUBLICATIONSAT ACS AXIAL
Introducing ACS Axial. This new blog from ACS
Publications was created to make it easier for
authors, researchers, librarians, and the global
scientiﬁc community to keep up with the latest
ideas, insights, and advice.

Go to axial.acs.org now

TO LEARN MORE

VISIT US AT BOOTH #200

EX HIB ITORSCEM Corp., PO Box 200, Matthews, NC
28106, 704-821-7015, fax: 704-821-7894,
www.cem.com
311
Center for Organic Photonics and Electronics Research, Kyushu University,CoEvolutional Social Systems Building#224, 744 Motooka, Nishi, Fukuoka, Japan
819-0395, +81-92-802-6920, fax: +81-92802-6921, e-mail:exciton@opera.kyushu-u.
ac.jp. At this academic research center, weare developing organic-based LEDs, lasers,
transistors, solar cells, and other electronics through multidisciplinary research including computational chemistry, organic
synthesis, processing control, and device
design and physics. We see collaborations
with researchers from various backgrounds
as key to creating new research opportunities in this area.
122
www.jst.go.jp/erato/adachi/english/
Center for Sustainable Materials Chemistry, OSU-Chemistry, 153 Gilbert Hall,
Corvallis, OR, United States 97331, 541-7377304. The CSMC is a Center for Chemical
Innovation sponsored by the US National
Science Foundation. We explore solutionbased methods for producing very highquality thin films and patterns as building
blocks for next-generation electronic
devices. Through water-based chemistries,
we demonstrate leading-edge results in
nanocluster synthesis, nanopatterning, device performance, and solar applications.
http://csmc.us.
128
ChemBridge Corp., 11199 Sorrento Valley
Rd., Suite 206, San Diego, CA 92121, 858451-7400, fax: 858-451-7401, e-mail:sales@chembridge.com.
www.chembridge.com
120
CONFLEX Corp., 2-15-19 Kami-Osaki,
Shinagawa-ku, MG Meguro 6F, Tokyo,
Japan 141-0021, 81-3-6380-8290, fax:
81-3-6380-8299, e-mail:info@conflex.
co.jp. CONFLEX 7 Released! CONFLEX
7 performs fast, exhaustive conformation
searching and analysis critical to drug
discovery and chemical engineering. Determine conformations of large moleculeswith Parallel CONFLEX and utilize the
new CONFLEX visualization and analysis
platform to drill down into CONFLEX
output. Also performs crystal analysis andhomology modeling. Available only from
Conflex Corporation are the latest, advanced versions of CONFLEX and Parallel
CONFLEX.

56

www.conflex.net

106

COSMOlogic GmbH & Co. KG, Imbacher
Weg 46, Leverkusen, Germany D-51379,+49-2171-731681, fax: +49-2171-731689.
COSMOlogic provides world-leading
methods and software for the predictionof physicochemical and thermodynamic
properties of molecules, mainly for theliquid state. All our calculations are basedon quantum chemsitry. Furthermore,
COSMOlogic provides the quantum chemistry software TURBOMOLE, which is wellknown for speed and robustness.
www.cosmologic.de
212
CRC Press / Taylor & Francis Group,
6000 Broken Sound Parkway NW, Suite
300, Boca Raton, FL 33487, (561) 998-2507.
Taylor & Francis Group/ CRC Press is apremier publisher of books, journals, andelectronic databases in the field of Chemistry. Visit our booth and view our latest
publications and take advantage of special
show offers, sample journals, as well asenter our raffle. Interested authors andresearchers are also invited to contact us
to find out how they can have their work
published or contribute to our industry
leading books and journal platforms. Findout more at www.chemistryarena.com
www.taylorandfrancis.com
216
De Gruyter, Genthiner Str. 13, Berlin,
Germany D-10785, 0049 (0)30 26005 0,
fax: 0049 (0)30 26005 251, e-mail:info@
degruyter.com. The independent academic
publisher De Gruyter can look back at
an over 260 year history. The De GruyterGroup publishes over 1,300 new titles eachyear in the humanities, medicine, naturalsciences, and law, over 650 journals, anda variety of digital media. The company isheadquartered in Berlin, Germany.
214
www.degruyter.com
DeltaSoft Inc., 624 Courtyard Drive,
Hillsborough, NJ, United States 08844,
908-595-9777, fax: 908-595-9888. DeltaSoft ChemCart suite of software products
to manage chemical and biological data
includes Electronic Lab Notebook, Compound Registration, BioAssay, Reagent
and Sample Inventory, Structure Activity
Browser and more, available on the cloud
or on-premise.
www.deltasoft.com
125
Doty Scientific, 700 Clemson Road,
Columbia, SC 29229 United States, (803)788-6497.
www.dotynmr.com

604

Gaussian, 340 Quinnipiac Street, Building
40, Wallingford, CT 06492, 203-284-2501,
fax: 203-284-2521, e-mail:info@gaussian.
com. Gaussian, Inc. is the world leader
in electronic structure computational
chemistry programs. The Gaussian seriesof programs is available on every major
computing environment, from PCs to supercomputers, and it is currently used ina wide variety of industrial, governmental
and academic research settings worldwide.
Gaussian, Inc. will be demonstrating thelatest versions of Gaussian and GaussView.
www.gaussian.com
100
Hielscher Ultrasonics, Oderstr. 53, Teltow, Germany 14513, ++49 (0) 3328 437
428, fax: ++49 (0) 3328 437 444. Hielscher
Ultrasonics is your top supplier worldwide
for innovative ultrasonic devices from labhomogenizers to industrial processing
reactors. Typical applications include, mixing and homogenizing, disintegration andsonochemistry.Ultrasonic devices made by
Hielscher cover the full range from sample
homogenizing in the lab to the ultrasonication of large volumes in industrial production. Whether you need to sonicate 1.5mL
in a test tube or 20 tons per hour, Hielscher
offers you the perfect solution for it. Hielscher Ultrasonics specializes in equipment
for the sonication of liquids. This includes
homogenizing, disintegration, emulsifying, dispersing or particle size reduction(milling). Another interesting field of application is sonochemistry. Discover the
potential of ultrasonics for your industry
or process.
www.hielscher.com
109
IKA Works, Inc., 2635 North Chase Pkwy,
SE, Wilmington, NC 28405, 910-452-7059,
Fax: 910-452-7693, e-mail: claudia.utcke@
ika.net. IKA® Works, Inc. celebrates over
100 years as a global market leader in laboratory, analytical and process equipment.
IKA technology offers a vast spectrum of
innovative devices for mixing, tempering,
distilling and crushing applications. The
company is headquartered in Staufen,
Germany. As a global player, IKA® employs
over 800 people worldwide.
129
www.ika.com
Institute for Basic Science (IBS), 70,
Yuseong-daero, 1689-gil, Yuseong-gu,
Daejeon, Korea, South 305-811. Institutefor Basic Science(IBS) will serve as a modelof Korean scientific excellence to join theranks of the world’s leading institutes inbasic science research. Through groundbreaking discoveries in basic science research, we will disseminate knowledge thatwill impact the development of society andbenefit the wellbeing of humanity.
www.ibs.re.kr
230
Institute of Materials Research and Engineering, 2 Fusionopolis Way, Innovis,
Singapore 138634. A*STAR’s Instituteof Materials Research and Engineering (IMRE) is a research institute with aunique combination of R&D capabilities,
commercial partnerships and strategic
alliances. We develop comprehensive
materials-related solutions for our global
and local partners.
www.imre.a-star.edu.sg
103
IOP Publishing, 150 S. Independence Mall
W., Philadelphia, PA, United States 19106,
215-627-0880. IOP Publishing is an international, not-for-profit, learned society publisher. We are a world leader in scientificpublishing and the electronic dissemination of peer-reviewed scientific research.
Stop by our booth to speak with us, read thelatest research published in our journals
and find out what we can offer you.
403
www.ioppublishing.org
Japan Analytical Industry Co. Ltd., 208
Musashi, Mizuho, Nishitama, Tokyo, JAPAN 190-12, 81425572331, fax: 81425571892.
JAI offers very powerful chromatographic
separation technique called “Recycling” If
you have difficult samples to separate andpurify by conventional method, please stopby our booth at #232. We will separate yourcompounds. JAI also manufactures world
first portable pyrolyzer for GC application.
www.jai.co.jp/english/index.html
232
JSOL Corporation, Harumi Center
Building, 2-5-24 Harumi, Chuo-ku, Tokyo,
Japan 104-0053, +81 (3) 5859-6020, fax:
+81 (3) 5859-6035: Integrated Simulation
System for Soft Materials J-OCTA is thesoftware that supports understanding of
mechanisms and estimation of material
properties from the atomic scale to themicrometer scale in the development ofa wide variety of soft materials, such as
rubbers, plastics, thin films, coatings, andelectrolytes.
www.j-octa.com/ J-OCTA
321

Korean Chemical Society, 119, Anam-ro,
Seongbuk-gu, Seoul 02856, Korea,+82-2-953-2095, fax: +82-2-953-2093,
e-mail:mskim@kcsnet.or.kr. General Introductions on the international activitiesof the Korean Chemical Society including
publications.
208
http://www.kcsnet.or.kr
Little Things Factory GmbH, Ueber Der
Bitz 3, Elsoff, Germany 56479, +49 2664
506828, fax: +49 2664 506893. As a leading
supplier in the fields of fluidics and microreaction technology, the Little Things Factory develops and produces high-quality
components and systems solutions inglass, quartz and glass-silicon composite
materials for a variety of sectors. Microreactors, LAB on CHIP, starter sets, fluidic
pumps, pressure sensors, engine valves.
www.ltf-gmbh.de
511
Magritek Inc., 6440 Lusk Blvd., Suite
108, San Diego, CA, United States 92121,
855-667-6835. NMR Spectroscopy on thebenchtop in your lab. The powerful Spinsolve NMR Spectrometer is the world’s
highest sensitivity benchtop NMR spectrometer. This best-in-class benchtop
NMR is ideal for Chemistry Education, Reaction Monitoring, Synthetic and Analytical Chemistry. Come and see the Spinsolve
Benchtop NMR Spectrometer at the Magritek booth and learn what benchtop NMR
can do for you today.
www.magritek.com
309
Meet Hawaii, 1801 Kalakaua Ave., Honolulu, HI 96815, 808.943.3034, fax:
808.943.3099, e-mail:tyagi@hccaeg.com.
It’s difficult to name a more naturally inspiring destination than Hawaii to hold ameeting or convention. Our islands haveeverything to make gatherings of all sizes
special, including the crown jewel of ourmeetings’ infrastructure – the 1.1-million
square-foot Hawaii Convention Center.
www.hawaiiconvention.com
503
www.www.aegworldwide.com
Mestrelab Research SL, Feliciano Barrera,
9B-Baixo, Santiago de Compostela, Spain
15706, 34-881-976-775, fax: 34-981-941-079,
e-mail:info@mestrec.com. Mestrelab Research specializes in the development ofsoftware for the processing and analysis ofanalytical chemistry data. Our main product Mnova is a multiplatform (Windows,
Mac, Linux) and multivendor software
suite designed for combined NMR and

LC/GC/MS techniques. Our new product
Mbook, is an ELN designed for the synthetic chemist.
www.mestrelab.com
319
Milestone SRL, Via Fatebenefratelli, 1/5,
24010 Sorisole (BG), , Italy , 39 035 573
857, fax: 39 035 575 498. Milestone has been
active since 1988 in the field of advanced
microwave sample preparation and today
is the microwave leader in providing laboratories and chemists safe, productive, andflexible options for Extraction, Synthesis,
Scale-up, Digestion, Ashing and Mercury
Determination. Visit www.milestonesrl.
com or call +39 035 573857.
407
www.milestonesrl.com
Nanalysis Corp., Bay 4, 4500, 5 Street
NE, Calgary, AB, Canada T2E 7C3, 403769-9499, fax: 403-775-6683. NMReady isa revolutionary 60MHz benchtop NMR
spectrometer. It offers spectroscopic
resolution at a fraction of the size, cost andmaintenance of current NMR instrumentation. The innovative design brings analytical performance and point-of-need utility
to the benchtop, fume hood or glovebox.
ww. nanalysis.com
405
nanoplus Nanosystems and Technologies
GmbH, Oberer Kirschberg 4, Gerbrunn,
Germany 97218, +49-931 90827-0 / -22, fax:
+49-931 90827-19, e-mail:sales@nanoplus.
com, nanoplus offers DFB lasers at any
wavelength between 760 nm and 14000 nm
for tunable laser absorption spectroscopy.
Measure trace gases up to ppb precision,in situ and in real-time. Define your wavelength with 0.1 nm accuracy and contact usfor detailed specifications. We look forward
to discussing your project!
www.nanoplus.com
307
Neaspec GmbH, Bunsenstrasse 5, 82152
Martinsried, , Germany , 49 89 4524 206
34, fax: 49 89 4524 206 99, e-mail:miriam.
boehmler@neaspec.com. nanoFTIR – theultimate nanoanalytic microscopy andspectroscopy platform for materials research – enables optical analysis of complex material systems at visible, infrared
and terahertz frequencies at a spatial
resolution of 10nm. Neaspec is dedicatedto delivering innovative solutions for nanoscale optical imaging & spectroscopy
for researchers in industry and academic
institutions.
www.neaspec.com
400

57

EX HIB ITORSOpenEye Scientific Software, 9 Bisbee
Ct, Suite D, Santa Fe, NM 87508, 510748-9909, fax: 505-473-0833. OpenEye
Scientific Software develops large-scale applications and toolkits for drug design andmolecular modeling. The software is designed for scientific rigor, speed, scalability
and platform independence. Its primary
aim is virtual screening and lead-hopping.
Areas of expertise include cheminformatics, conformer generation, docking, shapecomparison, electrostatics, crystallography
and visualization.
121
www.eyesopen.com
Optibrium Ltd., 7221 Cambridge Research
Park, Beach Drive, Cambridge, United Kingdom CB25 9TL, +44 1223 815900, fax: +441223 815907, e-mail:info@optibrium.com.
www.optibrium.com
220
Parr Instrument Co., 211 53rd Street, Moline, IL 61265, 309-762-7716, Fax: 309-7629453, e-mail: parr@parrinst.com.
501
www.parrinst.com
Piercan USA Inc., 180 Bosshick Blvd.,
San Marcos, CA 92069, 760-599-4543, fax:
760-599-0231. PIERCAN USA is “Your
Technical Source for Glovebox and Isolator Gloves.” PIERCAN is the world leader
in the sales and development of gloves fordrybox and isolator use as well as chemical
gloves used in pharmaceutical, nuclear andbiopharma markets.
www.piercanusa.com.
500
PROTO Manufacturing, 12350 Universal
Drive, Taylor, MI, United States 48180,
734-946-0974. PROTO Manufacturing isa leading provider of portable and laboratory based x-ray diffraction (XRD) systems
for the characterization of materials. Our
AXRD Benchtop powder diffraction systemprovides a low cost alternative for powder
diffraction. This compact, easy to maintainsystem is ideal for Phase Identification,
Quantitative Analysis or Structure Analysis.
404
www.proto@protoxrd.com
Qorpak, Corporate One West, 1195
Washington Pike, Bridgeville, PA 15017,
412-257-3100, fax: 312-258-6787. Qorpak,
division of Berlin Packaging is your solution for stock closures, glass, plastic, andmetal packaging and products. See our
new ValuLine Bottles with Polypropylene
F217 & PTFE lined caps attached â?? an affordable alternative to thermoset caps. We
will not be undersold on ValuLine Bottles!

58

With more than 30 years of experience,trust us to provide the products, services
and technical expertise you rely on. Quality
labware includes KIMAXÂ® tubes & flasks,
MILLIPOREÂ® filtration products, pH
buffers, reagents and media. Whether you
need advice about containers or laboratory supplies, we can answer your criticalquestions. QorpakÂ® is ISO 9001:2008
certified.
www.qorpak.com
206
Reaction Biology Corp., One Great Valley Parkway, Suite 8, Malvern, PA 19355,
9085816154, fax: 9087810836. Reaction
Biology Corp. is a CRO that specializes in
epigenetic and kinase HTS and profilingservices. RBC’s radioisotope based assays
feature the largest collection of kinase &epigenetic targets available to the industry,including over 578 kinases, >30 methyltransferases, 100+ bromodomains, HDACs,
HATs, demethylases, etc. RBC also produces high quality epigenetic proteins.
www.reactionbiology.com
112
Research Square/American Journal
Experts, 601 West Main Street, Suite 102,
Durham, NC, United States 27701, 919704-4253. Research Square helps researchers communicate their work so they canfocus on making discoveries. Our American Journal Experts (AJE) brand provides
language editing, academic translation andfigure preparation services. These services
help researchers to remove the language
barrier from the process of preparing theirEnglish-language journal submissions.
www.researchsquare.com
226
Rigaku Corporation, 3-9-12 MatsubaraCho, Akishima-Shi, Japan 196-8666,81-42-545-8190, Rigaku Corporation will
be presenting its diverse lines of X-ray
diffraction (XRD) and X-ray fluorescence(XRF) instrumentation at Pacifichem 2015.
Rigaku is a global leader in X-ray analytical instrumentation and will be exhibiting
unique benchtop products. On display willbe the fifth generation Rigaku MiniFlex
benchtop X-ray diffractometer, the Rigaku
Supermini200 benchtop wavelength
dispersive X-ray fluorescence (WDXRF)
spectrometer and the Rigaku nano3DX, the
X-ray microscope (XRM) with the ability
to measure relatively large samples at highresolution.
506
Riogen Inc., 1 Deer Park Dr., Suite L3, Mon-

mouth Junction, NJ 08852, United States,609-606-2012, Fax: 609-228-8285. Riogen
provides a range of supported noble andtransition metal catalysts having high surface area and performance using alumina,
carbon, silica, silica-alumina, titania, zirconia, ceria and zeolite supports in different
forms (Powder, Pellets, Beads, Trilobesetc.). In addition to various ion-exchanged
zeolites, we also supply catalyst or packed
columns.
www.riogeninc.com
507
Royal Australian Chemical Institute, 1/21
Vale Street, North Melbourne, Victoria,
Australia 3051, +61 (0)3 9328 2033, fax: +61(0)3 9328 2670. The RACI is a membership organisations for chemical science
professionals in Australia. We provide
professional development and networking
opportunities to our members through theprovision of conferences, seminars andworkshops. We promote an interest in science to school students through various
competitions and quizzes.
119
www.raci.org.au
Royal Society of Chemistry, Thomas
Graham House, Science Park, Milton Road,
Cambridge, United Kingdom CB4 OWF,
44-1223-432-378, fax: 44-1223-426-017, email:sales@rsc.org. The Royal Society ofChemistry is the world’s leading chemistrycommunity, advancing excellence in thechemical sciences. With over 50,000 members and a knowledge business that spans
the globe, we are the UK’s professional
body for chemical scientists.
www.rsc.org
Schrodinger LLC, 17F Murunouchi Trust
Tower North, 1-8-1 Murunouchi, Chiyodaku, Tokyo 100-0005, Japan , 81-3-68608316, fax: 81-3-6273-4722, e-mail:shunichi.
ozawa@schrodinger.com. Come see ourfull suite of drug discovery solutions, including the industry leading Glide for flexible ligand docking, as well as our ligandbased tools. We will also exhibit our Materials Suite, featuring a diverse set of tools
for computing the structure, reactivity, andproperties of chemical systems. Hands-on
demos are available.
www.schrodinger.com
118
Scientific Computing & Modelling NV,
SCM/TC/FEW, Vrije Universiteit Amsterdam, De Boelelaan 1083, Amsterdam, Netherlands 1081 HV, 31-20-5987626, fax: 31-205987629, e-mail:sales@scm.com. Passion-ate scientists in Amsterdam, with academic
collaborators worldwide, develop ourmolecular modeling software. Whether
you want to study spectroscopy, heavy elements, organic electronics, need to include
environment effects or understand chemical bonds, we have the right tools. Come by
to see the easy GUI and excellent computational chemistry software in action!
110
www.scm.com
Simulations Plus, Inc., 42505 10th Street
West, Lancaster, CA 93534, 661-723-7723,
fax: 661-723-5524, e-mail:info@simulations-plus.com. Simulations Plus’ ADMETDesign Suite provides an unprecedented
capability to data mine compound libraries, design new molecules, and virtually
screen structures for >150 ADMET properties. GastroPlus sets the standard for
PBPK/PD modeling for different administration routes, population simulations
and DDI. DDDPlus & MembranePlus offer
mechanistic simulations of in vitro dissolution & permeability experiments.
www.simulations-plus.com
301
SpectroClick Inc., 60 Hazelwood Dr., Rm.
213, Champaign, IL 61820. Put reflectance,
absorption, or fluorescence spectrometry
in the palm of your hand! Our Answers
at HandTM line of spectrometers use
patented grating technology to generatea SpectroBurstTM of myriad diffraction
orders, giving excellent performance in alightweight, portable instrument. Methods,
including user instructions, are entered using QR codes.
115
www.spectroclick.com
TCI America, 9211 N. Harborgate Street,
Portland, OR 97203, 800-423-8616, fax:
888-520-1075, e-mail:sales-us@tcichemicals.com. TCI is a leading global manufacturer and supplier of specialty chemicals tothe pharmaceutical, electronic, cosmetic,chemical, environmental, and biotech
industries. Our current catalog lists over
25,000 organic and biochemical products
for use in research and production with8,000 products unique to TCI. Visit www.
TCIchemicals.com today!
www.TCIchemicals.com
116
Thales Nano Inc., Zahony utca 7., Budapest,
Hungary H-1031, 36-1-8808-509, fax: 36-18808-510, e-mail:info@thalesnano.com.
ThalesNano is a world-leading provider ofcontinuous process chemistry instrumentswith the widest bench-top product portfolio

on the market. Its R&D 100 award winning
H-Cube® continuous-flow hydrogenation
reactor and the pilot-plant scale version HCube Midi™ are used in hundreds of laboratories and have become the new industry
standard for hydrogenation.
www.thalesnano.com
317

Watanabe Chemical Industries, Ltd.,
2-2-5 Sakaimachi Naka-ku, Hiroshima,730-0853, Japan , 81 82 231 0540, fax: 81 82
231 1451, e-mail:info@watanabechem.co.jp.
Amino Acid Derivatives and Reagents for
Peptide Synthesis.
www.watanabechem.co.jp/eng/
101

The Chemical Institute of Canada, 222
Queen Street Suite 400, Ottawa, ON K1P
SV9, Canada 613-232-6252, Fax: 613-2325862. The Canadian Society for Chemistry(CSC) is a national, not-for-profit, professional association that unites chemistry
students and professionals who work inindustry, academia and government. The
CSC is recognized by the International
Union of Pure and Applied Chemistry(IUPAC) as the technical organization for
Canadian chemists. The CSC is one of thethree Constituent Societies ofthe Chemical Institute of Canada (CIC), along with
the Canadian Society for Chemical Engineering (CSChE) and the Canadian Society
for Chemical Technology (CSCT). We aregoverned and funded by our membership.
www.cheminst.ca
234

Wiley, 111 River St. 4-02, Hoboken, NJ
07030, 201-748-6000. Wiley’s product diversity is unique, spanning books, journals,
databases, web-portals and workflow tools.
Visit Booth #305 and come learn about our
new journal Chemistry Select. At the booth
check out our new synthetic chemistry
workflow product Wiley ChemPlanner andbrowse our books on display - Pacifichem
attendees receive 30% off orders!
305
www.wiley.com.

The Chemical Society of Japan, 1-5,
Kanda-Surugadai, Chiyoda-ku, Tokyo,
Japan 101-8307, 81-3-3292-6165, fax: 81-33292-6319. The Chemical Society of Japan(CSJ) is trying to enhance the visibility of
the journals, Bulletin of the Chemical Society of Japan (BCSJ) and Chemistry Letters(CL) worldwide. The CSJ has worked since
its founding to be an important resource
for chemists and the general public.
www.chemistry.or.jp/en/
105

X-Ability Co., Ltd., Ishiwata Building, 3rd
Floor, 4-1-5 Hongo, Bunkyo-Ku, Tokyo, Japan 113-0033, +81-3-5800-7731.
127
www.winmostar.com/
Zaiput Flow Technologies, 4 Gordon
Place, Cambridge, MA, United States02139, 617-714-9806, fax: 617-714-9806,
e-mail:aadamo@zaiput.com. Zaiput Flow
Technologies provides innovative products
and services for flow chemists. We specialize in separation. Our patented liquidliquid separators allow continuous extraction with a plug and play design. They allow
separation under pressure, are compatible
with harsh chemistries, and with liquids
with a low separation pressure differential.
www.zaiput.com
228

University Science Books, 20 Edgehill
Rd., Mill Valley, CA 94941, 415-332-5390,
fax: 415-383-3167, e-mail:univscibks@igc.
org. University Science Books presents
an excellent assortment of new textbooks
including X-Ray Crystallography by Girolami; Atoms-First General Chemistryby McQuarrie/Rock/Gallogly; the newly
updated Physical Chemistry for Chemical
Sciences by Chang/Thoman; Principles of
NMR Spectroscopy by Goldenberg, andan all new edition of Descriptive Inorganic
Chemistry by Wulfsberg. Great books,
great value.
www.uscibooks.com
402
US DOE Isotopes, P.O. Box 2008 MS 6158,
Oak Ridge, TN, United States 37831, 865574-6137
126

59

COMPANIES L ISTED BY B ROA D CATEGORY

Academic & Educational Services
Bruker Corporation
Center for Sustainable Materials Chemistry
CONFLEX Corp.
CRC Press / Taylor & Francis GroupDe Gruyter
GaussianInternational Biotechnology Symposium 2016
(AusBiotech Ltd)
Korean Chemical Society
Magritek Inc.
Mestrelab Research SL
Nanalysis Corp.
Research Square/American Journal Experts
Royal Society of Chemistry
Schrodinger LLC
Thales Nano Inc.
The Chemical Society of Japan
University Science Books
Wiley
X-Ability Co., Ltd.

Business Management & Services
505,600
128
106
216
214
100
130
208
309
319
405
226
224
118
317
105
402
305
127

Accessible ProductsInternational Biotechnology Symposium 2016
(AusBiotech Ltd)
Nanalysis Corp.
Reaction Biology Corp.

130
405
112

Analytical Research
Bruker Corporation
Center for Sustainable Materials Chemistry
CONFLEX Corp.
Gaussian
Hielscher Ultrasonics
Institute of Materials Research and Engineering
International Biotechnology Symposium 2016
(AusBiotech Ltd)
Magritek Inc.
Mestrelab Research SL
Nanalysis Corp.
Parr Instrument Co.
PROTO Manufacturing
Royal Society of Chemistry
Simulations Plus, Inc.
Wiley
X-Ability Co., Ltd.

60

505,600
128
106
100
109
103
130
309
319
405
501
404
224
301
305
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Anton Paar
Biotechnology Industry Organization
Qorpak

303
107
206

Career Development & Training
Bruker Corporation
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CRC Press / Taylor & Francis GroupInternational Biotechnology Symposium 2016
(AusBiotech Ltd)Royal Society of Chemistry
Wiley505,600
128
216
130
224
305

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abcr GmbH		
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407
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501
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228

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204
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and Electronics Research, Kyushu University
122
128
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109
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321
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503
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301
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504
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405
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507
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110
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317
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401
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61

NEW PRODUCTS L ISTING
Bio-Prodict
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protein superfamily systemmutation prediction system

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mPEG
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62

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PACIFICCHEM
EXPO 2015
2015
PACIFICHEM EXPO
December 15–20, 2015
December
15-20, 2015
HiltonHawaiianVillage
HiltonHawaiianVillage
Honolulu, Hawaii
Honolulu, Hawaii

894.0000LOUNGE AREA

CORAL I503

600 602 604

513

501

505 507 509

511

401 403 405 407

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400 402 404

321

303

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319

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301

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212 214 216

220

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101 103 105 107 109

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CORAL LOUNGE
100

104 106

110 112 114 116 118 120 122

126 128 130 132

63Plenary/01 – ANYLPlenary
Tuesday Evening
Sheraton Waikiki
Hawaii Ballroom
Plenary Lecture

Presiding: P. Stang
19:00. The Disappearing Spoon. S. Kean

ANYLArea 1 – Analytical
Tuesday Morning
Marriott Waikiki Beach
Waikiki Bllrm III
New Tools and Methodologies for theCharacterization of BiomolecularInteractions (#15)

Organized by: S. Krylov, D. Wilson,
W. Zhong, H. Wang
Presiding: S. Krylov, W. Zhong
8:00 Opening remarks
8:05 – 1. Microscale thermophoresis: measuring biomolecule affinities by the molecule movement in a thermal gradient.
D. Braun
8:35 – 2. Kinetic separation: A conceptual
platform for development of homogeneous kinetic affinity method.
S.M. Krylova, R. Yufa, J. Bao,
S. Beloborodov, M. Kanoatov
9:05 – 3. Selection of aptamers using a dualpartitioning approach. S. Li, J. Ashley,
K. Ji
9:25 – 4. Capillary electrophoresis-systematic evolution of ligands by exponential
enrichment selection using modified nucleic acid libraries. M. Kuwahara*
9:45 – 5. Multiple applications of CE In aptamers selection. F. Qu*
10:05 Break
10:20 – 6. Novel designs for electrokinetic
noncovalent interaction studies: An overview on powerfull methodologies for the
analysis of a wide range of chemical, biochemical, biological, and colloidal systems. G. Ramirez Garcia, F. d’Orlyé,C. Perreard, A. Varenne*
10:40 – 7. Chromatographic capillary electrophoresis (CCE): A method for kinetic
study of intermolecular interaction.
K. Miyabe, Y. Shimazaki
11:00 – 8. New trends in affinity capillaryelectrophoresis (ACE) to study interactions in between biological macromolecules and drugs. R.H. Neubert*
11:20 – 9. Study of protein-methylated DNA
interaction by affinity capillary electrophoresis coupled laser-induced fluorescence. H. Wang*
11:40 – 10. Therapeutic antithrombin: Molecular interaction studies based on affinity capillary electrophoresis and capillaryelectrophoresis-mass spectrometry.
M. Taverna*, A. marie, t. Tran-Maignan,
E.P. bianchini, D. Borgel, r. urbain,
j. Plantier, F. Saller, G.W. Somsen,
E. DOMINGUEZ VEGA
Marriott Waikiki Beach
Milo III
Frontiers in Flow Injection Analysis andRelated Techniques (#45)

Organized by: T. Imato, G. Christian,K. Grupan, S. Kolev, A. Sabarudin
8:00 Opening Remarks
8:05 – 11. ICFIA history: Promoting international collaborations. G.D. Christian*
8:30 – 12. Blueprint for the universal flow analyzer. J. Ruzicka

64 –TECHTECHNICAL PROGRAM
8:55 – 13. Online fractionation and determination of mercury in environmental solids
using a sequential injection approachwith atomic fluorescence detection.
Y. Zhang, M. Miro*, S.D. Kolev*
9:20 – 14. Enhanced chemiluminescence ofperoxynitrous acid by carbon nanoparticles and its application in flow injection
analysis. J. Lin, H. Chen, Z. Lin
9:45 – 15. Measurement of octanol-waterpartition coefficient by zone fluidics.
D. Nacapricha*, P. Wattanasin,
P. Saetear, P. Wilairat, S. Teerasong
10:10 Break
10:25 – 16. Conducting polymers for bacterial detection: Applications to sensors
and trapping agents. D.Q. Le,
T. Kinoshita, A. Morishita, S. Tokonami,
T. Nishino, H. Shiigi, T. Nagaoka*
10:50 – 17. Monitoring of ppbv-level volatilesulfur compounds by continuous gas absorbing and miniaturized flow analysis
method. K. Toda*, S. Yunokihara
11:15 – 18. Improvements in flow-injection
NMR as a tool for high-throughput sample analysis. P. Krolikowski*, S. Hollis,
R. Kautz, D. Strand
11:35 – 19. Flow-based chemical analysis
using streams driven by centrifugal force.
H. Tagami, R. Ishimatsu, K. Nakano,Y. Chen, Z. Chen, P. Rattanarat,
P. Teengam, O. Chailapakul, T. Imato
Marriott Waikiki Beach
Kona Moku Bllrm C
Advances in Analytical Ion Mobility
Separations (#61)

Organized by: A. Shvartsburg, F. Misaizu,
T. PukalaPresiding: A. Shvartsburg
8:00 Introduction to Symposium
8:10 – 20. Stand-alone high resolution ion
mobility spectrometer and its appliationin explosives detection and air monitoring. H. Li*
8:40 – 21. Development of trap ion mobility
system for separation. T. Sugai*,
H. Yasuhiro, H. Matsubayashi,
R. Jinnouchi
9:10 – 22. Ion collision cross section measurements in ion traps: Initial results.
W. Xu*, M. He, L. Mao
9:40 Break
10:00 – 23. Development of on-site hybrid
instrument based on ion mobility spectrometry and arrayed electrochemicalsensors against chemical warfare agentsin vapor. Y. Seto*, H. Nagashima,
T. Nagoya, T. Kondo, T. Satoh,T. Ohmori, K. Tsuge, N. Nakano,
H. Sugiyama, T. Nishide, A. Ishizaki,
K. Daikuhara, Y. Kawahara, M. Kidera,
T. Urabe, H. Tanuma
10:30 – 24. Tandem ion mobility mass spectrometry – using light and collisions tochange the shape of molecular ions.
B. Adamson, N. Coughlan, P. Markworth,
E. Bieske*
11:00 – 25. Novel approach for high IMS resolution using structures for lossless ion
manipulations (SLIM). Y.M. Ibrahim*,
A.M. Hamid, S.V. Garimella,
R.V. Norheim, G.A. Anderson, R.D. Smith
11:30 – 26. Characterising a t-wave enabledmulti-pass cyclic ion mobility separator.
K. Giles*, R. Iizuka
Marriott Waikiki Beach
Milo I
Immunoanalysis: Applications and Trends
for Environmental Monitoring and Human
Health (#94)

Organized by: S. Gee, I. Kennedy,
H. Ohkawa, T. Xu, T. Prapamontol
Presiding: T.-. Prapamontol
8:00 Introduction

8:05 – 27. Immunoassay, an alternative orcomplimentary technique to study pesticide contamination: A perspective froman environmental toxicology lab in Chiang
Mai, Thailand. T.-. Prapamontol*,
S.-. Hongsibsong, S. Thiphom, S. Gee,
B. Hammock
8:30 – 28. Role of immunoassay in humanbiomonitoring. S. Gee, B. Hammock
8:55 – 29. Immuno-analytical approach to
the detection of endocrine disrupting
chemicals in environment and food: Success, challenges, and limitations.
N.A. Lee*
9:20 – 30. Develop an ELISA kit to detect Endosunfan and cyclodien pesticides residues in agricultural products. A.Q. Bui
9:45 – 31. Highly specific fluorescence immunoassay developed for detection of diisobutyl phthalate in edible oil samples.
S. Zheng, P. Wu, D. Lai, S. Zhao
10:05 Break
10:20 – 32. Development of an immunoassay and biosensor for the detection of thephenylpyrazole insecticide fipronil and its
metabolite. N. Vasylieva, K. Ahn,
B. Barnych, S. Gee, B. Hammock*
10:40 – 33. Fast and sensitive detection of aneonicotinoid insecticide imidacloprid
with a reagentless immunoassay reagent,
Quenchbody. J. Dong, S. Zhao,
H. Jeong, K. Okumura, H. Ueda*
11:00 – 34. Biologically validating ELISAs foruse in environmental monitoring of Cry
proteins. V.C. Albright, R.L. Hellmich,
J.R. Coats*Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: K. Otsuka
8:00 Introductory Remarks
8:05 – 35. High performance microscale liquid phase separations of biomolecules.
Y. Fukushima, T. Naito, T. Kubo,
K. Otsuka*
8:30 – 36. Micro and extended-nano ELISA:
Practical application and future.
T. Kitamori*
8:55 – 37. Stabilizing nanoporous structures
for biomolecule separation. J. Harrison*,N. Shaabani, M. Azim, Y. Zhou,
A. Jemere
9:20 – 38. Novel solid-phase microextraction
and capillary electrochromatographic column techniques for pharmaceutical analysis. Z. Chen*
9:45 Break
10:00 – 39. Rapid isolation of circulating tumor cells with microfiber fabric and vacuum system. M. Takai
10:25 – 40. Application of nanoplasmonicsbased microfluidic sensors for highly sensitive biomarker detection. J. Choo*
10:50 – 41. Spaciotemporal control of bioassembly by electrochemical lithography.
M. Nishizawa
11:15 – 42. Unique separations for aromaticcompounds by a C60-fullerene bonded
silica-monolithic capillary in liquid chromatography. T. Kubo*, M. Tsuzuki,
T. Naito, K. Otsuka
11:30 – 43. Urinary iodine status determination by capillary electrophoresis: A robust
assay for continuous monitoring of iodized salt programs for epidemiologicalstudies. P. Britz-McKibbin*,
A. Nori de Macedo
11:45 – 44. Low-aspect-ratio micropore sensors: possibilities and limitations.
M. Tsutsui*, A. Arima, K. Yokota,
M. Taniguchi, T. Kawai

Marriott Waikiki Beach
Milo IV / V
Innovation in Chemical Sensing and
Separation Systems toward Advanced
Chemical Analysis (#159)

Organized by: T. Hayashita, P. Dasgupta,
B. Cho, A. Tong, T. Okada, W. Zhong,H. Li, H. Chang
Presiding: T. Hayashita, W. Zhong
8:00 Session Introduction
8:05 – 45. Electrophoretic separation of single molecules using thermoplastic nanocolumns. S.A. Soper*
8:35 – 46. Single bubble microextraction
coupled with capillary electrophoresis.
S. Cho, D. Chung*
8:55 – 47. Microfluidic systems integrating
on-chip sample preparation with capillaryelectrophoresis. A.T. Woolley*,
S. Kumar, M. Sonker, V. Sahore, R. Knob,
A. Nielsen
9:15 – 48. Direct quantification of cancer antigen biomarkers by fluorescent measurement. H. Li*, S. Ho, D. Xu, R. Wong,
M. Wong
9:35 Break
9:45 – 49. Fabrication of luminescencebased sensor arrays for protein sensing.
X. Zhang*
10:15 – 50. Carbon nanodots as sensitive
probes and potential drugs. H. Chang*
10:35 – 51. Novel fluorescent materials forbiochemical applications. J. Ouyang
10:55 – 52. Fluorogenic sensors for detection of intracellular reactive oxygen species. W. Zhong*, Y. Liu, F. Si
11:15 – 53. Ultrasensitive detection of
biomolecules using aggregation of functionalized gold nanoparticles. T. Zako*,
T. Bu, M. Maeda
11:35 Concluding Remarks
Marriott Waikiki Beach
Kona Moku Bllrm B
Symposium on Petroleomics: Molecular
Level Understanding of Petroleum forEnvironmental Science and Petroleum
Engineering (#247)

Organized by: S. Kim, Y. Harvey,
A. McKenna
8:00 Introductory remark
8:05 – 54. Introducing petroleomics into molecule-based kinetic models. M.T. Klein*
8:30 – 55. Characterization, kinetic modeling, and informatics of heavy petroleum
fractions. R. Tanaka*, T. Suzuki,
K. Hagiwara, T. Takada, S. Teratani
8:55 – 56. Application of volcano plots forquantitative visualization and comparisonof a set of two spectra obtained by highresolution mass spectrometric analysis of
crude oils. M. Hur*, S. Kim, R. Beasley,
A.M. McKenna, R.P. Rodgers,
A. Marshall, E.S. Wurtele
9:20 – 57. Identifying intermolecular interactions in polycyclic aromatic hydrocarbons: DFT calculations and photoacoustic spectroscopy measurements.
F. Spillebout*, K.H. Michaelian,
D. Bégué, J.M. Shaw
9:45 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
10:00 – 58. Sulfur compounds in petroleum:
New findings for geochemistry and refining. Q. Shi*, M. Wang, Y. Zhang, S. Zhao,
C. Xu
10:25 – 59. Novel aspect of structural elucidation of petroleum using supercriticalfluid chromatography and atmosphericpressure photon-initiated hydrogen/deuterium exchange mass spectrometry.
Y. Cho, Y. Kim, S. Kim*
10:50 – 60. Joint characterization of asphaltenes and heavy oils using measured
and computed infrared and Raman spectra, and enthalpies of solution for molecules and nanoparticles. J.M. Shaw*
11:15 – 61. New method for determining
composition of complex crude mixture.
T. Miao*
Marriott Waikiki Beach
Waikiki Bllrm I
Magnetoanalytical Science: Separation,
Characterization and Imaging (#320)

Organized by: H. Watarai, I. Fritsch,
C. FuhPresiding: I. Fritsch, C. Fuh
8:00 Introductory Remarks
8:05 – 62. Prospects of magnetoanalyticalscience: Application of magnetophoresisand magneto-optical spectrometry.
H. Watarai*
8:30 – 63. Magnetoanalytical analysis using
functional nanoparticles. C. Fuh*, C. Li,
S. Yang, J. Chan, Y. Su, H. Tsai
9:05 – 64. Analysis of magneto-optical property change of a single diamagnetic crystal due to the inclination in a microscopic
region. Y. Mizukawa, M. Iwasaka
9:30 – 65. Developments of in-situ opticalobservation devices utilizable under highmagnetic fields. N. Hirota*, H. Okada,T. Ode, M. Kiyohara, M. Tanokura,
A. Nakamura, J. Ohtsuka, H. Wada
9:55 Break
10:10 – 66. Attraction and repulsion – applications of magnetism for bioanalysis inlab on a chip devices. N. Pamme
10:45 – 67. Simulation study for material motion induced by magnetic force in fluid.
H. Okada*, N. Hirota, S. Nishijima
11:10 – 68. Magnetic actuation of dropletswith or without super paramagnetic particles on superhydrophobic surfaces for
digital microfluidic applications. L. Mats,
F. Logue, P. Agrawal, R.D. Oleschuk*
11:35 – 69. Structural change of singlewalled carbon nanotubes prepared inmagnetic fields. A. Hamasaki*,J. Uchimura, S. Ozeki, A. SAKAGUCHI,
Y. TAKASHIMA

Tuesday Afternoon
Marriott Waikiki Beach
Waikiki Bllrm III
New Tools and Methodologies for theCharacterization of BiomolecularInteractions (#15)

Organized by: S. Krylov, D. Wilson,
W. Zhong, H. Wang
Presiding: H. Wang, D.J. Wilson
13:00 Opening statement
13:05 – 70. Exploring the kinase-substrateinteractions by new phosphoproteomics
techniques. H. Zou*, M. Ye, Y. Bian,
M. Dong
13:35 – 71. DNA-protein interaction as applied to detection of specific proteins andDNA lesions. C. Le*, F. Li, Y. Lin,A. Newbigging, R. Paliwoda, H. Peng,
M. Reid, C. Wang, Z. Wang, X. Yan,
H. Zhang
14:05 – 72. Turning electric field induced
bacterial aggregation into advantage forthe study of interactions between bacteria and macromolecules. N. Sisavath,
P. Got, G. Charrière,D. Destoumieux-Garzon, H. Cottet*

14:25 – 73. Affinity microcolumns as new
tools for examining the binding and rates
of protein interactions with drugs andhormones. D.S. Hage*, X. Zheng,
S. Beeram, Z. Li, M. Podariu, M. Brooks
14:45 – 74. Partial-filling capillary electrophoresis using lectins and exoglycosidases for profiling glycoprotein glycans.
S. Suzuki
15:05 Break
15:20 – 75. Analysis of amyloid protein aggregation using microchannel electrophoresis. C. Hestekin*, S. Paracha
15:40 – 76. Microchip immunoaffinity analysis of a serum biomarker for cancer.
A.T. Woolley*, J.V. Pagaduan, K. O’Neill
16:00 – 77. Determination of acid dissociation constants of phenolphthalein and its
derivatives under degradation.
T. Takayanagi*
16:20 – 78. RNA aptamer based assay forthrombin through affinity capture andsubsequent enzymatic activity analysis.
Q. Zhao
16:40 – 79. Single molecule analysis of polysaccharides using a solid state nanopore.
M. Takemasa, M. Fujita, M. Maeda
Marriott Waikiki Beach
Milo III
Frontiers in Flow Injection Analysis andRelated Techniques (#45)

Organized by: T. Imato, G. Christian,K. Grupan, S. Kolev, A. Sabarudin
13:00 – 80. Advances in high speed ion
chromatography. C. Lucy*
13:25 – 81. Over 10 000 peptide identifications from the HeLa proteome using single-shot capillary zone electrophoresistandem mass spectrometry. L. Sun,
G. Zhu, X. Yan, Y. Zhao, A. Herbert,
M. Westphall, M. Rush, M. Champion,
J. Coon, N. Dovichi
13:50 – 82. Ultrarapid determination of Cr(VI)by stop-flow sequential injection analysis
coupled with electrochemical detection
using polyaniline-graphene quantum
dots-modified screen-printed carbon
electrode. O. Chailapakul, E. Punrat ,C. Maksuk , S. Chuanuwatanakul ,W. Wonsawat
14:15 – 83. Advances in chemiluminescence
detection for flow analysis. P.S. Francis*
14:40 Break
14:55 – 84. Flow analyses utilizing periodically varying flow rate: Feedback-based
flow ratiometry, and amplitude modulated
multiplexed flow analysis. H. Tanaka*,
M. Takeuchi
15:20 – 85. Catalytic flow-injection analysis
method using oxidation reaction of N-(3sulfopropyl)-3,3’,5,5’-tetramethylbenzidine. M. Kurihara*
15:45 – 86. Speciation of heavy metals in soil
sample by sequential extraction used all
injection system. H. Itabashi*, M. Mori,
M. Sasaki, H. Shinozaki
16:10 – 87. Monolith: Its applications to flow
chemistry. A. Sabarudin
Marriott Waikiki Beach
Kona Moku Bllrm C
Advances in Analytical Ion Mobility
Separations (#61)

Organized by: A. Shvartsburg, F. Misaizu,
T. PukalaPresiding: F. Misaizu
13:00 – 88. Ion mobility with a focus on fieldasymmetric waveform ion mobility spectrometry (FAIMS) as an ion filtering tool to
aid mass analysis. S. Prasad*,
M.W. Belford, J. Dunyach
13:30 – 89. Differential ion mobility-mass
spectrometry for the separation andstructure elucidation of isomeric lipids.
S. Blanksby, A. Maccarone,
T.W. Mitchell
14:00 – 90. Resistively heated temperature
programmable gas chromatography withdifferential mobility spectrometry.
M.R. Jacobs, T. Blackstock, R. Gras,
J. Luong, R.A. Shellie*

14:30 – 91. Advances in high-resolution differential ion mobility separations and integration with ETD. A. Shvartsburg*,
A. Bowman, M. Baird, J. Kaszycki,
G. Anderson
15:00 Break
15:20 – 92. Multistage differential mobility
spectrometry at ambient pressure with
ion transformations for enhanced measurement specificity. G.A. Eiceman
15:50 – 93. Differential mobility spectrometryfor enhanced selectivity in LC-MS analysis of algal biotoxins. M.A. Quilliam,
E. Kerrin, D. Beach*
16:20 – 94. Combining IMS and OMS techniques with gas-phase HDX-MS/MS
measurements for ion structure characterization. S.J. Valentine*, J. Arndt,
M. Khakinejad, S. Ghassabi Kondalaji
Marriott Waikiki Beach
Milo I
Immunoanalysis: Applications and Trends
for Environmental Monitoring and Human
Health (#94)

Organized by: S. Gee, I. Kennedy,
H. Ohkawa, T. Xu, T. Prapamontol
Presiding: I.R. Kennedy
13:00 – 95. Development of an ELISA to detect clenbuterol in pork using a new approach for hapten design. A.Q. Bui*
13:30 – 96. Principles for design of lateralflow devices for rapid testing for organicand biological chemicals. I.R. Kennedy*,
A.N. Crossan, F. Sanchez-Bayo
14:00 – 97. Immunochromatography: Current advances and trends for agro-product safety. P. Li, Q. Zhang, z. zhang
14:30 – 98. New multianalyte lateral flow assays for control of toxic contaminants.
B.B. Dzantiev*, A.V. Zherdev,
N.A. Taranova, A.N. Berlina
14:55 Break
15:10 – 99. Highly sensitive and rapid immunoassay with a novel extraction solution
containing a surfactant and a disulfide
bond cleaving reagent. Y. Oyama,
M. Shoji, T. Honjoh*
15:40 – 100. Phage-borne anti-immunocomplex peptides and nanopeptamers fornoncompetitive detection of small analytes. G. Lassabe, A. González-Techera,
L. Vanrell, H. Kim, S. Gee, B. Hammock,
G. Gonzalez-Sapienza*
16:05 – 101. One step noncompetitive detection of 3-PBA based on anti-immunocomplex peptide-alkaline phosphatasefusion protein. J. Dong,
A. González-Techera, S. Gee,
G. González-Sapienza, B. Hammock
16:30 – 102. Application of new signal
probes in immunoassays. y. zhang*,
w. sheng, s. wang
Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: Y. Baba, A. van den Berg,
T. Yasui
13:00 Introductory Remarks
13:05 – 103. Nano- and quantum-biodevices
for cancer diagnosis, cancer therapy, and
iPS cell based regenerative medicine.
Y. Baba*
13:30 – 104. Formation of lipid nanoparticles
using microfluidic devices. M. Tokeshi*
13:55 – 105. Real-time detection of biomolecules in live animals. H.T. Soh*
14:20 – 106. Decoding biological information
with quantum chemistry. M. Taniguchi*
14:45 Break
15:00 – 107. Biomimetic microfabrication forbioanalysis or life science application –lipid vesicles or tubules. T. Kim*
15:25 – 108. Nanowire devices for analyzing
biomolecules. T. Yanagida

15:50 – 109. Nanostructures for biomolecule
analysis. T. Yasui*, N. Kaji, T. Yanagida,
M. Kanai, S. RAHONG, K. Nagashima,
T. Kawai, Y. Baba
16:15 – 110. Integrated microfluidic biochip
for label-free isolation of a single cancer
cell in blood and for measurement of drug
responses on the cell. A. Khamenehfar,
T.V. Beischlag, P.C. Li*
16:30 – 111. Micro- and nanochamber arraydevices for a single molecule and nucleus
analysis. N. Kaji*, T. Yasui, Y. Baba
16:45 – 112. Development of a single molecular tunnel-current based identification
method toward nucleotide sequencing.
T. Ohshiro, M. Tsutsui, K. Yokota,
T. Kawai, M. Taniguchi*
Marriott Waikiki Beach
Milo IV / V
Innovation in Chemical Sensing and
Separation Systems toward Advanced
Chemical Analysis (#159)

Organized by: T. Hayashita, P. Dasgupta,
B. Cho, A. Tong, T. Okada, W. Zhong,H. Li, H. Chang
Presiding: T. Hayashita, W. Zhong
13:00 Introductory Remarks
13:05 – 113. Digital LAMP on a SD chip for
point-of-care genetic analysis. D. Chiu
13:25 – 114. Surface-bubble-modulated liquid chromatography: A new strategy for
manipulating chromatographic retention
by pressure-induced change in the volume of stationary nanobubbles.
M. Shibukawa*, K. Nakamura, S. Saito
13:45 – 115. Variation of plasmonic sensor
systems for fluid samples. N. Fukuda*,
K. Nomura, M. Fujimaki, H. Ushijima
14:05 – 116. Admittance detection in microsystems: Old wine in a new bottle?.
P.K. Dasgupta*, M. Zhang
14:35 – 117. Chirality sensing using coordination polymers of Ag(I) with thiol ligand.
Q. Zhang, N. Chen, Z. Li, Y. Jiang*
14:55 Break
15:05 – 118. Guest-induced supramolecularchilarity in ditopic azoprobe-cyclodextrin
complexes in water. T. Hayashita*,
K. Nonaka, M. Yasui, T. Hashimoto
15:25 – 119. Photoresponsive fluorescentmolecules in solution and solid state.
A. Tong, Y. Xiang, K. Li, L. Peng
15:45 – 120. Mitochondrial targeting apoptosis by antitumor theranostic prodrug.
R. Kumar, H. Jung, Y. Lee, W. Shin,
J. Jang, S. Uhm, K. Sunwoo, W. Kim,
S. Koo, J. Kim*
16:05 – 121. Fluorescence sensors for species of biological and environmental interest. T.D. James*
16:25 – 122. Sensing of biomedically relevant species in live tissues by two-photon
microscopy. B. Cho*
16:55 Closing Remarks
Marriott Waikiki Beach
Kona Moku Bllrm B
Symposium on Petroleomics: Molecular
Level Understanding of Petroleum forEnvironmental Science and Petroleum
Engineering (#247)

Organized by: S. Kim, Y. Harvey,
A. McKenna* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–65

01 – ANYL
13:00 Introductory Remark
13:05 – 123. Molecular insight into oil spill
weathering helps advance high magnetic
field FT-ICR mass spectrometry.
A.M. McKenna*, N.K. Kaiser,
C.L. Hendrickson, R.P. Rodgers,
C.M. Reddy, R.K. Nelson, K. Lemkau,
L. Nyadong, D.L. Valentine, Y.E. Corilo,
D.C. Podgorski, G.T. Blakney,
J.T. Savory, J.P. Quinn
13:30 – 124. True boiling point (TBP) based
fractionation of crude oil: Detailed chemical and toxicological characterization.
U. Yim*, S. Ha, A. Loh, W. Shim
13:55 – 125. Closer look at petroleum andthe environment using Fourier transform
ion cyclotron resonance mass spectrometry. M.P. Barrow
14:20 – 126. Differentiating natural and anthropogenic sources of bitumen– derived
organic compounds to water resources
surrounding the Canadian oil sands.
C. Sun*, J. Martin*, . Shotyk, . Poesch,N. Sinnatamby
14:45 Break
14:55 – 127. Lignin-derived alicyclic aliphatic
structures incorporated into kerogen andpetroleum. P.G. Hatcher, B.E. Hartman,
N. DiDonato, D.C. Waggoner
15:20 – 128. Potential of FTir for characterizing vacuum distillates. C. Sanchez*,
H. Yarranton, M. Mapolelo, S. Mahavadi,
S. Andersen
15:45 – 129. Seeing is believing - but your
petroleum is not what you see!.
J.T. Andersson*
16:10 – 130. Understanding solar induced
transformation of crude oils using highresolution ion mobility spectrometry coupled to FT-ICR MS. P. Benigni,
K. Sandoval, C.J. Thompson,
M.E. Ridgeway, M.A. Park, P. Gardinali,
F. Fernandez-Lima
16:35 – 131. Supramolecular assemblymodel for asphaltene aggregation: Mechanistic insights from computational modeling. S. Stoyanov, A. Kovalenko
Marriott Waikiki Beach
Waikiki Bllrm I
Magnetoanalytical Science: Separation,
Characterization and Imaging (#320)

Organized by: H. Watarai, I. Fritsch,
C. FuhPresiding: H. Watarai, M. Zborowski
13:00 – 132. Magnetic cytosmear for specialized cytological analyses in global
health and disease. M. Zborowski*,
L.R. Moore, J.J. Chalmers
13:35 – 133. Chip-scale magnetoresistive
platforms for human health diagnostics.
M.D. Porter*, J. Park, C. Lim, J. Beck,
A. Skuratovsky, C. Young, B. Blackley,
G. Khanderao, J. Granger, M. Granger
14:00 – 134. Magnetic particle Imaging: Recent developments and translational applications in cardiovascular disease andmolecular imaging of cancer.
K.M. Krishnan
14:35 – 135. Plasmonic-magnetic nanorods
for imaging and therapeutics. J. Chen
15:00 Break
15:15 – 136. Magneto-resonance approaches for antiviral drug designing.
O. Prakash*, D. Takahashi, K. Chang,
Y. Kim
15:40 – 137. Nanoscale magnetometry using
the nitrogen-vacancy centre in diamond.
L. Hollenberg
16:15 – 138. Materials and In-fiber devices
for magneto cardiography and magneto
encephalography applications.
P. Gangopadhyay*

66 –TECHTECHNICAL PROGRAM
Wednesday Morning
Marriott Waikiki Beach
Waikiki Bllrm III
New Tools and Methodologies for theCharacterization of BiomolecularInteractions (#15)

Organized by: S. Krylov, D. Wilson,
W. Zhong, H. Wang
Presiding: H. Wang, W. Zhong
8:00 Opening Statement
8:05 – 139. Protein-protein interactions, networks, and structures: New tools for invivo discovery. J.E. Bruce*, J.D. Chavez,
A. Navare, D. Schweppe, X. Wu,
C. Zheng
8:35 – 140. Use of the conditional two-hybrid
system to analyse methylation-dependent interactions and protein interaction
codes. M. Wilkins
9:05 – 141. Fluorogenic dyes for screeningof protein-nanoparticle interactions.
W. Zhong, J. Ashby, Y. Duan
9:25 – 142. Responsive nanogels for biomolecular separations. L.A. Holland*
9:45 – 143. Investigation of complex matrix
effect on solid phase microextraction forbiological sample analysis. R. Jiang,
F. Zhu, G. Ouyang*
10:05 Break
10:20 – 144. Characteristic evaluation of
PEG-based hydrogels for protein recognition using molecularly imprinting technique. T. Kubo, S. Arimura, T. Naito,
K. Otsuka*
10:40 – 145. Generalized model on the effects of nanoparticle on fluorophore fluorescence in solution. D. Zhang
11:00 – 146. Evaluating the selectivity offunctionalized squarylium cyanine dyes
towards saccharides and sialic acids.
C.L. Colyer, K. Ouchi, T. Maeda,
H. Nakazumi, M. Shibukawa, S. Saito*
11:20 – 147. Covalent peptides to probe
protein-protein interactions and modulatesignal transduction inside cells. J. Xia*
11:40 – 148. Ligand/receptor modified hydrogel particles as probes for biomolecular interactions at surfaces. A. Calameño,H. Wang, T. Radke, T. Pompe, L. Hartmann, S. Schmidt*
Marriott Waikiki Beach
Kona Moku Bllrm B
Current Issues in Teaching Analytical
Chemistry (#38)

Organized by: T. Wenzel, C. Lucy,
G. Dicinoski
Presiding: G. Dicinoski, C. Lucy,
T. Wenzel
8:00 Introductory Remarks
8:05 – 149. What are the most effective
teaching methods for an undergraduate
laboratory program?. R. Pullen,
G. Dicinoski*, B.F. Yates, N. Brown,
J. Smith
8:35 – 150. Incorporating analytical researchexperience into the undergraduate curriculum. K. Thurbide
9:05 – 151. Advancing science and engineering through laboratory learning:
ASELL. K.F. Lim
9:35 – 152. Using digital tools to foster active
learning. C.R. Harrison
10:05 Break
10:20 – 153. Free resources for teaching analytical chemistry. C. Lucy*
10:50 – 154. Two-sided story: Challenges
and successes in implementing active
learning laboratory experiments for anundergraduate analytical chemistrycourse. A.G. Cavinato*
11:10 – 155. Use of project-based learningand technology to further engage students in quantitative analysis.
S.C. Russell*
11:30 – 156. Some teaching approaches tostimulate critical thinking in analyticalchemistry. D. Beauchemin
11:50 Concluding Remarks

Marriott Waikiki Beach
Milo III

Marriott Waikiki Beach
Milo I

Frontiers in Flow Injection Analysis andRelated Techniques (#45)

Immunoanalysis: Applications and Trends
for Environmental Monitoring and Human
Health (#94)

Organized by: T. Imato, G. Christian,K. Grupan, S. Kolev, A. Sabarudin
8:00 – 157. Microfluidic devices for controlling the environment around dorsal root
ganglion neurons and collecting stimulated release of transmitters and peptide.
J.V. Sweedler*, E.G. Tillmaand, N. Yang,
M.A. Makurath, S.S. Rubakhin
8:25 – 158. Membraneless vaporization unit
coupled with flow analysis system for determination of volatile compounds.
N. Ratanawimarnwong*,
T. Pluangklang, W. Al-ahmad,
D. Nacapricha, P. Wilairat
8:50 – 159. Instrument-free paper microfluidic flow sensors using a mobile phone
for potentiostatic control and electrochemiluminescence detection.
C.F. Hogan*
9:15 – 160. Determination of biological samples by flow analysis and its potential to
medical support. N. Teshima*,
H. Murakami
9:40 Break
9:55 – 161. Electrodialytic ion-extraction device-ion-exclusion chromatography of silicate ion. M. Mori*, Y. Kurosawa,
H. Kojima, N. Nakatani, S. Ohira,K. Tsunoda, H. Itabashi
10:20 – 162. Flow injection analysis of␤-secretase activity by using of immobilized recombinant fusion ␤-secretase andapplication of the system for the inhibitor.
Y. Iida*10:45 – 163. Flow immunoassay based oncarbon nanodots. R. Ishimatsu,
K. Nakano, T. Imato
11:05 – 164. Specific fluid behavior of themixed solutions in a micro-space and its
application. S. Fujinaga, M. Hashimoto,
K. Tsukagoshi, J. Mizushima
Marriott Waikiki Beach
Kona Moku Bllrm C
Advances in Analytical Ion Mobility
Separations (#61)

Organized by: A. Shvartsburg, F. Misaizu,
T. PukalaPresiding: A. Shvartsburg
8:00 – 165. Analysis of the three-dimensional
shape of polyatomic ions by ion mobility
spectrometry. T. Wyttenbach,C. Bleiholder, M.T. Bowers*
8:30 – 166. Structural characterisation of
biomolecular assemblies by chemical
cross-linking and ion mobility-mass
spectrometry. M. Graetz, A. Button,
T.L. Pukala*
9:00 – 167. Integrated ion mobility and mass
spectrometry methods for structural proteomics. B. Ruotolo*
9:30 – 168. Probing structural dynamics andaggregation of human islet amyloid polypeptide using Ion Mobility Mass Spectrometry. H.I. Kim*, S.C. Lee, S. Akashi,
M. Lim
10:00 Break
10:20 – 169. Understanding biopolymer
structures and folding in solution fromstudies of naked ions in the gas phase.
D.E. Clemmer*
10:50 – 170. Intact membrane proteins released from detergent micelles undervacuum: Combining IMS/MS, in silico
collision-induced dissociation and molecular dynamics simulations.
F. Montenegro, M. Barrera, S. Torres,
N.P. Barrera*
11:20 – 171. HDX-TIMS-MS reveals kinetic
intermediates of globin proteins.
C. Harrilal, J. Molano-Arevalo,
E.R. Schenk, J. Miksovska,
F. Fernandez-Lima

Organized by: S. Gee, I. Kennedy,
H. Ohkawa, T. Xu, T. Prapamontol
Presiding: T. Xu
8:00 – 172. Single domain heavy chain antibodies (nanobodies or VHH): Monoclonal
antibody replacement?. B. Hammock*,
S. Gee8:25 – 173. Environmental and human exposure monitoring for tetrabromobisphenol
A by immunoassays based on a variabledomain of heavy chain antibody. T. Xu*,
J. Wang*, C. Bever*, S. Gee*, Q.X. Li,
B. Hammock
8:50 – 174. Synthetic biology immunosensors: Whole-cell biosensors based on
surface displayed nanobodies.
K.M. Polizzi*, H. Lai, N. Kylilis,
P.S. Freemont
9:10 – 175. Nanobody based ELISA for protein and small molecule detection using a
polymeric enzyme as the label. D. Li,
Y. Cui, S. Gee, Y. Ying, B. Hammock
9:30 – 176. Single domain antibodies to haptens: Selection strategy and unusual
binding properties. S. Tabares, M. Pirez,
L. Wogulis, D. Wilson, B.M. Brena,
G. Gonzalez-Sapienza*
9:50 Break
10:05 – 177. Camelid derived VHHs as new
generation immunoanalysis reagent forenvironmental checmicals - aflatoxin as
an example. A. Wei*, J. Herron, X. Wang,
A. Zinkl
10:30 – 178. Development of visual screening examination kit for cadmium by immunochromatography using anti-(CdEDTA) antibody. H. ARAI*,
K. NAKAMURA, Y. YOSHIDA,
K. TAWARADA
10:55 – 179. ELISA coupled with solid phasemicroextraction on a modified polysiloxane waveguide. G. Mackey, K. Flynn,
R. Brown*
11:15 – 180. Detection of the tuberculosis
antigenic marker lipoarabinomannan in
infected patient sera by gold nanoparticle
labeling and surface-enhanced Raman
scattering. M.D. Porter*, A. Crawford,
L. Laurentius, T.S. Mulvihill, J. Granger,
J. Spencer, D. Chatterjee, K. Hanson
11:35 – 181. Detection of ␤-agonists by noble metal nano-materials based surfaceenhanced Raman scattering immunochromatographic assay. A. Deng
Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: J. Ramsey, S.A. Soper,
D. Spence
8:00 Introductory Remarks* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
8:05 – 182. Rapid electronic identification ofindividual molecules with single nanometer-scale pores. J. Kasianowicz*,
A. Balijepalli, J. Benjamini, J. Robertson,
H. Wang, J. Forstater, J. Reiner
8:30 – 183. Interfacing nanofluidic devices tothe real world: Analyzing drug-induced
damage in single DNA molecules isolated
from circulating tumor cells. S.A. Soper*
8:55 – 184. Nanofluidic devices for the manipulation and characterization of DNA:One molecule at a time. L.D. Menard,
O.A. McCrate, M.A. Tycon, J. Ramsey*
9:20 – 185. Microengineered intestine forbiomedical assays. N. Allbritton
9:45 Break
10:00 – 186. Biomimetic channels and channel networks. A. Manz
10:25 – 187. Enhanced, rugged organ-onchip systems with 3D-printed devices.
D. Spence
10:50 – 188. Compact microfluidic systems
for low-cost chemical and biological analyses. C.J. Backhouse*
11:15 – 189. Nanomechanical devices as amolecular sensing platform. T. Biswas,
N. Miriyala, T. Thundat, K. Beach,
J.P. Davis*
11:30 – 190. Development of microfluidic
plasma separation device for whole blood
immunoassay. H. Shimizu, M. Kumagai,
E. Mori, K. Mawatari, T. Kitamori*
11:45 – 191. Bioinspired conducting polymers to couple cells electrically at highselectivity. Q. Pan, Y. Zhang, B. Zhu*,
Y. He
Hawaii Convention CenterHalls I, II, III
Innovation in Chemical Sensing and
Separation Systems toward Advanced
Chemical Analysis (#159)

Organized by: T. Hayashita, P. Dasgupta,
B. Cho, A. Tong, T. Okada, W. Zhong,H. Li, H. Chang
Presiding: T. Hayashita, W. Zhong
Poster Session
10:00 – 12:00
192. siRNA separation and identification bycapillary polymer electrophoresis. C. Liu,
Y. Yamaguchi*, X. Dou
193. Development of temperature-responsive solid-phase extraction column for biologocal sample pretreatment.
M. Akimaru*, K. Okubo, Y. Hiruta,
H. Kanazawa
194. Effects of terminal group and chain
length on temperature-responsive chromatography utilizing Poly(N-isopropylacrylamide) via RAFT polymerization.
Y. Nagumo*, Y. Hiruta, H. Kanazawa
195. Application of quinoline oligoamide foldamer for chiral HPLC stationary phase.
H. Noguchi, V. Maurizot , M. Takafuji*,
I. Huc, H. Ihara*
196. Ice grain boundary as a size-selective
electrophoretic separation field.
A. Inagawa, T. Okada
197. Shear flow ice chromatography.
M. Shimizu, M. Harada, T. Okada
198. Chiral separation with composite-typestationary phase. Y. Iimura, T. Okada
199. Designing novel potentiometric sensors
based on nanostructured TiO2 electrodes
for selective determination of biologicallyimportant transition metals in real samples. M. Hariri*, S. Morin
200. Adsorption behavior of Cu(II)-ammonia
complex to gel-like solid polyol compounds through dehydration condensation reaction. T. Fujimori*, H. Mabuchi,
K. Yoshimura
201. Efficient recovery of rare metals ionswith calix[4]arene derivatives by using
droplet-based microreactor system in nitric acid media. R. Sathuluri, M. Maeki,
K. Ohto, M. Miyazaki
202. New approach toward fast and efficient
DNA aptamer selection for microbial cells
using polymer-enhanced capillary transient isotachophoresis. K. Hirose*,
M. Tsuchida, K. Yoshimoto, C.L. Colyer,
M. Shibukawa, S. Saito

203. Evaluation of the intrinsic retention selectivity of hydrocarbonaceous and fluorocarbonaceous stationary phases by
surface-bubble-modulated liquid chromatography. K. Nakamura*, S. Saito,
M. Shibukawa
204. Development of an off/on fluorescenceprobe for carbonic anhydrase IX basedon twisted intramolecular charge transfer(TICT) state. S. Takahashi*, K. Hanaoka,
Y. Urano
205. Recognition and optical sensing of phenylurea pesticides by carboxylate anion.
R. Kato*, H. Okumura, K. Ito, T. Hattori
206. Preparation and characterization of anion sensing polymer nanofibers and its
anion sensing properties in methanol andmethanol-water. H. Kahara*, R. Kato,
T. Hattori, Y. Ishii
207. Visual measurement of contaminants
using a thixotropic gel. T. Saito*
208. Laser trapping induced microparticle
formation in thermoresponsive polymer/
alcohol/water ternary system and its application for ultratrace analysis.
R. Nohara, A. Miura, N. Kitamura
209. Recognition function of phosphate derivatives by supramolecular dipicolylamine azoprobe/dendrimer complexes inwater. T. Hashimoto, A. Koshino,
Y. Tsuchido, T. Hayashita*210. Development of fluorescent probe possessing dipicolylamine for selective ion
recognition in water. Y. Torii,
M. SAWADA, S. Fujiwara, T. Hashimoto,
T. Hayashita*211. Design and function of dipicolylamine
fluorescent probes for ion recognition inwater. M. SAWADA, Y. Torii,
H. KOBAYASHI, T. Hashimoto,
T. Hayashita*
212. Substituent effect on recognition ofphosphate derivatives by dipicolylamine
azoprobe/cyclodextrin complex sensor.
S. MINAGAWA, T. UEMURA,
T. Hashimoto, T. Hayashita*
213. Long-time nonadiabatic molecular dynamics of boronic acid fluorophore.
O. Kobayashi*, S. Nanbu
214. Development of supramolecular rotaxane sensors possessing ion recognition
function by biscrown ether structure.
M. OKANIWA, S. MURAYAMA,
S. Fujiwara, Y. Tsuchido, T. Hashimoto,
T. Hayashita*
215. Evaluation of sugar adsorption gel
based on phenylboronic acid azoprobe/
cycldextrin complexes. T.G. Bekele,
T. Yamada, T. Suzuki, T. Hashimoto,
T. Hayashita*
216. Design of saccharide recognition material based on boronic acid fluorophore/
cyclodextrin supramolecule complex.
T. Suzuki, Y. Tsuchido, T. Hashimoto,
T. Hayashita*
217. Selective sugar recognition by fluorinated boronic acids fluorophore/cyclodextrin complexes in water at neutral pH
condition. K. Sugita, Y. Tsuchido,
T. Hashimoto, T. Hayashita*
218. Saccharide recognition by using amphiphilic phenylboronic acid sensor.
Y. Tsuchido, T. Suzuki, R. Sato,
T. Hashimoto, T. Hayashita*
219. Design and function of dipicolylamine
modified ␤-cyclodextrin for phosphateanion sensing in water. S. Fujiwara,
T. Yamada, H. KOBAYASHI,
T. Hashimoto, T. Hayashita*220. Design and function of supramolecular
dipicolylamine-modified cyclodextrins.
T. Yamada, S. Fujiwara, H. KOBAYASHI,
T. Hashimoto, T. Hayashita*
221. Development of bacteria detection sensor based on phenylboronic acid/dendrimer complex supramolecular in water.
R. Horiuchi, Y. Tsuchido,
H. KOBAYASHI, T. Hashimoto,
T. Hayashita*222. Development of fluorescent probe forpathogenic bacterial detection. Y. Kasai,
H. KOBAYASHI, Y. Tsuchido,
T. Hashimoto, T. Hayashita*
223. Novel electrochemical molecular recognition system using metal complexes assembled on gold nanoparticles.
A. Endo*, S. Yoshimoto, T. Hashimoto,
T. Hayashita

224. Electrochemical molecular recognitionof the dopamine with the ruthenium complexes assembled on metal nanoparticles. A. Sunata, A. Endo, T. Hashimoto,
T. Hayashita*
225. Molecular recognition using a ␤-cyclodextrin assembled on the gold electrodeby impedance spectroscopy (EIS).
N. Ishiguro, T. Hashimoto, A. Endo,
T. Hayashita
Marriott Waikiki Beach
Waikiki Bllrm II
Fundamentals and Applications of Atomic
Spectrometry (#160)

Organized by: N. Furuta, G. Hieftje,
R. Sturgeon
Presiding: G.M. Hieftje
8:00 – 226. Instruments of change in atomic
mass spectrometry: Progress, predictions, and science applications.
D. Koppenaal*, S.J. Ray, G.M. Hieftje,
R. Marcus
8:35 – 227. Near field enhanced ionization
time-of-flight mass spectrometry fornanometer scale surface analysis.
W. Hang
9:10 – 228. Distance of flight mass spectrometry: New capabilities for atomic MS.
S.J. Ray*, E. Dennis, G.M. Hieftje,
C. Enke, C. Barinaga, D. Koppenaal
9:45 Coffee break
10:05 – 229. Nanoparticle and microparticle
measurements using single particle-, time
integrated-, and laser ablation-ICP-MS.
J.W. Olesik*, A.T. Wilson, C. Sun,
A. Lutton
10:40 – 230. Effects of desolvation and particle vaporization on sp-ICP-MS measurement. B. Chun, W. Chan*
11:15 – 231. Pushing the limits in nanomaterials analysis: Characterization of single
nanoparticles using spICP-MS and CEspICP-MS. C. Engelhard*, I. Strenge,
B. Franze
Hawaii Convention CenterHalls I, II, III
Symposium on Petroleomics: Molecular
Level Understanding of Petroleum forEnvironmental Science and Petroleum
Engineering (#247)

Organized by: S. Kim, Y. Harvey,
A. McKenna
Poster Session
10:00 – 12:00
232. Quantitative observation of change inring type distribution of UV and naturaldegraded oil samples. D. Kim, S. Ha,
U. Yim, W. Shim, S. Kim*
233. Application of molecular dynamic simulation for theoretical collisional cross-section calculations of long-chain alkyl aromatic compounds. D. Lim, A. AHMED,
S. Kim*234. Combining chromatographic fractionation and FT-ICR MS analyses for moredetailed molecular level identification of
crude oil compounds. J. Ha, D. Kim,
S. Kim*235. Source characterisation of polycyclicaromatic hydrocarbons (PAHs) in sediments and soils from Khuzestan province, Iran, using multivariate data analysis(CHEMSIC - chemometric analysis of selected ion chromatograms). J.S. Lübeck,
K.G. Poulsen, S.B. Knudsen, M. Soleimani, J.H. Christensen*
236. Characteristic curvature evaluation ofanionic surfactants for enhanced oil recovery applications. A.B. Mejia*
237. Suppression of tar emission by enhancing volatile-char interaction during coalgasification at low temperature.
Y. Kawabata, T. Wajima, H. Nakagome,
S. Hosokai, Y. Suzuki, H. Sato,K. Matsuoka
238. Phenol-selective mass spectrometricanalysis of petroleum fractions. H. Zhu*,
J. McIndoe

Marriott Waikiki Beach
Waikiki Bllrm I
Magnetoanalytical Science: Separation,
Characterization and Imaging (#320)

Organized by: H. Watarai, I. Fritsch,
C. FuhPresiding: I. Fritsch, N. Pamme
8:00 – 239. Expanding lab-on-a-chip applications for redox-magnetohydrodynamic
microfluidics through polymer-modified
electrodes and enhanced current-magnet
relationships. F.Z. Khan, B.J. Jones,
C.K. Nash, I. Fritsch*
8:35 – 240. Electrochemical detection ofmagnetic field-induced agglomeration ofsolution-phase Fe3O4 nanoparticles.
K. Tschulik*, R.G. Compton
9:00 – 241. Magnetic enrichment for ultratrace electrochemical detection of hybrid
Pt-decorated iron oxide nanoparticles.
K.J. Stevenson*, D. Robinson
9:25 – 242. Effects of magnetic field andmetal nanoparticles on photoelectrochemical reactions of porphyrin-viologen
linked compound-metal nanoparticle
composite films. H. Yonemura*, T. Niimi,
S. Yamada
9:50 Break
10:05 – 243. Chiral surface formation by galvanostatic magnetoelectrodeposition.
I. Mogi*, R. Aogaki, K. Watanabe
10:30 – 244. Tailored magnetic fields forcontrolling the electrochemical deposition of metal. G. Mutschke*,
S. Mühlenhoff, X. Yang, K. Eckert,
K. Tschulik, M. Uhlemann, J. Froehlich,
A. Bund
10:55 – 245. FT-IR spectroscopic study on amagnetically treated aqueous solutions
using principal component analysis.
K. Suzuki, T. Hasegawa*, F. KIMURA,
T. Shimoaka, T. Kimura*
11:20 – 246. Development of Faraday rotation imaging microscope with pulsed
magnetic field. M. Suwa, S. Tsukahara,
H. Watarai
11:45 Closing Remarks
Hawaii Convention CenterHalls I, II, III(Bio-)Chemical / Electrochemical Sensors
and Sensing Materials (#417)

Organized by: K. Suzuki, P. Buhlmann,
D. Citterio, O. Niwa, M. Winnik,
K. Mitsubayashi
Poster Session
10:00 – 12:00
247. Electrically conductive Fe-PDMS polymer composites for temperature sensing
applications in microfluidic devices.
A.A. Agarwal*, M. Pallapa, J.C. Leung,
P. Rezai*
248. Reagentless sensor using “plastic oxidase” by molecularly imprinted polymer
including redox group. Y. YOSHIMI*,
H. Ohira
249. Water-soluble polymers for the selective sensing of mercury ions with pHdriven controllable detection sensitivity
and time. S. Kim, A. Balamurugan,
H. Lee** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–67

01 – ANYL
250. Development of fluorescence probe forcellular imaging utilizing a temperatureresponsive polymer. A. Yamada*,
J. Wang, Y. Hiruta, H. Kanazawa
251. Hollow polymer nanocapsules - newplatform for application as optical sensors. M. Kim, S. Dergunov, E. Lindner,
E. Pinkhassik
252. Label-free cancer cell detection using
conducting polymer film. K. Numada,H. Shiigi, T. Nagaoka, I. Nakase,
S. Tokonami*
253. Design of bright fluorescent polymers
for bioassays. Y. Takahashi, T. Toyama,
R. Kato, Y. Hiruta, Y. Shindo, K. Oka,
M. Takai, N. Iwasawa, D. Citterio,
K. Suzuki*
254. Colorimetric analysis of chirality using
poly(phenylacetylene) with chiral amide
receptors. Y. Mato*, S. Umeda, K. Tsuda,
T. Satoh, T. Kakuchi, R. Sakai
255. Chiral discrimination of optically active
carboxylic acids using polydiacetylene
with chiral amino groups at the side
chain. R. Sakai*, Y. Mato, S. Umeda,
K. Tsuda, T. Satoh, T. Kakuchi
256. Ratiometric detection of protein kinase
activity with a fluorescent polyion complex nanoparticle that incorporates an internal standard. T. Nobori*, S. Shiosaki,
A. Kishimura, T. Mori, Y. Katayama
257. Plasmonic full color sensor by use ofmultilayered metallic nanoparticle sheets.
S. Shinohara, D. Tanaka, K. Okamoto,
K. TAMADA*
258. Colorimetric DNA detection by invasive
reaction coupled with nicking endonuclease-assisted nanoparticles amplification. B. Zou
259. Fluorescent core-shell-type labeling
nanoparticles for immunoassays.
K. Osada, Y. Katayama, K. Suzuki,
D. Citterio*260. Sensing microbes using Au substrates
modified with artificial siderophore-Fe3⫹complexes. T. Inomata*, H. Ido,
T. Murase, T. Ozawa, H. Masuda
261. Determination of cholera toxin based on
␤-galactose derivative functionalized Au
surface. D.T. Jeong*, K. Ahn, W. Lee
262. Highly sensitive and stable biosensing
probes based on Ag containing nanoheterostructures. A.T. Dao*, D.M. Mott,
S. Maenosono
263. Bioluminescent sensing of toxic substance in environmental water by using
luminous Escherichia coli. H. Karatani*,
D. Okamoto, Y. Ihara
264. Synthetic coelenterazine derivatives forbioluminescence applications.
R. Nishihara, S. Kim, T. Nakajima,
M. Sato, S. Nishiyama, N. Iwasawa,
D. Citterio, K. Suzuki*
265. Electrogenerated chemiluminescentsensor for hydrogen peroxide based on a
cyclometalated Ir(III) complex. I. Shin,
H. Kim, J. Hong266. Electrogenerated chemiluminescencesensor based on sol-gel incorporated
CdSe/ZnS quantum dot. S. Nam*, W. Lee
267. Design of bright chemiluminescent dyesfor bioanalysis. M. Sumiya*, M. Iwama,
M. Yokoo, S. Nishiyama, D. Citterio,
K. Suzuki*
268. Design and synthesis of novel coelenterazine derivatives with high functionality. M. Abe, R. Nishihara, T. Nakajima,
M. Sato, S. Kim, N. Iwasawa, D. Citterio,
S. Nishiyama, K. Suzuki*
269. Design and synthesis of novel redshited firefly luciferin analogs. Y. Ikeda,
T. Toyama, Y. Adachi, N. Iwasawa,
D. Citterio, S. Nishiyama, K. Suzuki*
270. Metal ion-zeolite composite gas sensors for the selective detection of hydrocarbons. D.C. Pugh*, S.M. Hailes,
I.P. Parkin271. Fiber-optic biochemical acetone gas
sensor (bio-sniffer) for assessment of lipid
metabolism from exhaled breath. M. Ye,
P. Chien, K. Toma, T. Arakawa,
K. Mitsubayashi*
272. Fiber-optic biosensor with a UV-LED
excitation system for sensitive determination of sorbitol-induced diabetic complications. T. Gessei, Y. Takimoto,A. Monkawa, T. Arakawa,
K. Mitsubayashi*

68 –TECHTECHNICAL PROGRAM
273. Trace water determination by means offiber optic gas sensor with metal organic
framework as a sensing material.
S. Ohira, Y. Miki, M. Endo, N. Nakamura,
Y. Hirose, K. Toda
274. Highly sensitive and rapid gas biosensor for formaldehyde. Y. Takimoto,T. Gessei, N. Jo, A. Monkawa*, T. Wada,
N. Sanari275. Atomically precise doping interrupted
chalcogenide-based semiconductor zeolitic analog with tunable photo-/electrochemical property. Y. Liu
276. Detection of heavy metal ions andphosphates using organic field effecttransistors functionalized with dipicolylamine derivatives. T. Minami*,
T. Minamiki, Y. Sasaki, S. Tokito
277. Development of biocompatible ion sensors based on sol-gel glass modified
chemically with oligoethylene glycol derivative. H. Ishigaki*, S. Yajima,
M. Tanaka, K. Kimura
278. Colorimetric chelating reagents for serum iron and copper based on charged
quinone structures. R. Endo, Y. Kaneko,
K. Kina, N. Iwasawa, S. Nishiyama,
D. Citterio, K. Suzuki*
279. On-chip DNA methylation analysis by abulge specific immuno-recognition.
R. Kurita*, H. Yanagisawa, K. Yoshioka ,O. Niwa
280. Multiplexed profiling of cell surface glycans in MALDI-MS by DNA labeling andsignal amplification. Z. He*, J. Lin
281. Observation of conformational changesof a functional RNA by using a quartz
crystal microbalance with energy dissipation technique. H. Furusawa
282. Characterization of the DNA aptamer
which binds to CD4 and its application for
detection of CD4-expressing cells.
K. Yano*, T. Shibata, Y. Sato, H. Kubo,
T. Shimizu, A. Shiratani, M. Shimizu,
A. Sato283. Toward DNA-detecting FET devices
with ligand-immobilized gate surface.
A. Michikawa, R.K. Verma, N.B. SABANI,
K. NAKATANI
284. PEP-on-DEP: A realistic biosensor chipfor unreachable biomarker-based diagnostics. M. Biyani*, K. Kawai, M. Chikae,
M. Biyani, H. Ushijima, K. Kitamura,T. Yoneda, Y. Takamura
285. 2D ATP imaging based on CCD type pH
sensor modified with ATPase. S. Endo,
A. Kono, R. Kato, K. Sawada, T. Hattori*
286. 2-Propanol fluorometric biosensor
based on secondary-alcohol dehydrogenase (S-ADH) for clinical diagnosis of ketoacidosis. P. Chien, M. Ye, K. Toma,
T. Arakawa, K. Mitsubayashi*
287. Circularly permuted fluorescent proteinbased indicators for citrate. Y. Honda,
K. Kirimura
288. Visualization of toxic substance in environmental water by using blue fluorescent Escherichia coli. Y. Ihara,
D. Okamoto, H. Karatani*289. Bioinspired post-polymerization modifications of molecularly imprinted protein
recognition nanocavity for acquiring signal transducing function of binding
events into fluorescence change.
H. Sunayama, T. Takeuchi
290. Detection of protein kinase activity using chemical and electrochemical sensors. I. Shin, S. Lee, H. Rhee, J. Hong*291. LSI-based microelectrode array chip
device with 400 addressable sensors toward electrochemical imaging of stem
cells. Y. Kanno, K. Ino*, C. SAKAMOTO,
K. INOUE Y., M. MATSUDAIRA, A. SUDA,
R. KUNIKATA, H. Abe, H. Shiku,
T. Matsue*
292. Evaluation of plasticized potentiometricmembranes for ion-selective electrodes
by pulsed NMR analyses. T. Moriuchi*,Y. Urahama
293. Electrodeposition of copper oxide/polypyrrole/reduced graphene oxide as anonenzymatic glucose biosensor.
P. Woi*, P.M. Nia, Y. Alias
294. Oxygen-dependent behavior of the amperometric signals of glucose oxidase enzyme electrodes. N. Halder*295. Electrochemical immunochromatography integrated with microperiodic arraybased sensor for bioanalyses.
W. Iwasaki*, R. Sathuluri, O. Niwa,
M. Miyazaki
296. Novel nanofiber web-based dry electrodes for long-term biopotential monitoring. L. Jin, Y. Ahn, K. Kim*, T. Oh, E. Woo
297. Selective nitrogen doped carbon thinfilm electrode for electrochemical biosensor. T. Kamata, D. Kato, O. Niwa*
298. Design of polyion complex sensor arrays that fingerprint secretomic signatures of cells for markerless and noninvasive cell evaluation. S. Tomita*,
K. Yoshimoto, R. Kurita, O. Niwa
299. Non-invasive mouth guard biosensor
for continuous measurement of saliva
glucose. T. Arakawa, Y. Kuroki, H. Nitta,
S. Takeuchi, T. Sekita, S. Mizukuchi,
K. Mitsubayashi*
300. Interdigital capacitors for monitoring thequality of ethanol lended gasoline using
imprinted titania coatings. A. Mujahid,
M. Irshad, W.u. Zaman, T. Hussain,
A. Afzal, N. Iqbal
301. Direct imaging of acetylcholine with anovel fMRI nanosensor. Y. Luo*,
H.A. Clark
302. Development of a high-contrast fluorescence microscopy based on polarization
techniques using an optical interference
mirror slide. M. Yasuda*, T. Akimoto
303. Novel “dead volume-free” spotter aspirating and dispensing nanolitter-level
samples and its applications to bioanalysis. H. Aoki
304. Detection of biomarkers via aptamer
based binding events. M.F. Ali*,
S. Sitaula, J. Grennell, C. Dunlock
Hawaii Convention CenterHalls I, II, III
Plasmonic Materials for Chemical Analysis(#450)

Organized by: D. Boudreau, J. Masson,
A. Haes, J. Shumaker-Parry, M. Fan
Presiding: D. Boudreau, J. Masson
Poster Session
10:00 – 12:00
305. Free-standing gold nanoparticle films
as flexible SERS sensors. L. Pruden,
J.S. Shumaker-Parry
306. Identifying uranium speciation in environmental samples using Raman and
SERS. G. Lu*, T.Z. Forbes, A.J. Haes
307. Surface plasmon resonance imaging(SPRi)-based biosensors for small-molecule metabolites detection. Y. Cao,
M. McDermott*, B. Griffith, D.S. Wishart
308. Molecularly imprinted polymeric ionicliquids films for surface plasmon resonance sensing of energetic materials inaqueous media. T. Havard*, J. Masson,
A.R. Schmitzer
309. Single particle study of plasmonic bimetallic nanoparticles. J. Zhao*,S. Thota, S. Chen, Y. Zhou, S. Zou
310. Quantitative SERS measurements withinternal reference. Y. Zhou, P. Joshi,
R. Ding, T. Ozkaya Ahmadov, P. Zhang*
311. Laser assisted deposition of fluorescent
nanoparticles on glass and plastic substrates. A. Pinchuk*, K. Jiang,
K. Culhane
312. High sensitive inspection chip for influenza virus based on the local surface
plasmon resonance. A. Monkawa*,
Y. Takimoto, T. Gessei, T. Nakagawa,E. Kazawa
313. Preserving prismatic shapes of photodeveloped silver nanoparticles duringstorage. S. Angela, G.P. Lee,
D.S. Thomas, N.A. Lee*
314. Fine-tuning nanoshells for multiplex
analysis. R.G. Sobral-Filho*,
A. Brito-Silva, A.G. Brolo
315. Light-transmittable ultrasmooth gold
film for gap mode tip-enhanced raman
scattering spectroscopy and its applications. M. Oguchi, M. Mochizuki, T. Yano,
M. Hara, T. Hayashi*
316. Nanoindentation of inside gold nanoshell for fluorescence-like strong SERS
tag. J. Kim

317. Thin silica shell-coated silver nanoparticles assembled structure for aniline detection. B. Jun
318. Plasmonic nanoprobes for sensing hydrogen peroxide in living systems. X. Gu
319. Detection of counter ions using thiol
molecules adsorbed on silver nanoparticles. M. Futamata*320. Fabrication of flexible plasmonic nanocone array surfaces with broadband antireflectivity and tunable hydrophobicity forphotovoltaic, catalytic, and biosensing
applications. H.M. Fung*, A.M. Maley,
R.M. Corn
321. Sustainable nanostructures for plasmonic purposes. O.R. Clarke*,
C.L. Brosseau
322. Metal-enhanced fluorescence from silver nanowires with high aspect ratio onplanar surfaces for biosensing applications. K. Aslan*, B. Abel, E. Bonyi,
H.E. Unalan, S. Coskun
323. Plasmonic materials for SERS andSEIRA sensor systm. Y. Nishijima*,
S. Suda, G. Seniutinas, S. Juodkazis
Hawaii Convention CenterHalls I, II, III
Analytical General Posters
10:00 – 12:00
Theory and Fundamental Science
324. New viewpoint of potential-dependent
component of EDL. X. Zhao*, J. Chen,
Z. Sha, X. Wang, N. Tang
325. Kinetics of diffusion-limited sorption in
the mesoporous silica gel/water system
by single microparticle injection and confocal fluorescence microspectroscopy.
T. Sato, K. Nakatani
326. Kinetic analysis of chelate extraction at
water microdroplet/oil interface by microelectrochemistry and confocal fluorescence microspectroscopy. N. Sawada,
T. Sato, K. Nakatani*
327. Syntheses and properties of iridium(III)complexes with boronic acid ligands andtheir reactivity towards D-fructose.
M. Takata*, T. Sugaya, K. Ishihara
328. Relative kinetic reactivities of boronic
acid and boronate ion. Y. Suzuki,
D. Matsukawa, T. Sugaya, K. Ishihara*
Analysis of Material Structure andProperties
329. Application of the superhydrophobic
biomimetic chip in SERS analysis. Z. Yu*,
Y. Jung*, Q. Cong*
330. Water state and gelling process of
methyl cellulose thermo reversible hydrogels containing polyethylene glycol andsalt. H. Eguchi*, E. SHIMODA,
T. SUZUKI, Y. Nishimoto
331. Characterization and drying property oflaccol lacquer. R. Lu
332. Liquid-liquid phase transition of hydroxylamine-doped water confined within
MCM-41 pores, observed by DSC and
Raman spectroscopic measurements.
S. Yoshidome*, Y. Ito, A. Nagoe,
T. Sugimoto, H. Fujimori
333. Adsorption behavior of metal ions onto
modified mesoporous silicate MCM-41
having Schiff base structure. S. Oshima,
Y. Watanabe, K. Fujinaga, G. Stevens,
Y. Komatsu
334. Phase transition behavior of acetonitrile⫺water mixture confined in mesopores. M. Nakada, T. Takashi,
H. Yoshida* Principle Author

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01 – ANYL
335. Effect of composite material on deposition behavior of electroless Ni plating.
T. Suzuki*, R. Suzuki, K. Noda
336. Study of SEI layer formed on graphite
anodes in a lithium ion battery using
NMR, XPS, and FTIR spectroscopy.
S. Jung*, S. Kang
Analytical Techniques and Methods
337. Electrocapillary curves at the polarized
nitrobenzene/electrolyzed alkaline waterinterface. K. Arai*, M. Okajima, M. IKeda
338. Physicochemical properties predictionof atmospheric distillates (199-371°C⫹)
from its raw crude oils by FTIR-ATR andmultivariate analysis. B. Murcia*
339. Development of rapid direct analysis
method for plasticizers in polyvinyl chloride (PVC) product using direct analysis inreal time– orbitrap mass spectrometry(DART–OTMS). Y. Abe*, M. Yamaguchi,
M. Mutsuga, H. Akiyama
340. Development of flow-balanced ICP
torch for low gas consumption and oxide
decrease. N. Yarie*, H. Inoue,
K. Kakegawa, H. Miyahara, A. Okino
341. Development of sample collected
method using a pyrolyzer. R. OZAKI,T. HONDA
342. Amperometric zirconia-based sensor
attached with NiFe2O4 sensing-electrodefor selective NO2 detection. S. YOSHIDA,
H. Ikeda, S.A. Anggraini, N. MIURA*
343. Potentiometric YSZ-based gas sensor
by using graphite as a novel sensingelectrode. T. Fujii, H. Ikeda,
S.A. Anggraini, N. MIURA*
344. Evaluation of electropolymerizedpoly(o-phenylenediamine)-coated microelectrode arrays for oxygen sensing applications. M. Patrick*, D. Paul345. X-ray fluorescence rapid analysis by fusion bead method for materials on Ni extraction process. S. Kim*, S. Jung,
S. Kim346. Development of an absolute quantification method for food additives in processed foods by 1H quantitative NMR.
T. Ohtsuki*, K. Sato, Y. Abe, A. Tada,
N. Sugimoto, H. Akiyama
347. 27Al NMR quantitative analysis of hydrolysis equilibria for solution containing
aluminum polynuclear complex.
G. Sakata, H. Maki, M. Mizuhata
348. AQARI vs. PULCON: A comparison ofqNMR: Internal and external reference
methods. N. Sugimoto*, M. Takada,K. Ishizuki, T. Ohtsuki, A. Tada,
Y. Nishizaki, T. Suematsu, T. Miura,
Y. Yamada, T. Horinouchi, R. Koike,
T. Kato, T. Togawa, H. Akiyama349. Development of visual analysis of fluoride using test paper with On-OFF color
change reaction. S. Fukiage, A. Manaka*,
M. Tafu, M. Irie, S. Igarashi
350. Use of a rotating disc electrode with ferricyanide to detect deficiencies in swollen
nafion membranes. M.K. Reynolds*,
D. Paul
351. Immobolization of glucoamylase on cellulose supports by covalent binding forincreased saccharification stability.
T. Sakamoto, R. Harada, M. Sakata*352. Analysis of electrode reactions in a coulometric flow cell for on-line redox derivatization liquid chromatography.
K. Saitoh*, H. Tsujimoto, H. Asamoto,
M. Shibukawa, T. Nakagama
353. Development of photothermal heterodyne-interferometric detection method as
micro-HPLC detector. M. Isoda,
M. Fukuma, A. Harata*
354. Role of diffusion in band broadening oflarge particles in capillary electrophoresis. A. Khodabandehloo*, D.D. Chen
355. Condensed phase membrane introduction mass spectrometry - direct electron
ionization (CP-MIMS-DEI): A novel approach for the direct, on-line measurement of PAHs in aqueous samples.
V. Termopoli, G. Vandergrift, L. Magrini,
G. Famiglini, P. Palma, E.T. Krogh,A. Cappiello, C.G. Gill
356. Recent advances of LIBS diagnosis forplasma facing materials in fusion devices.
H. Ding*

Environmental, Forensic and
Toxicological Analysis
357. Development of new microanalyticalmethod by Gecko Tape: Analysis of lacquer film. Y. NAGAI, Y. KAMIYA,
T. HONDA
358. Comprehensive analysis using THMGC/MS of excavated relics at the Jomon
period. A. Watanabe, T. HONDA
359. Speciation of metal complexes withbiodegradable chelants in solution by LCQ-TOF-MS. M. Takemura, H. Sawai,
I.M. Rahman, K. Kudo, T. Maki,
H. Hasegawa
360. Investigations of the influence of cations on humic acid and biomembrane interaction. R. Williams*, H. Olivier,
R.L. Cook
361. VOC-adsorption and desorption properties of charcoal prepared from woody
biomass. N. Inomata*, T. TSUGOSHI,
T. OKABE, Y. Nishimoto
362. Nontargeted screening and mapping
the distribution of organo-brominatedcompounds in sediments of Lake Michigan. h. peng*, c. chen, J. Sun,
D. Saunders, G.P. Codling, M. Hecker,
S. Wiseman, P.D. Jones, J. Giesy
363. Analytical study of excavated and natural whetstone at the Owari Domain Upper
Mansion site. Y. Aoyanagi*,
M. TAKAOKA, Y. Nishimoto
364. New method for determing styrene oligomers from debris polystyrene and how
they contribute to ocean contamination.
K. Koizumi*, H. Sato, H. Katsura,
B. Kwon, S. Chung, N. Maximenko,
K. Takatama, K. Saido365. Diversity analysis of trace elements inprecious coral using ␮-XRF. K. Kudo*,
H. Sawai, T. Maki, Y. Tamenori,
T. Yoshimura, N. Iwasaki, H. Hasegawa
366. Behavior of phosphate adsorption on
zirconium-loaded activated carbon, andits application for phosphate recovery
from seawater. T. Wajima*
367. Localization of radioactive and nonradioactive cesium in brown rice grains
contaminated by fallout from the Fukushima Daiichi Nuclear Power Plant accident. M. Kato, Y. Okada, S. Hirai,
S. Saito, M. Shibukawa*
368. Use of fermented bark as a soil amendment for cadmium and cesium uptakes inrice. S. Kobayashi*, M. Mori, T. Ito,
H. Itabashi, K. Hatano
369. Harmful-reagent-free separation andconcentration system of minor or traceelement using melting of a eutectic.
Y. Nishimoto*, T. TAKEI, Y. SUZUKI
370. Determination of trace cadmium in environmental samples by flame atomic absorption spectrometry with preconcentration using sodium dodecyl sulfate/activated carbon. M. Furukawa,S. Kaneco*, H. Katsumata, T. Suzuki
371. Development of a DNA-based biosensor for rapid detection of Renibacterium
salmoninarum. T.N. Keohokalole-Look*,
A.M. Olivo, B. Mandella, A.G. Cavinato
372. Sampling method for p-nitrophenol indiesel exhaust emissions from actual vehicles meeting the newest regulation.
K. KOSHIKA*
373. Effect of salt stress on the accumulationlevel of mineral and vitamin C in Ulva pertusa. A. Yamamoto*, M. Moriyama,
M. Kurotani
374. Adsorption properties of banana fiber tometal ions. T. Kajiyama*, K. Arai,
H. Kokusen
375. Examination of quantification methodsof quercetin in food additives and reagents using 1H quantitative NMR.
A. Tada*, N. Sugimoto, Y. Nishizaki,
S. Matsuda, H. Kawasaki, K. Ishizuki,
T. Ohtsuki, M. Tahara, T. Suematsu,
Y. Yamada, H. Akiyama
376. Effects of preparation techniques onavailability of health-promoting components and properties of carrots and blueberries. L. Yu, B. Gao, L. Yu*
377. Method development and validation forfuran analysis in eight different types offood matrices using SPME-GC/MS.
s. Jeong, Y. SEOK, h. Song, J. Her,K. Lee378. Quick determination of migration of bisphenol A by an on-line disk and HPLC.
Y. Wang*, X. Chen*, Y. Jiang*,
H. Kang*, F. Luo*379. Ultrasensitive on-site detection of Aflatoxin (AF) using surface enhanced Raman
spectroscopy (SERS) and gold-coatedsuperparamagnetic nanoparticles.
J. Neng*, J. Tan, P. Sun
380. Route attribution of fentanyl usingchemical attribution signatures. D. Mew,
B. Mayer, A. DeHope, A.M. Williams
Corrosion
381. Examination of optimization conditionfor electroless nickel plating process oncopper. N. Saito*, R. Suzuki, K. Noda
382. Effect of Ion species on dissolution behavior of Cu in acid solution.
K. Sawanobori*, R. Suzuki, K. Noda
383. Effect of alloy elements on corrosion resistance of Co-Cr alloy. R. Suzuki*,
R. Hirata, K. Noda
384. Electrochemical behavior in galvanizedsteel exposed under steel.
D. Yamanaka*, K. Noda
385. Localized corrosion behavior of type304 and 316 stainless steels under stressloading environment. T. Izuhara, K. Noda
386. Surface reaction of stainless steel in atmospheric environment. M. Abe*,Y. Hirohata, K. Noda
387. Measuring method for corrosion behavior of metal material in low concentration
solution. Y. Yagi, R. Suzuki, K. Noda
388. Effect of oxide film thickness on corrosion of Ti. K. Ooniwa, R. Suzuki, K. Noda
Pharmacological and Biochemical
Applications
389. Authentication of common Chinese
medicine using Fourier Transform Infrared (FTIR) spectrometer. M. Cheng*,
T. Law, A. Singh, Y. Chan, S. Ip
390. Membrane permeabilization and biological activity of fluoro-ioxoprofen.
N. Yamakawa*, T. Mizushima
391. Polyacrylamide gel electrophoresis oriented toward the identification of metalloproteins. S. Saito*, M. Shibukawa
392. Mannose-recognizable chemosensor
using gold nanoparticles functionalizedwith pradimicin, a nonpeptidic mannosebinding natural product. M. Enomoto*,
Y. Igarashi, M. Sasaki, H. Shimizu
393. imCorrect: New UHRMS signal handling approach for more accurate elemental composition determination.
W. Chang*, Y. Huang*, Y. Chen
394. Discrimination of Polygonatum species
using 1H NMR- and UPLC-QTOF MSbased metabolite profiling. Y. Jung,
M. Lee, G. Hwang*395. Desorption electrospray ionization
mass spectrometry (DESI-MS) as a toolfor classification of pediatric brain tumors. N.V. Schwab*, I.A. Cardinalli,
P.H. Vendramini, M.N. Eberlin
396. Mass spectrometer for skin-surface
compounds using dual desorption/ionization plasmas. M. Aida*, K. Kakegawa,T. Nagoya, H. Miyahara, Y. Seto, A. Okino
397. Simple and versatile non-hybridization
method for genetic diagnosis based on
direct discrimination of single base mutation by capillary electrophoretic separation of single-stranded DNA.
T. Takahashi*
398. Development of Thio-tag magnetic
bead for rapid and selective separation of
thiol-containing biomolecules.
M. Kawaguchi*, N. Koretake,
E. Kinoshita-Kikuta, E. Kinoshita, T. Koike
399. Protein separation technique using silica-based anion exchange chromatography. T. Jikyo*, M. Kawai
400. Comparing multistep IMAC and multistep TiO2 methods for comprehensive
phosphopeptide enrichment. X. Yue,
A.B. Hummon
401. Chemical reaction induced multimolecular hyperpolarization technique forearly-stage cancer diagnosis. Y. Lee*
402. Monitoring of 57 erectile dysfunction
drugs and their analogs in foods and dietary supplements by LC-MS/MS.
S. Cho, J. Lee, J. Jeong, H. Park, J. Do,
S. Heo, J. Jo, S. Park, C. Yoon, S. Baek

403. Peroxidase-like activity of natural ironcorrosion powder and its application of
H2O2 and glucose detection. T. Kojima*
404. Development of deep ultraviolet-excitation photothermal heterodyne-intereferometer combined with capillary HPLC forlabel-free analysis of biologically-relevantmolecules. K. Aoki, M. Isoda, A. Harata*
405. Structural and functional analysis of Ecadherin-binding aptamer that forms parallel type G-quadruplex containing threelong loops. R. Maruyama, K. Yoshimoto
406. Thermodynamic stability of water-BSAguanidine hydrochloride system.
R. Midorikawa*, T. Hanada,
M. Takayanagi, A. Nagoe, T. Sugimoto,
H. Fujimori

Wednesday Afternoon
Marriott Waikiki Beach
Waikiki Bllrm III
New Tools and Methodologies for theCharacterization of BiomolecularInteractions (#15)

Organized by: S. Krylov, D. Wilson,
W. Zhong, H. Wang
Presiding: D.J. Wilson, W. Zhong
13:00 Opening statement on MS-based assays
13:05 – 407. New MS tools for the discovery
and characterization of protein-carbohydrate interactions. J. Klassen
13:35 – 408. Native mass spectrometry of
biomolecular complexes as a tool for protein structural biology. J. Loo*
14:05 – 409. Microdroplet fusion mass spectrometry for fast kinetic analysis. J. Lee,
H. Nam, R.N. Zare*
14:25 – 410. Quantitative mass spectrometric assessment of proteomic and phosphoproteomic changes that accompany
exposure of human cells to low doses ofionizing radiation. X. Yue, A. Schunter,
A.B. Hummon
14:45 – 411. Using charge migration toprobe interactions in the dissociation ofgas-phase protein complexes. S. Fegan,
M. Thachuk
15:05 Break
15:20 – 412. Lipid imaging of invertebratemodel systems by mass spectrometry.
N.T. Phan*, A. Mohammadi,
M. Dowlatshahi Pour, A.G. Ewing,
J.S. Fletcher
15:40 – 413. Higher order structural analysis
of protein therapeutics by covalent labeling/mass spectrometry. N. Borotto,
E. Graban, R.W. Vachet*
16:00 – 414. Paratope and epitope structural
elucidation of antigen-antibody complexes using HDX and top/middle down
subzero LC-ETD-MS/MS.
C.H. Borchers*
16:20 – 415. Identifying how protein interactions alter the structure of parkin, an E3 ligase in early-onset Parkinson’s disease.
G.S. Shaw*, J.D. Aguirre, T.E. Condos,
K.R. Barber
16:40 – 416. Time-resolved electrospraymass spectrometry (TRESI-MS) for dynamic characterization of function-relatedtransitions in intrinsically disordered proteins. S. Zhu, P. Liuni, D. Resetca,
P. Gunning, D.J. Wilson** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–69

01 – ANYLMarriott Waikiki Beach
Kona Moku Bllrm B
Current Issues in Teaching Analytical
Chemistry (#38)

Organized by: T. Wenzel, C. Lucy,
G. Dicinoski
Presiding: G. Dicinoski, C. Lucy,
T. Wenzel
13:00 Introductory Remarks
13:05 – 417. The Analytical Sciences Digital
Library - an electronic resource supporting problem-based learning. C.K. Larive*
13:35 – 418. Development of E-learning
modules that incorporate active learning
exercises in the undergraduate analyticalchemistry curriculum. T. Wenzel
14:05 – 419. Theoretical or technique classification in teaching analytical chemistry?
A recent discussion in Chinese universities. X. Zhang*
14:35 – 420. Threshold learning outcomesfor undergraduate science degrees inAustralia. B.F. Yates*, S.M. Jones
15:05 Break
15:20 – 421. Teaching analytical chemistry inInternational College of Osaka University.
H. Watarai*
15:50 – 422. “Jigsaw” classroom model andproject-based labs in upper-divisionchemistry courses. A.V. Krivoshein*
16:10 – 423. Effect of curricular restructuring
and the implementation of the “flippedclassroom” method on student engagement, outcomes, and retention in quantitative chemical analysis. A.D. Marchetti*
16:30 – 424. Promoting the gradual development of process skills in analytical chemistry courses at a primarily undergraduate
institution. N.J. Ronkainen*
16:50 Concluding Remarks
Marriott Waikiki Beach
Milo III
Frontiers in Flow Injection Analysis andRelated Techniques (#45)

Organized by: T. Imato, G. Christian,K. Grupan, S. Kolev, A. Sabarudin
13:00 – 425. Microfluidic droplet systems forhigh-throughput analysis and sensing:
Updates on continunous flow analysis.
R. Kennedy
13:25 – 426. Flow analysis based on opticaldevices fabricated by organic thin films.
T. Imato*
13:50 – 427. Spectrophotometric flow injection analyses for the inhibitory assay ofxanthine oxidase and the assay of oxidant scavenging capacity.
T. Takayanagi*, A. Kimura,
K. Matsumoto, T. Yabutani
14:15 – 428. Electrodialytic ion transfer for
sample pretreatment, separation and preconcentration for ionic solute analysis.
S. Ohira*, K. Nakamura, T. Yamasaki,
P.K. Dasgupta, K. Toda
14:40 Break
14:55 – 429. Electrochemical flow-throughcell fabricated with track-etched microporous membrane electrodes and its applications in flow analysis. H. Mizuguchi*
15:20 – 430. Bringing flow injection analysis
to the semantic web. S.J. Chalk
15:40 – 431. Organic polymer-based monolith for fast, efficient, and environmentallyfriendly separation of DNA sample.
A.N. Tasfiyati*, E. Malis, S.P. Sakti,
E.D. Iftitah, A. Sabarudin*
16:00 – 432. Fusion of oil droplets in a microfluidic device using optical tweezers.
M. Mitsunobu, S. Kobayashi,
N. Takeyasu, T. Kaneta*
16:20 Closing Remarks
Marriott Waikiki Beach
Kona Moku Bllrm C
Advances in Analytical Ion Mobility
Separations (#61)

Organized by: A. Shvartsburg, F. Misaizu,
T. PukalaPresiding: T.L. Pukala

70 –TECHTECHNICAL PROGRAM
13:00 – 433. Ion mobility calculations using
quantum mechanics and electronic surface representation for biological objects
into the mega Dalton range. Y. Alexeev*,
J. Insley, D.G. Fedorov, A. Shvartsburg
13:30 – 434. Structures and CO-adsorption
reactivities of nickel oxide cluster ionsstudied by ion mobility mass spectrometry. K. Ohshimo, S. Azuma, T. Komukai,
R. Moriyama, M. Nakano, F. Misaizu*
14:00 – 435. Advancing neuropeptidomic research via novel application of ion mobility mass spectrometry (IM-MS). L. Li*,
C. Jia, C. Lietz, Q. Yu
14:30 – 436. State-selective ion mobility inhelium at very low temperature, isomer
dependent mobility of small molecularions in helium at room temperature, andtheoretical model calculation of molecular
ion mobility in air. H. Tanuma
15:00 Break
15:20 – 437. Geometrical structures of alkalihalide cluster ions investigated by ion
mobility-mass spectrometry. K. Ohshimo,
T. Takahashi, R. Moriyama, M. Nakano,
F. Misaizu*
15:50 – 438. Pharmaceutical applications ofion mobility spectrometry (IMS): Chemical
reaction monitoring and isomeric analysis. S.X. Li*
16:20 – 439. Determination of solid-derived
fungal species by ion mobility spectrometric analysis of microbial volatile organic compounds for conservation technology of cultural heritage. T. Takeuchi*,
T. Kimura, M. Masuda, S. Tsuri,
T. Suzuki, Y. Nakamura, T. Sugai,
T. Akashi, H. Fujimiya
Marriott Waikiki Beach
Milo I
Immunoanalysis: Applications and Trends
for Environmental Monitoring and Human
Health (#94)

Organized by: S. Gee, I. Kennedy,
H. Ohkawa, T. Xu, T. Prapamontol
Presiding: S. Gee
13:00 – 440. Can nanobiotechnology fulfill in
vitro diagnostic challenges?.
M. MARCO*
13:30 – 441. Multiplexed immunosensors forniche applications. F.S. Ligler*,
B.M. Cummins, G.M. Walker,
M. Lochhead, C. Hammett-Stabler,
K. Caddell, J. Yeh
14:00 – 442. Molecular and cellular diagnostics via microfluidics biotechnology.
L. Qin*
14:20 – 443. Application for mycotoxin measurement in food using Q-body andquartz crystal microbalance.
Y. Sugita-Konishi*, T. Yoshinari,
H. Ohashi, R. Abe, R. Kaigome,
M. Wagatsuma, Y. Kamata, H. Ohkawa
14:50 – 444. Repetitive immunosensing witha highly stable protein monolayer andsurface acoustic wave device for allergenmonitoring. K. Toma, D. Miki,
N. Yoshimura, K. Miyajima, T. Arakawa,
H. Yatsuda, K. Mitsubayashi*
15:10 Break
15:25 – 445. Environmental monitoring byvalidated immunochemical methods.
N. AbdelShafi, C.Y. Véliz Montes, P. Carl,
C. Knizia, H. Hoffmann, S. Schmidt,
S. Andrade Roquette, L. Oberleitner,
S. Gärtner, R.J. Schneider*
15:45 – 446. Nanofield effect transistorsbased label-free immunosensors.
A. Mulchandani
16:05 – 447. Micro-optofluidic ELISA for
rapid cytokine detection toward drug
susceptibility test. R. Usuba*,
M. Yokokawa, A. Llobera, S. Murata,
N. Ohkohchi, H. Suzuki
16:25 Concluding remarks

Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: L. Baker, P.W. Bohn,
S.C. Jacobson
13:00 Introductory Remarks
13:05 – 448. Bipolar electrode coupling of
nanoscale electron transfer reactions toremote luminogenic reporter reactions.
C. Ma, L. Zaino, D. Han, W. Xu, E. Foster,P.W. Bohn
13:30 – 449. Thiol-ene-based microfluidic
devices as versatile tools for pharmaceutical analysis. J.P. Lafleur, A. Jönsson,
S. Senkbeil, J.P. Kutter*
13:55 – 450. Nanopipettes as versatile tools
for ion conductance measurements.
L. Baker*
14:20 – 451. Nanofluidic devices for characterizing virus capsids and their assembly
products. S.C. Jacobson*, Z.D. Harms,
L. Selzer, A. Zlotnick
14:45 Break
15:00 – 452. Direct separation and analysis
of cells mediated by transient molecularinteractions in microfluidic devices.
R. Karnik*
15:25 – 453. Paper microfluidics: classic
principles with new applications. B. Lutz*
15:50 – 454. Hydrogel microengineering forbiomedical applications. S. Takeuchi*
16:15 – 455. Electrical single virus detection
using transimpedance circuit integrated
nanofluidic chip. T. Yamamoto*
16:30 – 456. Digital microfluidic platform for
UV-Vis absorbance spectroelectrochemistry. M.D. Dryden*, A.R. Wheeler

13:00 Opening remarks
13:05 – 463. Design of artificial bioluminescent probes towards bioluminescenceimaging. K. Suzuki*, R. Nishihara,
S. Kim, T. Nakajima, M. Sato, D. Citterio,
S. Nishiyama
13:20 – 464. New sensors and probes with
ion-selective nanospheres. E. Bakker*,
X. Xie, J. Zhai
13:50 – 465. Fluorescent graphene oxidebased optical biosensor for the selective
and sensitive detection of neurotransmitters. S. Jeon, S. Kwak, D. Yim, J. Ju,
J. Kim*14:10 – 466. Fluorescence sensing of double-stranded RNAs by triplex-forming
peptide nucleic acid probes possessing
thiazole orange as fluorescent universalbase. T. Sato, Y. Sato, S. Nishizawa
14:30 – 467. Development and applicationsof “Mass Spectrometry Sensor” based on
paper spray ionization of microdroplets.
J. Lin*, W. Liu
15:00 Break
15:10 – 468. Ligase-assisted signal-amplifiable DNA sensing using photon upconversion nanoparticles. P. Wang,
T. Ozkaya Ahmadov, C. Lee, P. Zhang*
15:30 – 469. Ultrasensitive aptamer-based
colorimetric and SPR biosensors for thedetection of protein biomarkers, viruses,
and small chemicals. M. Gu*
15:50 – 470. Cavitas sensor and Sniff-camera for human biosensing.
K. Mitsubayashi
16:20 – 471. Microbiosensor for the detection of methane in environmental samples. Y. Chen, Y. Zhang, T. Yu*
16:40 – 472. 3D cell co-culture platform on a
microfluidic chip to mimic cancer niche
and its application in multi-drug resistance research. S. Wang*, J. Lin
Marriott Waikiki Beach
Waikiki Bllrm I

Marriott Waikiki Beach
Waikiki Bllrm II

Plasmonic Materials for Chemical Analysis(#450)

Fundamentals and Applications of Atomic
Spectrometry (#160)

Organized by: D. Boudreau, J. Masson,
A. Haes, J. Shumaker-Parry, M. Fan
Presiding: A.J. Haes

Organized by: N. Furuta, G. Hieftje,
R. Sturgeon
Presiding: C. Engelhard
13:00 – 457. Is there no better emission
source than the ICP?. G.M. Hieftje*,
S.J. Ray, A.J. Schwartz, G. Chan,Y. Cheung
13:35 – 458. Extending the application rangeof provenance determination based on
isotopic analysis. F. Vanhaecke*,
L. Balcaen, E. Bolea-Fernandez,
P. Degryse, V. Devulder, A. Gerdes,
L. Lobo, A. Mage, M. Resano,
A. Rua-Ibarz
14:10 – 459. Time-resolved spectroscopic
studies of dielectric barrier discharges
used as ambient desorption/ionization
sources for mass spectrometry.
P.B. Farnsworth*, W.C. Ellis,
M. Heywood, C. Reininger
14:45 Coffee break
15:05 – 460. Determination of Pu isotopic
composition using SF-ICP-MS for radiation impact assessment of Fukushima nuclear accident released Pu in the marine
environment. J. Zheng*, T. Aono,
K. Tagami, S. Uchida, M. Yamada
15:40 – 461. Arsenic speciation in food samples. K. Chiba*, T. Narukawa
16:15 – 462. Improved sample introduction
system for inductively coupled plasma
spectrometry. A. Al Hejami, T. Anderlini,
D. Beauchemin*
Marriott Waikiki Beach
Milo IV / V(Bio-)Chemical / Electrochemical Sensors
and Sensing Materials (#417)

Organized by: K. Suzuki, P. Buhlmann,
D. Citterio, O. Niwa, M. Winnik,
K. Mitsubayashi
Presiding: E. Bakker, K. Suzuki

13:00 – 473. Plasmons as photonic intermediaries in redox photochemistry.
M. Moskovits*
13:40 – 474. Flexible plasmonic substrates
for SERS detection of small molecules:
The impact of adsorption equilibrium.
L. Tay*, J. Hulse, M. Laflamme, J. Fraser
14:00 – 475. Design and properties of anisotropic plasmonic materials. A. Ianoul
14:20 – 476. Controlling and designing plasmonic sensors at the single particle level.
E. Ringe*
14:40 – 477. Colloidal plasmonic metal
nanocrystals. J. Wang*
15:00 Health break
15:20 – 478. New methods in plasmonic biosensing: SPR phase imaging, nanoring/nanocone arrays, and single nanoparticle
SPR microscopy. R.M. Corn*
15:40 – 479. Grating-coupled propagating
surface plasmon/localized plasmon hybrid excitations and their plasmonic device applications. A. Baba*, K. Shinbo,
K. Kato, F. Kaneko* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
16:00 – 480. Probing the localized plasmon
decay for nanostructures with complex
geometries using atomic layer deposition.
C. Lancaster, J.S. Shumaker-Parry
16:20 – 481. Imaging plasmons with compressive hyperspectral microscopy. L. Lu,
L. Anderson, J. Hafner, K.F. Kelly*
16:40 – 482. Surface-enhanced sensing andimaging analysis based on nanoplasmonic aperture arrays. D. Kim

Wednesday Evening
Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: Y. Baba, K. Otsuka, T. Yasui
19:00 – 483. Development of electroosmotic
pumps based on materials for LC columns. T. Naito, A. Kunisawa,
S. Futagami, T. Kubo, K. Otsuka
19:15 – 484. Molecular diffusion-based
switching system using microelectrodearray for evaluation of respiration activityof 3D cultured cells. K. Ino, Y. Yamada,H. Shiku, T. Matsue
19:30 – 485. Novel method of immobilizing
antigens on gold electrode for immunosensing. U. Nguyen
19:45 – 486. Rapid and low-cost detectionof epithelial growth factor receptor mutations in lung cancer cells. T. Kasama*,
T. Hase, N. Nishiwaki, N. Yogo, M. Sato,
M. Kondo, N. Kaji, M. Tokeshi,
Y. Hasegawa, Y. Baba
20:00 – 487. 2D control of ionic transportand electrochemical reaction in nanofluidics using a highly focused electric fieldof an electron-beam. H. Miyazako*,
K. Mabuchi, T. Hoshino
20:15 – 488. Electrical and optical detectionof fine particulate matter (PM2.5) basedon microfluidic system for environmental
monitoring assessment. S. RAHONG,
T. Yasui, H. Yasaki, T. Yanagida,
M. Kanai, K. Nagashima, N. Kaji,
T. Kawai, Y. Baba
20:30 – 489. Detection of countable-numberof molecules by integrating ELISA in extended-nano space. R. Ohta*,
K. Mawatari, K. Shirai, H. Shimizu,
T. Kitamori
20:45 – 490. Metal ion sensor using thermoresponsive gel enclosing photonic crystal
on a microchip. K. SAGA, K. Morikawa,T. Tsukahara *Hawaii Convention CenterHalls I, II, III
Fundamentals and Applications of Atomic
Spectrometry (#160)

Organized by: N. Furuta, G. Hieftje,
R. Sturgeon
Presiding: N. Furuta
Poster Session
19:00 – 21:00
491. Particle to gas conversion and gas toparticle conversion for analysis of atmospheric aerosols by ICP-MS.
T. Nakazawa, R. Fukushi, N. Furuta*
492. Source apportionment of size-classified
airborne particulate matter by multi-element fingerprinting. A. Iijima*, H. Sato,
A. Kuribara, S. Kudo, N. Furuta
493. Stability of silicic acid complex withpositive ions in silica scale. M. Tanaka*,
H. Ariga, K. Takahashi
494. Elucidation of the origin of suspended
particles in the Sumida River Estuary.
K. Uonomi, T. Nakazawa, N. Furuta*
495. Novel approaches to improve preconcentration efficiency by using “bifunctional” extractant: Synthesis and application of 1-(dithiocarboxy)proline forpreconcentration of trace elements byextraction/elution. M. Murakami*,
M. Hirano, K. Itoh496. Sequential extraction and speciation ofpotentially toxic elements in sediments
and water. A.A. Ambushe*, T.W. Godeto
497. Speciation analysis of iodine in the
Kanda River water by IC-ICPMS and ESIMS. H. Masuda, T. Nakazawa, N. Furuta*
498. Speciation analysis of bromine in tap
water by IC-ICPMS and ESI-MS.
M. Seto*, T. Nakazawa, N. Furuta
499. Development of undersized (12.5 mm
diameter) glass beads for X-ray fluorescence determination of 34 components in
200 mg of igneous rock. S. Ichikawa*,
H. Onuma, T. Nakamura
500. Non-destructive and three-dimensionalbulk analysis using high energy muonic
X-rays for archeological artifacts.
K. Ninomiya*, M.K. Kubo, T. Nagatomo,
W. Higemoto, N. Kawamura, P. Strasser,
K. Shimomura, Y. Miyake, S. Sakamoto,A. Shinohara, T. Saito
501. Analysis of arsenic in hair fraction by inductively coupled plasma-mass spectrometry. S. Suzuki*, Y. Suzuki,
M. Kasamatsu, Y. Seto
502. Element concentration in digestive
gland and branchial hearts of cephalopods in East China Sea. Y. Harada,
K. Tsuchiya, M. Tanaka*
503. Commercial development of a palladium isotope-based cell barcode for use
in CyTOF cell assays. D. Majonis*,
M. Konrad, G. Wong, G. Behbehani,
A. Terekidi, N. Qian, K. Askarpour,O.I. Ornatsky, V.I. Baranov, T. George,
D.R. Bandura, S.D. Tanner504. Application of ICP-MS to forensic discrimination of trace physical evidence.
M. Kasamatsu, Y. Suzuki, S. Suzuki,
Y. Seto505. Sources of vermilion collected from ancient Japanese tombs, based on the
trace elements and lead isotopes.
K. Takahashi*, T. Minami, S. Imazu,
Y. Sahoo, M. Kitagawa, M. Kidera506. Temporal changes in the fractionationindex explained by the changes of size
distribution of ablated particles.
R. Machida, T. Nakazawa, N. Furuta*
507. Detection capability of laser ablation inductively coupled plasma mass spectrometry (LA-ICPMS) for elements fromflame retardants in plastics. M. Ohata*,
Z. Yanbei, N. Itoh, T. Otake, N. Hanari508. Precise and accurate determination of
Sn in NIST 610 glass standard by laser
ablation in liquid with isotope dilution
ICPMS. M. Fujiwara, Y. Sakuraba,
R. Machida, T. Nakazawa, N. Furuta*
509. High spatial resolution analysis of elemental concentrations in ferromanganese
nodule using LA-ICP-MS. J. Hirata,
M. Tanaka*
510. Study on hazardous elements in soils
by using iron particles-assisted gas
plasma induced by transversely excited
atmospheric CO2 laser. A. Khumaeni,
Z. Lie, K. Kagawa
Hawaii Convention CenterHalls I, II, III
Magnetoanalytical Science: Separation,
Characterization and Imaging (#320)

Organized by: H. Watarai, I. Fritsch,
C. FuhPresiding: I. Fritsch, C. Fuh, H. Watarai
Poster Session
19:00 – 21:00
511. Magnetic field effects on CVD growth
process of single-walled carbon nanotubes. Y. TAKASHIMA, A. Hamasaki,
J. Uchimura, A. SAKAGUCHI, S. Ozeki*
512. Cryogen-free 25T superconducting
magnet for magneto-science.
K. Watanabe*, S. Awaji, H. Oguro513. Development of anisotropic nanocomposite gel using a high magnetic field.
M. Yamato*, K. Suzuki, N. Hirota

514. Effect of amorphous region on crystalline orientation in Poly(L-lactide)/Poly(DL-lactide) blend films under magnetic field with annealing process.
R. NAKAYAMA, H. IKAKE, M. TAKADA,
Y. MUROGA, K. Kurita, S. SHIMIZU,
S. KURUMI, K. SUZUKI, K. TAKAHASHI,
K. Watanabe
515. Effects of magnetic treatment water onsilica gel formation. K. Kaida,
S. Sasahara, A. Hamasaki, S. Ozeki*
516. Freezing potential of ionic liquids andmagnetic field effects on it. H. Otsuka,
A. Hamasaki, S. Ozeki*
517. Interaction between aluminium ion andglycolic acid under acidic conditions.
T. Taketadu*, M. Etou, Y. Okaue,
T. Yokoyama
518. Kinetic analysis of two-stage magnetic
rotation for the uric acid crystal.
Y. Takeuchi*, E. Beaugnon , M. Iwasaka

Thursday Morning
Marriott Waikiki Beach
Milo III
Development and Applications ofTechniques for Electrochemical Analysis(#24)

Organized by: J. Chen, D. Arrigan, C. Hu,
B. Liu, K. Maeda
8:00 Opening
8:05 – 519. Voltammetry at a single nanoelectrode. J. Chen*, K.J. Aoki
8:25 – 520. Polarography with dropping carbon fluid electrodes. H. Tatsumi*
8:45 – 521. Dynamic behavior of electric
double layer impedance. K.J. Aoki
9:25 – 522. Double layer effect on electrodekinetics affected by nanostructures on
the electrode surface. Y. Kitazumi*,
O. Shirai, M. Yamamoto, K. Kano
9:45 – 523. Surface wave: Revisited.
M. Yamamoto, K. Kano
10:05 Break
10:20 – 524. Investigations of interfacial
electrochemistry in ionic liquids by SPM.
B. Mao*10:40 – 525. Influence of electrode geometryon the voltammetric behaviour of thenanoholes electrode arrays.
M. Atighilorestani*, A.G. Brolo
11:00 – 526. Instrumental considerations related to surface electrochemical processes occurring under potentiostaticand potentiodynamic conditions: The
platinum oxide example. J. van Drunen,
A. McMath, J. Kim, G. Jerkiewicz*
11:20 – 527. Voltammetric detection of Co
and Ni in urine samples. M. Wajrak*,
W. Lonsdale, J. Mate
Hawaii Convention CenterHalls I, II, III
Current Issues in Teaching Analytical
Chemistry (#38)

Organized by: T. Wenzel, C. Lucy,
G. Dicinoski
Poster Session
10:00 – 12:00
528. Development of a novel coffee roastingprocess using green coffee bean grinder
for energy reduction. h. Song, S. Lee,J. Her, K. Lee

530. Microflow system using PDMS microchip with chemiluminescence detection
for investigation of nanoparticle-metal interaction. P. Inpota, W. Jeamsaksiri,
W. Sripumkhai, P. Sunintaboon,
P. Wilairat, D. Nacapricha, R. Chantiwas*
531. Application of a flow-injection spintrapping ESR method for evaluating thealkoxy radical elimination capacity(AREC) of selected antioxidants.
A. Nakajima, T. Yamashita,
T. Yamaguchi, K. Kawai, Y. Miyake,
K. Kanaori, K. Tajima*
532. Quartz crystal microbalance sensing ofcatechin. Y. Kobayashi*, T. Saito
533. Pretreatment of phosphorus compounds by electrogenerated cobalt(III)ions and its evaluation by flow injection
analysis. H. Tanaka, H. Kubo,
M. Takeuchi
534. Nitric acid gas generator. S. Nakagawa,H. Tanaka, M. Takeuchi*
535. Automatic on-line solid-phase extraction-ICP-MS exploiting sequential injection analysis for ultratrace vanadium determination in human urine sample.
A. Inoguchi, A. Ayala Quezada,
H. Murakami, N. Teshima*
536. Determination of gaseous isoprene byflow injection analysis with a fluorometricdetection. Y. Yoshino, H. Murakami,
N. Teshima*
537. Differentiating organic and conventionalgrown oregano using ultraperformanceliquid chromatography mass spectrometry (UPLC-MS), headspace gas chromatography with flame ionization detection(headspace-GC-FID), and flow injection
mass spectrum (FIMS) fingerprints combined with multivariate date analysis.
B. Gao, L. Yu
538. A flow method for prepararion of a gold
nanoparticle-polyamide nanohybrid using
reverse micelles adsorbed on glass surfaces. M. Takemoto, T.H. Hasanin,
Y. Okamoto, S. Ishizaka, T. Fujiwara*
539. Use of a novel chromosensor and sequential injection system for fluorometricdetermination of mercury(II).
N. Choengchan*, A. Petchamnan,
K. Chantalakhana, P. Thongyoo,
D. Nacapricha
540. Electrochemical flow-through cell fabricated with nanohole shaped gold electrode. N. Yoshikawa, S. Sato, T. Sato,
G. Hayakawa, M. Iiyama, H. Mizuguchi
541. On-line pretreatment flow injection system for direct and simultaneous measurement of iodide and creatinine in humanurine. J. Sitanurak, P. Inpota, T. Mantim,
N. Ratanawimarnwong, P. Wilairat,
D. Nacapricha*
542. Development of the novel FRET substrate for ␤-secretase activity assay.
M. Adachi, Y. Iida*
Marriott Waikiki Beach
Milo I
Supercritical Fluid Chromatography (SFC)
for Analysis and Purification (#53)

Organized by: L. Miller, A. Rajendran,T. Bamba
8:00 – 543. Advances in supercritical fluid
chromatography. L. Miller*

Hawaii Convention CenterHalls I, II, III
Frontiers in Flow Injection Analysis andRelated Techniques (#45)

Organized by: T. Imato, G. Christian,K. Grupan, S. Kolev, A. Sabarudin
Poster Session
10:00 – 12:00
529. Determination of trace phosphate by
ICP/AES using novel polyallylamine typeadsorbent packed in column.
T. Sumida*, Y. Yano, M. Yamashita,
Y. Okazaki, H. kawakita, T. Fukutomi* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–7101 – ANYL
8:20 – 544. Correlation of retention factors
for chiral separation in supercritical fluid
chromatography in the presence of cosolvent. T. Funazukuri*, T. Sugihara,
Y. Ohono, M. Taguchi
8:50 – 545. Method-transfer in SFC - how
similar it is to HPLC method-transfer
strategies?. A. Tarafder*
9:20 – 546. Application of supercritical fluid
chromatography (SFC) in contract research organization (CRO). B. Su*
9:50 Break
10:00 – 547. Separation of polar biologicalcompounds using enhanced-fluidity liquid chromatography, a subclass of subcritical chromatography. S. Olesik,
M. Beres, R. Bennett
10:30 – 548. Supercritical fluid chromatography triple-quadrupole mass spectrometry-based methodology for highly-sensitive and high-throughput analysis ofmultiresidue pesticides. Y. Izumi,
E. Fukusaki, T. Bamba*
11:00 – 549. Application of SFE-SFC coupling for purification activities in drug discovery processes. K. Gahm*
11:30 – 550. Development of novel Poly(vinylpyridine)-based SFC column.
K. Nagai, S. Shinkura, T. shibata,
A. Ohnishi
Hawaii Convention CenterHalls I, II, III
Advances in Analytical Ion Mobility
Separations (#61)

Organized by: A. Shvartsburg, F. Misaizu,
T. PukalaPresiding: T.L. Pukala
Poster Session
10:00 – 12:00
551. Structure variation between vanadiumoxide cluster cations and anions analyzed
by ion mobility mass spectrometry.
J.W. Wu, R. Moriyama, M. Nakano,
K. Ohshimo, F. Misaizu*
552. Ions of singly protonated enantiopure
tryptophan, phenylalanine, and methionine in keV and eV collisions with chiraltarget gas. M. Larsson, K. Kulyk*,
O. Rebvrov, M. Ryding, M. Stocket,
J. Alexander, E. Uggerud, H. Cederquist
553. Structures and chemical compositionsof gas phase chromium oxide cluster anions studied by ion mobility-mass spectrometry. R. Moriyama, R. Sato,
T. Komukai, M. Nakano, K. Ohshimo,
F. Misaizu*
554. Structures and CO-adsorption reactions of cobalt oxide cluster ions investigated by ion mobility mass spectrometry.
M. Nakano, R. Moriyama, K. Ohshimo,
F. Misaizu
Marriott Waikiki Beach
Kona Moku Bllrm B
On-site and In-vivo Instrumentation andApplications (#88)

Organized by: J. Pawliszyn, G. Ouyang,
M. Lee8:00 Opening remarks
8:05 – 555. Liquid chromatographic instrumentation for on-site and point-of-careanalysis. M.L. Lee*, S. Sharma, A. Plistil,
H.E. Barnett, S.D. Stearns,
P.B. Farnsworth, A.J. Alpert, H. Tolley
8:25 – 556. Portable LC platforms: Concepts, technical issues, applicability.
Y. Li*, M. Dvorák*, N. Nuchtavorn*,
P. Nesterenko*, R. Stanley*, M. Macka*
8:45 – 557. Simple, flow-based quantitationof nucleic acid biomarkers in microfluidic
devices. A.T. Woolley*, D. Chatterjee,
V. Sahore
9:05 – 558. Chip-scale sensors and handheld detector for real-time chemical vapor detection. L. Zang*
9:25 – 559. Air monitoring of persistent organic pollutants with passive air samplersin King George Island, Antarctica.
Q. Zhang*, Y. Li, G. Jiang

72–TECHTECHNICAL PROGRAM
9:45 – 560. Applying process analytical technology (PAT) tools to early active pharmaceutical ingredient (API) development.
S.X. Li*
10:05 Break
10:20 – 561. Online assessment of lubricant
quality using fiber coupled fluorescence
spectroscopy. H. Loock*, N.L. Andrews,
J.Z. Fan, H. Omrani, A. Dudelzak
10:40 – 562. Visible spectrometry withstacked transmission gratings.
A. Scheeline
11:00 – 563. On-site instrument for automated monitoring of bacteria in water.
R. Brown*, C. Dunkinson, M. Douma,
J. Zhou
11:20 – 564. In situ SERS detection of multiclass insecticides on plant surfaces.
L. He*
11:40 – 565. Real-time monitoring of fish
stress response on threat behavior by using wireless biosensor system. A. Aoki*,
H. Wu, T. Arimoto, T. Nakano, T. Murata,
H. Ren, H. Endo
Hawaii Convention CenterHalls I, II, III
Immunoanalysis: Applications and Trends
for Environmental Monitoring and Human
Health (#94)

Organized by: S. Gee, I. Kennedy,
H. Ohkawa, T. Xu, T. Prapamontol
Presiding: S. Gee
Poster Session
10:00 – 12:00
566. Detection of influenza virus by an immunosensor combining liposome andelectrochemiluminescence on Au electrode modified with binary self-assembled monolayers. Y. Katayama*,
Y. Mitoma, E. Hihumi, N. Egashira567. Detection of influenza viruses by using
oligonucleotide-based sialic acid-modified nanoparticle. D. Akamatsu,
M. Yamabe, Y. Ebara*568. Develop ELISA KIT detecting melamine
residues in feed and milk products in
Vietnam. H. Vu Thi*, A.Q. Bui*
569. Ultra highly sensitive detection of Edwardsiella ictaluri using high-gradient immunomagnetic separation with a polymerase chain reaction. H. Wu*,
K. Sugata*, H. Ohnuki, H. Ren, H. Endo570. Isolating alpaca-derived VHH antibodies
to small molecule targets: Anecdotes
from 7 experiments. C.S. Bever, J. Dong,
Y. Cui, J. Wang, Z. Majkova,
G. Gonzalez-Sapienza, S. Gee,
B. Hammock
571. Highly sensitive SERS-based competitive immunoassay for detection of estradiol in human serum. R. Wang, J. Jeon,
J. Choo*572. Immunoanalysis of triclosan: Assay
characterization, use and various formatting. C.S. Bever, A.A. Rand, K. Ahn,
S. Gee, B. Hammock
573. Production of monoclonal antibody anddevelopment of an immunochromatographic assay for the rapid detection ofhistamine in fish samples. L. Luo, Z. Xu
574. Western blot with selective monoclonal
antibodies induced by heat semi-denatured Bt Cry1Ac protein. Z. Cao,W. Zhang, B. Wang*
575. Synthesis of artificial antigens for fourphthalate esters and determination by immunoassay. D. Lai, S. Zheng, S. Zhao
576. Highly sensitive immunoassay based on
surface-enhanced Raman scattering fordetection of bisphenol A. L. Zhang,
S. Zhao577. Particulate air pollution, dose response
studies using particles of known composition. G. Agnes, S. Fenwick, X. Jia

Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: H.J. Crabtree
8:00 Introductory Remarks
8:05 – 578. Microfluidic chip performance asa function of surface roughness.
H.J. Crabtree*, A. Ghobeity, M. Papini,
J. Spelt
8:30 – 579. Silica-based microstructured fibers as customizable microfluidic conduits for chromatographic, electrophoretic, and mass spectrometricapplications. Y. Fu, K. Bachus,
G.T. Gibson, S. Morency, Y. Messaddeq,
R.D. Oleschuk*8:55 – 580. Miniaturised solventless electrophoretic sample enrichment and cleanup. A. Wuethrich, J. Quirino,
P.R. Haddad*
9:20 – 581. IR transparent microfluidic devices. C. Henry, A. Krummel, S. Noblitt,
B. Lehmkuhl, M. Barich
9:45 Break
9:55 – 582. Quantitative analysis of multiple
microRNAs at the single-cell level.
S. Krylov, W. David, F. Ghasemi
10:20 – 583. Using COTS materials to create
cost-effective microfluidic systems using
overhead transparencies and laser print,
cut, and laminate fabrication. J. Landers,B. Thompson*, S. Krauss, J. DuVall,
D. Haverstick
10:45 – 584. High throughput, microfluidic
inertial migration-based cyanobacteria
concentrator. L. Wang, D.S. Dandy
11:00 – 585. One-step modification andstructuring of PDMS surfaces and its application in the bench-top fabrication ofself-driven microfluidic channels.
A. Fatona, Y. Chen, M.A. Brook,
J. Moran-Mirabal*
11:15 – 586. Solid phase extraction of large
volume samples on a flow-through centrifugal microfluidic devices.
E.J. Templeton, C. Skinner, E.D. Salin*
11:30 – 587. High-throughput screening at
the picoliter scale by combining dip pen
lithography with Inkjet printing.
G. Arrabito, F. Cavaleri, V. Vetri,
S. Di Maro, S. Cosconati, E. Novellino,
C. Pellerito, V. Militello, M. Leone,
B. Pignataro*
11:45 – 588. OMCVD grown AuNPs on polymers substrates for biosensing application. S. Mittler*, S. Kandeepan
Marriott Waikiki Beach
Waikiki Bllrm II
Fundamentals and Applications of Atomic
Spectrometry (#160)

Organized by: N. Furuta, G. Hieftje,
R. Sturgeon
Presiding: N. Furuta
8:00 – 589. Recent advances in mass cytometry. D.R. Bandura*, O.I. Ornatsky,
D. Majonis, T. Closson, M. Sullivan,
A.V. Loboda, Y. Wei, V.I. Baranov,
S.D. Tanner
8:35 – 590. Characterization and detectionof nanoparticles using ICP-MS. H. Lim*
9:10 – 591. Selenium and mercury speciation in blue tilapia from an aquaponic system. S. Smith*, M. Schmale, J. Caruso,
K. Savage, G. Delanoy, J. Devin,. Boemker, M. Shank,
J. Landero-Figueroa
9:45 Coffee break
10:05 – 592. Investigation of different sample
introduction systems for the analysis ofdiscrete sample volumes using
ICPTOFMS. D. Guenther*,A. Graham Gundlach, B. Hattendorf,
L. Hendricks
10:40 – 593. ICP-MS based strategies forthe analysis of trace metals and biomarkers in cells. B. Hu, B. Chen, M. He

11:15 – 594. Liquid sampling-atmosphericpressure glow discharge (LS-APGD) microplasma: Addressing diverse challenges in both OES and MS analysis.
R. Marcus*, L. Zhang, S. Jones,
E. Hoegg
Marriott Waikiki Beach
Kona Moku Bllrm C
Ultrasensitive Assays for Proteins andProtein Modifications (#287)

Organized by: C. Le, H. Zou, N. Dovichi
Presiding: C. Le, F. Li
8:00 – 595. Femtogram proteomics: Bottom-up analysis of E. coli tryptic digests.
N. Dovichi*, L. Sun, G. Zhu, Y. Zhao,
S. Mou, X. Yan, M. Champion
8:40 – 596. Cellular heterogeneity measured
via high-throughput single cell mass
spectrometry imaging and profiling.
J.V. Sweedler*, T. Ong, M.A. Makurath,
E.T. Jansson, T. Comi, S.S. Rubakhin
9:20 – 597. Using mass spectrometry to understand posttranslational modificationsin the misfolding of the cystic fibrosis
transport regulator (CFTR). J.R. Yates*,
S. Pankow, C. Bamberger
10:00 – 598. Proteome identification goesdeep and fast while quantification goesaccurate and precise. Y. Zhang
10:40 – 599. High sensitivity mass spectrometry assays of disease-induced posttranslational modifications.
J.E. Van Eyk*, Q. Fu , Z. Chen
11:20 – 600. Array-mass spectrometry hybrid platform to analyze protein modifications. W.A. Tao*
Marriott Waikiki Beach
Waikiki Bllrm III
Advances in FTIR Microspectroscopy: 3D
Tomography to Nanoscale Imaging (#315)

Organized by: K. Gough, M. Martin,
M. ChenPresiding: K.M. Gough, M.C. Martin
8:00 Introduction
8:02 – 601. From nano-FTIR spectroscopy
toward infrared nanotomography.
R. Hillenbrand
8:32 – 602. Committing SINS at the ALS: Ultrabroadband infrared nanospectroscopy
and imaging. H.A. Bechtel, E. Muller,
M.C. Martin, M.B. Raschke
9:02 – 603. Observations of a core-shellstructure in single electrospun poly[(R)-3hydroxybutyrate-co-(R)-3-hydroxyhexanoate] (PHBHx) nanofibers by
AFM-IR spectroscopy and imaging.
J.F. Rabolt*, L. Gong, B. Chase, I. Noda
9:32 – 604. Understanding heterogeneity inplasmonic metal oxide nanocrystals.
D.J. Milliron, R. Johns, A. Agrawal,
H.A. Bechtel
10:00 – 605. Introducing nano-FTIR: Imaging
and spectroscopy at 10nm spatial resolution. T. Gokus*, F. Huth, A. Huber
10:20 Break
10:30 – 606. Infrared nanospectroscopy, ahigh resolution tool to explore chromatincomposition. B.R. Wood*, E. Lipiec,
W. Kwiatek, J. Miszyk, F. Ruggeri,
G. Dietler, C. Adiba, A. Kulik* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
11:00 – 607. Infrared spectral tomography:
3D IR images now in full color.
M.C. Martin*
11:20 – 608. Mosaic tomographic imaging ofindividual cells employing a novel tomography accessory for infrared microscopes. C.R. Findlay, N. Pogorzelec,
C. Mundy, K.M. Gough*
11:40 – 609. Synchrotron infrared 3D confocal spectral imaging based on nonlinear
reconstruction algorithm. M. Chen*,
H. Zhu, Y. Tong, T. Ji, W. Peng, Z. Zhang,
T. Xiao
Marriott Waikiki Beach
Milo IV / V(Bio-)Chemical / Electrochemical Sensors
and Sensing Materials (#417)

Organized by: K. Suzuki, P. Buhlmann,
D. Citterio, O. Niwa, M. Winnik,
K. Mitsubayashi
Presiding: P. Buhlmann, O. Niwa
8:00 – 610. Cucurbit[n]uril-functionalized water-stable FET sensors. I. Hwang*,
K. Kim*
8:20 – 611. Electrochemical sensing in biological samples with fluorous receptordoped membranes. A.J. Dittmer,
P. Buhlmann*
8:50 – 612. Electrochemical lipopolysaccharide detection using zinc complex-based
probes and sputtered nanocarbon film
electrode. D. Kato*, Y. Suzuki,
K. Yoshioka , T. Kamata, S. Sasaki,
M. Todokoro, O. Niwa
9:10 – 613. Coreactant-free and supersensitive sensing for Cu2⫹ by graphene oxide
amplified electrochemiluminescence ofgraphitic carbon nitrid. B. Xia
9:30 – 614. Fabrication of patterned graphene electrode with a transfer processassisted by a parylene thin film.
Y. Ueno*, K. Furukawa, T. Teshima,
M. Takamura, H. Hibino
10:00 Break
10:10 – 615. Impedimetric detection of telomerase activity in cancer cells.
D.C. Diaz-Cartagena*, L. Cunci,
E.M. Diaz-Diaz, M. Martinez-Vargas,
C.I. Gonzalez, C.R. Cabrera
10:30 – 616. Graphene/polymer nanocomposites for sensitive biomolecular detection and medical diagnostics.
N. Rodthongkum*
10:50 – 617. Novel nitric oxide (NO) releasematerials/methods that improve the biocompatibility/antimicrobial activity and invivo analytical performance of intravascular electrochemical sensors.
M.E. Meyerhoff*, A.K. Wolf, H. Ren,
Y. Qin, X. Wang, K. Cha, W. Wen
11:20 – 618. Collagen/graphene nanocomposite-based sensor for enantio-recognition of chiral molecules.
R. Mohd Zawawi*, B. Kasinathan
11:40 – 619. Electrochemiluminescence biosensor for detection of cancer biomarkers
on bipolar electrode array chip. M. Wu*,
H. Chen*, J. Xu*
Marriott Waikiki Beach
Waikiki Bllrm I
Plasmonic Materials for Chemical Analysis(#450)

Organized by: D. Boudreau, J. Masson,
A. Haes, J. Shumaker-Parry, M. Fan
Presiding: M. Fan
8:00 – 620. Smart enzymatic Ag/Au bimetallic nanoshells for nanoplasmonic biosensing. Y. Jin*
8:40 – 621. Enhanced SPR measurements
for the detection of clinically relevant molecules in crude biofluids.
K.S. McKeating, J. Masson*
9:00 – 622. Metal decorated cellulose nanocrystals: A water dispersible SERS substrate. M. McDermott, R. Du
9:20 – 623. Detection of influenza virulencebiomarkers by SERS. R.A. Dluhy
9:40 – 624. Selective plasmonic enhancements for molecular detection.
Z.D. Schultz*

10:00 Health break
10:20 – 625. Microdialysis SPR: Sensing inwhole blood and biofluids. J. Masson,
J. Breault-Turcot
10:40 – 626. Dialing up refractive index sensitivity: Compositional control within bimetallic plasmonic materials.
A.F. Smith*, R.G. Weiner, S. Harvey,
S.E. Skrabalak
11:00 – 627. Ex-situ and in-situ single-particle monitoring of temperature-dependent
structural evolution in galvanic replacement reactions. Y. Park, c. Lee, S. Ryu,
H. Song*
11:20 – 628. Listening to proteins with extraordinary acoustic Raman (EAR).
R. Gordon
11:40 – 629. Gold nanoparticle-polymer sensor arrays for biomedical applications.
V.M. Rotello*

Thursday Afternoon
Marriott Waikiki Beach
Kona Moku Bllrm A
New Tools and Methodologies for theCharacterization of BiomolecularInteractions (#15)

Organized by: S. Krylov, D. Wilson,
W. Zhong, H. Wang
Presiding: S. Krylov, D.J. Wilson
13:00 – 630. Focal molography: Coherent
detection of biomolecular interactions.
C. Fattinger*
13:30 – 631. Single-molecule mechanochemical sensing. H. Mao*
14:00 – 632. Beyond the image: Napping
protein interactions and oligomerizationin living cells using fluorescence fluctuation and single molecule methods.
P.W. Wiseman*
14:20 – 633. Novel optical detection system
for monitoring dissolved oxygen
quenched-fluorescence and materials
movements caused-deflection in plant
activities. X. Wu*, X. Wu, T. Inoue,
H. Kubo
14:40 – 634. New structural bioinformatics
tools to characterize interactions in biomacromolecular complexes based onlarge database data. J. Koca*,
R. Svobodova Varekova, D. Sehnal,
C. Ionescu, S. Geidl, L. Pravda,
D. Jaiswal, V. Horsky, M. Wimmerova
15:00 – 635. Atomic force microscopy for
immunohaematology. N. Yeow*,
R. Tabor, G. Garnier
15:20 – 636. General steric trapping strategy
reveals an intricate cooperativity networkin the intramembrane protease GlpG under native condition. R. Guo, K. Gaffney,X. Huang, H. Hong*, Z. Yang, M. Kim,
W. Hubbell
15:40 – 637. Spatial distribution of nanoscale flexible chains as a protein terminalmodel visualized by 3D scanning force
microscopy. H. Asakawa*, K. Takao,
N. Inada, T. Fukuma*
16:00 – 638. Detection of temperature, pH
value and several biocomponents in vivo
with novel fluorescent probes based on
triaryl boron compounds and other intramolecular charge transfer compounds.
G. Yang
16:20 – 639. Peptide-water crystal studies
using THz waveform techniques.
D.F. Plusquellic
Marriott Waikiki Beach
Milo III
Development and Applications ofTechniques for Electrochemical Analysis(#24)

Organized by: J. Chen, D. Arrigan, C. Hu,
B. Liu, K. Maeda
13:00 – 640. Theoretical prediction of the
Gibbs energy of transfer of organic ions
across the oil/water interface. T. Osakai
13:30 – 641. Manipulating and detecting
ions in confined spaces for novel electroanalytical methodologies. E. Bakker,
M. Cuartero, M. Ghahraman Afshar,
G. Crespo

14:00 – 642. Reductive deposition of gold
nanofibers at the liquid-liquid interface
between highly hydrophobic ionic liquid
and water. T. Kakinami*, N. Nishi,
K. Amano, T. Sakka
14:20 – 643. Electrochemical surface plasmon resonance to probe structure dynamics and electrochemical reactions ationic liquid interface. N. Nishi*, Y. Ikeda,
K. Amano, T. Sakka
14:40 – 644. Electrolytic extraction of ionicspecies using the thin layer electrolysis
cell for the ion transfer at the liquid|liquidinterface. Y. Yoshida*, J. UCHIDA,
K. HOSOYA, K. Maeda
15:00 – 645. Propagation and synchronization of potential oscillations between two
oscillation sites in the liquid membrane
system. Y. Yamaguchi, Y. Yoshida,
K. Maeda*
15:25 Break
15:40 – 646. Salt on a chip: miniaturised
ionic liquid systems. C. Zhao,
C. Gunawan, M. Ge, R. Gondosiswanto
16:00 – 647. Effect of concentration and current density on zinc electrodeposition inionic liquid electrolyte including bromide
anion at high temperature. C. Li,
K. Nishikawa, J. Moon, K. Kanamura
16:20 – 648. Nitrogen-doped graphene conductive catalyst for highly efficient dyesensitized solar cells. H. Chen*, E. Bi,
X. Yang, L. Han
16:40 – 649. Formation of the SERS-active
substrate and its application in catalysis
and analytical detection. J. Zhao,
K. Zhang, J. Ji, B. Liu*
Marriott Waikiki Beach
Milo I

14:05 – 659. Detection of gaseous compounds by needle trap sampling and direct thermal-desorption photoionization
mass spectrometry: Concept and demonstrative application to breath gas
analysis and ship exhaust.
R. Zimmermann, J. Kleeblatt,J. Schubert, T. Streibel
14:25 – 660. Robust and compact active
capillary plasma ionization source: design
and applications. R. Zenobi*
14:45 – 661. Chemical biopsy based on
SPME approach: A new medical tool.
J. Pawliszyn
15:05 Break
15:20 – 662. Determination of chemicals inindividual small organisms and single
cells using nanolayer probe. T. Luan*
15:40 – 663. In situ analysis of volatile andsemi-volatile organic compounds withapplications for geospatial mapping of atmospheric contaminants by membrane
introduction mass spectrometry.
N. Davey, R. Bell, L. Richards,
D. Letourneau, M. Angelstad, C.G. Gill,
E.T. Krogh*16:00 – 664. Fast quantification of transformation products of rocket fuel unsymmetrical dimethylhydrazine in soil using
solid-phase microextraction and GC-MS.
N. Bakaikina, B. Kenessov*,S. Yegemova, J. Koziel
16:20 – 665. Monitoring of persistent organic
pollutants in seawater of the Pearl Riverestuary with rapid on-site active SPME
sampling technique. G. Ouyang*
16:40 – 666. Monolithic materials for rapid
sample preparation. E. Hilder,
E. Candish, R.A. Shellie, H. Wirth,
A. Gooley

Supercritical Fluid Chromatography (SFC)
for Analysis and Purification (#53)

Marriott Waikiki Beach
Waikiki Bllrm II

Organized by: L. Miller, A. Rajendran,T. Bamba

Fundamentals and Applications of Atomic
Spectrometry (#160)

13:00 – 650. Application of supercritical fluid
chromatography/mass spectrometry tometabolic profiling. T. Bamba*
13:30 – 651. Advantages of supercriticalfluid chromatography are more thangreen chemistry. L.T. Taylor,
M. Ashraf-Khorassani
14:00 – 652. Combining the expertise of academics, industrials, and manufacturers
to develop an achiral SFC-MS screening
strategy for impurity profiling of drug candidates. C. West, E. Lemasson, S. Bertin,
H. Boiteux, P. Hennig, E. Lesellier
14:30 – 653. Marriage of SFC and mass
spectrometry: An old romance rekindled.
J. Van Antwerp
15:00 Break
15:15 – 654. Preparative phospholipid fractionation using near- and supercriticalfluid chromatography. F. Montanes*,
S. Tallon
15:45 – 655. Separation of closely related
pharmaceuticals by supercritical fluid
chromatography in support of organic
synthesis. E.L. Regalado*, C. Welch

Organized by: N. Furuta, G. Hieftje,
R. Sturgeon
Presiding: S.J. Ray

Marriott Waikiki Beach
Kona Moku Bllrm B
On-site and In-vivo Instrumentation andApplications (#88)

13:00 – 667. Laser ablation molecular isotopic spectroscopy (LAMIS). R.E. Russo*
13:35 – 668. Coupling of multiscale imaging
and high resolution U-Pb chronology.
T. Hirata*, S. Sakata, K. Hattori,
T. Suzuki
14:10 – 669. Analysis of trace metals in open
ocean seawater samples using resin
based extraction methods with sector
field ICP-MS detection. A. Townsend*,
F. Queroue, P. van dr Merwe,
D. Lannuzel, G. Sarthou, A. Bowie
14:45 Coffee break
15:05 – 670. Real time monitoring of multielements concentration in airborne nanoparticles (ANPs) by direct introduction
into ICPMS. N. Furuta*, R. Fukushi,
T. Nakazawa
15:40 – 671. Use of polymer inclusion membranes (PIM) for online separation in flow
analysis. S.D. Kolev*
16:15 – 672. Laser ablation ICP-MS for application in elemental microscopy with
sub – micrometre resolution.
N. Jakubowski*, H. Traub,
D. Esteban-Fernandez, R. Hutchington,
C. OConnor

Organized by: J. Pawliszyn, G. Ouyang,
M. Lee13:00 – 656. In situ, in vivo characterisationof human tissues and associated mcrobiota by rapid evaporative ionization mass
spectrometry – the iKnife. Z. Takats*
13:25 – 657. Miniature mass spectrometry
systems for analysis of tissue and biofluid
samples. Z. Ouyang*, Y. Ren, X. Wang,
R. Zou, Y. Su, Y. Xia, R.G. Cooks
13:45 – 658. Sub-millimeter linear ion traps
to address space-charge limits in portable mass spectrometry. D. Austin* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–73

01 – ANYLMarriott Waikiki Beach
Kona Moku Bllrm C
Ultrasensitive Assays for Proteins andProtein Modifications (#287)

Organized by: C. Le, H. Zou, N. Dovichi
Presiding: C. Le, H. Zhang
13:00 – 673. Microfluidic system for western
blotting. R. Kennedy
13:40 – 674. High peak capacity, 2D separations using micro free flow electrophoresis. M.T. Bowser*, M. Geiger,
A. Johnson, S. Anciaux
14:20 – 675. Integrative approach to identify
metalloproeomes in microbes. H. Sun,
H. Wang, Y. Wang, L. Hu
15:00 Break
15:20 – 676. Quantum dots and upconversion nanoparticles as active elements in
optical sensing for development of sensitive solid-phase protein and oligonucleotide bioassay platforms. U. Krull*,
S. Doughan, M. Noor, U. Uddayasankar,
A. Shahmuradyan, F. Zhou, Y. Han
16:00 – 677. Plant-derived natural productrestores activity of mutant ph enylalaninehydroxylase: A novel pharmacologicalchaperone for treatment of phenylketonuria. P. Britz-McKibbin*,
M. Shanmuganathan
16:40 – 678. Binding-induced DNA nanomachines triggered by proteins and nucleic
acids. H. Zhang*, J. Chen, B. Deng, X. Li,
C. Le*
Marriott Waikiki Beach
Waikiki Bllrm III
Advances in FTIR Microspectroscopy: 3D
Tomography to Nanoscale Imaging (#315)

Organized by: K. Gough, M. Martin,
M. ChenPresiding: M. Chen, K.M. Gough
13:00 – 679. Synchrotron FTIR imaging initiatives at CLS Beamline 01B1-1.
S.M. Rosendahl*
13:25 – 680. Application and perspective of
FTIR microspectroscopy on the characterization of animal silks and silk proteinbased materials. X. Chen*, S. Ling,
G. Fang
13:55 – 681. IR spectroscopic analysis ofoceanic phytoplankton blooms performed for the first time on board a ship.
P. Heraud*, O. Sackett, K. Petrou,
J. Beardall
14:15 Break
14:25 – 682. Investigating quantum cascadelaser based infrared for rapid clinical diagnostics. M. Baker*, C. Hughes,
G. Clemens, B. Bird
14:55 – 683. Quantum cascade laser mid-IR
imaging: Giving real-time biochemical
feedback to the pathologist. V. Varma,
H. Sreedhar, P. Nguyen, B. Davidson,
A. Husain, G. Guzman, S. Setty,
M.J. Walsh
15:15 – 684. Challenges of scale in the FTIR
spectrochemical imaging of biologicalsamples. K.M. Gough*, C.R. Findlay,
M. McLellan, R. Wiens
15:45 – 685. Laser-based mid-infraredchemical imaging. M. Barre*,
E. Fotheringham, B. Bird, B. Mohar,
M. Weida, D. Arnone, J. Rowlette
16:05 – 686. Infrared hyperspectral imagingof biomedical samples using high magnification optics. C. Hughes, M. Pilling,
A. Henderson, M. Jimenez-Hernandez,
P. Bassan, M. Kansiz, K. Dorling,
M. Brown, N. Clarke, P. Gardner*
16:35 Closing discussion
Marriott Waikiki Beach
Milo IV / V(Bio-)Chemical / Electrochemical Sensors
and Sensing Materials (#417)

Organized by: K. Suzuki, P. Buhlmann,
D. Citterio, O. Niwa, M. Winnik,
K. Mitsubayashi
Presiding: D. Citterio, K. Mitsubayashi,
M. Winnik

74 –TECHTECHNICAL PROGRAM
13:00 – 687. Label-free sensor array chips:
Application to simultaneous RNA sequence detection. H. Aoki*
13:20 – 688. Building an imaging toolbox:
Optical nanosensors for biological discovery. H.A. Clark*, W. Di, A. Sahari,
E. Hondroulis
13:50 – 689. New-generation enzyme-freehydrogen peroxide amperometric sensor
based on ZnS:Mn/graphene nanocomposites. D. Diaz*, J. Beltran-Huarac,
B.R. Weiner, G. Morell
14:10 – 690. Integration of SERS-based
nanostress sensing with microcontact
printing provides sensitive multiplex detection of liver cancer biomarkers. M. Li
14:30 – 691. Spontaneously blinking fluorophore based on intramolecular spirocyclization for live-cell super-resolution imaging. Y. Urano*
15:00 Break
15:10 – 692. Glucose metabolism sensors
for the extracellular and intracellular assays. L. Zhang*, F. Su, X. Kong,
S. Buizer, F. Lee, K. Day, Y. Tian,
D.R. Meldrum
15:30 – 693. eSHHA homogeneous platform:
Quantitative detection of biomarkers directly in whole blood. S.S. Mahshid,
A. Vallée-Bélisle*
15:50 – 694. Ratiometric bioimaging andbiosensing of reactive oxygen species
and related biological species. Y. Tian
16:20 – 695. Development of fluorescent reagents for the detection of biological substances such as proteins and glycoconjugates. Y. Suzuki*, Y. Chiba, A. Kuno,
O. Niwa
16:40 – 696. Biomimetic MIP thin films forbulk acoustic wave vapor sensors.
N. IQBAL*, A. Afzal, A. Mujahid
Marriott Waikiki Beach
Waikiki Bllrm I
Plasmonic Materials for Chemical Analysis(#450)

Organized by: D. Boudreau, J. Masson,
A. Haes, J. Shumaker-Parry, M. Fan
Presiding: J.S. Shumaker-Parry
13:00 – 697. Surface-enhanced Raman scattering tags and SHINERS. C. Murphy*
13:40 – 698. Application of nanoparticles exhibiting metal-enhanced fluorescence forbiochemical sensing. D. Boudreau,
J. Asselin, M. Drouin, F. Lavoie
14:00 – 699. Super-resolution imaging offluorescently-labeled ligands bound toplasmonic nanostructure. K. Willets
14:20 – 700. Plasmonic spectroelectrochemistry – an advanced tool for rapid sensing
and point-of-care diagnostics.
C.L. Brosseau*, L. Zhao, R. Karaballi,
S. Harroun, J. Blackburn
14:40 – 701. Phospholipid bilayer encapsulated nanoparticles for SERS. G. Walker*
15:00 Health break
15:20 – 702. Plasmonic optical tweezer for
analytical chemistry. Y. Tsuboi
15:40 – 703. Developing shape adaptablesurface enhanced Raman scattering(SERS) substrates for surface contamination analysis. M. Fan
16:00 – 704. Chemical sensing with refractive index sensitive plasmonic nanostructures. T. Sannomiya*
16:20 – 705. Plasmonic enhancement andartificial receptor recognition for the detection of drugs. A.J. Haes*, W. Xi
16:40 – 706. Membrane surface-enhanced
Raman spectroscopy for sensitive detection of molecular behavior of lipid assemblies. K. Suga, T. Yoshida, H. Ishii,
Y. Okamoto, H. Umakoshi*

Thursday Evening
Hawaii Convention CenterHalls I, II, III
Supercritical Fluid Chromatography (SFC)
for Analysis and Purification (#53)

Organized by: L. Miller, A. Rajendran,T. Bamba

Poster Session
19:00 – 21:00
707. Supercritical fluid chromatographymass spectrometry (SFC-MS) for the
rapid simultaneous determination of 16
European priority polycyclic aromatic hydrocarbons in coffee beverage and blackbeer. T. Yoshioka, Y. Nagatomi,
K. Harayama
708. Lipidome analysis of plasma lipoprotein
fractions in myocardial infarction-prone
rabbits. H. Takeda, T. Koike, Y. Izumi,
T. Yamada, M. Yoshida, M. Shiomi,
E. Fukusaki, T. Bamba*
709. Removal of endotoxin from DNA solution by cyclodextrin-urethane copolymer
adsorbent. M. Sakata*, T. Matsuo,
M. Todokoro
710. Rapid in-depth regioisomer focused lysophospholipidomics of human serum by
online supercritical fluid extraction-supercritical fluid chromatography tandem
mass spectrometry. Y. Izumi, M. Nakao,
N. Tuckett, Y. Funada, T. Uchikata,Y. Iwata, M. Tomita, N. Masayuki,
K. Ekroos, T. Bamba*
711. Chiral analysis of dextromethorphan/levomethorphan in hair samples by supercritical fluid extraction combined withultra performance supercritical fluid chromatography-tandem mass spectrometry.
R. KIkura-Hanajiri*, K. Yamada,T. Hakamatsuka
Hawaii Convention CenterHalls I, II, III
On-site and In-vivo Instrumentation andApplications (#88)

Organized by: J. Pawliszyn, G. Ouyang,
M. LeePoster Session
19:00 – 21:00
712. Study of a method for analysis of traceelements in vegetables using a portabletotal reflection X-ray fluorescence spectrometer. T. Yokoyama*, S. Kunimura
713. Advances in ion chromatography: Newapplications in CCS. G. Fytianos*,
H. Knuutila, H.F. Svendsen
714. In situ determination of arsenic in waterby handheld X-ray fluorescence spectrometry. K. Hagiwara, Y. Koike,
M. Aizawa, T. Nakamura*
715. Study of sample preparation methods
for trace elemental analysis of various
samples using a highly sensitive portabletotal reflection X-ray fluorescence spectrometer. S. Kunimura*, S. Kudo,
K. Suzuki, Y. Hojo, K. Amagasu
716. On-site determination of trace cadmium
in environmental fresh water with
5,10,15,20-tetraphenyl-21H,23H- porphinetetrasulfonic acid. S. Kawakubo*,
Y. Sasaki, N. Yamamoto, Y. Suzuki,
I. Ueta
717. Direct, on-line, in-situ/in-vivo quantitation of low volatility aqueous analytes incomplex samples: Condensed phasemembrane introduction mass spectrometry (CP-MIMS). K.D. Duncan,
G. Vandergrift, D.A. Volmer, A. Cappiello,
E.T. Krogh, C.G. Gill*718. Development of an optical transmission
type biosensor for real-time monitoring offish stress. R. Shinoda*, H. Wu,
T. Murata, H. Ohnuki, H. Ren, H. Endo719. Environmental fates of synthetic musks
in animal and plant: An in vivo study.
F. Zhu*, G. Chen, R. Jiang, G. Ouyang
720. Study of an appropriate sample holder
for elemental analysis of particulate matter 2.5 using a portable total reflection Xray fluorescence spectrometer.
Y. Matsumoto*, S. Kunimura
721. In-vivo fluorescence probes for realtime management of cyanobacterial
blooms in water treatment plants.
A. Zamyadi*, F. Choo, G. Newcombe,
R. Stuetz, R.K. Henderson722. On site monitoring of methanethiol anddimethyl sulfide in Lake Baikal water andatmosphere. K. Toda*, V. Obolkin,
T. Nagahata, S. Iyadomi, N. Hozumi,
S. Ohira, V. Potemkin, T. Khodzher

723. Development of simple analysis using
smart device based on autocatalytic reaction with Na2SO3 and H2O2 followedby oxidase reaction. M. Kurimoto,
A. Manaka*, S. Furuyama
Marriott Waikiki Beach
Kona Moku Bllrm A
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Presiding: H.J. Crabtree, S.C. Jacobson,
J. Ramsey
19:00 – 724. Lab-on-a-chip for monolithbased preconcentration and separationof phosphopeptides. M. Araya-Farias,
S. Dziomba, F. Bayle, M. Guerrouache,
M. Woytasik, H. Cao , B. Carbonnier,
M. Taverna, t. Tran-Maignan
19:15 – 725. Label-free real-time measurement of protease activity by nanopore
analysis. X. Guan*, L. Wang, S. Zhou,
X. Chen
19:30 – 726. Plasma-on-chip device for analyzing interactions between plasma gas
and individual cells. C. Chang, J. Jeong,
M. Kobayashi, T. Shimizu, M. Sasaki,
S. Kumagai*
19:45 – 727. Fabrication of nanoscale graphene field effect transistor biosensor for
nucleic acid detection. G. Zhang*,
Y. Ning*
20:00 – 728. Site-specific working inside
nanofluidic channels: General methodology, critical techniques, and nanobio applications. Y. Xu*
20:15 – 729. Surface enhanced Raman scattering sensing using a coffee-ring-type
3D silver nanostructure self-assembled
on glass substrates. A. Yamaguchi,
T. Fukuoka, R. Hara, Y. Utsumi
20:30 – 730. Microfluidic immunoassay withplug-in liquid crystal for optical detectionof antibody. K. Yang*, Q. Zhu
20:45 – 731. Electrochemical microdevice
for the measurement of neutrophil activity
for stress monitoring. M. Yokokawa,
K. Tanabe, A. Yamagishi, Y. Morimoto,
M. Kinoshita, H. Suzuki
Marriott Waikiki Beach
Kona Moku Bllrm C
Ultrasensitive Assays for Proteins andProtein Modifications (#287)

Organized by: C. Le, H. Zou, N. Dovichi
Presiding: Z. Liu, M. Ye
19:00 – 732. Engineering DNA strand displacement networks for amplified protein
detection. F. Li*
19:30 – 733. Time-resolved luminescence biosensor for dynamic activity detection ofprotein acetylation-related enzymes
based on DNA-sensitized terbium(III)probes. Z. Nie*
20:00 – 734. Oxidative modifications andstructural changes of redox sensitive proteins. K. Lee*
20:30 – 735. Artificial antibody materials forhigh sensitive detection of target proteins. K. Yang, S. Li, Y. Chen, L. Zhang*,
Y. Zhang* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
Hawaii Convention CenterHalls I, II, III
Advances in FTIR Microspectroscopy: 3D
Tomography to Nanoscale Imaging (#315)

Organized by: K. Gough, M. Martin,
M. ChenPresiding: K.M. Gough, M.C. Martin
Poster Session
19:00 – 21:00
736. Determination of carbonate ion contents in hydrotalcites by FTIR microspectroscopy. T. Tanaka*, H. Tamai

Friday Morning
Hawaii Convention CenterHalls I, II, III
New Tools and Methodologies for theCharacterization of BiomolecularInteractions (#15)

Organized by: S. Krylov, D. Wilson,
W. Zhong, H. Wang
Presiding: S. Krylov, H. Wang
Poster Session
10:00 – 12:00
737. Development of auto-injection system
to single cells. T. Takami*, M. Saito,
H. Matsuoka, S. Tate
738. Functional classification method ofbase materials by interaction analysis
with Stratum Corneum. S. Arai*,
M. Iwasa, H. Yoshida739. Improved DNA equilibrium binding affinity determinations of platinum(II) complexes using synchrotron radiation circular dichroism. D.L. Ang*, N. Jones,
F. Stootman, B. Ghadirian,
J. Aldrich-Wright740. Optical nanoantenna for bacterial detection. M. Fukuda, T. Kinoshita,
H. Shiigi*, T. Nagaoka
741. Analysis of neuronal cell with atomic
force microscopy. I. Park*, H. Koo,
Y. Kim, J. Kim, J. Park
742. Activity of cytoprotective enzymes andapoptosis induced by photodynamic
therapy. C. Jones*
743. Surface enzyme chemistries for single
nanoparticle biosensing using surface
plasmon resonance microscopy.
A.M. Maley*, H.M. Fung, R.M. Corn744. Evaluation of peptide-material interaction by force mapping method with an
atomic force microscope. M. Mochizuki,
M. Oguchi, S. Kim, T. Ogawa,
G. Lkhamsuren, N. Cho*, T. Hayashi*
745. Kinetic study of intermolecular interaction by capillary electrophoresis: Clathration reaction of thymol with sulfated-␤cyclodextrin. Y. Shimazaki, K. Miyabe*746. Analysis of aggregation-prone regions
in monoclonal antibody by hydrogen/deuterium exchange mass spectrometry.
N. Hashii*, S. Nakazawa, M. Tada,. Yamaguchi
747. Surface plasmon resonance and fluorescence: A novel approach for characterization of biomolecules interactions.
J. Labrecque-Carbonneau*, J. Masson
748. Electrochemical oxidation: A researchtool for drug metabolites with short lives
in vivo. K. Tahara*, Y. Abe, T. Mizushima
749. Early detection of anti-asparaginase tosignificantly increase remission rate inacute lymphoblastic leukemia therapy. A.
Aubé*, D. Charbonneau, J. Pelletier, J.
Masson750. On-chip templated biosynthesis of unnatural and natural protein microarrays
suitable for surface plasmon resonanceimaging. G. Manuel*, R.M. Corn751. Immobilization of DNA and RNA on
QCM sensors modified with self-assembled monolayer of thiol derivatives.
S. Shiba
752. Desired alteration of protein affinities
using competitive screening system.
M. Kaishima*, N. Fukuda, J. Ishii,
A. Kondo753. Surface plasmon resonance spectroscopy and nanoplasmonic metal particles
for studying biomolecular interactions.
X. Su*

754. Identification of Ryukyu lacquer-wares
by pyrolysis-GC/MS and 87Sr/86Sr isotope ratio measurement. M. Tetsuo*
755. Structures, stability, and hydrogenbonding in inositol conformers.
N. Siddiqui*
756. Beyond nucleic acids: pcr-based analytics for glycoproteomics and serology.
P. Robinson*757. Design and synthesis of a novel chemical crosslinker for protein structure determination. K.M. Downey, T.L. Pukala
758. Identification and structural analysis ofproteins adsorbed from serum to self-assembled monolayers: Components comprising ECM, structural changes, and relevance to cell behavior. Y. Mizushita,
T. Nyu, T. Sekine, T. Hayashi
759. Siderophore spatial distribution evaluation by direct mass spectrometry imaging
on agar Streptomyces cultures.
C.F. Angolini, M.N. Eberlin760. Time-resolved circular dichroism study
on the photodynamics of cyclodextrin encapsulated aromatic molecules.
M. Kuronuma, Y. Araki, S. SAKAMOTO,
T. Wada*761. Nanoparticles-free fluorescence anisotropy amplification assay for detection of
RNA nucleotide-cleaving DNAzyme activity. D. Zhang, Q. Zhao, H. Wang*
Marriott Waikiki Beach
Milo III
Development and Applications ofTechniques for Electrochemical Analysis(#24)

Organized by: J. Chen, D. Arrigan, C. Hu,
B. Liu, K. Maeda
8:00 – 762. Electrochemical imaging of cells
and tissues. H.H. Girault*
8:40 – 763. Electrochemical behaviors of
NaCl solid-solution microcrystals.
D. Zhan*, D. Huang, Y. Zhu, L. Geng,
Z. Tian
9:00 – 764. Probing the surface electrochemical activity of complex natural mineral samples with a microelectrode.
L.A. Jones*, R. Ram, S. Bhargava
9:20 – 765. Light activated electrochemistry:
A strategy for performing voltammetry on
a monolithic surface where you want,when you want, with micron scale spatial
resolution. M.H. Choudhury, S. Ciampi,
L. Zarei, R. Tavallaie, V. Goncales,
J. Gooding
9:40 – 766. Electrochemical reduction of RE
ions (RE⫽Dy, Nd, Pr) with Ni electrodes
in LiCl-KCl eutectic melts. H. Konishi*,
T. OISHI, T. NOHIRA, H. ONO,
E. TAKEUCHI
10:00 Break
10:15 – 767. Synthesis and electrochemical
characterization of nanostructured transition metal oxy-hydroxides for supercapacitors of the asymmetric design.
C. Hu*, C. Hsu, K. Chang, H. Hsu
10:35 – 768. Effects of incorporating nanomaterials for the detection of phenolic
compounds. Y. Huang, M. Wang*
10:55 – 769. Synthesis and characterizationof nanoparticles, thin films, and fibres by
the pyrolysis of asphaltenes. K. Xu,
C. Ayranci, M. McDermott*
11:15 – 770. Voltammetric detection ofozone dissolved in water at a macro boron-doped diamond electrode.
T. Nishiumi*, K.J. Aoki, J. Chen
Marriott Waikiki Beach
Waikiki Bllrm II
Direct and Mediated Bioelectrocatalysis for
Biosensors and Energy Conversion
Applications (#89)

Organized by: S. Minteer, L. Mao, J. Kim
Presiding: S. Minteer, S. Minteer
8:00 – 771. Engineering the small laccase(SLAC) from Streptomyces coelicolor forincorporation into enzymatic biofuel cell
cathodes. K. Garcia, S. Babanova,
W. Sheffler, D. Baker, P. Atanassov,
S. Banta*

8:40 – 772. Designing hybrid organic-biocatalytic reaction cascades. I. Wheeldon
9:20 – 773. Spectroelectrochemical analysesof the electron transfer subunit of directelectron transfer type FAD dependent
glucose dehydrogenase. N. Hirose,
N. Suzuki, M. Narita, Y. Yamashita,
W. Tsugawa, J. Okuda, K. Kojima,
K. Sode*9:40 Break
10:00 – 774. Paper-based high power enzymatic biofuel cell arrays for self-powered
biosensors. I. Shitanda*, S. Nohara,
M. Momiyama, S. Tsujimura, Y. Hoshi,
M. Itagaki
10:20 – 775. From mitochondria to metabolons: Enzyme cascade-based bioelectrocatalysis. S. Minteer, F. Wu, S. Xu
11:00 – 776. Electrospun carbon nanofiber
supports for bioelectrodes. D. Do*,
C. Gumeci, S. Calabrese Barton
11:20 – 777. Organic skin patch with built-in
enzymatic battery. M. Nishizawa*
Hawaii Convention CenterHalls I, II, III
Micro- and Nano-fabricated Analytical
Devices for Chemical, Biochemical andBiomedical Platforms (#129)

Organized by: Y. Baba, H. Crabtree,
S. Jacobson, J. Ramsey, K. Otsuka,
D. Chung
Poster Session
10:00 – 12:00
778. Evaluation of the kinetic performance of
micro-fabricated 3D structures for LC
columns. M. Nakamura*, T. Naito,
T. Kubo, K. Otsuka
779. Microfluidic perfusion culture for vascular biology. K. Sato*780. MicroRNA detection on a probe DNA
immobilized polymer-grafted surface ofthe power-free microchip toward pointof-care cancer diagnosis. R. ISHIHARA,
Y. UCHINO, K. HOSOKAWA, M. Maeda,
A. Kikuchi*
781. Passive and continuous hydrodynamic
sorting of PM2.5 using a micropost array.
S. Inagaki, T. Yasui, N. Kaji, Y. Baba782. Development of surface modificationand patterning method in extended nanochannels using fluorinated phosphonicacid (FPS)-immobilized TiO2. S. Ishihara,
K. Morikawa, T. Tsukahara *783. Live cell imaging with quantum dot antiCD3 antibody conjugates introduced by
endocytic pathway. H. Udaka,
T. Kurabayashi, T. Fukuda*, M. Suzuki
784. Optofluidic devices implemented 3D
gold nanostructure enabling surface enhance Raman scattering.
A. Yamaguchi*, T. Fukuoka,
R. Takahashi, Y. Utsumi
785. Investigation of liquid properties of lanthanoid solutions confined in extended
nanospaces. K. Morikawa,T. Tsukahara *786. Development of a dual-function microanalytical device for DNA separation andlabel-free detection. T. Ajiri, T. Yasui,
A. Ishida, H. Tani, Y. Baba, M. Tokeshi
787. Titanium oxide-based peptide chip withremoval ability of non-specific adsorbant.
S. Nagatomo, K. Yamamoto,
S. Matsushima, Y. Katayama, T. Sonoda
788. Microfluidic image-processing-based
multipoint crystallization analysis.
A. Akiyama, M. Fukuyama, A. Hibara*789. Unique properties of water induced bysurface chemical groups in extended
nanospace. K. Ikeda, Y. Kazoe,
T. Tsukahara , K. Mawatari, T. Kitamori*790. Structural analysis of water in extended-nano space. H. Koreeda,
K. Mawatari, K. Shinji, T. Yamaguchi,
K. Yoshida, T. Kitamori*791. Electrical and optical characteristics ofgold nanoparticles-deposited microbeads. Y. Takai, M. Terabe, H. Shiigi*,
T. Nagaoka
792. Up-regulation of adipose derived stem
cells based on 3Dl culture using microfabricated surface. K. Yoshimoto

793. Half–integer diffraction background–free optical detection. K. Furukawa,
M. Fukuyama, A. Hibara*794. Lipid panel test on the disk platform.
C. Shih*, C. Liu795. Enzyme-linked immunosorbent assay
on a disk platform using multistep aliquoting techniques. H. Wu, C. Shih*, C. Li
796. Selective separation of carbohydrates
by capillary gel electrophoresis with PEGbased hydrogels. H. Furuta, T. Naito,
T. Kubo, K. Otsuka
797. Nano-composite with a thermoresponsive molecularly imprinted polymer and amagnetic nanoparticle for selective drugreleasing. K. Koterasawa*, T. Naito,
T. Kubo, K. Otsuka
798. Development of an electrochemicalsensor for simultaneous measurement ofblood ATP and lactate levels for evaluation of illness severity. K. Nishiyama,
A. Ishida*, H. Tani, M. Tokeshi
799. Invader assay-assisted ELISA for thesensitive detection of disease biomarkers
with the naked eye. Q. Song, Y. Li
800. Microfluidic southern hybridization using microbeads fixed with a photo-crosslinkable resin. G. Suzuki, K. Tsunoda,
K. Sato801. Retention properties of a C60-fullerene
coated silica monolithic capillary in liquid
chromatography. M. Tsuzuki*,
Y. Murakami, T. Naito, T. Kubo, K. Otsuka
802. Microflow impulsion and diffusion generated concentration gradient for cellbased assay. X. LI, L. LIU, J. SHI,
F. Zhang, J. HU, L. Wang, z. ZHAO,
Y. CHEN*
803. Simple method for the preparation ofhigh diffraction quality protein crystals
using microfluidic device. M. Maeki*,
A. Pawate, M. Sugishima, K. Watanabe,
M. Tokeshi, P. Kenis, M. Miyazaki
804. High resolution TIRF Imaging of biointerface using self-assembled metal nanoparticle films. S. Masuda, Y. Yanase,
E. Usukura, S. Ryuzaki, K. Okamoto,
K. TAMADA*
805. Development of protein concentration
system based on pore-size control ofmolecular sieving gel by thermal-stimulus
response. Y. Fukushima*, T. Naito,
T. Kubo, K. Otsuka
806. On-chip metabolism model based on
microfluidic technologies for pharmacokinetic study. H. Kimura*, N. Horio,
Y. Sakai, T. Fujii
807. Establishment of analytical method bymicro-ELISA for small amount of patient
blood. E. Mori*, A. Yoshizaki, Y. Imai,
Y. Hosoya, T. Kitamori*808. Development of high sensitivity electrode for glucose bio sensing systemmodified by RF magnetron sputtering.
K. Tsuchiya*, J. Tanno, H. Kimura
809. Fundamental studies on controllingsample focusing using nano-micro structures. Y. Yoshida*, T. Naito, T. Kubo,
K. Otsuka
810. Detecting structural variations caused
by DNA methylation at the single molecule level in nanochannel. X. Sun*,
T. Yasui, R. Sakon , T. Yanagida, N. Kaji,
M. Kanai, K. Nagashima, T. Kawai,
Y. Baba
811. Evaluation of a PEG-based hydrogel for
protein recognition using molecularly imprinting technique. S. Arimura*, T. Naito,
T. Kubo, K. Otsuka* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–75

01 – ANYL
812. Formation mechanism of lipid nanoparticles in microchannels. Y. Fujishima,
M. Maeki, T. Yasui, Y. Sato, A. Ishida,
H. Tani, H. Harashima, Y. Baba,
M. Tokeshi*
813. Automatic assembly of non-sphericalmicroscale particles using electroosmotic
flow in a microfluidic device.
H. Moriyama, T. Ueda*
814. High-sensitive ionic current sensing
system using a microfluidic device.
H. Yasaki, T. Yasui, T. Yanagida, N. Kaji,
M. Kanai, S. RAHONG, K. Nagashima,
T. Kawai, Y. Baba*815. Analysis of in vivo biokinetics of transplanted stem cell using cadmium-freequantum dots. Y. OGIHARA,
H. YUKAWA, D. Onoshima,
T. Kameyama, Y. Hayashi, T. Torimoto,
T. Ishikawa, Y. Baba
816. NAIMS: Nanotip ambient ionization
mass spectrometry. Z. Zhou, J. Lee,
R.N. Zare
817. Stem cell based bio-actuated microsystem for a micropump using a thin polymer
membrane. Y. Tanaka*, H. Fujita
818. Molecular crowding-assisted on-beadrolling circle amplification for single DNA
molecule counting. N. Sasaki*, Y. Gunji,
K. Sato819. Anchored nanowires for microRNA extraction from extracellular vesicles inbody fluid. D. TAKESHITA, T. Yasui,
Y. He, T. Yanagida, N. Kaji, R. Sakon ,M. Kanai, K. Nagashima, T. Kawai,
Y. Baba
820. Fluorescence polarization imaging foranalyzing molecular interactions.
O. Wakao*, M. Maeki, A. Ishida, H. Tani,
A. Hibara, M. Tokeshi*
821. Manipulation and capture of PEGylated
ribonuclease A in an insulator-based dielectrophoresis microdevice towards thedesign of microbioprocesses. M.A. MataGómez, J. González-Valdez, R. Gallo-Villanueva, S. Martı́nez-Chapa, M. RitoPalomares*
822. Recombinant small antibody design forplasmonic biosensor using camel antibody with affinity for target inorganic material. T. Sujino, H. Nakazawa, K. Tawa,
R. Asano, I. Kumagai, M. Umetsu
823. Current detection in microfluidic devices for measurement of cell deformability. M. Sano, T. Yasui, N. Kaji, Y. Baba824. Stem cells imaging in the second nearinfrared region with the use of fluorescence nanoparticles. T. Shimada,H. Yukawa, D. Onoshima, H. Niioka,
Y. Hayashi, T. Ishikawa, Y. Baba825. Microfluidic single cancer cells isolation
and analysis device by simple manual operation for cytoscreening of cancer stem
cells. Y. Hattori, D. Onoshima,
H. Yukawa, K. Ishikawa, M. Hori, Y. Baba
826. Transportation imaging of exosomes
derived from stem cells and cancer cells.
A. Yokoyama, H. Yukawa, D. Onoshima,
Y. Hayashi, T. Ishikawa, Y. Baba
827. Multimodal imaging of stem cells by using quantum and magnetic nanohybrid
particles. R. Naruse, H. Yukawa,
D. Onoshima, Y. Hayashi, T. Ishikawa,Y. Baba
828. Massively parallel detection system ofsingle cells to analyze genomic heterogeneity of cancer cells. S. Ito, T. Yasui,
N. Kaji, Y. Baba
829. Open-microhole array device with superhydrophilic glass surface for filteringand counting rare tumor cells. A. Yonese,
D. Onoshima, H. Yukawa, K. Ishikawa,
M. Hori, Y. Baba
830. Development of magnetized zinc oxide
nanowires by using magnetic fluid.
T. Okawa, T. Yasui, N. Kaji, Y. He,
T. Yanagida, M. Kanai, K. Nagashima,
T. Kawai, Y. Baba
831. Development of an observation platform for bacterial activity using conducting polymer films doped with bacteria.
S. Suekuni, T. Tamura, H. Shiigi*,
T. Nagaoka
832. Nanowire devices for analysis of cellcell communication via extracellular vesicles. K. Tabuchi*, T. Yasui, Y. He,
T. Yanagida, N. Kaji, M. Kanai,
K. Nagashima, T. Kawai, Y. Baba

76 –TECHTECHNICAL PROGRAM
833. High-throughput methylation mappingby detecting fluorescently stained methylation sites at a single molecule level.
A. Hattori, T. Yasui, N. Kaji, Y. Baba*
Marriott Waikiki Beach
Kona Moku Bllrm B
Optical Waveguide Techniques for the
Analyses of Materials and Interfaces (#164)

Organized by: N. Matsuda, S. MENDES,
K. TSUNODA, Z. QI, L. SUN, P. Tassel
8:00 Opning Remarks
8:10 – 834. Integrated bimodal waveguideinterferometers for advanced diagnostics.
L.M. Lechuga*
8:40 – 835. Waveguide-based biosensors forthe diagnosis of infectious diseases.
h. Mukundan*
9:10 – 836. In situ ATR-IR spectroscopic observations of biointerfaces using a flow
cell. S. Morita*
9:40 – 837. Optical waveguide spectroscopy
for study of biological events inside inorganic nanopores. A. Yamaguchi
10:10 Break
10:30 – 838. Evaluation of thin film deposition and vapor sorption using opticalwaveguide spectroscopy with surface
plasmon resonance. K. Shinbo,
M. Ishigooka, Y. Ohdaira, A. Baba,
K. Kato, F. Kaneko
11:00 – 839. Detection of lead and mercury
using silicon-nanowire ring-resonators
coated with mesoporous silicates.
H. Loock*, S. Borjian, X. Wu,
C. Crudden, D. Xu
11:30 – 840. Whispering gallery resonators:
New uses in sensing and material analysis. R. Dunn*, S. Wildgen, D. kim

Hawaii Convention CenterHalls I, II, III
Ultrasensitive Assays for Proteins andProtein Modifications (#287)

Organized by: C. Le, H. Zou, N. Dovichi
Poster Session
10:00 – 12:00
850. Conversion of individual molecules of␤-galactosidase between different active
conformations using short periods ofheating. D. Craig*
851. Phosphorylation-mediated assembly ofsemisynthetic fluorescent protein for label-free detection of protein kinase activity. Y. Huang*, Z. Nie
852. Nanoreactor for large-scale characterization of membrane proteins. X. Fang,
L. Qiao, B. Liu853. Application of the fluorescence at 800
nm derived from the interaction with nonfluorescent Cu(II)-porphine to determine
human serum albumin. T. Ikeda,
H. Sagawa, Y. Nakano, M. Inoguchi,
J. ODO
854. Construction of an electroactive peptide probe for sensing of a protein and acell. K. Sugawara*, H. Kuramitz,
H. Shinohara, T. Kadoya
855. Enhanced Raman spectroscopic immunoassay using an optical interference mirror slide. M. Yasuda*, T. Akimoto,Y. OzakiMarriott Waikiki Beach
Kona Moku Bllrm C
Harmonized Strategy of New UHPLC
Implementation in Pharmaceutical R & D
and CRO/CMO QC Laboratories (#353)

Marriott Waikiki Beach
Waikiki Bllrm III

Organized by: N. Wu, W. Mullett, E. Gong
Presiding: E. Gong, W. Mullett , N. Wu

Laser Ionization Mass Spectrometry (#274)

8:00 Introduction
8:10 – 856. Small-scale ultrahigh performance capillary liquid chromatograph.
M.L. Lee*, S. Sharma, A. Plistil,
H.E. Barnett, S.D. Stearns,
P.B. Farnsworth, H. Tolley
8:40 – 857. Introduction to UPLC: Theory
and practical implementation. r. Ladd,
D. Diehl*
9:10 – 858. Evaluation, adoption, and benefits of UPLC at Astrazeneca Pharmaceuticals. r. Ladd*
9:40 – 859. Pharmaceutical separations using ultrahigh pressure liquid chromatography. Y.S. Xiang, M.D. Trone
10:00 Break
10:10 – 860. Applications of UPLC-MS
based metabolomics in precision medicine. G. Xu, X. Zhao, Z. Yang, P. Yin,
X. Lu
10:30 – 861. Application of UHPLC and SPP
columns with MS and fusion software forfast and robust method development.
D. Kou*10:50 – 862. Method transfer from HPLC to
UHPLC: Rules, benefits, applications,and eventual problems. D. Guillarme*,
J. VEUTHEY
11:10 – 863. UHPLC vs. HPLC for rapid
compound quality control analysis andcharacterization. B. Lin*
11:30 – 864. UPLC/UHPLC applications andmethod transfer in contract research organization (CRO). W. Huang*, K. Zhou,
E. Gong
11:50 Discussion and Conclusion Remarks

Organized by: T. Imasaka, R. Zare, K. Lin
Presiding: R.J. Levis, R.N. Zare
8:00 Opening Remark
8:05 – 841. Laser desorption/ionization
droplet delivery mass spectrometry(LDIDD-MS). J. Lee, H. Nam, R.N. Zare*
8:35 – 842. Application of laser ionization
time-of-flight mass spectrometry to emulsion analysis. H. FUKAYA*, Y. SHIMO*,
Y. TSUDA*, H. Ishigami*, T. UCHIMURA*
8:55 – 843. Nanoparticle seed-layer for laser
desorption/ionization mass spectrometry
in the quantification of various polarity
drugs. M. Tseng*, R. Obena, Y. Ho,
Y. Luo, C. Lin, M. Fuh**, Y. Chen**
9:15 – 844. Laser desorption ionization of
stilbenes in porous coordination networks. K. Ohara*, A. Nakai,
K. Yamaguchi
9:35 Break
9:45 – 845. MALDI ionization mechansim.
C. Ni
10:15 – 846. Determination of nerve agent
metabolites by gas chromatography/multiphoton ionization/time-of-flight mass
spectrometry. A. Hamachi, T. Imasaka,
Y. Mori, D. Vu, Y. Kida, T. Imasaka
10:35 – 847. Resonant laser mass spectrometry in cultural heritage analysis.
M.S. de Vries*
10:55 – 848. Analysis of pyrolysis products
from TiO2 nanoparticles treated with phenyltriethoxysilane using laser ionization
time-of-flight mass spectrometry.
T. Fujii*, T. UCHIMURA*
11:15 – 849. Ambient femtosecond laser vaporization electrospray ionization mass
spectrometry, a universal analysis
method. R.J. Levis

Marriott Waikiki Beach
Waikiki Bllrm I
Vibrational Spectroscopy: New
Developments and Applications in
Biological and Medical Sciences (#375)

Organized by: M. Blades, H. Sato,
B. Wood
Presiding: M. Blades, H. Sato,
B.R. Wood

8:00 – 865. Developing clinical diagnostics
with deep Raman spectroscopy: Advancing our understanding of spatial distributions of tissue Raman signals. N. Stone*,
M. Vardaki, B. Gardner, P. Matousek
8:30 – 866. Transforming in vitro vibrational
spectroscopy into in vivo vibrational imaging for applications in biology andmedicine. J. Cheng*, D. Zhang, J. Li,
P. Wang
9:00 – 867. Pre-clinical trial on the application of ATR spectrosocpy for malaria diagnsosis. B.R. Wood, P. Heraud,
D. Guaita-Perez, P. Jearanaikoon,
P. Tippayawat, D. McNaughton
9:20 – 868. Understanding physiologicalchanges in tissue in vivo using Raman
spectroscopy. A. Mahadevan-Jansen*,
C. O’Brien, I. Pence, J.C. Slaughter,
J.J. Reese, K.A. Bennett
9:40 – 869. Raman spectroscopy for live
cells and tissues. H. Sato, K. Moor,
P. Meksiarun, M. Ishigaki, Y. Maeda
10:00 – 870. Visualising stem cell differentiation status by Raman microspectroscopy.
L. Chiu*, T. Ichimura, K. Fujita, T. Ozawa,
H. Fujita*
10:20 – 871. Raman study for monitoring thedevelopment of neuronal cell in vitro.
K. Hashimoto, S.N. Kudoh, H. Sato
10:40 – 872. Raman spectral dynamics of
single cells in the early stages of differentiation and proliferation upon growth factor stimulation. S. TAKANEZAWA,
Y. Ozaki, Y. Sako
11:00 – 873. Rapid in vivo Raman spectroscopy for early cancer detection – technology development and clinical applications. H. Zeng*, J. Zhao, M. Short,
D. McLean, S. Lam, H. Pawluk,
A. McWilliams, H. Lui
11:30 – 874. Bio-Raman spectroscopy as a
powerful tool for pathological researchand clinical diagnosis. J. Hu*
Marriott Waikiki Beach
Kona Moku Bllrm A
Advances in Terahertz Spectroscopy andImaging (#413)

Organized by: A. Rahman, C. Kim,
W. Jaeger, S. Nguang
Presiding: A. Rahman, Y. Shamash
8:00 Introduction
8:05 – 875. High resolution spectroscopy
with backward wave oscillators.
W. Jaeger*
8:35 – 876. Terahertz characterization of
permeation of gold nanoparticles throughhuman stratum corneum in vitro.
J. Grove, A. Rahman, T. Ramezanli,
B. Michniak-Kohn, A. Rahman*
9:05 – 877. In vitro study of the non-thermal
effect of terahertz-wave irradiation.
N. Yaekashiwa, S. Hayashi , K. Kawase
9:25 – 878. Terahertz pulsed spectroscopyof paraffin-embedded brain glioma. j. li,
k. meng, T. Chen, L. Zhu, Z. Li
9:45 BREAK
10:00 – 879. Early detection of skin cancer
by terahertz reflectometry, spectroscopy,
and imaging. B. Rao*, A. Rahman,
A. Rahman*
10:30 – 880. Role of human sweat duct interahertz wave interaction with humanskin. S.R. Tripathi*, E. Miyata, K. Kawase* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
10:50 – 881. Self-association and intermolecular vibrations of dimethyl sulfoxide in
cyclohexane solutions studied by THz
TDS, mid-IRS, and DFT calculations.
K. Mizuno
11:10 – 882. Monitoring hydrogen bonds insoft materials by terahertz spectroscopy.
H. Hoshina, H. Suzuki, S. Yamamoto,S. Yajima, Y. Ozaki, C. Otani
11:30 – 883. Even technology entrepreneurs
need partners: what it takes in today’s
world. Y. Shamash

16:20 – 901. Non-faradaic unlabeled electrochemical capacitive detection of DNA
modification and hybridization processusing custom-made gold interdigital microelectrode arrays.
N.E. Solis Marcano*, M. Lopez-Nieves,
C.R. Cabrera
16:40 – 902. Employing DNA for bioelectrocatalysis. D.A. BaumFriday Afternoon

Novel Analytical Probes for In Vivo Optical
Functional Imaging (#115)

Marriott Waikiki Beach
Milo III
Development and Applications ofTechniques for Electrochemical Analysis(#24)

Organized by: J. Chen, D. Arrigan, C. Hu,
B. Liu, K. Maeda
13:00 – 884. Generator-collector effects inelectroanalytical processes. F. Marken*
13:30 – 885. Metal nanoparticle-attachednickel electrodes for electroanalysis.
M. Oyama*
13:50 – 886. Novel electrochemical analysis
of hydrophilic and lipophilic natioxidants
in bicontinuous microemulsion.
E. Kuraya, D. Kato, O. Niwa, M. Kunitake
14:10 – 887. Direct and indirect molybdenum enzyme electrochemistry.
P.V. Bernhardt*
14:30 – 888. Photoelectrochemical immunoassays. H. Chen*
14:50 Break
15:00 – 889. Nanogap sensors. L. Rassaei
15:20 – 890. Bioanalysis and metabolism
strategy based on electrochemistry andmass spectrometry. B. Liu*, X. Fang,
L. Qiao, X. Zhang, H.H. Girault
15:40 – 891. Diffusive relaxation hinders thetime response of electrochemical detection in microchannels. R. Trouillon*,
M.A. Gijs
16:00 – 892. Development of a reconfirmable
DNA sensing protocol on polycrystalline
silicon nanowire field effect transistor.
Y. Yang*
16:20 – 893. Electrochemical studies of protein kinase catalyzed phosphorylations.
H. Kraatz
16:40 – 894. Insight into electrochemiluminescence of Au25 clusters. Z. Ding
17:00 Closing Remarks
Marriott Waikiki Beach
Waikiki Bllrm II
Direct and Mediated Bioelectrocatalysis for
Biosensors and Energy Conversion
Applications (#89)

Organized by: S. Minteer, L. Mao, J. Kim
Presiding: S. Minteer, S. Minteer
13:00 – 895. Direct electron transfer of glucose oxidase at seamless 3D graphenecarbon nanotubes hybrid for glucose
sensing and biofuel cell.
A. Mulchandani*, T. Terse-Thakoor,
K. Komori, P. Ramnani
13:40 – 896. Nanobiocatalytic approaches
for improving both lifetime and electrontransfer rate of bioelectrocatalysis.
J. Kim
14:20 – 897. Direct extracellular electrontransfer via noncovalent flavin cofactor inouter membrane cytochrome of Shewanella and Geobacter species.
Y. Tokunou, K. Hashimoto*,
A. Okamoto*
14:40 – 898. Directed biomolecule immobilization on comb-branched DNA.
E.K. TeSelle*, D.A. Baum
15:00 – 899. Human biosensing by nicroelectrode double potential pulse.
J. Burgess*15:40 – 900. Novel first generation enzymatic biosensors via spontaneous adsorption of enzymes on nitrogen-dopedcarbon nanotubes. K.J. Stevenson*,
J. Goran, I. Rust

Marriott Waikiki Beach
Milo IV / V

Organized by: Y. Urano, T. Ozawa,Y. Chang, M. McCarroll
Presiding: T. Ozawa
13:00 – 903. Optical imaging and analysis ofcell-death pathways using bioluminescent proteins. T. Ozawa
13:25 – 904. Genetically-encoded luminescent indicator applicable in millisecond
voltage phenomena. T. Nagai*
13:50 – 905. Live cell imaging and in vivo
analysis for temporal reaction of G protein-coupled receptor using split luciferase complementation. M. Hattori,
T. Ozawa*
14:10 – 906. Video rate imaging of local tensors for structural characterization of collagen by second harmonic generation microscopy. G.J. Simpson*
14:30 – 907. Fluorescent probe for singlemolecule live-cell imaging of telomericrepeat containing RNA using fluorescentprotein reconstitution and an RNA-binding domain PUM-HD. H. Yoshimura,T. Yamada, H. Segawa, T. Ozawa*
14:50 Break
15:05 – 908. Improvement of two-photon microscopy using a new optical technology.
T. Nemoto*
15:30 – 909. Raman tags: Nonfluorescentchemical probes for small molecules.
K. Fujita*
15:55 – 910. Study on inteacellular SERS
and multispectral imaging. Y. Chen*,
A. Shen*, J. Hu
16:15 – 911. 3D layered neuronal networks
constructed in biomimetic scaffolds.
M. Yoon*Marriott Waikiki Beach
Kona Moku Bllrm B
Optical Waveguide Techniques for the
Analyses of Materials and Interfaces (#164)

Organized by: N. Matsuda, S. MENDES,
K. TSUNODA, Z. QI, L. SUN, P. Tassel
13:00 – 912. Wideband integrated photonics
for chemical detection at surfaces.
J.S. Wilkinson*, G.S. Murugan
13:30 – 913. Ex situ waveguide spectroscopy technique for characterization of ultrathin solid-state films. Z. Qi*
14:00 – 914. Surface plasmon-waveguide
coupled emission for probing thick samples up to micrometer-scale. Y. Li*,
Q. Liu, S. Cao, S. Huo, K. Xie, Y. Zhai,
Y. Weng
14:30 – 915. Optimal structures and various
applications of a waveguide-mode sensor. M. Fujimaki*
15:00 Break
15:20 – 916. Introduction to optical waveguide multi-platform development andfundamental applications. H. Takahashi*
15:50 – 917. Dye adsorption in mesoporous
silica film characterized by polarized optical waveguide spectroscopy. D. Lu*
16:10 – 918. Optical fiber total internal reflection fluorescence with a liquid corewaveguide for collecting/delivering fluorescence photons. S. Tao*, C.A. Guyer
16:30 – 919. Planar waveguide ATR and
TIRF spectroscopy in the time- and frequency-domains: Development and application to photochemical and electrochemical reactions in molecular films.
S. Saavedra*

Marriott Waikiki Beach
Waikiki Bllrm III
Laser Ionization Mass Spectrometry (#274)

Organized by: T. Imasaka, R. Zare, K. Lin
Presiding: C. Ni, R. Zimmermann
13:00 – 920. Combustion, crude oil, coffee
roasting, and industrial processes: Analysis of complex materials and thermal processes by photo-ionisation mass spectrometry (PIMS). R. Zimmermann
13:30 – 921. Application of tunable vacuumultraviolet (VUV) light coupled with reflectron time-of-flight mass spectrometry forthe isomer-specific detection of complex
organic molecules in astrophysical ice
analogs. M.J. Abplanalp, R. Kaiser
13:50 – 922. Unraveling the gas-phasechemistry in chemical vapor deposition
with cyclic organosilicon precursors using laser ionization mass spectrometry.
Y. Shi*, I. Badran, L. Tong
14:10 – 923. Time-of-flight mass spectrometry of polycyclic aromatic hydrocarbons
and their analogs. Y. Tang, T. Imasaka,
S. Yamamoto, T. Imasaka
14:30 Break
14:40 – 924. Some applications of laserbased ionization mass spectrometer inmolecular photodissociation. K. Lin
15:10 – 925. Mechanistical study of reaction
pathways in solid nitromethane (CH3NO2)
and D3-nitromethane (CD3NO2) upon interaction with ionizing radiation.
P. Maksyutenko*, M. Förstel, R. Kaiser
15:30 – 926. Characterization of thermal decomposition products of chemical vapor
deposition precursors using vacuum ultraviolet photoionization time-of-flightmass spectrometry. J. Zhang*
15:50 – 927. Online monitoring of the dispersed oil of an emulsion using laser ionization time-of-flight mass spectrometry.
Y. TSUDA*, T. UCHIMURA*
16:10 – 928. Femtosecond ionization inmass spectrometry for observing a molecular ion. T. Imasaka*
16:35 Closing Remark
Marriott Waikiki Beach
Milo I
Advanced Analytical Applications andTechnical Developments of Soft X-Ray
Spectroscopy (#303)

Organized by: Y. Muramatsu,
S. Hayakawa, C. Heske, A. Buuren,
A. Moewes
Presiding: S. Hayakawa, Y. Muramatsu
13:00 Opening Remarks
13:05 – 929. Conversion electron yield XAFS
measurements with soft X-rays for element selective measure of specific surface area. S. Hayakawa, E. Tsuji
13:25 – 930. Characterization of contact lenspolymer gels: Cryo vs. dried methodology. D.S. Karpuzov*
13:45 – 931. N-K absorption spectra of small
cluster structures in a hydrated biocell.
T. Ejima, M. Kado, M. Aoyama,
K. Yasuda, S. Tamotsu
14:05 – 932. Chemical imaging of atmospheric aerosols. M.K. Gilles, S.T. Kelly,
B. Wang, A. Laskin
14:25 – 933. Novel system to study the element-specific valence electronic structure of wet materials. Y. Harada
15:05 – 934. PPM detection limits in powder
X-ray diffraction guided by second harmonic generation imaging.
G.J. Simpson*
15:25 – 935. Quasi in situ XPS analysis onhydrocarbon decomposition on a TiO2
surface by UV irradiation. N. Ohtsu*
15:45 – 936. Characterization on blue apatitebeads recovered from Tell el-Kerkh, Syria(pottery Neolithic period) and related materials. C. NUMAKO, K. Kitahara,
Y. Shimazu, Y. Taniguchi

16:05 – 937. Soft X-ray absorption absorption/reflectivity analyses of carbon materials in BL10 at the NewSUBARU.
Y. Muramatsu*, T. Uemura, K. Nambu,
D. Fukuyama, M. Kuki, T. Harada,
T. Watanabe, H. Kinoshita
16:25 Break
16:40 – 938. Probing the ground state oxygen holes and the metal-insulator transition in strained rare earth nickelate films
with Resonant Inelastic X-ray Scattering.
T. Schmitt*Marriott Waikiki Beach
Waikiki Bllrm I
Vibrational Spectroscopy: New
Developments and Applications in
Biological and Medical Sciences (#375)

Organized by: M. Blades, H. Sato,
B. Wood
Presiding: M. Blades, H. Sato,
B.R. Wood
13:00 – 939. Surface-enhanced Raman
spectroscopy: From biomolecules to livecell imaging. B. Ren*, X. Zheng, L. Xu,
C. Zong, M. Xu, J. Zhang
13:30 – 940. Gold nanoparticles as a substrate in bio-analytical near-infrared surface-enhanced Raman spectroscopy.
H.J. Butler*, S. Fogarty, F.L. Martin
14:00 – 941. Molecular and elemental imaging approaches to investigate the relationship between vitamin B12 and multiple scelerotic lesions in human brain
tissue. P. Heraud, S. Petratos, P. Doble,
B.R. Wood
14:20 – 942. Developmental stages in the directed differentiation of human pancreatic insulin-positive cells characterizedusing Raman microspectroscopy.
M. Blades, T. Kieffer, R. Turner, J. Piret,
S. Konorov, H. Schulze, B. Gage
14:40 – 943. Separation of Raman and fluorescence signals by wavelength modulation Raman spectroscopy with parallel
accumulation. R. Shimada, T. Nakamura,T. Ozawa*
15:00 – 944. Development of a highly-sensitive time-resolved IR spectrometer andits application to high-background aqueous biological samples. M. Kubo*,
T. Kimura, Y. Yamaguchi,
S. YANAGISAWA, R. Komiya, J. Yan,
S. Nakashima, T. OGURA, Y. Shiro
15:20 – 945. Tip-enhanced Raman spectroscopy of biomaterials. F. Pashaee,
M. Tabatabaei, F. Lagugné-Labarthet*
15:40 – 946. Plasmonic nanopipettes toward
cell secretion monitoring by dynamic
SERS. F. Lussier*, J. Masson
16:00 – 947. Analysis of urine metabolites by
sheath-flow SERS detection.
Z.D. Schultz*
16:20 – 948. Study of mouse embryo by Raman spectroscopy. M. Ishigaki*,
K. Hashimoto, N. Ogawa, K. Morimoto,Y. Ozaki, H. Sato
16:40 – 949. Raman monitoring of anticancer drug effect in live mouse model.
A. Taketani, B.B. Andriana, H. Sato* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–77

01 – ANYLMarriott Waikiki Beach
Kona Moku Bllrm A
Advances in Terahertz Spectroscopy andImaging (#413)

Organized by: A. Rahman, C. Kim,
W. Jaeger, S. Nguang
Presiding: W. Jaeger, J. Uddin
13:00 Introduction
13:05 – 950. Interaction of TiO2 nanoparticles with human dermal cells via terahertz scanning reflectometry.
A. Rahman*, T. Mironava, A. Rahman,
M. Rafailovich
13:35 – 951. Time-resolved THz spectroscopy and its application to 1D/2D materials. J. Park*, W. Lee, H. Choi, T. Kim,
S. Jung, J. Bae, M. Cho*
13:55 – 952. Terahertz investigation of nanostructured TiO2 enhanced natural dye
sensitized solar cell. J. Uddin*,A.D. Ward, N.N. Brown, A. Rahman,
A. Rahman
14:25 – 953. Investigating the low frequency
vibrations of jet-cooled biomolecules withchirped-pulse THz spectroscopy.
E.G. Buchanan, D.F. Plusquellic*
14:45 BREAK
15:00 – 954. Sub-surface corrosion detection by terahertz time-domain reflection
spectrometry and 3D imaging.
D. Hadzialic*, A. Rahman
15:30 – 955. Terahertz sub-surface scanningand 3D imaging for semiconductor wafer
defect detection. A. Rahman,
A. Rahman*
15:50 – 956. Ultrafast terahertz modulation
characteristics of photo-induced metalinsulator transition of W-doped VO2 film.
Z. Zhai*, Y. Xiao, L. Zhu, W. Huang
16:10 – 957. Crystal structure and thermal
behavior of low molecular weight poly(3hydroxybutyrate) studied by terahertz
and Raman spectroscopy. T. Miyai*,N. Kadoya, H. Hoshina, Y. Ozaki, H. Sato
16:30 – 958. Terahertz spectroscopic polarimetry of archimedean spiral arrays: Experiments and simulations.
C. Schmuttenmaer, D.J. Aschaffenburg,
M.R. Williams
16:50 Closing remarks

Friday Evening
Hawaii Convention CenterHalls I, II, III
Optical Waveguide Techniques for the
Analyses of Materials and Interfaces (#164)

Organized by: N. Matsuda, S. MENDES,
K. TSUNODA, Z. QI, L. SUN, P. Tassel
Poster Session
19:00 – 21:00
959. UV-visible spectral analysis of azobenzene crystals with optical waveguide
spectrometer. T. Taniguchi, M. Shiro,
H. Koshima*, T. ASAHI
960. Speciation analysis for aluminum with aliquid-core/liquid-cladding optical waveguide. S. Yoshizawa, H. Murata, K. Sato,
K. Tsunoda
961. Nucleobase-functionalized conjugatedpolymer for detection of copper(II).
C. Xing, H. Yuan, Y. Zhan
Marriott Waikiki Beach
Kona Moku Bllrm C
Ultrasensitive Assays for Proteins andProtein Modifications (#287)

Organized by: C. Le, H. Zou, N. Dovichi
Presiding: Z. Nie, L. Zhang
19:00 – 962. Targeting cancer biomarkers bymolecularly imprinted polymers. Z. Liu*
19:30 – 963. Enhancing the sensitivity ofMS-based proteomics and phosphoproteomics using TrEnDi. K. Wasslen,
K. Blank, Z. Naperstkow, S. Shields,
J.M. Manthorpe*, J.C. Smith*
20:00 – 964. Peptide N-terminal protection
strategy for deep glycoproteome analysis. M. Ye*, J. Huang, Z. Zhang,
K. Cheng, F. Wang, H. Zou*

78 –TECHTECHNICAL PROGRAM
20:30 – 965. Multiplexing microfluidics reactor for integrated proteolysis. L. Yan,
J. Ji, B. Liu, P. Yang
Hawaii Convention CenterHalls I, II, III
Advanced Analytical Applications andTechnical Developments of Soft X-Ray
Spectroscopy (#303)

Organized by: Y. Muramatsu,
S. Hayakawa, C. Heske, A. Buuren,
A. Moewes
Presiding: Y. Muramatsu
Poster Session
19:00 – 21:00
966. Preparation and characterization of boron/carbon thin film having diamond-likestructure. T. Kimoto*, M. Kawaguchi,
N. Ohno, H. Enomoto, Y. Muramatsu
967. Study on the sorption behavior of Pd
and Pt complex anions onto ␦-MnO2.
K. Tanaka*, D. Kawamoto, H. Ohashi,
M. Tokunaga, Y. Okaue, T. Yokoyama
968. Chemical state of gold supported on
catalyst precursor. H. Ando*,
D. Kawamoto, H. Ohashi, Y. Okaue,
M. Tokunaga, T. Yokoyama
969. Development of in-situ battery cell for
X-ray absorption spectroscopy.
R. Miyahara, M. Katayama, Y. Inada
970. Identification of edge-carbon atoms inhexagonal carbon layers by C K-XANES
measurements of nanographite particles
and theoretical assignments using thefirst-principle calculations. T. Okada,Y. Muramatsu, K. Murayama
971. Application of soft X-ray spectroscopy
to characterization of nitrogen ion implanted TiO2 photocatalysts.
T. Yoshida*, S. Niimi, M. Yamamoto,S. Ogawa, T. Nomoto, S. Yagi
972. Evaluation of the weathered Japaneseroof tiles of the Himeji Castle by soft
X-ray absorption spectroscopy.
Y. Muramatsu*, R. Murakami
Hawaii Convention CenterHalls I, II, III
Vibrational Spectroscopy: New
Developments and Applications in
Biological and Medical Sciences (#375)

Organized by: M. Blades, H. Sato,
B. Wood
Presiding: M. Blades, H. Sato,
B.R. Wood
Poster Session
19:00 – 21:00
973. Study of protein secondary structure byusing NIR and Raman spectroscopy.
K. MORIMOTO, M. Ishigaki, Y. Ozaki
974. Studies performed at the beamline for
infrared microspectroscopy at the MAX IV
laboratory in Lund Sweden. A. Engdahl975. Correlation between hydrophile lipophile balance number and percutaneous
permeation of optically active amino acidions into horny intercellular fat of skin.
Y. WATANABE*, N. HIGASHI, T. UEDA,
K. SHIOYA, M. MATSUMOTO,
H. SUZUKI
976. Raman spectroscopy-observed a single
colorectal adenocarcinoma in living animal. B.B. Andriana, A. Taketani, H. Sato977. Estimation of body fat amount of a laboratory mouse by using Near-Infrared
spectrometer. N. Ogawa*, K. Fujiwara,
Y. Sato, K. Okada
978. Development and application of infrared scattering-type near-field scanning
optical microscopy. H. Kwon*, E. Lee
979. Novel DNA electrophoresis analysis using near-infrared spectroscopy.
M. Yasuda*, T. Akimoto, Y. Ozaki
980. Investigation of the interaction between
biomimetic membranes and protein aggregates using various spectroscopic
techniques. R. Karaballi*, C.L. Brosseau
981. Use of attenuated total reflectance Fourier transform infrared spectroscopy tomonitor surface tethered phospholipids
via copper-free click chemistry.
E.N. Towns, D.P. Land*982. Structural monitoring in DOPC andDiynePC in nanolipoprotein particles resulting from polymerization as determined by attenuated total reflectanceFourier transform infrared spectroscopy.
J. Moore*, S. Gilmore, E.N. Towns,
H. Guo, C. Blanchette, D.P. Land983. High-resolution Raman imaging of lipid
rafts in artificial monolayer membranes.
J. Ando, M. Kinoshita, J. Cui,
H. Yamakoshi, K. Dodo, K. Fujita,
M. Murata*, M. Sodeoka*
984. Raman spectroscopic study on the
spore formation process of fission yeast
at starvation state. T. Yamamoto*,
T. Sasaki, H. Noothalapati, T. Kaino,
M. Kawamukai, H. Hamaguchi
985. In situ surface-enhanced Raman spectroelectrochemistry of a hemin modified
nanostructured gold surface. E. Carlen,
L. Le Thi Ngoc
986. Thin layer chromatography/coupling reaction-based surface enhanced Raman
scattering for a facile detection of carbofuran. T. Sukmanee, K. Wongravee,
S. Ekgasit, C. Thammacharoen,
P. Pienpinijtham*987. Living cell analysis on the effect of endocrine disruptor by Raman spectroscopy. N. Ogawa, K. Hashimoto,A. Oguro, S. Imaoka, H. Sato988. Analysis of human pancreatic cancer
cell line by confocal Raman spectroscopy. M.E. Jan, S.S. Alzahrani,
B.B. Andriana, H. Sato
Hawaii Convention CenterHalls I, II, III
Advances in Terahertz Spectroscopy andImaging (#413)

Organized by: A. Rahman, C. Kim,
W. Jaeger, S. Nguang
Presiding: W. Jaeger, M. Rafailovich,
A. Rahman, J. Uddin
Poster Session
19:00 – 21:00
989. Development of wide dynamic range
terahertz-wave spectrometer based on
optical parametric process in lithium niobate crystal. K. Imayama*, K. Murate,
S. Hayashi , H. Minamide, K. Kawase
990. Single shot measurement of terahertz
pulses based on pulse front tilting by reflective grating. Z. Zhai*, S. Zhong,
L. Zhu991. Recognition of chemicals concealed
under covering substances using terahertz spectroscopy based on injectionseeded terahertz parametric source.
M. Kato*, R. Yamazaki, K. Murate,
K. Imayama, K. Kawase
992. Optical characterization of hydrogenbonded materials at terahertz frequencies. K. Takeya*, R. Takahashi,
K. Kawase
993. High power and broadband terahertz
wave generation from LiNbO3 ridge
waveguide. T. Minami, H. Okano,
K. Takeya, K. Kawase
994. Isothermal crystallization of poly glycolic acid(PGA) by terahertz and Infrared
spectroscopy. F. Nishimura, Y. Ozaki,
H. Hoshina, H. Sato997. Structural analysis of Li4Ti5O12(111)
surfaces in ionic liquid by frequency modulation atomic force microscopy.
T. Uchida*, M. Kitta, T. Ichii,
T. Utsunomiya, H. Sugimura
998. Localized electrochemical deposition
property analysis by image feedback andsimulation. y. ciou*, .Y. Ren, L. Jing Chie,. Yao-Tien
999. Cobalt phthalocyanine/nitrogen-doped
graphene nanocomposite for electroanalysis of thiols. H. Xu*, B. Liu*
1000. Measurements of single ion activity ofhydrogen ion in concentrated aqueous
electrolyte solutions using the ionic liquidsalt bridge. R. Hashimoto*,
R. Nakamura, M. Yamamoto, T. Kakiuchi,
R. Murakami
1001. Determination of the single ion activity
of hydrogen ion in sulfuric acid solutions
measured by us of ionic liquid salt bridge.
R. Nakamura*, R. Hashimoto,
M. Yamamoto, T. Kakiuchi, R. Murakami
1002. Applying the electrochemistry of simple redox systems (quinones and phenylenediamines) for comparisons of thehydrogen bond strengths of alcohols inorganic solvents. M.E. Tessensohn,
R.D. Webster*1003. Electrochemical evaluation of bacterial
viability using fluorescent labels.
M. Takai, K. Ishiki, H. Shiigi*, T. Nagaoka
1004. Detection of electrocatalytic activity of
individual nanoparticle using microelectrochemical device. J. Joo*, S.J. Kwon
1005. Observation of different current responses by electrocatalytic amplificationof platinum single nanoparticle collision
on silver ultramicroelectrodes. S. Mun*,
S.J. Kwon
1006. Effect of solution pH on the corrosion
resistance and characterization of thecomposite film formed on Mg alloy bysteam coating. N. Kamiyama*, T. Ishizaki
1007. Verification of the geometric constant
K for electrochemical time of flight experiments. J.C. Moldenhauer*, M. Meier,
D. Paul
1008. Impact of different grinding aid on
standard deviation in x ray fluorescenceanalysis of cement raw meal. A. Tyopine*1009. Photoinduced electron transfer reaction of C60 at a nitrobenzene/water interface. M. Fujimori*, T. Hinoue
1010. Ion-transfer voltammetry of streptothricin antibiotics with differently sizedlysine oligomers at a nitrobenzene/waterInterface. K. Uematsu*, C. Maruyama,
Y. Hamano, H. Katano
1011. Gold oxide formation and stripping
voltammetry for water analysis in room
temperature ionic liquids. J.C. Aguilar*,A. Garcı́a Mendoza
1012. Ion voltammetric determination of alkali metal ions with a flow electrolytic cell.
R. Nakamura*, T. Hinoue
1013. Electrochemical analysis of Cu(I) complexes in copper sulfate electroplating
solution as compared with colorimetricanalysis by using reaction kinetics with achelate reagent. H. Noma*, T. Koga,
K. Nonaka
1014. General strategy for photoelectrochemical immunoassay using an enzyme
label combined with a CdS quantum dot/
TiO2 nanoparticle composite electrode.
W. Zhao*, J. Xu, H. Chen

Saturday Morning
Hawaii Convention CenterHalls I, II, III
Development and Applications ofTechniques for Electrochemical Analysis(#24)

Organized by: J. Chen, D. Arrigan, C. Hu,
B. Liu, K. Maeda
Poster Session
10:00 – 12:00
995. Mechanism of controlling oil droplet
contact angle through three-phaseboundary reaction. Y. Yang, K.J. Aoki,
J. Chen996. Variables of solvents controlling electric
double layer capacitance at highly oriented pyrolytic graphite. Z. Wang,
K.J. Aoki, J. Chen** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
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onlineprogram

01 – ANYL
1015. Application of the voltammetric reduction using a strong alkaline electrolyte tocorroded copper plate samples exposedin air at East Asian countries, Japan, Korea, and Taiwan. T. Ozeki*, S. Fujiwara,
S. Nakayama, T. Osakai
1016. Characterization of fluorine substituted
LiFeBO3 as a cathode material for lithium
rechargeable battery. J. An, J. Bak,
H. Lee, Y. Lee*
Marriott Waikiki Beach
Waikiki Bllrm II
Direct and Mediated Bioelectrocatalysis for
Biosensors and Energy Conversion
Applications (#89)

Organized by: S. Minteer, L. Mao, J. Kim
Presiding: S. Minteer, S. Minteer
8:00 – 1017. Biomolecular studies of the intra- and intermolecular electron transfer
in the FAD dependent dehydrogenase
complex capable of direct electron transfer. K. Sode
8:40 – 1018. On the role of flavins in bacterial
extracellular electron transfer via outermembrane cytochromes: Closer, molecular perspective. S. Babanova,
I. Matanovic, P. Atanassov
9:20 – 1019. Application and immobilizationof a novel naphthoquinone derivative formediated bioelectrocatalysis of glucose
by FAD-dependent glucose dehydrogenase. R.D. Milton, S. Minteer*, D. Hickey,
S. Abdellaoui, K. Lim, B. Tan
9:40 – 1020. Iron-sulfur cluster is conservedin the catalytic subunits of direct electrontransfer type FAD dependent dehydrogenase complexes. M. Shiota*, K. Kojima,
W. Tsugawa, T. YAMAZAKI, S. Ferri,
K. Sode*10:00 – 1021. Enzymatic, microbial, or abiotic cathodic catalysis in bioelectrochemical systems (BESs). C. Santoro*,
A. Serov, K. Artyushkova, S. Babanova,
P. Atanassov
10:20 – 1022. Robust microbial ureolysis
self-sustaining system for the removal of
urea from urine. M. Morales, R. Martinez,
R. Morales, I. González-González,
C.R. Cabrera
10:40 – 1023. Direct and mediated multi-enzyme sensor for continuous glucose andlactate monitoring. E. Takagi, A. Suzuki,
S. Tsujimura, K. Kojima, W. Tsugawa,
K. Sode*11:00 – 1024. Direct bioelectrocatalysis of
PQQ-dependent pyranose dehydrogenase adsorbed on a glassy carbon electrode at various pH levels. K. Takeda,
H. Matsumura, T. Ishida, M. Yoshida,
K. Igarashi, M. Samejima,
N. NAKAMURA*, H. Ohno
11:20 – 1025. Engineering of glucose oxidase to alter electron acceptor preferences in the oxidative half reaction.
C. Maeda, S. Saito, Y. Horaguchi,
S. Vogt, G. Nöll, K. Sode*
11:40 – 1026. Disentangling the extracellularelectron transfer mechanisms of Shewanella oneidensis MR-1 on graphite andindium tin oxide electrode. S. Xu,
M.Y. El-Naggar*
Marriott Waikiki Beach
Milo IV / V
Novel Analytical Probes for In Vivo Optical
Functional Imaging (#115)

Organized by: Y. Urano, T. Ozawa,Y. Chang, M. McCarroll
Presiding: Y. Urano
8:00 – 1027. Chemical mechanism of selective cytotoxicity induced by silica-phthalocyanine-based near infrared photoimmunotherapy. H. Kobayashi*
8:25 – 1028. Porphysome nanotechnology
for in vivo optical imaging and beyond.
G. Zheng
8:50 – 1029. Development of novel fluorogenic probes for peptidases and glycosidases and their application to rapid intraoperative imaging of tiny tumors.
Y. Urano*

9:15 – 1030. Fluorescence-guided digestive
surgery using indocyanine green andnovel fluorescence prove activated bypancreatic chymotrypsin. T. Ishizawa,
Y. Urano, M. Kamiya, S. Yamashita,
N. Kokudo, A. Saiura
9:40 Break
9:55 – 1031. Imaging tumor cells using uptake of fluorescent L-glucose derivatives.
K. Yamada*
10:20 – 1032. Development of in vivo imaging probes for vulnerable plaque detection. M. Ogawa*, K. Shimizu, Y. Narita,
M. Maess, Y. Magata, N. Oku
10:45 – 1033. Novel strategy for deeply penetrating photoacoustic cancer imaging.
M. Ishihara*, T. Teranishi, Y. Urano
11:10 – 1034. Switching of near-infrared absorption and generation of reactive oxygen species via diradical complexes forcancer theranostics. K. Tamura*,
A. Masuya, N. Iki
Marriott Waikiki Beach
Kona Moku Bllrm A
Marine and Freshwater Toxins: Detection,
Structure, and Pharmacology (#138)

Organized by: T. Tsumuraya,
J. Hungerford, R. Lewis
Presiding: T. Tsumuraya
8:00 Introductory Remarks
8:05 – 1035. World of benthic dinoflagellates
viewed by chemistry. T. Yasumoto*
8:45 – 1036. Accelerated detection of ciguatoxins using LC/MS and functional bioassays. R.J. Lewis*
9:25 – 1037. Detection of ciguatoxins frommarine creatures caught off Japanesewaters by LC-MS. N. Oshiro
10:05 Break
10:20 – 1038. Absolute quantification of
ciguatoxins standard by quantitative nuclear magnetic resonance. T. Kato,
N. Sugimoto, K. Ishizuki, T. Suematsu,
M. Nagae, S. Inohana, K. Fujita, M. Watai,
T. Yasumoto*
10:40 – 1039. Algal toxins: Development ofanalytical and bioassay detection methods and assessment of environmental
transfer in marine food webs. P. Lam*,
L. Chan, Y. MAK, J. Wu, T. Wai
11:20 – 1040. Detection of sodium channel
toxins using both viability and membrane
depolarization endpoints. R. Manger*,
D. Woodle, A. Berger, C. Greene,
J. Hungerford
Marriott Waikiki Beach
Waikiki Bllrm I
Optical Waveguide Techniques for the
Analyses of Materials and Interfaces (#164)

Organized by: N. Matsuda, S. MENDES,
K. TSUNODA, Z. QI, L. SUN, P. Tassel
8:00 – 1041. Waveguide evanescent field fluorescence (WEFF) and waveguide evanescent field scattering (WEFS) microscopy. S. Mittler*
8:30 – 1042. In situ observation of directelectron transfer reaction of cytochromec immobilized on ITO electrode modified
with10-carboxydecylphosphonic acid.
N. MATSUDA*, H. Okabe
9:00 – 1043. Developments of liquid-core/liquid-cladding optical waveguides forliquid/liquid interface studies.
K. Tsunoda*, Y. Hasegawa,
S. Yoshizawa, K. Sato
9:30 – 1044. Label-free high resolution surface plasmon microscopy for quantitativecell-gold interface investigation.
K. Toma*, H. Kano, A. Offenhäusser
10:00 Break
10:20 – 1045. In situ observation of adsorption-desorption process and direct electron transfer reaction between cytochrome c and ITO electrode modified
with self-assembled monolayer films.
H. Kawazumi*, S. Ikeda, H. Okabe,
N. MATSUDA

10:40 – 1046. Electrochemical characterization of redox processes using singlemode electro-active integrated opticalwaveguides. X. Han, S.B. Mendes
11:10 – 1047. Critical importance of gap
modes in surface enhanced Raman scattering. M. Futamata*, M. Ishikura, C. Iida,
K. Akai
Marriott Waikiki Beach
Milo I
Advanced Analytical Applications andTechnical Developments of Soft X-Ray
Spectroscopy (#303)

Organized by: Y. Muramatsu,
S. Hayakawa, C. Heske, A. Buuren,
A. Moewes
Presiding: C. Heske, A. Moewes
8:00 – 1048. Ordered structure of Fe-N-containing carbonaceous thin film characterized by soft X-ray spectroscopy.
J. Maruyama, T. Amano, Y. Domi, T. Doi,Y. Muramatsu
8:20 – 1049. Characterization of carbon doping on chemical states of amorphous
Ge2Sb2Te5, measured with high-resolution X-ray photoelectron spectroscopy.
Y. Lee8:40 – 1050. Effect of molecular order on the
carbon near edge X-ray absorption finestructure (NEXAFS) spectra of poly(3hexyl-thiophene). M. Martinson, S. Eger,
B. Collins, H. Ade, S. Urquhart
9:00 – 1051. Operando soft X-ray spectromicroscopic analysis of chemical potential
shift in organic field-effect transistors.
N. Nagamura*, Y. Kitada, J. Tsurumi,
H. Matsui, K. Horiba, I. Honma,
J. Takeya, M. Oshima
9:20 – 1052. Characterization of a hydrolytic
precipitate of [AuCl4]- complex ion.
D. Kawamoto*, H. Ohashi, Y. Okaue,
S. Utsunomiya, M. Tokunaga,
T. Yokoyama
9:40 Break
10:00 – 1053. About the bandgap of 2D materials graphene and silicene.
A. Moewes*, A. Hunt, N. Johnson,
D. Muir
10:40 – 1054. O 1s X-ray photoelectron
spectra (1486 eVto 5000 eV) of bulk nonconductor Na-silicate glasses and vitreous SiO2: Oxygen speciation and minimum linewidths. Y. Hu*, Q. Xiao,
D. Wang, X. Cui, H. Nesbitt, G. Bancroft
11:00 – 1055. Electronic and chemical structure of GaInP2 thin films for photoelectrochemical water splitting studied by soft
X-ray spectroscopies. M. Blum*,
J.L. Young, D.A. Duncan,
S.G. Rosenberg, H. Döscher, F. Meyer,
A. Benkert, R.G. Wilks, M. Bär,
L. Weinhardt, W. Yang, T. Deutsch,
J.A. Turner, C. Heske
Marriott Waikiki Beach
Kona Moku Bllrm B
Bacterial Identification by Mass
Spectrometry (#389)

9:50 – 1060. eMALDI: boosting quantitative
MALDI by electrowetting-supported sample preparation. O. Kudina, B. Eral,
F. Mugele
10:15 Break
10:25 – 1061. Cystic fibrosis microbial ecology of a human lung. N. Garg*, E. Hyde,
A. Bouslimani, J. Wu, R. Wong, G. Lin,D. Conrad, T. Alexandrov, R. Knight,
P. Dorrestein
10:50 – 1062. Bacterial discrimination byproteotyping based upon the S10GERMS method. H. Tamura*
11:25 – 1063. Rapid top-down proteomic
identification of Shiga toxin 2 subtypes
from pathogenic Escherichia coli using
MALDI-TOF-TOF-MS/MS and postsource decay. C.K. Fagerquist*,
W.J. Zaragoza
Marriott Waikiki Beach
Milo III
Organized Surfactant Assemblies in
Chemical Analysis and Separation Science:
Fifty Years Later (#457)

Organized by: W. Hinze, T. Saitoh,
G. Jiang, J. Liu
Presiding: W. Hinze, T. Saitoh
8:00 Opening Remarks - WL Hinze
8:05 – 1064. Micelles in separation science:
From small molecules to proteins to
nanoparticles. R. Nagarajan
8:35 – 1065. Surfactant-mediated separationfor efficient wastewater treatment.
T. Saitoh*
9:15 – 1066. State of the art in micellar liquid
chromatography. A. Berthod*
9:55 – 1067. Surfactants and micelles inseparations and mass spectrometry:
Looking back and looking forward.
D.W. Armstrong*
10:35 – 1068. MEKC in 30 years. K. Otsuka*
11:15 – 1069. Modeling the effects of micelles and micelle-like organized systems
on reactivity and equilibria, with implications in analytical chemistry. F. Quina*

Saturday Afternoon
Marriott Waikiki Beach
Waikiki Bllrm II
Comprehensive Multidimensional
Separations (#90)

Organized by: T. Gorecki, F. Dorman,
P. Haddad
Presiding: F. Dorman, T. Gorecki
13:00 – 1070. Introduction to comprehensive
multidimensional separation. T. Gorecki*
13:20 – 1071. Applications of planar microfluidic devices and gas chromatography
for complex problem solving. R.A. Shellie
13:40 – 1072. Concept of (low-)flow modulation comprehensive 2D gas chromatography under sub-ambient, ambient, and supra-ambient pressure outlet conditions.
L. Mondello*

Organized by: K. Voorhees, J. Banoub,
K. Teramoto
8:00 Opening remarks, Kent J. Voorhees
8:00 – 1056. Rapid characterization of microorganisms by mass spectrometry: An
overview. C. Fenselau*
8:35 – 1057. Metal oxide laser ionization(MOLI) MS for identification of bacteriausing fatty acid profiling. K.J. Voorhees*,
N.R. Saichek, K.R. Jensen, C.R. McAlpin,
C.R. Cox
9:00 – 1058. Strain-level fungal identification
by CeO2-catalyzed MALDI-TOF MS fatty
acid analysis. C.R. Cox*, K.J. Voorhees
9:25 – 1059. Qualitative and quantitative detection of bacteria in complex human matrices using taxon-specific markers.
N. Strittmatter*, J. McKenzie,
A.V. Speller, A. Burke, P. Pruski,
R. Mirnezami, J. Marchesi, M. Rebec,
Z. Takats* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–79

01 – ANYL
14:00 – 1073. Q-TOF mass spectrometercoupled with GCxGC using atmosphericpressure chemical ionization: Toward auniversal mass spectrometry-based system for environmental analysis.
K. Jobst*, L. Haimovici, X. Ortiz,
M. Robson, D. Megson, S. Fernando,
A. Ladak, D. Stevens, G. O’Sullivan,
P. Helm, E. Reiner
14:20 – 1074. 2D comprehensive gas chromatography multireflection high resolution time-of-flight mass spectrometry:
Merging accurate mass information withmultidimensional chromatographic resolution. R. Zimmermann, T. Gröger,
B. Weggler
14:40 – 1075. Comprehensive 2D gas chromatography with chiral columns in bothdimensions to study enantioselective interconversion processes. P.J. Marriott,
S. Kroeger , Y. Wong
15:00 – 1076. Power of comprehensive 2D
gas chromatography for target and nontarget compound analysis. J. Cochran*,
F. Dorman, M. Misselwitz, M. Merrick
15:20 – 1077. Vacuum-UV detection for GC:
Why all the buzz?. J.J. Harynuk*,
B.M. Weber, L.A. Adutwum,
K.A. Stevenson
15:40 – 1078. CEMS: Consensus estimationof multidimensional shift, a new tool foraligning GC⫻GC chromatograms.
S. Furbo*, G. Tomasi, J.H. Christensen
16:00 – 1079. Improvements to thermodynamic-based predictions of GC andGC⫻GC separations. K.A. Stevenson,
H. Ebrahimi-Najafabadi, J. Harynuk
16:20 – 1080. Preditcting the properties of
petroleum with pixel-based analysis of
GC⫻GC data. S. Furbo*, A.B. Hansen,
R.G. Egeberg, J.H. Christensen
16:40 – 1081. Recent advances in the use of
GC⫻GC-(HR)TOFMS for the characterization of complex VOC mixtures of biological interest. J. Focant*, P. Stefanuto
Marriott Waikiki Beach
Milo IV / V
Novel Analytical Probes for In Vivo Optical
Functional Imaging (#115)

Organized by: Y. Urano, T. Ozawa,Y. Chang, M. McCarroll
Presiding: Y. Chang
13:00 – 1082. Universal imaging probe development for almost everything.
Y. Chang
13:25 – 1083. Development of pancreatic␤-cell probe and its application for in vivo
imaging. N. Kang, J. Lee, S. Park,
W. Phue, B. Agrawalla, A. Firdaus
13:50 – 1084. Intracellular and in vivo oxygen sensing using phosphorescent iridium (III) complexes. S. Tobita*,
T. Yoshihara, M. Hosaka, T. Takeuchi
14:15 – 1085. Two-photon time-resolved
emission imaging microscopy in microsecond domain: From FLIM to PLIM withtransition metal complexes. E. Baggaley,
S. Botchway, I.V. Sazanovich,
J. Haycock, J. Williams, J.A. Weinstein*
14:35 Break
14:50 – 1086. Two-photon uncaging of photo-NO releasers and vasodilation in living
mouse brain. H. Nakagawa
15:15 – 1087. Toward in vivo manipulation of
intracellular signaling pathways.
T. Furuta
15:40 – 1088. Functional fluorescence probe
for lipid derived radicals detection.
K. Yamada*
16:00 – 1089. Detection of lacZ-positive
cells in living tissue with single-cell resolution. M. Kamiya, T. Doura, Y. Urano
16:20 – 1090. Development of a series of
NIR dark quenchers based on Si-rhodamines and their application to fluorescence probes. K. Hanaoka, T. Myochin,
Y. Urano*

80 –TECHTECHNICAL PROGRAM
Marriott Waikiki Beach
Kona Moku Bllrm A
Marine and Freshwater Toxins: Detection,
Structure, and Pharmacology (#138)

Organized by: T. Tsumuraya,
J. Hungerford, R. Lewis
Presiding: J. Hungerford
13:00 Introductory Remarks
13:05 – 1091. Practical route to the left wingof CTX1B and synthesis of hapten-KLH
conjugate: Total syntheses of CTX1B and
54-deoxyCTX1B. S. Yamashita*,
K. Takeuchi, T. Koyama, T. Tsumuraya,
M. Inoue, I. Fujii, M. Hirama*
13:40 – 1092. Sandwich ELISA detection of
ciguatoxins using anticiguatoxin monoclonal antibodies. T. Tsumuraya*
14:15 – 1093. Near real time detection of
ciguatoxins using a field-portable surface
plasmon resonance sensor system.
S.D. Soelberg, T. Tsumuraya, M. Hirama,
T. Yasumoto, I. Fujii, C.E. Furlong*
14:50 Break
15:05 – 1094. Toxicokinetics of Pacificciguatoxins (P-CTXs) in orange-spottedgroupers (Epinephelus coioides). Y. MAK,
Y. Kang, J. Wu, P. Lam, Y. Chen,
L. Chan*
15:25 – 1095. Detection and structure elucidation of marine toxins by several LC/MS
techniques. T. Suzuki*, D. Viet Ha,
A. Uesugi, H. Uchida, R. Matsushima,
R. Watanabe, H. Nagai, M. Kamio,
M. Adachi
16:00 – 1096. Comparison of ELISA, quantitative MALDI-TOF and LC- MS/MS forthe determination of microcystins.
M. Pirez, L. del Puerto, A. Perez-Parada,
G. Saona, G. Gonzalez-Sapienza,
B.M. Brena*
16:20 – 1097. Role of biomarkers for monitoring brevetoxins in Karenia brevis exposed molluscan shellfish. A. Abraham*,
S.M. Plakas
Marriott Waikiki Beach
Waikiki Bllrm III
Paper-Based Analytical Devices for Point of
Need Measurements (#213)

Organized by: D. Citterio, C. Henry,
J. Brennan
Presiding: D. Citterio, C. Henry
13:00 Opening remarks
13:05 – 1098. Quantitative electrochemical
detection of analytes at sub-picomolar
levels using a simple paper sensor.
R.M. Crooks*, J.C. Cunningham,
M. Kogan, P. DeGregory, M. Tsai, X. Li
13:35 – 1099. Development of boron-doped
diamond paste microelectrode on paperbased analytical device for simultaneous
determination of norepinephrine and serotonin. S. Nantaphol, T. Kondo,
W. Siangproh, O. Chailapakul, C. Henry
13:55 – 1100. All-in-one ion-sensing platform based on paper and colloid-imprinted mesoporous carbon. J. Hu,
A. Stein, W.H. Smyrl, P. Buhlmann*
14:15 – 1101. Paper diagnostic device for picomolar level detection of ricin using agalvanic exchange based immunosensing strategy. J.C. Cunningham,
R.M. Crooks*, M. Kogan, M. Tsai, L. Luo,
I. Richards, A. Ellington
14:35 – 1102. Fundamentals of printing flow
barriers on filter paper. R. Pelton,
S. Jahanshahi-Anbuhi, K. Pennings,
B. Kannan, J.D. Brennan, C. Filipe
15:05 Break
15:15 – 1103. Inkjet printing of protein andaptamer bioinks for production of bioactive paper sensors. J.D. Brennan*
15:35 – 1104. Out of the lab and into theworld: Chemical analysis with paper millifluidic devices in Kenya, South Africa,
and Burkina Faso. N. Myers, A. Weaver,
M. Lieberman*
15:55 – 1105. Reader-free paperfluidic analytical device for fluorescence-based tearlactoferrin detection. K. Yamada,
T.G. Henares, K. Suzuki, D. Citterio*

16:10 – 1106. Inkjet-printed microfluidic paper-based analytical devices (␮PADs) for
colorimetric cation detection.
D. Citterio*, T.G. Henares, S. Takaki,
H. Shibata, N. Komuro, K. Yamada,K. Suzuki
16:30 – 1107. Paper-based analytical devices for rapid titrations. T. Kaneta*
Marriott Waikiki Beach
Milo I
Advanced Analytical Applications andTechnical Developments of Soft X-Ray
Spectroscopy (#303)

Organized by: Y. Muramatsu,
S. Hayakawa, C. Heske, A. Buuren,
A. Moewes
Presiding: C. Heske, T. Van Buuren
13:00 – 1108. New insight into the metal-toinsulator transition in vanadium oxide.
K.E. Smith*, J. Laverock, A. Zakharov,
S. Kittiwatanakul, S. Wolf, J. Lu
13:40 – 1109. Mercury species in activatedcarbon with added potassium sulfide or
calcium chloride. M. Takaoka*, A. Sano,
K. Shiota, D. Hamaguchi
14:00 – 1110. Adsorption-desorption behavior of trace-level alkali metals on oxides
and micaceous oxides. Y. Baba,
I. Shimoyama, N. Hirao, T. Izumi
14:20 – 1111. Characterization of cadmium
cation adsorbed on a surface of silica by
XAFS spectroscopy. H. Ohashi, H. Ando,
K. Tanaka, D. Kawamoto, A. Miyazaki,
Y. Okaue, T. Yokoyama
14:40 Closing Remarks
14:45 Break
15:00 Introduction to Special Session forProf. Dennis Lindle
15:10 – 1112. Synergies between AMO
physics and materials science: A tributeto Dennis Lindle. C.S. Fadley*
15:40 – 1113. Photoelectron dynamics in the“tender” X-ray domain: A tribute to Dennis Lindle. M. Piancastelli*
16:10 Break
16:30 – 1114. Mass spectrometry and resonant inelastic X-ray scattering with tenderness: A tribute to Dennis Lindle.
M. Simon*17:00 – 1115. Nondipole and interchannel
coupling effects in X-ray photoionization:
A tribute to Dennis Lindle. S.T. Manson*
17:30 – 1116. Non-dipole effects in atomic
and molecular photoionization in the soft
X-ray range and the continuing legacy ofDennis Lindle. K.P. Bowen*
Marriott Waikiki Beach
Kona Moku Bllrm C
Analytical Laser-Induced Breakdown
Spectroscopy (LIBS) for Hazards Analysis,
Forensics, and Health (#379)

Organized by: J. Almirall, J. Almirall,Y. Deguchi, A. Miziolek, S. Rehse,
Z. Wang
Presiding: Z. Wang
13:00 – 1117. Mars geochemical investigations with ChemCam and SuperCam.
S.M. Clegg*, R.C. Wiens, S. Maurice,
O. Gasnault, o. Forni, S.K. Sharma,
A.K. Misra, R. Anderson, N. Lanza
13:40 – 1118. Deep-sea laser-induced
breakdown spectroscopy. B. Thornton*,
T. Sakka, T. Takahashi, T. Sato, T. Ohki,
K. Ohki
14:10 – 1119. Development of laser remoteanalysis for nuclear fuel materials under
severe environments. I. Wakaida*,
K. Akaoka, M. Miyabe, H. Ohba,
M. Saeki, C. Ito, M. Oba, M. Kato
14:40 Coffee Break
15:00 – 1120. Laser induced breakdown
spectroscopy (LIBS): A potential tool tostudy impacts of CO2 leakage on groundwater quality. C. Goueguel, C. Carson,
H. Sanghapi, J. Jain, D. McIntyre*
15:30 – 1121. First Responder and forensic
applications of a handheld laser-induced
breakdown spectroscopy instrument.
R.R. Hark*, A. Miller, J. Plumer, D. Day

16:00 – 1122. Quantitative analysis of coalusing laser induced breakdown spectroscopy. Z. Wang*, Z. Hou*
Marriott Waikiki Beach
Waikiki Bllrm I
Advances in Analytical Techniques for
Effective Food Allergen Management (#394)

Organized by: N. Lee, S. Godefroy,
S. Taylor, H. Akiyama, J. Baumert,
M. Shoji
Presiding: H. Akiyama, S. Godfroy
13:00 Opening
13:05 – 1123. Food allergen labeling in Japan. M. Ebisawa*
13:40 – 1124. Consumer perspective onfood allergen management. C. Eldred
13:55 – 1125. Food allergy prevalence - U.S.
S.L. Taylor
14:25 – 1126. Japanese framework for labeling and testing of allergens in foods.
H. Akiyama, R. Adachi
14:55 Break
15:10 – 1127. Method development of foodallergen analysis. M. Shoji*
15:40 – 1128. 2S albumin as a stable marker
for allergen residue detection: A casestudy with a sandwich immunoassay
specific to Ana o3 for the detection of cashew nut residues in food. Y. Zhao,
X. Sun, C. Marquis, N.A. Lee*
16:10 – 1129. Methods for detecting partiallyhydrolyzed gluten and soy allergens infood. L.S. Jackson*
16:40 – 1130. Digestion resistance of macadamia nut proteins and allergenicity ofthe digested products. J. Rost,
S. Muralidharan, S.L. Taylor, J. Baumert,
N.A. Lee*
Marriott Waikiki Beach
Milo III
Organized Surfactant Assemblies in
Chemical Analysis and Separation Science:
Fifty Years Later (#457)

Organized by: W. Hinze, T. Saitoh,
G. Jiang, J. Liu
Presiding: G. Jiang, J. Liu
13:00 – 1131. Interaction thermoresponsive
polymers and surfactants and its application to chemical analysis. N. Uehara*,
M. Mori
13:35 – 1132. Use of surfactants for the separation of nanomaterials in complex matrices. J. Liu*, R. Liu, J. Chao, S. Yu,
X. Zhou
14:15 – 1133. Identification and potential application of emerging quaternary ammonium surfactants in municipal sewage
sludge. T. Ruan, G. Jiang
14:55 – 1134. One-pot preparation of nanoparticle chains via self-assembly of in situ
synthesized gold nanoparticles in a zwitterionic surfactant-rich medium.
Y. Takagai*, H. Tran Thi, W. Hinze
15:35 – 1135. Tunable hydrogel for enantioselective drug delivery. I.M. Warner*,
K. McNeel, S. Das, N. Siraj, I. Negulescu
16:15 – 1136. Enantiomeric selectivity ofself-assembled guanosine monophosphate in aqueous solution.
L.B. McGown** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL
Saturday Evening
Hawaii Convention CenterHalls I, II, III
Direct and Mediated Bioelectrocatalysis for
Biosensors and Energy Conversion
Applications (#89)

Organized by: S. Minteer, L. Mao, J. Kim
Presiding: S. Minteer
Poster Session
19:00 – 21:00
1137. Direct electron transfer-type H2/O2
biofuel cell with dual-gas-diffusion system. Q. SONG, Y. Kitazumi, O. Shirai,
K. Kano*1138. Electrochemical techniques reveal
multiple pathways for electron transportin microbial anode respiration. R. Yoho,
S. Popat, C. Torres*
1139. Direct electron transfer of a PQQ domain of pyranose dehydrogenase on Au
electrodes. R. Kusuoka, K. Takeda,
K. Igarashi, M. Samejima,
N. NAKAMURA*, H. Ohno
1140. Electrostatic interaction between enzymes and electrodes in the electric double layer examined in a view of directelectron transfer-type bioelectrocatalysis.
Y. Sugimoto*, Y. Kitazumi, O. Shirai,
M. Yamamoto, K. Kano
Hawaii Convention CenterHalls I, II, III
Novel Analytical Probes for In Vivo Optical
Functional Imaging (#115)

Organized by: Y. Urano, T. Ozawa,Y. Chang, M. McCarroll
Presiding: Y. Urano
Poster Session
19:00 – 21:00
1141. Asymmetric rhodamine-based fluorescence probes for multicolor in vivo imaging. R.J. Iwatate, M. Kamiya, Y. Urano*
1142. Analysis of the fluorescence quenching mechanism of N-phenyl rhodamines
and its application to a fluorescenceprobe for HaloTag protein. S. Iwaki,
K. Hanaoka, K. Yoshida, M. Uchiyama,
Y. Urano*
1143. Fluorescence-guided detection of
peritoneal metastatic tumors with sensitive ␤-galactosidase-activatable fluorescence probe. D. Asanuma*, M. Sakabe,
M. Kamiya, K. Yamamoto, J. Hiratake,p. choyke, T. Nagano, H. Kobayashi,
Y. Urano*
1144. Lysosomal enzyme-activatable fluorescence probes for specific and sensitive cancer imaging. K. Yamamoto,
M. Kamiya, Y. Urano1145. Naphthalene-based zinc chemosensor
and its application of bioimaging in HeLacell and Arabidopsis. M. Gyuri, S. Jung,
J. Jung*1146. Protein-conjugated K⫹ probe that detects K⫹ efflux on cell membrane.
T. Terai*, T. Hirata, T. Nagano, Y. Urano*
1147. Construction of a library of asymmetricSi-rhodamine fluorophores and its application to ratiometric fluorescence probes.
Y. Kagami, K. Hanaoka, T. Nagano,
Y. Urano*
1148. Design and synthesis of new caging
groups having cell type specificity.
Y. Iketani, A.Z. Suzuki, T. Furuta*
1149. Latent caged cAMPs that can be photoactivated in the presence of specificenzymes. T. Sakano, A.Z. Suzuki,
T. Ueno, M. Saitoe, T. Furuta*
1150. Development of various fluorescentsensors based on coumarin scaffold.
T. Shiraishi, T. Hirano, Y. Noji, T. Saito,
H. Kagechika*
1151. Metal-carbonyl clusters as photoacoustic contrast agents – toward near-infrared in vivo imaging. Z. Lam,
G. Balasundaram, K. Kong, W. LEONG*,
M. Olivo*

1152. Facile protein-directed Co-templatesynthesis of near-infrared based dualemission fluorescent nanohybrid of quantum dots - gold nanoclusters for targetresponsive ratiometric bio-imaging invitro and in vivo. Z. Nie*
Hawaii Convention CenterHalls I, II, III
Marine and Freshwater Toxins: Detection,
Structure, and Pharmacology (#138)

Organized by: T. Tsumuraya,
J. Hungerford, R. Lewis
Presiding: J. Hungerford, R.J. Lewis,
T. Tsumuraya
Poster Session
19:00 – 21:00
1153. Dynamic distribution and toxic effects
of chronic sub-lethal exposure of
P-CTX-1 on mice. J. Wu*, L. Feng*,
Y. MAK, P. Lam, L. Chan*
1154. Study of the biosynthesis of paralytic
shellfish toxins using stable isotope labeled intermediates and LC-MS.
S. Tsuchiya, Y. Cho, K. Konoki,
K. Nagasawa, Y. Oshima,
M. Yotsu-Yamashita*
1155. Sensitive detection of okadaic acidfrom shellfish samples using a portablesurface plasmon resonance (SPR) detection system. S.D. Soelberg*,
K. Campbell, C. Elliott, C.E. Furlong
1156. Simultaneous analysis of saxitoxin analogs and their biosynthetic intermediates
by HILIC-LC-MS/MS. Y. Cho*,
R. Yoshioka, S. Tsuchiya, K. Konoki,
Y. Oshima, M. Yotsu-Yamashita
1157. New lyngbyatoxin derivatives from thecyanobacterium Moorea producens.
W. Jiang, S. Tan, W. Zhou, H. Uchida,
Y. Hanaki, K. Irie, R. Watanabe, T. Suzuki,
M. Kamio, H. Nagai*
1158. Accelerated extraction procedure for
LC-MS/MS confirmation of Caribbean
ciguatoxin in fish. H.A. Flores Quintana*,
C.R. Loeffler
1159. Trends of ciguatera fish poisonings inJapan. M. Toda, S. Sakugawa,Y. Nakama, T. Takamine, H. Toyofuku,
N. Oshiro*
Hawaii Convention CenterHalls I, II, III
Paper-Based Analytical Devices for Point of
Need Measurements (#213)

Organized by: D. Citterio, C. Henry,
J. Brennan
Poster Session
19:00 – 21:00
1160. Paper-based fluoroimmunoassay for
rapid and sensitive detection of an animal
biomarker. S. Mohammadi, M. Maeki,
A. Ishida, H. Tani, M. Tokeshi*
1161. Microfluidic paper-based analyticaldevices for analysis of nitrite, uric acid,and pH with a 3D printer for fabrication
devices. H. Asano*, Y. Shiraishi
1162. Clinical enzymology by paper spraymass spectrometry. X. Yan, X. Li,
C. Zhang, K. Moore, Y. Xu, R.G. Cooks
1163. Parameters influencing the performance of inkjet-printed microfluidic paper-based analytical devices. R. Ota,
K. Yamada, K. Suzuki, D. Citterio*
1164. Going mobile: Transitioning DETECHIP from a 96-well plate test to a
printed array with phone app intergration.
R.M. Burks*, A. Holmes, J. Atwater
1165. Determination of Fe(III) in hot springwater using microfluidic paper-based analytical devices. K. Ogawa, T. Kaneta*
1166. Microfluidic paper-based devices foraflatoxin B1 analysis. L.A. Busa*,
M. Maeki, A. Ishida, H. Tani, M. Tokeshi
1167. Improvement of dipping time of dye
nanoparticle-coated test strip for metal
ion detection using moisture-retaining
agents. Y. Takahashi*, N. Kanai,
S. Souma1168. Graphene-polyaniline modified electrode for DNA biosensor using paperbased electrochemical device.
P. Teengam*, W. Siangproh,
A. Tuantranont, T. Vilaivan,
O. Chailapukul
1169. Fabrication and evaluation of screenprinted paper-based three-electrode chip
having instantly usable solid-state KCl/
Ag/AgCl reference electrode.
M. Komoda*, I. Shitanda, M. Itagaki,
Y. Hoshi
1170. Paper test card for quantifying betalactam antibiotics. N. Myers,
D. Aldulaimi, M. Lieberman
1171. Microfluidic paper-based detection
system for capillary immunosensing.
K. Kido, T.G. Henares, K. Suzuki,
D. Citterio*
1172. Silk screening using fabric screen ink
for rapid mass fabrication of paper-based
analytical devices: Application to salivary
thiocyanate testing. J. Sitanurak,
T. Amornsakchai, N. Ratanawimarnwong,
D. Nacapricha*
1173. Chelate titrations using microfluidic
paper-based analytical devices.
S. Karita, T. Kaneta*
1174. Development of a point-of-need diagnostic device for detection of myeloperoxidase. M. Wolfe, P. Nair ,J.D. Brennan*
1175. Inkjet-printed paper-based ion optode
devices. H. Shibata, T.G. Henares,
N. Komuro, K. Suzuki, D. Citterio*
1176. Disposable material integrated analytical platforms. W. Liao*, C. Wang,
C. Chen
Hawaii Convention CenterHalls I, II, III
Analytical Laser-Induced Breakdown
Spectroscopy (LIBS) for Hazards Analysis,
Forensics, and Health (#379)

Organized by: J. Almirall, J. Almirall,Y. Deguchi, A. Miziolek, S. Rehse,
Z. Wang
Presiding: A. Miziolek
Poster Session
19:00 – 21:00
1177. Applications of laser induced breakdown spectroscopy and laser-breakdown
time-of-flight mass spectrometry to conventional boilers, IGFC, and iron and steel
making processes. Y. Deguchi*,F. Shiou, Z. Wang, S. Katsumori,A. Ikutomo
1178. Development of a LIBS-based coalquality analyzer for application to power
plant. L. Zhang
1179. Methods for quantitative analysis ofsubmerged solids for application to
deep-sea LIBS. T. Takahashi*,B. Thornton, T. Sakka, T. Sato, T. Ohki,
K. Ohki
1180. Rapid detection of metallic elements invegetables by single pulse laser induced
breakdown spectroscopy. M. Yao*
1181. In situ monitoring of additives andwear metals in flowing lubricating oil.
M.J. Dickerson
1182. Quantitative multi-element analysis ofheavy metal ions in an aqueous solution
by electrodeposition-assisted underwater
laser-induced breakdown spectroscopy.
A. Matsumoto*, A. Tamura, K. Fukami,
N. Nishi, K. Amano, T. Takahashi, T. Sato,
B. Thornton, T. Sakka
1183. Laser remote isotope analysis forhighly-radioactive nuclear fuel materials.
M. Miyabe*, M. Oba, M. Kato, K. Akaoka,
I. Wakaida
1184. Reactions of atomic species in laser
ablation plasma in water: The cause of
rapid decrease in underwater LIBS signals. T. Sakka*, A. Kawasaki,
A. Matsumoto, A. Tamura, T. Honda,
K. Amano, N. Nishi
1185. Investigation of local thermal equilibrium in laser-induced plasmas in water:
Measurements of atomic excitation temperatures. T. Honda*, A. Matsumoto,K. Amano, N. Nishi, T. Sakka

1186. Determination of carbon isotopes bylaser ablation molecular isotope spetrometry (LAMIS). J. Jain*, a. Bolshakov,
x. Mao, D. McIntyre, R.E. Russo
1187. Application of spatial confinement forgas analysis using laser-induced breakdown spectroscopy to improve signal
stability. Z. Hou, Z. Wang
1188. Impact of moisture content on coalanalysis using laser induced-breakdown
spectroscopy. T. Yuan, M. Chen,
Z. Wang
Hawaii Convention CenterHalls I, II, III
Bacterial Identification by Mass
Spectrometry (#389)

Organized by: K. Voorhees, J. Banoub,
K. Teramoto
Poster Session
19:00 – 21:00
1189. High-throughput identification of coliforms in processed soybean products using matrix-assisted laser desorption
oonization time-of-flight mass spectrometry. M. Katase*, K. Tsumura
1190. Identification of nontuberculous mycobacteria using matrix-assisted laser desorption/Ionization-time of flight mass
spectrometry as a rapid diagnostic tool.
I. Hayashi*, M. Onodera, S. Kayama,
T. Hara, Y. Koba, M. Yokozaki, H. Ohge,
M. Sugai
1191. Contrasting the lipidomes of field-collected vs. lab-cultured organisms: Challenges for lipid-based identification methods. N.A. Pianegonda*, I. Jamil,
T. Huyhn, P.J. Barker, S. Blanksby,
S.A. Rice, T.W. Mitchell
1192. Rapid identification of histamine-producing bacteria by MALDI-TOF MS.
S. Uehara*, M. Kobayashi, Y. Suzuki,
R. Katoh, S. Matsushita, Y. Higuchi,
T. Chiba, A. Hirai, A. Kai, K. Sadamasu,
S. Kato1193. Application of Kendrick mass defectplot analysis for identification of mycolic
acid-containing bacteria by using highmass-resolution MALDI spiral-TOFMS.
K. Teramoto*, T. Sato, R. Cody,
T. Tamura, M. Hamada, H. Komaki,
K. Suzuki
1194. Practical applications of MALDI-TOF
MS microbial analysis in food and beverage industries. K. Togami, H. Ikemoto,
R. Ishii1195. Evaluation of typing methods of Bacillus coagulans strains as food spoilage
bacteria. J. Sato, A. Horiuchi,
D. Tomiyama, T. Sonoda, M. Nakayama,
M. Hasumi, T. Miyamoto
1196. Biomarkers research involved in salmonid diseases: An approach based on
MALDI-MS coupled with data mining
techniques. X.A. López Cortés*, V.
Olate, F. Nachtigall, M. Rios-Momberg,
L. S. Santos
1197. Expansion of MALDI-TOF MS database for spoilage microorganisms in foodand beverage industry. K. Togami*,
M. Nakayama, J. Sato, I. Kato, S. Maeda,
F. Aoyama, N. Takahashi, H. Ikemoto* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–8101 – ANYL
Hawaii Convention CenterHalls I, II, III
Advances in Analytical Techniques for
Effective Food Allergen Management (#394)

Organized by: N. Lee, S. Godefroy,
S. Taylor, H. Akiyama, J. Baumert,
M. Shoji
Presiding: N.A. Lee
Poster Session
19:00 – 21:00
1198. Quantification of sugars in breakfast
cereals using capillary electrophoresis.
M. Toutounji, M. Van Leeuwen*,
J. Oliver, A. Shrestha, M. Gaborieau,
P. Castignolles
1199. Developing an optical sensor to detect
polyamines and assay enzyme activity of
diamine oxidase. H. Lin
Hawaii Convention CenterHalls I, II, III
Organized Surfactant Assemblies in
Chemical Analysis and Separation Science:
Fifty Years Later (#457)

Organized by: W. Hinze, T. Saitoh,
G. Jiang, J. Liu
Presiding: W. Hinze, T. Saitoh
Poster Session
19:00 – 21:00
1200. Homogenous liquid-liquid extraction
using weak acidic fluorine-based surfactant and its application to separation andrecovery method for rare earth elements.
S. Saito*, T. Kato, H. Yamaguchi,
S. Igarashi
1201. Cloud point extraction of metallic
nanoparticles using zwitterionic surfactants. A. Endo, W. Hinze
1202. Approach to the structural analysis of
PFOA–/ TBA⫹ ionic liquid used in homogeneous liquid-liquid extraction method(HoLLE). S. Suzuki*, Y. Takagai,
S. Oshite, S. Igarashi
1203. Liposome immunoassay based on
bioluminescent detection and its application to on-chip analysis. Y. Nakatani,
M. Maeki, R. Mishra, D. King, A. Ishida,
J. Ducrée, M. Tokeshi, H. Tani

Sunday Morning
Marriott Waikiki Beach
Waikiki Bllrm II
Comprehensive Multidimensional
Separations (#90)

Organized by: T. Gorecki, F. Dorman,
P. Haddad
Presiding: T. Gorecki, P.R. Haddad
8:00 – 1204. Pixel-based analysis of the kinetics of petroleum desulfurization.
S. Furbo*, A.B. Hansen, T. Skov,
J.H. Christensen
8:20 – 1205. Determination of chlorinatedparaffins in surface waters using comprehensive gas chromatography. D. Vassová, P. Oswald, J. Slobodnı́k, I. Špánik*
8:40 – 1206. Utilizing GCxGC-TOFMS andGCXGC-HRTOFMS to determine thesource of a groundwater supply contamination incident due to Marcellus shalegas development. F. Dorman*,
G. Llewellyn, J. Westland, D. Yoxtheimer,
P. Grieve, T. Sowers, E. Humston-Fulmer,
S. Brantley
9:00 – 1207. Congener-specific determination of mono- to trichlorinated naphthalenes by comprehensive 2D gas chromatography/mass spectrometry. N. Hanari*,
J. Falandysz, G. Petrick, N. Yamashita
9:20 – 1208. Profiling and quantifying shortchain chlorinated paraffins using comprehensive 2D gas chromatography withhigh resolution time-of-flight mass spectrometry. L. Gao, D. xia, M. Zheng
9:40 – 1209. Tracing of VOC composition of
flower, honey, mead, and distillate madefrom linden by GCXGC-TOF MS. I.
Špánik*, L. Bulavová, O. Vyviurska, P.
Szolcsányi

82–TECHTECHNICAL PROGRAM
10:00 – 1210. Comprehensive 2D hydrophilic interaction chromatography ⫻ reversed phase liquid chromatographic
analysis of phenolics: Theory, practice,
and applications. A. de Villiers*,
K.M. Kalili, C.M. Willemse, A.G. Tredoux,
M.A. Stander, J. Vestner
10:20 – 1211. Development of comprehensive LCxLC and LCxCE platforms containing In-line enzymatic degradation reactors for advanced oligonucleotide
characterization. F. Lynen
10:40 – 1212. Use of quantitative structureretention relationships to choose the optimal chromatographic techniques in 2D
liquid chromatography. P.R. Haddad*,
S. Park, R.A. Shellie, M. Taraji, Y. Wen,
M. Talebi, R. Amos, R. Szucs, C. Pohl,
J. Dolan
11:00 – 1213. Compatibility study and impurity identification of a parenteral drug microdose formulation by 2DLC-MS.
L. Dai*, K. Zhang
11:20 – 1214. Development of a rapid LCMS/MS screening method for illegal andcounterfeit drugs: From 24 synthetic andnatural cannabinoids to 82 erectile dysfunction treatments and adulterated
products. K.C. Waldron*, P. Lebel,
A. Furtos
Marriott Waikiki Beach
Milo IV / V
Novel Analytical Probes for In Vivo Optical
Functional Imaging (#115)

Organized by: Y. Urano, T. Ozawa,Y. Chang, M. McCarroll
Presiding: M. McCarroll
8:00 – 1215. Electrophysiology: Unplugged small molecule fluorescent voltage sensors for studying membrane potential.
E. Miller*
8:25 – 1216. Development of response selective and tunable fluorescent probes.
M. McCarroll*, C.N. Scott, Q. Best
8:50 – 1217. Near-infrared and long-wavelength fluorescent probes. R. Strongin*,
L. Wang, S. Gibbs, H. Li,
M. Sibrian-Vazquez, M. Lowry,
J. Escobedo
9:15 – 1218. Glutathione-targeted reversible
fluorescent probes for real-time monitoring in living cells. K. Umezawa,
M. Yoshida, M. Kamiya, Y. Urano*
9:35 – 1219. Design and synthesis of RNAbinding fluorescent ligands for siRNA delivery imaging. S. Nishizawa*
10:00 – 1220. Design of an ultra-sensitive
fluorescent probe composed of artificial
nucleic acid for visualization of RNA in living cell. K. Murayama, Y. Kamiya,
H. Kashida*, H. Asanuma*
10:20 Break
10:35 – 1221. Spatiotemporal mapping oftemperature in living systems with molecular fluorescent thermometers. S. Arai*,
M. Suzuki, Y. Chang
10:55 – 1222. Diced electrophoresis gel assay for screening enzymes with specified
activities. T. Komatsu, J. Onagi,
A. Nakada, Y. Urano
11:15 – 1223. Artificial reaction promoter
and bioparallel chemistry. H. Komatsu*,
Y. Shindo, K. Oka, M. Kanai, J. Hill,
K. Ariga
11:35 – 1224. Fluorescent pH probes withtunable photophysical properties: Applications in cellular imaging. C.N. Scott*,
Q. Best, c. Liu, M. McCarroll
Marriott Waikiki Beach
Kona Moku Bllrm A
Marine and Freshwater Toxins: Detection,
Structure, and Pharmacology (#138)

Organized by: T. Tsumuraya,
J. Hungerford, R. Lewis
Presiding: R.J. Lewis
8:00 Introductory Remarks

8:05 – 1225. Analysis of saxitoxin and its analogs by hydrophilic interaction liquid
chromatography-tandem mass spectrometry (HILIC-MS/MS). M.A. Quilliam*,
D. Beach, K. Thomas, P. McCarron
8:45 – 1226. Toxin and species identificationof marine toxins-implicated into recent
food poisonings in Taiwan. D. Hwang
9:25 – 1227. Screening and structure elucidation of the possible biosynthetic intermediates of tetrodotoxin from the newts.
Y. Kudo, Y. Cho, K. Konoki,
M. Yotsu-Yamashita*
9:45 – 1228. Effects of brevetoxins on theneurotransmitters profile of the central
nervous system of marine Medaka (Oryzias melastigma). E.N. LEI, M. YAU,
C. YEUNG, H. Lam*
10:05 Break
10:15 – 1229. Structural characterization of
new peptide variants produced by cyanobacteria from the Brazilian Atlantic
Coastal Forest using liquid chromatography coupled to quadrupole time of flighttandem mass spectrometry. E. Pinto,
M. Roldan
10:35 – 1230. Our recent studies of tetrodotoxin, saxitoxin and polycavernosides.
M. Yotsu-Yamashita*, Y. Kudo,
S. Tsuchiya, K. Maeta, Y. Cho, K. Konoki
11:15 – 1231. In vivo and in vitro effects of
new palytoxin analogs. A. Tubaro,
M. Pelin
11:55 Closing Remarks
Marriott Waikiki Beach
Waikiki Bllrm III
Paper-Based Analytical Devices for Point of
Need Measurements (#213)

Organized by: D. Citterio, C. Henry,
J. Brennan
Presiding: J.D. Brennan, D. Citterio
8:00 – 1232. Enzyme-based signal amplification for paper-based assays for influenza
A detection. K. Abe, P. Yager*
8:15 – 1233. Paper-based ELISA for E.Coli
detection. M. Hsu, C. Cheng*
8:30 – 1234. Paper or plastic? Paper.
C.D. GARCIA, E. Evans, E. Costa,
E. Moreira, W. Coltro, C. Do Lago
9:00 – 1235. Reagentless enzyme based paper sensors for field monitoring: From basic research to practical applications.
S. Andreescu*
9:20 – 1236. Extending the reach of molecular diagnostics: a paper-based sampleto-result platform. B. Lutz, P. Yager
9:50 Break
10:00 – 1237. Sample transport behaviour inpaper-based biosensors. W. Shen
10:30 – 1238. Indirect antiglobulin paper testfor red blood cell antigen typing.
N. Yeow*, H. McLiesh, W. Shen,
G. Garnier
10:50 – 1239. Microfluidic paper-based sensors for clinical and environmental diagnostics. C. Henry, J. Volckens, D. Cate,J. Adkins, J. Mettapoonpitak, K. Boehle
11:10 – 1240. Development and optimizationof paper-based analytical devices(␮PADs). F.A. Gomez*, M. Arrastia,
A. Avoundjian, F. Tsai, M. Jalali-Heravi,
H. Valadez
11:30 – 1241. Paper, plastic, and a mobile
app: Cost-effective, world-ready tools for
distributed diagnostics. V.T. Remcho

8:40 – 1243. Recent LIBS-enhancement
techniques applied toward isotopic-composition analysis. C. Akpovo*,
J. Martinez, A. Ford, S. Brown,
L. Johnson
9:10 – 1244. Cylindrical cavity confined laser
induced breakdown spectroscopy for improvement of signal intensity and stability. W. Zhou*
9:40 – 1245. Progress and challenges in using LIBS for bacteriological identification.
S.J. Rehse*, D. Malenfant, D. Gillies
10:10 Coffee Break
10:30 – 1246. Selected application of laserinduced breakdown spectroscopy (LIBS).
K. Novotný, J. Novotný, D. Prochazka, P.
Porı́zka, A. Hrdlicka, G. Vitkova, J. Kaiser*
11:00 – 1247. Determination of lanthanide elements in LiCl-KCl eutectic salt using laser-induced breakdown spectroscopy.
T. Kim*, J. Chung, S. Park, J. Yun
11:30 – 1248. New developments in forensic
applications of LIBS. J. Almirall
Marriott Waikiki Beach
Waikiki Bllrm I
Advances in Analytical Techniques for
Effective Food Allergen Management (#394)

Organized by: N. Lee, S. Godefroy,
S. Taylor, H. Akiyama, J. Baumert,
M. Shoji
Presiding: J. Baumert, M. Shoji
8:00 – 1249. Effects of processing and foodmatrix on almond (Prunus dulcis) detection using murine monoclonal antibodybased sandwich enzyme-linked immunosorbent assay. S.K. Sathe*,
G.S. Chabbra, C. Liu, V. Zaffran
8:30 – 1250. Enzyme-linked immunosorbent
assay to detect food allergens in processed foods in Japan. R. Adachi*,S. SAKAI, H. Akiyama,
T. NISHIMAKI-MOGAMI
9:00 – 1251. PCR methods for detecting
food allergens by using DNA sequences
for species classification. T. Hirao*
9:30 – 1252. PCR methods for wheat, buckwheat and soybean. H. Yamakawa
9:55 Break
10:10 – 1253. Hazelnut (Corylus avellana) detection using a monoclonal antibodybased direct sandwich enzyme-linked immunosorbent assay. S. Gupta, C. Liu,
V. Zaffran, Q. Zhao, S.K. Sathe*
10:30 – 1254. Impacts of thermal and nonthermal processing on the immunoreactivity of parvalbumin from Southern Hemisphere fish species. J. Liang*,
S. Muralidharan*, S.L. Taylor, J. Baumert,
A. Lopata, N.A. Lee*
10:50 – 1255. Immunoreactivity of pistachio
proteins assessed by a monoclonal antibody-based enzyme-linked immunosorbent assay. C. Liu, J. Zhao,
S. Alasvand Zarasvand, S.K. Sathe*
11:10 – 1256. Pecan (Carya illinoinensis) detection using a monoclonal antibodybased direct sandwich enzyme-linked immunosorbent assay. V. Zaffran, C. Liu,
S. Gupta, Q. Zhao, S.K. Sathe*
11:30 Closing

Marriott Waikiki Beach
Kona Moku Bllrm C
Analytical Laser-Induced Breakdown
Spectroscopy (LIBS) for Hazards Analysis,
Forensics, and Health (#379)

Organized by: J. Almirall, J. Almirall,Y. Deguchi, A. Miziolek, S. Rehse,
Z. Wang
Presiding: J. Almirall
8:00 – 1242. Capabilities of tandem LIBS
and LA-ICP-MS for elemental analysis ofsamples of environmental, health and forensic interest. J. Gonzalez, D. Quarles,
D. Oropeza, R.E. Russo* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

01 – ANYL/02 – INOR
Marriott Waikiki Beach
Milo III
Organized Surfactant Assemblies in
Chemical Analysis and Separation Science:
Fifty Years Later (#457)

Organized by: W. Hinze, T. Saitoh,
G. Jiang, J. Liu
Presiding: W. Hinze, Y. Takagai
8:00 – 1257. Bio- and chemiluminescenceanalyses in liposomal media. H. Tani*,
A. Ishida, M. Tokeshi
8:40 – 1258. Microfluidic droplet operations
utilizing spontaneous emulsification.
A. Hibara*, M. Fukuyama
9:20 – 1259. Surfactant assemblies-based
fluorescent sensors with discrimination
ability. L. Ding*, Y. Cao, S. Wang,
Y. Fang
10:00 – 1260. Separation and recovery of
Beryllium based on pH-sensitive polymer
as functional separation media. T. Kato,
S. Igarashi
10:40 Concluding Remarks

INOR
Area 2 – Inorganic
Tuesday Morning
Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Organo-Main Group Avenues toward
Advanced Materials (#16)

Organized by: T. Baumgartner, S. Liu,
S. Yamaguchi
Presiding: T. Baumgartner
8:00 Opening remarks
8:10 – 1. Phosphorus-containing fluorophores for bioimaging. S. Yamaguchi
8:30 – 2. Molecular engineering of boron(III)complexes for organic photovoltaı̈cs applications. R. Ziessel*
9:00 – 3. Phosphorous(V)-phthalocyanines
emitting intense fluorescence in the optical therapeutic window. H. Isago*,
H. Fujita, T. Sugimori
9:20 – 4. Designed hybrid organic-inorganic
nanobuilding blocks from nucleophilic
substitution reactions and their applications. V. Ervithayasuporn*
9:40 – 5. Main group based single source
precursors for MOCVD processes and forthe generation of nanocrystals.
M. Scheer*, C. Grassl, S. Bauer,
S.B. Clendenning, P.E. Romero
10:10 Break
10:20 – 6. Synthesis and optical propertiesof 3-coordinate organoboron compounds. T. Marder*
10:50 – 7. Solid-state emissive organoboron-based biphenyl system with large
Stokes shift. C. Zhao*
11:10 – 8. Novel phosphaphenalene derivatives: A non-catalyzed protocol to accessfused phosphorus heterocycles.
C. Romero-Nieto*, A. López-Andarias,
C. Egler-Lucas, P. Hindenberg
11:30 – 9. Advances in phosphole based
molecular materials. M. HIssler*

8:25 – 11. Liquid-liquid extraction of rareearth elements by ionic liquid. A. Kumari,
M.K. Sinha, S.K. Sahu*, B.D. Pandey
8:45 – 12. New extractants applicable to industrial solvent extraction for the recovery of strategic metals. M. Goto*,
Y. Baba, F. Kubota
9:05 Break
9:15 – 13. Extraction of selected lanthanides
from aqueous hydrochloric acid mediausing N, N, N’, N’- tetrabutyldiglycolamide (TBDGA) in octanol and TBDGA insupercritical fluid carbon dioxide.
M.E. Mincher*, R.V. Fox, B.J. Mincher,
D.L. Baek, C.M. Wai
9:35 – 14. Important selected issues regarding lanthanides and noble metals liquidliquid separation. D. Meyer,
D. Bourgeois, R. Poirot
9:55 – 15. Solvent extraction and solid phaseextraction of rare earth elements using
functionalized adsorbents from saline solutions. A. Karamalidis*, C.W. Noack,
K. Perkins, N. Washburn, D.A. Dzombak
10:15 Break
10:25 – 16. Extraction by preorganized tridentate analogs of synergistic hydroxyoxime/carboxylate mixtures.
J.W. Roebuck, J. Turkington,
D.M. Rogers, G.S. Nichol, V. Cocalia,
A. Fischmann, M. Pelser, S. Parsons,P. Tasker*
10:45 – 17. Probing redox-facilitated phasetransfer mechanisms in solvent extraction
using voltammetry. R. Ellis*
11:05 – 18. Fundamental studies of metal ion
partitioning in ionic liquid-based solvent
extraction systems employing neutral extractants. M.L. Dietz*
11:25 Closing remarks
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Lewis Acid/Base Pair Chemistry in
Molecular Transformations, Catalysis andEnergy Storage (#65)

Organized by: T. Autrey, D. Stephan,z. Wang
Presiding: T. Autrey, D. Stephan,
Z. Wang
8:00 Introductory Remarks
8:05 – 19. New avenues in FLP chemistry.
D. Stephan
8:35 – 20. Catalytic Si-H bond activation
with Lewis acids. M. Oestreich
9:05 – 21. Al/P based frustrated Lewis pairas an effective ambiphilic ligand. W. Uhl*,
J. Backs, P. Wegener
9:35 – 22. Reactivity of a neutral tricoordinate organoboron as a nucleophile.
R. KINJO*
10:05 Break
10:10 – 23. Cationic carbon Lewis acids infrustrated Lewis pairs. M.J. Ingleson
10:35 – 24. Activation of alkynes with
B(C6F5)3: Intramolecular cyclization reactions and rearrangements. R. Melen*
11:00 – 25. Cooperative Lewis acid/base catalysis. J. Slootweg
11:25 – 26. New avenues for frustrated
Lewis pair hydrogen activation: Synthesis
and reactivity of boron-based radicals.
L. Longobardi*, D. Stephan*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1

Molecular Catalysis of Water Splitting
Reactions (#76)

Fundamentals and Applications of Solvent
Extraction in the Recovery of Strategic
Metals (#17)

Organized by: K. Sakai, L. Sun,
G. Brudvig, L. Spiccia
Presiding: L. Sun

Organized by: A. Chagnes, J. Lee,
N. Welham, B. HAY
Presiding: A. Chagnes

8:00 – 27. Photocatalytic water oxidation bymolecular metal oxides mimicking thenatural oxygen evolving center.
M. Bonchio*
8:30 – 28. Molecular oxidation catalysis withiridium: Water splitting and CH-oxygenation. U. Hintermair*, S. Sheehan,
J. Thomsen, G. Brudvig, R. Crabtree

8:00 Opening remarks
8:05 – 10. Strategies for diversifying the supply of critical materials through the development of new separation technologies
for rare earths. B.A. Moyer*

8:50 – 29. Pathway for oxygen-oxygen bondformation and O2 release in water oxidation catalyzed by dinuclear Ru complex.
K. Tanaka*
9:20 – 30. Unraveling solution speciation andstability of cobalt-polyoxometalate wateroxidation catalysts by X-ray scattering.
S. Goberna Ferron*, J. Soriano-Lopez,
M. Nyman, J. Galan-Mascaros
9:40 Coffee Break
10:00 – 31. Ruthenium complexes with carboxylate ligands as highly efficient molecular catalysts for water oxidation. L. Sun
10:30 – 32. New series of dinuclear ruthenium(II) complexes toward an active wateroxidation catalyst prompting intramolecular O-O bond formation. M. Yagi*
11:00 – 33. Molecular catalyst for water oxidation and oxygen reduction. A. Llobet*
11:30 – 34. Water oxidation catalyzed bymultinuclear metal complexes.
S. Masaoka
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Frontiers of Organo-f-element Chemistry(#125)

Organized by: F. Edelmann,
P. Diaconescu, Y. Chen, D. Emslie,
P. JunkPresiding: F. Edelmann
8:00 Introduction
8:10 – 35. Structure determination of uranocene and the first COT lanthanide complexes. K.N. Raymond
8:40 – 36. Low valent f-element chemistry: A
theoretical journey. L. Maron
9:10 – 37. Bond strength in organo-f-element compounds from the quantum theory of atoms-in-molecules. Q. Huang,N. Kaltsoyannis*
9:30 – 38. Magnetic personality of lanthanide
ions. M. Murugesu
9:50 Coffee break
10:00 – 39. Redox and photoredox chemistry of cerium coordination complexes.
E.J. Schelter*
10:20 – 40. Reduction chemistry of rareearth metal complexes supported by ferrocene diamide ligands.
P.L. Diaconescu
10:40 – 41. Pentadienyl-supported rareearth metal tetramethylaluminate complexes. D. Barisic, C. Maichle-Mössmer,
R. Anwander
11:00 – 42. Steric effects in Sm(II) reduction
chemistry illustrated with pyrrolide-based
macrocyclic ligands of variable conformational flexibility. M.G. Gardiner*
11:20 – 43. Strain-driven Ce(IV)/Ce(III) redox
couple within the fullerene cage.
A. Popov*, Y. Zhang
11:40 – 44. Gadolinium endohedral metallofullerenes: Next generation magnetic
resonance imaging contrast agents.
H.C. Dorn*
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Non-covalent Interactions in Coordination
Systems (#161)

Organized by: T. Konno, K. Lu, A. Hor
Presiding: T. Konno
8:00 – 45. Non-covalent interactions in coordination systems. T. Konno*
8:10 – 46. Non-covalent interactions in extended architectures derived from transition metal complexes of bis-diketone andbis-triketone ligands: From polyrotaxane
generation to pressure induced molecularswitching. L.F. Lindoy*
8:30 – 47. Ag-␲ interactions in heterometallic
dipyrrin based coordination networks.
S. Baudron*, H. Ruffin, M. Hosseini
8:50 – 48. Thyminate(2–)-bridged cyclic tetranuclear rhodium(III) complexes formed
by a template of a sodium, calcium orlanthanoid ion. T. Suzuki*, A. Kashima,
M. Sakate, H. Ota, A. Fuyuhiro,
Y. Sunatsuki

9:05 – 49. Synthesis and properties ofamido- and imido-gold(III) complexes
having polypyridyl ligands. K. Tsuge*,
S. Iwashita, Y. Saito, T. Yada, H. Ohtsu
9:20 – 50. Flexible crystals: Stretching theboundaries of a single crystal.
J.K. Clegg*, J. McMurtrie, A. Worthy,
M. Pfrunder, A. Grosjean, A. Brock
9:35 – 51. Syntheses and luminescent properties of neutral Z-shaped heteropolynuclear platinum(II) complexes.
K. Umakoshi*, M. Ueda, K. Nishihara,
Y. Nakao, Y. Arikawa
9:50 Break
10:00 – 52. Exploring the fundamental natureof non-covalent interactions in chemistry.
P. Kennepohl*, C. Mustoe
10:15 – 53. Modulation of emission properties of pincer Pt complex by intermolecular interactions. J. Kuwabara,
K. Yamawaki, T. Kanbara
10:30 – 54. Targeting biomolecules withphotoactive ruthenium(II)-based metallomacrocycles. J. Thomas
10:45 – 55. Chromic behavior and coordination structure conversion of hydrazonepalladium(II) and platinum(II) complexes
in the solid state and in solution.
K. Nakajima
11:00 – 56. Supramolecular chemistry ofgold clips. J. Yip*
11:20 – 57. Unusual coordination modes of
hydrides identified from Cu(I) clusters
supported by dichalcogenolates. C. Liu
11:40 – 58. From discrete low-dimensional
metal complexes to supramolecular assemblies. V. Yam
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Innovative Approaches in Bond-Cleavage
and Bond-Forming Reactions at Late
Transition-Metal Centres (#186)

Organized by: M. Hirano, D. Fogg,
A. Veige
Presiding: A.S. Veige
8:00 – 59. Cobalt catalyzed C-H functionalization. P.J. Chirik*
8:20 – 60. Bond activation reactions byhighly reduced late-metal organometallics. J.S. Figueroa, C. Mokhtarzadeh,
A.E. Carpenter
8:40 – 61. Ruthenium(II) catalysts for C-H
bond activation and functionalization.
P.H. Dixneuf*, P.B. Arockiam, B. Li,
F. Pozgan, K.S. Singh, C. Bruneau
9:00 – 62. Computational studies of Ru(II)catalysed direct aryl- and alkylation:
Novel C-H and C-I bond breaking and
C-C bond making processes.
S.A. Macgregor*, K.J. Carr,
C.L. McMullin
9:20 – 63. Experimental and computational
characterization of bimetallic reaction
pathways relevant to catalysis.
N.P. Mankad
9:40 – 64. Synthesis and N-H reductive elimination study of dinuclear ruthenium imido dihydride complexes. S. Takemoto*,
H. Matsuzaka*
10:00 break
10:10 – 65. Catalytic ␣-acylalkylation at ortho C–H bond in arenes with cyclic alkenyl carbonates. F. Kakiuchi* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–83

02 – INORTECHNICAL PROGRAM

10:30 – 66. Rh(II)-Rh(II) vs Rh(II)-Rh(III) complexes as catalysts in metal nitrene/nitrenoid reactions. H. Lebel*, H. Piras,
J. Bartholoméüs
10:50 – 67. Rhodium(I)-catalyzed cyclopropanation/cyclization of allene-ynes via
rhodacycle-directed sp3 C-H activation.
Y. Sato*11:10 – 68. Synthesis and characterization ofan osmium(II) methane coordination complex. P.J. Sempsrott, C.F. Lovitt,
G.S. Girolami*
11:30 – 69. Si–H bond activation via ␴-interaction in a cobalt(II) complex. J. Kim,
K. Park, S. Kim, Y. Lee*

Tuesday Afternoon

Hilton Hawaiian Village
Mid-Pacific Center, Coral 1

Hilton Hawaiian Village
Rainbow Tower, Rainbow 2

New Frontiers in Bioinorganic Chemistry(#356)

Organo-Main Group Avenues toward
Advanced Materials (#16)

Organized by: M. Yamaguchi, S. Cohen,
X. Ottenwaelder
Presiding: K. Franz, T. Storr

Organized by: T. Baumgartner, S. Liu,
S. Yamaguchi
Presiding: S. Liu

8:00 Opening remarks
8:05 – 70. Geometric and electronic structural contributions to Fe/O2 reactivity.
E.I. Solomon*
8:35 – 71. Defining a preference for polarizable halogen substituents in the hydroquinone ring-cleaving dioxygenase PcpA.
T.E. Machonkin
8:55 – 72. Mechanistic and biophysical characterization of oxalate decarboxylase.
W. Zhu, J. Wilcoxen, L. Easthon, T. Stich,
R. Britt, K. Allen, N. Richards
9:15 – 73. Toward a better understanding ofliver alcohol dehydrogenase: Synthesis,characterization, and activity of zinc(II)model complexes based on bis-triazole
and bis-imidazole precursors.
J.R. Miecznikowski*, M. Lynn, W. Lo,
J.P. Jasinski, S. Jain
9:35 – 74. Metal-catalyzed reactions of N,N’disubstituted imidazolinium cations withhydrogen as functional models of hydrogenases in methanogenesis. H. Seino*,
M. Hatazawa, Y. Hojo, H. Suzuki,
K. Takahashi, Y. mizobe, N. Yoshie
9:50 Break
10:00 – 75. Targeting cancer specific cellular
processes with ruthenium compounds.
A. Nazarov*
10:20 – 76. Overcoming platinum resistanceusing small-molecule antineoplastic
agents. I. Romero Canelón*, M. Mos, A.
Knight, P.J. Sadler
10:40 – 77. Bioinspired catalyst composedof cobalamin and semicoductor with vitamin B12 function. H. Shimakoshi*,
Y. Hisaeda
11:00 – 78. Catalytic metallodrugs: Structure-function and activity studies of abroad therapeutic platform. Z. Yu,
M.J. Ross, I. Fidai, J.A. Cowan*
11:30 – 79. Developing a research platform
for the discovery of cytotoxic metal complexes. E.P. Glazer*

13:00 Lunch break
13:20 – 88. Singlet carbenes for the stabilization of main group paramagnetic species. G. Bertrand
13:50 – 89. Donor-acceptor stabilization of
low-oxidation state main group hydrides:
From chemical curiosities to viable precursors to functional nanomaterials.
E. Rivard*, A. Swarnakar, T.K. Purkait,
J. Veinot
14:10 – 90. Stabilization and “transition metal-like” reactivity of low oxidation state/
low coordination p-block metal complexes. C. Jones*
14:40 – 91. Stabilization of reactive maingroup species by coordination to carbonyl-decorated carbenes. T.W. Hudnal*,
A. Ledet, K. Melancon, A. Torres
15:00 Break
15:10 – 92. Low-coordination numbers, unusual bonding, and dispersion force effects. P.P. Power
15:40 – 93. Single, double, triple, chains:
New forays into boron-boron-bond formation. H. Braunschweig
16:10 – 94. Dynamic covalent chemistry oforganoboron and silicon compounds.
M. Wagner*

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Dynamic Aspects of Solid Materials: From
Equilibrium to Non-equilibrium Systems(#376)

Organized by: M. Kawano, B. Abrahams,
M. Garcia-Garibay, L. Zheng
Presiding: B.F. Abrahams, M. Kawano
8:00 Opening remarks
8:05 – 80. Negative thermal expansion in coordination framework materials.
C. Kepert*
8:35 – 81. Dynamic structural transformations of coordination cage assemblages.
P. Larpent, S. Furukawa*, S. Kitagawa*
8:55 – 82. In-situ synchrotron X-ray diffraction study of successive crystallization inmetal-organic frameworks. H.H. Yeung*,
Y. Wu, S. Henke, A.K. Cheetham,
D. O’Hare, R.I. Walton
9:15 – 83. Dynamic processes in electronrich coordination networks.
B.F. Abrahams*, R. Elliott, R. Robson,
A. Sutton

84 –TECH

9:45 Break
9:55 – 84. Kinetic assembly of porous coordination networks. M. Kawano
10:15 – 85. Relief of forbidden catenation ina metal-organic framework: Network conversion from interpenetration-frustrated
gra to interpenetration-allowed hms topology. M. Lah*
10:45 – 86. Reaction dynamics In coordination polymers. J.J. VITTAL
11:15 – 87. Moving protons In metal organic
frameworks. G. Shimizu*,
P. Ramaswamy, N. Wong, S. Kim, Z. Fard

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Fundamentals and Applications of Solvent
Extraction in the Recovery of Strategic
Metals (#17)

Organized by: A. Chagnes, J. Lee,
N. Welham, B. HAY
Presiding: N.J. Welham
13:00 Opening remarks
13:05 – 95. Extraction and separation technologies. D. Dreisinger*
13:25 – 96. Interfacial phenomena in solvent
extraction. G. Stevens*
13:45 – 97. Solvent extraction of magnesiumby Cyanex 272: Experimental study andmodeling. V. Weigel, M. Dehestru*,
M. STAMBOULI, M. Gohin, D. Pareau,
Y. Le Quesne
14:05 Break
14:15 – 98. Solvent extraction from ammoniacal solutions - some new perspectives.
N.J. Welham*, G. Johnston,
M.L. Sutcliffe
14:35 – 99. Development of hydrometallurgical recovery process of antimony by controlling the metal complexes condition in
Sb-Cl-OH aqueous solution system.
S. Ueno, S. Yokoyama, K. Shinoda,
H. Takahashi*, K. Tohji
14:55 – 100. Separation of Zr(IV) and Hf(IV)by solvent extraction. M. Lee
15:15 Break

15:25 – 101. Liquid-liquid extraction of Bi(III)and Sb(III) by neutral extractants from
HCl/H2SO4 mixed media.
M. Avila-Rodriguez*,
L.A. Santiago-Santiago,
J.A. Reyes-Aguilera, M.d. González,
D.E. Garcı́a-Rodrı́guez,
L. Hernández-Perales,
D.F. Cholico-Gonzalez
15:45 – 102. Ditopic thioetheramide reagents for the selective recovery of platinum and palladium. J. Love*, P. Tasker,
C.A. Morrison, K. MacRuary, m. Wilson,
R.J. Gordon, R. Grant
16:05 – 103. Liquid-liquid extraction separation of scandium from zirconium with
O,O-bis(2-ethylhexyl) hydrogen thiophosphate. y. Nakai, Y. Nakajima, S. Oshima,
Y. Watanabe, Y. Komatsu, K. Fujinaga
16:25 – 104. Extraction studies of platinum
and iron from hydrochloric acid solution
with N-2-ethylhexyl-bis(N-di-2-ethylhexyl-ethylamide)amine. M. Maeda*,
H. Narita, C. Tokoro, M. Tanaka,
R. Motokawa, H. Shiwaku, T. Yaita
16:45 Closing remarks
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Lewis Acid/Base Pair Chemistry in
Molecular Transformations, Catalysis andEnergy Storage (#65)

Organized by: T. Autrey, D. Stephan,z. Wang
Presiding: Z. Wang
13:00 – 105. Accurate quantum chemistry
for frustrated Lewis pair systems.
S. Grimme
13:30 – 106. Frustrated N-heterocyclic carbene-silylium ion Lewis pairs. M. Tamm*,
E. Theuergarten, M.F. Silva Valverde
14:00 – 107. Synthesis of bulky organoboranes and their application in frustrated
Lewis pair chemistry. H. Wang*
14:25 – 108. New strategies for borane-catalyzed metal-free hydrogenation. H. Du
14:50 Break
14:55 – 109. Intramolecular FLPs with different Lewis acid sites - reversible H2 addition and more. T. Repo*,
K. Chernichenko, I. Pápai, B. Kótai,
V. Zhivonitko
15:20 – 110. Catalytic reduction of polar
substrates using Frustrated Lewis pairs:
An operando calorimetry approach tomeasure kinetics and thermodynamics
under catalytic operating conditions.
T. Autrey*
15:45 – 111. Unsupported metal-only-Lewis
pairs of zero-valent iron- and ruthenium
carbonyl complexes. C. Schneider,
H. Braunschweig*
16:10 – 112. Applications of N-Heterocycliccarbene-silylium ion Lewis pairs in FLP
chemistry and bond activations.
M.F. Silva Valverde, E. Theuergarten,
T. Bannenberg, M. Freytag, P. Jones,
M. Tamm*
16:35 – 113. ␣-CH acidity of alkyl-B(C6F5)2compounds – the role of stabilized borata-alkene formation in FLP chemistry.
C. Mück-Lichtenfeld, P. Moquist, G.
Chen, K. Bussmann, C.G. Daniliuc, K.
Gerald, G. Erker*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4

13:40 – 116. Theoretical design of hydrogenevolving molecular electrocatalysts.
S. Hammes-Schiffer
14:10 – 117. From molecular non-noble
metal catalysts to catalytic nanomaterials
for energy-efficient and cost-effective
electrochemical H2 production.
M. WANG*, P. Zhang, L. Chen, Y. Yang,
J. Shen, L. Sun
14:40 Coffee Break
15:00 – 118. Molecular catalysts for
Ni,Co,Rh,Pt-based H2 evolution and
Ru,Co-based O2 evolution. K. Sakai*
15:30 – 119. Hydrogen evolution: bioinspired
catalytic materials and artificial hydrogenases. V. Artero*
16:00 – 120. Photo- and electrochemical
water oxidation: New water oxidation
chemistry of ruthenium complexes with
polypyridyl tetradentate ligands.
J.T. Muckerman*, D.E. Polyansky,
J.J. Concepcion, R.P. Thummel, E. Fujita
16:30 – 121. Hybrid metal-organic phosphonate realizing improved electrochemical
water oxidation. T. Zhou, R. Xu*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Frontiers of Organo-f-element Chemistry(#125)

Organized by: F. Edelmann,
P. Diaconescu, Y. Chen, D. Emslie,
P. JunkPresiding: D. Emslie
13:00 – 122. Molecular non-metallocene hydrides of rare earth metals. J. Okuda
13:30 – 123. Main group molecules in 4fmetal chemistry. P.W. Roesky*
14:00 – 124. Lanthanoid transition metalbonding. R. Kempe*
14:30 – 125. Chemistry of the lanthanoids involving the very bulky tetraphenyl- andpentaphenyl cyclopentadienyl ligands.
P.C. Junk*
14:50 – 126. Structural variations in Ln(TpR,R’)2 compounds and their consequence on stability and reactivity.
F. Edelmann, A. Sella, J. Takats
15:10 Coffee break
15:20 – 127. Rare-earth metallacyclopentadienes: Synthesis, structure, and reactivity. W. Zhang
15:40 – 128. Rare-earth metal phosphinidene complexes: synthesis, structure,and reactivity. P. Cui, Y. Lv, J. Zhou,
Y. Chen
16:00 – 129. Understanding based inventionof organo-f-element centered catalytic
heteroatom transformations: Scope andmechanism. T.J. Marks
16:30 – 130. Chemistry of organo rare-earth
metal complexes with indolyl ligands.
Z. Zhang, Z. Feng, L. Guo, S. Zhou,
X. Zhu, S. Wang*
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Non-covalent Interactions in Coordination
Systems (#161)

Organized by: T. Konno, K. Lu, A. Hor
Presiding: T. Konno
13:00 – 131. Coordination chemistry of polycarbene ligands. E. Hahn*

Molecular Catalysis of Water Splitting
Reactions (#76)

Organized by: K. Sakai, L. Sun,
G. Brudvig, L. Spiccia
Presiding: K. Sakai
13:00 – 114. Electro- and photolytic hydrogen production by mononuclear cobalt
complexes with pentadentate ligands.
X. Zhao*, M. Yanney, M. Vennampalli,
G. Liang, C.E. Webster
13:20 – 115. Proton-coupled electron transfer processes for the electrochemical
production of hydrogen. J.L. Dempsey*,
B.D. McCarthy, E.S. Rountree,
D.J. Martin* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
13:20 – 132. Influence of host-guest interactions on self-assembly of metallo-supramolecular systems. M. Hardie*,
J.J. Henkelis, F. Thorp-Greenwood,
T. Ronson, C. Carruthers, C. Sumby
13:40 – 133. Tailor-made synthesis of multilayered trimetallocyclophanes via
transannula ␲-␲ interactions. O. Jung,
H. Lee14:00 – 134. Immobilization of metal mercury
using reusable sulfurbridged molybdenum complex. H. Akashi*,S. Shimokawatoko, H. Aikoh,
T. Shibahara
14:15 – 135. Universal mode of ion-pairing
interaction of tetraalkylammonium ions:Application to inorganic species.
A.J. Fry*
14:30 – 136. Development of hydrogen-evolution catalysts by using first-row transition metal complexes with sulfur donor
atoms. M. Hirotsu*, K. Santo, T. Nakae,
T. Matsunaga, J. Sanou, I. Kinoshita
14:45 – 137. Synergistic effect of B. . .N coordinate bonding and ring strain makes
2-APB an ideal drug with dual effect.
H. Dong*, W. Li, J. Sun, S. Li, M.L. Klein
15:00 Break
15:10 – 138. Photooxidation of cyclometalated palladium complexes to the corresponding sulfinato species.
T. Kawamoto
15:25 – 139. Osmium(V)-oxo complexes:
Bioinspired catalysts for alkene functionalization. H. Sugimoto*
15:40 – 140. Architectural complexity within
secondary coordination spheres.
A.S. Borovik
16:00 – 141. Non-covalent interaction between germyl and bridging germylene ligands in dinuclear palladium(I) complexes. K. Osakada*
16:20 – 142. Host-guest chemistry in coordination cages: Functions from drug binding to catalysis. M. Ward, C. Hunter
16:40 – 143. Importance of the second coordination sphere and of conformational
flexibility in hydrolase modeling.
P. Comba*
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Innovative Approaches in Bond-Cleavage
and Bond-Forming Reactions at Late
Transition-Metal Centres (#186)

Organized by: M. Hirano, D. Fogg,
A. Veige
Presiding: M. Hirano
13:00 – 144. Transition metal vinylidene mediated catalysis for use in organic synthesis. C. Lee
13:20 – 145. Recyclable hybrid Rh and Ir
catalysts for C-X bond formation reactions. B.A. Messerle*, C. Wong,
A. Tregubov, D.B. Walker, A. Soeriyadi,
A. Kochanke, J.J. Gooding
13:40 – 146. Rh-catalyzed enantioselective
synthesis of chiral 3-aryl-3-(pyrazol-1-yl)propanoic esters. H. Wu*
14:00 – 147. N-Heterocyclic carbene ligands
as supports for low valent cobalt: Synthesis and reactivity of Cp*Co(IPr).
J. Andjaba, K. Dalphon, C. Bradley*
14:20 – 148. Transition-metal-catalyzed
asymmetric allylic dearomatization reactions. S. You*
14:40 Break
14:50 – 149. Asymmetry and anisotropy: Activation of H2 by novel Rh NNN-pincer
systems leading to remarkably upfield 1H
NMR chemical shifts. M.T. Zamora,
M.M. Hänninen, C.S. MacNeil, J.P. Knott,
P.G. Hayes*
15:10 – 150. Synthesis and investigating thechemical reactivity of stable indenyl-ruthenium complexes containing small organic ring. H. Sung*
15:30 – 151. Long-tethered P-B-P ligand:
Synthesis, complexation, and catalysis.
E. Kwan Huang, Y. Kawai, S. Kamakura,
M. Yamashita*

15:50 – 152. Ligand-assisted bond activation on nickel and iridium NCN-pincer
complexes featuring non-innocent N-heterocyclic carbenes. R.M. Brown,
Y. Jiang, D.A. Levenson, I.I. Fay,
C.J. Roberts, J. Valjus, H.M. Tuononen,
J. Borau-Garcia, D. Spasyuk, R. Roesler*
16:10 – 153. Nickel complexes as catalysts
for C—H bond stannylation: A novel
mechanistic pathway for the formation ofcarbon-heteroatom bonds.
S.A. Johnson*, M. Elsby
16:30 – 154. Hydrocarbon-soluble, basemetal “nanocatalysts” with precious metal-like reactivity. J.M. Stryker*

15:20 – 170. Single-crystal-to-single-crystal
molecular domino transformations triggered by mechanical stimulation andsolid seeding. H. Ito*
15:50 – 171. Exploring the solid-state anddynamic behaviour in second sphere coordination chemistry. J. Marti-Rujas*
16:10 – 172. Self-reproduction of giant vesicle emerged under non-equilibrium condition. T. Sugawara*, K. Takakura,
K. Kurihara, T. Toyota, K. Suzuki
16:40 – 173. Dynamic aspects of moleculararrangement in a porous crystal with multiple binding pockets. S. Tashiro,
R. Kubota, M. Shionoya*

Hilton Hawaiian Village
Mid-Pacific Center, Coral 1

Wednesday Morning

New Frontiers in Bioinorganic Chemistry(#356)

Organized by: M. Yamaguchi, S. Cohen,
X. Ottenwaelder
Presiding: P.S. Donnelly, C.G. Hartinger
13:00 – 155. Synthesis of metal complexes
designed to assist in diagnosis and therapy. P.S. Donnelly*
13:30 – 156. Lanthanide complexes for thetreatment of bone resorption disorders.
D. Weekes*, J. Cawthray, O. Sivak,
M. Iafrate, K. Wasan, C. Orvig
13:45 – 157. Water-synthesized ZnS:Mn
quantum dots for multiple biological detection and enzyme immobilization.
J. Beltran-Huarac*, D. Diaz-Diestra,
D. Bracho-Rincon, J. Gonzalez-Feliciano,
C.I. Gonzalez, B.R. Weiner, G. Morell
14:05 – 158. Dual mode binding of ruthenium/osmium arene anticancer complexes
to DNA: Coordination and intercalation.
H. Liu*14:25 – 159. Targeting small-molecules totreat Alzheimer’s disease. T. Storr*,
M. Jones, L. Gomes, R. Vieira
14:55 Break
15:05 – 160. M2L4 coordination cages as potential drug delivery systems for anticancer agents. A. Schmidt, M. Hollering,
A. Pöthig, A. Casini*, F. Kuhn*
15:20 – 161. From targeted organometallic
anticancer agents to intracellular target
identification. C.G. Hartinger
15:50 – 162. Mechanistic insight into hydrogen-atom transfer reactions by chromium(V)-oxo complexes: What is controlling
the reactivity?. H. Kotani*, S. Kaida,
T. Ishizuka, T. Kojima
16:10 – 163. Multitasking organometallic
complexes as therapeutics.
A. Castonguay*
16:30 – 164. Conditional surrender: Designing molecules to put biological metals intheir place. K. Franz*

Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Organo-Main Group Avenues toward
Advanced Materials (#16)

Organized by: T. Baumgartner, S. Liu,
S. Yamaguchi
Presiding: S. Yamaguchi
8:00 – 174. Organophosphorus avenues toward functional conjugated materials.
T. Baumgartner*
8:20 – 175. Facile synthesis of 2-phosphaquinolines and 2-phosphaquinolin-2ones. M.M. Haley*, C.L. Vonnegut,
A. Shonkwiler, M.M. Khalifa,
L.N. Zakharov, D.W. Johnson
8:40 – 176. Phospha-acenes.
J. Protasiewicz
9:00 – 177. New ligand platforms for coordination chemistry based on BN/CC isosterism. S. Liu*, A. Baggett, S. Xu,
C. McConnell
9:20 – 178. B/N-functionalized conjugatedoligomers, polymers, and macrocycles.
F. Jaekle*
9:50 Break
10:00 – 179. Boron containing heterocycles:
Methods, properties, reactivity.
W.E. Piers, J. Araneda, A. Houghton,
M. Morgan
10:30 – 180. Trilithiosilane: Synthesis andproperty. M. Ichinohe, A. Mori,
A. Sekiguchi
10:50 – 181. Ring expansion reactions withpentaphenylborole as a route to generate
six and seven-membered boracycles.
K. Huang, C.D. Martin
11:10 – 182. Novel silicon analogs of staffanes that shows significant interactions
between bridgehead silicon-siliconbonds. T. Iwamoto, A. Karube, S. Ishida
11:30 – 183. Phosphorus-analogues of pyrromellitic diimides: A novel scaffold for
creating organic electron-acceptors.
Y. Takeda*, K. Hatanaka, S. Minakata*

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1

Dynamic Aspects of Solid Materials: From
Equilibrium to Non-equilibrium Systems(#376)

Fundamentals and Applications of Solvent
Extraction in the Recovery of Strategic
Metals (#17)

Organized by: M. Kawano, B. Abrahams,
M. Garcia-Garibay, L. Zheng
Presiding: M.A. Garcia-Garibay, L. Zheng

Organized by: A. Chagnes, J. Lee,
N. Welham, B. HAY
Presiding: G. Cote

13:00 – 165. Correlated dynamics in 1D
chains of molecular rotors.
M.A. Garcia-Garibay, S. Perez-Estrada,
B. Rodriguez-Molina
13:30 – 166. Crystalline molecular gyrotops
having a five-membered hetero aromaticring rotor. W. Setaka*
13:50 – 167. Polar molecules in chargetransfer crystals: Acquired dynamic anddielectric properties. J. Harada*,
M. Ohtani, Y. Takahashi, T. Inabe
14:10 – 168. Creation of new metal nanoparticles having non-equilibrium phases
based on the “crystal structure control”
and “inter-element-fusion” strategies.
K. Kusada, H. Kitagawa
14:40 Break
14:50 – 169. Cobalt phosphonates with tunable magnetic and proton conduction
properties. L. Zheng

8:00 Opening remarks
8:05 – 184. Recovery and extraction of strategic metals from WEEE – encounteredchallenges for hydrometallurgical route.
T. Retegan*, M. Gergoric, C. Tunsu,
J. yang
8:25 – 185. Development of block copolymer
extractants for the selective isolation ofstrategic metals. L.A. Mitchell,
T.T. Nguyen, R.F. Fimognari,
B.J. Holliday*
8:45 – 186. Recovery of rare earth elementsfrom fluorescent lamp waste fractions:
Toward pilot scale separation. C. Tunsu*,
C. Ekberg, T. Retegan
9:05 Break
9:15 – 187. Solvent extraction recovery ofnickel from spent electroless nickel plating baths. M. Tanaka*, H. Narita, Y. Saiki,
H. Naganawa

9:35 – 188. Efficient recovery of Ln fromcommercial lighting phosphors using acidadducts in scCO2. R.V. Fox*, D.L. Baek,
M.E. Mincher, B.J. Mincher, C.M. Wai,
C. Yen9:55 – 189. Recovery of valuable metals
from spent car NiMH batteries by leaching and solvent extraction.
M. Petranikova
10:15 Break
10:25 – 190. Solvent extraction in the recovery of strategic metals from spent turbine-blade superalloy.
R.R. SRIVASTAVA, M. Kim, J. Lee*
10:45 – 191. Investigation of closed loop recycling of active materials for NiMH batteries. F. Holmberg*, B. Ebin,
M. Petranikova, B. Steenari, C. Ekberg
11:05 – 192. Intensification of interfacialtransfer by forced vibration: Application
to solvent extraction. M. STAMBOULI*,D. Pareau, p. perre, N. Kozlov, V. Kozlov
11:25 Closing remarks
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Lewis Acid/Base Pair Chemistry in
Molecular Transformations, Catalysis andEnergy Storage (#65)

Organized by: T. Autrey, D. Stephan,z. Wang
Presiding: D. Stephan
8:00 – 193. Frustrated Lewis pairs as efficient catalyst for Csp2-H bond activation.
F. Fontaine, M. Legare,
M. Courtemanche, E. Rochette
8:30 – 194. Cis-stereoselective hydrogenation of acetylenes catalyzed by 2-aminophenylboranes. K. Chernichenko*,
T. Repo, Á. Madarász, I. Pápai,
M. Nieger, M. Leskelä
8:55 – 195. Kinetics of hydrogen activation
on ceria-zirconia. C. Sievers,
S.M. Schimming, G. Foo , O.D. LaMont,
A.K. Rogers, M.M. Yung, A.D. D’Amico
9:20 Break
9:25 – 196. On the origin of enantioselectivityof FLP-catalyzed asymmetric hydrogenations. I. Pápai*, B. Kótai, A. Hamza, M.
Lindqvist, T. Repo
9:50 – 197. FLP approach toward catalytichydrogenation of CO2. E. Rochette*,
M. Courtemanche, A. Pulis, M. Legare,
F. Fontaine, D. Stephan
10:15 – 198. Alane-based Lewis pairs in molecular catalysis and macromolecularsynthesis. E. Chen
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Molecular Catalysis of Water Splitting
Reactions (#76)

Organized by: K. Sakai, L. Sun,
G. Brudvig, L. Spiccia
Presiding: G. Brudvig
8:00 – 199. Mechanisms of water oxidation
in solution and on oxide surfaces.
T. Meyer*, M. Coggins, M. Sheridan,
B. Sherman, N. Song, R. Binstead
8:30 – 200. Molecular catalysis in hydrogen
evolution from water driven with low driving forces. K. Yamauchi*, K. Kawano,
K. Koshiba, K. Sakai** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–85

02 – INOR
8:50 – 201. Water oxidation pathways ofbioinspired molecular cobalt catalysts.
G.R. Patzke*
9:20 – 202. Developing functional hydrogenase mimics using model metalloprotein
scaffolds. H.S. Shafaat, J. Slater,
A. Manesis, H. Monaco
9:40 Coffee Break
10:00 – 203. Water oxidation for solar fuelproduction. G. Brudvig*, S. Sheehan,
J. Thomsen, U. Hintermair, V. Batista,
R. Crabtree, C. Schmuttenmaer
10:30 – 204. Molecular and immobilized iridium catalysts for water oxidation.
A. Bucci, I. Corbucci, L. Fagiolari,
G. Pastori, Z. Cristiano, A. Macchioni*
11:00 – 205. Homogeneous and heterogeneous pathways in water oxidation catalyzed by metal complexes. T. LAU*
11:30 – 206. Chemistry and materials biology approaches to artificial photosynthesis. C.J. Chang*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Frontiers of Organo-f-element Chemistry(#125)

Organized by: F. Edelmann,
P. Diaconescu, Y. Chen, D. Emslie,
P. JunkPresiding: P.C. Junk
8:00 Introduction
8:05 – 207. (co)Polymerization of polar styrenes and styrene by rare-earth metal
precursors. D. Cui*
8:35 – 208. Amido and alkyl rare-earth complexes for catalysis of intermolecularolefin hydrophosphination and hydroamination. A. Trifonov*
9:05 – 209. Rational development of metalorganic precursors of lanthanides andtheir application for thin film deposition oflanthanide oxides and lanthanide nitrides.
A. Devi*
9:25 – 210. C-H bond activation and functionalization of N-heteroaromatics catalyzed by group 3 metal complexes.
K. Mashima*, H. Nagae, Y. Shibata,
H. Tsurugi
9:55 Coffee break
10:10 – 211. Rare-earth-catalyzed chain-end
functionalization of syndiotactic polystyrene. Z. Hou*
10:40 – 212. Homogeneous imidazolin-2iminato actinide catalysts. M. Tamm*,
I.S. Karmel, M.S. Eisen, T. Bannenberg
11:00 – 213. Synthesis and reactivity of rigid
pincer ligand uranium alkyl complexes.
D. Emslie*, N. Andreychuk
11:20 – 214. Cp2U(NAr)2 complexes: Unsual
electronic structure and unique reactivity.
J.M. Boncella*, N.C. Tomson,
A.M. Tondreau, M. Winston, B.L. Scott
11:40 – 215. Uranium oxide materials for solar hydrogen production. S. Mathur,J. Leduc
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Non-covalent Interactions in Coordination
Systems (#161)

Organized by: T. Konno, K. Lu, A. Hor
Presiding: A.T. Hor
8:00 Break
8:20 – 216. Molecular recognition of Rebased metallacycles. K. Lu*
8:40 – 217. Supramolecular networking ofmacrocycles via exocyclic coordination.
S. Lee*9:00 – 218. Self-alignment of low-valent palladium chains. T. Tanase*
9:20 – 219. Effect of non-covalent weak interaction for helicity induction and dynamic inversion of chiral Co(II) complexes. H. Miyake*
9:35 – 220. Molecular balance for measuring
weak metal-pi interactions.
K.D. Shimizu*
9:50 Break
10:00 – 221. Synthesis, structures, andguest binding ability of multimetallic giant
capsules. M. Abe*, Y. Hisaeda

86 –TECHTECHNICAL PROGRAM
10:15 – 222. Coordination chemistry of theindium(I) cation. R.J. Wehmschulte*,
K. Osman, D. Powell
10:30 – 223. Structural and chemical transformation of dihydrogen bond in an ironbased molecular electrocatalyst.
X. Wang*, R. Bullock, T. Liu
10:45 – 224. Synthesis and coordination
chemistry of molecular and polymeric
Wurster-type, redox-active receptors.
J. Sibert*
11:00 – 225. Weak metal-ligand interactions
involving hemilabile ligands. W. Kaim*
11:20 – 226. Phase transition and singlecrystal-to-single-crystal transformation of
d10-metal coordination architectures.
B. TZENG*

10:40 – 242. Optical switching and addressing of molecular switches in nanoscopic
fibers. F. Renz*, D. Unruh, M. Kumar,
L. Heyer, T. Meyer, B. Dreyer, R. Sindelar,
C. Krueger
11:20 – 243. Ligand field strength of Fe(NCS)(NCBH3) unit for the assembled complexes bridged by 1,2-bis(4-pyridyl)ethane. H. Dote, M. Kaneko, K. Inoue,
S. Nakashima*
11:40 – 244. Mössbauer spectroscopic
study on Hofmann-like coordination polymer. T. Kitazawa*, M. Sekiya,
M. Takahashi

Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2

Metal-containing ?-Conjugated Systems:
Syntheses, Properties, Applications (#269)

Innovative Approaches in Bond-Cleavage
and Bond-Forming Reactions at Late
Transition-Metal Centres (#186)

Organized by: M. Humphrey, V. Yam,
M. Akita
Presiding: M. Akita, M. Humphrey

Organized by: M. Hirano, D. Fogg,
A. Veige
Presiding: M. Hirano

8:00 Opening remarks
8:05 – 245. Organometallic single-molecule
electronics: Tuning electronic transportand switching of mono- and dinuclear rigid-rod type acetylenic complexes.
H. Berke
8:25 – 246. Syntheses and nonlinear opticalproperties of metal alkynyl stars.
M. Humphrey*, T. Schwich,
M. Cifuentes, M. Samoc
8:45 – 247. Luminescent platinum(II) alkynyl
system as ␲-capping metalloligand andchemosensor. K. Wong*
9:05 – 248. Metal acetylide complexes: New
synthesis, wires, and sustainable chemistry. T. Ren*, T. Cook, S. Natoli, S. Tyler
9:25 – 249. Creating new activity of pi-conjugated systems by Pt insertion. J. Yang*,
C. Lin9:45 Coffee break
10:00 – 250. Charge delocalization vs. localization in carbon-rich iron mixed-valencecomplexes. C. Lapinte
10:20 – 251. Single molecule conductanceof molecular wires with redox-active organometallic units. Y. Tanaka, M. Akita
10:40 – 252. Photochromic ruthenium alkynyl complexes as molecular switches.
M.C. Walkey, L.T. Byrne, M.J. Piggott,
P.J. Low, G.A. Koutsantonis*
11:00 – 253. Control of vinylidene rearrangement and 1,2-insertion of internalalkynes. Y. Ishii*, Y. Ikeda, Y. Mutoh,
S. Kodama
11:20 – 254. Phosphorescent N-heterocyclic
allenylidene metal complexes as building
blocks for supramolecular polymericnanomaterials and mesophases. W. Lu*

8:00 – 227. Silver bullet: Catalytic nucleophilic additions, reductions, hydrogenations, and oxidations in water. C. Li*
8:20 – 228. Reductive elimination from highvalent transition metal complexes.
T. Ritter
8:40 – 229. Adding ligand-and-main groupelement dimensions to the C-H bond activation. T. Ong
9:00 – 230. Pincer-crown ether complexes
for cation-modulated bond activation andcatalysis. A. Miller*, M. Kita, J. Smith
9:20 – 231. Development of hexa-peri-hexabenzocoronene substituted “click” 1,2,3triazole ligands for catalysis.
J.D. Crowley, J.R. Wright, N.T. Lucas
9:40 – 232. Novel carbon– hydrogen bondactivation strategy based on interaction
between an alkynoxy group and a palladium catalyst. Y. Minami*, T. Hiyama*
10:00 Break
10:10 – 233. Carbonylative esterification ofprimary alcohol with aryl chloride throughPd-promoted C-C bond cleavage.
C. Jun*, D. Kim, H. Park
10:30 – 234. Nickel(0)-catalyzed transformation reactions via aza-nickelacycle intermediates. S. Ogoshi*
10:50 – 235. Efficient C-H activation ofarenes by a photoactivated NiII(azide).
J. van der Vlugt*
11:10 – 236. Nickel-catalyzed C–F bond alkylation of acyl fluorides. Y. Okuda,
J. Xu, Y. Nishihara*
11:30 – 237. Proton shuttling pyridylphosphine ligands produce highly active catalysts for methoxycarbonylation.
T.A. Shuttleworth, T.P. Turner,
P.G. Pringle*
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Nuclear Probes in Nanoscale
Characterization (#254)

Organized by: M. Takahashi, A. Hill,
V. Sharma, J. Wang, M. Takahashi,
M. Takahashi, K. Nomura, Y. Yamada
Presiding: A.J. Hill, Y. Yamada
8:00 – 238. Positron annihilation lifetime
spectroscopy studies of nanomaterials.
A.J. Hill, A. Thornton
8:40 – 239. PALS: Unravelling polymer nanoadditive composites interactions overtime. K. Konstas*, C. Lau, M.R. Hill,
A.J. Hill
9:00 coffee break
9:15 – 240. Negative muon capture processes for low pressure gaseous molecules. K. Ninomiya*
9:55 – 241. Supertransferred hyperfine field
at a unique residential site of 111Cd in
Fe3O4. W. Sato*, S. Komatsuda,
Y. Ohkubo
10:25 coffee break

Hilton Hawaiian Village
Rainbow Tower, Rainbow 1

Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Dioxygen Activation Chemistry of
Metalloenzymes and Models (#339)

Organized by: A. Rosenzweig, S. Itoh,W. NamPresiding: A. Rosenzweig
8:00 – 255. Biological methane oxidation.
A. Rosenzweig
8:30 – 256. Cu(III) in the oxidation of methane in pMMO?. C.T. Citek, E. Wasinger,
T.P. Stack
9:00 – 257. Primary copper-dioxygen adducts: New platforms, substrate reactivity, and reduction. K.D. Karlin*
9:30 – 258. Copper-oxygen intermediates inoxidation catalysis. W.B. Tolman*
10:00 – 259. Geometric and electronic structure contributions to Cu/O2 reactivity.
E.I. Solomon*
10:30 – 260. Modeling reactive intermediatesof copper monooxygenases. S. Itoh
11:00 – 261. Construction of asymmetric
mixed-valent dicopper(II,III) complexes as
an active site model of multicopper oxidase. H. Masuda, T. Ochiai, T. Inomata,T. Ozawa
11:30 – 262. Halide-promoted dioxygenolysis of a carbon-carbon bond in copper(II)diketonate complexes. L.M. Berreau*

Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
New Frontiers in Bioinorganic Chemistry(#356)

Organized by: M. Yamaguchi, S. Cohen,
X. Ottenwaelder
Presiding: S. Ogura, M. Stillman
8:00 – 263. Metal-binding pharmacophores
for metalloenzyme inhibitors. S. Cohen
8:30 – 264. Oximate metal complexes asmodels of hydrolitic metalloenzymes. P.
Gómez-Tagle*, J.C. Lugo-González,
A.K. Yatsimirsky
8:50 – 265. New approach to the fluorescence imaging of platinum drug processing. C. Shen*, L. Dawson, T. Hambley,
E. New
9:05 – 266. Switching of photochemical ligand release on ruthenium complexes byexternal stimuli. M. Yamaguchi*,T. Eguchi, A. Kobayashi, T. Masano,
K. Sato9:25 – 267. CO-eeleasing molecules(CORMs) with targeted pharmacologicalactivity. C. Mueller, C.G. Hartinger,
L.J. Wright*
9:55 Break
10:05 – 268. Biogenic polyamines capture
CO2 and accelerate extracellular bacterial
CaCO3 formation. K. Yasumoto*,
M. Yasumoto-Hirose, J. Yasumoto,K. Mori-Yasumoto, M. Jimbo, T. Kusumi,
S. Watabe
10:20 – 269. Model studies of acetyl CoA
synthase catalyzing CO2 fixation in organisms. T. Matsumoto*, K. Tatsumi
10:40 – 270. Synthesis and properties ofmagnesium(II) complexes of sugar-conjugated fluorochlorin derivatives as new
photosensitizers. H. Akashi*, T. Sawada,
K. Moriwaki, S. Yano
11:00 – 271. Metal induced folding in metallothioneins: New results and ideas fromtime-, temperature-, and modification-dependent ESI-MS studies. M. Stillman*
11:30 – 272. Gene delivery system based on
zinc-chelated imidazole groups for gene
expression enhancement. S. Asayama
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3
Isotope Production--Providing Important
Materials for Research and Applications(#363)

Organized by: D. Phillips, K. Gagnon,
Y. Hatsukawa
Presiding: K.D. John, D.R. Phillips
8:00 Opening Remarks--Dennis R. Phillips
8:05 – 273. Overview of the U.S. Departmentof Energy isotope program. J.E. Gillo*
8:30 – 274. Preparation of radioisotopes for
new medial use in Osaka University.
A. Shinohara*
8:55 – 275. Production of medical isotopes
by photo-neutron reaction. B. Szpunar,
C. Rangacharyulu, S. Daté, H. Ejiri
9:15 – 276. Production of 186Re at the
Brookhaven Linac Isotope Producer via
proton induced reactions on natural tungsten and osmium targets. M. Gott*,
C. Cullen, L. Muench, J. Nalepa,
C.S. Cutler, A.R. Ketring, D. Wilbur,
S.S. Jurisson, S. Smith
9:35 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
9:45 – 277. Nuclear workforce development– update on status of US training.
S.S. Jurisson*
10:10 – 278. Efficient method for recycling
enriched 186W target material used in the
production of 186Re via deuteron irradiation. E. Balkin*, K.M. Gagnon,
E. Dorman, R. Emery, B.E. Smith,
K.T. Strong, P. Pauzauskie,
M. Fassbender, C.S. Cutler, A.R. Ketring,
S.S. Jurisson, D.S. Wilbur
10:30 – 279. High power accelerator targets
for large scale production of radionuclides. F.M. Nortier
10:55 – 280. Recent developments in production and purification of novel PET isotopes. S.E. Lapi*
11:20 – 281. Improved production of 89Zr ina solution target. M.K. Pandey, J. Byrne,
A. Packard, T. DeGrado
11:40 – 282. Production of 44Ti/44Sc generator at the Los Alamos Isotope Production
Facility. V. Radchenko*, J.W. Engle,
D. Medvedev, J.R. Maassen,
C.M. Naranjo, J.J. Wilson, E. Birnbaum,
K.D. John, F.M. Nortier, M. Fassbender
Hawaii Convention CenterHalls I, II, III
Dynamic Aspects of Solid Materials: From
Equilibrium to Non-equilibrium Systems(#376)

Organized by: M. Kawano, B. Abrahams,
M. Garcia-Garibay, L. Zheng
Presiding: M. Kawano
Poster Session
10:00 – 12:00
283. Direct observation of growing processof MOF nanoparticles in solution by insitu TEM. T. Kikitsu*, H. Ohtsu,
M. Kawano, D. Hashizume284. Variation of morphology of K⫹TPHAPsingle crystal surface in moisture by SEM
observation. D. Inoue*, G. Lee,Y. Yakiyama, M. Kawano, D. Hashizume285. Dynamics and optical properties of aselenophene-bridged molecular gyrotops
in a crystalline state. T. Masuda,
Y. Inagaki, K. Yamaguchi, W. Setaka*
286. Synthesis and birefringence of a molecular gyrotop with a 4,4’-biphenylene rotor. A. Fujiwara, Y. Inagaki,
K. Yamaguchi, W. Setaka*
287. Direct observation of enthalpy relaxation at around glass transition temperature. J. Fujimura, E. Nishiyama,
I. Tsukushi*
288. Evaluation of thermodynamic fragility
from heat capacity. E. Nishiyama,
J. Fujimura, M. Yokota, I. Tsukushi*

Wednesday Afternoon
Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Organo-Main Group Avenues toward
Advanced Materials (#16)

Organized by: T. Baumgartner, S. Liu,
S. Yamaguchi
Presiding: C. Romero-Nieto
13:00 Lunch Break
13:20 – 289. Creating conjugated materials
via exciton-driven elimination reactions ofBN-heterocycles. S.K. Mellerup, D. Yang,
S. McDonald, S. Gong, Z. Lu, S. Wang*
13:50 – 290. Fluorescent and photoisomerizable azobenzene by utilization of interactions between main group elements.
N. Kano*, M. Yamamura, T. Kawashima
14:10 – 291. Application of NHC pincer ligands in silicon chemistry. M. Asay*
14:30 – 292. Synthesis, structure, and properties of organophosphorus polymers
and materials derived from phosphaalkenes. D.P. Gates*
15:00 Break
15:10 – 293. Hypervalent pentacoordinatednirogen radical cations: Synthesis, structure, and application to singlet diradicaloid. Y. Yamamoto*, M. Takeshita,
K. Sato, J. Nakatsuji, A. Kurosaki,
M. NAKANO, R. Kishi, K. Furukawa,
K. Kamada

15:40 – 294. Lewis acidic organoantimony(V)derivatives: New approaches to anion
sensing and organic reaction catalysis.
F.P. Gabbai
16:10 – 295. Isolation of anionic ␩2-sila-aldehyde-tungsten complexes. T. Fukuda,
H. Hashimoto*, H. Tobita
16:30 – 296. Synthesis, structures, and reactivity of stannole- and plumbole-basedtransition-metal complexes. M. Saito*
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Fundamentals and Applications of Solvent
Extraction in the Recovery of Strategic
Metals (#17)

Organized by: A. Chagnes, J. Lee,
N. Welham, B. HAY
Presiding: B.A. Moyer
13:00 Opening remarks
13:05 – 297. Physico-chemical study of uranium peroxide precipitation.
M. Bertrand*, E. Plasari, h. Muhr,
F. Auger
13:25 – 298. Uranium(VI) chemistry in phosphoric acid media. A. Dartiguelongue*,
G. Cote*, A. Chagnes, E. Provost,
W. Furst
13:45 – 299. ALSEP process kinetics testingand speciation studies. A. Gelis*,
M. Brown, G.J. Lumetta
14:05 – 300. Demonstration of innovative
partitioning processes for minor actinide
recycling from high active waste solutions. G. Modolo*
14:25 Break
14:35 – 301. Overview of advanced minor
actinides recycling processes developedin the United States. P. paviet*
14:55 – 302. Advancing TALSPEAK chemistry. K.L. Nash*
15:15 – 303. Chemistry of a combined extraction system for separation of trivalentactinides and lanthanides.
A. Paulenova*, B.J. Gullekson, A. Gelis
15:35 Closing remarks
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Lewis Acid/Base Pair Chemistry in
Molecular Transformations, Catalysis andEnergy Storage (#65)

Organized by: T. Autrey, D. Stephan,z. Wang
Presiding: K. Chernichenko
13:00 – 304. Overcoming inherent limits infrustrated Lewis pair catalysis: Moisture
tolerant hydrogenations. T. Soos*
13:30 – 305. Transition metal Lewis acid/base ensembles to promote cooperative
substrate binding and activation.
N. Szymczak*, G. Ritch, E. Dahl,
O. Tutusaus
14:00 – 306. Frustrated Lewis pair catalysed
dehydrogenation and dehydrocoupling ofLewis acid/base adducts. O. Metters,
D. Wass*, I. Manners*
14:25 – 307. FLP chemistry involving in thereversible dehydrogenation/hydrogenation of nitrogen heterocycle catalyzed by
a Cp*Ir complex. Z. Wang
14:50 Break
14:55 – 308. Using free energies for H⫹ and
H– transfers to design catalysts for the reduction of CO2. A.M. Appel, J. Linehan,
E. Wiedner, B. Galan, M. Jeletic, C. Zall,
S. Connelly
15:20 – 309. Ferrocene-based planar chiral
Lewis pair systems. A. Tagne Kuate,
J. Chen, R.A. Lalancette, F. Jaekle*
15:45 – 310. Modification of borole compounds: An interplay between sterics andelectronics. H. Braunschweig, H. Kelch*,
L. Mailänder
16:10 – 311. Computational study of the donor-acceptor stabilization of low-oxidation state main group element hydrides.
A. Brown, E. Rivard, E. Antoniuk
16:35 – 312. Methanol dehydrogenation catalyzed by defined ruthenium pincer complex: Insights from a DFT study. M. Lei*

Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Molecular Catalysis of Water Splitting
Reactions (#76)

Organized by: K. Sakai, L. Sun,
G. Brudvig, L. Spiccia
Presiding: L. Spiccia
13:00 – 313. Parallelization of water splitting
photocatalysis. R.S. Khnayzer*
13:20 – 314. Aminopyridine ligands as platforms for well-defined light-driven cobalt
reduction and iron water oxidation catalysts. D. Lloret Fillol*
13:40 – 315. Water oxidation catalysts derived from metal complexes. L. Spiccia*
14:10 – 316. Noble-metal-free catalysts forhydrogen production and water oxidation: From molecular systems to nanomaterials. P. Du, Z. Sun, H. Chen, X. Liu
14:40 Coffee Break
15:00 – 317. Photocatalytic oxygen evolution
by supramolecular assembly and semiconductor/molecular catalyst hybrid.
F. Li*, H. Li, Y. Wang, L. Sun
15:20 – 318. Photo- and electrochemical
water oxidation with ruthenium polypyridyl complexes. E. Fujita*,
J.J. Concepcion, J.T. Muckerman,
D.E. Polyansky, R. Thummel
15:50 – 319. Toward solar to fuel devices
based on molecular components.
J.N. Reek
16:10 – 320. On how nickel electrodes mediate water oxidation. C.P. Berlinguette*,
R.D. Smith
16:40 – 321. Photoinduced electron transfer
reaction at the solid-liquid interface: The
importance of surface of nanoparticlebased photosensitizers. A. Kobayashi*,
K. Sawaguchi, E. Saitoh, M. Yoshida,
M. Kato
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Frontiers of Organo-f-element Chemistry(#125)

Organized by: F. Edelmann,
P. Diaconescu, Y. Chen, D. Emslie,
P. JunkPresiding: Y. Chen
13:00 – 322. Aspects of organocerium(IV)chemistry. R. Anwander*, D. Schneider,J. Friedrich, C. Maichle-Mössmer,
K.W. Törnroos
13:30 – 323. Recent advances in small molecule activation by organouranium complexes. G. Cloke*
14:00 – 324. Bimetallic actinide complexesof constraining macrocycles for small
molecule activation. P.L. Arnold*,
C. Stevens, R. White, M. Dutkiewicz,
J. Farnaby, R. Caciuffo, C. Apostolidis,
O. Walter, J. Love, M.G. Gardiner
14:30 – 325. Synthesis and reactivity of actinide-chalcogen multiple bonds.
D.E. Smiles, T. Hayton
15:00 Coffee break
15:10 – 326. Reactivity, molecular, and electronic structure of uranium coordination
complexes in unusual geometries and oxidation states. K. Meyer*
15:40 – 327. Ligand vs. metal centred redox
reactivity of low valent f elements.
M. Mazzanti
16:10 – 328. Development of new ligand
systems in actinide chemistry. J. Arnold*
16:30 – 329. Recent advances in triamidoamine uranium-ligand multiple bonding.
S.T. Liddle, D. King, B. Gardner,
P. Cleaves, A. Wooles, G. Balazs,
M. Scheer, F. Tuna, E. McInnes,
J. McMaster, W. Lewis, A. Blake
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Non-covalent Interactions in Coordination
Systems (#161)

Organized by: T. Konno, K. Lu, A. Hor
Presiding: K. Lu

13:00 – 330. Isoreticular metal-organic
frameworks based on a rhombic dodecahedral metal-organic polyhedron as a tertiary building unit. M. Lah*
13:20 – 331. Cytclotricatechylene supramolecular assemblies. B.F. Abrahams*,
B. Boughton, J. Holmes, R. Robson
13:40 – 332. Spin state behaviour of iron(II)/dipyrazolylpyridine complexes: New insights from crystallographic and solution
measurements. L.J. Kershaw Cook,
T.D. Roberts, G. Sherborne, S. Alvarez,
M.A. Halcrow*
14:00 – 333. Coordination polymers thatconvert to the discrete cage complexes
for anions. M. Kondo, T. Inoue, S. Koike
14:15 – 334. Composite supramolecular
frameworks: spin crossover in metal
complexes encapsulated in halogen
bonded networks. J. McMurtrie*,
M. Pfrunder
14:30 – 335. Fluoride anion encapsulation
into vanadium– oxygen cluster anion
cages. Y. Kikukawa, Y. Hayashi*
14:45 – 336. Platinum to metal dative bondwith third-row transition-metal d10 ion as
an acceptor. T. Yamaguchi*,H. Taniguchi
15:00 Break
15:10 – 337. Coordination chemistry of macrocycles assembled by supramolecular
Te. . .O interactions. P. Ho, S. Jocelyn,
L.M. Lee, I. Vargas-Baca*
15:25 – 338. Nonbonded interactions in bis(dinaphthylboryldimethylglyoximato)iron(II) complexes. D.V. Stynes*, T. Doan
15:40 – 339. Synthesis of a helical trinickel(II)metallo-cryptand and regulation of its helix inversion rate by guest recognition.
S. Akine, M. Miyashita, T. Nabeshima
15:55 – 340. Supramolecular MOFs organized by flexible and robust ␲-␲ stacking
interactions: Metal complexes with unusual structures and properties.
D. Reger*
16:10 – 341. Site-selective adsorption anddynamic behaviors of guest molecules in
the nanochannel of metal-macrocycle
framework. M. Shionoya*
16:30 – 342. Creating new structural motifs
by manipulation of hybrid ligand spacers.
A.T. Hor*
16:50 Concluding Remarks
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Innovative Approaches in Bond-Cleavage
and Bond-Forming Reactions at Late
Transition-Metal Centres (#186)

Organized by: M. Hirano, D. Fogg,
A. Veige
Presiding: D. Fogg
13:00 – 343. C-H borylation: The roles of experiment and theory in catalysis.
M. Smith
13:20 – 344. Unique bond cleavage andbond formation on the metal-boryl unit of
PBP-type pincer iridium and rhodium
complexes. W. Shih*, W. Gu,
M.C. MacInnis, O.V. Ozerov*
13:40 – 345. Choices of PC- and PCP-palladium catalysts for asymmetric P-H addition reactions. P. Leung
14:00 – 346. Retrohydroformylation reaction.
S. Kusumoto, K. Nozaki*, T. Tatsuki* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–8702 – INOR
14:20 – 347. Remarkable ligand effect ofP(2-MeOC6H4)3 on palladium-catalyzed
direct arylation. M. Wakioka,
Y. Nakamura, M. Michelle, F. Ozawa*
14:40 Break
14:50 – 348. Mechanistic insights into E-H
activation reactions using palladium carbene complexes. V.M. Iluc*
15:10 – 349. Chemoselective catalytic aerobic alcohol oxidation. W.C. Ho*,
A.J. Ingram, K. Chung, R. Waymouth
15:30 – 350. Reactions at high-oxidation
state late transition metal centres generated from dicationic I(III) oxidants.
J.L. Dutton
15:50 – 351. Model systems for unravelingfundamental redox processes of coinage
metals in cross coupling catalysis.
X. Ribas*
16:10 – 352. Selective Negishi coupling of
secondary alkylzinc reagents to aromatics: Solving the 5-membered ring heterocycle problem. M. Pompeo, B. Atwater,
N. Chandrasoma, D. Mitchell,
M. Rodriguez, F. Robert, M.G. Organ*
16:30 – 353. Selectivity in Suzuki-Miyaura
cross-coupling reactions. C. Crudden*
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Nuclear Probes in Nanoscale
Characterization (#254)

Organized by: M. Takahashi, A. Hill,
V. Sharma, J. Wang, M. Takahashi,
M. Takahashi, K. Nomura, Y. Yamada
Presiding: V. Sharma, J. Wang
13:00 – 354. Magnetic nanoparticles for targeted drug delivery. V.K. Garg*,
H.S. Loushambam, S.S. Pati,
A.C. de Oliveira
13:40 – 355. Mössbauer studies of ferrite
nanoparticles for reactive adsorption desulfurization. C. Liang*
14:00 – 356. Appropriate ratio of metalliciron and maghemite nanoparticles for environment purification. Y. Watanabe,
S. Kubuki, K. Akiyama, M. Ristić,K. Stjepko, K. Erno, H. Zoltán, T. Nishida
14:20 Coffee break
14:30 – 357. Mechanism of iron nanoparticle
formation in eukaryotic cells modelingFriedrich’s Ataxia. P.A. Lindahl*,
J.D. Wofford
15:10 – 358. Thermal reaction of iron carbide
particles produced by sonochemical synthesis. Y. Yamada*, R. Miyatani,
Y. Kobayashi
15:30 – 359. Relationship between structuraland visible light activated photocatalytic
ability of iron containing alumino-silicate
glass. Y. Iida, S. Kubuki, K. Akiyama,
H. Zoltán, K. Erno, K. Balazs, S. Katalin,
T. Nishida
15:50 coffee breakII
16:00 – 360. Mössbauer study of the Fe /FeIII intermediates in PB/TiO2 photo-Fenton system. X. Li, J. Wang, A. Rykov,
V. Sharma, H. Wei, C. Jin, X. Liu, C. Sun,
D. Dionysiou
16:20 – 361. Emission Mössbauer study on
radioactive 57Mn doped tin oxide films.
K. Nomura*, H. Gunnlaugsson,
T.E. Mølholt, S. Shayestehaminzadeh,
K. Johnston, R. Mantovan, H. Masenda,
M. Ncube, K. Bharuth-Ram,
H.P. Gı́slason, G. Langouche, D. Naidoo,
S. Ólafsson, G. Weyer
16:40 – 362. Computational study on Mössbauer parameters for 151Eu and 237Np bymeans of scalar relativistic density functional theory. M. Kaneko, S. Miyashita,
S. Nakashima
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Metal-containing ?-Conjugated Systems:
Syntheses, Properties, Applications (#269)

Organized by: M. Humphrey, V. Yam,
M. Akita
Presiding: G.A. Koutsantonis, W. Sun,
V. Yam

88 –TECHTECHNICAL PROGRAM
13:00 – 363. Effects of the extended ␲-conjugation of diimine and cyclometalating ligands on the photophysics and reverse
saturable absorption of heteroleptic cationic Ir(III) complexes. W. Sun*
13:20 – 364. Study of charge transfer properties in metal containing block copolymer-carbon nanotube hybrid materials.
H. Shi, L. Du, D.L. Phillips, W. Chan*
13:40 – 365. Systematic studies to elucidate
the role of metal ions in conducting metallopolymers. M.T. Nguyen,
B.J. Holliday*
14:00 – 366. Platinum containing ␲-conjugated oligomers and polymers: Triplet excited states and applications.
K. Schanze
14:20 – 367. Conjugated materials incorporating metal thiophenedithiolenes: Synthetic approaches to tuning electronic
and optical properties. K. . Konkol,
E.J. Uzelac, C. Amb, S. Rasmussen
14:40 – 368. Novel rhodacyclopentadienes –a new class of luminescent organometallics. T. Marder*
15:00 Coffee break
15:15 – 369. Femtosecond Z-scan studies ofnonlinear absorption and refraction of
metal-containing molecules and nanostructures. M. Samoc
15:35 – 370. Functional metallopolymers as
precursors to magnetic metal alloy nanoparticles: Synthesis, lithographic patterning, and applications. W. Wong*
15:55 – 371. Spectroscopic properties of acholesteric liquid crystal glass platinum
acetylide. T.M. Cooper*, D. Krein,
J. Haley, D. Stewart, S. Long, R. Ziolo,
A. Glushchenko
16:15 – 372. Multinuclear sandwich complexes containing extended ␲-conjugatedunsaturated hydrocarbon ligands.
T. Murahashi*
16:35 – 373. Metal-polycyclic-aromatic-hydrocarbon emitters. J. Yip*
16:55 Closing remarks
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Dioxygen Activation Chemistry of
Metalloenzymes and Models (#339)

Organized by: A. Rosenzweig, S. Itoh,W. NamPresiding: S. Itoh
13:00 – 374. Proton-coupled electron transfer in catalysis by dioxygenases. J. Roth*
13:30 – 375. New methods to activate dioxygen and generate and control the reactivity of high-valent metal-oxo porphyrinoid
species. D. Goldberg*, H. Neu, G. Baglia,
J. Zaragoza, E. Joslin
14:00 – 376. Active intermediates generated
in dioxygen activation and their reactivity
relationships. G. Yin*
14:30 – 377. Tuning Mn-peroxo O-O bondlengths, and the relative stability of dioxygen intermediates, via systematic ligand
modification. J. Kovacs*, M. Coggins,
J. Rees, A. Johansen, M. Dedushko
15:00 – 378. Metal-oxo and metal-hydroxo
species in biology. A.S. Borovik
15:30 – 379. Relationship of structure andreactivity of Ni-O2 adducts. J. Cho*
16:00 – 380. Intermollecular C-H activation
by superoxide and chalcogenide nickel
complexes. C.G. Riordan*
16:30 – 381. Synthesis, characterization, andreactivity of high-valent transition metaloxo complexes. K. Ray, C. Limberg,
M. Driess
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
New Frontiers in Bioinorganic Chemistry(#356)

Organized by: M. Yamaguchi, S. Cohen,
X. Ottenwaelder
Presiding: Y. Mikata, L.J. Wright
13:00 – 382. Inorganic radiopharmaceuticalchemistry. C. Orvig*

13:30 – 383. Photoinduced hydrogen evolution using [NiFe] hydrogenase with phospholipid liposomes system. H. Ito,
T. Iwasaki, I. Okura, T. Kamachi*
13:50 – 384. Efficient co-delivery of a Pt(IV)prodrug and a p53 activator to enhance
the anticancer activity of cisplatin. G. Zhu
14:10 – 385. Molecular strategies targeting
the iron metabolism of cancer cells.
E. Tomat*, E.A. Akam
14:30 – 386. Effect of iron ion on the specificity of photodynamic therapy using
5-aminolevulinic acid. S. Ogura,
M. Hayashi, H. Fukuhara, K. Inoue,
T. Shuin, Y. Hagiya, M. Nakajima,
T. Tanaka
14:50 Break
15:00 – 387. New metal-drug conjugates fortreatment of parasitic diseases.
P. Chellan*, J. Davies, S.A. Ward,
K.M. Land, P.J. Sadler
15:15 – 388. Bismuth(III) phosphinate complexes as antibacterial agents.
M. Werrett*, P. Andrews,
R. Brammanantha, P. Crellin
15:35 – 389. Quinoline-based ligand designfor fluorescent sensing of metal ions.
Y. Mikata*
15:55 – 390. Novel bio-luminogenic probes
for continuous imaging of various biological phenomena in deep tissues of living
animals. Y. Urano*
16:25 – 391. Inorganic bridges between chemotherapy with bioimaging. Z. Guo*
16:55 closing remarks
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3
Isotope Production--Providing Important
Materials for Research and Applications(#363)

Organized by: D. Phillips, K. Gagnon,
Y. Hatsukawa
Presiding: K.M. Gagnon, S.E. Lapi
13:00 – 392. Production of alpha-emitting radioisotopes using the cyclotron facilities
at Osaka University and JAEA Takasaki
and the Tandem accelerator at Tokai,
JAEA. K. Washiyama*, R. Amano,
E. Maeda, A. Yokoyama, I. Nishinaka,
K. Hashimoto, S. Watanabe, N.S. Ishioka,
N. Takahashi, A. Shinohara
13:25 – 393. Overview of the U.S. Department of Energy’s effort to develop accelerator production of Ac-225. K.D. John*,
E. Birnbaum, R. Copping, D. Denton,
J.W. Engle, M. Fassbender, M. Ferren,
J. Fitzsimmons, D. Medvedev,
S. Mirzadeh, J. Griswold, J. Krueger,
K. Murphey, L. Mausner, V. Radchenko,
W. Runde, D. Stracener, P. Pile,
F.M. Nortier, D.R. Phillips
13:50 – 394. Isotopes for science and medicine: The pursuit, study, and applicationof theranostic isotopes at TRIUMF.
P. Schaffer, J.R. Crawford, P. Kunz,
H. Yang, R. Laxdal, L. Merminga,
D. Wilbur, T. Ruth
14:15 – 395. Development of radiochemical
separation of Ac isotopes from proton irradiated thorium target. J. Fitzsimmons*,
M. Fassbender, V. Radchenko,
R. Copping, D. Denton, J.W. Engle,
D. Medvedev, K. Murphey, J. Griswold,
F.M. Nortier, E. Birnbaum, L. Mausner,
S. Mirzadeh, K.D. John
14:35 – 396. Spectroscopic efforts to understand actinium behavior in solution.
M.G. Ferrier*, J.J. Wilson, V. Radchenko,
S.A. Kozimor, J.W. Engle, K.D. John,
E. Birnbaum
14:55 Break
15:10 – 397. Isolation of At-211 using a solid
phase anion exchange method.
S. Watanabe*, S. Watanabe, I. Sasaki,
D. Wilbur, N.S. Ishioka, Y. Ohshima,
D. Hamlin, C. Ming-Kuan, E. Balkin
15:30 – 398. Development of a novel lanthanide and actinide separation method
utilizing solid electrolytes. K.G. Myhre*,
M. Du

15:50 – 399. Harvesting of long-lived radioisotopes from an aqueous target at the
National Superconducting Cyclotron Laboratory. G.F. Peaslee*, A. Pen, B. Marois,
N. Hubley, T. Mastren, S. Loveless,
E. Bollinger, S.E. Lapi, D.J. Morrissey
16:15 – 400. Production of 119Te from proton-irradiated natSb for generators of
119Sb. J.W. Engle*, V. Radchenko,
J.J. Wilson, M.A. Mosby, P. Ellison,
T.E. Barnhart, R.K. Nickles,
M. Fassbender, S.A. Kozimor, K.D. John,
E. Birnbaum, F.M. Nortier
16:35 – 401. Development of a pilot scale facility for production of enriched stable
isotopes. K.J. Hart, B. Egle,
B. Stevenson, W. Strunk, G. Giles

Wednesday Evening
Hawaii Convention CenterHalls I, II, III
Lewis Acid/Base Pair Chemistry in
Molecular Transformations, Catalysis andEnergy Storage (#65)

Organized by: T. Autrey, D. Stephan,z. Wang
Presiding: T. Autrey, D. Stephan,
Z. Wang
Poster Session
19:00 – 21:00
402. Geminal Al/P-based frustrated Lewispair in molecular activation.
P. Wegener*, W. Uhl
403. FLP’s as dehydrogenation catalysts:
Research in an undergraduate inorganic
laboratory course. G.M. Edvenson*,
C.B. Anderson, K. Gurung, B.A. Isaacson,
S. Janakan, K.M. Jensen, C.W. O’Keefe,
A. Rahimi, J.A. Rumreich
404. Solid phase frustrated Lewis pairs forsmall molecule activation. J. Xing*,
J. Buffet, D. O’Hare405. Revival of frustrated Lewis pairs fromshelf-stable complexes comprised of borane and N-phosphine oxide substituted
imidazolylidene. T. Kinoshita,
Y. Hoshimoto*, M. Ohashi, S. Ogoshi*
406. Effect of preparation method on 1,2-dichloropropane combustion with Fe2O3/
WOx-ZrO2. Y. Shinada*, N. Ikenaga
407. Reactivity of a Ga/P-based frustrated
Lewis pair. J. Possart*, W. Uhl
408. Planar N-heterocyclic carbene-borenium ion based Lewis acid catalysis.
L. Cao409. Main group Lewis-acid catalyzed hydrothiolation of alkenes. E. Mosaferi*,
M. Perez, D. Stephan
410. Controlling the Lewis acidity of boranes: Balancing front- and back-strain.
É. Dorkó*, H. Mehdi, T. Soós411. Reduction of ketones and aldehydes
with moisture tolerant FLP catalyst.
M. Bakos*, Á. Gyömöre, I. Pápai, T. Soós412. Metal-free frustrated Lewis pair hydrogenation catalysis. E.N. Daley,
D. Stephan
413. Oxidation reactions and C-O bondcleavage catalyzed by organorheniumoxides. B. Zhang, C. Li, F. Kuhn,
T. Zhang* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Nuclear Probes in Nanoscale
Characterization (#254)

Organized by: M. Takahashi, A. Hill,
V. Sharma, J. Wang, M. Takahashi,
M. Takahashi, K. Nomura, Y. Yamada
Presiding: K. Nomura, M. Takahashi
19:00 – 414. In-beam Mössbauer spectra of
57Mn implanted in mixed matrices of CH
4
and Ar. S. Tanigawa, Y. Kobayashi,
Y. Yamada, M.K. Kubo, M. Mihara,
W. Sato, J. Miyazaki, Y. Sato, D. Natori,
S. Sato, A. Kitagawa
19:05 – 415. Time-resolved In-beam Mössbauer spectra obtained after 57Mn implantation in LiH and LiD. Y. Sato,
Y. Kobayashi, Y. Yamada, M.K. Kubo,
M. Mihara, T. Nagatomo, J. Miyazaki,
W. Sato, S. Tanigawa, D. Natori, S. Sato,
A. Kitagawa
19:10 – 416. Emission Mössbauer study on
radioactive 57Mn doped In2O3 films .
K. Nomura*, A. Mokhles Gerami,
H.P. Gunnlaugsson, T.E. Mølholt,
K. Johnston, R. Mantovan, H. Masenda,
Y. Matveyev, V.N. Adoons, M. Ncube,
S. Shayestehaminzadeh, I.U. Solozabal,
K. Bharuth-Ram, H.P. Gı́slason,
P.B. Krastev, G. Langouche, D. Naidoo,
S. Ólafsson, G. Weyer, A. Zenkevich
19:15 – 417. Structure investigation of Fe
substituted Ni-Si intermetallics as hydrodesulfurization catalysts. C. Liang
19:20 – 418. Mössbauer study of iron (III)sulfide particles produced by a polyol
method. I. Kubono*, Y. Yamada,
Y. Kobayashi
19:25 – 419. Mössbauer study of iron carbide nanoparticles produced by laser ablation in organic solvents. S. Amagasa*,
Y. Yamada, Y. Kobayashi
19:30 – 420. Formation of rock-salt structured iron nitride thin films using pulsed
laser deposition. M. Sato, Y. Yamada,
Y. Kobayashi
19:35 – 421. Formation process of oxygen
vacancy in ZnO studied by perturbed angular correlation method.
S. Komatsuda*, W. Sato, Y. Ohkubo
19:40 – 422. Development of dilute magnetic
materials - magnetic property and Mossbauer spectra of SrSnO3 doped with Fe
and Sb. S. Suzuki*, Y. Koike, K. Nomura,A. Okazawa, N. Kojima
19:45 – 423. New type of cationic ordering inPrussian Blues. A. Rykov, X. Li,
K. Nomura, J. Wang
19:50 – 424. Mössbauer spectra of organoatnimony(V) complexes having Sb–Au
bond. M. Takahashi*, S. Ohno,
S. Matsukawa
19:55 Discussion
Hawaii Convention CenterHalls I, II, III
Dioxygen Activation Chemistry of
Metalloenzymes and Models (#339)

Organized by: A. Rosenzweig, S. Itoh,W. NamPoster Session
19:00 – 21:00
425. Copper active-oxygen complexes generated by using N3-tridentate ligands
bearing cyclic-diamine moiety with 2-(2pyridyl)alkyl sidearm. T. Abe,Y. Morimoto, H. Sugimoto, N. Fujieda,
S. Itoh
426. Biomimetic model studies on dicopper
peroxo species using a pre-organized ligand. Y. Funahashi, K. NAGATA,
T. Hatanaka
427. Aerobic alkane oxidation catalysis ofiron and cobalt complexes with scorpionate ligands. Y. Hayashi, J. Nakazawa,
S. Hikichi*
428. Construction of non-heme iron oxygenases-mimicking active sites on mesoporous silica supports. S. Hikichi,
J. Nakazawa

429. Electrochemical properties of iron bispidine catalysts. S. Auras, P. Comba*,
M. Kerscher, A. Waleska
430. Structure variations of transition metal
complexes with N,N’-(ethylene-di-p-phenylene)bis(pyridine-2-carboxamide) ligand and their catecholase activities.
O. Kim, h. Lee*, S. Sarkar
431. Iron-catalyzed aerobic oxidation of primary aliphatic alcohols to carboxylic acids. K.I. Lagerblom*, T. Repo
432. Electrochemical and spectroscopic
studies of Cu-nitrosoarene complexes.
Y. LE MEST, M.S. Askari, L. Wojcik,
N. Le Poul, X. Ottenwaelder
433. New dinuclear models of galactose oxidase: Electrochemical and spectroscopic
studies. F. Gennarini, I. Lopez, C. Belle,
H. Jamet, R. David, M. Réglier,
Y. LE MEST*, N. Le Poul
434. Quinone formation on the Tyr98 residueof the caddie protein correlative to thecatalytic mechanism of tyrosinase.
Y. Matoba*, S. Kihara, N. Bando,
M. Sakaguchi, K. Kayama, T. Kumagai,
T. OGURA, M. Sugiyama
435. Hydroxylation of aromatic compoundswith hydrogen peroxide catalyzed by Nicomplexes supported by pyridylalkylamine ligands. Y. Morimoto*, S. Bunno,
Y. takagi, S. Itoh436. Ligand influence on superoxide dismutation by model Ni-complexes.
A. Mukherjee, N. Singh, V. Snider
437. Synthesis and spectroscopic characterization of a cryptate complex of tricopper-peroxo as a biomimetic model ofmulticopper oxidase. K. NAGATA*,
T. Hatanaka, T. Inomata, T. Ozawa,
H. Masuda, Y. Funahashi
438. Characterization of mononuclear nonheme iron(III) superoxo and hydroperoxo
complexes with N5 donor set.
J. Nakazawa*, F. Oddon, S. Hikichi*
439. Characterization of mononuclear nonheme cobalt(III) dioxygen complexes with
N5 donor sets. T. Nishiura*,
J. Nakazawa, S. Hikichi
440. Reactivity of nickel–acylperoxo complexes. F. Oddon*, J. Nakazawa,
S. Hikichi
441. Development of homogeneous and heterogeneous nickel complex catalysts
based on triazolyl-BOX ligands and theircatalytic activities toward alkane oxidation with mCPBA. K. Sakamaki,
J. Nakazawa, S. Hikichi*
442. Mutations at the potential electron donors located in the outer coordination
sphere of the trinuclear copper center in
CueO. T. Sakurai*, K. Kataoka,
M. Yamamoto
443. Dioxygen activation in human indoleamine 2,3-dioxygenase isoform-1(hIDO1): Uncovering the mechanism of
catalytic O-O bond cleavage that avoids
enzyme deactivation. I.M. Chrisman,
L.S. Dameron, V.V. Smirnov*
444. Development of multi-functionalizedpoly(oxazolinyl)borate ligands and characterization of their nickel(II) complexes.
K. Takamura*, S. Hikichi, J. Nakazawa
445. Photochemical reactivity of cyclometalating iridium(III) complexes with flavonols. A. Takura, K. Ohno,
A. Nagasawa, T. Fujihara
446. Alkane oxygenation catalysis of nickel
complexes with oxazoline-based bidentate and tridentate ligands. I. Takashi*,J. Nakazawa, S. Hikichi
447. Four-electron reduction of dioxygen
catalyzed by dinuclear cobalt complex.
M. Wada, Y. Miyazato, T. Wada
Hawaii Convention CenterHalls I, II, III
Isotope Production--Providing Important
Materials for Research and Applications(#363)

Organized by: D. Phillips, K. Gagnon,
Y. Hatsukawa

Poster Session
19:00 – 21:00
448. Production of radiochemically pure Ho163 sources for the ECHo experiment.
C.E. Duellmann*, K. Chrysalidis,
T. Day Goodacre, H. Dorrer, K. Eberhardt,
C. Enss, L. Gastaldo, R. Haas, C. Hassel,
K. Johnston, T. Kieck, U. Köster,B. Marsh, C. Mokry, S. Rothe, J. Runke,
F. Schneider, T. Stora, A. Türler,
K. Wendt, f. the ECHo collaboration
449. Improvement in production yield of
85Sr@C60 using nuclear recoil.
Y. Miyashita, K. Akiyama, Y. Hatsukawa,
S. Kubuki
450. Molecular laser isotope separation without tunable lasers: Isotope-selective ionization of N2 isotopologues using femtosecond laser-induced molecularalignment. H. Akagi*, T. Kasajima,
T. Kumada, R. Itakura, A. Yokoyama,
H. Hasegawa, Y. Ohshima
451. Measurement of alpha-induced reaction cross sections of Cr isotopes on natural Ti. H. Kikunaga*, M. Murakami,
Y. Komori, H. Haba
452. High-activity fission fragment sources:
Challenges of producing sources for
CARIBU. J. Burns, S.M. Van Cleve,
N.J. Sims, E.H. Smith, D. Stracener,
R. Boll
453. Isotope fractionation in AgI super –ionic conductor by centrifugation.
M. Ono*, S. Okayasu, Y. Iguchi, F. Esaka,
E. Ishitsuka, T. Osawa, Y. Ogata,
T. Mashimo
454. Kinetic study of hydrogen isotope effecton hydrogen electrode reactions.
S. Shibuya, H. Matsushima, M. Ueda
455. Metallofullerene encapsulating artificial
radio element of Pm. S. Miyauchi,
K. Akiyama, H. Kikunaga, S. Kubuki

Thursday Morning
Hawaii Convention CenterHalls I, II, III
Organo-Main Group Avenues toward
Advanced Materials (#16)

Organized by: T. Baumgartner, S. Liu,
S. Yamaguchi
Poster Session
10:00 – 12:00
456. BN-acenes: Synthesis, reactivity, andoptoelectronic properties. J.S. Ishibashi,
S. Liu457. Electrophilic borylation for the synthesisof B,N containing poly aromatic hydrocarbons. A. Escande, M.J. Ingleson*458. Toward highly conjugated materials:
The quest for polyazaborinines.
S.K. Mellerup, S. Wang
459. Synthesis of boron- and nitrogen-containing conjugated systems by reaction ofbis(silyl)pyrazines with haloboranes.
M. Noguchi, T. Yurino, H. Tsurugi,
K. Mashima, K. Suzuki, M. Yamashita*
460. Basicity of non-solvated boryl anion:
Deprotonation of benzene. T. Osato,
Y. Okuno, S. Ishida, T. Iwamoto,
M. Yamashita*, K. Nozaki*
461. Synthesis and reactivity of neutral diborenes – the alkene analogs. S. Ullrich,
H. Braunschweig*
462. Synthesis, structure, and reactivity of
the first isolable diarylborinium ion.
N. Tanaka, Y. Shoji, T. Fukushima*
463. Reactivity of (tert-butylimino)mesitylborane. M. Schäfer*, H. Braunschweig
464. Diboron chelate complex with oxalyl
pyrrolide as a new electron-accepting
unit. H. Shimogawa, A. Wakamiya*,
Y. Murata*
465. Fluorescent main-chain and side-chain
polymers derived from boron difluoride
formazanate complexes. S.M. Barbon,
S. Novoa, R.R. Maar, J.A. Paquette,
J.B. Gilroy*
466. Synthesis and properties of triarylborane Lewis acids with phosphine oxidegroups. M. Park*, J. Kwak, N.V. Nghia,
M. Lee*467. Highly efficient organic light emitting diodes using donor-acceptor type triarylboron compounds showing thermally activated delayed fluorescence. K. Suzuki,
S. Kubo, K. Shizu, A. Wakamiya,
T. Fukushima, Y. Murata, C. Adachi,
H. Kaji*
468. Synthesis and properties of aluminaand galla-benzenes. T. Nakamura,
K. Suzuki*, M. Yamashita*
469. Indium complexes with pendatate dinucleating ligands for poly(lactic acid) polymerization. A. Kremer
470. Cationic chiral indium complexes andtheir reactivity in polymerization of functionalized monomers. C. Chang*,
P. Mehrkhodavandi
471. Small molecule activation under mild
conditions by main group metal clusters.
P. Vasko, H.M. Tuononen, P.P. Power*
472. Band edge control of crystalline silicon
by chemical functionalization of the surface. N.T. Plymale, A.A. Ramachandran,
A.N. Lim, B.S. Brunschwig, N.S. Lewis*473. Synthesis, properties, and reactions ofquinone-fused siloles. K. Sakamoto*,
T. Kawasaki, C. Kawabe, T. Watanabe
474. Bright solid-state emission in disilanebridged arenes including donor and acceptor moieties. M. Shimada,
R. Sakamoto, Y. Yamanoi*, H. Nishihara*
475. Theoretical calculation and synthetic
study on Si-bridged ␲-conjugated systems. E. Ohta, T. Ogaki, T. Aoki, Y. Oda,
Y. Matsui, H. Ikeda*
476. Synthesis of 1,4-naphthalenediylbridged molecular gyrotops and cagesize effects on dynamics in solution.
Y. Nishiyama, A. Koyama, Y. Inagaki,
K. Yamaguchi, W. Setaka*
477. Synthesis of a dimeric silylyne tungsten
complex and its dissociation equilibriumwith a monomer in solution.
T. Yoshimoto, H. Hashimoto,
N. Hayakawa, T. Matsuo, H. Tobita*
478. Palladium and platinum complexes of
an isolable dialkyldisilyne. S. Ishida*,
Y. Misawa, T. Iwamoto*479. Transformation of azulenes using an
isolable dialkylsilylene. T. Kosai,
S. Ishida, T. Iwamoto*480. Cationic donor-acceptor complexes ofgroup 14 elements in multiple oxidation
states. P.A. Gray, N. Burford*, B. Patrick
481. Preparation and reactions of oxygenfunctionalized dibenzodisilacyclohexadiene. T. Kawasaki, K. Sakamoto*482. Preparation and reactions of 1-cyclobutenylsilanes. T. Sugino,
K. Sakamoto*483. Synthesis, properties, and reactions ofoligosiletanes. W. Yang, K. Sakamoto*484. Synthesis of a novel molecular gear
having a germanium junction and its gearslippage. K. Okamura, Y. Inagaki,
K. Yamaguchi, W. Setaka*
485. Molecular gyrotop with germanium
junctions: Dynamics of a phenylene rotor
in a crystalline state. Y. Inagaki,
K. Yamaguchi, W. Setaka*
486. Phosphaviologens: Powerful electronacceptors with tunable optical and electronic properties. M. Stolar, C. Reus,
T. Baumgartner*
487. Synthesis and physicochemical properties of phosphorus analogs of phthalimides and naphthalimides. K. Hatanaka,
Y. Takeda, S. Minakata** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–8902 – INOR
488. Triphosphasumanenes: A Janus-type␲-surface. S. Furukawa*, Y. Suda,
J. Kobayashi, T. Kawashima, M. Saito
489. Synthesis, structure, photophysicalproperty, and one-electron reduction of
boryl-substituted diphosphene.
S. Asami, M. Okamoto, K. Suzuki,
M. Yamashita*
490. Synthesis of phospha-, stiba-, and bismutha-benzenes via transmetallation of
the 2,5-bis(silyl)-1-alumina-2,4-cyclohexadiene. T. Ishii, T. Nakamura,
K. Suzuki*, M. Yamashita*
491. Structures and electronic states of hypervalent antimony compounds having
Sb-Au bond. S. Ohno, M. Takahashi,
S. Matsukawa
492. Preparation and some reactions of trilithiocyclododecatriene. S. Oka,
K. Sakamoto*493. Reactions of di-tert-butylcyclopropenone with Peterson and Wittig reagents.
K. Hanitani, K. Sakamoto*494. Syntheses of compounds bearing ferrocenylthiocarbonyl groups toward functional dyes. H. Miyake*, T. Tajima,
Y. Takaguchi
495. Synthesis and development of 1,2,4,6thiatriazinyl and 1,2,4,6-selenatriazinyl
␲-radicals for applications in molecularelectronics. N. Yutronkie, A. Leitch,
J. Klein, I. Korobkov, J. Brusso*496. 1,1-Carboboration as a facile route to
tellurium-boron heterocycles. F. Tsao,
D. Stephan497. Reactivity and photochemistry at thetellurium center of ␲-conjugated tellurophenes. E.I. Carrera, T.M. McCormick,
M.J. Kapp, A.J. Lough, D.S. Seferos*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Functional Nanomaterials Based on
Coordination Chemistry (#73)

Organized by: T. Uemura,
M. MacLachlan, H. Matsui
Presiding: T. Uemura
8:00 Opening remarks
8:05 – 498. Crystalline sponge method updated. M. Fujita*
8:30 – 499. Exploring the synthesis and solidstate behavior of coordination polymers
and complexes. J. Marti-Rujas*
8:50 – 500. Dynamic metal-oragnic polyhedra. S. Kang, K. Hamachi, S. Kanegawa,O. Sato9:05 – 501. Directing the assemblies of organic donor-acceptor type chromophores within metal-organic frameworks for improved luminescence.
J.K. Klosterman
9:20 – 502. Variation in porous coordination
polymer structure due to deprotonationlevel of hydroxyl groups of a flexible bifunctional linker. A.A. Bezrukov,
K.W. Törnroos, P.D. Dietzel
9:35 – 503. Discrete cyclic supramoleculesand nanotubes self-assembled to form
porous materials. A. Comotti*,
S. Bracco, L. Marchio’, A. Ienco,
P. Sozzani
9:55 Break
10:05 – 504. Polyaromatic coordination capsules displaying unique host-guest behavior. M. Yoshizawa*
10:25 – 505. Metal-directed assembly of discrete coordination cage. F. Li
10:40 – 506. Chemical systems and materials using subcomponent self-assembly.
J.R. Nitschke
11:00 – 507. Controlling the electronic statesand physical properties of semiconducting MX- and MMX-type chain complexes.
H. Iguchi*, M.R. Mian, S. Takaishi,
M. Yamashita
11:15 – 508. New strategy for designing silver(I) coordination complexes for olefin/paraffin separations. M.G. Cowan,
W. McDanel, H.H. Funke, Y. Kohno,
D. Gin, R.D. Noble
11:30 – 509. Photoresponsive materials using metal-ion coordination.
A.D. Ostrowski*

90 –TECHTECHNICAL PROGRAM
11:45 – 510. Highly efficient incarcerationand selective extraction of inorganic anions from water by self-assembled nanojars. G. Mezei*
Hawaii Convention CenterHalls I, II, III
Molecular Catalysis of Water Splitting
Reactions (#76)

Organized by: K. Sakai, L. Sun,
G. Brudvig, L. Spiccia
Poster Session
10:00 – 12:00
511. Unravelling the mechanism of water oxidation catalysed by novel tacn-based ruthenium complexes. C. Casadevall*,D. Lloret Fillol, D. Costas
512. Molecular photo-charge-separators enabling single-pigment-driven multi-electron storage leading to catalytic hydrogen
evolution. K. Kitamoto, K. Sakai*
513. Development of novel penta-nuclear
hetero-metal clusters and their electrochemical properties. H. Izu, M. Okamura,
R. Kuga, P. Vijayendran, N. Katsuta,
S. Kawata, M. Kondo, S. Masaoka*
514. Studies on electrochemical hydrogen
evolution from water catalyzed by bis(dithiolato)nickelate(II) complexes.
K. Koshiba, K. Yamauchi*, M. Huynh,
S. Hammes-Schiffer, K. Sakai*
515. Construction of new water oxidation
catalyst with a pyrophosphate-bridged
Ru2(III, IV) flamework. Y. Miyazato*,
T. Wada516. Photochemical hydrogen evolution fromwater catalyzed by cobalt-NHC complexes under low driving forces.
K. Kawano, K. Yamauchi*, K. Sakai*
517. Water oxidation catalyzed by the dinuclear ruthenium complex bridged bybis(terpyridyl)anthraquinone.
S. Nishimura, T. Wada*, Y. Miyazato
518. Hydrogen evolution from water catalyzed by nickel(II) pyridinethiolate complexes having oligopeptide residues.
K. Miyazaki, K. Kitamoto, K. Yamauchi,
K. Sakai*
519. Dinuclear acetato-bridged palladium(II)complexes for photoreductive productionof hydrogen. T. Kitamura*, Y. Kataoka,
T. Kawamoto
520. Development of molecular catalysts forhydrogen evolution using a one-step twoelectron reduction scheme.
S. Nakashima, K. Yamauchi*, K. Sakai*
521. Water oxidation reaction catalyzed by apentanuclear iron complex. M. Okamura,
M. Kondo, R. Kuga, S. Hayami,
M. Yoshida, K. Yoneda, S. Kawata,
S. Masaoka*
522. Tandem photocatalysis as a strategy forwater splitting. N. Alderman*,
J. Sommers, C.J. Viasus, S. Gambarotta
523. Improving stability during photoinduced
water oxidation catalysis by cobalt porphyrins. T. Nakazono, A.R. Parent,
K. Sakai*524. Study of water splitting at the Mo-Cu
center of carbon monoxide dehydrogenase using realistic in silico models.
D. Rokhsana*, T. Large, M. Dienst,
M. Retegan, F. Neese525. Photochemical hydrogen evolution fromwater catalyzed by Pt(II)-based molecularcatalysts encapsulated with a supramolecular cage. S. Tanaka, T. Nakazono,
K. Yamauchi, K. Sakai*
526. Enhancing electrocatalytic hydrogen
evolution by nickel molecular catalysts
with the aid of Lewis acids in aqueous
media. H. Shao, H. Soo527. Photochemical water oxidation catalyzed by a water soluble copper phthalocyanine derivative. R. Terao,
T. Nakazono, A.R. Parent, K. Sakai*
528. Hydrogen production from water undervisible light using tetranuclear metal (Pdand Ni) complexes. Y. Yan*,
T. Kawamoto
529. Kinetic studies of Pt(II)-catalyzed H2evolution revealing the formation of
diplatinum intermediates. F. Wakiyama,
K. Yamauchi*, K. Sakai*

530. Synthesis of multinuclear manganesecomplexes having a cage-type ligand:
Structural models of oxygen evolving
center. S. Yonaga, K. TANGE,
T. Hatanaka, Y. Funahashi*
531. Z-scheme photosynthesis for H2 evolution from water forming a three-electronreduced species. K. Yamamoto,
K. Kitamoto, K. Sakai*
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Coordination and Supramolecular
Chemistry for Aqueous Metal Ion
Separations (#97)

Organized by: R. Ellis, D. Robinson,
R. Motokawa
8:00 – 532. New highlights on niobium andtantalum chemistry in alkaline media.
V. Weigel, G. Deblonde*, G. Cote,
S. Bélair, A. Chagnes
8:25 – 533. Assessing the effects of new reagents for iron control in medium temperature sulphide concentrate leaching.
E. Asselin, B. Abdul
8:50 – 534. Thermodynamic study of uranium peroxide and oxalate neodymium
precipitations. M. Bertrand*,S. Lalleman, E. Plasari, F. Auger, p. moisy
9:15 – 535. Polyoxothiometalate chain of unprecedented [Mo17O68S8]18- clusters.
Y. Yu, H. Wang*, C. Zhao, Z. Zhang,
H. Ma*, H. Pang*
9:40 – 536. Recycling processes of lithiumion batteries. A. Chagnes*, G. Cote
10:05 Break
10:20 – 537. Solvent extraction separations
using CYANEX® 572. M.D. Soderstrom*,
T. McCallum, A. Quilodran
10:45 – 538. Cutting the fat - using model
systems to probe metal ion-extractant interactions. M.I. Ogden, K.R. Barnard
11:10 – 539. Extraction of the rare rarth elements from neodymium manget leachate
via solvent extraction using non-phospohorourous organic extractants (amides
derivatives). M. Gergoric*,
M. Tyumentsev, T. Retegan, C. Ekberg,
B. Steenari
11:35 – 540. Fundamental investigation of
structure of neodymium-di-(2-ethylhexyl)
phosphoric acid combinations usinf ESI
and MALDI spectrometry and NMR spectroscopy. C. Scharf*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1

11:10 – 549. Molecular magnets based on a
modular approach. K.R. Dunbar
11:30 – 550. Lanthanide single-moleculemagnets: Design and relaxation dynamics. J. Tang*
Hawaii Convention CenterHalls I, II, III
Frontiers of Organo-f-element Chemistry(#125)

Organized by: F. Edelmann,
P. Diaconescu, Y. Chen, D. Emslie,
P. Junk
Poster Session
10:00 – 12:00
551. Direct allylation of benzylic alcohols
with allylsilanes catalyzed by Sc(OTf)3.
Y. Di*, Y. Kimura, A. Toshimitsu,
T. Kondo*552. Tris(pyrazolyl)borate-supported lanthanide(III) amide-halide complexes.
R. Thim, C. Maichle-Mössmer,
R. Anwander
553. Rare earth metal-mediated group transfer polymerization of vinylphosphonates:
Tuning the metal ligand interaction via
steric crowding at the rare earth centerand novel highly efficient initiators from
C-H bond activation. B.S. Soller*,
B. Rieger554. Molecular structure and luminescenceof a series lanthanide complexes with helical structures. M. Hasegawa*, A. Ishii555. Toward C-H activation of hydrocarbons
by rare earth NHC-complexes. J. Rieb*,
P.L. Arnold, F. Kuhn
556. Exploring a new coordination mode off-elements: Ln(III) complexation with nitrogen-phosphorus donor ligands.
Z. Zhang, X. Li, P. Zanonato,
P.D. Bernardo, L. Rao557. Advances in tris(amido) uranium chemistry: Work toward generating U⫽Pbonds. B.C. Stobbe, R.K. Thomson*
558. Cerium-catalyzed aerobic oxidation ofarylmethanols under dioxygen atmosphere. H. Tsurugi*, M. Paul, S. Shirase,
L. Mathey, M. Balasubramanian,
S. Tanaka, K. Mashima*
559. Synthesis and characterization of highsymmetry phosphinimide-actinide complexes. S.B. Younger-Mertz,
R.K. Thomson
560. Assessing single-molecule magnet andluminescent properties of ferrocene diamide rare earth complexes.
J.L. Brosmer*, W. Huang,
P.L. Diaconescu

Frontiers of Molecular Magnetism (#109)

Organized by: H. Oshio, J. Miller,
R. Oakley, S. Brooker, S. Gao, M. Ohba
Presiding: G. Christou, H. Oshio
8:00 Opening Remarks
8:05 – 541. New homo- and heterometallic
single-molecule magnets and related
clusters. G. Christou
8:35 – 542. Symmetry strategy to enhance
the magnetic anisotropy of single-molecule magnets. J. Liu, Y. Chen, J. Liu,
L. Ungur, L. Chibotaru, M. Tong
8:55 – 543. New polynuclear metal complexes with unprecedented structural
motifs and single-molecule magnetic behaviors. P. Perlepe, D. Alexandropoulos,
J. Tang, G. Christou, T. Stamatatos*
9:15 – 544. Magnetically interesting coordination complexes of macrocyclic ligands- from single ion magnets to MRI contrast
agents. M. Pilkington*
9:35 – 545. Molecule-based quantum magnets composed of poly-HF ligands.
J.L. Manson*
9:55 Break
10:10 – 546. New trends and advances insingle-molecule magnets. M. Murugesu*
10:30 – 547. We can get higher spins andhigher anisotropy but how can we gethigher blockimg temperatures for
SMMs?. A. Powell*
10:50 – 548. SMM behaviors of isostructural
Zn(II)-Ln(III)-Zn(II) tri-nuclear complexes(Ln ⫽ Ce, Nd, Tb, and Dy). T. Kajiwara,
C. Takehara, P. Then, Y. Kataoka

Hawaii Convention CenterHalls I, II, III
Electron Transfer and Electrochemistry of
Inorganic and Organometallic Materials(#126)

Organized by: H. Nishihara, P. Harvey,
W. Wong
Presiding: P.D. Harvey, H. Nishihara,
W. Wong
Poster Session
10:00 – 12:00
561. Synthesis and characterization of newlate transition metal(II) thiosemicarbazone
complexes. N. Arefyeva*, A. Klein* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
562. Synthesis and carrier transport properties of semiconducting materials consisting of HAT derivatives and copper halides. K. Himoto, T. Okubo*,
M. Maekawa, T. Kuroda-Sowa
563. Syntheses and physical properties of
1D halogen-bridged metal complexes byusing hydroxyl functional groups.
M.R. Mian*, H. Iguchi, S. Takaishi,
M. Yamashita
564. Electrochemical behavior of the Nimixed Prussian-blue analog spin-coatedthin film. M. Ishizaki, K. Ono,
K. Kanaizuka, M. Kurihara
565. Fabrication of oriented Prussian-blue
nanocrystalline thin films and their electrochemical properties. K. Ono,
M. Ishizaki, K. Kanaizuka, M. Kurihara*
566. Development of thin film solar cells ofd-␲ complexes using HATNA-Cl6.
Y. Kono, K. Himoto, K. Nakatani,
K. Tanishima, T. Okubo*, M. Maekawa,
T. Kuroda-Sowa
567. High performance zinc tin oxide thinfilm transistor through gate-dielectric interface effect. K. Lim, E. Lee, J. Ko,
Y. Kim, N. Cho, C. Jo, J. Park, Y. Kim*
568. Synthesis of nanoparticles of a copper
coordination polymer with octamethylene
ditiocarbamate and application to organic
photovoltaics. K. Nakatani, T. Okubo*,
M. Maekawa, T. Kuroda-Sowa
569. Crystal structures and conducting
properties of 3D coordination polymers
with dithiocarbamate derivatives.
K. Tanishima, T. Okubo*, M. Maekawa,
T. Kuroda-Sowa
570. Investigations on the mechanism of thecatalytic conversion of nitrite to nitric oxide by a ruthenium nitrosyl complex.
J.H. Jorolan, K.M. Miranda
571. Synthesis and analysis of new graphitic
carbon nitride analogs. S. Okamura,T. Togashi, K. Kanaizuka, M. Kurihara*
572. Synthesis of LiMnPO4 by the microwave heating method. T. Naka, M. Sato,
M. Higuchi*, K. Katayama
573. Electrochemical properties of [M-7M-M]
type nonanuclear clusters derived byasymmetric multidentate ligands.
Y. Tsuji*, T. Togo, A. Mishima,
T. Koshiyama, M. Ohba
574. Charge-transfer phase transition, phaseseparation, and visualization of local electronic states in a Pd-Br chain complex.
T. Yoshida*, S. Takaishi, H. Iguchi,
M. Yamashita
575. Multistep electrochromic behavior of an
acetamidato-bridged dinuclear platinumcomplex bearing a cyclometalating ligand. M. Yoshida, N. Yashiro,
H. Shitama, A. Kobayashi, M. Kato*
576. C^N^C cyclometallated platinum(II)complexes and their electrochemical behavior. S. Garbe*, A. Klein
577. Cyclometalated Ni(II) complexes carrying anionic tridentate C, N, N-ligands andvarying coligands - synthesis and spectroelectro-chemistry. N. Vogt*, A. Klein
578. Cyclometallated Ni(II) complexes of thetype [(R-Phbpy)NiBr] – synthesis andelectrochemical studies. A. Sandleben*,
A. Klein
Hawaii Convention CenterHalls I, II, III
Non-covalent Interactions in Coordination
Systems (#161)

Organized by: T. Konno, K. Lu, A. Hor
Presiding: T. Konno, N. Kuwamura,N. Yoshinari
Poster Session
10:00 – 12:00
579. New transition metal complexes of ferrocene-bridged bisimine ligands with examples of rare Fe-M interactions.
K. Jess, A.R. Petrov, M. Freytag,
D. Baabe, T. Bannenberg, P. Jones,
M. Tamm*580. Structural characterization of ferrocenedipeptide conjugates bearing pyridine oxide moiety. T. Moriuchi, H. Wu, T. Hirao

581. Pseudo crystal polymorphism of halogen-substituted tetraaza[14] annulene
complexes. N. Inaba*, S. Ichimura,
M. Saeki, Y. Tamaki, K. Miyamura
582. Crystal structure analysis of alkyl quaternary ammonium-[Ni(dmit)2] complex
salts bearing terminal cyclohexyl group.
S. Kakihara*, M. Saeki, S. Ichimura,Y. Tamaki, K. Miyamura
583. Structural change process in single
crystal of bis(diphenylglyoximato)nickel(II)-based complexes by alkoxy chain
elongation. K. Ueji*, S. Ichimura,
K. Tomono, Y. Tamaki, K. Miyamura
584. Synthetic and structural comparisons
between group 14 dithiolato metalylenes
and first row transition metal dithiolato
complexes. J.K. Pratt, P.P. Power585. Ruthenium complexes bearing tridentate polypyridyl with noncoordinating donor atoms: Construction of specific coordination space involving non-covalentinteractions. D. Oyama*, T. Yamanaka,
R. Tokoyoda, R. Abe, T. Takase
586. Synthesis and characterization of a pyrophosphate-bridged dinuclear ruthenium complex with 1,4,7-triethyl-1,4,7-triazacyclononane. H. Tokinobu,
Y. Miyazato, T. Wada*
587. Synthesis and electronic structure ofdirhodium(II,III) complex with benzamidinato as bridging ligand. S. Mikami*,
Y. Kataoka, T. Kawamoto, T. Ikeue,
M. Handa
588. Synthesis and structures of platinum(II)complexes containing 8-(dimethyl or diphenylphosphino)quinoline. M. Mori,
T. Suzuki, Y. Sunatsuki
589. Synthesis and characterization of novel
salicylaldimine – or napththaldimine-derivative ligands and their metal complexes. N. Beynek, N. Tan, H. Beynek
590. Effect of an amino group on electrochemical properties of di- and mononuclear iron complexes with N,C,S-tridentate ligands. T. Nakae, M. Hirotsu*,
I. Kinoshita
591. Redox properties and catalytic ability
toward electrochemical proton reductionof sulfur-bridged trinuclear molybdenum
complexes. K. Kawamoto*, A. Ichimura,
H. Hashimoto, I. Kinoshita, M. Hirotsu,
T. Nishioka, Y. Hayashi
592. Redox properties of linear octanuclear
palladium complexes supported by tetraphosphine ligands. K. Nakamae, B. Kure,
T. Nakajima, T. Tanase*593. Molecular mechanisms for enhanced
thermal and light stabilities of flavonoids
by metal cations and polysaccharide.
T. Ohno*, N. Tachibana, A. Urabe,
H. Otake, Y. Kimura
594. Acid-induced vapochromism on acharge-transfer salt composed of an organic acceptor and an iron(II) complex.
R. Tanaka, N. Matsushita*
595. Synthesis of bis-cyclens linked by aromatic rings and complexing property toward silver ions. M. Iwase, M. Ikeda,
C. Kachi-Terajima, S. Kuwahara,
Y. Habata*596. Humidity-dependence of luminescent
property on a charge-transfer salt composed of tetracyanidoplatinate(II) and anorganic acceptor cation. A. Kato,
W. Uenohara, N. Matsushita*
597. Self-assembled construction of M2L4
cage complex for visual detection of
ClO4-. A. Somiya, A. Handa, M. Kondo
598. Controlling aurophilicity in an emissive
dinuclear Au(I) building block towards coordination polymers for sensing toxic
gases. R.J. Roberts, D. Le, D.B. Leznoff599. Incorporation of a halide anion guest
into an inorganic bowl cavity.
S. Kuwajima, Y. Kikukawa, Y. Hayashi*
600. 3D coordination polymer for removal of
perchlorate ion from aqueous solutions.
M. Sato, E. Inoue, M. Kondo
601. Molecular capsules that trap perchlorate ion and alkali cation. R. Suzuki,
T. Inoue, K. Yamanishi, M. Kondo
602. Thermoresponsive 2D Ag(I) sheet assembly in the crystalline state using an
assembled dipeptide ligand as a template. R. Miyake, Y. Nakagawa

603. Harnessing weak interactions toward
the synthesis of highly birefringent coordination polymers. J.R. Thompson,
V.E. Williams, D.B. Leznoff*
604. Mechanochemically induced structuraltransformation in [(3,6-dimethoxy1,2,4,5-tetrazine)silver(I)]X (X⫽ CF3SO3,
ClO4) involving anion-␲ interactions.
J. Lee, P. Kang, H. Kang, M. Choi*605. Linear hexanuclear platinum trihydridecomplex supported by triphosphine ligands. K. Yamamoto, K. Nakamae,
B. Kure, T. Nakajima, T. Tanase*606. Cluster-to-cluster transformations:Controlled self-assembly of luminescentpolynuclear gold(I) ␮3-sulfido clusters.
L. Yao, F. Hau, V. Yam
607. Properties of a series of M2M’ type heterometallic trinuclear complexes containing N-heterocyclic carbene and triply
bridging sulfide ligands. Y. Maeda,
H. Hashimoto, T. Nishioka*
608. Lattice dynamics of charge-separated
ionic crystals of an AuI4CoIII2 hexanuclear
complex. T. Kojima, N. Yoshinari,
M. Kawano, T. Konno*
609. Development of a one-step selectivehydroxylation of benzene with hydrogen
peroxide catalyzed by Tris(2-pyridylmethyl)amine copper(II) complex.
M. Yamada*, K.D. Karlin, S. Fukuzumi
610. S-bridged multinuclear palladium(II)complexes with aminothiolate-type ligands. M. Kouno*, Y. Miyashita,
T. Konno
611. Reactivity of D-penicillaminato cobalt(III) complex toward copper(I). N. Oya,N. Yoshinari, A. Igashira-Kamiyama,
T. Konno612. pH-Controlled chiral inversion and molecular dimerization in a gold(I)-cobalt(III)system with S-containing amino carboxylates. S. Surinwong*, P. Lee,
A. Igashira-Kamiyama, T. Konno
613. Vapochromic and mechanochromic behavior of platinum(II) complexes with
mixed polypyridine and thioglucose.
N. Kuwamura, N. Kitani, K. Tsuge,
T. Tsukuda, T. Konno
614. Coordination behavior of a trigold(I)metalloligand with mixed tripodal triphosphine and D-penicillaminate.
K. Imanishi*, Y. Hashimoto, N. Yoshinari,
T. Konno615. Formation and interconversion ofgold(I)-nickel(II) multinuclear complexes
with mixed thiomalic acid and diphosphines. K. Igawa*, N. Yoshinari, T. Konno
616. Coordination behavior of digold(I) metalloligands with mixed diphosphine andD-penicillaminate toward nickel(II). T. Itai,
A. Igashira-Kamiyama, N. Matsushita,
T. Konno617. Parity-controlled formation of gold(I)–copper(II) supramolecular helices withpenicillamine and bis(diphenylphosphino)alkane. N. Yoshinari*, A. Kakuya,
T. Konno
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Activation and Transformation of Small
Molecules Mediated by Early Transition
Metal Complexes (#170)

Organized by: K. Theopold, K. Mashima,
Z. XiePresiding: K. Mashima
8:00 – 618. Group 4 metal-catalyzed olefin
oligomerization for natural product synthesis. K. Nozaki
8:30 – 619. Addition reactions across metalnitrogen multiple bonds in niobium bis(Imido) complexes. B.M. Kriegel,
L. Grant, A. Obenhuber, R. Bergman,
J. Arnold*
8:50 – 620. Hydrohydrazination of alkynes
via C-H bond activation pathways andother element-hydrogen bond cleavage/
nitrogen-element bond forming reactionsof titanium hydrazido compounds.
P. Mountford*
9:20 – 621. Synthesis and characterization of
the homoleptic Group 5 ketimide complexes, M(N⫽CtBu2)4 (M ⫽ V, Nb, Ta).
P.L. Damon, J. Telser, T. Hayton

9:40 – 622. Electronic vs. steric effects in thereactivity of aryloxo vanadium(III) and (IV)compounds with carbon dioxide.
C.J. Viasus, N. Alderman,
S. Gambarotta, I. Korobkov
10:00 – 623. Carbon– carbon bond cleavage
and rearrangement of benzene by amultinuclear titanium hydride complex.
S. Hu, T. Shima, X. Kang, G. Luo, Y. Luo,
Z. Hou*10:20 – 624. Molecular titanium nitrides:
New synthetic entries and reactivity.
D. Mindiola
10:50 – 625. Direct evidence for [4⫹2] cycloaddition mechanism of alkynes to tantallacyclopentadiene as a model of alkyne
cyclotrimerization. K. Yamamoto*,
H. Tsurugi, K. Mashima
11:10 – 626. New group VI amidate complexes and reactivity. J.M. Smith,
R.K. Thomson*
11:30 – 627. Addition to metal-metal ␦bonds. Y. Tsai
Hawaii Convention CenterHalls I, II, III
Innovative Approaches in Bond-Cleavage
and Bond-Forming Reactions at Late
Transition-Metal Centres (#186)

Organized by: M. Hirano, D. Fogg,
A. Veige
Presiding: D. Fogg, M. Hirano, A.S. Veige
Poster Session
10:00 – 12:00
628. Synthesis, characterization, and unique
catalytic activities of a fluorinated nickel
enolate. R. Doi, M. Ohashi, S. Ogoshi*
629. Reversible transformation between
phosphinite-Ni(0) and phosphide-Ni(II) via
migratory alkoxide group transfer.
S. Kim, Y. Kim, S. Oh, Y. Lee*
630. Deep and ultra deep hydrodesulfurizations: Increased reactivity of a polynuclear nickel cluster toward difficult C–S
bond activations. M.M. Shoshani,
S.A. Johnson*
631. Mechanistic study on C-C bond formation of a nickel(I) monocarbonyl species
with alkyl iodide. C. Yoo, J. Choi, Y. Lee*
632. Synthesis and reactivity of PCS bis-pincer palladium and nickel complexes.
W. Shih*, L.P. Press, O.V. Ozerov
633. Radical perspective on palladium: Ligand-centered redox chemistry.
C.A. Sanz*, R. Hicks
634. C-P palladacycles as catalysts forasymmetric synthesis of P-chiral diarylphosphinites. J. Chiew, P. Leung*635. Markovnikov-selective catalytic hydrosilylation of electron-deficient alkenes
by a mono(phosphine)palladium(0) complex. R. Suda, M. Abe, N. Komine,
M. Hirano*636. Formation of indium-iron complexes
and the catalytic activity toward doublehydrosilylation of nitrile. M. Ito, M. Itazaki,
S. Nakashima, H. Nakazawa*
637. Synthesis and photophysical propertiesof rhodium complexes having fluorenebased diphosphine ligands.
Y. Matsusaka, K. NOMURA, A. Inagaki
638. C–H silylation reactions of arylalkynes
catalyzed by 16-electron ruthenium complexes having a xanthene-based bis(silyl)
ligand xantsil. T. Kitano, T. Komuro,
H. Tobita** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–91

02 – INOR
639. Ruthenium-catalyzed monoalkenylationof aromatic ketones via selective aromatic carbon– heteroatom bonds cleavage. H. Kondo, N. Akiba, T. Kochi,
F. Kakiuchi*
640. 2:1 Coupling of terminal alkynes withsecondary amines catalyzed by quinolinolato rhodium complexes. M. Hamada,K. Mochizuki, T. Kochi, F. Kakiuchi
641. Internal concerted carbocation transfer
in formation of ruthenacycle by C-O bondcleavage. N. Araki, T. Yasumuro,
N. Komine, M. Hirano
642. Remote rearrangement of the metal
center in (␩6-C6Me6)M(II) (M ⫽ Ru, Os)
complexes. K. Takano, Y. Ikeda,
S. Kodama, Y. Ishii*
643. Syntheses and reactivities of phosphine-quinolinolato rhodium complexes:
Formation of vinylidene-bridged dirhodium complexes. S. Takano, T. Kochi,
F. Kakiuchi*
644. Synergy effect between lithium hydrideand iron used in ammonia synthesis.
W. Peikun, J. Guo, F. Chang, P. Yu,
W. Gao, G. Wu, P. Chen
645. Evaluation of a silane-cobalt interactionin the synthesis of a silyl cobalt(II) complex. J. Kim, K. Park, S. Kim, Y. Lee*
646. Hindrance to cyclometalation: A study
on N-demethylation triggered from orthometalation of sterically-hindered ligands.
H.J. Chen, R.H. Teo, J. Wong, Y. Li,
S.A. Pullarkat, P. Leung*647. Reactivity study of nickel amido complexes supported by a diphosphinosilyl ligand. K. Park, J. Kim, Y. Lee*
648. Efficient iron and aluminum catalysts forcoupling reaction of CO2 and epoxides.
C. Bae, J. Kim, Y. Lee*
649. Mixed ligand approach to palladiumcatalyzed direct arylation polymerization(DArP): Synthesis of DA polymers withdiketopyrropyrrole units. R. Takahashi,
E. Iizuka, M. Wakioka, F. Ozawa*
650. Base metal catalysts for petroleum andbiomass hydrotreatment. O. Brown,
J.M. Stryker*
651. Synthesis of pincer-type nickel(II) complexes and application to nickel-catalyzed cross-coupling reaction of aryl halides with arylmagnesium halides.
Y. Yamaguchi*, E. Asano, N. Kurisu
652. Palladium and nickel NNN-pincer complexes and their ability to stabilize oxygen
containing moieties. M. Lim*, R. Roesler,
Y. Jiang
653. Inductive effects of substituted pyridylindole ligands on Pt catalyzed hydroarylation. B.A. Suslick,
A.L. Liberman-Martin, T. Tilley*654. Mixed ligand approach to palladiumcatalyzed direct arylation polymerization(DArP): Synthesis of DA polymers with
dithienosilole units. E. Iizuka
655. Oxidative addition of oxime derivatives
to transition metal complexes followed by
C–H activation: Mechanistic consideration and synthetic application.
T. Shimbayashi, K. Okamoto*, K. Ohe*
656. Selective alkene insertion into transition
metal-hydrogen bonds assisted bymono(phosphorus ligand)palladium(0)complexes. N. Komine*, R. Ito, H. Suda,
M. Hirano, S. Komiya
657. Structures and chemical reactivity of binuclear Pd and Ru complexes with
N,S,S,N-ligands containing the orthoaminothiophenol motif. M. Bierenstiel*658. Control of reaction selectivity in palladium-catalyzed transformations throughfine tuning of ligand structures.
K.H. Shaughnessy*
659. R/X exchange reaction on Pd and Pt
complexes with phosphine ligand, cis[MR2{P(NMeCH2)2X}2] (M ⫽ Pd, Pt) via anintermediate of phosphenium complex.
M. Itazaki*, Y. Shigesato, N. TSUCHIDA,
K. Takano, H. Nakazawa*
660. Unusual ␣-selective hydrosilylation ofelectron-deficient alkynes using rhodium(I) dithiolate complex. T. Sato*,
H. Yashiki, H. Takano, D. Kanno, S. Oi
661. Efficient dehydogenation of formic acidusing bifunctional iridium complexes
bearing sulfonylated diamine ligands.
A. Matsunami*, Y. Kayaki, T. Ikariya

92–TECHTECHNICAL PROGRAM
662. [3,3]-Sigmatropic rearrangement ofpyridyl ketone oxime esters at an Ir complex. H. Takahashi, S. Kodama, Y. Ishii*
663. Synthesis of amine and imine from thioamide through the desulfurization by hydrosilane with the help of an iron complex. K. Fukumoto, A. Sakai,
H. Nakazawa*
664. Catalytic cross-dimerization of diarylacetylene with methyl methacrylate by aruthenium(0) complex. S. Kiyota,
S. Watanabe, N. Komine, S. Komiya,
M. Hirano*
665. Three component coupling reaction ofalkene, alcohol,and sodium formate
through chelation assisted O-H bondcleavage by Ru(0) complex. W. Park,
C. Lee, D. Kim, C. Jun*
666. Ru3(CO)12-catalyzed chemical modification of polybutadiene with ester functionality through chelation-assisted O-Hbond cleavage of alcohol. C. Lee,W. Park, D. Kim, C. Jun*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Transition Metal Complexes of NHeterocyclic and Mesoionic Carbenes:
Structure, Materials and Catalytic
Applications. (#195)

Organized by: C. Crudden, S. Chang,
M. Albrecht, D. Allen, U. Complete
8:00 – 667. Protic N-heterocyclic carbenes synthesis and reactivity. E. Hahn*
8:30 – 668. Singlet carbenes for the isolationof highly reactive transition metal complexes. G. Bertrand
9:00 – 669. Carbon-element bond forming
reactions with f-block NHC complexes.
P.L. Arnold, N. Bell, T. Cadenbach,K. Wang, I. Marr, Z. Turner, R. Tooze,
M. McMullon, J. Rieb, F. Kuhn, A. Fyfe
9:30 – 670. Controlled assembly of NHC self
assembled monolayers on gold.
C.A. Smith, M. Narouz, C. Crudden*
9:50 – 671. Carbodicarbene complexes ofruthenium: highly active catalysts for thehydrogenation of olefins.
C. Pranckevicius, D. Stephan*
10:10 – 672. Rollover cyclometalation pathway in rhodium catalysis: Dramatic NHC
effects in the C–H bond functionalization.
S. Chang
10:30 – 673. N-heterocyclic carbene as a ligand and a catalyst for atom-economicaland selective C-N and C-C bond formation reactions. S. Hong*
11:00 – 674. Catalytic synthesis of benzoxasiloles via activation of organosilanes
using ␩2-aldehyde nickel(0)/N-heterocyclic carbene complex. Y. Hoshimoto*,
R. Kumar, M. Ohashi, S. Ogoshi
11:20 – 675. Exploring the geometric andelectronic structure of oxidatively activated iridium carbene water oxidation
catalysts. P. Kennepohl*
11:40 – 676. NHC ligation for metal-chalcogenide cluster assembly. J.F. Corrigan,
M. Azizpoor Fard
Hawaii Convention CenterHalls I, II, III
Nuclear Probes in Nanoscale
Characterization (#254)

Organized by: M. Takahashi, A. Hill,
V. Sharma, J. Wang, M. Takahashi,
M. Takahashi, K. Nomura, Y. Yamada
Poster Session
10:00 – 12:00
677. Monitoring of the changes of iron forms
in Fe/AC catalysts during catalytic wet
peroxide oxidation of m-cresol usingMössbauer spectroscopy. Y. Wang,
H. Wei, P. Liu, J. Wang, X. Li, Y. Zhao,
C. Sun*Hawaii Convention CenterHalls I, II, III
Metal-containing ?-Conjugated Systems:
Syntheses, Properties, Applications (#269)

Organized by: M. Humphrey, V. Yam,
M. Akita
Presiding: M. Akita, M. Humphrey,
V. YamPoster Session
10:00 – 12:00
678. Donor–Acceptor–Donor nature of nickel
bimetal dithilene complex bridged by tetrathiooxalate (tto) skeleton and its potential use for a closed shell single component molecular conductor. M. Hayashi*,
K. Otsubo, M. Maesato, K. Sugimoto,
A. Fujiwara, H. Kitagawa
679. Ferrocene- and cyclopentadiene-fused
acenes and tropones. B. Maharjan,
J.P. Selegue*, S. Parkin680. Synthesis and characterization of group10 metal complexes with indigo-like ligands. D.T. Hofsommer, R. Hicks*
681. Toward the synthesis of new dyes, ligands, and complexes inspired by dipyrromethenes. G.N. Boice, R. Hicks
682. Multistory discrete Pd(II) complexes:
Construction, molecular behavior, andproperties. H. Lee, O. Jung
683. Visible-light driven homo- and copolymerization of styrenes by bichromophoric
Ir-Pd photocatalyst. A. Inagaki*, K. Saito,
S. Kikuchi, K. Murata, M. Akita
684. Theoretical study on the open-shellcharacters and third-order nonlinear optical properties of organometallic compounds. S. TAKAMUKU, Y. Kitagawa,M. NAKANO
685. Metal complexes of a quadruply fused
porphyrin: Structure, redox properties,
and Lewis acidity of the central metal ion.
T. Ishizuka*, K. Komamura, Y. Saegusa,
T. Kojima
686. Diverse copper(I) ethylene complexes
with related 3,6-bis(2-pyridyl)-1,2,4,5tetrazine ligands. M. Maekawa*,
T. Okubo, T. Kuroda-Sowa, M. Munakata
687. Synthesis of multinuclear Ru-Fe metalladitholene complexes. T. Sagawa*,
S. Tsukada, T. Gunji
688. Dinuclear complexes with a fused ligand having phthalocyanine and Schiffbase coordination sites. M. Handa,
K. Wada, K. Murakoshi, Y. Kataoka,
M. Mikuriya
689. Dinuclear complexes with a fused ligand having phthalocyanine and salenlike coordination sites. M. Handa,
K. Kanagawa, K. Fujii, T. Ikeue,
Y. Kataoka, T. Sugimori, M. Mikuriya
690. Anomalous thermal behaviour of [Ni(salen)] derivatives having methyl substituent groups at nitrogen brige.
T. Yoshida*, K. Taniguchi, S. Ichimura,Y. Tamaki, K. Miyamura
691. Synthesis of cobalt dithiolene complex
having dihalobenzenedithiolate ligand.
M. Kondo, S. Tsukada, T. Gunji*
692. Evaluation of electronic communicationof dinuclear mixed-valence complexes by
the IR spectroscopic method.
H. Takahashi, Y. Tanaka, M. Akita*
693. Synthesize and properties of molybdenum dithiolene complexes. N. Abe,S. Tsukada, T. Gunji*
694. Research about the structure ofBa2[Ni(pdt)2]411H2O (pdt ⫽ 2,3-pyrazinedithiolate) and its magnetic and electric
properties. M. Kanari, H. Iguchi,
S. Takaishi, B.K. Breedlove,
K. Kagesawa*, M. Yamashita*
695. Thermal behavior of Ni, Cu, and Pd
complexes of phenylalkylene substituted
salicylaldimine. Y. Shioya*, M. Saeki,
A. Honda, Y. Tamaki, K. Miyamura
696. Synthesis of insulated molecular wires
functionalized by metals coordination totheir backbones. T. Hosomi, H. Masai,
J. Terao, T. Fujihara, Y. Tsuji
697. Enhanced phosphorescence in thesolid state by cyclic insulation of platinum-acetylide polymers. H. Masai,
J. Terao, S. Makuta, Y. Tachibana,T. Fujihara, Y. Tsuji

698. Mono- and dinuclear Ru(dppz) DNA
light-switch complexes incorporating
groove-binding tethers. H. Saeed,
J. Thomas*
699. Pentiptycene-incorporated tridentate
platinum(II) alkynyl complexes: Synthesis,
photophysical properties, and mechanochromicity. C. Lin*, J. Yang
700. Ruthenium alkynyl-functionalized tris(phenylpyridine)iridium complexes.
M. Cifuentes*, H. Zhao, P. Simpson,
M. Morshedi, A. Barlow, G. Moxey,
M. Humphrey*
701. Synthesis and photophysical characterization of some binuclear gold(I) alkynyls
with phenanthryl-based bridges.
B. Babgi*, M. Humphrey
702. CAC vs. ACC (A ⫽ S, Se, Te, BOMe,
SnMe2, PR; R ⫽ Cl, Ph, Cy) bridged bimetallics. R.A. Manzano, A.L. Colebatch,
Y. Han, A.F. Hill*, K.M. von Nessi,
R. Shang, M. Sharma, J.S. Ward703. Selenium-interrupted carbonchain
bridged bimetallics. R.A. Manzano,
T. Evers, A.F. Hill*, J.S. Ward
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
Metal Mediated Polymerization (#292)

Organized by: P. Hayes, R. Waterman,
T. Mizuta, Y. Tang, P. Sangtrirutnugul
Presiding: P.G. Hayes, J. Okuda
8:00 Introductory Remarks
8:05 – 704. Control of metal-mediated olefin
polymerizations through the first and second ligand sphere. J. Okuda*
8:35 – 705. Cooperative effects in homoand heterobimetallic catalysts for ethylene polymerization/copolymerization.
M. Delferro, T.J. Marks
8:55 – 706. Synthesis of (Imido)niobium(V)complexes as catalyst precursors forolefin polymerization. N. Srisupap,
K. NOMURA*
9:15 – 707. Structures of ␣-, ␤- and ␥-agostic species alkyltitanocene complexes.
M.C. Baird*, A. Dunlop-Brière,P.H. Budzelaar
9:45 Intermission
10:00 – 708. Precise synthesis of fine polyolefins by ethylene copolymerization withsterically encumbered monomers, cyclic
olefins, and with comonomers containing
reactive functionality. K. NOMURA*
10:30 – 709. Using the coordination chemistry toolbox for polymerization catalysis.
C. Redshaw*
10:50 – 710. Iron-catalyzed homo- and copolymerization of propylene.
T. Kawakami, S. Ito, K. Nozaki*
11:10 – 711. New insight into the earlystages of reaction by the self-initiating
Phillips ethylene polymerization catalyst.
S.L. Scott*, Y. Wang, A. Fong, B. Peters
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Novel Heme Proteins and Model Systems(#305)

Organized by: J. Dawson, T. Hayashi,
M. Stillman
Presiding: M. Stillman
8:00 break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
8:40 – 712. Using heme to make a heme:
The unusual chemistry and biology of
HemQ. J. DuBois, A.I. Celis,
G.S. Lukat-Rodgers, K. Rodgers
9:00 – 713. Interplay of structure, dynamics,
and protein-protein interactions enablebacterioferritin’s central role in bacterial
iron homeostasis. M. Rivera*, H. Yao,
S. Lovell, Y. Wang
9:20 – 714. Heme uptake in pathogenic bacteria: Streptococcus pyogenes and Corynebacterium diphtheriae. D.W. Dixon*
9:40 – 715. Elucidating the biosynthesis andtransport of heme A. E.L. Hegg,
E. Herwaldt, E. Rivett, A. White
10:00 – 716. Heme transport and metabolism in Yersinia pseudotuberculosis.
S. Ozaki*, S. Nagano, T. Hino
10:20 – 717. H2O2-dependent hydroxylationof C–H bond by myoglobin reconstituted
with a manganese porphycene complex.
K. Oohora*, T. Hayashi
10:40 – 718. Investigating the mechanism of
signal transduction within globin coupled
sensors. E.E. Weinert*, J.L. Burns
11:00 – 719. Fine-tuning heme protein model
myoglobin by post-translational modification. Y. Lin*
11:20 – 720. Effect of polar functional groupat the distal side of the myoglobin model
complex on its ligand binding property(O2 and CO) in aqueous solution.
H. Kitagishi*, N. Kitamura, K. Kano
11:40 – 721. Electronic control of myoglobinfunction. Y. YAMAMOTO*,
R. NISHIMURA, Y. KANAI, T. SHIBATA,
S. YANAGISAWA, T. OGURA, H. TAI,
T. Matsuo, S. Hirota, S. Neya, A. SUZUKI
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Presiding: K. Caulton, C. Lu
8:00 Welcome Remarks
8:05 – 722. Hydroarylation of olefins using
Ru(II) catalysts: Influence of ancillary ligand. T.B. Gunnoe, S.A. Burgess,E.E. Joslin, T.R. Cundari, M. Sabat,
W.H. Myers
8:25 – 723. Transfer, metathesis, and catenation: Reactivity patterns emerging fromborylene complexes. H. Braunschweig
8:45 – 724. Hemilabile N,O-chelating ligands: Dynamic coordination modes forpromoting reactivity and hydroaminoalkylation catalysis. L.L. Schafer*
9:05 – 725. Iron-catalyzed cross-coupling
aided by olefin substituents.
A. Jacobi von Wangelin
9:20 – 726. Donor properties and high valent
metals: Parameterizing catalyst rates andother properties. B. Billow, T. McDaniel,
A. Odom*
9:35 – 727. Synthesis, design, and catalytic
applications of trianionic pincer ligands intransition metal chemistry. A.S. Veige,
S.S. Nadif, M.E. O’Reilly,
S. VenkatRamani, I. Ghiviriga,
K.A. Abboud
9:50 – 728. Mediatorless aerobic C-H oxidation by a Pt(II)/Pt(IV) redox couple.
D.B. Watts
10:05 – 729. Making C-H bonds with CO2:
Tuning molecular iron electrocatalysts
with ligand design. A. Taheri,
N.D. Loewen, L.A. Berben*
10:25 – 730. Antimony Lewis acids in thesecondary coordination sphere of goldcomplexes: An opportunity for redoxcontrolled catalysis. H. Yang,
F.P. Gabbai
10:45 – 731. Modifications to the geometry
and reactivity of low-coordinate Fe(II)complexes through modular ligand design. N.M. Hein*, T. Suzuki, T. Ogawa,
M. Fryzuk
11:00 – 732. Oxidative addition of chlorohydrocarbons to a rhodiumtrispyrazolylborate complex. W.D. Jones*, Y. Jiao
11:15 – 733. Facile synthesis and versatile
reactivity of cyclometalated Rhi and Niii
pincer complexes. J. van der Vlugt*

11:30 – 734. Investigating the flexibility of thecatalytic pocket in transition metal complexes. L. Cavallo*, L. Falivene,
R. Credendino
11:45 Flash Presentation 1

New Frontiers in Bioinorganic Chemistry(#356)

752. Investigating the biological activity andtherapeutic potential of ruthenium (II) tpm
compounds. A. Mlitan*, M.R. Gill,
R.L. Mowll, J. Thomas, C. Smythe
753. Simple alternatives to TPP as enhanced
mitochondrial delivery agents. f. garcia*,
Z. Hu, E.K. Yeow
754. Development of multifunctional small
molecules that modulate metal-A␤ interactions toward treating Alzheimer’s disease. M. Jones*, E. Mathieu, T. Storr
755. Effect of 5-aminolevulinic acid on cytochrome P450-based prodrug activation.
M. Miura*, K. Ito, M. Hayashi, T. Tanaka,
I. Okura, S. Ogura
756. Syntheses of Re and 99mTc CAIX inhibitors cancer diagnositcs. M. Nakai*,J. Pan, K. Lin, J.R. Thompson,
Y. Nakabayashi, T. Storr
757. Cointercalation of doxorubicin and cisplatin anticancer drugs into zirconium
phosphates nanoparticles for drug delivery applications.
J.R. Gonzalez-Villegas*, J. Colon
758. Artificial biocatalysts with a covalentlylinked copper terpyridine complex embedded within the cavity of nitrobindin.
T. Himiyama, D. Sauer, A. Onoda,
J. Okuda, T. Hayashi
759. Advanced EPR characterization of thecopper-amyloid peptides. S. Kim
760. Reaction dynamics for the C-H bondactivation by iron(IV)-oxo complexes:
Natural vs. biomimetic systems.
B.K. Mai, Y. Kim*
761. CO2 and CO transformation at a nickel
center supported by a pincer-type PNP ligand. C. Yoo, Y. Lee*
762. Carbon dioxide activation inspired by
the CODH active site. Y. Kim, J. Kim,
Y. Lee*763. Nickel, palladium, and platinum complexes with multidentate sugar incorporated N-heterocyclic carbene ligands.
T. Nishioka*, Y. Maeda, Y. Imanaka,
H. Hashimoto
764. Ferrocenoyl histidine conjugates and Itsinteractions with zinc, cadmium and othermetal ions. A. Ferranco*, H. Kraatz

Organized by: M. Yamaguchi, S. Cohen,
X. Ottenwaelder

Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3

Poster Session
10:00 – 12:00

Isotope Production--Providing Important
Materials for Research and Applications(#363)

Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Dioxygen Activation Chemistry of
Metalloenzymes and Models (#339)

Organized by: A. Rosenzweig, S. Itoh,W. NamPresiding: W. Nam
8:00 – 735. Oxygen activation at diiron cluster-containing oxygenases: Structures of
key intermediates. R. Banerjee,
C.J. Knoot, A. Komor, B.S. Rivard,
A.J. Jasniewski, L. Que, J.D. Lipscomb*
8:30 – 736. Demystifying the chemical magicof non-heme-iron enzymes in natural
product biosynthesis. J.M. Bollinger,
C. Krebs
9:00 – 737. Mechanisms of enzymatic thiol
dioxygenation. G.N. Jameson*
9:30 – 738. Amazing high-valent iron-oxo reaction landscape. L. Que*
10:00 – 739. Carboxylamido ligand effect on
the nature of mononuclear nonheme oxoiron species. Y. Hitomi
10:30 – 740. Dioxygen activation and oxyfunctionalization of C-H and C⫽C bondsby biomimetic iron complexes.
T.K. Paine*
11:00 – 741. Chemistry without cofactors:
How an extraordinary family of enzymes
activates O2. J. DuBois, M. Machovina,
V. Smirnov
11:30 – 742. Biomimetic metal-oxygen intermediates in dioxygen activation chemistry. W. Nam*
Hawaii Convention CenterHalls I, II, III

743. Effect of chemical structure of artificial
co-enzyme with 4,4’-bipyridinium skeletons on the CO2 reduction catalytic activity with formate dehydrogenase.
S. Ikeyama, Y. Amao744. Roles of N- and C-terminal domains in
the ligand binding properties of cytoglobin. S. Hanai, H. TSUJINO,
R. YANASAKA, T. YAMASHITA, T. UNO
745. Dinuclear nickel complex modeling thefunctions of nickel superoxide dismutase.
T. Shimodaira*, Y. Kataoka,
T. Kawamoto
746. Syntheses of far-red-absorbing porphyrin derivatives and photodynamic antitumor activities. y. iwasaki, R. Higashino,
M. Nakai, R. Clarke, T. Storr, S. Yano,
Y. Nakabayashi
747. Metal complexes of the antiparasitic
drug Metronidazole. J.H. Palmer, J. Wu,
R.K. Upmacis*
748. Biophysical analysis of anticancer platinum complex binding to DNA and proteins – a multifaceted approach.
B.J. Pages, J. Sakoff, J. Gilbert,
A. Rodger, N. Jones, D.L. Ang,
J. Aldrich-Wright*
749. Anticancer effects of a new aminosugarconjugated platinum complex anticancer agent against gastric cancer cells.
S. Yano*, N. Hayashi, H. Kataoka,
K. Kawamoto, T. Shibahara, Y. Kinosita,
A. Nomoto, A. Ogawa, K. Morimoto
750. Cancer and cell resistance: Optimised
methods for the preparation of platinum
and ruthenium complexes as selective
chemotherapeutic agents. R.I. Taleb*,
N. Mansour, S. Mehanna, B. Bassil,
C. Daher, M. Mroueh, M. El-Sibai
751. Control of photochemical ligand exchange reaction of ruthenium complexes
by addition of acid or base.
A. Kobayashi, M. Yamaguchi, K. Sato

Organized by: D. Phillips, K. Gagnon,
Y. Hatsukawa
Presiding: Y. Hatsukawa, A. Shinohara
8:00 – 765. Recovery of enriched Mo targets
for economic production of 99Mo medical
isotope without use of highly enricheduranium. P. Tkac, G.F. Vandegrift
8:20 – 766. Preparation of 99mTc and 124I for
use of nuclear medicine. N. Takahashi*,
Y. Hayashi, K. Nakai, A. Shinohara,
H. Ikeda, J. Hatazawa, M. Fukuda,
K. Hatanaka
8:40 – 767. Medical radioisotope production
with accelerator neutrons by deuterons.
K. Tsukada*, N. Sato, S. Watanabe,
N.S. Ishioka, Y. Hatsukawa,
K. Hashimoto, T. Kin, S. Takeda,
M. Kawabata, H. Saeki, Y. Nagai
9:00 – 768. High power solid target stationand turnkey system for the production of
99mTc on the GE PETtrace cyclotron.
M.S. Kovacs*, N. Cockburn, J. Corsaut,
K. Buckley, V. Hanemaayer, J. Klug,
S. Zeisler, J. Tanguay, A. Celler, F. Prato,
J. Valliant, T. Ruth, F. Benard, P. Schaffer
9:20 – 769. Production of medical radioisotopes including 99Mo by using accelerator neutrons. Y. Nagai*, M. Kawabata,K. Hashimoto, Y. Hatsukawa, H. Saeki,s. motoishi, K. Tsukada, A. Ohta,
T. Shiina, Y. Kawauchi
9:45 Break
10:00 – 770. Cyclotron produced 99mTc:
Downstream processing optimization andautomation. J.D. Andersson*,
J.S. Wilson, B.A. Thomas, A.J. McEwan,
D.N. Abrams, S.A. McQuarrie,
K.M. Gagnon

10:20 – 771. Experimental validation for optimization of transcurium isotope production: Target design, fabrication, and processing. J. Burns*, S. Hogle,
C. Alexander, J. Ezold
10:40 – 772. Neutron flux filtering for the optimization of transcurium isotope production. S. Hogle*, C. Alexander, J. Burns,
J. Ezold
11:00 – 773. Production of 95mTc for Compton Camera imaging. Y. Hatsukawa*,
K. Tsukada, K. Hashimoto, T.K. Sato,
M. Asai, A. Toyoshima, Y. Nagai,
T. Tanimori, S. Sonoda, s. kabuki,
H. Kimura
11:20 – 774. Measurement of production
cross sections of Tc and Re isotopes indeuteron-induced reactions on natMo andnatW up to 24 MeV. Y. Komori*,
M. Murakami, H. Haba
11:40 – 775. Production of exotic radionuclides at the PSI Accelerator Complex.
E.A. Maugeri*, R. Dressler, S. Heinitz,
M. Schumann
Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Telomeres and other G-quadruplex
Structures as Targets for Metallodrugs(#459)

Organized by: J. Aldrich-Wright,
N. Sugimoto, J. Chaires, S. Ralph
Presiding: J. Aldrich-Wright, S.F. Ralph
8:00 Welcome
8:00 – 776. Understanding the roles of the
G-quadruplex and i-motif alongside supercoiling in the MYC promoter as a basis for the development of new therapeutic strategies. L.H. Hurley*,
C. Sutherland, V. Gokhale
8:30 – 777. Selective recognition of thymine
containing loops in G-quadruplexes bybifunctional Zn(II) complexes.
J.R. Morrow*, K. Siters, M. Fountain
9:00 – 778. Structural and mechanistic insights into catalytic heme-DNA/RNA
complexes: From biology to green chemistry. D. Sen*, N. Shumayrikh, T. Canale
9:30 – 779. Ferrocenylnaphthalene diimide
derivatives as a novel tetraplex DNA ligand. S. Takenaka*
10:00 Morning tea break
10:10 – 780. C-quadruplex? Adventures withthe “other” strand. E.P. Wright, Q. Sheng,
H. Day, C.J. Morris, Z.A. Waller*
10:40 – 781. Determination of ligand-binding
quartets in telomeric G-quadruplex bymechanochemical dissection.
C. Ghimire, S. Park, C. Xu, H. Sugiyama,
H. Mao*
11:00 – 782. Optical probes for specific quadruplex DNA structures. J. Thomas*
11:30 – 783. G-quadruplexes regulate transcription and translation.
H. Tateishi-Karimata, T. Endoh,
S. Takahashi, N. Sugimoto* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–93

02 – INOR
Thursday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Functional Nanomaterials Based on
Coordination Chemistry (#73)

Organized by: T. Uemura,
M. MacLachlan, H. Matsui
Presiding: M. MacLachlan

TECHNICAL PROGRAM
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
Frontiers of Molecular Magnetism (#109)

Organized by: H. Oshio, J. Miller,
R. Oakley, S. Brooker, S. Gao, M. Ohba
Presiding: R. Clerac, S. GAO

13:00 – 784. Shape-shifting supramolecular
structures regulated through coordination
chemistry. C.A. Mirkin*
13:25 – 785. Chemical and electrochemical
switching of a ferrocene-based molecularrotor: Toward non-interlocked molecularactuators. J.D. Crowley*, S.Ø. Scottwell,
A.B. Elliott, K.C. Gordon, J. McAdam,
K.J. Shaffer, A. Nafady
13:40 – 786. Electrochromism in metallo-supramolecular polymers. M. Higuchi*
14:00 – 787. Coordination-based molecularassemblies as electrochromic materials:
Ultrahigh switching stability and coloration efficiencies. M. Lahav
14:15 – 788. High-resolution separation of
thiolate-protected gold clusters.
Y. Negishi*
14:35 Break
14:45 – 789. Self-assembly approaches toward photon-harvesting and upconverting molecular systems. N. Kimizuka
15:10 – 790. Multifunctional nanoballs.
S.R. Batten
15:25 – 791. Surface assisted self-assemblyof porphyrin wires. J. WEISS*,
J.A. WYTKO, Y. KIKKAWA
15:45 – 792. Control of the molecular orientation of metalloporphyrin on surface.
S. Yoshimoto*
16:05 – 793. Investigating the role of defects
in semiconducting polymer nanowires.
C. Luscombe*
16:25 – 794. Selective synthesis of Co8S15
cluster inside the bowl-shaped templating fullerene ligand. Y. Matsuo*

13:00 – 804. Molecular magnetism controlled by solid-state electrochemistry.
K. Awaga*
13:30 – 805. Weak ferromagnetic ordering of
Li[TCNE] (TCNE ⫽ tetracyanoethylene).
J.S. Miller, J. Her, P. Stephens,
R. Davidson, J. Novoa, F. Mota,
F. Palacio
13:50 – 806. Explaining the puzzling magnetism of two-coordinate first row transition
metal complexes. L.M. Davis, C.F. Lovitt,
C.M. Spicer, G.R. Potratz, B.B. Trinh,
M.J. Nilges, S.A. Stoian, W.M. Reiff,
G.S. Girolami
14:10 – 807. Transport properties of pistacked radical polymer based on trioxotriangulene neutral radicals. Y. Morita*,
C. Yamada, T. Torii, T. Murata
14:30 Break
14:45 – 808. Lanthanide phosphonates withtunable magnetic behaviors. L. Zheng
15:05 – 809. Organometallic single-ion magnets. S. GAO
15:25 – 810. Self-assembly of coordination
complexes with regular arraysof metal
ions: Rings, helices, and grids. T. Shiga*,
H. Sato, G.N. Newton, H. Oshio*
15:45 – 811. Electronic, electrochemical,
and magnetic properties of mixed-valence polyoxometalates with 3dn/3dn-1
and 4dn/4dn-1 configurations.
D. Venegas-Yazigi, F. Fernandez-Vidal,
J. Gonzalez, N. Soto, K. Wrighton,
C. Aliaga, V. Paredes-Garcia, E. Spodine
16:05 – 812. Protecting molecular spin qubits against dipolar decoherence. S. Hill*,
M. Shiddiq, D. Komijani, Y. Duan,
S. Cardona-Serra, A. Gaita-Ariño,
E. Coronado

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2

Coordination and Supramolecular
Chemistry for Aqueous Metal Ion
Separations (#97)

Electron Transfer and Electrochemistry of
Inorganic and Organometallic Materials(#126)

Organized by: R. Ellis, D. Robinson,
R. Motokawa

Organized by: H. Nishihara, P. Harvey,
W. Wong
Presiding: T. Michinobu, H. Nishihara

13:00 – 795. Speciation of rare-earth-element ions at liquid-vapor interfaces.
M.K. Bera, G. Luo, M.L. Schlossman,
L. Soderholm, S. Lee, M.R. Antonio*
13:25 – 796. Understanding of self-assemblyof heteropolyanions in bulk aqueous solutions and at air-water interfaces.
M.K. Bera, M.R. Antonio
13:50 – 797. Active interface in liquid/liquid
extraction processes probed by non-linear optics and neutron/x-ray reflectivity:
static and dynamics. O. Diat*,
E. Scoppola, H. El Ouazzani ,J. Dufreche, D. Meyer, P. Guilbaud,
A. Jonchere, P. Brevet, G. Fragneto,
O. Konovalov, P. Gassin
14:15 – 798. Understanding the structures ofsolvent extraction in the organic phase at
the all-atom resolution. B. Qiao,
M. Olvera de la Cruz, R. Ellis
14:40 – 799. Cluster-based uranium separation chemistry with excellent atom economy. M. Nyman, H. Neal
15:05 Break
15:20 – 800. Biomolecules for supramolecular separations of the actinides.
M. Jensen*, J. Gogolski
15:45 – 801. Colloidal model for separation
chemistry. J. Dufreche, T. Zemb,
M. Duvail, A. Karmakar, Y. Chen,
N. Nguyen, P. Guilbaud
16:10 – 802. X-ray observations of ion-extractant complexes arrested at the oilwater interface during solvent extraction.
M.L. Schlossman*
16:35 – 803. SANS and EXAFS study of hierarchical structure assembled by coordination species in biphasic solvent extraction. R. Motokawa, T. Kobayashi,
H. Endo, S. Suzuki, T. Yaita

94 –TECH

13:00 – 813. Photofunctional bottom-up bis(dipyrrinato)zinc(II) complex nanosheet.
R. Sakamoto*
13:30 – 814. Photofunctional 1D coordination polymer featuring bis(dipyrrinato)zinc(II) complex motif. R. Matsuoka,
R. Sakamoto, H. Nishihara*
13:50 – 815. New redox-active multilayer
thin films and their silver complexes byalkyne-acceptor click chemistry.
T. Michinobu*
14:20 – 816. Controlling the charge state inheterolayer films of sequential assembled
Ru complexes toward molecular memory
devices. M. Haga*, T. Nagashima,
H. Ozawa
14:40 – 817. External stimuli-induced intramolecular electron transfers in cyanidebridged multinuclear complexes.
M. Nihei*, Y. Sekine, K. Shiroyanagi,
H. Oshio
15:10 – 818. Multi-electron redox tuning ofbimetallic complexes with open coordination sites. D. Villagran*, K. Ventura,
N. Valdez, Y. Wu, J. Veleta,
A. Metta-Magana
15:30 – 819. Valence-detrapping in themixed-valence state of biosmocenium(II,IV) salts. H. Yasuhara, S. Nakashima*
15:50 – 820. Cu(II)/Cu(I) electron transfer
coupled to dioxygen activation in biomimetic complexes: Mononuclear vs. dinuclear approach. Y. LE MEST*,N. Le Poul, B. Douziech
16:20 – 821. Electrochemical evaluation ofpseudo-Jahn-Teller effects in polyoxometalate anions. K. Eda*, K. Koike,
H. Hirabaru, T. Ueda, T. Osakai

16:40 – 822. Mechanism of the oxidation ofacetylferrocene and 1-ferrocenylethanol
by dicyanobis(phenanthroline)iron(III).
R. Khattak*, I.I. Naqvi
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Activation and Transformation of Small
Molecules Mediated by Early Transition
Metal Complexes (#170)

Organized by: K. Theopold, K. Mashima,
Z. XiePresiding: K.H. Theopold
13:00 – 823. Titanium tris-anilide cation: Discovery of a bis-titananoxy carbene bonding mode for CO2 and oxalate formation.
A. Paparo, J. Silvia, H. Spinney,
C. Clough, C. Cummins*, T. Spaniol,
J. Okuda, C. Kefalidis, L. Maron
13:30 – 824. N2-splitting and functionalization in the coordination sphere of rhenium. I. Klopsch, C. Würtele, M. Finger,
S. Schneider*13:50 – 825. Tantallacarborane-mediatedcleavage of C-N multiple bond. Z. Xie
14:20 – 826. Construction of novel phosphorus functionalised carbynes of molybdenum and tungsten. A.F. Hill*,
A.L. Colebatch, R. Shang, A.C. Willis
14:40 – 827. Zirconium-mediated activationof small molecules: Synthesis of functional carboranes. Z. Qiu
15:00 – 828. Paddlewheel Mo2-catalyzedhydrodehalogenation reaction of polyhaloalkanes. H. Tsurugi, S. Kando,
R. Supriya, A. Hayakawa, Y. Sugino,
K. Mashima*
15:20 – 829. Quintuple bond reactivity andhigh catalyst economy in coordinative
chain transfer polymerization. R. Kempe*
15:50 – 830. Halogen exchange reaction ofalkyl fluorides with organic halogen
sources. Y. Mizukami, Z. SONG,
T. Takahashi*
16:10 – 831. Metal carbonyls as nucleophilic
partners for frustrated Lewis pairs.
M. Sharma, A.F. Hill*, N. Otten
16:30 – 832. Activation of molecular nitrogenby early transition metal complexes.
M. Fryzuk*, A. Yeo
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Transition Metal Complexes of NHeterocyclic and Mesoionic Carbenes:
Structure, Materials and Catalytic
Applications. (#195)

Organized by: C. Crudden, S. Chang,
M. Albrecht, D. Allen, U. Complete
13:00 – 833. Transition metal complexes
bearing carbenes beyond classical
NHCs: Synthesis and catalytic activity.
Y. Bidal, m. lesieur, M. Melaimi, f. nahra,
G. Bertrand, C. Cazin*
13:20 – 834. Design of selective reactions ofolefins. R.H. Grubbs*
13:50 – 835. Mono arylation of primaryamines and ammonia using specially designed Pd-NHC complexes. R. Rucker,
S. Sharif, N. Chandrasoma, D. Mitchell,
M. Rodriguez, M.G. Organ*, C. Lombardi
14:10 – 836. Cationic 4-phosphonio-substituted NHCs and their coordination chemistry. J.J. Weigand*
14:30 – 837. N-Heterocyclic olefins - a newclass of tuneable ligands.
C. Hering-Junghans, K.C. Powers,
E. Rivard*
14:50 – 838. Metal complexes of mesoioniccarbenes: Electron reservoirs and catalysis. B. Sarkar
15:10 – 839. Enantiomerically pure bidentateamine tethered N-heterocyclic carbenes:
Synthesis, transition metal complexes,
and their asymmetric catalytic applications. K. Wan, H. Rebmann, A.J. Lough,
R.H. Morris*

15:30 – 840. 3D structure determination of
surface species by DNP enhanced solidstate NMR. D. Gajan, P. Berruyer*,
M. Lelli, A. Zagdoun, A. Rossini,
M. Conley, O. Ouari, P. Tordo,
C. Copéret, A. Lesage, L. Emsley
15:50 – 841. Low-electron count platinumcomplexes stabilized by N-heterocycliccarbenes: From stoichiometric reactions
to efficient catalysts. S. Conejero
16:20 – 842. Selective CH and CN bond activation on an iridium triazolylidene platform. M. Albrecht*
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3
Photofunctional Chemistry Based on Metal
Complexes and/or Supramolecules (#239)

Organized by: K. Ishii, Z. Chen, P. Ford,
G. Hanan
13:00 Opening remarks
13:05 – 843. Toward controlling electrontransfer in solution with bond-specific infrared excitation. M. Delor,
P. Scattergood, M. Towrie, A. Parker,
G. Greetham, T. Keane, I.V. Sazanovich,
A. Meijer, J.A. Weinstein*
13:30 – 844. Synthesis of luminescent thiolato copper(I) complexes with bis-pyridyl
ligands. K. Tsuge, T. Suzuki, M. Sato,
H. Ohtsu, K. Nozaki
13:45 – 845. Development of intelligent sensors based on Cu(I)-cluster luminophore.
A. Kobayashi*, T. Hayashi, M. Yoshida,
M. Kato14:00 – 846. Structural and photophysicaldiversity in d10 metal complexes.
T. Tsubomura
14:15 – 847. Luminescent chromic metal
complexes. M. Kato*
14:40 – 848. Insights into lanthanide sensitisation using ultrafast spectroscopy.
E.G. Moore*
14:55 Coffee break
15:05 – 849. Luminescent nanoparticles
composed of lanthanide coordination
polymers. Y. Hasegawa*
15:20 – 850. Interfacial europium complex
on SiO2 nanoparticles for reduction-induced blue emission system. A. Ishii*,
M. Hasegawa
15:35 – 851. Triarylboron-functionalized lanthanide complexes and their applications.
J. Peng, T. Wu, S. Wang*
15:50 – 852. Detection of enzyme activities
using luminescent lanthanide complexes.
T. Terai*, H. Ito, T. Nagano, Y. Urano*
16:05 – 853. Mixed transition-metal/lanthanide complexes as bifunctional imaging agents. M. Ward*
16:20 – 854. Phosphorescent rhenium complexes: New building blocks for metabolism trackers. M. Massi*, M. Werrett,P. Wright, S. Plush, D. Brooks, S. Stagni
16:35 – 855. Exploitation of the photophysical and photochemical properties of luminescent rhenium(I) and iridium(III) polypyridine complexes in the design of
biological probes and photocytotoxic
agents. K. Lo** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Inorganic Complexes for Solar Energy
Harvesting (#256)

Organized by: M. Wolf, K. Sakai,
F. MacDonnell
Presiding: F.M. MacDonnell
13:00 Opening Remarks
13:05 – 856. Ultrafast photodriven redox
processes in photcatalysts for artificial
photosynthesis. M.R. Wasielewski*,R. Lindquist, M. Majewski, W. Han,
B.T. Phelan
13:40 – 857. Photoenergy conversion processes studied by time-resolved infrared
spectroscopy. K. Onda*
14:15 – 858. Electrochemical and excitedstate properties of cyclometalated Ir(III)Pt(II) and Ir(III)-Ir(III) bimetallic complexes
bridged by dipyridylpyrazine. Y. Cho,
H. Son, M. Baik, S. Kang*
14:35 – 859. Ultrafast charge transfer acrossthe 5P-pyridine/ZnO(10-10) interface. J.
Stähler*, J. Deinert, C. Richter, L.
Bogner, M. Wolf
14:55 Break
15:10 – 860. Perspective of Karen Brewer’s
approach to solar fuel chemistry using
supramolecular complexes. K.J. Brewer,
E.M. Naughton*, J.A. Beach,
K.M. Felice, R.B. Moore
15:45 – 861. Photophysics of metal complexes with ␲-conjugated ligands.
M.O. Wolf, M. Majewski, A. Howarth
16:05 – 862. Measurement of the activationenergies of exciton migration in ruthenium(II) and rhodium(III) polypyridyl andphenanthroline complexes via luminescence at cryogenic temperatures.
J.W. Kenney*, G.A. Crosby, P. Weaver,J. Macwillie
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
Metal Mediated Polymerization (#292)

Organized by: P. Hayes, R. Waterman,
T. Mizuta, Y. Tang, P. Sangtrirutnugul
Presiding: B. de Bruin, C.M. Kozak
13:00 – 863. Organolithium compounds forconstruction of olefin polymerization catalysts and for initiation of anionic styrene
polymerization. B. Lee*
13:30 – 864. Synthesis of cyclic olefin copolymers by half-titanocene catalysts.
w. zhao, K. NOMURA*
13:50 – 865. Characterizaton and mechanism of formation of the active site in thePhillip’s ethylene polymerizatoin catalyst.
A.E. Stiegman, S.L. Scott
14:10 – 866. Versatile approach to aminecontaining polymers via tandem sequential hydroaminalkylation and ROMP.
L.L. Schafer*
14:40 Intermission
14:55 – 867. Synthesis of PE Oil, wax and
UHMWPE by developing olefin polymerization catalysts. X. Sun*, Y. Tang
15:25 – 868. Copolymerization of ethylene
with methyl acrylate by bisphosphinemonoxide-palladium catalysts enabled byligand-controlled insertion regioselectivity. Y. Mitsushige, C. Brad P., S. Ito,
K. Nozaki*
15:45 – 869. Copolymerization of polar
monomers and ␣-olefins with late transition metal post-metallocene catalyst.
Y. Konishi, N. Sato, K. Hirokane,
H. Shimizu, H. Uchino, F. Shimizu,
A. Tanna, T. Tayano
16:05 – 870. Extraordinarily active zwitterionic nickel catalysts for CO-ethylene alternating copolymerization. L. Jia*
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Novel Heme Proteins and Model Systems(#305)

Organized by: J. Dawson, T. Hayashi,
M. Stillman
Presiding: J. Dawson

13:00 break
13:40 – 871. Activation of cytochrome
P450BM3 by decoy molecules for gaseous alkane hydroxylation. O. Shoji*,
Y. Watanabe*
14:00 – 872. Mechanisms of C-H oxygenation by heme-thiolate peroxygenases
and related model systems. J.T. Groves*
14:20 – 873. Capture and characterization ofreactive intermediates in P450 catalysis:
Insights into biological C-H bond activation. M. Green
14:40 – 874. Rerouting of cytochrome P450
ferryl intermediates for hydrocarbon biosynthesis. T.M. Makris
15:00 – 875. Light-driven P450 biocatalysts.
L. Cheruzel*
15:20 – 876. Vibrational coherence and kinetic studies of novel heme proteins.
P. Champion*
15:40 – 877. Effector role of pdx in P450cam
studied by double electron-electron resonance. D.B. Goodin*, S. Liou, X. Shi,
M. Mahomed, x. Cheng, W. Myers,
R. Britt
16:00 – 878. Controlled oxidation of aliphatic
C-H bonds in recombinant P450 BM3:
Mechanistic insights derived from studies
on deuterated and fluorinated substituents. S.S. Yu*, C. Yang, C. Lin
16:20 – 879. Heme porphyrin in NO synthaseacts like a wire to deliver an electron at a
specific step during catalysis. D. Stuehr*
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Presiding: S.A. Johnson, O.V. Ozerov
13:00 – 880. Bond cleavage by using lowcoordinate group 9 metal complexes
possessing a boron-based pincer ligand.
M. Yamashita*
13:20 – 881. Syntheses and reactions of new
fused-ring metallabenzenes. B.J. Frogley,
T.M. Christy, L.J. Wright*
13:40 – 882. Chemoselectivity in activationof E-H and C-X bonds at late transition
metals. R.N. Perutz*, B. Procacci
14:00 – 883. N-N cleavage and functionalization by multinuclear iron systems.
K.C. MacLeod, P.L. Holland*
14:15 – 884. Oxidative addition to gold(I): It
is all a question of ligand design.
A. Amgoune, D. Bourissou*
14:35 – 885. Amine oxidation mediated byiridium pincer complexes. S. Schneider
14:50 – 886. Palladium carbene complexes
as persistent radicals. V.M. Iluc*
15:05 – 887. Exploiting the redox activity ofligands with tetrazine functionality.
B. Cook, D. Skomski, R. Lord,
A. Polezhaev, S.L. Tait, C. Chen, M. Pink,
K. Caulton*
15:25 – 888. PCP pincer ligands anchoredby carbene donors: M⫽C cooperative
function in catalytic processes.
W.E. Piers*, L.E. Doyle, E. Lapierre,
J.D. Smith, M. Sgro, D. Spasyuk
15:45 – 889. Macrocyclic platforms for small
molecule redox chemistry: defining reaction space in di- and tetranuclear complexes. J. Love*, J.R. Pankhurst,
T. Cadenbach, M. Curcio
16:00 – 890. Controlling the reactivity ofparamagnetic Group 10 metal complexes
using flexible multidentate ligands.
L. Mirica*
16:15 – 891. Robust, ancillary ligand-free,catalysts of the first-row transition elements – hydrodesulfurization and hydrodeoxygenation under mild conditions.
J.M. Stryker
16:30 – 892. Studies of the synthesis and reactivity of 2-nickelaoxetanes.
A. Desnoyer, E. Bowes, J. Love*
16:45 Flash Session 2

Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Telomeres and other G-quadruplex
Structures as Targets for Metallodrugs(#459)

Organized by: J. Aldrich-Wright,
N. Sugimoto, J. Chaires, S. Ralph
Presiding: J. Aldrich-Wright, N. Sugimoto
13:00 – 893. Fifty shades of G: Quadruplexes come in many forms. J. Mergny
13:30 – 894. Binding interactions between
nickel Schiff base complexes and DNA.
K.J. Davis*, C. Richardson, A. Willis,
A. Guedin, J. Mergny, J.L. Beck,
S.F. Ralph
13:50 – 895. Tetraplex nucleic acids in drug
discovery and biosensing. F. Shao*
14:20 – 896. G-quadruplex DNA interactionsof dinuclear Pt(II) complexes. B. Harper,
R. Vilar, N. Jones, S. Hoffmann, D.L. Ang,
B.J. Pages, J. Aldrich-Wright*
14:40 Afternoon tea
14:55 – 897. Thioflavin T analogs as G-quadruplex indicators and their applications
to bioanalysis. Y. Kataoka, H. Fujita,
M. Kuwahara*
15:15 – 898. G-quadruplex ligands toward
photodynamic therapy. D. Miyoshi*,
K. Murata, H. Matsuno, N. Sugimoto
15:35 – 899. Assessment of the selectivity ofNi(II)-complexes towards G-quadruplex
topologies. A. De Rache*, L. Sabater,
L. Lecarme, F. Thomas, G. Pratviel,J. Mergny
15:55 – 900. NMR insights into folding intermediates and novel tetrahelical G-rich
structures. J. Plavec
16:25 – 901. Design and development of
quadruplex-binding small molecules targeting human cancers. S. Neidle*

Thursday Evening
Hawaii Convention CenterHalls I, II, III
Functional Nanomaterials Based on
Coordination Chemistry (#73)

Organized by: T. Uemura,
M. MacLachlan, H. Matsui
Poster Session
19:00 – 21:00
902. Efficient post-assembly modification of
dynamic metallosupramolecular architectures. D.A. Roberts, J.R. Nitschke903. Double-malate bridging tri-europium
cluster encapsulated arsenotungstateswith long-life luminescence. P. Ma,
M. Imran, D. Zhang, J. Wang, J. Niu
904. Catalytic properties of metal– organic
frameworks composites loading metal
nanoparticles prepared through arc
plasma deposition. M. Sadakiyo*,
S. Yoshimaru, H. Kasai, K. Kato,
M. Takata, M. Yamauchi*
905. Modular assembly and guest-binding
behavior of biomimetic coordination super-containers. F. Dai*, Z. Wang, Z. Chen
906. Structural study of gold nanoparticles
with sugar-type surfactant using SANS,SAXS, and XAFS methods. K. Akutsu*,
H. Iwase, Y. Nakatani, T. Yoshimura
907. Heteropentanuclear metal string complex Mo2NiMo2 with V-shaped quadruple
bonds and a high spin square planar Ni(II)ion. W. Hung, G. Lee, S. Peng908. Direct evidence of an equilibrium between tungsten (VI) alkyl-alkylidyne andits bis(alkylidene) tautomer through its reaction with surface N-donor ligands.
A. Bendjeriou-Sedjerari*,
J. Sofack-Kreuter, E. Abou-Hamad,
K. Huang, J. Basset
909. Fe(II)/Pt(II) based multifunctional heterometallo-supramolecular polymer.
C. Chakraborty*, S. Moriyama,
M. Higuchi
910. Negative linear compressibility in a chiral coordination polymer. H.H. Yeung*,
A.K. Cheetham, S. Moggach
911. Synthetic, structural, and property analysis of a heterometallic Ni(II)/Cu(II) cage.
N.D. Shepherd*, F. Li, L.F. Lindoy,
Y. Zhang

912. Phosphine-functionalized thiophenebased metallopolymers. J. Clifton*,
I. Manners, P.G. Pringle
913. Characterization for metal-oxide nanoparticles generating radicals with X-ray irradiation. C. NUMAKO*, S. Miyazaki,
K. Sato, S. Takami, C. Ogino, A. Kondo
914. Structual control of chloranilate-based
hybrid compounds. K. Kanazashi,
R. Ishikawa, S. Kawata
915. DNA aptamer interactions with aqueousgold interfaces: Influences of interfacial
shape, presence of citrate, and temperature on structure disorder. K.L. Drew,
Z.E. Hughes, J. Palafox-Hernandez,
T.R. Walsh916. Direct synthesis and evaluation of complexes in an inner aqueous phase of liposome. M. Honjo*, T. Koshiyama,
M. Ohba
917. Metal-to-metal charge transfer andspin-crossover in mixed-valence iron coordination polymers. K. Nakamura,S. Kang, S. Kanegawa, O. Sato918. Building block approach in the designof coordination polymers based on metal-pyrazinediol complexes. M. Ogawa
919. Velocity visualization of rotational motions in a dirhodium-centered, circularlyarranged four-gear system. K. Sanada,
H. Ube, M. Shionoya*
920. Controlled radical copolymerization ofvinyl monomers in a porous metal complex with coordinatively unsaturated
sites. S. Mochizuki, T. Uemura,
S. Kitagawa
921. Reversibly electroswitchable photoluminescence using fe(ii)-based metallosupramolecular polymer. T. Suzuki*,
T. Sato, J. ZHANG, M. Higuchi, H. Maki
922. Ferroelectric coordination polymers
self-assembled from liquid crystalline zinc(II) porphyrin and dipyridyl ligands.
J.K. Hui, H. Kishida, K. Takemasu,
M. Morikawa, N. Kimizuka*
923. Synthesis of human serum albuminhaving a terpyridyl group and its dimer
formation by metal-coordination.
S. Suzuki
924. Design of novel inorganic-organic hybrids constructed from chloranilic acidand n-alkylamine. S. Yagishita,
S. Kawata, R. Ishikawa, A. HIMEGI
925. Syntheses and properties of planartyped complexes bridged by TCNQ derivatives. S. Ueno, R. Ishikawa, S. Kawata
926. Stepwise regioselective quarter spherehexa-imidization of [Mo6O19]2-,[Mo3W3O19]2-, [Mo3V4O20]2- by applying[Mo3O7(NAr)3(␮2-NAr)3]8- as a structuredirecting template. J. Zhang, Y. Huang,
J. Hao, Y. Wei
927. Synthesis and structure of ladder-type
Pd-halide chain complex. R. Kimura,
S. KUMAGAI, H. Iguchi*, S. Takaishi,
M. Yamashita*
928. Syntheses and characterizations of tiara-shaped metal-thiolate macrocyclic
hosts. Y. Shichibu*, K. Yoshida,
K. Konishi
929. Formation of sub-micron coordination
particles using a phosphonate ligand.
K.J. Bladek, B. Gelfand, G. Shimizu
930. Helical metallo-supramolecular polymer
and their DNA binding and cytotoxicity
study. U. Rana*, M. Higuchi
931. Ionic conductivity of metallo-supramolecular polymers having linear and 3D
structure. R.K. Pandey*, T. Sato,
M.D. Hossain, S. Moriyama, M. Higuchi* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–95

02 – INOR
932. Control of coordination bond angles in[MnV(N)(CN)4]2- using dabco-(CH2)x-1CH3 cations (X⫽15⬃18) and parity effecton the redox potentials. Y. Kitamura,
R. Ohtani, K. Takami, m. nakamura,
S. Hayami
933. Metal-directed short peptide folding
and assembly for unique entangled nanostructures. T. Sawada, A. Matsumoto,
M. Yamagami, M. Fujita*
934. Large indium-selenide triangular ringcluster: Structure and templating effect.
J. Dai*, Q. Zhu*, Y. Wang935. Fabrication and its diode behavior ofheterolayer film composed of the Ru
complex and Prussian blue nanocrystals.
H. SATO, H. Ozawa, K. Kanaizuka,
M. Kurihara, M. Haga*
936. Synthesis and guest encapsulation ofsugar sponge. G. Ning, Y. Inokuma,
M. Fujita*
937. Nanosized neutral luminescent organometallic macrocycles based on Ir(III) porphyrin: From controlled self-assembly to
optical functional supramolecules. L. Qin,
C. Che938. Polysilane confined in coordination
nanospaces. T. Kitao*, T. Uemura,
S. Kitagawa
939. Synthesis and structural determinationof metal directed julolidine based opticalsensors. D.J. Fanna*, F. Li, J. Reynolds
940. Synthesis of porphyrin wire connectedby Pd(II) coordination. Y. Yagisawa,
Y. Yamazawa, T. Komatsu*
941. Mixing of immiscible polymers using
nanoporous coodrdination templates.
T. Uemura*, T. Kaseda, Y. Sasaki,
S. Kitagawa
942. Structural control of crystalline folded
peptide coordination networks.
M. Yamagami, T. Sawada, M. Fujita*
943. Large spin-crossover [Fe4L4]8⫹ tetrahedral cage. L. Li, L.F. Lindoy, C. Li,
J. Aldrich-Wright, F. Li
Hawaii Convention CenterHalls I, II, III
Coordination and Supramolecular
Chemistry for Aqueous Metal Ion
Separations (#97)

Organized by: R. Ellis, D. Robinson,
R. Motokawa
Poster Session
19:00 – 21:00
944. Separation and recovery of rare metal
ions from saline water using synthetic
peptides. T. Jung, D. Pamidimarri,
S. Hong, S. Jeon, S. Chung, J. Na*945. From molecular coordination to supramolecular structure of organic phases:
Multiscale experimental and theoreticalstudies. G. Ferru*
946. Sulfonamide extractants and analogs inseparations and sensing applications:
Combining coordination chemistry andsolvent extraction principles for designingselective extractants and sensors for
toxic metals and other ionic targets.
K. Kavallieratos*
947. Effect of metal salts on the oxidation reaction of (acetylphenyl)ferrocenes.
S. Yamamoto*, Y. Okada
948. Understanding actinide and lanthanide
complexation in solution: From fundamentals to applications. P.V. Dau,
Z. Zhang, L. Rao*
949. Progress towards new calix[4]arene
based stationary phases useful in theseparation of rare earth metals.
S.R. Menon, J.A. Schmidt*
950. Coordination ability of 1,1’-disubstituted ferrocenes bearing pyridyl group.
M. Murayama*, Y. Okada
951. Coordination ability of 1,1’-disubstituted ferrocenes bearing ethyleneoxy
chain. T. Morita*, Y. Okada
Hawaii Convention CenterHalls I, II, III
Frontiers of Molecular Magnetism (#109)

Organized by: H. Oshio, J. Miller,
R. Oakley, S. Brooker, S. Gao, M. Ohba

96 –TECHTECHNICAL PROGRAM
Poster Session
19:00 – 21:00
952. Cyanide-bridged Co–W bimetal assembly exhibiting photo-induced chargetransfer phase transition at room temperature. Y. Miyamoto*, N. Ozaki, Y. Umeta,
K. Imoto, H. Tokoro, K. Nakabayashi,
S. Ohkoshi
953. Spatially inhomogeneous, stepwise
phase transitions in a heterocyclic thiazyl
diradical: Geometrical frustration inducedby mismatch between translational symmetry and lattice transformation.
R. Suizu, Y. Shuku, K. Awaga
954. 2,5-Disubstituted transition metal 1,3,4oxadiazoles for spin crossover compounds. C. Köhler, E. Rentschler*955. Research for the relationship between
structure and spin crossover phenomena
in new type of iron(III) dithiocarbamato
complex. T. Yamabayashi,
K. Kagesawa*, B.K. Breedlove,
M. Yamashita*
956. NO responsivity of a Hofmann-type porous coordination polymer and magnetic
behavior of its NO clathrate. A. Mishima,
R. Ohtani, A. Hori, R. Matsuda,
S. Kitagawa, T. Koshiyama, M. Ohba*
957. Mononuclear and polynuclear spincrossover iron(II)-bis(pyrazol-1-yl)pyridine
complexes. I. Salitros*
958. Synthesis, structure, and SMM behavior of a Zn(II)-Ce(III)-Zn(II) complex withpseudo threefold symmetry. N. Irie,
S. Kayahara, H. Wada, S. Ooka,
C. Takehara, P. Then, Y. Kataoka,
T. Kajiwara, T. Yamamura
959. Fe(II) spin crossover complexes withhexadentate tripodal ligands derived from
1R-1,2,3-triazole-4-carbaldehyde andtris(2-aminoethyl)amine. R. Minoura,
H. Hagiwara*
960. Linear two-coordinate transition metal
complexes: Potential candidates for single molecule magnets?. C. Lin*,
P.P. Power961. Spin transition behavior of mixed-metal
porous magnetic solid solution. M. Tsuji,
A. Mishima, Y. Ohtsubo, T. Koshiyama,
M. Ohba*
962. Magnetic property and optical propertyof cesium manganese pentacyanidonitrosylmolybdate assembly. M. Komine,
K. Imoto, Y. Miyamoto, K. Nakabayashi,
S. Ohkoshi
963. Pushing the limits of magnetic anisotropy in monometallic 3d single-moleculemagnets. K.E. Marriott, L. Bhaskaran,
C. Wilson, R.J. Deeth, S.T. Ochsenbein,
S. Hill, M. Murrie*
964. Effect on the ferromagnetic transition
temperature of the cobalt layered hydroxides by employment of the monovalent
diarylethene derivative with a carboxylgroup. Y. Inada, S. Kubota, A. Okazawa,
N. Kojima, M. Enomoto
965. Study of single-chain magnet-like behavior in (NH4)2MnF5. J. Satoh,K. Kagesawa*, S. Takaishi,
B.K. Breedlove, M. Yamashita*
966. High-spin ground state and single-molecule magnet behavior in tri- andhexanuclear iron clusters. R. Hernández
Sánchez, G. Ménard, T. M. Powers, T.
Betley*967. Magnetic properties of hydroxylbridged heptanuclear complexes.
Y. Tsuji*, T. Togo, A. Mishima,
T. Koshiyama, M. Ohba
968. Optical bistability in a photochromic valence tautomeric cobalt cluster.
A. Kurimoto, M.M. Paquette, N.L. Frank*
969. Spin-crossover FeIIN6 complexes of
nonplanar tridentate ligands: An overview. S. Javed*
970. Multistep phase transition in cyanidebridged multinuclear complexes.
M. Nihei*, Y. Yanai, H. Oshio
971. High ionic conductivity on cyanobridged metal assemblies. K. Nakagawa,K. Imoto, S. Ohkoshi
972. Synthesis and characterization of a new
air stable 1,2,4-triazinyl radical and its coordination complexes. I.S. Morgan,
A. Mansikkamäki, P. Koutentis, R. Clerac,
H.M. Tuononen*

973. Hysteretic spin crossover with remarkable shift of critical temperature in newiron(II) complexes with 1,2,3-triazole containing tetradentate ligand. S. Okada,
H. Hagiwara*
974. Magnetic properties of dysprosium(III)yttrium(III) phthalocyaninato quadrupledecker complexes. Y. Horii, K. Katoh,
B.K. Breedlove, M. Yamashita
975. Insufficiency of the anisotropy barrier,as the sole criterion, for the design of lanthanide single-molecule magnets.
K.S. Pedersen*, J. Bendix, J. Dreiser,
M. Soerensen, R. Sibille, H. Mutka,
S. Piligkos
976. Photoinduced magnetization in spincrossover Fe-[Nb(CN)8]-based assembly.
K. Imoto, H. Tokoro, S. Ohkoshi
977. Reactivity of novel diiron complex withanthracene framework. K. Fujimoto,T. Suzuki, T. Inomata, T. Ozawa,
H. Masuda, M. Fryzuk
978. Syntheses and SMM behaviors of lanthanide(III) azacrown-ether complexes:
Correlation between magnetic behaviors
and crystal structures. H. Wada*,
S. Ooka, P. Then, C. Takehara,
Y. Kataoka, T. Kajiwara, T. Yamamura
979. Magnetic properties of Co2⫹ ion doped
Hofmann-type spin-crossover complex:
Fe1-xCox(3-Fluoropyridine)2[Au(CN)2]2.
S. Matsumoto*, J. Okabayashi,
T. Kitazawa
980. Structures and magnetic properties of aseries of Ln4 tetrahedral complexes: A Dy
analog with single-molecule magnet behaviour. H. Tsai*, P. Huang
981. Tuning interchain interaction by ligand
manipulation in 2D network assembled
with Mn(III) Schiff-base complex and dicarboxylic acids. K. Kagesawa*, y. aono,
h. yoshida, K. Katoh, B.K. Breedlove,
M. Yamashita*
982. Magnetic and guest adsorption properties of porous magnets having dianionbased pseudo-pillared-layer type structure. N. Tomokage*, H. Miura,
A. Mishima, T. Koshiyama, M. Ohba
983. Two GdIII coordination polymers derived from flexible dicarboxylate ligands
as attractive cryogenic magnetorefrigerants. S. Liu, T. Zheng, H. Wen
984. Proton-induced switching of the SMM
properties of a terbium(III)–pthalocyaninato double-decker complex. Y. Horie,
Y. Horii, K. Katoh, B.K. Breedlove,
M. Yamashita
985. Single ion magnets with multiple relaxation processes based on Co(II) and Ni(II)complexes. R. Boca
986. Syntheses and magnetic properties oftransition-metal complexes with multichelating and high-spin radical ligands.
A. Okazawa*, T. Ishida, N. Kojima,
K. Ogawa
987. Hydrogen adsorption and ortho-paraconversion in porous magnets.
Y. Ohtsubo, A. Mishima, A. Hori,
T. Koshiyama, S. Kitagawa, M. Ohba
988. Magnetometry on nanoscale iron-oxide
deposits in the human brain. L. Dlhan*,
M. Kopani, R. Boca
989. Correlation between charge transfer ona magnetic layer of the iron mixed valence complex and molecular polarizationof cationic intecalants. K. Arai, H. Ida,
A. Okazawa, N. Kojima, M. Enomoto
990. Magnetic properties of ␲-stacked pillared layer framework complexes with intercalated [MCp*2]⫹. H. Fukunaga,
Y. Sekine, W. Kosaka, K. Taniguchi,
H. Miyasaka*
991. Effect of the direction of naphthalene
moiety in [Fe(qnal)2] system. Y. Norifumi,
T. Okubo, M. Maekawa, T. Kuroda-Sowa
992. Synthesis and physical properties of acyanide-bridged Fe-Co cage complex.
R. Wei, T. Shiga, G.N. Newton, H. Oshio*
993. Bis(tridentate) Schiff-base bridged spintransition iron complexes using ‘‘click’’
chemistry. H. Hagiwara*, T. Tanaka,
S. Hora994. Crystal structures and physical properties of electron accepting thiadiazole dioxide compounds and their transition
metal complexes. Y. Shuku, K. Awaga*

995. Modulation of magnetic dynamics of
Dy-complexes driven by crystal packing.
M. Kamila*, G. Cosquer, M. Yamashita
996. Strongest ferromagnetic exchange coupling in gadolinium(III)-nitroxide coordination compounds. T. Kanetomo*,
T. Yoshitake, T. Ishida997. Effect of the hydrogen-bond network in[Fe(qsal-c)2] spin crossover system.
T. Kuroda-Sowa*, A. Hinano,
K. Sugimoto, T. Okubo, M. Maekawa
998. Counter-ion effects on magnetic properties of dicarboxylate-bridged [MnIII(salen)] complexes having two-dimensional
network structure. Y. Nishimura,h. yoshida, B.K. Breedlove,
K. Kagesawa*, M. Yamashita*
999. Syntheses and SMM behaviors of linear
ZnII - LnIII - ZnII trinuclear complexes withpseudo threefold symmetry (Ln ⫽ Pr, Nd).
S. Kayahara*, N. Irie, S. Ooka, H. Wada,
C. Takehara, P. Then, Y. Kataoka,
T. Kajiwara, T. Yamamura
1000. Crystal structures and magnetic properties of photoresponsive 2p-4f heterospin complexes. K. Murashima,
S. Karasawa*, N. Koga*
1001. Synthesis, crystal structure, and magnetic properties of the face-shared triply
bridged linear trinuclear complexes.
Y. Sunatsuki*, T. Kobayashi, T. Fujino,
M. Iwayama, M. Kojima, T. Suzuki,
N. Matsumoto, N. Re
1002. Magnetic properties of heterospin single-molecule magnets (SMMs) in frozen
solution: Roles of Stotal value in SMMs.
S. Karasawa*, K. Nakano, D. Yoshihara,
J. Tanakashira, N. Yamamoto,
T. Yoshizaki, Y. Inagaki, N. Koga*
1003. Chirality-assisted preparation ofhetero metallic complexes and their
physical properties. S. Kanegawa,S. Kang, O. Sato1004. Unexpected, cooperative spin-crossover in iron(II)/dipyrazolylpyridine complexes with large Jahn-Teller distortions.
L.J. Kershaw Cook, R. Kulmaczewski,
G. Chastanet, T.P. Comyn,
M.A. Halcrow*
1005. Reversible photomagnetic effect on
FeNb-octacyano bimetal assembly.
H. Tokoro*, K. Imoto, S. Ohkoshi*
1006. Preparations, molecular structures,and magnetic properties of photoresponsive cyclic dinuclear MnII, FeII, and NiII
complexes in heterospin systems.
K. Mori, D. Yoshihara, S. Karasawa*,
N. Koga*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Activation and Transformation of Small
Molecules Mediated by Early Transition
Metal Complexes (#170)

Organized by: K. Theopold, K. Mashima,
Z. XiePresiding: J. Arnold
19:00 – 1007. Catalytic alkyne and diyne metathesis. M. Tamm
19:30 – 1008. Group 4 metal complexes
containing amine/phosphine biphenolate
ligands: Structure and catalysis.
L. Liang*
20:00 – 1009. Synthesis of the well-definedsilica supported molybdenum-catalyst for
metathesis of n-decane. J. Basset,
S. Kavitake, M. Samantaray, R. Dey* Principle Author

Photographing of presentations
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02 – INOR
20:30 – 1010. Sidearm approach to catalysts
for olefin polymerization: Controllable
synthesis of polyethylene. Y. Tang
Hawaii Convention CenterHalls I, II, III
Transition Metal Complexes of NHeterocyclic and Mesoionic Carbenes:
Structure, Materials and Catalytic
Applications. (#195)

Organized by: C. Crudden, S. Chang,
M. Albrecht, D. Allen, U. Complete
Poster Session
19:00 – 21:00
1011. Dinickel(I) complexes bearing bulky
NHC ligand as catalysts in the KumadaTamao-Corriu coupling of aryl halides.
K. Matsubara*, Y. Koga, K. Nonaka,
T. Inatomi
1012. Carbene complexes with main groupelement and transition metal halides:
Syntheses and applications.
G. Roeschenthaler*, T. Boettcher,L. Lewis-Alleyne
1013. Exploring new ligand architectures forruthenium-mediated olefin metathesis.
G. Lavoie*, T. Larocque, A. Badaj
1014. Pincer complexes with central N-heterocyclic carbene donor for small molecule activation. Y. Jiang, R. Roesler*
1015. Homo- and hetero-bimetallic coinage
metal N-heterocyclic carbene complexes.
P.J. Barnard
1016. Application of open chain tetraimidazolium ruthenium-NHC complexes in catalysis. M. Hollering*, C. Jandl, A. Pöthig,
F. Kuhn
1017. Palladium-catalyzed asymmetric allylic
alkylation using C2-symmetric chiralbis(N-heterocyclic carbene) ligands.
Y. Yamaguchi*, Y. Suzuki, M. Asami
1018. Saturated N-heterocyclic carbenes-Pt
complexes: Synthesis and catalytic activity for olefin hydrosilylation. B. Yoo*,
J. Han1019. Dehydrocoupling of amine-boranes
catalyzed by cyclometalated-NHC ironcomplex: Isolation of intermediate borato
complexes and reaction kinetics.
H. Takahashi, T. Watanabe, H. Tobita*
1020. Nickel-catalyzed alkynylation of anisoles via carbon-oxygen bond cleavage.
M. Tobisu*, T. Takahira, N. Chatani
1021. Synthesis and reactivities of pincertype complexes bearing protic N-heterocyclic carbene and pyrazole. T. Toda,
S. Kuwata*, T. Ikariya
1022. Enantioselective Rh-catalyzed addition of arylboronic acids to aldehydes using NHC ligands bearing a cyclodextrin.
S. TSUDA, K. ASAHI, T. Iwasaki,
S. Fujiwara, H. Kuniyasu, N. Kambe
1023. Control of cis-selectivity and tacticity
in ring-opening metathesis polymerization. L. Rosebrugh, V. Marx, T. Ahmed,
J. Hartung, R.H. Grubbs*
1024. Synthesis, structures, and photoluminescence of pincer type C^C^C-N-heterocyclic carbene platinum(II) complexes.
J. Liu, C. Che*
1025. Imidazo[1,5-a]pyridine carbene: Synthesis and characterization of annulated
N-heterocyclic carbenes. Y. Koto*,
F. Shibahara, T. Murai
1026. Syntheses and catalytic ability of palladium complexes with sugar-incorporated N-heterocyclic carbene pincer ligands. Y. Imanaka, H. Hashimoto,T. Nishioka*
1027. Buchwald-Hartwig amination of aryl
halides catalyzed by Ni(I) complexes andstudies on the reaction mechanism.
T. Inatomi
1028. Synthesis and structure of gold complexes using macrocyclic N-heterocycliccarbene ligands. K. Fukasawa, T. KATO,
N. NISHINA*
1029. Proton induced generation of remote
N-heterocyclic carbene–Ru complexes.
T. Fukushima*, K. Kobayashi, K. Tanaka
1030. Synthesis and structure of gold complexes using alkyne substituted N-heterocyclic carbene ligands. E. Hasegawa,
N. NISHINA*

1031. Utilization of (␩6-arene)Ni(N-heterocyclic carbene) complexes as a precursor ofNi(0) source. Y. Hayashi, Y. Hoshimoto,
M. Ohashi, S. Ogoshi*
1032. Bi- and trimetallic gold complexes ofdiphenylphosphinoethyl-functionalized
imidazolium salts and their N-heterocyclic carbenes: Synthesis and photophysical properties. S. Bestgen1033. Nickel-catalyzed reductive cleavage ofanisole derivatives in the absence of external reductant. M. Tobisu*, T. Morioka,
N. Chatani
1034. Atmospheric CO2 fixation using ruthenium complexes having a CNC-type pincer ligand. T. Nakamura, S. Ogushi,
E. Kazushige, Y. Arikawa, K. Umakoshi
Hawaii Convention CenterHalls I, II, III
Photofunctional Chemistry Based on Metal
Complexes and/or Supramolecules (#239)

Organized by: K. Ishii, Z. Chen, P. Ford,
G. Hanan
Poster Session
19:00 – 21:00
1035. Synthesis of bacteriochlorophyll-damino-analogs and their self-aggregation. H. Watanabe*, S. Shoji,
T. Mizoguchi, H. Tamiaki
1036. Circularly polarized luminescence inlanthanide(III) complexes having a chiralbis(oxazolinyl) pyridine ligand and its application. J. Yuasa, K. Uemura, T. Kawai
1037. Very long-lived photoinduced chargeseparated states of triphenylamine-naphthalenediimide dyads in rigid media.
K. kimoto*, T. Satoh, K. Nozaki,
M. Iwamura, T. Horikoshi, S. Suzuki,
M. Kozaki, K. OKADA
1038. Luminescence properties and anion
sensing with Ln(III) complexes containing
pybox ligands. Y. Kataoka*, M. Harai,
I. Tomotsuka, S. Shinoda, T. Kajiwara
1039. Advances in optical imaging throughthe design, synthesis, and fundamental
investigation of phosphorescent metal
tetrazolato complexes. M. Werrett,M. Massi, P. Rigby, S. Muzzioli, S. Stagni
1040. Theoretical study on metal-arene interaction for modulating light absorption
and fluoresence. M. Sugimoto*1041. Temperature and pressure dependences of flexible cubane-like frameworkin crystalline state: Structure and luminescent properties of [Ag4I4{P(p-tol)3}4].
M. Nishiyama, Y. Ozawa*, Y. Akahama,
K. Toriumi, M. Abe1042. Photoexcited state energy transfer ofdual-emission in cubane-like tetranuclear
copper (I) halide complexes.
S. Nagaoka*, S. Yamasaki, Y. Ozawa,
K. Toriumi, M. Abe1043. Chiral sensing of amino acids in waterusing circularly polarized luminescencefrom achiral rare-earth complexes.
M. Iwamura*, T. Uchida, K. Nozaki
1044. Synthesis and optical properties of abimetallic complex with a [7]helicene ligand. M. Akiyama, Y. Tsuchiya, A. Ishii,
M. Hasegawa, K. Nozaki*
1045. Tuning the excited state of water-solutble iridium (III) -based DNA intercalators for the construction of opticalprobes. S. Stimpson*, J. Thomas1046. Synthesis and photochemical properties of BODIPY-imine oligomers.
M. Tsuchiya, R. Sakamoto*,
H. Nishihara*
1047. Photophysical and redox properties ofcopper(I) complexes and their oxygen responsive luminescence in the solid state.
M. Nishikawa, T. Tsubomura*
1048. Photocatalysis of transition metal
complexes for production of hydrogen
peroxide from water and dioxygen utilizing water oxidation catalysts. Y. Isaka,
K. Oyama, T. Suenobu, Y. Yamada,S. Fukuzumi*
1049. Electrochemically-controlled photophysical properties of both emission andcoloration by using luminescent lanthanide(III) complex and viologen derivatives. K. Nakamura*, K. Kanazawa,
Y. Komiya, N. Kobayashi

1050. Photophysical properties of lanthanide
clusters with closed Ln-O lattice.
T. Nakanishi*
1051. Photon upconversion based on triplettriplet annihilation upconversion fromnear-IR to visible region using metal
phthalocyanines. J. You, F. Zhang,
J. Han, T. Morifuji, H. Yonemura*,
S. Yamada, X. Li*, S. Wang, Y. Xiao
1052. Synthesis and photophysical properties of novel metal complexes having
arylborane units. E. Sakuda*, Y. Kanno,
K. Takaki, A. Ito, N. Kitamura, S. Horiuchi,
Y. Arikawa, K. Umakoshi*
1053. Face-capping and terminal ligands effects on excited triplet states of octahedral hexamolybdenum clusters:(nBu4N)2[Mo6X8Y6] (X ⫽ halogen, Y ⫽halogen). S. Akagi*, N. Kitamura
1054. Near-UV emitting phosphorescent gelof iridium(III) complexes. N. Darmawan*,
L. De Cola*1055. Molecular pin boards as optical sensors for biomolecules. T. Andrews,
J. Thomas, G. Leggett
1056. Ruthenium (II) metallo-intercalatingcomplexes conjugated to nanoparticle
materials as novel probes for DNA.
S.J. Ashworth*, J. Thomas1057. Mono and dinuclear complexes as anticancer therapeutic leads. P.J. Jarman,
J. Thomas*
1058. Luminescence anion sensing with
mixed-Ln(III) complex containing tridentate pybox ligand. K. Nakamura*,
M. Nokami, I. Tomotsuka, M. Harai,
Y. Kataoka, T. Kajiwara
1059. Chromotropism of hydrido-bridged dinuclear rhodium(III) complexes containinga tripodal tridentate phosphine ligands.
M. Kashihara, T. Suzuki, Y. Sunatsuki
1060. Synthesis and photophysical properties of platinum complexs having arylborane units. s. miyoshi, E. Sakuda,
A. Nakagawa, N. Kitamura
1061. Synthesis and valence tautomerism ofcobalt complexes with a dioxolene ligand
containing a ␲-conjugated system.
K. Katayama, M. Hirotsu*, I. Kinoshita,
Y. Teki*1062. Synthesis and excited-state characteristics of novel tricarbonyl rhenium(I) complexes having multiple arylborane chargetransfer units. Y. Kang*, A. Ito,
E. Sakuda, N. Kitamura
1063. Synthesis of novel dicationic pyrene
derivative and photochemical propertiesof the pyrene/clay hybrids. D. Morimoto,
K. Sato, K. Saito, M. Yagi, T. Yui1064. Electrochemical analysis of photoreaction of metal complexes in solution.
A. Fukatsu, M. Okamura, Y. Okabe,
M. Kondo, S. Masaoka*
1065. Synthesis of a bridging ligand withdual metal binding sites and multistep assembly with zinc(II) ion. Y. Imai, J. Yuasa,
T. Kawai
1066. Optical resolution of cisRu(dbb)2(CN)2 and photoinduced racemization of enantiomer. Y. Aihara, K. Sato,K. Shinozaki*
1067. Enhancement of MLCT absorption andphosphorescence of polypyridyl ruthenium(II) complexes based on arylborane
substituent. A. Nakagawa, E. Sakuda,
A. Ito, N. Kitamura*
1068. Organometallic copper luminophores
supported by a series of tridentate ligands. Y. Kim, S. Ahn, J. Kim, S. Kim,
Y. Lee*1069. Characteristic luminescent propertiesof seven-coordinated lanthanide complexes. K. Yanagisawa, T. Nakanishi,
Y. Kitagawa, T. Seki, H. Ito, K. Fushimi,
Y. Hasegawa*1070. Luminescent mechanochromic systemof silver(I) complexes containing diphosphines bridged by aromatic groups.
T. Tsukuda
1071. Photocatalytic CO2 reduction using
Cu and Fe complexes. H. Takeda,
O. Ishitani*1072. Luminescence/quenching properties
in solutions and in the solid state of lanthanide complexes with tridentate ligand
based on intermolecular interaction.
Y. Tsuchiya*, A. Ishii, M. Hasegawa

1073. Oxidation chemistry of metal(II)-diphenolato complexes with salen-type ligands: Electronic structure and reactivity
relationship. Y. Shimazaki
1074. Physical properties of synthetic chlorophyll derivatives possessing a sulfurfunctional group. K. Kim, H. Tamiaki
1075. Photophysical and magneto-opticalproperties of nonanuclear Tb(III) clusters
with chiral ligands. S. Wada, Y. Kitagawa,T. Nakanishi, K. Fushimi, Y. Morisaki,
K. Fujita, K. Konishi, K. Tanaka, Y. Chujo,
Y. Hasegawa*1076. Effective photosensitized energy
transfer of nonanuclear terbium clusters
using methyl salicylate derivatives.
S. Omagari*, T. Nakanishi, Y. Kitagawa,T. Seki, Y. Takahata, K. Fushimi, H. Ito,
Y. Hasegawa
1077. CO2 photoreduction based on Ru (II)complex having triarylborane unit.
N. Ishizaki*, E. Sakuda, N. Kitamura
1078. Monolithic devise for solar CO2 reduction using H2O by semiconductor/metalcomplex hybrid photocatalyst. S. Sato,T. Arai, T. Morikawa
1079. Syntheses of phosphorescent iridium
complexes with tridentate 3{5}-substituted pyrazole ligands. T. ODAKA,
H. Ozawa, M. Haga*
1080. Synthesis and photochemical properties of new 2-aminophenolato complexes. R. Tanaka, M. Wakizaka,
T. Matsumoto, H. Chang*
1081. Faraday effects based on 4f-4f transitions depending on the lanthanide ion
and crystal field of the complexes.
Y. Kitagawa*, S. Wada, T. Nakanishi,
K. Fushimi, Y. Hasegawa
1082. Photoactivation of single moleculemagnet behavior in manganese-based
complex. A. Fetoh*, G. Cosquer,
M. Morimoto, M. Irie, M. Yamashita
1083. Photoactivated NO-releasing Ru(ebpp)(NO) complexes. M. Kim, h. Lee*1084. Highly luminescent thulium complex ofa hexadentate ligand with long alkyl
chains. K. Kuroda*, K. Sugimoto, A. Ishii,
M. Hasegawa
1085. Luminescent Eu(III) coordination polymers cross-linked with transition metal
ions. M. Yamamoto*, T. Nakanishi,
Y. Kitagawa, T. Seki, H. Ito, K. Fushimi,
Y. Hasegawa
1086. Syntheses and luminescence properties of Ln(III) complexes containing pentadentate pybox derivative. M. Nokami*,
K. Nakamura, I. Tomotsuka, M. Harai,
Y. Kataoka, T. Kajiwara
1087. Circularly polarized luminescence fromPt(N^C^N)X excited-dimer and -trimer
having chiral ligand. S. Tanaka*, K. Sato,
T. Tsubomura, K. Shinozaki
1088. Shape-memory platinum(II) complex:
Intelligent sensor for vapor, pressure, andtemperature. Y. Shigeta*, M. Yoshida,
A. Kobayashi, M. Kato
1089. Efficient photocatalytic CO2 reduction
involving a CO2-capturing Re(I) complex.
T. Morimoto*, O. Ishitani
1090. Synthesis and luminescence of copper(I) complexes bearing a diphosphine
dioxide ligand. T. Nishi, M. Nishikawa,T. Tsubomura*
1091. Ratiometric optical sensors based ondual emission of a blue fluorescent coumarin and a red phosphorescent cationiciridium(III) complex for oxygen sensing inliving cells. T. Yoshihara*, S. Tobita* Principle Author

Photographing of presentations
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TECH–9702 – INOR
1092. Synthesis and photophysical propertyof supramolecular complexes with platinum(II) organometallics including two
pyridine units as metalloligands.
M. Shiotsuka*, Y. Itou, T. Toda, K. Sako1093. Crystal structures and photophysicalproperties of cyclometalated platinum(II)complexes drastically controlled by a carboxy group. M. Ebina, M. Yoshida,
A. Kobayashi, M. Kato
1094. Chiroptical properties of Pd(0) complexes bearing chiral diphosphine ligands. Y. Yamada, M. Nishikawa,T. Tsubomura*
1095. Oxygen-dependent emission of copper(I) complexes bearing fluorinateddiphosphine and phenanthroline ligands.
M. Washimi, M. Nishikawa,T. Tsubomura*
1096. Triplet excimer formation and ciroptical properties of platinum(II) complexes
bearing 2-phenylpyridine and chiral␤-diketonate ligand. j. morikubo,
M. Nishikawa, T. Tsubomura*
1097. Syntheses of macrocyclic tetranuclear
ruthenium complexes by self-assemblyand light-harvesting photoreaction of
guest moleculses in the cavity.
S. Shibata, M. Yamaguchi, K. Sato
1098. Influence of the volumen and rigidity ofancillary ligand in cyclometalated Ir(III)complexes with applications in Light
Emitting Electrochemical Cells (LECs).
P. Dreyse*, I. González,
D. Cortés-Arriagada, O. Ramirez, I. Salas
1099. Luminescence of Tris(oxyalato)chromate(III), Tris(malonato)chromate(III) andTris(2,2’-bipyridine)ruthenium(II) complexes in frozen mixed-solvent of waterand ethanol. T. Otsuka*, Y. Kaizu,
A. Inagawa, T. Okada
1100. Synthesis and photophysical properties of polypyridyl ruthenium(II) complexes having stable radical substituents.
A. Ito*, N. Kobayashi, Y. Teki1101. Development of phthalocyaninebased fluorescence probes for detecting
ascorbic acid. T. Yokoi, K. Ishii*1102. Effect of cavity size toward photochemical properties of a ruthenium(II) terpyridyl group encapsulated in cage-type
ligands. K. Hara*, T. Hatanaka,
Y. Funahashi
1103. Synthesis and luminescence properties of ionic liquid based on an anionic
cyclometalated Pt(II) complex. T. Ogawa,
M. Yoshida, A. Kobayashi, M. Kato
1104. Magneto-optical effects of phthalocyanine-based thin films on ferromagnetic
inorganic substrates. M. Karasawa,
K. Ishii*
1105. Near-infrared Os(II) phosphors withmetal-ligand-to-ligand charge transfer
transition character. Y. Chi, J. Liao1106. Reversible spectral change of copper(I) complexes bearing a 2-(2’-pyridyl)benzimidazole ligand. T. Miura,
M. Nishikawa, T. Tsubomura*
1107. Development of near-infrared-light induced electron transfer system based on
distorted phthalocyanine. E. Takafumi,
M. Kondo, S. Masaoka
1108. Photoisomerization of bis-cyclometalated iridium(III) complexes with a tertiary
phosphite ancillary ligand. H. Konno*,
Y. Ido, K. Koike
1109. Development of a novel measurement
system for magneto-chiral dichroism using a pulsed electromagnet. S. Hattori,
T. Miyatake, K. Ishii*
1110. Molecular catalysis in photochemicalhydrogen evolution from water driven
with low driving forces. K. Yamauchi*,K. Kawano, K. Koshiba, K. Sakai*
1111. Design of ratiometric fluorescentprobes based on arene-metal ion contact
and their application to imaging of hydrogen sulfide in living cells. R. Kawagoe,
I. Takashima, A. Ojida
1112. Synthesis and luminescence of sterically regulated iridium complexes.
Y. Koga, K. Matsubara
1113. Emission-color tuning of stable Cu(I)complexes based on systematic introduction of aromatic rings to diphosphine
ligands. Y. Okano, H. Ohara, M. Yoshida,
A. Kobayashi, M. Kato

98 –TECHTECHNICAL PROGRAM
Hawaii Convention CenterHalls I, II, III
Novel Heme Proteins and Model Systems(#305)

Organized by: J. Dawson, T. Hayashi,
M. Stillman
Presiding: J. Dawson, T. Hayashi,
M. Stillman
Poster Session
19:00 – 21:00
1114. Hemoglobin-albumin clusters having
different mammalian hemoglobin as an
O2-binding site. K. Yokomaku,
R. Shinohara, T. Komatsu*
1115. Human(hemoglobin-albumin) clusters
having various O2-affinities.
R. Shinohara, T. Komatsu*
1116. Using free radical metabolites to distinguish the similarities and differences ofhaem and non-heme peroxidases.
S. Khan*, N. Aljuhani*, K. Michail,
A. Morgan, A. Siraki
1117. Iron porphyrin carbene catalytic intermediates: Ferrous or ferryl?. R. Khade,
W. Fan, Y. Ling, L. Yang, Y. Zhang
1118. Modification of small heme proteins to
produce novel organometallic catalysts
that function in water. M.W. Wolf
1119. Metalloprotein design using genetic
code expansion. J. Wang*
1120. Molecular basis of heme transfer between NEAT transporters in Staphylococcus aureus. J.M. Caaveiro*, K. Morante,
N. Vu, Y. Moriwaki, K. Tsumoto
1121. Regulation of electronic structures ofiron(III) porphyrin radical cation complexes by means of axial ligands.
A. Ikezaki, M. Takahashi, T. Ikeue,
M. Nakamura
1122. Myoglobins reconstituted with cobalt
tetra- and bis-dehydrocorrins as a methionine synthase model. Y. Morita,
K. Oohora, T. Hayashi
1123. Isd cog-wheel kinetics. Heme shuttle
pathway in Staphylococcus aureus.
M. Stillman*
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Presiding: P.J. Brothers, S.N. Brown,
M. Yamashita
19:00 – 1124. Novel C-E activations inducedby pincer type ligands. R.D. Young*
19:15 – 1125. Synthesis and reactions ofmultiproton-responsive complexes bearing poly(pyrazole)-type ligands.
S. Kuwata*
19:30 – 1126. Complexes with appended
functionality to regulate reductive catalysis. N. Szymczak, C. Moore, J. Geri,
K. Tseng
19:45 – 1127. General routes to terminal andbridged complexes of carbides, physicalproperties of carbide as a ligand.
A. Reinholdt*, T.J. Morsing,
J.E. Vibenholt, M. Schau-Magnussen,
K. Herbst, J. Bendix
20:00 – 1128. Cooperative small molecule
activation at the nickel-carbon doublebond of nickel PCcarbeneP pincer complexes. E.A. LaPierre, W.E. Piers*,
D. Spasyuk
20:15 – 1129. Catalytic dehydrocoupling ofamine-boranes. E. Leitao, I. Manners
20:30 – 1130. Versatile reactivity of borylene
complexes: Metathesis, borylene-carbonyl coupling and more.
H. Braunschweig, R. Shang
20:45 – 1131. High-spin clusters: Creating
reaction sites for small molecule activation. T. Betley

Friday Morning
Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Presiding: J. Gibson, P. YANG
8:00 Introductory Remarks
8:05 – 1132. Theoretical studies of orbital
mixing in actinide-ligand bond.
E.R. Batista*
8:35 – 1133. Soft X-ray synchrotron radiation
spectroscopy of radioactive materials
coupled with theory: Increasing the impact. D.K. Shuh*
9:05 – 1134. Molecular design of N,N-dialkyl
monoamide for selective separation of
U(VI). S. Suzuki*, T. Kobayashi,
H. Shiwaku, T. Yaita
9:35 – 1135. Size recognition properties ofmultidentate N-donor ligands for f-series
elements. M. Nakase*, T. Kobayashi,
K. Takeshita, H. Shiwaku, T. Yaita
9:55 Break
10:10 – 1136. Chemical periodicity and thechemistry of protactinium. R. Wilson*,
V. Vallet
10:40 – 1137. Calculating magnetic properties of actinide complexes from first principles. J. Autschbach
11:10 – 1138. Thermochemstry of gas-phaseactinide molecular ions. P.B. Armentrout
11:40 – 1139. Computational studies of actinide “Pacman” complexes.
G. Schreckenbach*, Q. Pan, X. Zhang
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3
Functional Nanomaterials Based on
Coordination Chemistry (#73)

Organized by: T. Uemura,
M. MacLachlan, H. Matsui
Presiding: H. Matsui
8:00 – 1140. Exploiting the confined environment of P22 virus-like particles for chemical catalysis. T. Douglas
8:25 – 1141. Viruses as building blocks forfunctional nanomaterials development.
Q. Wang
8:45 – 1142. Versatile nanoscale Prussian
blue coordination polymers: Design,
preparation, characterization, and multimodal biomedical imaging of Prussian
blue analogs. K. Sorasaenee*,P. Promdet, B. Rodriguez, A. Henry,
T. Khuu, A. Hovsepyan,
J. Galan-Mascaros
9:00 – 1143. Short peptides self-assemble in
the presence of metals to produce catalytic nanomaterials. C. Rufo, Y. Moroz,
O. Moroz, O. Makhlynets, P. Gosavi,
J. Stoehr, T. Smith, X. Hu, W. DeGrado,
I. Korendovych*
9:15 – 1144. Designing protein crystals forbioinorganic nanomaterials. T. Ueno*
9:35 – 1145. Exploiting the specific, non-covalent, interactions of peptides with inorganic nanoparticles to engineer functionaland responsive interfaces on the atomic
scale. M.R. Knecht
9:55 break
10:05 – 1146. Selective uranyl binding by aprotein-based reagent. C. He*
10:25 – 1147. Programmable metal array arrangement on peptides: Compositionand configration-controlled heterometallic hybrid materials. H.R. Takaya*
10:45 – 1148. Manipulating the interface between biomolecules and nanomaterials:
Challenges and advances for bridging
theory and experiment. T.R. Walsh*,
L. Wright, J. Palafox-Hernandez,
Z.E. Hughes, K.L. Drew
11:05 – 1149. Utilizing nascent protein interaction sites to construct hybrid natural/synthetic nanostructures. V. Nanda

11:25 – 1150. Stimuli-responsive pi-conjugated systems bearing rotational units.
M. Takeuchi, A. Takai
11:45 – 1151. Liquid crystalline metallomacrocycles toward soft materials with nanospaces. S. Kawano, K. Tanaka*
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Recent Discoveries in the Chemistry of
Bismuth and Related Elements: the Green
Alternative (#93)

Organized by: K. Whitmire, H. Sun,
P. Andrews
Presiding: P. Andrews
8:00 – 1152. Integrative biology approach forinvestigation of bismuth antiulcer drugs.
H. Sun*, Y. Hong, G. Chan, L. Hu
8:30 – 1153. Recruiting bismuth in the fightagaint multi-resistant bacteria.
P. Andrews
9:00 – 1154. From bismuth oxido clusters tometal oxide-based materials.
M. Mehring*
9:30 – 1155. Toward understanding andcontrolling the assembly of bismuth salicylate nanoclusters in solution. T. Friscic,
D. Tan, S.A. Kimber
10:00 Break
10:15 – 1156. Inhibition of urease throughdisruption of GTPase UreG by bismuth.
H. Li, X. Yang, Y. Chang, H. Sun*
10:30 – 1157. Diversifying the coordination
chemistry of bismuth. N. Burford
11:00 – 1158. Low coordinate bismuth
amides: Cations and radicals.
M.P. Coles*, R.J. Schwamm, B.M. Day,
J. Harmer, M. Lein, C.M. Fitchett
11:30 – 1159. Novel bismuth-transition metalinteractions. C. Limberg*, C. Tschersich,
C. Herwig, B. Braun
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Coordination and Supramolecular
Chemistry for Aqueous Metal Ion
Separations (#97)

Organized by: R. Ellis, D. Robinson,
R. Motokawa
8:00 – 1160. High throughput method to determine selectivity of ion phase transfer inmulti-component chemical systems: Toward predictive modeling of extraction.
H. Moehwald
8:25 – 1161. Design and synthesis of polymer-supported complexants applied towet process phosphoric acid.
S.D. Alexandratos*, X. Zhu
8:50 – 1162. Microfluidic solvent extractionof rare earth elements. F.H. Kriel,
R.P. Catthoor, S. Middlemas, G. Hatch,
C. Priest*
9:15 – 1163. Creation of novel thermo responsive polymer brushes for mutual
separation of actinides and lanthanides.
N. Yokachuksuse*, K. Park,
T. Tsukahara
9:40 – 1164. Extraction and throughput for
micro-solvent extraction of platinum using a single chip and a multi-chip module.
F.H. Kriel*, C. Priest, J. Ralston,
L. Parkinson, S. Woollam, N. Plint,
R.A. Grant, P. Ash
10:05 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
10:20 – 1165. Relating experimentally measured quantum yields of luminescent lanthanides to their hydration number at different temperatures. A.T. Johnson,
A.M. Mattson, M.R. Finck, L.R. Martin
10:45 – 1166. Solvation structures of metal
Ions in a protic ionic liquid (PIL) comprising N-alkylethylenediamine and a reversible extraction of transition-metal Ions
from aqueous media using the PIL.
M. Iida*11:10 – 1167. Solution and solid-state structural chemistry of tetravalent f-elementorganic ligand based compounds.
K.E. Knope
11:35 – 1168. Metal separation property ofmacrocyclic and pseudomacrocyclic
compounds as extraction reagents.
K. Ohto*10:20 – 1184. Photoelectrochemical performance of corrosion layer formed on
weathering steel surface. P. QIU*,
L. LUO, C. Chen
10:40 – 1185. Functional metallopolymers
based on metallocenes of iron, cobalt,
and nickel. I. Manners*
11:10 – 1186. Electronic interactions in boron-containing organometallic oligomers
and polymers. F. Jaekle*
11:40 – 1187. Crystal structures and carriertransport properties of mixed-valence coordination polymers with dithiocarbamate
derivatives. T. Okubo*, K. Tanishima,
Y. Kono, K. Himoto, K. Nakatani,
M. Maekawa, T. Kuroda-Sowa

Hilton Hawaiian Village
Mid-Pacific Center, Coral 1

Activation and Transformation of Small
Molecules Mediated by Early Transition
Metal Complexes (#170)

Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4

Frontiers of Molecular Magnetism (#109)

Organized by: H. Oshio, J. Miller,
R. Oakley, S. Brooker, S. Gao, M. Ohba
Presiding: M. Ohba, V. Ovcharenko
8:00 – 1169. Stimuli-responsive magnetic
molecular materials. E. Coronado,
G. Abellán, N. Calvo Galve,
M. Giménez-Marqués,
G. Mı́nguez Espallargas
8:30 – 1170. Functionalisation of dithiadiazolyl radicals: Toward multifunctional materials. Y. Beldjoudi, J.M. Rawson
8:50 – 1171. Valence tautomerism in polynuclear and polymeric complexes.
C. Boskovic*, K. Alley, O. Drath,
K. Murray, G. Poneti, L. Sorace
9:10 – 1172. Guest-responsive magnets
based on tetracyanometallate building
units. M. Ohba*
9:30 – 1173. Spin transitions in coordination
polymer heterostructures. D.R. Talham*
9:50 Break
10:05 – 1174. Tuning the spin crossover
switching temperature by up to 100 K:
The importance of pressure, solvent or’tail’. S. Brooker*, H. Feltham, R. Miller,
R. Hogue, A. Elliot, K. Gordon,
G.B. Jameson, S. Clark,
S. Narayanaswamy, J. Tallon
10:25 – 1175. Guest dependent spin transition behavior of Fe(II) and Co(II) coordination polymers. R. Ohtani, M. Ohba,
S. Kitagawa, S. Hayami
10:45 – 1176. New member of inorganic zeolite family, lanthanide-based sodalitetype zeolite of [Ln3(OH)6CO3HCOO]3H2O(Ln ⫽ Gd, Dy, Tb). Y. Yang, L. Long
11:05 – 1177. Supramolecular assembly forthe design of molecular magnets.
H. Miyasaka*
11:25 – 1178. Breathing crystals.
V. Ovcharenko*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Electron Transfer and Electrochemistry of
Inorganic and Organometallic Materials(#126)

Organized by: H. Nishihara, P. Harvey,
W. Wong
Presiding: I. Manners, W. Wong
8:00 – 1179. Manipulating the functional
properties of organometallic moleculeswith hydrocarbyl ligands containing maingroup moieties. W. Wong*
8:30 – 1180. Influence of substituents in
non-polycyclic silole-based derivatives
on their AIE properties and applications.
B. Tang*, Y. Cai
9:00 – 1181. Functional metallophosphorsfor high performance white organic lightemitting diodes. C. Ho
9:30 – 1182. Luminescent platinum complexes with long-lived excited states:
Photophysical properties, photo-catalysis, and materials application. C. Che*
10:00 – 1183. Electrochemical and spectroelectrochemical methods to address
magnetic and optical switching in electroactive molecular materials. B. Sarkar

Organized by: K. Theopold, K. Mashima,
Z. XiePresiding: Z. Xie
8:00 – 1188. Chelating ␴-aryl and related
post-metallocenes: Unusual reaction
pathways and intramolecular interactions.
M. Chan
8:30 – 1189. Electrocatalytic activation of
CO2 by a series of rhenium complexes.
K. Mullick*, A. Angeles-Boza
8:50 – 1190. Generation and reactivity of
low-valent Group 5 imido complexes.
J. Arnold*
9:20 – 1191. Zr(IV) cations: Small molecule
activation and catalytic imine hydrogenation. O. Metters, S.R. Flynn, D. Wass*,
I. Manners*
9:40 – 1192. Catalytic radical addition andhydrodehalogenation reactions by niobium and tantalum complexes bearing
1,4-diaza-1,3-butadiene ligand.
H. Nishiyama, T. Saito, H. Tsurugi,
K. Mashima
10:00 – 1193. TiII/TiIV redox catalysis:[2⫹2⫹1] synthesis of pyrroles fromalkynes and diazenes. I.A. Tonks*
10:20 – 1194. Rare-earth metal alkylidene
and imide complexes. R. Anwander*,D. Schädle, L.N. Jende, A. Krenzer,
C. Maichle-Mössmer, C. Schädle,
K.W. Törnroos
10:50 – 1195. Dimerization of acene derivatives. Z. SONG, S. Zhang, K. Nakajima,
T. Takahashi*
11:10 – 1196. Low-valent titanium catalyzed
deprotection of alloc-and poc-amides.
S.M. Vasanthakumari, H. Takagi,
C. Matsuno, S. Okamoto*
11:30 – 1197. Salt-free reduction of earlytransition metal complexes by 1,4-bis(trimethylsilyl)-1,4-diaza-2,5-cyclohexadienes for activating small molecules.
K. Mashima*, T. Saito, H. Nishiyama,
K. Kawakita, H. Tanahashi, H. Tsurugi
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Transition Metal Complexes of NHeterocyclic and Mesoionic Carbenes:
Structure, Materials and Catalytic
Applications. (#195)

Organized by: C. Crudden, S. Chang,
M. Albrecht, D. Allen, U. Complete
8:00 – 1198. Macrocyclic N-heterocyclic tetracarbene complexes that perform innovative catalytic aziridinations.
P.P. Chandrachud, C.L. Keller,
D.M. Jenkins
8:20 – 1199. Paradoxical effects of strong
NHC donation in catalysis. D. Fogg
8:50 – 1200. Simple synthesis of metal complexes of N-heterocyclic carbenes andtheir catalytic applications. W. Chen
9:10 – 1201. Polyaromatic N-heterocycliccarbenes and ␲-stacking: Catalytic consequences. E. Peris*
9:40 – 1202. Copolymerization of olefins andpolar monomers by Pd/IzQO catalysts.
R. Nakano, K. Nozaki

10:00 – 1203. New heterocyclic carbene ligand that contains transition metal ␲-donor substituents. S. Takemoto*
10:20 – 1204. Reactive metal– element andmetal–metal bonds in group 11 metal
complexes. J.P. Sadighi*, C.M. Wyss,
B.K. Tate, T.J. Robilotto, N.T. Daugherty,
J. Bacsa
10:50 – 1205. NHC-copper-catalyzed carboxylation reactions using carbon dioxide
as a building block. Z. Hou*

10:55 – 1223. Photohydrides for tightly integrating visible light absorption with hydride transfer. A. Miller*, C. Pitman,
S. Barrett, K. Brereton
11:15 – 1224. Driving proton-coupled electron transfer reactions with solar photons.
J.L. Dempsey*, T.T. Eisenhart,
D.A. Kurtz, J.C. Lennox
11:35 – 1225. Photo-driven charge storage
coupled with catalytic water reduction tohydrogen. K. Sakai

Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3

Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1

Photofunctional Chemistry Based on Metal
Complexes and/or Supramolecules (#239)

Organized by: K. Ishii, Z. Chen, P. Ford,
G. Hanan
8:00 – 1206. Photobiological and theranostic
aspects of ruthenium compounds as
modulators of nitric oxide and singlet oxygen by light irradiation: The synergistic
effect. R.S. da Silva*, L. Ramos,
J. Uzuelli
8:25 – 1207. Modular ruthenium complexes
containing both DNA groove binding andintercalative units. M.G. Walker,
J. Thomas
8:40 – 1208. Photoactivated precious metal
anticancer and antibacterial complexes.
P.J. Sadler*
9:05 – 1209. Design and synthesis of C3symmetric and luminescent tris-cyclometalated iridium(III) complexes having
biologically active peptides.
Y. Hisamatsu*, A. Shibuya, N. Suzuki,
H. Tanaka, A. Masum, S. Aoki
9:20 – 1210. Transition metal complexes forphotochemotherapy. C. Turro, K. Dunbar
9:45 – 1211. Controlled release of carbon
monoxide from photoactive metal-organic framework. A. Carne-Sanchez,
J. Zhang, C. Kim, S. Diring, S. Furukawa*,
S. Kitagawa*
10:00 Coffee break
10:10 – 1212. NO and CO releasing materials. A. Schiller*
10:30 – 1213. Strategies for the photochemical uncaging of bioactive small molecules. P.C. Ford*
10:55 – 1214. Photophysics and reverse saturable absorption of Pt(II) bipyridyl bisacetylide complexes with extended
␲-conjugation. W. Sun*, R. Liu, Y. Li,
T. Lu
11:10 – 1215. Highly luminescent imidoylamidinato platinum(II) complexes formed by
the coupling of 1H-pyrazole-1-carboxamidine with nitriles used as reaction solvents. K. Umakoshi*, R. Nouchi,
T. Tanaka, Y. Nakao, Y. Arikawa
11:25 – 1216. Recent advances in developing highly efficient phosphorescent platinum complexes. S. Huo*
11:40 – 1217. Theoretical studies of thermal
deactivation processes of phosphorescent states in Pt(II) complexes.
K. Nozaki*, J. Maeba, M. Iwamura
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Inorganic Complexes for Solar Energy
Harvesting (#256)

Metal Mediated Polymerization (#292)

Organized by: P. Hayes, R. Waterman,
T. Mizuta, Y. Tang, P. Sangtrirutnugul
Presiding: F. Kerton, M. Shaver
8:00 – 1226. Selective bond formation between hetero atoms catalyzed by a transition metal complex. H. Nakazawa*
8:30 – 1227. Synthesis of functional and topological polyesters mediated by metal
coordination catalysts. W. Zhao,
Y. Wang, D. Cui*
9:00 – 1228. New iron complexes for atomtransfer radical polymerization and organometallic mediated radical polymerization. M. Shaver*
9:30 Intermission
9:40 – 1229. Metal-based reactions forphosphorus-containing polymeric materials. R. Waterman
10:10 – 1230. Catalytic precision polymerization: From polar monomers to functional materials. A. Kronast, B. Rieger
10:30 – 1231. Rhodium mediated carbene
insertion polymerization: Mechanism andstereoregulation. B. de Bruin*
11:00 – 1232. Metal-mediated catalytic ringopening of macrolactones to polyethylene-like polyesters. R. Duchateau,
L. Jasinska, M. Bouyahyi, M. Pepels
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Novel Heme Proteins and Model Systems(#305)

Organized by: J. Dawson, T. Hayashi,
M. Stillman
Presiding: T. Hayashi
8:00 break
8:40 – 1233. On the O-O bond cleavage processes of endoperoxide and alkyl hydroperoxide mediated by iron porphyrin
coordinated by thiolate. T. Higuchi*
9:00 – 1234. Mechanism of effective nitricoxide decomposition in microbial denitrification. T. Tosha*, E. Terasaka,
K. Matsumoto, H. Sugimoto, Y. Shiro
9:20 – 1235. Heme oxygenase catalytic
mechanism. M. Ikeda-Saito, T. Matsui,
M. Unno9:40 – 1236. Ligand switching and redox reactions in engineered heme proteins.
E. Pletneva*
10:00 – 1237. Osmotic pressure effects reveal a specific dehydration-induced hydrophobic electron transfer structure
comprising cytochrome c and cytochrome c oxidase. K. Ishimori*

Organized by: M. Wolf, K. Sakai,
F. MacDonnell
Presiding: M.O. Wolf
8:00 – 1218. Ruthenium polypyridyl complexes that photo-oxidize halide ions in
fluid solution and at TiO2 interfaces. G. Li,
E. Beauvilliers, W. Swords, g. meyer*
8:35 – 1219. Group 8 transition-metal azolate complexes for dye-sensitized solar
cells. Y. Chi
9:10 – 1220. Trapped in imidazole: How toaccumulate multiple photoelectrons on a
black absorbing ruthenium complex.
B. Dietzek
9:30 – 1221. Interfacial dynamics in the dyesensitized solar cell. C.P. Berlinguette*
10:05 Break
10:20 – 1222. Novel redox mediators fordye-sensitized solar cells. U. Bach* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–99

02 – INOR
10:20 – 1238. Factors controlling access toalternate conformers of mitochondrial cytochrome c. B.E. Bowler*,
L.J. McClelland, E.M. Nold, S. Bandi,
S.R. Sprang, T. Mou
10:40 – 1239. Metalloprotein design using
genetic code expansion. X. Liu*,
J. Wang*
11:00 – 1240. Engineering solid-state heme
proteins. T.D. Rapson*, T. Sutherland,
J.S. Church, A.C. Warden, J. Liu,
H.E. Trueman, H. Dacres, S.C. Trowell
11:20 – 1241. Visible light induced carbon
dioxide conversion with the system consisting of water soluble metalloporphyrin
and dehydrogenase. Y. Amao*
11:40 – 1242. Construction of heme protein
oligomers by domain swapping.
S. Hirota*
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Presiding: A.F. Hill, W.E. Piers, A.S. Veige
8:00 – 1243. Modular ligand designs forsmall molecule activation. M. Fryzuk,
S. Westhues, T.G. Ostapowicz,
V.T. Annibale, T.C. Wambach, C. Lenczyk
8:20 – 1244. Catalysis of dehydrogenative
borylation of terminal alkynes.
O.V. Ozerov, C. Lee, J. Zhou, J. DeMott,
W. Shih, N. Bhuvanesh
8:40 – 1245. Ligand design in organometallic
chemistry taken to the extreme: When themetal is no longer needed. F. Fontaine*,
M. Courtemanche, M. Legare,
E. Rochette
9:00 – 1246. New types of olefin metathesis
ruthenium catalysts featuring fluorinatedN-heterocyclic carbenes and chelating indenylidene ligands. C. Bruneau*,
S.N. Osipov, S. Masoud, C. Fischmeister,
P.H. Dixneuf
9:15 – 1247. Ligand design for nonclassicaloxygen atom transfer reactions.
S.N. Brown*
9:30 – 1248. Selective reduction of carbon
dioxide to bis(silylacetal) mediated by a
PBP-supported nickel complex. P. Rı́os,
J. López-Serrano, M.A. Rodrı́guez*
9:45 – 1249. Managing productive reactivity
and competitive deactivation with cooperative ligands. J.M. Blacquiere*
10:00 – 1250. Synthesis, structures and reactivity of metallacarbatranes. W. Sattler,
S. Ruccolo, G. Parkin*
10:20 – 1251. Ambiphilic ligand design forthe development of cooperative reactivity. D. Emslie*, B. Cowie
10:40 – 1252. Reactivity of a new class of
monoanionic nitrogen donor.
S.A. Johnson*, V. Semeniuchenko,
S. Zhu11:00 – 1253. Polynuclear complexes consisting of ambidentate ligands.
F. Breher*
11:15 – 1254. Rh-complexes in homogeneous catalysis - activation and deactivation phenomena. D. Heller*, H. Drexler,
A. Meissner, E. Alberico, A. Koenig
11:30 – 1255. Tuning the chemistry of boron- macrocyclic polypyrrole ligands.
S. Maslek, A. Tay, N. Novikova,
M.C. Simpson, P.J. Brothers*
11:45 Flash 3
Hawaii Convention CenterHalls I, II, III
Telomeres and other G-quadruplex
Structures as Targets for Metallodrugs(#459)

Organized by: J. Aldrich-Wright,
N. Sugimoto, J. Chaires, S. Ralph
Poster Session
10:00 – 12:00
1256. Probing metal complex/quadruplex
DNA interactions using mass spectrometry and cd spectroscopy. S.F. Ralph*,
N. Assadawi, K. Davis

100 –TECHTECHNICAL PROGRAM
1257. Chiral dinuclear ruthenium (II) complexes as two-photon, time-resolved
emission microscopy probes for duplex
and quadruplex DNA. C.L. Glover*,J. Thomas, N. Green
1258. Drug-induced stabilization of thehTERT G-quadruplex results in reversal ofmutant promoter activation. H. Kang,
H. Mao, L.H. Hurley*
1259. Monitoring of extracellular potassiumion based on G-rich oligonucleotides.
N. Sakamoto, S. Sato, S. Takenaka
1260. Binding interactions of rutheniumbased prodrugs with tRNA. B. Dwyer,
R. Josephson, E. Johnson, S. Kirk,
K.M. Holman*
1261. Probing G-quadruplex structures:
TWIMS investigations of a bimolecular Gquadruplex and duplex DNA/RNA hybrid.
M.L. Birrento*, S. Samosorn, T.M. Bryan,
J.L. Beck
1262. NMR study of chiral dinuclear Ruthenium complexes and there interaction
with DNA motifs. s.d. fairbanks,
M. Williamson, J. Thomas1263. Ellipticine analogs as PDFGR G-quadruplex interactive agents for the treatment of cancer and acute lung injury(ALI). R. Brown, H. Quijada, S. Camp,
E. Chiang, V. Gokhale, T. Wang,
J. Garcia, L.H. Hurley*
1264. Telomerase inhibitor assay by using
electrochemical method based on chronocoulometric technique. S. Sato,
S. Takenaka
Hawaii Convention CenterHalls I, II, III
Inorganic General Posters
10:00 – 12:00
Catalysis1265. Reduction of pyridine derivatives using
E-B reagents (E⫽P,B). S.J. Geier,
C.M. Vogels, A. Decken, S. Doherty,
S. Westcott*1266. Effect of the A-site on ammonia synthesis with perovskite oxyhydride-supported Ru catalysts. Y. Tang,
Y. Kobayashi, N. Masuda,
S. Hosokawa, C. Tassel, T. Yamamoto,
H. Kageyama
1267. Iron-amine-phenolate complexes as
catalysts for bond-forming reactions.
E.D. Butler, C.M. Kozak
1268. Ferrocenyl phosphonium cations as
synthetically facile Lewis acids in organocatalysis. I. Mallov*, D. Stephan
1269. Catalytic reduction of phosphine oxides to phosphines by electrophilic phosphonium cations (EPCs). M. Mehta*,
I. Garcia, M. Perez, D. Stephan
1270. Counterion effect in gold catalyzed
dearomatization of indoles with allenamides. L. Rocchigiani, M. Jia,
M. Bandini, A. Macchioni
1271. Hybrid NHC ligands: Versatile platforms for multinuclear complexes withimproved catalytic activities.
D. Mendoza-Espinosa*, G. Negron-Silva
1272. New siloxane coupling reaction with
Lewis acid catalyst. K. Hayashi*,N. Terashita, R. Nakajima, N. Takeda,
M. Unno1273. Iron-catalyzed reductive magnesiationof oxetanes and metalative cyclization ofalkynyl oxetanes. Y. Tanabe,
Y. Sugiyama, S. Heigozono, K. Tamura,
S. Okamoto*
1274. Cationic metallogermylene and a cationic germylyne complex: Syntheses andreactivity toward H2. K. Inomata,T. Watanabe, H. Tobita*
Materials with unique electronic or opticalproperties
1275. Synthesis of bis(dipyrrinato)zinc(II)complexes fluorescing brightly in longer
wavelength region. T. Iwashima,
M. Tsuchiya, S. Kusaka, R. Sakamoto*,
H. Nishihara*
1276. Graphene-encapsulated NiO-NiFe2O4
nanocomposites as anode materials for
Li-ion batteries. D. Du
1277. Synthesis, electrochemistry and single-molecule conductance of bi-metallic
2,3,5,6-tetra(pyridine-2-yl)pyrazine based
complexes. R. Davidson*1278. Second-harmonic generation (SHG)
and photoluminescence (PL) properties
of Dion-Jacobson type polar layered perovskites solid-solutions, CsBi1xEuxNb2O7 (x ⫽ 0, 0.1, and 0.2). H. Kim*
1279. Graphene oxide and reduced graphene oxide hybrids with spin crossoveriron(III) complexes. Y. Murashima*,
H. Takehira, K. Wakata, R. Ohtani,m. nakamura, S. Hayami
1280. High proton conductivity of graphene
oxide hybrids. K. Wakata*,
Y. Murashima, H. Takehira, R. Ohtani,m. nakamura, S. Hayami
1281. Ligand exchange between amines andmetal-carboxylates on metal-chalcogenide nanocrystals. Y. Zhou, F. Wang,
y. wang, W.E. Buhro
1282. Greenish-blue phosphorescent iridium(III) complexes with hexylcarbazolesubstituted carbene derivatives for organic light– emitting diodes (OLEDs).
Y. Kim*, Y. Song, W. Cho, S. Jin
1283. Syntheses of cyclometalated squareplanar platinum(II) complexes with boronic acid ligands and their reactivities toward D-fructose. K. Fukuda, T. Sugaya,
K. Ishihara*
Magnetic Materials
1284. Structure and magnetic property ofcobalt(II) compounds with adenine andthymine substituents. M. Nakaya,
H. Ohmagari, R. Ohtani, m. nakamura,
S. Hayami
1285. Magnetic behaviors of Iron(II) and Iron(III) complexes incorporating the same
Schiff base ligand. N. Saigo*, K. Hirata,
R. Ohtani, m. nakamura, S. Hayami
1286. Excimer formations of Co(II) spincrossover complexes with ␲ conjugatedligands. R. Nakahara*, S. Egawa,
M. Nakaya, R. Ohtani, m. nakamura,
S. Hayami
1287. Magnetic interaction of mononuclear
metal complexes with helical structure.
H. Ohmagari*, M. Nakaya, R. Ohtani,m. nakamura, S. Hayami
1288. Spin frustration of mixed spin system,
CoXFe1-XTiS2. K. Hayashi*
1289. Magnetic behaviors and oxidation reactions of cobalt(II) complexes withstrand-type hexadentate ligands containing thioether and amidate donor groups.
T. Tada*, Y. Yamane, Y. Sunatsuki,
T. Suzuki, M. Kojima
1290. Magnetic behavior and liquid crystal
properties of iron(II) complexes with longalkylated bzimpy ligands. Y. Sekimoto*,
R. Ohtani, m. nakamura, S. Hayami
1291. Magneto-electric control of multiferroic domains in A2MSi2O7 (A⫽ (Sr,Eu),
M⫽(Co,Mn)) crystals. K. Nishina*,
R. Kajihara, R. Oda, M. Akaki, H. Kuroe,
K. Itatani, H. Kuwahara
Cluster Chemistry1292. Controllable regioselective activationof ␮2-O in Anderson cluster towards single-side triol-functionalized ␹ isomers
synthesis and proton-controlled isomerization transformation. J. Zhang, Y. Wei
1293. Multinuclear iron(II) complexes
bridged by bis-bidentate type Schiff baseligands containing two imidazole groups.
T. Tanaka, T. Suzuki, Y. Sunatsuki
1294. Synthesis of new Fe42 cyanidebridged nanocages: Toward control ofelectronic structures. S. Nishino*,
S. Kang, S. Kanegawa, O. Sato
Inorganic Materials
1295. Preparation of zinc oxide thin film byatmospheric pressure chemical vapor deposition. H. Hayakawa*, Y. Akiyama
1296. Cation-controlled interlocked coordination polymers and solvent-triggered
supramolecular isomers exhibiting reversible SCSC transformation. H. Ju*,
M. Ikeda, Y. Habata, S. Lee
1297. Crystal engineering of endo/exocyclic
coordination polymers with rationally designed ditopic macrocycles and guestexchanges in crystalline state. E. Lee*,K. Park, M. Ikeda, S. Kuwahara,
Y. Habata, S. Lee

1298. Palladium(II) mononuclear and palladium(II)/ruthenium(II) heterodinuclear complexes bearing a quinoline-2-carbaldehyde (pyridine-2-carbonyl)hydrazone.
Y. Nakatani*, A. Mori, T. Suzuki,
Y. Sunatsuki, K. Nakajima
1299. Hydrogen bond induced photoluminescence behavior of iridium(III) complexes. T. Sugaya*, F. Takahashi,
S. Takata, K. Isoda, M. Tadokoro,
K. Ishihara
1300. Photofunctional 1D coordination polymer based on bis(dipyrrinato)zinc(II) complex. R. Toyoda, R. Matsuoka,
M. Tsuchiya, R. Sakamoto*, H. Nishihara*
1301. Rapid approach to fission productseparations using a coupled GC-ICPTOF-MS system. S.A. Stratz*, J. Auxier,
A. Jones, H. Hall
Co-ordination Chemistry1302. Coordination variability of CuI in multidonor heterocyclic thioamides: Synthesis, crystal structures, luminescent properties, and ESI-mass studies ofcomplexes. A. Kaur, T. lobana
1303. Synthesis and kaleidoscopic reactivities of bis(tritolylgermyl)bis(dimethylphenylphosphine)platinum(II). Y. Ogata,
K. Mochida*1304. Metal chelating properties of 6-imino2-(1,2,3-triazol-4-yl)pyridines.
M. Dillenburg, J. Fletcher
1305. Synthesis, Lewis adducts, and electrochemical as well as optical properties of
two pnictogen-containing trigonal-planarcomplexes [E{Cr(CO)5}3]– (E ⫽ Sb, Bi).
C. Yu, K. Hsing, Z. Sun, M. Shieh*
1306. Synthesis and properties of
Cp*W(NO)(H)(␩3-allyl): A new family oftungsten nitrosyl complexes. M.V. Shree,
P. Legzdins*, R.A. Baillie, R.J. Wakeham,
A.S. Holmes, G.P. Lefèvre1307. Synthesis, structures, and propertiesof mono–, di–, and tetranuclear manganese complexes with unsymmetrical ligands derived from N–(aminoalkyl)salicylamide. R. Ogawa*, R. Mitsuhashi,
T. Suzuki, Y. Sunatsuki, R. Ishikawa,S. Kawata1308. Influence of the equatorial halide ligands on the axial ligand substitution reactions of pivalamidato-bridged Pt(III) binuclear complexes with halide ions andolefins. Y. Kamezaki, T. Terada, J. Toda,
T. Sugaya, S. Iwatsuki, K. Ishihara*,
K. Matsumoto
1309. Influence of terminal ligands on theelectronic density of[Ru3O(CH3COO)6(CO)(L)2] complexes(L ⫽ N-heterocyclic ligands).
M.B. Moreira*, S. Nikolaou
1310. Exploration of new anionic selenium
based pincer ligands. B.J. Charette*,
J.S. Ritch
1311. Multiphase inspection of the conformational variations in formamidines.
M.B. Pastor, M. Tsai, Q. Zhao*
1312. Insertion of first row transition metal
carbonyls into the dimetallynes of germanium and tin. M.L. McCrea-Hendrick,
P.P. Power1313. Effective siloxane cleavage reaction.
J. Ueno*, R. Shimada, N. Takeda,
M. Unno1314. Nucleophilic ligands based on boron.
D. Vidovic* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

02 – INOR
1315. Synthesis and characterization of
imogolite nanotube functionalized withmethyl groups from the precursor solution. K. Yamamoto*, M. Sugishita
1316. Arene-ruthenium trigonal cage withborane core for sensing cyanide ion.
J. Ryu, Y. Park, M. Lee*, J. Lee*
Solid state chemistry1317. Calorimetric sudy of the oxide-framework conversion reaction of hydrated alkali-metal molybdenum bronze at room
temperature. T. Suzuki*, A. Tanaka,
T. Nishida, K. Eda
1318. Structural feature of SrGeO3 highpressure perovskite phase studied bysingle-crystal X-ray diffraction.
A. Nakatsuka*, H. Arima, O. Ohtaka,
K. Fujiwara, A. Yoshiasa
1319. Cation distribution of Na GTS-type titanosilicates ion-exchanged by Er3⫹.
K. Fujiwara*, K. Shinohara, A. Nakatsuka
1320. Exocyclic coordination networks of
O2S2-macrocycles: Self-assembly andsolvent-induced SCSC transformation.
S. Kim*, L.F. Lindoy, S. Lee
1321. 31P and 51V NMR studies of the diand triphosphate-(peroxo)vanadate(V)systems. S. Sorihashi*, M. Hashimoto
1322. Enthalpy and heat capacity measurements of high-pressure Fe(II)-silicates
and thermodynamic calculation of phase
diagrams of Fe2SiO4 and FeSiO3.
T. Kitajima, H. Kojitani, M. Akaogi*
1323. Variable frameworks and centricities
found in a series of quaternary scandium
selenites. S. Song*1324. Glass transition and crystallization
properties study of Ni-Nb-Zr glassy alloys. A. Uchida1325. Preparation of lithium-doped zinc oxide thin film by LPCVD method.
K. Misawa*, Y. Akiyama
1326. Relationship between composition
and thermal/electrical properties of sintered zirconium carbide. S. Yagishita,
K. Ozaki, H. Nakayama, Y. Nakajima,
T. Nabeta
1327. Development of a synthetic pathway
for molybdenum-phosphorus complexes.
L. Claussen, R.K. Thomson1328. Dissolution of aluminum mineral polymorphs to study Al3⫹ oxo-hydroxo clusters in solution. B.L. Fulton,
D.W. Johnson*, J. Hutchison
Bio-Inorganic
1329. Luminescent metal ion complexes forlive cell imaging. T.A. Gillam*, D. Brooks,
M. Massi, S. Plush
1330. Antidiabetic effect of Zn complexes
with organochalcogen-containing ligands. T. Nishiguchi, Y. Yoshikawa,
H. Yasui*1331. Anticancer activity and reduction kinetics of platinum(IV) metallointercalators. K. Deo, F. Macias, B.J. Pages,
P. Wormell, F. Li, J. Aldrich-Wright*
Remediation
1332. Separation of sodium and zinc impurities from diesel fuel based on ionic liquids. P.J. Corbett, J.P. Hallett
1333. Preparation of silica gel and its application for removal of heavy metal ionsfrom aqueous solutions.
H. Minamisawa*, H. Asamoto,
M. Minamisawa, T. Nakagama
Boronic acid chemistry1334. Syntheses and properties of iridium(III)complexes bearing diol ligands and theirreactivity to boric acid. Y. Tabei,
Y. Fujioka, T. Sugaya, K. Ishihara*
1335. Syntheses and properties of platinum(IV) complexes having diol moiety andtheir reactivity to boric acid.
Y. Samukawa, Y. Gu, T. Sugaya,
K. Ishihara*
1336. Kinetic study on the reaction of diphenylborinic acid with D-fructose.
Y. Sobue, T. Sugaya, S. Iwatsuki,
K. Ishihara*
1337. Synthesis and characterization of lithium and mixed alkali metal borates.
B. Yonke, D. Wilson, D. Neiner,
D.M. Schubert

Friday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Presiding: A.E. Clark, D.K. Shuh
13:00 – 1338. Structural diversity and spectroscopic properties of uranium phosphonates. T. Zheng, L. Chen, J. Diwu*,
Z. Chai, S. Wang*, T.E. Albrecht-Schmitt
13:20 – 1339. Actinide chemistry in the gas
phase: A fruitful interplay between experiment and theory. J. Gibson*
13:40 – 1340. Surprising role of uranyl peroxide in yellowcake drum pressurization.
P.C. Burns
14:10 – 1341. Uranyl(V) cation-cation compounds with new topologies and single
molecule magnet behaviour.
M. Mazzanti*
14:40 – 1342. Theoretical studies on coordination structures and electronic spectraof actinyl complexes. J. Su*, J. Li*
15:10 Break
15:25 – 1343. Chemical predictive modelingin actinide chemistry. P. YANG
15:45 – 1344. Linking atomic structures ofmetal-ion complexes with their thermodynamic stability constants. L. Soderholm*
16:15 – 1345. Water adsorption on AnO2
(An ⫽ U, Np, Pu) surfaces. J. Wellington,
A. Kerridge, N. Kaltsoyannis*
16:45 – 1346. Basic studies on properties ofuranyl(VI) species in ionic liquids as reaction media in nuclear fuel cycle. Y. Ikeda*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
From Pnictides to Perovskites: Impact ofLocal Structure in Solid State Chemistry(#62)

Organized by: H. Kageyama,
B. Kennedy, J. Wiley
Presiding: C. Brown, L. Chen,
H. Kageyama, H. Karunadasa
13:00 Opening remarks
13:05 – 1347. Various structural polytypes
and thermoelectric properties of layered
tellurides Mo1-xNbxTe2. K. Ikeura,
M. Bahramy, H. Sakai, S. Ishiwata*
13:25 – 1348. Materials design using PTFE
as an active deintercalation reagent.
T.C. Ozawa*, T. Sasaki
13:45 – 1349. Driving solid state reactions bycontrolling local environments.
M. Bieringer*
14:20 – 1350. Low-temperature synthesis ofcorrundum-like Ti2O3 nanoparticles
showing the insulator-metal transition.
Y. Tsujimoto*
14:40 – 1351. Deep ultraviolet NLO materials: Synthesis, structure, and characterization. S. Halasyamani, T. Thanh, H. Yu,
W. Zhang
15:00 Break
15:05 – 1352. Oxide-ion conduction inbrownmillerite and perovskite
Sr2ScGaO5. N. Ichikawa*, S. Corallini,
M. Ceretti, W. Paulus, Y. Shimakawa
15:25 – 1353. Impact of local structure ontransparent conductors.
K.R. Poeppelmeier*, K. Rickert
16:00 – 1354. Structural, electrical, andmagnetic phase transitions in AX-type
mixed valence cobalt oxynitrides epitaxial
thin films. Y. Hirose*, J. Takahashi,
D. Oka, S. Nakao, C. Yang, T. Fukumura,
T. Hasegawa
16:20 – 1355. Deposition of thermoelectricalkaline earth hexaboride thin films with
MBE and CVD. T. Tynell, T. Aizawa,
I. Ohkubo, T. Mori*

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Recent Discoveries in the Chemistry of
Bismuth and Related Elements: the Green
Alternative (#93)

Organized by: K. Whitmire, H. Sun,
P. Andrews
Presiding: H. Sun
13:00 – 1356. Exploration of the coordination chemistry of bismuth carboxylates.
K. Whitmire*, I. Kumar, T. Boyd,
E. Wagner
13:30 – 1357. One pot synthesis of triphenylbismuth(V) carboxylates. I. Kumar*,K. Whitmire
13:55 – 1358. Pentavalent organobismuth
compounds: Synthesis, structures, andapplications to organic synthesis.
Y. Matano*
14:25 – 1359. Electrophilic antimony(V) derivatives. F.P. Gabbai
14:55 Break
15:10 – 1360. Synthesis of highly functionalized triarylbismuthanes by functionalgroup manipulation and use in C-, N-,
and O-arylation reactions. A. Gagnon
15:35 – 1361. Modern twist to a classic synthetic route: Ph3Bi-based redox transmetallation protolysis (RTP) for the preparation of alkaline earth metalorganic
species. K. Ruhlandt-Senge,
Y. Takahashi, A.g. Torvisco, A.Y. O’Brien,
M.M. Gillett-Kunnath, G. Deacon,
P. Andrews
16:00 – 1362. Dibismuthine reagents for efficient one-pot cross-coupling reactions.
S. Shimada*, X. Wang
16:30 – 1363. Chromium carbonyl complexes with tetrahedral and trigonal-planar coordinated bismuth. M. Shieh*,
K. Hsing, C. Yu
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Coordination and Supramolecular
Chemistry for Aqueous Metal Ion
Separations (#97)

Organized by: R. Ellis, D. Robinson,
R. Motokawa
13:00 – 1364. Green chemistry principles applied to selective metal separations inmetal processing and recovery using molecular recognition technology.
R.M. Izatt*
13:25 – 1365. Using the inner and outer coordination sphere to tune the strength ofphenolic pyrazole extractants.
J.W. Roebuck, M.R. Healy, E. Doidge,
V. Cocalia, A. Fischmann, J. Love,
C.A. Morrison, T. Sassi, P. Tasker*
13:50 – 1366. Utility of short peptides in theseparation of trivalent actinides from trivalent lanthanides. T.S. Grimes*,
P.R. Zalupski
14:15 – 1367. Extraction and structural properties of rhodium chloride complexes withamide-containing tertiary amine compounds. H. Narita*, K. Morisaku,
M. Tanaka, R. Motokawa, H. Shiwaku,
T. Yaita
14:40 – 1368. Design of well-defined ligands
for selective extraction of gold from lowgrade gold ore using a simultaneousleaching and solvent extraction system: A
viable alternative to the cyanide process.
S.R. Foley*
15:05 Break
15:20 – 1369. New opportunities for ion exchangers in hydrometallurgy.
J. Vaughan*
15:45 – 1370. Recent advances in palladium
recovery: Application of coordination
chemistry on an industrial scale.
R.J. Gordon*, R.A. Grant
16:10 – 1371. Investigating the interactions
influencing chloridoplatinate extractionby amidoether and amidoamine reagents.
J. Love*, P. Tasker, C.A. Morrison,
R.J. Gordon, R. Grant, E. Doidge,
K. MacRuary, I. Carson, m. Wilson

16:35 – 1372. Development of new amides
for lanthanide extraction and separation.
M. Tyumentsev, M. Gergoric,
M. Foreman, T. Retegan, B. Steenari,
C. Ekberg
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
Frontiers of Molecular Magnetism (#109)

Organized by: H. Oshio, J. Miller,
R. Oakley, S. Brooker, S. Gao, M. Ohba
Presiding: S. Brooker, E. Coronado
13:00 – 1373. Spin-crossover frameworkmaterials. C. Kepert*
13:30 – 1374. Hofmann-like spin crossovercoordination polymer compounds with
4-Xpyridine ligands. T. Kitazawa*
13:50 – 1375. Spin crossover phenomena inpolyanionic molecular Fe(II) complexes
with polysulfonated-1,2,4-triazole.
J. Galan-Mascaros*,
C. Saenz de Pipaon,
P. Maldonado-Illescas, V. Gomez
14:10 – 1376. Creating a novel four-coordinated metal complex having spin crossover phenomenon by means of distortionof molecule. T. Ishii*, M. Nakano,
M. Iwakura, K. Ogasawara, G. Sakane,
M. Yamashita
14:30 – 1377. From octahedral to trigonal
prismatic: New geometry and new magnetism for manganese(III). G.G. Morgan*
14:50 Break
15:05 – 1378. Structure-property studies inphotoresponsive cyanometalates.
S.M. Holmes
15:25 – 1379. Hetero-spin chain exhibitingsynergy between spin-crossover andmagnetic coupling tuned by light, pressure, and hydration. T. Liu
15:45 – 1380. Rational design of photomagnetic chains with spin crossover complexes. C. Mathoniere*, R. Ababei,
A. David, R. Clerac, C. Pichon
16:05 – 1381. Novel optical functionalities incyano-bridged metal assemblies.
S. Ohkoshi*
16:25 – 1382. Optical and magnetic molecular switches from solid state to solutions.
E. KOUMOUSI, I. JEON, D. MITCOV,
D. SIRETANU, P. DECHAMBENOIT,
C. MATHONIERE, R. Clerac*
16:55 Closing Remarks
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Electron Transfer and Electrochemistry of
Inorganic and Organometallic Materials(#126)

Organized by: H. Nishihara, P. Harvey,
W. Wong
Presiding: A.S. Abd-El-Aziz, P.D. Harvey
13:00 – 1383. Ultrafast electron transfers (fs)within host-guest assemblies of mono-,
Di-, and tetracarboxylate(meso-tetraphenyl)zinc(II)porphyrin andPd3(dppm)3(CO)2⫹ as a model for TiO2 in
DSSC‘s. P.D. Harvey*
13:30 – 1384. Insight into molecular electronics: Marcus theory to explain the diode properties in dye-sensitized solarcell. N. Satoh** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–101

02 – INOR
13:50 – 1385. Construction of photo-responsive devices via the molecular conjugation at a surface. K. Kanaizuka*
14:20 – 1386. Zinc dipyrrins: Symmetrybreaking charge transfer and application
to organic photovoltaics. P.I. Djurovich*,
S.E. Bradforth, M. Thompson
14:40 – 1387. Charge transfer between colloidal amorphous TiO2 nanoparticles andZnO nanocrystals. R. MITSUHASHI*,
J. Lora, J. Mayer
15:00 – 1388. Transition metal aqueous solutions and aggregation complex formation: A photoelectron study. R. Seidel*,M. Pohl, I. Unger, R. Golnak, K. Atak,
K. Schulz, R. Kraehnert, A. Kabelitz,
F. Emmerling, S. Thürmer, E. Aziz,
B. Winter
15:20 – 1389. Design and electrochemical
behaviour of cationic organoiron dendrimers. A.S. Abd-El-Aziz*, C. Agatemor,
A.A. Abdelghani, B. Thabet, N. Etkin,
R. Bissessur
15:50 – 1390. Rodox bistability of a porphyrin in a suplamolecular assembly of a porphyrin and a phthalocyanine joined with
fourfold rotaxane. Y. Yamada,
Y. Ishihara, K. Tanaka*
16:10 – 1391. Cyclometalated Ni(II) complexes [(Phbpy)NiX] (Phbpy- ⫽ 6-(Phenyl2-ide)-2,2’-bipyridine; X ⫽ various coligands). A. Klein
16:30 – 1392. Functionalized Ag2S molecular architectures: Facile assembly of
atomically precise, ferrocene-decorated
nanoclusters. J.F. Corrigan*, Y. Liu,
B. Khalili Najafabadi, M. Azizpoor Fard
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2Current Trends and Interconnectivities
Among Fundamental and Applied Inorganic
Fluorine Chemistry (#156)

Organized by: K. Matsumoto,R. Hagiwara, G. Schrobilgen, H. Mercier,R. SyvretPresiding: G.J. Schrobilgen
13:00 Opening Remarks
13:05 – 1393. Computational studies of maingroup and metal fluorides: What can fluoride affinities tell us?. D.A. Dixon*,
K.O. Christe
13:35 – 1394. Mixed noble-gas compounds:
coordination of KrF2 to Xe(VI) centers.
M. Lozinsek, H.P. Mercier,
G.J. Schrobilgen*
14:05 – 1395. Reactivity of selected pnictogen trifluorides. G. Tavčar*, B. Alic, E.
Goreshnik
14:35 – 1396. Surprises in the search forcopper(I) fluoride. F. Kraus*,
A.J. Karttunen, P. Woidy
14:55 Break
15:10 – 1397. Synthesis and characterizationof organylimidotungsten(VI) fluorides.
M. Gerken*, D. Turnbull
15:40 – 1398. Synthesis of fluoroalkylamines
and -ammonium salts by HF addition
across C’N bonds. R. Haiges, A. Baxter,
K.O. Christe*
16:10 – 1399. Combustion properties of
2,3,3,3-tetrafluoropropene (HFO-1234yf).
A.J. Kornath, C. Hohenstein, M. Feller,
F. Zischka
16:30 – 1400. Structure and properties ofcarbonyl fluoride. M. Feller*, A.J. Kornath
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Activation and Transformation of Small
Molecules Mediated by Early Transition
Metal Complexes (#170)

Organized by: K. Theopold, K. Mashima,
Z. XiePresiding: M. Tamm
13:00 – 1401. Dititanoxycarbene: Coordination and reactivity of the carbon dioxide
dianion. J. Okuda*
13:30 – 1402. Syntheses, characterization,and reactivity of vanadium(V) complexes
with a bis(hydroxyethyl)pyridine backbone. Y. Kajita*, D. Arakawa, H. Masuda

102–TECHTECHNICAL PROGRAM
13:50 – 1403. Activation of O2 for one- andtwo-electron reactivity using tantalum(V)complexes. A. Heyduk*, A. Hollas
14:20 – 1404. Cationic alkylhafnium complexes supported by nitrogen-based multidentate ligands as catalysts for hydroalkylation of internal alkynes via C(sp3)-H
activation of 2-methylpyridines.
M.J. Lopez, A. Kondo, K. Yamamoto,
H. Tsurugi*, K. Mashima*
14:40 – 1405. Isoselective polymerization of
propylene by group 4 complexes of sequential tetradentate ligands. M. Kol*,
K. Press, V. Venditto, I. Goldberg
15:10 – 1406. C-H activation processes involving s-alkyl titanocene complexes.
M.C. Baird, A. Dunlop-Brière,P.H. Budzelaar
15:30 – 1407. Unexpected stability of dinuclear alkyl hydrides of chromium.
Y. Hung, L. Wang, G.P. Yap,
K.H. Theopold*
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3
Photofunctional Chemistry Based on Metal
Complexes and/or Supramolecules (#239)

Organized by: K. Ishii, Z. Chen, P. Ford,
G. Hanan
13:00 – 1408. Photofunctional approach toartificial photosynthesis. s. campagna,
F. Puntoriero, F. Nastasi, G. La Ganga,
S. Serroni, M. Galletta
13:25 – 1409. Unique photo-functions ofRu(bpy)32⫹ on clay surface. T. Yui
13:40 – 1410. Self-assembly of coordination
polymers based on POMs: Design, synthesis, and photocatalytic property.
H. Zhang
13:55 – 1411. Supramolecular ruthenium
complexes bridged with peptides forphotochemical CO2 reduction catalysts.
H. Ishida*
14:20 – 1412. Light-harvesting host: Photodimerization of anthracene derivatives
in the cavity of Ru square by visible lightirradiation. M. Yamaguchi*,R. Moriyama, A. Hirayama, M. Obara,
K. Sato14:35 – 1413. Enhancement of polymer
bulkheterojunction solar cells using triplet-singlet energy transfer. T. Kwon*
14:50 Coffee Break
15:00 – 1414. Homogenous approaches tosolar hydrogen photocatalysis.
F.N. Castellano*
15:25 – 1415. Chemical and electrochemical
control of emission colour in electrochemiluminescent systems. C.F. Hogan*,
P. Francis
15:40 – 1416. Dynamics of nuclearity conversion reactions of photo-emissive
multinuclear pyridinethiolato Cu(I) complexes in solution. Y. Ozawa*, M. Kubo,
A. Yagasaki*, K. Toriumi
15:55 – 1417. Controlling photophysicalproperties of ␲-conjugated oligomers
with metal complex and Lewis-pair interactions. M.O. Wolf, Y. Cao
16:10 – 1418. Phosphorescent d8-d10/d10d10 heterometallic alkynyl complexes for
Organic Light-Emitting Diodes. F. Dai*,
L. Zhang, L. Xu, Z. Chen*
16:25 – 1419. ESIPT-based photoluminescent coordination complexes: Potentials
in chemical sensing and electroluminescent devices. M. Pan
16:40 – 1420. Synthesis of a luminescent, redox active, mixed metal Os4Cd4 coordination cage. A. Wragg*, M. Ward
16:55 Concluding remarks
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Inorganic Complexes for Solar Energy
Harvesting (#256)

Organized by: M. Wolf, K. Sakai,
F. MacDonnell
Presiding: K. Sakai

13:00 – 1421. Electrochemical reduction of
CO2: Hydricities and reduction potentials
control switching between CO2 reduction
to formate, CO2 reduction to CO, and formate oxidation. C. Machan, A. Lilio,
M. Reineke, C.P. Kubiak
13:35 – 1422. Quantitative measurements ofhydride donor ability and application towards new electrocatalysts for reduction
reactions. J.Y. Yang*
14:10 – 1423. Deep photoreduction of carbon dioxide and formate to methanol byruthenium polypydridyl chromophores
with pendant pyridyl reduction sites.
F.M. MacDonnell, M.J. West,
N.S. de Tacconi
14:30 – 1424. Some excited-state properties
that relate to the design of efficient transition metal solar photosensitizers.
R.A. Thomas, C. Tsai, S. Mazumder,Y. Chen, H.B. Schlegel, J.F. Endicott*14:50 Break
15:05 – 1425. Photochemical and electrochemical reduction of a low concentration of CO2. O. Ishitani
15:40 – 1426. Working the other way around:
Photocatalytic water oxidation triggeredby reductive quenching of the photosensitizer. s. campagna*, F. Puntoriero,
F. Nastasi
16:15 – 1427. Mechanisms of molecular solar fuels catalysts. L. Hammarström*
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
Metal Mediated Polymerization (#292)

Organized by: P. Hayes, R. Waterman,
T. Mizuta, Y. Tang, P. Sangtrirutnugul
Presiding: L.L. Schafer, R. Waterman
13:00 – 1428. Importance of being (diastereomerically) earnest - mechanistic insight into ring-opening polymerization
catalysts. M. Kol*, K. Press, V. Venditto,
M. Lamberti, I. Goldberg
13:30 – 1429. Amine-phenolate complexesof earth abundant metals in polymerization catalysis. F. Kerton,
D. Alhashmialameer, H. Plommer,
A. Elkurtehi, S. Chowdhury,
K. Hattenhauer
14:00 – 1430. Versatile iron-based catalysts
for the control of tacticity, architecture,and composition in biodegradable polymers. J.A. Byers*, A.B. Biernesser,
C.M. Manna, K. Delle Chiaie, A. Kaur,J. Kehl, H. Borland, J. Curley
14:20 – 1431. Cationic zinc lactide polymerization catalysts supported by extremely
sterically demanding NON pincer ligands.
P.G. Hayes*
14:50 Intermission
15:00 – 1432. Synthesis of cyclic polyesters:
The catalyst design.
P. Wongmahasirikun, P. Prom-on,
K. Phomphrai*
15:30 – 1433. Coupling and copolymerization of epoxides and CO2 using transition
metal catalysts. C.M. Kozak*,K. Pressing-Devaine, H. Chen, K. Ni,
K. Ambrose
16:00 – 1434. Catalysis of cylic ester polymerization using manganese, iron or copper complexes. F. Schaper,
P. Daneshmand Kashani, T. Whitehorne,
A. Keuchguerian
16:30 – 1435. Unorthodox main group precatalysts for ring-opening polymerizations:
Design and mechanisms. Y. Sarazin*,
J. Carpentier, M. Bochmann
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Presiding: L.L. Schafer, M. Yamashita
13:00 – 1436. Non-innocent PNP-pincer
type phosphaalkene ligands: A powerfultool for metal-ligand cooperative activation of inert molecules. F. Ozawa

13:20 – 1437. Low-valent low-coordinate
iron and cobalt complexes with NHC ligation: Synthesis, structure, and reactivity.
L. Deng*
13:40 – 1438. CH activation and aerobic
functionalization at the same metal centerand in the same system. A. Vedernikov*
13:55 – 1439. Molybdenum-atalyzed reduction of molecular dinitrogen into ammonia
under ambient conditions.
Y. Nishibayashi*
14:15 – 1440. Density functional study ofrhodium(I) ␴– complexes in the solidstate. T. Kraemer, M. Chadwick, S. Pike,
A.S. Weller*, S.A. Macgregor*
14:30 – 1441. Non-innocent ligand complexes support water as an oxidant for alcohols: Computational studies of the catalytic mechanisms. M. Hall, H. Li
14:45 – 1442. Cooperative catalysis using
homobimetallic and heterobimetallic
complexes. B.A. Messerle*, M. Gatus,
S. Choy, M.B. Peterson, A.G. Nair,
D.B. Walker
15:05 – 1443. Selective dehydrogenative
coupling of alcohols and hydrogenationof esters. D.G. Gusev*
15:25 – 1444. Harnessing metal-metal bonds
for cleaving small molecules. C. Lu
15:45 – 1445. Transition metal coordinationto acyclic conjugated tri-pi hydrocarbons:enediynes, dienynes, and trienes.
J.M. OConnor*, S.K. Cope, D.M. Hitt,
K.K. Baldridge, S.J. Friese,
A.L. Rheingold, C. Moore
16:00 – 1446. Tantalum phosphinidene complexes: Synthesis and reactivity.
E. Hey-Hawkins*, A. Grundmann,
P. Lönnecke
16:15 – 1447. Optically active inorganophosphorus chelates for asymmetric catalysis.
K.F. Smith*, D. Norman, C.L. McMullin,
P.G. Pringle
16:30 Flash 4

Friday Evening
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Presiding: J. Li
19:00 – 1448. Studying some of the unusual
oxygen behavior in the fluorite based
metal oxides — mechanisms and kineticsof the oxygen exchange reaction on
238PuO , 241AmO , and CeO .
2
2
2
C.E. Whiting*, M. Du, L.K. Felker,
R.M. Wham, C.D. Barklay, D.P. Kramer
19:20 – 1449. Ionothermal synthesis of
UO22⫹ and NpO2⫹ coordination compounds using task-specific ionic liquids.
P.A. Smith*, P.C. Burns
19:40 – 1450. Hydrolysis and condensation
process of tetravalent uranium in aqueous solution. C. Falaise, M. Nyman
20:00 – 1451. Theoretical investigation of
␭-type pre-melting transition in thoria.
B. Szpunar*, J. Szpunar* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
20:20 – 1452. Phenanthrolineamide functionalized mesoporous KIT-6 for selective
U(VI) uptake: An experimental and theoretical investigation. L. Zhu, C. Xiao,
L. Yuan, W. Shi*, Z. Chai
20:40 – 1453. Computational study on thechemical separation of Am(III) from Eu(III)by means of scalar relativistic density
functional theory. M. Kaneko,
S. Miyashita, S. Nakashima

Metal-Organic Frameworks: Synthesis,
Properties and Applications (#50)

1467. Design and synthesis of new boron
carriers based on pepducin chemistry
and evaluation of their subcellular distribution. A. Isono, H. Terashima,
S. Masunaga, T. Hirayama, K. Okuda,
H.K. Nagasawa
1468. Photochemistry of hybrid organic-inorganic triarylborane-o-carboranes.
S. Kim, J. Lee, H. Son, W. Han*, S. Kang
1469. Use of serum albumin as an efficientboron delivery carrier for neutron capture
therapy. S. Kikuchi, D. Kanoh, S. Sato,
H. Nakamura*
1470. Electronic alteration on oligothiophenes by o-carborane. S. Kim, Y. Cho,
J. Lee, H. Son, W. Han, S. Kang*

Organized by: G. Shimizu, J. Long,
M. Suh, Q. Xu, X. Chen

Hawaii Convention CenterHalls I, II, III

19:00 – 1454. Porous stable metal organic
frameworks for applications in energy
and environment. c. SERRE*, G. Maurin,
M. Daturi
19:30 – 1455. Developing solid-state reactivity for the discovery and clean, high-yielding synthesis of metal-organic frameworks. T. Friscic*
19:50 – 1456. Coordiantion assembly of porous solid materials incorporating functional sites or groups. C. Su
20:10 – 1457. Microporous metal-organic
frameworks for separation of C2H2/
C2H4. B. Chen*
20:30 – 1458. Cationic metal-organic frameworks for reversible anion trapping.
S. Oliver*
20:45 – 1459. Encapsulation of red sulfur
chromophores in zeolitic imidazolate
framework (ZIF-8) by SALE. K. Balkus*,
S. Basnayake, K. Tan, Y. Chabal

Current Trends and Interconnectivities
Among Fundamental and Applied Inorganic
Fluorine Chemistry (#156)

Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1

Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
From Pnictides to Perovskites: Impact ofLocal Structure in Solid State Chemistry(#62)

Organized by: H. Kageyama,
B. Kennedy, J. Wiley
Presiding: M. Azuma, R. Seshadri
19:00 – 1460. Exploration of novel chalcogenides and their nonlinear optical properties. L. Chen
19:35 – 1461. Prospectives for enhancing
thermoelectric materials by utilizing principles based on structural features inborides. T. Mori
20:10 – 1462. Magnetic and thermoelectric
properties new antimonide with CaAl2Si2type structure. T. Murakami,
T. Yamamoto, H. Kageyama
20:25 – 1463. Structural chemistry andphysical properties of fluorine-substituted
perovskite nickelate NdNiO3⫺xFx thinfilms. T. Onozuka, A. Chikamatsu,
T. Katayama, T. Fukumura, T. Hasegawa*
Hawaii Convention CenterHalls I, II, III
Chemistry and Application of Boron
Clusters (#152)

Organized by: S. Kang, N. Hosmane,
D. Schubert, H. Nakamura, Z. Xie
Presiding: S. Kang
Poster Session
19:00 – 21:00
1464. Introduction of aromatic rings into C1carborane anion and their properties.
M. Otsuka, J. Kanazawa, R. Takita,
M. Uchiyama
1465. o-Carborane dyads for low-energy
photosensitization. Y. Cho, S. Kim,
A. Lee, H. Son*, W. Han, S. Kang
1466. Synthesis and photophysical properties of iridium(III) cyclometalates with restricted rotation of o-carborane. Y. Lee*,
J. Park, H. Lee, M. Lee

Organized by: K. Matsumoto,R. Hagiwara, G. Schrobilgen, H. Mercier,R. SyvretPresiding: H.P. Mercier
Poster Session
19:00 – 21:00
1471. [XeF5]⫹ and [Xe2F11]⫹ salts of the[CrIVF5]2–, [CrVOF5]2–, [Cr2VO2F8]2–,[MoVIOF5]–, and [Mo2VIO2F9]– anions.
J.T. Goettel, D.G. Stuart, H.P. Mercier,
G.J. Schrobilgen*1472. Squaric acid in super acids.
M.T. Schickinger*, A.J. Kornath1473. Synthesis and reactivity of metal fluorocarbene complexes. G.M. Lee*,
R. Baker*1474. Protonation of malononitrile.
Y. Morgenstern*, M.T. Schickinger,
A.J. Kornath1475. Protonation of methylphosphonicacid. I.E. Erhardt*, Y. Morgenstern,
A.J. Kornath1476. Crystal structures of chlorosulfonamide and its protonated species as
hexafluoridogermanate salt. D. Leitz,
Y. Morgenstern, A.J. Kornath1477. Effects of the surface fluorination on
the electrochemical properties and thermal stability of LiFePO4 cathode material.
K. Degura*, J. Kim, S. Yonezawa,
M. Takashima
1478. Surface fluorination and cobalt coatingof LiNi0.5Mn1.5O4 spinel cathode for Liion battery. K. Ura
1479. Preparation and electrochemical characterization of Li4Ti5O12 using surfacefluorinated TiO2. M. Kohno*, J. Kim,
S. Yonezawa, M. Takashima
1480. Effects of surface fluorination on thesynthesis process of LiNiO2 as a cathodeactive material for lithium ion batteries.
S. Yamada*, J. Kim, S. Yonezawa,
M. Takashima
1481. Chemical state analysis of various fluorides by using AES. F. Nishimura,
J. Kim, S. Yonezawa, M. Takashima
1482. Preparation and characterization of
CaSiO3 particles with fluorinated SiO2.
K. Maekawa*, J. Kim, S. Yonezawa,
M. Takashima
Hawaii Convention CenterHalls I, II, III
Activation and Transformation of Small
Molecules Mediated by Early Transition
Metal Complexes (#170)

Organized by: K. Theopold, K. Mashima,
Z. XiePoster Session
19:00 – 21:00
1483. Construction of spiro skeleton with titanocene complex. M. Bando,
Y. Mizukami, Z. SONG, K. Nakajima,
T. Takahashi*
1484. Synthesis and catalytic activity of dimolybdenum-dinitrogen complex bearing
PCP-type pincer ligands. A. Eizawa,
K. Arashiba, S. Kuriyama, K. Nakajima,
Y. Nishibayashi*

1485. Synthesis and reactivity of zirconocene complexes with bidentate phosphine ligands. M. Hosoya, Y. Ariga,
Y. Masuyama, N. Suzuki*
1486. Salt-free reduction of niobium imido
complex by organosilicon reductants andtheir reactivity toward N⫽N bond.
K. Kawakita, T. Saito, H. Nishiyama,
M. Nechayev, B.M. Kriegel, H. Tsurugi,
J. Arnold, K. Mashima*
1487. Synthesis of stable five-membered cycloallene complexes that contain a sulfur
atom and Group 4 metal. A. Kawamura,
T. Asada, Y. Masuyama, N. Suzuki*
1488. Synthesis five-membered zirconacycloallenes and their reactions to form allenyl alcohols. R. Kurita, M. Hosoya,
Y. Masuyama, N. Suzuki
1489. Synthesis of substituted metallocene
complexes. H. Nakata, Z. SONG,
K. Nakajima, T. Takahashi*
1490. Titanium Lewis acid mediated asymmetric synthesis of hydroxylamines via alkylation of O-diphenylphosphoryl oxime
substrates. J.M. Tanski*, S.H. Majer,
B. Zhang
1491. Imidophosphorane group VI complexes containing metal-element multiple
bonds. C. Varjas, R.K. Thomson*
Hawaii Convention CenterHalls I, II, III
The Bio-Coordination Chemistry of Nitric
Oxide and Its Derivatives: Mechanisms of
NOx Generation, Signaling and Reduction in
Biological Systems (#371)

Organized by: N. Lehnert,
G. Richter-Addo, F. Doctorovich,
K. Fujisawa
Poster Session
19:00 – 21:00
1492. Four-coordinate nickel nitrosyl complexes supported by a PEP ligand: Tetrahedral vs. square planar geometry.
J. Gwak, Y. Kim, Y. Lee*
1493. Modeling the key intermediate in cytochrome P450 nitric oxide reductase:
Electronic structure and reactivity.
A. McQuarters*, N. Lehnert
1494. First structurally determined {FeNO}8porphyrin complex. J. Li*
1495. Nitric oxide production by Trichomonas vaginalis. K.D. Jordan, N. Yarlett,
R.K. Upmacis*
1496. Characterization of a high-spin nonheme {FeN(H)O}8: Implications for the reacitivty of iron nitroxyl species in biology.
A.L. Speelman, N. Lehnert
1497. Spectroscopic characterization ofiron-nitrosyl intermediates in heme-nonheme diiron center of engineered denitrifying nitric oxide reductase mode.
H. Matsumura, S. Chakraborty, Y. Lu,
P. Moënne-Loccoz
1498. Reactivity study of a five-coordinate
cobalt complex with nitric oxide.
C. Wang, W. Lee*, W. Liaw*
1499. Syntheses, structures, and electrochemical studies of bioinspired iron nitrosyl complexes. L. Li*
1500. Synthesis and spectroscopic characterization of ferric heme-thiolate complexes as models for cytochrome P450
nitric oxide reductase. A.P. Hunt*,
N. Lehnert

8:20 – 1502. From hydrogen to neptunium:
Uranyl oxo-functionalisation by as muchof the periodic table as possible.
P.L. Arnold*, M. Zegke, G. Jones,
A. Pecharman, R. Lord, E. Hollis,
M. Dutkiewicz, J. Love, R. Caciuffo,
N. Magnani, C. Apostolidis, O. Walter,
X. Zhang, G. Schreckenbach,I. Pidchenko, T. Vitova
8:50 – 1503. Californium: The second tipping
point in the actinide series.
T.E. Albrecht-Schmitt*
9:20 – 1504. Modulation of interfacial properties in liquid:liquid solvent extraction via
solution phase conditions: The role of organic diluent, ionic strength, and ampiphilic solutes. A.E. Clark
9:50 Break
10:05 – 1505. Probing the electronic structure and chemical bonding in mononuclear uranium oxides (UOx⫺, x ⫽ 1⫺5) using photoelectron spectroscopy.
L. Wang*
10:35 – 1506. Biomimetic ligand platforms
for specific recognition and enhanced luminescence sensitization of actinides.
R.J. Abergel*, M. Sturzbecher-Hoehne,
B. Allred, P. Rupert, P. YANG, A. D’Aléo,R. Strong
11:05 – 1507. Ab initio thermochemistry andspectroscopy for molecules containing fblock elements. K.A. Peterson*
11:35 – 1508. Actinide ion recognition mechanism by organic ligands. T. Yaita*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
Metal-Organic Frameworks: Synthesis,
Properties and Applications (#50)

Organized by: G. Shimizu, J. Long,
M. Suh, Q. Xu, X. Chen
8:00 Opening remarks
8:05 – 1509. New opportunities in the field ofmetal-organic frameworks. O.M. Yaghi
8:35 – 1510. Combined experimental, theoretical, and computational approach toredox-active metal-organic frameworks.
D.M. D’Alessandro*, C.F. Leong,
P.M. Usov, B. Chan
8:55 – 1511. Applications of functional metal-organic frameworks. Q. XU
9:15 – 1512. Tetravalent MOFs as catalysts
for oxidation and esterification reactions.
D. De Vos*
9:35 – 1513. Biomimetic mineralization of
metal-organic frameworks and its potential in biotechnology. K. Liang*,
P. Falcaro
9:50 – 1514. Luminescent metal-organic
frameworks and related applications.
J. Li*
10:10 – 1515. Porous metal-organic materials for gas storage and selectivity.
S. Yang*
10:30 – 1516. Flexibility and functionality inmetal-organic frameworks. S. Kaskel
10:50 – 1517. Crystal engineering of hybrid
ultramicroporous materials.
M. Zaworotko*
11:10 – 1518. Highly porous medical metalorganic framework constructed from bioactive curcumin. G. Zhu
11:30 – 1519. Lanthanide-organic frameworks for optical sensing and nanothermometry. J. Rocha*

Saturday Morning
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Presiding: M.A. Denecke, S. Tsushima
8:00 – 1501. Behavior of AmVI in nitric acidsolution: Preparation, complexation, andautoreduction. B.J. Mincher*,
T.S. Grimes, C.C. Dares, N.C. Schmitt* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–10302 – INORTECHNICAL PROGRAM

Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2

Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2

From Pnictides to Perovskites: Impact ofLocal Structure in Solid State Chemistry(#62)

Recent Discoveries in the Chemistry of
Bismuth and Related Elements: the Green
Alternative (#93)

Organized by: H. Kageyama,
B. Kennedy, J. Wiley
Presiding: Z. Hiroi, C.D. Ling, Y. Liu,
K. Ok

Organized by: K. Whitmire, H. Sun,
P. Andrews
Presiding: K. Whitmire

8:00 – 1520. Understanding and predictionof multiferroics. H. Xiang
8:35 – 1521. A-site magnetism in the Mnspin sublattice of A-site ordered perovskites AMn3B4O12. T. Saito*,
S. Zhang, M. Toyoda, T. Oguchi,
C. Ritter, J.P. Attfield, Y. Shimakawa
8:55 – 1522. Itinerant (3d) ferromagnetism in
ACo2As2 (A ⫽ Eu, Ca) induced by localized (4f) valence fluctuations. X. Tan,
G. Fabbris, D. Haskel, A. Yaroslavtsev,
M. Shatruk
9:15 – 1523. Enhancement of superconducivity by La and Sb double doping of 112type iron pnictide CaFeAs2. M. Nohara*,
Y. Kitahama, K. Fujimura, T. Mizukami,
K. Kudo
9:35 – 1524. Superconductivity and magnetism in solution-produced FeSe-basedmaterial. K. Kovnir
9:55 Break
10:05 – 1525. Superconductivity in titanium
pnictide oxides. T. Yajima*, K. Nakano,
F. Takeiri, Y. Nozaki, W. Ishii, Z. Hiroi,
T. Ono, Y. Hosokoshi, Y. Matsushita,
J. Hester, T. Yamamoto, N. Tsuji, J. Kim,
A. Fujiwara, Y. Kobayashi, H. Kageyama
10:25 – 1526. Collapse transition in earlytransition metal pnictide. T. Yamamoto*,
T. Kawakami, T. Yajima, T. Okada,H. Kageyama
10:45 – 1527. Local structure effects in functional materials. Examples of lighting
phosphors, magnetic, and thermoelectricmaterials. R. Seshadri
11:20 – 1528. Structure of BiS2 Layer in
Bi4O4S3. A. Miura*, Y. Mizuguchi,
T. Sugawara, T. Takei, N. Kumada,E. Magome, C. Moriyoshi, Y. Kuroiwa,
K. Tadanaga
11:40 – 1529. Effect of oxygen content iniron-pnictide superconductors with thickblocking layers. H. Ogino*,
J. Shimoyama, K. Kishio
Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Accessing the Full Potential of RedoxActive Ligands: Reactivity and Applications(#87)

Organized by: T. Storr, C. Grapperhaus,
H. Fujii
Presiding: H. Fujii, T. Storr
8:00 – 1530. Radical-type catalytic reactions
involving substrate radicals. B. de Bruin*
8:30 – 1531. Highly-tunable donor-acceptor
LL’CT complexes of the 3d metals.
A. Heyduk*, L. Cameron, E. Seraya
9:00 – 1532. Metal complexes of redox-active ligands for bond-activation reactions
and catalysis. B. Sarkar*
9:30 – 1533. Electronic structure and imidyl
radical reactivity in chromium phenylenediamido complexes. A. Mottier, W. Zhou,
G. DiLabio*, K.M. Smith*
9:50 Break
10:00 – 1534. Redox switches for catalysis
using ferrocene-based ligands.
P.L. Diaconescu
10:30 – 1535. C-H, C-C and C-N activationof redox-active pyridines in reduced ironcomplexes. R.A. Lewis, K.C. MacLeod,
B.Q. Mercado, P.L. Holland
11:00 – 1536. Oxidation chemistry of nickel(II)-di(phenolate) complexes.
Y. Shimazaki*
11:30 – 1537. Redox-active pincer ligands
for Fe, Co and Ni catalyzed C–C crosscoupling via C–O or C–H bond activation.
J.D. Soper*

104 –TECH

8:00 – 1538. Bismuth chalcogenide chemistry from exploratory synthesis to compound prediction and a treasure trove of
properties. M.G. Kanatzidis*
8:30 – 1539. Magnetic properties of bismuth
molecules and materials. S. Clarke,
S. Coste, D.E. Freedman
9:00 – 1540. Bismuth-rich materials: A perspective for electronics close to theatomic limit. M. Ruck
9:30 Break
9:45 – 1541. Solvent-free solid-state synthesis of bismuth salicylate complexes byaccelerated aging and mechanochemistry. D. Tan*, F. Qi, T. Friscic
10:15 – 1542. Mesmerizing chemistry of bismuth: Many happy returns. E.V. Dikarev*
10:45 – 1543. New explorations into transition metal pnictide clusters.
D.E. Schipper, K. Whitmire
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Chemistry and Application of Boron
Clusters (#152)

Organized by: S. Kang, N. Hosmane,
D. Schubert, H. Nakamura, Z. Xie
Presiding: N.S. Hosmane
8:00 Introductory Remarks
8:00 – 1544. New carborane ligands andtheir ␴- and ␲- metallocomplexes.
V.I. Bregadze*
8:30 – 1545. Synthesis and reactivity ofnovel carboryne precursor 1-OTf-1,2C2B10H11. Z. Qiu*
8:50 – 1546. Chemistry of carboranylamidinates. N. Harmgarth, C.G. Hrib,
V. Lorenz, L. Hilfert, P. Dröse,
F. Edelmann
9:20 Break
9:30 – 1547. Coordination chemistry of carboranylamidinate ligands. G. JIN*
10:00 – 1548. Carborane based optoelectronically active materials. A. Lee, J. Lee,
J. Lee, W. Han*
10:20 – 1549. Triple decker sandwich complexes incorporating six membered ringas middle deck. S. Ghosh*10:50 Break
11:00 – 1550. Intermolecular interactions involving boron hydrides clusters: Theory
and experiment. E. Shubina*
11:30 – 1551. Chemistry of bis(carboranes).
A.J. Welch
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2Current Trends and Interconnectivities
Among Fundamental and Applied Inorganic
Fluorine Chemistry (#156)

Organized by: K. Matsumoto,R. Hagiwara, G. Schrobilgen, H. Mercier,R. SyvretPresiding: R. Hagiwara
8:00 – 1552. Recent attempts to improve thecapabilities of commercial CFx to enhance the efficiency of Li/CFx batteries.
D.T. Meshri, E. Shembel , S.D. Meshri,
R.L. Adams , D. Pinnapareddy, V. Redko,
I. Maksyuta, A. Markevich , N. Mathur
8:30 – 1553. Improving life and safety of lithium ion batteries via fluorine based organic and inorganic coating of electrodematerials. K. Amine*
9:00 – 1554. Fluoride-phosphates of transition metals and Li/Na as perspective
cathode materials for Li-ion batteries.
E. Antipov*, N. Khasanova, S. Fedotov,
O. Drozhzhin

9:30 – 1555. Surface fluorination of nickel
containing cathode active materials forlithium ion battery. S. Yonezawa, J. Kim,
M. Takashima, J. Imaizumi
9:50 – 1556. High substitution rate in TiO2
anatase nanoparticles for high rate capability and modified lithium storage mechanism. D. Dambournet*, W. Li,
D. Corradini, M. Salanne, M. Body,
C. Legein, K. Chapman
10:10 Break
10:20 – 1557. Versatility of C-F bonding influorinated carbons. M. Dubois*,
K. Guerin, Y. Ahmad, A. Hamwi, F. Masin,
A. Vinogradov
10:50 – 1558. Covalent attachment of perfluoroalkyl groups to layered materials.
Y. Matsuo*
11:20 – 1559. Effects of ion mixing on the
structures and properties of ionic plastic
crystals. K. Matsumoto*, R. Nonaka,
R. Tanaka, R. Hagiwara
11:40 – 1560. Gradient surface modificationof an electrode with fluoro-functionality
by means of bipolar electrochemistry.
S. Inagi*, N. Shida, T. Fuchigami
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Advances in Phosphorus Chemistry:
Materials, Reactivity at Phosphorus, andSynthesis (#226)

Organized by: R. Waterman, F. Ozawa,
D. Gates, P. Leung
Presiding: R.L. Webster
8:00 – 1561. Complexes with super-strained
three-membered P-ligands: Synthesis
and insights into substrate dependent reactivity. R.K. Streubel*,
J. . Villalba Franco
8:20 – 1562. Phoshino(boryl)carbenes andazavinylidenephosphoranes, two new
type of push-pull carbenes.
A. Baceiredo*, E. MAERTEN, T. KATO
8:40 – 1563. Palladium-catalyzed hydrophosphorylation of alkynes: Scope, limitation, and mechanism. L. Han*
9:00 – 1564. Inner- and outer-sphere roles ofterminal ruthenium phosphido complexesin P-C bond formation. R.G. Belli,
S.A. Rufh, J. Yang, D. Pantazis,
R. McDonald, L. Rosenberg*
9:20 – 1565. Organopalladium complex catalyzed asymmetric P-H addition reactions. P. Leung*
9:40 – 1566. Activation of P4 and preparationof novel types of phosphorus species.
G. Bertrand
10:00 – 1567. Reduction behavior of Fe(I)complexes bearing a PNP-pincer type
phosphaalkene ligand. Y. Nakajima,
Y. Lin, N. Ichihara, F. Ozawa
10:20 – 1568. Transition-metal catalyzed reactions that form bonds to phosphorous.
R. Waterman
10:40 – 1569. Catalytic hydrosilylation of
CO2 using an iridium(I) complex bearing
unsymmetrical PNP-pincer type phosphaalkene ligands. Y. Chang,
K. Takeuchi, F. Ozawa*
11:00 – 1570. Room temperature hydrophosphination using a simple iron salen
pre-catalyst. K.J. Gallagher, C.A. Brown,
M.F. Mahon, R.L. Webster*
11:20 – 1571. Catalytic asymmetric synthesis of phosphorus compounds. W. Duan*
11:40 – 1572. Phosphine-participated C-Htransformations. S. Yang
Hilton Hawaiian Village
Kalia Tower, Lehua Suite
The Expanding Periodic Table: New
Discoveries and Chemistry of the Heaviest
Elements (#234)

Organized by: Y. Nagame, H. Nitsche,
Z. Qin, P. Schwerdtfeger, C. Duellmann,
A. Tuerler
Presiding: C.E. Duellmann, Y. Nagame
8:00 – 1573. Search for new elements at
TASCA at GSI. K. Jadambaa*
8:30 – 1574. Synthesis of superheavy elements at RIKEN. K. MORIMOTO

9:00 – 1575. SHE factory: Current status.
G. Chubarian*
9:30 – 1576. Synthesis and nuclear structurestudies of heavy elements with the Berkeley Gas-filled Separator. K.E. Gregorich*
10:00 – 1577. Toward A and Z identificationof superheavy elements. J. Gates*
10:30 – 1578. Production and decay studiesof 261Rf, 262Db, 265Sg, and 266,267Bh forsuperheavy element chemistry using
GARIS at RIKEN. H. Haba*
11:00 – 1579. Random probability analysisof recent 48Ca ⫹ 239,240Pu experiments
for the production of flerovium.
M.A. Stoyer*, S. Strauss, Y. Oganessian,F. Abdullin, R. Boll, N. Brewer,
S. Dmitriev, J. Ezold, L.K. Felker,
R. Grzywacz, J. Hamilton, R. Henderson,
M. Itkis, K. Miernik, A. Polyakov,
J. Roberto, K. Rykaczewski,
A. Sabelnikov, R. Sagaidak,
D. Shaughnessy, I. Shirokovsky,
M. Shumeyko, N. Stoyer, V. Subbotin,
A. Sukhov, Y. Tsyganov, V. Utyonkov,
A. Voinov, G. Vostokin
11:30 – 1580. Heavy element study using a
new separator GARIS-II. D. Kaji*,
K. MORIMOTO
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Advances in the Medicinal Applications of
N-Heterocyclic Carbene Metal Complexesand Azolium Cations (#255)

Organized by: W. Youngs, M. Baker,
C. Che, I. Lin, M. Panzner
Presiding: W. Youngs
8:00 Opening Remarks
8:10 – 1581. Development of novel silverbased antimicrobial formulations for thetreatment of pulmonary infections.
P.N. Shah*, J.A. Smolen, J.A. Tagaev,
S. Zhang, F. Zhang, Y.H. Lim, G. Heo,
B. Wright, M.J. Panzner, W. Youngs,
K. Wooley, C.L. Cannon
8:45 – 1582. Assessment of the clearance
and pharmacokinetics of silver antimicrobials using 111Ag. T. Aweda, S. Zhang,
B. Wright, J. Burkemper, G. Heo,
N. Bandara, C.S. Cutler, C.L. Cannon,
W. Youngs, K. Wooley, S.E. Lapi
9:20 – 1583. Therapeutic polymer nanoparticles designed for treatment of pulmonary and urinary tract diseases.
K. Wooley
9:55 Break
10:10 – 1584. New routes to carbene-functionalized metal surfaces. M.T. Zamora,
C.A. Smith, M. Narouz, C. Crudden
10:45 – 1585. Beyond catalysis, the new horizon of the biomedical applications of thelate-transition metal N-heterocylic carbene complexes. P. Ghosh*, D. Panda*
11:20 – 1586. Antimicrobial activity of silver
N-heterocyclic carbene mediated self-assembling hydrogels based on the naturally occurring human peptide glutathione. M.J. Panzner*, D. Hohman,
E. Elmond, M. Gehring, T.C. Leeper,
W. Youngs
11:55 Morning Closing Remarks* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
Hawaii Convention CenterHalls I, II, III
Inorganic Complexes for Solar Energy
Harvesting (#256)

Organized by: M. Wolf, K. Sakai,
F. MacDonnell
Poster Session
10:00 – 12:00
1587. Synthesis and characterization of heteroleptic copper(I) complexes for lightharvesting applications. J. Huynh,
B.D. Koivisto*
1588. Luminescent building blocks for supramolecules from a bis-diimine platinum(II) dithiolene with exchangeable diimine
ligands. B.W. Smucker*, J.B. Smith,
P.J. Derry
1589. Fabrication and properties of zinc oxide based perovskite solar cells.
M. Fujibayashi, h. morikawa, E. Inami,
H. Ogata
1590. Liquid light guides for photochemistry
and photocatalytic experiments.
K. Nomura*, K. Hosoda, Y. Toyoda,
D. Yokota, Y. Morito, A. Fujishima
1591. Effects of silver nanoparticles addition
to perovskite-based solar cells.
h. morikawa, M. Fujibayashi, E. Inami,
H. Ogata
1592. High haze TCO glass to enhance thelight harvest for dye-sensitized solar cell.
T. Endo*, R. Otsuka, R. Murakami,
M. Okuya1593. Reduction of TiO2 / TCO interface resistance for dye-sensitized solar cell with
TNO transparent conductive film.
T. Endo*, M. Okuya, R. Iwaki,
S. Takemura, S. Nakao, S. Okazaki,
E. Sakai, N. Yamada, T. Hitosugi,
T. Hasegawa
1594. Molecular orientation control in phthalocyanine-based thin films using magnetic field. Y. Fujita, Y. Kikutani,
A. Maeda*, K. Uemura, Y. Hirai
1595. Photohydrogen-evolving moleculardevice sacrificing initially collected one
electron. K. Yamamoto, K. Kitamoto,
K. Sakai*1596. Water soluble copper phthalocyanine
as photochemical water oxidation catalyst. R. Terao, T. Nakazono, A.R. Parent,
K. Sakai*
1597. Iridium complexes with Coumarin ligands: Effective sensitizers for visiblelight-driven hydrogen generation.
S. Takizawa*, S. Murata
1598. Syntheses and hydrogen-evolving activities of nickel(II) pyridinethiolate complexes stabilized oligopeptide moieties.
K. Miyazaki, K. Kitamoto, K. Yamauchi,
K. Sakai*1599. Dye-sensitized solar cells consisting of
hierarchical thin-layered nanocrystalline
TiO2, Pt nanoparticles from organic syntheses, and organic dyes of donor-␲-acceptor type. K. Mitsuke*, N. Tanaka,
A. Saito, D. Izutsu, K. Takahashi,
M. Wakayama, M. Hashimoto
1600. Encapsulation of Pt(II)-based molecular catalysts into a supramolecular cage
and their catalytic activity for hydrogen
evolution from water. S. Tanaka,
T. Nakazono, K. Yamauchi, K. Sakai*
1601. Ruthenium complex as a single-component redox shuttle for electrochemical
photovoltaics. J. Kim, N. Jeong*1602. Molecular catalysis of hydrogen evolution based on a one-step two-electron reduction scheme. S. Nakashima,
K. Yamauchi*, K. Sakai*1603. Bis-Ru(II) complexes bearing a sulfur
bridge of varying oxidation states for application in solar cells and light-emitting
devices. C.M. Brown*, M.O. Wolf
1604. Studies on electrochemical water reduction catalyzed by bis(dithiolato)nickelate(II) complexes. K. Koshiba,
K. Yamauchi*, M. Huynh,
S. Hammes-Schiffer, K. Sakai*
1605. Polypyridyl ruthenium(II) complexes inion exchange resins toward solid-state
light harvesting system. A. Ito*, K. Kato,
N. Kishida, Y. Teki

1606. Photoinduced water oxidation properties of cobalt porphyrin catalysts.
T. Nakazono, A.R. Parent, K. Sakai*
1607. Novel methods for catalyst functionalization of semiconductors and applications in photoelectrocatalysis.
S.C. Eady*, B. Brown, S. Peczonczyk,
S. Maldonado, N. Lehnert
1608. Pigment-acceptor-catalyst triads forphotochemical hydrogen production fromwater. K. Kitamoto, K. Sakai*
1609. Dye-sensitized solar cells using cyclometalated ruthenium complexes and cobalt redox electrolyte. T. Funaki*,N. Onozawa-Komatsuzaki, K. Sayama
1610. Structure-activity relationship of photochemical H2 evolution from water catalyzed by cobalt-NHC complexes.
K. Kawano, K. Yamauchi*, K. Sakai*
Hawaii Convention CenterHalls I, II, III
Metal Mediated Polymerization (#292)

Organized by: P. Hayes, R. Waterman,
T. Mizuta, Y. Tang, P. Sangtrirutnugul
Poster Session
10:00 – 12:00
1611. Cobalt amine-bis(phenolate) complexes for the activation of carbon dioxide. K. Ambrose, C.M. Kozak*
1612. Synthesis of polyolefin brushes by polymerization of ␣-olefins containing long
branches. S. Pengoubol, K. NOMURA*
1613. New earth-abundant metal salen complexes for the copolymerization of carbon
dioxide with epoxides. H. Plommer,
F. Kerton*
1614. Cr(III) amine-bis(phenolate) complexes
as catalysts for the production of copolymers from CO2, epoxides, and lactide.
K. NI*
1615. Preparation of pentacoordinate titanium n-butoxide derivatives, and theiranalysis by density functional theory calculations and nuclear magnetic resonance analysis. K. Koike
1616. Transition metal facilitated synthesisof nucleosidic polymers. C.M. Mikulski*
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
S-block Metal Chemistry (#304)

Organized by: K. Ruhlandt-Senge,
P. Andrews, C. Cui
Presiding: P. Andrews, K. Henderson
8:00 – 1617. Molecular magnesium(I) compounds: Bespoke reagents for the synthesis of low-coordinate metal-metal
bonded complexes. C. Jones*
8:30 – 1618. Recent developments in thechemistry of compounds with Group
2–transition metal bonds. P. Mountford*,
M.P. Blake
9:00 – 1619. Alkaline-earth metal boronates:
From structural studies to high resolution
solid state NMR characterizations andcomputational modeling. D. Laurencin*,
S. Sene, M. Reinholdt, C. Gervais,
D. Berthomieu, A. Mesbah, G. Renaudin,
M.E. Smith, c. bonhomme
9:20 – 1620. Ligation/solvation competitionin heavy alkaline earth metal tetraarylborates. K. Ruhlandt-Senge, C. Lavin,
D. Allis, A. Goos, M. Gillett-Kunnath9:40 – 1621. Addressing the limitations of sblock reactivity and catalysis. M.S. Hill*
10:00 Break
10:10 – 1622. Aggregation and reactivity inorganolithium reagents. H.J. Reich
10:40 – 1623. Group two mediated frustrated Lewis pairs: Meta-FLPs.
M.D. Anker*, M.s. Hill
11:00 – 1624. Chiral magnesium and calcium reagents in asymmetric deprotonation processes. K. Henderson*
11:20 – 1625. Preparation and reactivity ofsoluble alkaline earth metal hydride complexes. L. Fohlmeister, A. Stasch*

11:40 – 1626. Trimagnesium complex ofhexaazatrinaphthylene trianion: A novel
triradical with an open-shell doublet character. J.O. Moilanen, B.M. Day, T. Pugh,
R.A. Layfield*
Hawaii Convention CenterHalls I, II, III
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Poster Session
10:00 – 12:00
1627. Search for active first-row transition
metal alkylidene complexes. A. Nielson*,
J. Harrison, A. Sajjad, P. Schwerdtfeger
1628. Rigid 2,1,3-benzosiladiazole based
PSiP pincer ligands. C. Ma, A.F. Hill*,
L.S. Dixon, M. Sharma, A. Sinha,
J.S. Ward
1629. Pincer ligands with pyrazole arms: Redox-noninnocence expands chemical reactivity. K. Caulton*
1630. Synthesis and reactivity of NHC-basedrhodium macrocycles. R.E. Andrew,
D.W. Ferdani, C.A. Ohlin, A.B. Chaplin*
1631. Synthesis, structure, and property of Ir
and Rh complexes bearing an iPr-substituted PBP ligand. K. Tanoue,
M. Yamashita
1632. Iridium catalyst featuring a hemilabile
SiNN-pincer ligand for Si–H deuterationof hydrosilanes with benzene-d6.
T. Komuro, T. Osawa, R. Suzuki,
H. Tobita*
1633. Synthesis of first-row transition metal
complexes with bis(aminomethyl)pyridine
ligands and reactions of the iron complex
involving ␤-hydrogen elimination.
T. HIGASHI, T. Hatanaka, Y. Funahashi
1634. Enhanced catalysis – homo- and heterobimetalliccomplexes of Rh and Ir for
C-X bond formation reactions.
M.B. Peterson*, S. Choy, M. Gatus,
B.A. Messerle
1635. Homoleptic Au(III) trications: A synthetic pathway to a novel class of Au(III)compounds. R. Corbo, J.L. Dutton*
1636. Synthesis and reactivity studies ofsquare pyramidal tantalum complexes.
G. Lavoie*, R. Morris
1637. Construction of multicofacial multinuclear complexes within a one-nanometersize macrocyclic porphyrin nanoring.
Y. Ohkoda*, A. Satake*
1638. Hemilabile pincer ligands for enhanced catalysis. A. Gopalan Nair
1639. Synthesis of early-late heterodinuclear
complexes bearing ONO-P multidentate
ligands. S. Yoneyama, K. Satou,
T. Hasegawa, N. Suzuki*, Y. Masuyama
1640. Photochemical reaction of diruthenium
tetrahydride-bridged complexes with carbon dioxide: Insertion of CO2 into a Ru-H
bond vs. C⫽O double bond cleavage.
R. Shimogawa, T. Takao*, H. Suzuki
1641. Perimidenylidene based N-heterocyclic carbene pincer ligands. C. Ma,
A.F. Hill*, C.M. McQueen, J.S. Ward,
B.A. Messerle, M.J. Page
1642. Mechanistic investigation of H/D exchange of unactivated C-H bonds by apentanuclear nickel cluster.
M.M. Shoshani, S.A. Johnson*
1643. Synthesis of O, N, O - N, N ligands
and their heterodinuclear complexes.
T. Shimamura, K. Haraga, Y. Masuyama,
N. Suzuki*
1644. Non-innocent behavior of 3-coordinate phosphorus ligands: Late transition
metal phosphido vs. phosphenium bonding and reactivity. Y. Han, A.F. Hill*,Y. Xiong, T. Schwich
1645. Developing first-row transition metal
catalysts that incorporate coordinatively
versatile redox-active ligands.
C.E. MacBeth*, O. Villanueva
1646. Multidentate phosphine-enamide ligands for small molecule activation andcatalysis. V. Annibale, T.G. Ostapowicz,
S. Westhues, C. Lenczyk, T.C. Wambach,M. Fryzuk*

1647. New N-heterocyclic carbene ligands
as supports for low valent metals: Synthesis and reactivity of first row NHC
metal complexes. Z. Call,
A. Gaona-Rojas, C. Bradley*
1648. Synthesis and study of novel iron sulfide complexes as models for nitrogenase. N.A. Arnet, T.R. Dugan,
W.W. Brennessel, B.Q. Mercado, E. Bill,
P.L. Holland*
1649. Trigonal bipyramidal complexes with astable copper(III) moiety and thier oxygen-derivatives. H. Chang, W. Lee*
1650. Post functionalization: An effective
method to construct heavier group 14 element donor-functionalized NHC complexes. L. Deng*
1651. Ligand cooperation in the hydrogenation of N2O using PCP iridium pincer
complexes. L.E. Doyle, W.E. Piers*,
J. Borau-Garcia
1652. Phosphide-nickel(II) and phosphinitenickel(0) interconversion via reversible
P–O bond formation and cleavage.
S. Kim, Y. Kim, S. Oh, Y. Lee*1653. Transformation of (PEP)Ni-thiolate assisted by metal-ligand cooperation.
S. Oh, Y. Lee*1654. Copper-mediated cross-coupling reaction: mechanistic insights and its application. M. Oi*, M. Otsuka, J. Kanazawa,R. Takita, M. Uchiyama
1655. Synthesis and reactivity of electronrich amino-substituted diaryl PCP pincer
complexes. J.D. Smith, S. Sugawara,
Y. Yamamoto, W.E. Piers*, D. Spasyuk
1656. Acceptorless dehydrogenation ofamines by cooperative[CpRu(PR2NR’2)(NCMe)]⫹ complexes.
J.M. Stubbs*, J.M. Blacquiere
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
The Bio-Coordination Chemistry of Nitric
Oxide and Its Derivatives: Mechanisms of
NOx Generation, Signaling and Reduction in
Biological Systems (#371)

Organized by: N. Lehnert,
G. Richter-Addo, F. Doctorovich,
K. Fujisawa
Presiding: N. Lehnert
8:00 – 1657. Using biosynthetic models of
nitric oxide reductase and nitrosocyanin
to understand structures and mechanisms responsible for NO reduction andreversible S-nitrosylation. Y. Lu*,
S. Chakraborty, S. Tian, J. Reed
8:30 – 1658. Molecular mechanism of NO reduction by bacterial nitric oxide reductases. Y. Shiro, T. Tosha, T. Kimura,
M. Kubo
9:00 – 1659. Using isotopic fractionation toprovide insight into the mechanism of microbial N2O production. E.L. Hegg*,
H. Yang, H. Gandhi, A. McQuarters,
N. Lehnert, N.E. Ostrom
9:20 – 1660. Exploring the nitric oxide dioxygenase activity of heme-thiolate enzymes. D. Stuehr*
9:50 Break
10:00 – 1661. Bending and stretching in sixcoordinate iron nitrosyls. W.R. Scheidt*,
Q. Peng, J. Pavlik, J. Sage
10:20 – 1662. Reduction of NO to HNO byantioxidants (alcohols, thiols, amines, andothers). F. Doctorovich* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–105

02 – INOR
10:40 – 1663. HNO/NO conversion mechanisms of Cu-based HNO probes with implications for Cu,Zn-SOD and metalbased HNO probe design. M. Michael,
G. Pizzella, L. Yang, Y. Shi, T. Evangelou,
D. Burke, Y. Zhang*
11:00 – 1664. Modeling nitric oxide signalingchemistry at copper and zinc sites.
T.H. Warren*
11:30 – 1665. Chemistry of iron-sulfur clusters in nitric oxide signaling. E. Kim*
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Activation of Small Molecules byElectropositive Metals Related to Chemical
Energy Conversion (#380)

Organized by: D. Mindiola,
H. Kawaguchi, L. Schafer, K. Meyer,
A. Veige, M. Reynolds
Presiding: K. Meyer, D. Mindiola
8:00 opening remarks
8:05 – 1666. Elucidating the Inorganic Enamine Effect: Fast Wittig-like reactions andCO2 deoxgenation across a metal-carbon
triple bond. A.S. Veige*, S.d. Gonsales,
M.E. Pascualini, I. Ghiviriga, K.A. Abboud
8:25 – 1667. Bimetallic cleavage of aromatic
C-H bonds by rare earth metal complexes. P.L. Diaconescu
8:45 – 1668. Activation of strong bonds withlow-valent Group 5 complexes. J. Arnold
9:05 – 1669. Scandium terminal imido complexes: Synthesis, structure, and reactivity. E. Lu, J. Chu, X. Han, Y. Chen
9:25 – 1670. Early metal catalyzed hydroelementation of oxygenates. A.D. Sadow*
9:45 – 1671. Early transition metal catalyzed
C-H alkylation: Hydroaminoalkylation forthe selective synthesis of amines.
L.L. Schafer*
10:05 break
10:20 – 1672. Early transition metal-catalyzed activation of ␣-C(sp3)–H bonds ofprimary or secondary amines. S. Doye*
10:40 – 1673. Metal-metal bonded catalysts
for dinitrogen silylation and olefin hydrogenation. C. Lu*, R. Siedschlag,
L. Clouston, R. Cammarota, L. Gagliardi,
E. Bill
11:00 – 1674. Tranformation on titanium byreversible carbon-carbon bond cleavage.
T. Takahashi
11:20 – 1675. Synthesis and reaction chemistry of (imido)vanadium(V)-alkyl, alkylidene complexes. K. NOMURA
11:40 – 1676. C-H and C-P activation anddehydrogenation reactions of alkanes
with phosphino-alkylidenes and -alkylidyne complexes of titanium. D. Mindiola*
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3
New Directions for Sensing Metals in
Biology (#424)

Organized by: E. New, E. Que,
T. Hirayama
Presiding: E. Que
8:00 – 1677. Genetically encoded sensors
for monitoring the spatial distribution ofzinc in living cells. A.E. Palmer
8:30 – 1678. Development of genetically encoded zinc(II) and iron(II) biosensors toprobe cellular metal homeostasis.
C.A. Fierke*, R.B. Thompson, B. Kim,
C.A. Pitcairn, A.K. Stoddard,
E.G. Matveeva
9:00 – 1679. Imaging properties of the (zinc)proteome with zinc fluorophores.
D.H. Petering*, K. Fatima, M. Karim,
E. Lund, M. Namdarghanbari,
A. Nowakowski
9:20 – 1680. Methods for the fluorescent detection of heavy metals . C. Shen,
D.G. Smith, E. New
9:40 – 1681. Strategies to develop wholecell biosensors for heavy metals.
J. Zhao*, W. Wei
10:00 Morning tea
10:40 – 1682. Visualising ion flux with small
molecule probes, nanoparticles andsmartphones. P. Rutledge*

106 –TECHTECHNICAL PROGRAM
11:10 – 1683. Illuminating reductase actvity
in hypoxia with chemiluminescentprobes. A.R. Lippert
11:40 – 1684. Responsive probes based on
luminescent iridium complexes. F. Kielar

Saturday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Presiding: R.J. Abergel, N. Kaltsoyannis
13:00 – 1685. Synthesis and crystal structures of uranium, neptunium, and plutonium complexes of 2,2⬘-biphenylenedithiophosphinate and its “untethered”
analog diphenyldithiophosphinate.
J. Macor, J.L. McDonald, J.N. Cross,
S.R. Daly, A.J. Gaunt*, G.S. Girolami*,
M.T. Janicke, S.A. Kozimor*, M.P. Neu,
S.D. Reilly, A.C. Olson, B.L. Scott
13:20 – 1686. Nanoscopic analysis of oxygen vacancy in nuclear oxide fuel.
K. Konashi*, T. Yato, M. Kato,
M. Watanabe, T. Yaita, H. Shiwaku
13:50 – 1687. Accessing properties of large
actinide systems with frozen-density embedding. V. Vallet, M. Olejniczak, F. Réal,
A. Severo Pereira Gomes
14:20 – 1688. Achieving actinide and lanthanide group separation with hard⫺soft
donor combined ligands. W. Shi*,
C. Xiao, Z. Chai
14:50 Break
15:05 – 1689. Experimental and theoreticalinvestigations of metal– oxygen multiple
bonding in actinyl ions. S.G. Minasian,
E.R. Batista, C.H. Booth, J.M. Keith,
W. Lukens, S.A. Kozimor, R.L. Martin,
D.K. Shuh, X. Wen
15:25 – 1690. Spectroscopic and theoreticalstudies of gas phase actinide species.
M.C. Heaven, J.H. Bartlett,
R.A. VanGundy, K. Mascaritolo
15:55 – 1691. X-ray spectroscopic studies ofactinide-ligand interactions.
M.A. Denecke*
16:25 – 1692. Computational studies of thehydrolysis reactions of actinide ions andof novel bonding interactions for actinides. D.A. Dixon
16:55 – 1693. Correlated electronic states in
actinide-based intermetallic compounds.
Y. Haga*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
Metal-Organic Frameworks: Synthesis,
Properties and Applications (#50)

Organized by: G. Shimizu, J. Long,
M. Suh, Q. Xu, X. Chen
13:30 – 1694. Chemistry and application ofsoft porous coordination polymers.
S. Kitagawa*
14:00 – 1695. Phosphine coordination materials with defined open metal sites.
S.M. Humphrey*, J. He, A.M. Bohnsack,N. Waggoner, A. Nguyen, V.M. Lynch,
J.E. Reynolds, S. Dunning
14:20 – 1696. Effect of ligand substitution onbreathing mode of MOFs with MIL-53
type crystal structure. T. Ahnfeldt,
M. Enssle, M. del Prado Carrion Ramirez,
H. Fjellvåg, P.D. Dietzel*
14:40 – 1697. Understanding metal-organic
framework chemical stability properties
via simulation and experiment.
K.S. Walton*, N.C. Burtch
15:00 – 1698. Gas separations in metal-organic frameworks. T.M. McDonald,
E.D. Bloch, J.A. Mason, Z.R. Herm,
B.M. Wiers, M.T. Kapelewski,
M.I. Gonzalez, J.E. Bachman, D. Gygi,
W.L. Queen, J.R. Long*
15:30 – 1699. Chromatographic enantioseparation using double-pillared homochiral MOF in HPLC. K. Tanaka*

15:45 – 1700. Nanospace within metal-organic frameworks: Plenty of opportunities
for heterogeneous catalysis. S. Ma*
16:05 – 1701. Single crystalline hollow metal-organic frameworks: A metal-organic
polyhedron single crystal as a sacrificial
template. M. Lah*
16:25 – 1702. How to make conducting metal-organic frameworks. T. Komatsu*,
J.M. Taylor, T. Sugiura, H. Kitagawa
16:40 – 1703. Tuning the photoredox properties of porphyrinic metal-organic frameworks for photocatalytic organic synthesis. J. Zhang
16:55 – 1704. Isolation and studies of reactive heme species in metal-organic
frameworks. J. Anderson, A. Gallagher,
D. Harris
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
From Pnictides to Perovskites: Impact ofLocal Structure in Solid State Chemistry(#62)

Organized by: H. Kageyama,
B. Kennedy, J. Wiley
Presiding: J.B. Wiley, H. Xiang, Z. Ye
13:00 – 1705. Strong carrier localization in
LaVO3-yNy perovskite-type oxynitride
epitaxial thin films grown by nitrogenplasma-assisted pulsed laser deposition.
M. Sano, Y. Hirose, S. Nakao,
T. Fukumura, T. Hasegawa*
13:15 – 1706. Topotactic fluorination of perovskite-type strontium ruthenate thinfilms using polyvinylidene fluoride.
K. Kawahara*, A. Chikamatsu,
T. Katayama, T. Onozuka, T. Fukumura,
T. Hasegawa
13:30 – 1707. Bonding and electronic structures of electropositive metal germanides
prepared by high-pressure synthesis
containing germanium with unusual coordination numbers. H. Fukuoka*, K. Baba,
M. Yoshikawa, F. Ohtsu, D. Saito
13:50 – 1708. Novel low-dimensional magnets prepared by hydro(solvo)thermal
method. H. Lu, H. Kageyama
14:10 – 1709. White-light emission from layered hybrid perovskites. E. Dohner,
A. Jaffe, H. Karunadasa
14:45 – 1710. Accidental organic substitution in methylammonium lead perovskites. J. McLeod*, L. Liu, S. Duhm,
B. Sun, P. Shen, R. Wang, W. Xu
15:05 – 1711. Understanding the stability ofmaterials for nuclear waste sequestration
applications. E. Aluri, R. Rafiuddin,
A.P. Grosvenor*
15:25 – 1712. Role of noncovalent interactions in templated vanadates.
A. Norquist
15:45 – 1713. Factors influencing framework
structures and macroscopic centricities
in mixed metal oxide materials containing
local asymmetric units. K. Ok*, D. Lee,Y. Kim, S. Bae, S. Bang, Y. Kim, H. Kim,
S. Song, H. Jo
16:20 – 1714. Atom-by-atom synthesis of
catalytic inorganic clusters within mesoporous metal-organic framework materials. J. Hupp*

14:00 – 1717. Aluminum-ligand cooperationin proton and electron transfer reactions.
L.A. Berben*, E.J. Thompson,
T.J. Sherbow
14:30 – 1718. Molecular electrocatalysts
bearing redox-active ligands for protonand carbon dioxide reduction: Synergy
between experiment and theory.
J. Panetier*
14:50 Break
15:00 – 1719. Redox chemistry of coordinated anilines. F. Thomas*, O. Jarjayes,
N. Leconte, C. Philouze, A. Kochem
15:30 – 1720. Investigating the electronic
structures and reactivity of f-block elements bearing redox-active ligands.
S.C. Bart*
16:00 – 1721. Diiminepyridine titanium complexes. N. Rahimi, P.H. Budzelaar*
16:30 – 1722. Molecular mechanism of heme
axial ligand for controlling the reactivity ofoxoiron(IV) porphyrin ␲-cation radical
complex. H. Fujii
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Chemistry and Application of Boron
Clusters (#152)

Organized by: S. Kang, N. Hosmane,
D. Schubert, H. Nakamura, Z. Xie
Presiding: H. Nakamura
13:00 – 1723. Transition metal catalyzed
functionalization of carboranes via B-H
activation. Z. Xie
13:30 – 1724. Simpler route to polychlorinated monocarba-closo-dodecaborate
and ammonio-closo-dodecaborate anions for use as weakly coordinating anions. R.J. Wehmschulte*, M. Saleh,
D. Powell
13:50 – 1725. Charged carboranyl phosphine and carbene ligands in catalysis.
V. Lavallo*
14:20 Break
14:30 – 1726. LiCB11Me12 as a catalyst.
P. Dron, Y. Hervault, T. Magnera,
J. Kaleta, V. Volkis, K. Whitener, C. Little,
J. Michl*
15:00 – 1727. Inorganic boron clusters forsolar energy harvest. Y. Cho, S. Kim,
H. Son*
15:20 – 1728. Inert B⫺H activation by metal⫺metal cooperativity. H. Yan*
15:50 Break
16:00 – 1729. Cage molecule self-assembly.
P.S. Weiss*
16:30 – 1730. Boron oxide cluster chemistryof industrial borates. D.M. Schubert*
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2Current Trends and Interconnectivities
Among Fundamental and Applied Inorganic
Fluorine Chemistry (#156)

Organized by: K. Matsumoto,R. Hagiwara, G. Schrobilgen, H. Mercier,R. SyvretPresiding: R. Syvret

Hilton Hawaiian Village
Rainbow Tower, Rainbow 2
Accessing the Full Potential of RedoxActive Ligands: Reactivity and Applications(#87)

Organized by: T. Storr, C. Grapperhaus,
H. Fujii
Presiding: H. Fujii, T. Storr
13:00 – 1715. Redox-active metal-thiolates:
Ligand-centered electrocatalytic proton
reduction/hydrogen oxidation.
C.A. Grapperhaus, A.Z. Haddad, R. Jain,
M. Mashuta
13:30 – 1716. Direct ligand-centered dehydrogenations by metal bis-iminosemiquinonates. S.N. Brown** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
13:00 – 1731. Stereochemical activity of thexenon electron lone pairs of F6XeNCCH3
and F6Xe(NCCH3)2 – and the first of oxide
and neutral oxide fluoride of Xe(II), [XeOXeOXe]2⫹, and O(XeF)2.
G.J. Schrobilgen*, J. Haner,
M.V. Ivanova, K. Matsumoto,
H.P. Mercier
13:30 – 1732. Bromine-oxygen-(fluorine)
compounds. K. Seppelt*
14:00 – 1733. Novel high oxidized metalcompounds. S. Riedel*
14:30 – 1734. Xenon(VI) and xenon(VIII) oxide and oxide fluoride chemistry.
J.T. Goettel, H.P. Mercier,
G.J. Schrobilgen*
14:50 Break
15:05 – 1735. Inorganic and organic fluorine
chemistry unit to advance pentafluorosulfanyl-(SF5)-substituent chemistry.
A.V. Matsnev, S.P. Belina, S. Qing,
K.A. Berger, A.R. Scavuzzo, P. Dudzinski,
A. Dreier, G. Haufe, J.S. Thrasher*
15:35 – 1736. Activation of SF5 aromatics
and SF6 at palladium and rhodium complexes. T. Braun*, C. Berg, L. Zamostna
16:05 – 1737. Structure of the discrete
Al2F93⫺ and AlF52⫺ anions.
G. Veryasov*, F. Xu, K. Matsumoto,R. Hagiwara
16:25 – 1738. Novel fluorous amphiphilic
heteroleptic Ru-based complex for dyesensitized solar cell: Excellent photostability, and hydrophobicity. N. Lu*
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Advances in Phosphorus Chemistry:
Materials, Reactivity at Phosphorus, andSynthesis (#226)

Organized by: R. Waterman, F. Ozawa,
D. Gates, P. Leung
Presiding: J.D. Masuda
13:00 – 1739. Catalysis in service of maingroup chemistry: Metal-mediated andmetal-free routes to molecules and materials based on elements from group 1315. I. Manners*
13:20 – 1740. Electrochromic conjugated organophosphorus materials.
T. Baumgartner
13:40 – 1741. Novel transformations ofpolyphosphorus compounds.
M. Scheer*, A. Seitz, M. Eckhardt,
S. Heinl, C. Heindl
14:00 – 1742. Phosphonated-based materials: From the synthesis of innovative (co)polymers to their applications.
S. MONGE
14:20 – 1743. Advances in luminescent materials containing multiply bonded phosphorus. J. Protasiewicz
14:40 – 1744. Hexacoordinated phosphorus(V) anions: Synthesis, characterization,
and application for cationic polymerization studies. K. Hazin*, P. Siu, D.P. Gates
15:00 – 1745. Phosphole-based organic materials: Synthesis and applications to organic solar cells. Y. Matano*
15:20 – 1746. Phosphorus recovery fromiron-enhanced primary wastewatersludge. R. Li*, X. Li, H. Li, J. Xu, L. LIN,
Y. LI
15:40 – 1747. Sterically crowded triarylphosphines and their material oriented derivatives. S. Sasaki*, N. Morita, M. Yoshifuji
16:00 – 1748. Investigating the aromaticity inboron-phosphorus heterocycles.
J. Barnard, C.D. Martin
16:20 – 1749. Toward new main group radicals and cations featuring phosphorus,carbon, and aluminum centers.
J.D. Masuda*
16:40 – 1750. Versatile reagent Ph3As(OTf)2:
One-pot synthesis of [P7(AsPh3)3][OTf]3
from PCl3. M. Donath*, J.J. Weigand

Hilton Hawaiian Village
Kalia Tower, Lehua Suite
The Expanding Periodic Table: New
Discoveries and Chemistry of the Heaviest
Elements (#234)

Organized by: Y. Nagame, H. Nitsche,
Z. Qin, P. Schwerdtfeger, C. Duellmann,
A. Tuerler
Presiding: Y. Nagame, z. qin
13:00 – 1751. First synthesis and investigation of Sg(CO)6. J. Even*
13:30 – 1752. Formation and gas phasechemistry the transition metal carbonyl
complex. z. qin*
14:00 – 1753. Theoretical studies of the electronic structures of seaborgium carbonyls
Sg(CO)n (n ⫽ 1 – 6). W. Xu, J. Li*
14:30 – 1754. Recent progress in theoreticalpredictions of chemical properties of theheaviest elements. V. Pershina*
15:00 – 1755. Chemistry of element 114,
flerovium. A. Yakushev*
15:30 – 1756. Gas phase chemical investigation of element 113 and beyond.
R. Eichler*
16:00 – 1757. Present status and futureplans of chemical experiments with superheavy elements at PSI/UNIBE. A. Türler*
16:30 – 1758. Development of a rapid solvent extraction apparatus for aqueous
chemistry of the heaviest elements.
Y. Komori*, H. Haba, K. Ooe,
A. Toyoshima
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Advances in the Medicinal Applications of
N-Heterocyclic Carbene Metal Complexesand Azolium Cations (#255)

Organized by: W. Youngs, M. Baker,
C. Che, I. Lin, M. Panzner
13:00 Opening Remarks
13:10 – 1759. New classes of Au-NHC complexes as potential anticancer agents.
M. Baker*, J. Hickey, A. Mageed,
B.W. Skelton, W. Zhao
13:45 – 1760. Gold complexes of N-heterocyclic carbene ligands: Luminescentprobes and anticancer properties. C. Che
14:20 – 1761. Heterometallic titanium-gold
and ruthenium-gold carbene complexes
with potential as cancer chemotherapeutics. M. Contel*, J. Fernandez-Gallardo,
V. Mui, B. Elie, R. Collison
14:55 Break
15:10 – 1762. Development of imidazolium
salts for cancer therapy. W. Youngs*,
P.O. Wagers, K.L. Shelton, M.A. DeBord,
M. Southerland, M.J. Panzner,
A. Taraboletti, C.A. Tessier, L.P. Shriver
15:45 – 1763. Kinetic studies of n-heterocyclic carbene ruthenium complex as selfregenerative antioxidant. Y. Htet*,
A.G. Tennyson
16:20 Closing Remarks
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
S-block Metal Chemistry (#304)

Organized by: K. Ruhlandt-Senge,
P. Andrews, C. Cui
Presiding: K. Ruhlandt-Senge
13:00 – 1764. Amazing world of functionalized organolithium compounds: New synthetic tactics and strategies, mechanistic
and structural insights. V. Capriati*
13:30 – 1765. Flash chemistry using shortlived organolithium species. J. Yoshida*
14:00 – 1766. Allylphosphine reactivity: Deprotonation vs. P-C bond cleavage synthetic and DFT calculation studies.
V.L. Blair*, C. Thompson
14:20 – 1767. Remarkable homoleptic
thioether and phosphine coordination tos-block cations. M. Champion,
M. Carravetta, J. Dyke, W. Levason,
D. Pugh, G. Reid*, W. Zhang
14:50 Break

15:00 – 1768. S-block syntheses sans solvent: mechanochemical insights into organometallic reactions. N. Rightmire,
T.P. Hanusa*
15:30 – 1769. Novel reactivities of carbenoids towards E–H bonds. S. Molitor*,
V.H. Gessner
15:50 – 1770. Steric hindrance matters.
P.G. Williard*, C. Su, J. Guang,
R. Hopson, Q.P. Liu, W. Li, G. Kagan,
C. Liu16:20 – 1771. Synthetic applications of lithium amides and lithium enolates.
S.D. Bull
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Metal Coordination Sphere Design for
Challenging Bond Transformations (#318)

Organized by: K. Caulton, A. Hill,
S. Johnson, M. Yamashita
Presiding: L. Deng, B.A. Messerle
13:00 – 1772. Iron catalysts with carboxylamido ligands for regio-selective hydroxylation. Y. Hitomi
13:20 – 1773. Potent reactivity in solubilised
oxo-titanium polymers. A. Nielson*,
J. Waters
13:40 – 1774. Chelate-assisted B–H, Si–H
and C–H activation for the installation of
unconventional pincer ligands. A.F. Hill*
14:00 – 1775. Main group elements in very
low oxidation states stabilized by diiminopyridine ligand. T. Chu, G. Nikonov*
14:15 – 1776. Disilaferracycle complexes
containing weakly coordinated ␩2-(H-Si)
ligands. Y. Sunada*, H. Tsutsumi,
H. Soejima, H. Nagashima
14:30 – 1777. Coordination chemistry of
low-valent nickel pincer complexes.
Y. Lee*14:45 – 1778. Planar chiral platinum metal
complexes of phosphonium-1-indenylides. M.C. Baird*, K. Purdavaie ,K.G. Fowler
15:05 – 1779. Why cyclooctane metathesis
does not give polyethylene with single
site W based catalysts?. J. Basset*,
M. Samantaray, E. Callens, N. Riache,
R. Dey, A. Hamieh, N. Kharbatia
15:25 – 1780. Magnesium amidinates andrelated compounds for catalytic bond formation. M.P. Coles, R.J. Schwamm,
B.M. Day, N. Mansfield, W. Knowelden,
C.M. Fitchett, P. Hitchcock
15:45 – 1781. Facile C-H metalation of nitriles under mild conditions and subsequent catalytic C-C bond formations.
M.G. Gardiner*
16:00 – 1782. Bidentate nitrogen chelatedRh(I) complexes for CH activation andfunctionalization. M. Webster-Gardiner*,
B. Vaughan, R. Fu, P. Piszel, R. Nielsen,
W. Goddard III, T. Cundari, T.B. Gunnoe
16:15 – 1783. Regioselective carbon–fluorine bond activation of perfluoroalkene on
palladium(0). M. Ohashi*, M. Shibata,H. Saito, S. Ogoshi*
16:30 – 1784. In situ - formation of neutral
rhodium(I) complexes and systematic investigations - application of the results.
H. Drexler, A. Meissner, S. Wei, B. Breit,
D. Heller*
16:45 – 1785. Ligand reactivity of (PNN)Rh
complexes. B. de Bruin*

14:00 – 1788. Advanced thromboresistant/bactericidal nitric oxide releasing materials/devices for biomedical applications.
M.E. Meyerhoff*, Y. Wo, E.J. Brisbois,
H. Ren, N. Lehnert, A.P. Hunt
14:20 – 1789. Subcellular localization andcytotoxicity efficiency of nitrosyl ruthenium derivatives as nitric oxide delivery
agents. R.S. da Silva*, t. Joi, L. Negri,
J. Fernandes, L. Maximo, J. Moraes
14:50 Break
15:00 – 1790. N- and S- speciation of products in reactions of GSNO and H2S.
P.J. Farmer*, M.R. Kumar, T. Clover,
A. Olaitan, T. Solouki
15:20 – 1791. Transition-metal nitrosyl complexes ligated by hindered hydrotris(pyrazolyl)borate ligands. K. Fujisawa
15:40 – 1792. Iron-nitrosyl models for Class
III dioxygenases. F.A. Chavez*, J. Li,
A. Banerjee, P. Pawlak, W.W. Brennessel
16:00 – 1793. Insights into nitric oxide scavenging by flavodiiron proteins. N. Giri,
A. Weitz, J. Caranto, R.E. Frederick,
M. Hendrich, D. Kurtz*
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Activation of Small Molecules byElectropositive Metals Related to Chemical
Energy Conversion (#380)

Organized by: D. Mindiola,
H. Kawaguchi, L. Schafer, K. Meyer,
A. Veige, M. Reynolds
Presiding: L.L. Schafer, A.S. Veige
13:00 opening remarks
13:05 – 1794. Activation of SO2 with di- andtrivalent lanthanide complexes.
P.W. Roesky*
13:25 – 1795. Activation of small moleculeoxidants at low-valent uranium centers.
S.C. Bart*
13:45 – 1796. Splitting and functionalizationof N2 mediated by pincer complexes:
Early vs. late transition metals.
S. Schneider
14:05 – 1797. Activation of platinum complexes by ligand-based reactions with
Lewis acids. T. Tilley, R. Bergman,
A.L. Liberman-Martin
14:25 – 1798. Heterobimetallic and trimetallic complexes based on the redox-active
cofactor M(SNS)2 (M ⫽ Cr, Mo, W).
A. Heyduk, K. Rosenkoetter, M. Wojnar
14:45 session break
15:00 – 1799. Mechanism of the 4-electronoxidative addition of O2. E. Akturk,
G.P. Yap, K.H. Theopold
15:20 – 1800. Complex intermediacy of hydrazine in molybdenum-based dinitrogen
reduction. B. Billow, S. DiFranco,
A. Odom*
15:40 – 1801. Small molecule activation bytantalum amido-phosphine complexes.
M. Fryzuk, K.D. Parker
16:00 – 1802. Dinitrogen activation by multinuclear titanium polyhydride complexes.
T. Shima, S. Hu, G. Luo, X. Kang, Y. Luo,
Z. Hou*16:20 – 1803. Activation of CO2 at reactive
coordination complexes of uranium.
K. Meyer*

Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
The Bio-Coordination Chemistry of Nitric
Oxide and Its Derivatives: Mechanisms of
NOx Generation, Signaling and Reduction in
Biological Systems (#371)

Organized by: N. Lehnert,
G. Richter-Addo, F. Doctorovich,
K. Fujisawa
Presiding: G.B. Richter-Addo
13:00 – 1786. NO and N2O binding, activation and reduction by Fe and Cu active
sites. E.I. Solomon*
13:30 – 1787. Reactivity of a three-coordinate nickel nitrosyl cation. A.M. Wright,
T. Hayton* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–107

02 – INORTECHNICAL PROGRAM

Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3

Poster Session
19:00 – 21:00

New Directions for Sensing Metals in
Biology (#424)

1819. Effect of heat-treatment on catalytic
activity of moisture-absorption MOF-5.
M. OKADA*, Y. Kitagawa, T. Sato,
T. Hiaki1820. Metal-organic frameworks for device
fabrication. P. Falcaro
1821. Syntheses and physical properties of
AgRh solid solution alloy nanoparticles
coated with HKUST-1. G. Li*,
H. Kobayashi*, K. Kusada*, H. Kitagawa*
1822. Synthesis of metal organic framework
containing ferrocenium ion derivatives
and their orientation control by magnetic
field. S. Tomoguchi*, S. Takaishi,
H. Iguchi, K. Kagesawa, M. Yamashita
1823. Hydrothermally stable metal-organic
frameworks for Xe/Kr separation. M. Kim,
S. Lee*, T. Yoon, S. Kim, Y. Bae*
1824. Enhanced physical properties of porphyrin based metal-organic frameworks
by effective silica armoring. Y. Kim*,
Y. Kim, E. Choi*
1825. Efficient separation of SF6/N2 mixturesusing isostructural of metal-organic
frameworkswith proper pore sizes.
M. Kim*, S. Lee, S. Kim, A. Kim, Y. Bae*
1826. Stability evaluation of microporous zeolitic imidazolate frameworks in dynamic
atmospheres. C. Mottillo, T. Friscic
1827. Electric conductive Hofmann-type porous coordination polymers incorporated
Creutz-Taube-type complex module.
A. Mishima, W. Kosaka, H. Miyasaka,
T. Koshiyama, M. Ohba*
1828. Development of a new crystalline
sponge with structural flexibility and molecular recognition. K. Matsumura,T. Arai, Y. Inokuma, M. Fujita*
1829. Synthesis, crystal structure, and physical properties of a novel metal– organic
framework based on networked coordination nickel square motif.
R. Hashiguchi*, K. Otsubo, H. Kitagawa
1830. Fabrication of nanoscale thin film using porphyrin-based SURMOFs concept.
S. Laokroekkiat, M. Hara, S. Nagano,
Y. Nagao*
1831. Ionic liquid-modified microenvironment of nanocage of ZIF-8: Improvementof the molecular sieving properties.
Y. Ban, Y. Li, W. Yang
1832. Metal-organic frameworks with ferrocenedicarboxylic acid as building block.
A. Reiber*
1833. Synthesis, structural characterization,and photoluminescent property of two
Ho(III)-squarate (C4O42-) coordination
polymers. C. Wang
1834. Effect of cation and anion of ionic liquid in ionothermal synthesis of Co-BTC
meta-organic framework. C. Han*,
Y. Jung, E. Choi*, Y. Cha
1835. Coordination-driven self-assembly ofwater soluble rectangles incorporating
Ru(II) p-cymene acceptors and pyridyl
donors with hydrophilic chains.
N. Singh*, Y. Song, D. Kim, T. Kim,
K. Chi*1836. Thin film deposition of metal-organic
frameworks(MOFs) on functionalized selfasesembled-monolayer(SAMs). Y. Jung*,
J. Kweon, C. Han, E. Choi*1837. Electric responses on gas adsorption
processes in a porous paddlewheel-typeruthenium dimer chain compounds.
W. Kosaka*, J. Zhang, Y. Sekine,
K. Taniguchi, H. Miyasaka
1838. Studies on the formation process ofcoordination polymers for photoluminescent material. K. Kakutaka,
K. Nishikawa, Y. Morimoto, Y. Tachi*
1839. Electric conductive property of Hofmann-type coordination polymers including Pt-I chain pillars. S. Shimoda*,
A. Mishima, W. Kosaka, H. Miyasaka,
T. Koshiyama, M. Ohba
1840. Layered phenylbutyl-methyl zirconium
phosphonates: A novel archetype of alayered material that combines both stepwise and gradual d-spacing changes as
stoichiometric ratio of pendant groups
varies. M.R. Manney, W.R. Leenstra*
1841. Polyhedral oligomeric silsesquioxane
functionalized metal-organic frameworks
and their sorption properties. Y. Hwang,
J. Chang

Organized by: E. New, E. Que,
T. Hirayama
Presiding: T. Hirayama
13:00 – 1804. Imaging copper by MRI –promises and compromises. V. Pierre
13:30 – 1805. Highly sensitive MR molecular
probes toward in vivo metal ion sensing.
H. Nonaka*
14:00 – 1806. 19F MRI contrast agents forimaging metals and biological redox
chemistry. E. Que*
14:20 Afternoon tea
14:50 – 1807. Photodecarboxylation as analternative to nitrobenzyl groups in theconstruction of photocaged complexes.
S.C. Burdette*, P. Basa, S. Antala ,R. Dempski
15:20 – 1808. Development of photoacoustic strategies for metal ion sensing in vivo.
J. Chan*
15:40 – 1809. Targeting metalloenzymes
without affecting metal ion distribution: A
safer and more effective strategy fortreating neurological disease?.
M. Bourassa*, S. Karrupagounder,
R. Ratan
16:00 – 1810. Metal ion sensing using phosphorothioate modified DNAzymes. J. Liu
16:20 – 1811. Molecular probes for the studyof metal homeostasis: Fluorescent indicators and beyond. Q. Lin,B. Pinto-Pacheco, J. Pitteloud,
S.C. Schwartz, D. Buccella*

Saturday Evening
Hawaii Convention CenterHalls I, II, III
Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Poster Session
19:00 – 21:00
1812. Electrochemical properties of ruthenium complexes bearing multipod pyrene
anchors on nanocarbon materials towardapplication of energy storage devices.
M. Kohmoto, H. Ozawa, M. Haga
1813. Developments of the collection apparatus for recoil products and spectrometer of low-energy internal-conversion
electrons to study the deexcitation process of 235mU. Y. Shigekawa,Y. Kasamatsu, A. Shinohara
1814. Structural trends and property correlations in f-element chromates.
A.A. Arico*, T.E. Albrecht-Schmitt
1815. Theoretical insights into the metalmetal multiple bonding in actinide dimetallocenes. C. Wang, J. Lan, Q. Wu,
Z. Chai, W. Shi*
1816. Effect of substituents in 1,2,4-triazin3-yl 1,10-phenanthroline on the extraction and complexation of Am3⫹ and lanthanide series elements. A. Kamezawa*,
S. Suzuki, T. Kobayashi, K. Sueki
1817. SMM starting material U(III) preparation from aqueous salts. T. Yamamuro*1818. Th(VO3)2(SeO3) and Ln(VO3)2(IO3)(Ln ⫽ Ce, Pr, Nd, Sm, and Eu): Unusualcases of aliovalent substitution.
T.M. Eaton, J. Lin, J.T. Stritzinger,
T.E. Albrecht-Schmitt
Hawaii Convention CenterHalls I, II, III
Metal-Organic Frameworks: Synthesis,
Properties and Applications (#50)

Organized by: G. Shimizu, J. Long,
M. Suh, Q. Xu, X. Chen

108 –TECH

1842. Synthesis and structural change of
naphthalenediimide-based coordination
polymers. M. Miyata, H. Iguchi*,S. Takaishi, M. Yamashita*1843. Creation of electrical conductive metal– organic frameworks. T. Sugiura*,
K. Otsubo, H. Kitagawa
1844. Construction and structural transformation of porous framework with coordinatively unsaturated sites by the self-assembly of discrete Rh(II) dimer units.
T. Itoh, M. Kondo*, K. Wakabayashi,
M. Kanaike, S. Masaoka*
1845. Construction of metal organic framework-motor protein conjugates. M. Ito*,
T. Ishiwata, K. Kokado*, A. Kakugo,
K. Sada1846. Rational design and synthesis of
NixCo3-xO4 nanoparticles derived frommultivariate MOF-74 for supercapacitors.
M. Xue*1847. EPR spectroscopy of manganesedoped perovskite-type[(CH3)2NH2][Zn(HCOO)3] metal-organic
framework. M. Simenas*, M. Maczka,
A. Pöppl, J. Banys
1848. Theoretical investigation of interaction
between gas molecules and Cu(II) open
metal site in porous coordination polymer, and separation mechanism of CO
over N2. Y. Hijikata*, S. Sakaki
1849. Preparation and catalytic properties ofcoordination polymer catalysts decorated
with Pt nanoparticles. S. Yoshimaru,
M. Sadakiyo, K. Kato, M. Yamauchi*
1850. Engineering homochiral MOFs by spatially separating 1D chiral metal-peptide
ladders: Tuning the pore size for enantioselective adsorption. K.C. Stylianou*
1851. New Hf-oxide based metal-organic
frameworks with size selective gas adsorption properties. R. Fujita*,
Y. Kataoka, T. Kawamoto, M. Handa
1852. Metal-organic frameworks: From rectangular to stellated and interpenetrating
polyhedra. M. Lahav*
1853. Palladium detection and sorption by
sulfur-laced MOFs: Implications for heterogeneous catalysis and nuclear wastes.
Z. Xu
1854. Salen metalloligands: Design strategy,
catalytic ability, and functionality en routeto their incorporation into metal-organic
frameworks. M. Solomon, T. Church,
K.A. Jolliffe, D.M. D’Alessandro*
1855. Size-specific catalytic reactions basedon immobilization of acids in metal–macrocycle framework. H. Yonezawa,S. Tashiro, R. Kubota, T. Umeki,
M. Shionoya
1856. Investigation of electroactive and donor-acceptor metal-organic frameworks(MOFs) as tunable, functional materials.
C.F. Leong*, B. Chan, T.B. Faust,
D.M. D’Alessandro
1857. MOFs as supramolecular building
blocks: Tuning aromatic-aromatic interactions in laminar solids.
J.K. Klosterman*
1858. Asymmetric construction of a ferrocenyl phosphapalladacycle from achiralenones and a demonstration of its catalytic potential. K. Gan*, S. Abdul, C. Xu,
Y. Li, S.A. Pullarkat
1859. Assembly of hybrids based on polyoxotungstates and Co-tris(imidazolyl)
complexes with bifunctional electrocatalytic activities. W. Zhou*, J. Peng*,
Z. Zhang*
1860. Guest responsive luminescent coordination polymers having a PtS-type framework. H. Miura*, A. Mishima,
T. Koshiyama, M. Ohba
1861. Direct visualization of guest dynamic
behaviors in ultramicroporous crystal for
exceptional thermal expansion. H. Zhou,
J. Zhang, X. Chen
1862. Theoretical and experimental studiesof h2, n2, co and co2 adsorption of porphyrin based metal-organic framework.
Y. Kim*, Y. Kim, Y. Jung, C. Han, I. Kim,
E. Choi*1863. Metal-organic framework as platform
to tune the magnetization dynamics of
single-molecule magnet. W. Shi*,
P. Cheng

1864. Photofunctional zwitterionic metal-organic frameworks with tunable adsorption properties. M. Wriedt, D. Aulakh,
W. An, H. Bilan
1865. Two-legged mixed-valence metal– organic ladder compounds with mechanically interlocked molecules. K. Otsubo*,
K. Sugimoto, H. Kitagawa
1866. Significant enhancement of hydrogenstorage capacity and speed in metal
nanocrystals covered with a metal– organic framework. H. Kobayashi*, G. Li,
K. Kusada, H. Kitagawa
1867. Microwave-assisted continuous synthesis of MOF-74(Ni) under moderatepressures. G. Albuquerque,
R. Fitzmorris, M. Ahmadi, G. Herman*
1868. Syntheses and physical properties of
Ni and Pt nanoparticles covered with ametal– organic framework. Y. Aoyama*,
H. Kobayashi, M. Maesato, H. Kitagawa
1869. Versatile topological MOFs built fromsubstituted biphenyldicarboxylic acid.
J. Ma, T. Qin, X. Wang, D. ZHU*
1870. Metal-organic frameworks-based materials for dlectrochemical sensing of carbon dioxide. J. Kim, N. Jeong*
1871. Synthesis of bifunctional NH2-MIL101(Cr)/SiO2@Fe3O4 magnetic catalysts
and their catalytic performance of Knoevenagel reaction. S. Ji, S. Jiang,
F. Habimana
1872. Metal-organic graphene analogs
based on hexathiolate linkers.
A. Tskhovrebov*, J.R. Long
1873. Metallopolycapsular networks basedon a 1,3-alternate calix[4]arene derivative.
K. Park*, E. Lee, H. Ju, S. Moon
1874. Stereoelectronic diversity for transition
metal catalysis in metal organic frameworks. R.G. Van Zeeland, X. Li,
W. Huang*, L.M. Stanley*
1875. Metal organic frameworks based on
bulkiness building blocks for selective hydrogen adsorption. B. Wu*, S. Takaishi,
M. Yamashita
1876. Construction and luminescent property of a novel 3D metal-organic framework [Cd(pip)]. Y. Zhang, H. Hu, X. Zhou,
X. Zhang*
1877. Heterometallic triazole MOFs for catalytic CO2 transformation to cyclic carbonates. D. Park*, R. Roshan, K. Bhin
1878. Proton-conducting metal-organic
frameworks: Molecular design and performance improvement. . Song, C. Hong1879. Design and properties of new phosphonate monoester based metal-organic
framework. B.S. Gelfand, J. Lin,G. Shimizu*
1880. Development and structural transformation of porous framework constructedby multipoint arene-perfluoroarene (ArArF) interaction. M. Kondo*, T. Itoh,
S. Masaoka*
1881. Synthesis and functional applicationsof aluminum metal-organic frameworks.
C. Lin1882. Synthesis and structural comparisonof 2D coordination polymers based on
copper(II) and (S)-4,4’- and (S)-5,5’-Bis(4carboxyphenyl)-2,2’-bis(diphenylphosphinoyl)-1,1’-binaphthyl linkers.
W.W. Lestari*1883. Synthesis, structure and biological activity of dihydropyrimidinonyl methanesulfonate complexes. S. Huang*, j. Zhou*,D. Lu*, R. Yang*, Y. Xie** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR
1884. Post-synthetic copper metalation of a
Zr-based PCP with bipyridine units forheterogeneous selective oxidation.
K. Miyahara, T. Toyao, Y. Horiuchi*,M. Matsuoka*
1885. Series of cyanoacetato copper(II) coordination polymers with various N,N’-ditopic spacers: Structural diversity, supramolecular robustness, and magnetic
properties. J. Boonmak*,P. Suvanvapee, C. Pakawatchai,K. Murray, S. Youngme
1886. Construction of photoactive frameworks with open metal sites.
P. Chinapang, T. Itoh, M. Kondo,
S. Masaoka*
Hawaii Convention CenterHalls I, II, III
From Pnictides to Perovskites: Impact ofLocal Structure in Solid State Chemistry(#62)

Organized by: H. Kageyama,
B. Kennedy, J. Wiley
Poster Session
19:00 – 21:00
1887. Preparation and magnetic propertiesof Y-type ferrite Ba2Zn2Fe12O22 substituted with Li and Al. S. Ono,
M. Nakanishi, J. Kano, T. Fujii
1888. High-pressure synthesis and ferroelectricity of A-site ordered double perovskite oxide CaA’Ti2O6 (A’: divalent cation). Y. Akama, D. Mori, Y. Inaguma*
1889. Synthesis and properties of intermediate-temperature-type proton conductors
with perovskite-related structures.
M. Saito, T. Motohashi, H. Yamamura
1890. Synthesis and magnetic properties of
LaFeO3 nanoparticles. D. Takemura,
T. Fujii, J. Kano, M. Nakanishi
1891. Crystal structures and magnetic properties of pseudo-1D molybdenum oxides
Ln5Mo2O12 ( Ln ⫽ Y, Dy–Lu ). M. Miura*,
M. Wakeshima, Y. Hinatsu
1892. Low temperature synthesis by ion exchange method and electrical conductivity of MgM1-xM’xO3 (M ⫽ Mn, Ti, M’ ⫽Nb, Ta, Ru, Zr). R. Hoshida, D. Mori,
Y. Inaguma*
1893. Selective crystal growth and the impact of the local structure in Mn3Ta2O8.
K. Rickert*, E.A. Pozzi, R. Khanal,
G. Trimarchi, M. Onoue, J.E. Medvedeva,
M.C. Hersam, R.P. Van Duyne,
K.R. Poeppelmeier
1894. Crystal structure and dielectric property of perovskite-type oxynitrides La1xSrxTiO2⫹xN1-x. D. Habu*,
Y. Masubuchi*, T. Motohashi*,
S. Kikkawa*
1895. Li-filled double-deck layered structureof the RELixCu2-yP2 (RE ⫽ La, Pr, Nd,
Gd, Er; 0.82 ⱕ x ⱕ 1; 1.19 ⱕ y ⱕ 1.54)
series: Experimental and theoretical studies. E. Jang, G. Nam, H. Woo, J. Lee,M. Han, S. Kim, T. You*1896. Sintering of SrTaO2N oxynitride perovskite by using SrCN2 sintering aid.
A. Hosono*, Y. Masubuchi*,T. Motohashi*, S. Kikkawa*
1897. High-pressure synthesis, formation
behavior, structure, and electronic conductivity of PbZnO3 with LiNbO3-type
structure. D. Mori, K. Tanaka,
Y. Inaguma*
1898. Hydrogen ion beam irradiation effects
on ZnO thin films studied by in-situ variable-temperature electrical resistivity
measurements. R. Nakayama*,
M. Maesato, T. Nagaoka, M. Arita,
H. Kitagawa
1899. High-pressure synthesis and electricalproperties of ternary electropositive metal
germanides. T. Nishikawa, H. Fukuoka*,
K. Inumaru
1900. Synthesis and magnetic properties ofelectron- and hole-doped europium chalcogenides. N. Rosa, W.L. Boncher,
S.L. Stoll

Hawaii Convention CenterHalls I, II, III

Poster Session
19:00 – 21:00

Hawaii Convention CenterHalls I, II, III

Accessing the Full Potential of RedoxActive Ligands: Reactivity and Applications(#87)

1915. Pd-catalyzed asymmetric Michael addition of diphenylphosphine. X. LI,
R.J. Chew, P. Leung
1916. Creation of phosphorus-boron bonded
compounds featuring a pentavalent
phosphorus atom. N. Kano*, N.J. O’Brien
1917. Metal carbonyl complexes of N-heterocyclic carbene-phosphinidene adducts. D. Bockfeld, A. Doddi, P. Jones,
M. Tamm*
1918. Stabilizationa and reactivity of phosphazanesupon oxidation chalcogen elements. f. garcia, X. Shi
1919. Dehydrocoupling of phosphines usingiron (II) ␤-diketiminato complexes.
A. King, M.F. Mahon, R.L. Webster
1920. 1,3,2-Diazaphospholene-catalyzed
transfer hydrogenation and hydroborationof unsaturated bonds. C. Chong,
H. Hirao*, R. KINJO*
1921. Synthesis and coordination chemistryof a new tetradentate tris(phosphaalkene)phosphine ligand. P. Miura-Akagi,
C.K. Maile, S.M. Oshiro, M.F. Cain,
A.L. Rheingold
1922. Optically active phosphine ligands derived from PH3. C.A. Faradji,
H.A. Sparkes, P.G. Pringle*
1923. Unsymmetrical PNP-pincer type phosphaalkene ligands with Rind groups: Synthesis and application to rhodium(I) andiridium(I) complexes. H. Taguchi,
D. Sasaki, Y. Chang, K. Takeuchi,
S. Tsujimoto, T. Matsuo, F. Ozawa*
1924. Streamlined preparation and coordination chemistry of bidentate phosphinephosphaalkene ligands.
K.W. Magnuson, S.M. Oshiro, M.F. Cain,
A.L. Rheingold
1925. Photochemistry and reactivity of P4N4
cage compounds. R. Sevilla Martin,
R.J. Less, D.S. Wright*
1926. P-C bond oxidation via Baeyer-Villiger
mechanism. G. Ilic*, D. Vidovic*
1927. Synthesis and coordination chemistryof functionalized phosphine-phosphaalkene ligands. S.M. Oshiro, M.F. Cain
1928. Imidazoles-intercalated ␣-zirconium
phosphate as latent thermal catalysts.
O. Shimomura*, K. Tokizane,
T. Nishisako, S. Yamaguchi, J. Ichihara,
A. Ohtaka, R. Nomura
1929. From PCl3 to cationic polyphosphorus
compounds. M. Donath*, J.J. Weigand
1930. Synthesis of chiral crown ethers containing chiral phosphorus atoms.
R. Kato*, Y. Morisaki, Y. Chujo
1931. Phosphonothioate neurotoxin hydrolysis by molybdate complexes. L.Y. Kuo*
1932. Synthesis and ring-expansion of oxaphosphirane complexes, and their use in
O,P,C cage formation.
C. Murcia-Garcia*, R.K. Streubel
1933. Optically active menthyl H-phosphinates and its stereospecific transformations to optically active P-stereogenic organophosphoryl compounds. L. Han*
1934. Synthesis and mechanistic studies towards Gallium substituted pentaphosphides. F. Hennersdorf*, J.J. Weigand
1935. Chemistry of sodium phosphaethynolate, Na[OCP]: A rapidly evolving synthon
in phosphorus chemistry. R.J. Gilliard*,
J. Protasiewicz, H. Grützmacher
1936. Synthesis of 7,8-dihydro[5]helicenyl
phosphines and their application toasymmetric Suzuki-Miyaura coupling.
K. Usui*, K. Yamamoto, T. Shimizu,
H. Suemune*
1937. Advancing the chemistry of phosphinines. J. Wong, F. Mathey*
1938. Palladacycle catalyzed asymmetricP-H addition of diarylphosphines to
N-enoyl phthalimides. R. Chew,
P. Leung*
1939. New catalytic coupling reaction of⬎P(O)H compounds for the preparationof organophosphorus compounds.
L. Han*1940. Ruthenium catalyzed hydrophosphination of activated alkenes. R. Belli,
L. Rosenberg*

The Expanding Periodic Table: New
Discoveries and Chemistry of the Heaviest
Elements (#234)

Organized by: T. Storr, C. Grapperhaus,
H. Fujii
Presiding: H. Fujii, C.A. Grapperhaus,
T. Storr
Poster Session
19:00 – 21:00
1901. Unusual electronic structures in verdazyl coordination compounds.
D.J. Brook*, D. Chung, C. Fleming,
B. Ploof, E. Johnson
1902. Investigation of valence tautomerism
in cobalt-dioxolene complexes using
X-ray absorption and emission spectroscopy. H.W. Liang, D. Nordlund, T. Weng,
D. Sokaras, C. Pierpont, K. Gaffney*1903. Synthesis, characterization, and catalysis of cobalt and molybdenum shvotype catalyst. W. Wu*, T. Seki*, D. Solis,
R. Waymouth
1904. Physicochemical properties of the oxidized forms of Pt(II)-diimine complexes
with catecholato and benzenedithiolato.
S. Yamada, M. Wakizaka, T. Matsumoto,
H. Chang*
1905. Crystal structure and property of dinuclear Co(III) complex with conjugatedbis(catecholate) ligand. Y. Suenaga*,
K. Uwai1906. Electronic structure and reactivity ofmono and bimetallic complexes containing redox active ligands. R.M. Clarke,
J.R. Thompson, D. Savard, T. Storr*
1907. Redox active ligands: Ligand-centeredelectrocatalytic proton reduction and hydrogen oxidation. A.Z. Haddad*,
R. Chauhan, C.A. Grapperhaus*
1908. Interconversions of non-innocent-type
and Schiff base nickel complexes acting
as efficient water reduction catalysts.
S. Inoue*, Y. Kataoka, M. Handa,
T. Kawamoto
1909. Synthesis, characterization, and electrochemical properties of new tetra coordinated Ni (II) and Zn (II) complexes with
new P2S2 type ligand framework. R. Jain,
A.Z. Haddad, M. Mashuta,
C.A. Grapperhaus*1910. Redox chemistry of PCP-bridged chalcogen-centered ligands. T. Chivers*,
J. Konu, M. Risto, H.M. Tuononen
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Chemistry and Application of Boron
Clusters (#152)

Organized by: S. Kang, N. Hosmane,
D. Schubert, H. Nakamura, Z. Xie
Presiding: D.M. Schubert
19:00 – 1911. Cellulose nanomaterials modified with carborane as sensors.
K.R. Carter*, K. Martin, J.J. Peterson
19:30 – 1912. Cyclometalated iridium complexes with o-carboranes: Impact ofo-carborane on the photophysical properties. Y. Lee, N.V. Nghia, M. Kim,
M. Lee*
20:00 – 1913. Design and applications ofstimuli-responsive organoboron complexes with aggregation-induced emission properties. K. Tanaka*, Y. Chujo*
20:30 – 1914. Carborane photochemistry.
Y. Cho, S. Kim, S. Kang
Hawaii Convention CenterHalls I, II, III
Advances in Phosphorus Chemistry:
Materials, Reactivity at Phosphorus, andSynthesis (#226)

Organized by: R. Waterman, F. Ozawa,
D. Gates, P. Leung

Organized by: Y. Nagame, H. Nitsche,
Z. Qin, P. Schwerdtfeger, C. Duellmann,
A. Tuerler
Poster Session
19:00 – 21:00
1941. Gas chromatographic behaviors of
ZrCl4 and HfCl4 in macro- and tracerscale. S. Goto*, Y. OSHIMI, K. SHIRAI,
K. Ooe, H. Kudo
1942. Liquid-liquid extraction behavior of zirconium and hafnium as homologs of element 104, rutherfordium using chelate
extractants. K. Ooe, A. Tanaka,
R. Yamada, H. Kikunaga, M. Murakami,
Y. Komori, H. Haba, S. Goto, H. Kudo
1943. Extraction behavior of Mo and W from
H2SO4 with Aliquat336 as homologues of
seaborgium (Sg). A. Mitsukai*,A. Toyoshima, M. Asai, K. Tsukada,
T.K. Sato, Y. KAneya, S. Takeda,
Y. Nagame, M. Schädel, Y. Komori,
M. Murakami, H. Haba, K. Ooe, D. Sato,
N. Goto, S. Tsuto
Hawaii Convention CenterHalls I, II, III
Advances in the Medicinal Applications of
N-Heterocyclic Carbene Metal Complexesand Azolium Cations (#255)

Organized by: W. Youngs, M. Baker,
C. Che, I. Lin, M. Panzner
Poster Session
19:00 – 21:00
1944. Exploring macrocyclic transition metalcarbene complexes – toward biosensors
for inflammation. D.J. Woods*,
M.K. Taylor
1945. Angiogenic effects of platinum (II)complexes with tridentate N-donor ligands and N-heterocyclic carbene ligands. S. Fung, C. Che
Hawaii Convention CenterHalls I, II, III
S-block Metal Chemistry (#304)

Organized by: K. Ruhlandt-Senge,
P. Andrews, C. Cui
Poster Session
19:00 – 21:00
1946. Synthesis of an enantiomerically puremethandiide and its use as ligand in carbene complexes. K. Feichtner,
V.H. Gessner*
1947. Investigations of bulky amide ligands
for potential incorporation into bimetallic
template bases. M. Fuentes*,
R.E. Mulvey, A. Zabala1948. Yldiides as a link between bis-ylides
and methandiides. T. Scherpf, R. Wirth,
V.H. Gessner*
1949. N-Heterocyclic carbene-stabilised lithium gallates: Synthetic, structural, and reactivity insights. M. Uzelac,
D.R. Armstrong, A.R. Kennedy, E. Hevia** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–109

02 – INOR
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
The Bio-Coordination Chemistry of Nitric
Oxide and Its Derivatives: Mechanisms of
NOx Generation, Signaling and Reduction in
Biological Systems (#371)

Organized by: N. Lehnert,
G. Richter-Addo, F. Doctorovich,
K. Fujisawa
Presiding: K. Fujisawa
19:00 – 1950. NO binding to H-NOX proteins: Proximal or distal and does it matter?. M. Marletta*
19:30 – 1951. Nitroxyl complexes of nonheme iron centers: Properties and reactivity. N. Lehnert*, A. Speelman
19:50 – 1952. Hunting nitrosyls and nitroxylsin the elementary steps of biological hydroxylamine oxidation. K.M. Lancaster*,
J.D. Caranto, A. Vilbert
20:10 – 1953. Metallodithiolates and n-heterocyclic carbenes as ligands that support dinitrosyl iron complexes in two redox levels. M.Y. Darensbourg*,
R. Pulukkody, C. Hsieh, P. Ghosh,S. Ding, M. Hall
20:30 – 1954. Nitrogen oxide chemistry withheme-copper and copper complexes:
Bioinorganic aspects. K.D. Karlin
Hawaii Convention CenterHalls I, II, III
Activation of Small Molecules byElectropositive Metals Related to Chemical
Energy Conversion (#380)

Organized by: D. Mindiola,
H. Kawaguchi, L. Schafer, K. Meyer,
A. Veige, M. Reynolds
Presiding: H. Kawaguchi
Poster Session
19:00 – 21:00
1955. Synthesis and reaction study of noveliron dinitrogen complex with iminophosphorane ligand. T. Suzuki, H. Masuda,
M. Fryzuk, K. Fujimoto, T. Inomata,T. Ozawa
1956. (Imido)vanadium(V) complex catalysts
for olefin insertion/metathesis polymerization. H. Hayashibara, K. NOMURA*,
X. Hou, A. Ngamnithiporn
Hawaii Convention CenterHalls I, II, III
New Directions for Sensing Metals in
Biology (#424)

Organized by: E. New, E. Que,
T. Hirayama
Poster Session
19:00 – 21:00
1957. Highly selective turn-on chemosensor
capable of monitoring Zn2⫹ concentrations in living cells and aqueous solution.
K. Bok, G. You, J. Lee, S. Lee, H. Jang,
M. Kim, J. Yun, C. Kim*
1958. Colorimetric sensor for the sequential
detection of Cu2⫹ and CN- in fully aqueous media: Practical performance ofCu2⫹. J. Kim, S. Lee, Y. Kim, T. Jo,
J. Jung, S. Hwang, C. Kim*
1959. Colorimetric chemosensor for the sequential detection of copper ion andamino acids (cysteine and histidine) inaqueous solution. S. Lee, G. You,
Y. Choi, K. Ryu, S. Hwang, J. Kang,
C. Kim*1960. Development of a new class of highcontrast Fe(II) selective fluorescentprobes based on spirocyclized scaffolds
and its application. M. Niwa,
T. Hirayama*, K. Okuda, H.K. Nagasawa*
1961. Red-emitting ratiometric fluorescentprobe for Na⫹ based on a benzophosphole P-oxide scaffold. H. Ogasawara,
M. Taki*, H. Osaki, Y. Sato,K. Ogasawara, T. Higashiyama,
S. Yamaguchi*

110 –TECHTECHNICAL PROGRAM
1962. Water-soluble carboxylic-functionalized chemosensor for detecting Al3⫹ inaqueous media and living cells: Experimental and theoretical studies. K. Ryu,
Y. Kim, J. Lee, J. Kim, M. Kim, J. Kang,
C. Kim*Sunday Morning
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 3Experimental and Theoretical Actinide
Chemistry: From Fundamental Systems toPractical Applications (#42)

Organized by: J. Gibson,
G. Schreckenbach, T. Yaita, J. Li,
P. Yang
Presiding: G. Schreckenbach, T. Yaita
8:00 – 1963. f-Element complexes of nitrogen-rich ligands: Precursors to highly porous f-element nitride and oxide foams
for nuclear fuel applications.
J.M. Veauthier*, J.L. Kiplinger,
B.C. Tappan, N.J. Henson, N. Travia,
K. Brown, K. Maerzke
8:20 – 1964. Exploring photochemistry of
uranyl(VI). S. Tsushima*
8:50 – 1965. Study of complexation of Pu(IV)and Th(IV) with glutarimidedioxime by potentiometry, spectrophotometry and
X-ray analysis. G. Tian*, S. Yang,
L. Xiang, S. Teat, D.K. Shuh
9:20 – 1966. Insights in actinide chemistry
through integration of computationalmodeling and experiments.
W.A. de Jong, J. Gibson, Y. Gong,
M. Van Stipdonk, S. Odoh
9:50 Break
10:05 – 1967. Exploring the structure andbehavior of urnayl species in the gas
phase using tandem mass spectrometry.
M. Van Stipdonk, A. Plaviak,
C. O’Malley, J. Gibson
10:35 – 1968. Recent investigations of solidstate chemistry of lanthanides and actinides in Soochow University. S. Wang*
11:05 – 1969. Fundamental studies of actinides on solid-phase mesoporous materials. E.C. Uribe*, T. Parsons-Moss,
J. Shusterman, H. Mason, H. Nitsche
11:25 – 1970. Study of extraction behavior
mechanism of uranyl peroxo cage clusters in mesoporous silica SBA-15.
Y. Liu*, A. Czarnecki, J. Szymanowski,
G. Sigmon, P.C. Burns
Hilton Hawaiian Village
Mid-Pacific Center, Coral 1
Metal-Organic Frameworks: Synthesis,
Properties and Applications (#50)

Organized by: G. Shimizu, J. Long,
M. Suh, Q. Xu, X. Chen
8:00 – 1971. Design strategies for the construction of functional metal-organic
frameworks. M. Eddaoudi
8:20 – 1972. New synthetic approaches for
MOF preparation. H. Zhou*
8:50 – 1973. Top-down generation andscreening of metal-organic frameworks
for gas storage and separation applications. D.A. Gomez-Gualdron, Y.J. Colón,
Y.G. Chung, R.Q. Snurr*
9:10 – 1974. AuToGraFS: Automatic topological generator for framework structures. M.A. Addicoat*, D.E. Coupry,
T. Heine
9:25 – 1975. Metal-organic frameworks impregnated with nanoparticles of metals
and metal compounds. M. Suh*, D. Lim,K. Cho9:45 – 1976. Leach-free catalysis and electroactive materials from metal-thiolateenabled porous frameworks. Z. Xu*,
K. Yee, M. Zeller
10:00 – 1977. Linker exchange reaction
mechanisms in MOFs and its application
toward the synthesis of hybrid catalyst
systems. J.A. Byers*, C. Tsung, Z. Li,
J. Morabito, L. Chou
10:15 – 1978. Computer modeling of proton
conduction in metal-organic frameworks.
F. Paesani

10:35 – 1979. Development of visible-lightresponsive photocatalysts based on designability of PCP/MOFs. Y. Horiuchi*,K. Miyahara, T. Toyao, M. Matsuoka
10:50 – 1980. Porous materials for energy
and environmental applications.
P. Thallapally
11:10 – 1981. Water stable MOFs for carbon
capture. G. Shimizu, J. Lin,R. Vaidhyanathan, F. Akhtar, T. Woo,
R. Mah, H. Dureckova
11:30 Closing remarks
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
From Pnictides to Perovskites: Impact ofLocal Structure in Solid State Chemistry(#62)

Organized by: H. Kageyama,
B. Kennedy, J. Wiley
Presiding: M. Bieringer, B.J. Kennedy,
T. Mori, K.R. Poeppelmeier

10:30 Break
10:40 – 1998. Functional materials based
upon ferrocene. J. Qu, W. Ji, H. Zhou,
S. Jing*
11:00 – 1999. Effect of Lewis acids on oxidation states of transition-metals.
M. Swart*, A. Castro, A. Romero-Rivera
11:20 – 2000. Radical gold dithiolene complexes: Structural and electronic consequences of a fully non-innocent ligand.
K. Mebrouk, F. Camerel, T. Higashino,
T. Mori, M. Fourmigue*
11:40 – 2001. High-valent manganese andcobalt complexes with redox-active salen
ligands related to asymmetric catalysis.
T. Kurahashi*, H. Fujii*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Chemistry and Application of Boron
Clusters (#152)

Organized by: S. Kang, N. Hosmane,
D. Schubert, H. Nakamura, Z. Xie
Presiding: Z. Xie

8:00 – 1982. Impact of chemical pressure on
room-temperature ferromagnetism in cubic perovskite Sr1-xBaxCoO3. H. Sakai*
8:20 – 1983. High pressure synthesis, structure, and magnetic properties of novel
perovskite oxyhydrides. C. Tassel*,
Y. Goto, Y. Kuno, Y. Kobayashi,
H. Kageyama
8:40 – 1984. Oxygen storage capacities of
BaRuO3 polytypes. Y. Shirako*,
K. Kobayashi, K. Niwa, H. Kojitani,
M. Akaogi, M. Ozawa, M. Hasegawa
9:00 – 1985. Structural and electrical properties of ferroelectric complex perovskite
solid solutions based on Bi(Zn2/3Nb1/
3)O3. A. Paterson, H. Wong, Z. Ye
9:20 – 1986. Systematic charge distributionchange in BiMO3 and PbMO3 (M: 3d transition metal). M. Azuma*
9:55 Break
10:00 – 1987. Synthesis and structural studyof Pb containing oxyfluoride. K. Oka,
K. Oh-ishi
10:20 – 1988. Local structures in typical perovskite materials. Y. Liu
10:55 – 1989. Thermally-induced layer compression in the topochemically-prepared
FeLa2Ti3O10. L. Gustin, Y. Hosaka,
T. Aharen, C. Tassel, Y. Shimakawa,H. Kageyama, J.B. Wiley*
11:15 – 1990. Ordered oxyfluorides with anti-perovskite structures Thomas Vogt
University of South Carolina. T. Vogt*
11:35 – 1991. Dimensionality of thermoelectric transport and electronic structures inlayered complex nitrides. I. Ohkubo*,
T. Mori
11:55 Closing remarks

8:00 – 2002. Discovery of carboranylphenoxyacetanilides as inhibitors of heatshock protein (HSP) 60 chaperone activity. H. Nakamura*
8:30 – 2003. Aromatic-ring-fused benzocarboranes and their nido-species.
K. Nishino, Y. Chujo*, Y. Morisaki
8:50 – 2004. Design and synthesis of m-carborane and MAGMAS inhibitor conjugated novel hybrid compounds as potential therapeutics for the treatment of renal
cell carcinoma. S. Das, N.S. Hosmane,
B.C. Das*, P.V. Veldhuizen
9:20 Break
9:30 – 2005. Carboranes in medicinal chemistry. E. Hey-Hawkins*, W. Neumann,
R. Kuhnert, R. Frank, B. Schwarze,
S. Boehnke, V. Ahrens, A. Beck-Sickinger
10:00 – 2006. Highly efficient synthesis ofsmall– diameter boron nitride nanotubes
from h-BN. B. Simard*, K. Kim,
C. Kingston, M.J. Jakubinek, J. Guan,
R. Iannitto, S. Walker, M. Plunkett
10:20 – 2007. Transition metal-promoted cyanation and carboxylation of C2B10,
CB11, and CB9 carboranes. M. Juhasz*
10:40 Break
10:50 – 2008. Finding of deboronation reaction of ortho-carborane derivatives catalyzed by metal ions and its application to
11B NMR probes. t. tanaka*, Y. Nishiura,
R. Araki, T. Saido, R. Abe, S. Aoki
11:10 – 2009. Nanostructured boron compounds: Applications in cancer therapy.
N.S. Hosmane*
11:40 Closing Remarks

Hilton Hawaiian Village
Rainbow Tower, Rainbow 2

Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2

Accessing the Full Potential of RedoxActive Ligands: Reactivity and Applications(#87)

Current Trends and Interconnectivities
Among Fundamental and Applied Inorganic
Fluorine Chemistry (#156)

Organized by: T. Storr, C. Grapperhaus,
H. Fujii
Presiding: C.A. Grapperhaus

Organized by: K. Matsumoto,R. Hagiwara, G. Schrobilgen, H. Mercier,R. SyvretPresiding: K. Matsumoto

8:00 – 1992. Synthesis, characterization, andreactivity of redox-active aluminum-nitroxide complexes. A.M. Poitras, T. Herb,
J.A. Bogart, P.J. Carroll, E.J. Schelter,
C.R. Graves*
8:20 – 1993. Redox-active ligand induced
single-electron reactivity on closed-shell
noble metals. J. van der Vlugt*
8:40 – 1994. Ligand-based redox chemistry
in complexes of oligopyrrolic fragments.
E. Tomat*, R. Gautam
9:00 – 1995. The taco and the pancake:
Structural and spectroscopic signaturesof ligand noninnocence in metallocorroles. A. Ghosh
9:30 – 1996. Redox chemistry of palladium
complexes containing redox-active ligands: Driving on the wrong side of theroad?. R. Hicks, C.A. Sanz
10:00 – 1997. Oxidized metal phenoxide
complexes - correlation of electronic
structure and reactivity. T. Storr*,
R. Clarke, L. Chiang

8:00 – 2010. Topochemical reactions of perovskite-based transiton-metal oxyfluorides. H. Kageyama** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

02 – INOR/03 – MACR
8:30 – 2011. Exploring the Sm1-xCaxF3-x andLa1-xBaxF3-x solid solutions as solid stateelectrolytes: Relationships between
structural features and F-ionic conductivity. A. Demourgues*, B. Dieudonne,
J. Chable, E. Durand, F. Mauvy,
S. Fourcade, V. Maisonneuve, C. Legein,
M. Body
9:00 – 2012. Enhanced dispersion stability
and photocatalytic activity of TiO2 particles fluorinated by fluorine gas. J. Kim*,
S. Yonezawa, H. Kinoshita, M. Takashima
9:20 – 2013. Ionic liquid fluorosulfonylamides as electrolytes for rechargeable sodium ion batteries. R. Hagiwara*,
T. Nohira, K. Matsumoto, C. Ding,
C. Chen, A. Fukunaga, . Sakai, K. Nitta
9:40 Break
9:55 – 2014. Simple fluorinated precursors
and methods for electrolyte componentsof lithium-ion batteries.
G. Roeschenthaler*, N. Kalinovich,
M. Winter
10:25 – 2015. Fluorinated carbon nanoparticles for primary Li battery. G. Henri*,a. tressaud, e. durand, S. Leclerc,
A. PORRAS GUTIERREZ, K. Le Van
10:55 – 2016. K[BF(CN)3] – synthesis andchemistry of a mixed cyanofluoroborate.
M. Finze*, J. Landmann, J. Sprenger,
N. Ignat’ev, E. Bernhardt, H. Willner
11:25 – 2017. Anion exchanging and interlayer distance control of layered doublehydroxide synthesized by liquid phase
deposition. M. Mizuhata*, M. Inoue*,
H. Maki*
11:45 Closing Remarks
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 2
Advances in Phosphorus Chemistry:
Materials, Reactivity at Phosphorus, andSynthesis (#226)

Organized by: R. Waterman, F. Ozawa,
D. Gates, P. Leung
Presiding: R. Waterman
8:00 – 2018. New avances in the chemistryof monovalent phosphorus. F. Mathey*
8:20 – 2019. Electrophilic phosphonium cations in Lewis acid catalysis. D. Stephan*
8:40 – 2020. Earthly chemistry of interstellar
phosphorus-containing molecules .
A. Velian, M. Nava, W. Transue,
C. Cummins, C. Womack, J. Jiang,
R. Field
9:00 – 2021. P-Chemistry – from activating
P4 to catalysis. K. Lammertsma*
9:20 – 2022. Zwitterionic diphosphanides.
J.J. Weigand*9:40 – 2023. Geometric deformation as a design principle in organophosphorus catalysis. A.T. Radosevich
10:00 – 2024. “Inorganic” arylphosphines.
J.A. Bailey, H.A. Sparkes, C.A. Faradji,
P.G. Pringle*
10:20 – 2025. Understanding and expanding
the synthesis of sterically-hindered trialkylphosphines. D. Amoroso*, J. Dyck,
M. Humeniuk, A. Melaragni, M. Moser,
S. Zavorine
10:40 – 2026. All things P: New investigations into multidentate, non-innocent,and/or chiral phosphine- and phosphaalkene-based ligands. M.F. Cain*
11:00 – 2027. Interactions of phosphazene
superbases with simple Lewis acids andtheir frustrated Lewis pair capabilities.
N.A. Johnson, B.S. Thome, P.O. Wagers,
B.D. Wright, M.J. Panzner, W. Youngs,
C.A. Tessier*
11:20 – 2028. Activation and functionalization of elemental phosphorus.
M. Peruzzini*
11:40 – 2029. Carbone-phosphorus chemistry: The recent developments. D. Vidovic

Hilton Hawaiian Village
Kalia Tower, Lehua Suite
The Expanding Periodic Table: New
Discoveries and Chemistry of the Heaviest
Elements (#234)

Organized by: Y. Nagame, H. Nitsche,
Z. Qin, P. Schwerdtfeger, C. Duellmann,
A. Tuerler
Presiding: P. Schwerdtfeger, A. Türler
8:00 – 2030. Atomic properties of superheavy elements. V. Dzuba*
8:30 – 2031. Studies of the heaviest elements with SHIPTRAP. M. Block
9:00 – 2032. First ionization energies ofheaviest actinides, lawrencium and nobelium. T.K. Sato*
9:30 – 2033. Relativistic coupled cluster calculations of atomic properties of theheaviest elements. A. Borschevsky*,
U. Kaldor, E. Eliav
10:00 – 2034. Electrochemistry of the heaviest elements at JAEA. A. Toyoshima*
10:30 – 2035. Heavy element research at
Texas A&M University. C.M. Folden*
11:00 – 2036. Extraction behavior of a cationic fluoride complex of rutherfordiumwith a TTA chelate extractant from HF/
HNO3 acidic solutions. A. Yokoyama*,
Y. Kitayama, Y. Fukuda, H. Kikunaga,
M. Murakami, Y. KOMORI, H. Haba,
K. Tsukada, A. Toyoshima
11:30 – 2037. Solid-liquid and liquid-liquid
extractions of Zr, Hf, Th and element 104,
Rf, in an Aliquat 336/HCl system.
Y. Kasamatsu*, T. Yokokita,
Y. Shigekawa, A. Kino, K. Nakamura,Y. Yasuda, K. Toyomura, N. Takahashi,
H. Haba, Y. Komori, M. Murakami,
Y. Kuboki, T. Yoshimura, A. Shinohara
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
S-block Metal Chemistry (#304)

Organized by: K. Ruhlandt-Senge,
P. Andrews, C. Cui
Presiding: K. Henderson
8:00 – 2038. Supersized triple-decker organometallic sandwiches formed by highly
charged ␲-bowls with mixed alkali metalcores. M.A. Petrukhina*
8:30 – 2039. Double deprotonation at a single carbon center: Methandiides and yldiides as unique carbon ligands.
V.H. Gessner*
9:00 – 2040. Impact of metal choice in forming mono- and bimetallic chiral alkali
metal amides: Anion rearrangements andligand modification processes.
P. Andrews
9:30 Break
9:40 – 2041. Pre-organized base approaches to arene and related metallation
chemistry. R.E. Mulvey*, C. O’Hara,
A.J. Martinez-Martinez
10:10 – 2042. Alkali metal hydride complexes: Well-defined molecular species of saline hydrides. A. Stasch*
10:40 – 2043. Developing group 1 dihydropyridine chemistry: From transient intermediates to isolable compounds. S. Orr*,
R.E. Mulvey, S.D. Robertson, J.J. Liggat,
R. McLellan, A.R. Kennedy
11:10 – 2044. Recent developments in lanthanoid pseudo-Grignard reagent chemistry. P.C. Junk*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
The Bio-Coordination Chemistry of Nitric
Oxide and Its Derivatives: Mechanisms of
NOx Generation, Signaling and Reduction in
Biological Systems (#371)

Organized by: N. Lehnert,
G. Richter-Addo, F. Doctorovich,
K. Fujisawa
Presiding: F. Doctorovich

8:00 – 2045. Kinetics studies of the formation and reactions of dinitrosyl iron complexes with cysteine in aqueous solution.
P.C. Ford*, J. Pereira, R. Han
8:30 – 2046. Behavior of redox-active NO ligands on dinuclear ruthenium complexes. Y. Arikawa
9:00 – 2047. Elucidating the conformational
dynamics and regulatory interactions in
nitric oxide synthases. C. Feng*,
Y. Sheng, A. Astashkin
9:20 – 2048. Mechanistic studies of nitric oxide reduction by denitrifying NO reductases and heme-nonheme diiron containing
myoglobin constructs. P. Moënne-Loccoz*, H. Matsumura, Y. Lu, S. de Vries
9:50 Break
10:00 – 2049. Nickel nitrosyl complexes supported by a PEP ligand. J. Gwak, Y. Kim,
Y. Lee*10:20 – 2050. Cryptic noninnocence: FeNO
triarylcorroles are not {FeNO}6.
H. Vasquez-Lima, H. Norheim, A. Ghosh*10:40 – 2051. Iron and cobalt nitrosyls involved in NOx transformations. T. Harrop
11:00 – 2052. Inner-sphere proton-coupledelectron transfer as a key mechanism fornitroxyl (HNO) generation modulated bymetal centers or hydrogen sulfide (H2S).
I. Ivanovic-Burmazovic
11:30 – 2053. Interactions of NxOy species
with synthetic metalloporphyrins andheme proteins. G.B. Richter-Addo*
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2
Activation of Small Molecules byElectropositive Metals Related to Chemical
Energy Conversion (#380)

Organized by: D. Mindiola,
H. Kawaguchi, L. Schafer, K. Meyer,
A. Veige, M. Reynolds
Presiding: H. Kawaguchi, M.A. Reynolds
8:00 openning remarks
8:05 – 2054. Small molecule activation mediated by an iron half-sandwich complex,[Cp’FeI]2. M.D. Walter, M. Reiners,
M. Maekawa, M. Freytag, P. Jones,
J. Hohenberger, J. Sutter, K. Meyer
8:25 – 2055. Rationally designed pincer platforms for rare earth metals. P.G. Hayes*
8:45 – 2056. Reductive activation of CO2
and related small molecules across a
Ti⫽Ti double bond. G. Cloke*
9:05 – 2057. C-H functionalization of simple
hydrocarbons mediated by tungsten allyl
nitrosyl complexes. R.A. Baillie,
P. Legzdins*
9:25 – 2058. Highly active MnN-Li2NH composite catalyst for ammonia decomposition. J. Guo
9:45 break
10:00 – 2059. Reactivity of titanium-hydrazido complexes from a computational
perspective. E. Clot*
10:20 – 2060. Activation and functionalization of metal-metal multiple bonds.
Y. Tsai
10:40 – 2061. Activation of small moleculesby chelating triamido uranium complexes. S.T. Liddle, B. Gardner, D. King,
P. Cleaves, D. Patel, J. McMaster,E. McInnes, N. Chilton, F. Tuna,
W. Lewis, A. Blake, L. Maron, C. Kefalidis
11:00 – 2062. Small molecule activation bycomplexes of low-valent f elements.
M. Mazzanti*
11:20 – 2063. Activation of dinitrogen by avanadium complex bearing a chelatingbis(phenoxide)-anilide ligand.
H. Kawaguchi*
11:40 concluding remarks
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 3
New Directions for Sensing Metals in
Biology (#424)

Organized by: E. New, E. Que,
T. Hirayama
Presiding: E. New

8:00 – 2064. Development of far-red to nearInfrared small-molecule fluorescenceprobes for monitoring dynamics of calcium ion. K. Hanaoka*
8:30 – 2065. Design of dual emission fluorescent probes for metal ions based onarene-metal ion contact and their application to cell bioimaging. A. Ojida
9:00 – 2066. Design of a red-emitting ratiometric fluorescent probe for the detectionof intracellular sodium ion. M. Taki*
9:20 – 2067. Development of ratiometricstrategies for sensing labile metal pools inbiology. C. Shen*, J. Kolanowski, E. New,
A. White
9:40 Morning tea
10:20 – 2068. Inorganic chemistry in control
of cell fate decisions: Probes for understanding how zinc fluxes regulate mammalian fertilization. T.V. O’Halloran
10:50 – 2069. In situ fluorescence imaging of
biological trace metals. C. Fahrni*
11:20 – 2070. New optical indicators for neuronal activity. E. Miller
11:40 – 2071. Development and applicationsof fluorescent probes for selective andturn-on detection of Fe(II) ion.
T. Hirayama*, M. Niwa, K. Okuda,
H.K. Nagasawa

MACR
Area 3 – Macromolecular
Tuesday Morning
Hawaii Convention Center
325B
Synthetic Biopolymers (#37)

Organized by: T. Deming, Z. Li,
T. Kaneko
Presiding: T. Deming, T. Kaneko, Z. Li
8:00 Introductory Remarks
8:05 – 1. Endowing protein biopolymers withintelligence. J.K. Montclare, J.A. Frezzo
8:40 – 2. Assisted protein refolding by artificial molecular chaperones. L. Shi*
9:15 – 3. Photoswitchable rapid prototypingof heterotypic cell-cell contacts and cell
motility assay. R. Andrews, K. Mun,
G. Kumar, C. Ho, C. Co
9:35 – 4. Bioconjugates of fluorinated azobenzene. W. Brittain*
9:55 break
10:10 – 5. Poly(oligonucleotide): Development and biomedical applications for nucleic acid-programmed polymers andnanoparticles. N. Gianneschi
10:45 – 6. Polyphosphoester: From controlled synthesis to biomedical applications. J. Wang*
11:20 – 7. Facile synthesis and applicationsof site-specific protein-polymer conjugates. H. Lu*
11:40 – 8. Synthesis and blood compatibilityof sequence-specific polymers via regioselective ROMP. S. Kobayashi,
k. fukuda, K. Herai, M. Kataoka,
K. Osawa, M. Tanaka** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–111

03 – MACRTECHNICAL PROGRAM

Hawaii Convention Center
323B

Hawaii Convention Center
324

Polymer Gels as Advanced Soft Materials(#83)

Controlled Macromolecular andSupramolecular Architectures for
Sustainability (#112)

Organized by: R. Yoshida, T. Miyata,
F. Winnik, J. Aizenberg
Presiding: F. Winnik, R. Yoshida
8:00 Opening Remarks
8:05 – 9. Slide-ring materials: novel concept
for flexible tough polymers. K. Ito*
8:35 – 10. Photo-polymerized networks
based on the copper-catalyzed azidealkyne (CuAAC) reaction. C.N. Bowman*,
A. Baranek, H. Song, A. Alzahrani,
M. McBride, T. Gong
9:05 – 11. Controlled cross-linking strategy
for formation of hydrogels, microgels,and nanogels. J. Zhang, X. Wang,
L. Wang, F. Yang, D. Wu*
9:25 – 12. Onion-like polymer capsules withmultiple concentric shells. B.C. Zarket*,
S. Antozewski, T. Coyne, J. Heckelman,
S.R. Raghavan*
9:45 Break
10:00 – 13. Structure and properties of defect-controlled polymer gel.
M. Shibayama*, K. Nishi, T. Sakai
10:30 – 14. Reprocessable silicone boronate
gels. M.A. Brook, L. Zepeda-Velasquez,
C. DeWolf, E. Mansuri, M.E. Whinton
11:00 – 15. Wide bicontinuous compositional windows from co-networks madewith telechelic macromonomers. G. Tew
11:20 – 16. Understanding the fibrillation ofself-assembled low molecular weight hydrogelators. D. Hermida-Merino*,
G. Portale
11:40 – 17. Theoretical and computationalmodeling of structure and dynamics ofoligomeric electrolyte based multisolvent
gelators. A.E. Kobryn, S. Gusarov,
A. Kovalenko
Hawaii Convention Center
326B
Simulation of Polymers (#110)

Organized by: Y. Masubuchi,
S. Shanbhag, V. Vao-soongnern, C. Baig
Presiding: S. Shanbhag, S. Sukumaran
8:00 – 18. Density functional theory for excluded volume effects in polymer
brushes. C. Chen, P. Tang, F. Qiu*,
A. Shi
8:20 – 19. Density functional tight binding
study of defected ␣ and ␥ nylon6.
S. Arabnejad*, S. Manzhos
8:40 – 20. Fast lattice Monte Carlo simulations of polymers. Q. WANG*
9:00 – 21. Toward robust self-diffusivity estimates in complex fluids. S. Shanbhag*
9:20 – 22. Rotational motion of polymer
chains under simple shear flow.
J. Takimoto*, S. Sukumaran, K. Mori,
A. Fukuhara
9:40 – 23. Stretch/orientation induced reduction of friction of polymers.
Y. Masubuchi*
10:00 – 24. Primitive path analysis of entanglements in polymer blends.
S. Sukumaran*, J. Takimoto
10:20 – 25. Multi-million-atom molecular dynamics simulations of conformational dynamics in polymer nanoparticle composites using explicit solvent treatment.
S. Sankaranarayanan, S. Deshmukh
10:40 – 26. Large scale coarse-grained molecular simulations on fracture process ofrubber. M. Oikawa, R. Sakamaki, Y. Bito,
S. Ueno, M. Naito, H. Kishimoto,
Y. Masubuchi*
11:00 – 27. Multiscale simulation for polymer
nanocomposites. T. Ozawa*, K. Ohata,
M. Watanabe, G. Goldbeck, V. Regnier
11:20 – 28. Improving composite materials
via molecular simulations of epoxy crosslinking at carbon fibre interfaces.
B. Demir, T.R. Walsh*
11:40 – 29. Coarse-grained simulation studyof the filler filled materials using OCTA
system. H. Morita, K. Hagita

112–TECH

Organized by: M. Kamigaito, C. Hawker,
G. Qiao, K. Wooley, E. Yashima
Presiding: C. Boyer, C.J. Hawker
8:00 – 30. Precision functional polymers by
precision radical polymerization.
M. Sawamoto*
8:30 – 31. Application of photoinduced electron transfer (PET) for the synthesis andpost-modifications of well-defined polymers. C. Boyer*, J. Xu, S. Shanmugam
9:00 – 32. Precision synthesis of stimuli-responsive polymers via living/controlled
cationic polymerization. S. Aoshima*,
S. Kanaoka, A. Kanazawa
9:30 – 33. Reversible mechanistic transformation of growing nature during vinyl polymerizations. K. Satoh*, M. Kamigaito
10:00 – 34. Bioinspired supramolecular architectures. S. Stupp*
10:30 – 35. Intramolecular catalyst transfer
behavior depending on transition metal
catalysts in the synthesis of conjugatedpolymers and copolymers. M. Nojima,
Y. Ohta, T. Yokozawa*
11:00 – 36. Methods to synthesize well-defined polyesters with control of sequence,
regio- and stereochemistry.
A.M. DiCiccio, J. Longo, G. Coates
11:15 – 37. Synthesis and fundamental
properties of poly(ortho-phenylene)s.
K. Mikami*, Y. Mizukoshi, Y. Okada,
M. Uchiyama*
11:30 – 38. Controlling polymer conformations: Efficient synthesis of shape-persistent ladder polymers via annulation ladder polymerization. Y. Xia*
11:45 – 39. Rational strategy for the realization of chain-growth supramolecular polymerization. D. Miyajima*, K. Jiheong,
T. Aida*Hawaii Convention Center
323C
Characterization of Polymers and Polymer
Assemblies in Solution (#172)

8:05 – 46. New hybrid materials based on element-blocks. Y. Chujo*
8:35 – 47. Platinum-containing conjugatedpolymers with novel structures and properties. Y. QIN
8:55 – 48. Metallo-supramolecular polymers
as stimuli-responsive materials.
S.J. Rowan*
9:15 – 49. Multifunctional supramolecular
nanotubes and nanopartilces as sensory
and delivery vehicle. C. Kim*, J. Lee
9:35 – 50. Stimuli-responsive metallosupramolecular polymers. C. Weder*
9:55 Break
10:05 – 51. Synthesis and application ofpolysilsesquioxanes as element-blocks.
T. Gunji
10:25 – 52. Pyridylborates as a new ligand
platform for metal-containing polymers
and metallo-supramolecular materials.
F. Jaekle*
10:45 – 53. Supramolecular polymerizationof fullerene via molecular recognition.
T. Haino*
11:00 – 54. Organic-inorganic hybrid polymers based on nickel(II) complexes of
Goedken’s macrocycle. J.A. Paquette,
E.R. Sauve, J.B. Gilroy*
11:15 – 55. Development of polysilsesquioxane aerogels and xerogels with improved
mechanical properties. K. Kanamori,T. Shimizu, K. Nakanishi
11:30 – 56. Synthesis of network polymers
using cubic silsesquioxane and their discriminating properties for the particle
size. T. Kakuta*, K. Tanaka, Y. Chujo
11:45 – 57. Modification of PET and PEN film
surfaces by organic-inorganic hybrid
polymer thin films. T. Tamai*,
M. Watanabe, Y. Kobayashi, K. Mitamura,
K. Matsukawa
Hawaii Convention Center
327
Polymers from Renewable Sources andSustainable Polymer Synthesis (#281)

Organized by: M. Cunningham,
M. Sawamoto, P. Chamapgne,
J. Rawlins
Presiding: P. Champagne

8:00 Introductory Remarks
8:05 – 40. Local conformation and intermolecular interactions of rigid cyclic amylose
carbamate derivatives. K. Terao
8:50 – 41. Residual contribution of threesegment interactions to the second virial
coefficient for unperturbed ring polymers.
D. Ida*, T. Yoshizaki
9:35 – 42. Effects of shape on the solution
properties of polymers.A computational
approach. B.A. Pazmino Betancourt,
J.F. Douglas
10:05 – 43. Long-chain branching analysis ofcomb-shaped polystyrenes. S. Lee*,
T. Chang
10:35 Break
10:50 – 44. Picture of dilute solution behavior of polymers through polyelectrolyte
simulation. T. Yoshizaki, H. Yamakawa,D. Ida11:20 – 45. Theoretical study of network formation and mechanical property of physical gel with well-defined junction structure. H. Ozaki*, T. Koga

8:00 Opening Remarks
8:05 – 58. Next generation aliphatic polyester block polymers: Design, synthesis,
and performance. M. Hillmyer
8:35 – 59. Copolymers of lactide with aliphatic cyclic esters: From thermoplastic
elastomers to functional poly(lactic acid)s. M. Shaver*
9:05 – 60. Capturing CO2 for cellulose dissolution and derivation. H. Xie, Y. Yang,
L. Song, X. Yuan, C. Yuan, Q. Zhen
9:25 – 61. Aerogels from biopolymers andbiomonomers. D.A. Schiraldi
9:45 – 62. Development of stereo-block
polylactides: An approach to high-performance polylactide materials. Y. Kimura*,
K. Masutani
10:15 – 63. Carbon dioxide switchable cellulose nanocrystals. H. Wang, J. Bouchard,
P. Champagne, P.G. Jessop,
M. Cunningham*
10:35 – 64. Organocatalytic polymerizationof bioderived bifunctional acyclic andheterocyclic monomers. E. Chen
11:05 – 65. Efficient, chemical-catalytic approach to the production of renewable
monomers succinic acid and 3-hydroxypropanoic acid from biomass.
M. Mascal*, L. Wu, s. dutta
11:25 – 66. Functional biobased elastomers
from Eucommia ulmoides. U. Hiroshi

Hawaii Convention Center
325A

Hawaii Convention Center
323A

Functional Materials Based on Organicinorganic Hybrid Polymers (#221)

Sustainable Conversion of Lignin to ValueAdded Products and Green Chemicals(#319)

Organized by: T. Sato, T. Yoshizaki,
T. Chang, J. Mays, C. Wu
Presiding: T. Chang, J. Mays, T. Sato,
T. Yoshizaki

Organized by: K. Naka, F. Jaekle, C. Ha,
J. Ohshita
Presiding: C. Ha, F. Jaekle, K. Naka,
J. Ohshita, Y. QIN

Organized by: X. Zhang, Q. Guo, W. Qin,
T. Hu, K. Ramasamy
Presiding: X. Zhang

8:00 Opening Remarks

8:00 Discussion by Keith Moo Young

8:25 – 67. Enabling bio-based economy: Hybrid approaches for lignin valorization.
S. Singh
8:45 – 68. Biopolymeric ionic liquids (bioPILS): A materials family originated fromlignin and its applications in CO2 capture.
C. Vriamont*, J.P. Hallett, G.J. Britovsek
9:05 – 69. Role of lignin in a biorefinery.
T. Yuan*, S. Yang*, R. Sun*
9:25 – 70. Developing biobased adhesives
by chemical coupling lignin to biopolymers. N. Hati*, W. Grigsby, J. Jin,
N. Edmonds
9:45 BREAK
9:55 – 71. Deep eutectic solvents (DES) for
lignin extraction. X. Zhang*
10:15 – 72. Lignin-derived nanoporous carbon spheres@CuFeS2 composite: Synthesis and thermoelectric properties.
D. Liang*
10:35 – 73. Commodity-scale phytochemicals from the lignocellulose of megacrops. S.A. Miller*
10:55 – 74. Mechanistic look at lignin sulfonation. R. Beatson*
11:15 – 75. Catalytic solvolysis features oflignin fractions with different molecularweight distribution. J. Kim*, S. Park,
S. Oh, J. Park, D. Shin, J. Choi
11:35 – 76. Catalytic conversion of biomass
to fuels and value-added chemicals via
platform molecules. Q. GUO*
Hawaii Convention Center
326A
Polymers for Energy and Optoelectronic
Devices (#361)

Organized by: K. Oyaizu, R. Advincula,
D. Choi
Presiding: D.H. Choi, K. Oyaizu
8:00 Introductory Remarks
8:05 – 77. High-performing organic semiconducting polymers for electronics and optoelectronics. D.H. Choi*, M. Cho,
J. Shin, D. Lee, H. Um
8:25 – 78. High performance organic thin filmtransistors based on conjugated polymers containing benzobisthiadiazole andits related heterocycles. Y. Wang,
T. Michinobu
8:40 – 79. Novel thienoacene-based semiconducting materials for organic solar
cells and field effect transistors.
M. Wong*, Z. Li, K. Zhang, B. Wang
8:55 – 80. Development of 4,7-dialkylated
phenanthrodithiophene-based semiconducting polymers and their application tohigh-performance solar cells. H. Mori,
R. Takahashi, K. Hyodo, H. Nonobe,
Y. Nishihara*
9:10 – 81. Synthesis and characterization of
pyrenobisthiadiazole-based semiconducting polymers. W. Kaneshika*,
H. Nonobe, R. Takahashi, H. Mori,
Y. Nishihara*
9:25 – 82. Optimization of side chains in
phenanthrodithiophene-isoindigo copolymers: Relationships between thin-film
structure and device performance.
S. Nishinaga, H. Mori, Y. Nishihara*
9:40 Break
9:50 – 83. Semi-crystalline photovoltaic
polymers with noncovalent Coulomb interactions for highly efficient polymer solar cells. H. Woo*

* Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

03 – MACR
10:20 – 84. Conjugated polymers for highly
efficient solar cells: Fundamental understanding on PBnDT-FTAZ. W. You*
10:35 – 85. High-performance semiconducting polymers incorporating naphthobischalcogenadiazoles for polymer solar
cells. I. Osaka, K. Kawashima,
K. Takimiya
10:50 – 86. Efficiency-limiting processes in
low-bandgap donor:perylene diimide
photovoltaic blends. D.W. Gehrig,
A. Sharenko, A. Kyaw, S. Roland,
D. Neher, T. Nguyen, F. Laquai*
11:05 – 87. Characterization of molecularaggregation structure in polymers withperylenediimide side-chain. M. Kido,
S. Nojima, R. Ishige, Y. Kim, B. Ree,Y. Ko, N. Ohta, K. Kojio, M. Ree, T. Hirai,
A. Takahara
11:20 – 88. Side chain engineering of naphthalenediimide-bithiophene (NDI-T2)based N-type polymers for efficient allpolymer solar cells. W. Lee*, C. Lee,
B. KimTuesday Afternoon
Hawaii Convention Center
325B
Synthetic Biopolymers (#37)

Organized by: T. Deming, Z. Li,
T. Kaneko
Presiding: T. Deming, T. Kaneko, Z. Li
13:00 Introductory Remarks
13:05 – 89. Biobased functional polymers
from plant oils. U. Hiroshi
13:40 – 90. Preparation of biobased polyimides from 4-aminocinnamate and theiroptoelectrical properties. j. singh*,
P. SUVANNASARA, S. TATEYAMA,
T. Kaneko
14:00 – 91. Bio-inspired adhesive polymers
for energy storage devices. H. Lee*
14:35 Break
14:50 – 92. Anti-inflammatory and antibacterial coatings derived from biological polyphenols. T. Sileika, D. Barrett,
P. Messersmith*
15:25 – 93. Synthesis of polylactides bearing
antibacterial moiety at chain end.
H. Ajiro, S. Ito, M. Akashi*
15:45 – 94. Super-engineering plastics fromexotic amino acids. T. Kaneko*
16:20 – 95. Environmentally degradable biobased plastics from renewable itaconic
acid and their composites with montmorillonite. M. Ali*, N. Tandon,
S. TATEYAMA, T. Kaneko
16:40 – 96. Developmentof high thermoresistance and transparent polyurea films
bioderived from 4-aminocinnamic acid.
Y. Ibuki*, S. TATEYAMA, T. Kaneko
Hawaii Convention Center
323B
Polymer Gels as Advanced Soft Materials(#83)

Organized by: R. Yoshida, T. Miyata,
F. Winnik, J. Aizenberg
Presiding: F. Winnik, R. Yoshida
13:00 – 97. Self-healing hydrogels from bilayer membrane. J. Gong*
13:30 – 98. Vitrimers: Insoluble and reshapable chemically crosslinked networks.
F. Tournilhac*
14:00 – 99. Highly stretchable, mechanically
tough, zwitterionic nanocomposite gelswith controlled thermosensitivities andunique swelling and self-healing behaviors. K. Haraguchi*
14:30 – 100. One-step preparation ofthermo/photo-sensitive nanogels andtheir use as stabilizers of Pickering highinternal phase emulsions. F. Winnik,
x. zhang
14:50 Break
15:00 – 101. Hollow adaptive microgels.
W. Richtering*
15:30 – 102. Designing microgels for hemostasis. N. Welsch, A. Brown, T. Barker,
A. Lyon*16:00 – 103. Polymer gels formed from critical gelation cluster. T. Sakai, K. Hayashi,
U. Chung
16:20 – 104. Composite particle synthesis in
the presence of hydrogel particles.
D. Suzuki*, C. Kobayashi, T. Watanabe
16:40 – 105. Uniform anisotropic colloids:
Fabrication, assembly, and packing.
J. Kim*

16:30 – 125. Synthesis of well-defined 3-dimensional P3HT based star polymers by
GRIM and ATRP. K. Baek*
16:45 – 126. Switchable enantioseparation
based on helicity induction and memory
effect in a polyacetylene bearing 2,2’-biphenol-derived pendants in the solidstate. K. Maeda*, K. Shimomura, T. Ikai,
S. Kanoh, E. Yashima*

Hawaii Convention Center
326B

Hawaii Convention Center
323C

Simulation of Polymers (#110)

Characterization of Polymers and Polymer
Assemblies in Solution (#172)

Organized by: Y. Masubuchi,
S. Shanbhag, V. Vao-soongnern, C. Baig
Presiding: N. Arai, Y. Masubuchi
13:00 – 106. Can heterogeneity in amorphous polymers be envisioned using atomistic simulation?. F. Godey, A. Soldera*
13:20 – 107. Molecular dynamics study on
star-shaped thermoresponsive polymers
in aqueous solution. S. Sato*, E. Terada,
M. Jin, S. Mizutani
13:40 – 108. Atomistic molecular dynamics
simulations of structure and thermodynamic properties of asymmetric polyelectrolyte block copolymer micelle in saltfree aqueous solution. R. Chockalingam,
U. Natarajan*
14:00 – 109. Self-assembly of bottlebrush
copolymers and their blends with homopolymers: A Monte Carlo simulation
study. D. Jo, J. Huh*, K. Lee
14:20 – 110. Amphiphilic diblock copolymer
mediated assembly of nanoparticles insolutions. R. Wang*, S. Ma*
14:40 – 111. Modeling and simulation of surfactants and polymer systems – what can
we learn from these?. F.C. Lim, L. Zhang,
D.W. Cheong, M.B. Sullivan*
15:00 – 112. Self-assembly of Janus origomers into onion-like vesicles. N. Arai*,
K. Yasuoka, X.C. Zeng
15:20 – 113. Large scale simulation of a thermoplastic elastomer with SCFT andcoarse-grained MD. T. Honda
15:40 – 114. Coarse-grained simulations ofinterfaces between grafted polyelectrolytes. T. Kinjo*, H. Yoshida, H. Washizu
16:00 – 115. Multiscale simulation of contraction and expansion polymer melt
flow. T. TANIGUCHI*, K. HARADA
16:20 – 116. Modeling the drying process ofpolymer solutions. M. Doi*
Hawaii Convention Center
324
Controlled Macromolecular andSupramolecular Architectures for
Sustainability (#112)

Organized by: M. Kamigaito, C. Hawker,
G. Qiao, K. Wooley, E. Yashima
Presiding: H. Otsuka, K. Wooley
13:00 – 117. Organocatalytic strategies tonovel macromolecular architectures.
R. Waymouth*
13:30 – 118. Carbon dioxide as a renewable
C1 feedstock for polymer synthesis.
K. Nozaki*
14:00 – 119. Stereoselective, chemoselective, and living coordination polymerization of renewable acrylic monomers.
E. Chen
14:30 – 120. Non-equilibrated supramolecular interactions. T. Aida*
15:00 – 121. Investigating new sources forand applications of cellulose nanocrystals. S.J. Rowan*
15:30 – 122. Molecular design of dynamic
covalent polymers for sustainability.
H. Otsuka*
16:00 – 123. Organocatalyzed synthesis ofhigh-molecular-weight aliphatic polycarbonates. D. Kuckling*, A. Reitz, J. Sun,
R. Wilhelm
16:15 – 124. Aliphatic polyester/polycarbonate triblock colopolymers via one-pot,
neat, organocatalytic ring opening polymerization for generation of self-assembled
polymeric nanoparticles. A.J. Myles*,K. Moffat, J. Wosnick, V. Farrugia

Organized by: T. Sato, T. Yoshizaki,
T. Chang, J. Mays, C. Wu
13:00 – 127. Interaction chromatography
separation of polymers: Principle and applications. T. Chang*
13:45 – 128. Getting the most from cumulants analysis of dynamic light scattering
data. . .and getting it quickly. P.S. Russo,
X. Zhang
14:30 – 129. Comprehensive 2D analysis ofpoloxamers. M.I. Malik*, S. Lee,
T. Chang
15:00 – 130. Characterization and fractionation of PS-b-PMMA diblock copolymer
synthesized via click chemistry. J. Park*,
T. Chang, K. Lee, J. Kim
15:30 – 131. Solubilization of 3-azido-1-propyne oligomers prepared by copper(I)catalyzed azide-alkyne cycloaddition polymerization and characterization of thesoluble oligomers in dilute solution.
A. Hashidzume*, A. Mori, S. Nakano,
T. Nakamura, T. Sato
16:00 – 132. Functional oligomeric fluids:
Characterization challenges. A.O. Patil*
16:30 – 133. Reason for the high solubility ofchemically modified poly(vinyl alcohol)s inaqueous solution. T. Shikata*
Hawaii Convention Center
325A
Functional Materials Based on Organicinorganic Hybrid Polymers (#221)

Organized by: K. Naka, F. Jaekle, C. Ha,
J. Ohshita
Presiding: C. Ha, F. Jaekle, K. Naka,
J. Ohshita
13:00 – 134. Synthesis of element block
polymers based on T8-caged silsesquioxanes. K. Naka
13:20 – 135. Polymerizations with elemental
sulfur: Novel inorganic polymers for energy, sustainablity, and defense. J. Pyun*
13:40 – 136. Self-healing properties of photocrosslinked hybrids thin films using
thiol-containing polysilsesquioxane.
K. Matsukawa*, K. Nishio, I. Urano,
K. Mitamura, N. Nishioka, T. Koga,
N. Higashi, S. Watase
14:00 – 137. Metallocenium polymers: Fromchemoselective synthesis to biomedical
application. C. Tang
14:20 – 138. Hybrid network polymer films of
multifunctional cyclosiloxane building
blocks. M. Mitsuishi, A. Demirci, Y. Liu,
S. Yamamoto, J. Matsui, T. Miyashita
14:40 Break
14:50 – 139. Chitosan based hybrid nanomaterials. C. Ha
15:10 – 140. Hybrid polyurethane surface
modification: Impact of nanosurface andmesosurface modification. K.J. Wynne*,
S. Chakrabarty, S. Nair, W. Zhang,
V. Yadavalli
15:30 – 141. Preparation of graphene quantum dots and their chemical functionalization by Cu(I)-catalyzed Huisgen cycloaddition reaction. R. Sekiya*,
Y. Uemura, K. Suzuki, T. Haino
15:45 – 142. CO2-responsive magnetic
mesoporous silica nanoparticles. J. Guo,
J. Yuan*
16:00 – 143. Synthesis and characterizationof self-organized N-heteroacene-basedmaterials. K. Isoda*
16:15 – 144. Layer-by-layer assembly of aself-healing anticorrosion coating on
magnesium alloy. F. Fan, J. Szpunar

16:30 – 145. Dynamic cross-linking of
POSS-containing polymers mediated byfluoride ion. K. Tsuchiya, H. Arai,
Y. Ishida, A. Kameyama
16:45 – 146. Polymer-grafted porous coordination nanocages. N. Hosono*,R. Matsuda, S. Kitagawa
Hawaii Convention Center
327
Polymers from Renewable Sources andSustainable Polymer Synthesis (#281)

Organized by: M. Cunningham,
M. Sawamoto, P. Chamapgne,
J. Rawlins
Presiding: M. Cunningham, J. Rawlins
13:00 Opening Remarks - 5 mins
13:05 – 147. Lipid based polymers: A biorefinery approach enabled by structure
function fundamentals. S. Narine*
13:35 – 148. Renewable monomers andpolymers obtained via sustainable chemistry. M. Meier
14:05 – 149. Enzymatically synthesized functional polyesters from renewable resources. M. Bilal, T. Naolou, A. Njau ,J. Kressler
14:25 – 150. Synthesis of functional polypentadecalactone copolymers by ringopening polymerisation. A.P. Dove,
J. Wilson
14:45 – 151. Polymerization of biosourced
myrcene using neodymium based catalysts. R. Dı́az de León*
15:05 – 152. Synthesis of polypentenamerand poly(vinyl alcohol) using phase separable PIB second generation HoveydaGrubbs catalyst. M. Al-Hashimi*,
R. Tuba*, H.S. Bazzi*, R.H. Grubbs*
15:25 – 153. Design and synthesis ofpolyphosphoester-based multifunctional
nanocarriers aimed for biomedical applications. P. Ni*
15:55 – 154. Crystalline nanocellulose functionalization andpolymer grafting via surface initiated living radical polymerization.
J. Arredondo, O. Garcia-Valdez,
P. Champagne*, M. Cunningham
16:15 – 155. Comparing surface esterification methods of cellulose nanocrystals for
improved hydrophobicity. S. Peng*,
R. Moon, J. Youngblood
16:35 – 156. Cellulose nanocrystal: A naturalpolymer to protect the functionality of active beads and edible coating.
m. lacroix*
Hawaii Convention Center
323A
Sustainable Conversion of Lignin to ValueAdded Products and Green Chemicals(#319)

Organized by: X. Zhang, Q. Guo, W. Qin,
T. Hu, K. Ramasamy
Presiding: T. Hu
13:00 – 157. Synergistic catalysis of Fe
based bimetallic catalysts for hydrodeoxygenation of lignin derived compounds. Y. Hong, A.J. Hensley, H. Zhang,
J. Sun, A. Karim, M. Gu, M. Engelhard,
J. McEwen, Y. Wang*
13:25 – 158. Reductive silylation of lignin: Aroute to oligomers and green composites.
M.A. Brook*, J. Zhang* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–113

03 – MACR
13:45 – 159. Development of new functional
materials using a metabolicintermediateof lignin, 2-pyrone-4,6-dicarboxylic acid.
H. Ogata, Y. Otsuka, M. Nakamura
14:05 Break
14:15 – 160. Selective conversion of native
lignin to aromatic dimer derivatives.
H. Nonaka, R. Yamamoto, M. Funaoka
14:35 – 161. Catalytic oxidation of biorefinery lignin to value added platform chemicals. R. Ma, X. Zhang*, M. Guo
14:55 – 162. Depolymerization of lignin into
simple aromatics via Ni/HZSM-5 in an
aqueous environment. R. Barton*,
N. Escalona, H. Lamb, S. Park, S. Peretti
15:15 – 163. Study on the mechanism of thepyrolysis of lignin model dimers by in situ
FTIR. H. Cheng, S. Wu*
15:35 – 164. Demethoxylation of ligninmodel aromatics over carbon-supported
ruthenium-manganese catalyst.
Y. Nakagawa, M. Ishikawa, M. Tamura,
K. Tomishige*
15:55 – 165. Lignin hydrogenolysis over Ni
based catalysts: Understanding the catalytic activity. N. Yan*
Hawaii Convention Center
326A
Polymers for Energy and Optoelectronic
Devices (#361)

Organized by: K. Oyaizu, R. Advincula,
D. Choi
Presiding: D.H. Choi, K. Oyaizu
13:00 – 166. Novel conjugated polymer asboth cathode and anode interlayers forinverted organic photovoltaics. W. Wang,
Q. Zhang, D. Liaw, Y. Tai*
13:15 – 167. Triplet state formation in polymer:fullerene photovoltaic blends.
F. Laquai*
13:30 – 168. Triplet state generation in photovoltaic blends of low-bandgap DPPtype copolymers and PC71BM probed bytransient absorption spectroscopy.
J.R. Ochsmann, D. Chandran, K. Lee,
F. Laquai*, M. Turbiez
13:45 – 169. Interplay between polymer donor and fullerene acceptor in bulk-heterojunction solar cells. P.M. Beaujuge*
14:00 – 170. Improved stability for lightsoaking in efficient crystalline-Si/3,4polyethylenedioxythiophene (PEDOT)
heterojunction solar cells. H. Shirai*,
Q. Liu*, R. Ishikawa, K. Ueno
14:15 – 171. Broadening the light absorptionof P3HT derivatives using porphyrins:
Noncovalent vs. covalent attachment.
M. Chevrier, S. Richeter, A. Mehdi,
O. Coulembier, R. Lazzaroni,
P.G. Dubois, S. CLEMENT
14:30 Break
14:40 – 172. Photoprecursor approach towards efficient solution-processed organic solar cells. M. Suzuki,
Y. Yamaguchi, K. Nakayama*,
H. Yamada*
15:10 – 173. Polymer/dye composites forpotential cost effective and high efficiency optoelectronic applications.
S. SUN*, D. Wang
15:25 – 174. PBDT[2F]T, the secrets of awide band-gap polymer with 7% PCE.
J. Gorenflot, D.W. Gehrig, A. Paulke,
J. Wolf, D. Neher, P.M. Beaujuge,
F. Laquai
15:40 – 175. Effect of side chain volume of
conjugated polymers on polymer:PCBM
morphology and organic solar cell properties. H. Son*
15:55 – 176. Polymeric interfacial engineering of the electrode for high performancesolar cells. Y. Song, L. Yan, Y. Zhou*,B. Song*
16:10 – 177. Effective electron and hole extraction using novel polymeric materials
in perovskite solar cells. T. Park, S. Song,G. Kim
16:25 – 178. Conjugated polyelectrolyte holetransport layer for inverted-type perovskite solar cells. H. Choi, C. Mai,
H. Kim, J. Jeong, S. Song, G. Bazan,
J. Kim*, A.J. Heeger

114 –TECHTECHNICAL PROGRAM
Wednesday Morning
Hawaii Convention CenterHalls I, II, III
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Poster Session
10:00 – 12:00
179. Fast chain flips in mixed n-alkanes: Implications for polyethylene.
K.J. Fritzsching, Y. Marciano,
K. Schmidt-Rohr*
180. Investigating ion transport and dynamics in a crosslinked polymer-gel lithium
conductor. B.E. Kidd, S. Forbey,
F.W. Steuber, R.B. Moore, L.A. Madsen*
181. Differentiating molecular and morphological effects on transport in an ionicpolymer membrane. M. Goswami*,
L.A. Madsen
182. Measuring tunable anisotropy and ion
transport in conductive, rigid, and thermally stable ion gels. Y. Wang, Y. Chen,
J. Gao, H. Yoon, L. Jin, M. Forsyth,T. Dingemans, L.A. Madsen
183. Characterization of polymer microstructure and reaction mechanism by hyperpolarized NMR. C. Chen, C. Hilty
184. Monomer sequence in the poly(methyl
methacrylate-co-benzyl methacrylate)s
prepared by various polymer reactions ofpoly(benzyl methacrylate). Y. Nakanishi,
Y. Hsu, T. Okubo, M. Oshimura,T. Hirano, K. Ute
185. Analysis of stereoregularity in poly(lacticacid) by solution NMR. K. Suganuma,
H.N. Cheng, M. Oshimura, T. Hirano,
K. Ute, T. ASAKURA
186. Monomer sequence in the poly(methyl
methacrylate-co-benzyl methacrylate)s
prepared by stepwise esterification of
isotactic poly(methacrylic acid).
D. Yokota, Y. Nakanishi, M. Nagahama,
T. Hirano, K. Ute
187. Magnetically oriented structures andgas transport properties of liquid crystalline polyesters with various higher-order
structures by means of NMR methods.
R. Ishigami*
188. NMR of the gas in polyimides with different glassy states prepared by physicaltreatments. M. Fujita*
189. Segmental motions in the noncrystalline
domains of polyethylene. W. Hu*, N. Patil
190. Chain dynamics in polymer crystalline
region as investigated by solid state
NMR. W. Chen, T. Miyoshi
191. Spin-spin relaxation time as a novel parameter for the quantitative evaluation of
the degradation of rubber seals.
K. Numata*, H. Kurokawa, S. Sekine,
Y. Nakazawa, A. Asano
192. Dynamics of water and protons in swollen polymer electrolyte membranes: Insight into proton transfer mechanism infuel cells. H. Kim, O. Han
193. Inverse Laplace transform and principal
component analysis of T2 decays of polyisoprene rubbers filled with carbon black.
M. Tsunomura, A. Asano*, T. Ohkubo,
K. Okushita
194. Characterization of local pre-stretchingin sequentially cross-linked polymer networks by NMR. W. Chassé, P. Millereau,
V. Litvinov, C. Creton, A. Kentgens
195. 1H-NMR investigations of semicrystalline polymers: Effects of preparation andmolecular weight. R. Kurz*
196. Determination of molecular dimension
and trajectory of polymer chains embedded in single crystals. Y. Hong,
T. Miyoshi
197. Topological and crystallization studies
of well-defined PEG-networks.
M. Samiullah, D. Reichert*, T. Zinkevich,
J. Kressler
198. Characterization of kerogen and sourcerock maturation using solid-state NMR
spectroscopy. A. Clough*, J. Sigle,
J.L. White

199. Effects of temperature and pressure on
the structure of ethylene- vinyl acetate
copolymer (EVA). R. Kuwahara,
N. Ogawa, R. Tomita, M. Nishino,
Y. Kawakami, Y. Kawano, Y. Suzuki,
M. Konno, . Nakajima, T. Takeda,
K. Ishigami, H. Uehara, T. Yamanobe*200. Characterization of a polymer complex
of poly (allyl amine) and poly(acrylic acid)by solid NMR. Y. Morozumi, S. Maeda*
201. Characterization of polymer complex ofpoly(allylamine hydrochloride) and carboxymethyl cellulose sodium salt by solid
NMR. T. Kawaguchi, S. Maeda*
202. Structural analysis of metal depositing
polyamides for the novel wearable device. T. Hashimoto, Y. Tahara, M. Sano,
T.M. Chang, M. Sone, H. Kurosu
203. NMR studies for the development of tissue-engineering biomaterials based on
silk fibroin and polyurethane.
C.T. Nakazawa, A. Higuchi, A. Asano,T. Kameda, Y. Nakazawa*
204. Improvement of Bombyx mori silk fibroin membranes with glycerin and NMR
characterization. T. Endo,
M. HIRAYAMA, M. Endo, T. ASAKURA*
205. Structure of Samia cynthia ricini silk fibroin with polyalanine sequences studied
by solution and solid state NMR.
Y. Suzuki, S. Kawanishi, A. Aoki,
H. Saito, T. ASAKURA*
206. Characterization of a polymer complex
of poly (allyl amine) and poly (␥-glutamicacid) by solid NMR. T. Kakishita,
S. Maeda*
207. Higher-ordered structure and gas transport properties of poly (␥-benzyl-L-glutamate) studied by NMR. H. Yoshimizu*
Hawaii Convention Center
325B
Synthetic Biopolymers (#37)

Organized by: T. Deming, Z. Li,
T. Kaneko
Presiding: T. Deming, T. Kaneko, Z. Li
8:00 Introductory Remarks
8:05 – 208. Hyperbranched biopolymers
synthesized from amino acids. Y. Li*
8:40 – 209. Polypeptoid polymers: Recent
discoveries in the development of functional peptidomimetic polymers.
D. Zhang
9:15 – 210. Design of polypeptide and/or
polysaccharide based copolymer self-assembled biomaterials.
S. Lecommandoux
9:50 Break
10:05 – 211. Synthesis and applications ofresponsive and functional polypeptides.
T. Deming*
10:40 – 212. Thermal and oxidation responsive polypeptide materials. Z. Li*
11:00 – 213. Re-examination of amino acid
NCA polymerization 64: Preparation ofmonodispersed high molecular weight
polypeptides by the primary amine initiated polymerization of amino acid N-carboxy anhydride. H. Kanazawa, A. Inada
11:20 – 214. RAFT polymerization of polyphenol-inspired antioxidant polymers.
H. Ejima*, Z. Kan, N. Yoshie
11:40 – 215. Controlled/living polymerizationof naturally occurring terpenes.
K. Satoh*, M. Kamigaito

9:00 – 218. Stimuli-responsively poratinggels. N. Kuriakose, J. Texter*
9:20 – 219. Multifunctional polymer hydrogel-based hybrid membranes with stimuli-responsive properties. M. Ulbricht*,
M. Gajda, X. Lin, H. Ohashi
9:40 – 220. Stimuli responsive polymerbased sensors, muscles, and drug delivery platforms. M.J. Serpe*
10:00 Break
10:10 – 221. Injectable purine-based
sponges as a potential therapy to target
remyelination post-spinal cord injuries.
M. Mekhail, G. Almazan, M. Tabrizian*
10:40 – 222. Synthetic gel based approach
toward “electronics-free” artificial pancreas. A. Matsumoto*, T. Ishii,
H. Matsumoto, T. Suganami, M. Tanaka,
Y. Ogawa, K. Kataoka, Y. Miyahara
11:00 – 223. Electrically induced controlled
release from biopolymer capsules.
A. Gargava, R. Ponte, R. Ragunathan,
S.R. Raghavan*
11:20 – 224. Photofabrication of 2.5-dimensional microstructures composed of hydrogel sheet. K. Sumaru*, T. Takagi,
T. Satoh, T. Kanamori
11:40 – 225. Thermoresponsive polymer
brush possessing cationic group for purification of human bone marrow derived
mesenchymal stem cell. K. Nagase*,
Y. Hatakeyama, T. Shimizu, K. Matsuura,
M. Yamato, N. Takeda, T. Okano
Hawaii Convention CenterHalls I, II, III
Simulation of Polymers (#110)

Organized by: Y. Masubuchi,
S. Shanbhag, V. Vao-soongnern, C. Baig
Poster Session
10:00 – 12:00
226. Molecular dynamics simulations of concentration effect on conformations, hydrogen bond dynamics, and translational
diffusion of poly(methacrylic acid) in saltfree aqueous solution. R. Chockalingam,
U. Natarajan*
227. Molecular simulation of photon interaction with linear oligomers. K. Narushima228. Dissipative particle dynamics simulations for self-assembly of polymer in vesicle. Y. Yoshimoto*, N. Arai
229. Study of the adsoprtion of the cytochrome c on the graphene: Using molecular dynamics simulation. X. Li
230. Carrier generation mechanism in organic solar cells. K. Narushima*,
M. Takasaki
231. Dissipative particle dynamics simulation
for morphology of telechelic star polymer
solution: Effect of shape of polymer.
N. Nishida*, N. Arai
232. Dissipative particle dynamics simulation
for self-assembly structure and rheological property of Janus nanoparticles solution in nanotubes. Y. Kobayashi*, N. Arai
233. Comparison of viscoelastic response
function between a united-atom model ofpolyethylene and the Kremer-Grest
model. R. NISHIMURA, K. TAKAHASHI,
K. Yasuoka, Y. Masubuchi
234. Molecular simulations for segmental
motions of polymer chains. K. Sasaoka,
T. Koga

Hawaii Convention Center
323B
Polymer Gels as Advanced Soft Materials(#83)* Principle Author

Organized by: R. Yoshida, T. Miyata,
F. Winnik, J. Aizenberg
Presiding: J. Aizenberg, T. Miyata
8:00 – 216. Photohealable materials basedon photoreversible sol-gel transition of atriblock copolymer in an ionic liquid.
M. Watanabe*
8:30 – 217. Transforming the nanostructureof aqueous block ionomer gels for use inorganic photovoltaics. R.J. Spontak*,
H.A. Al-Mohsin, K.P. Mineart

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

03 – MACR
235. Computer simulation of dynamics ofphase ordering of hydrogen-bonding supramolecular block copolymers.
R. Arimura*, T. Koga
Hawaii Convention Center
324
Controlled Macromolecular andSupramolecular Architectures for
Sustainability (#112)

Organized by: M. Kamigaito, C. Hawker,
G. Qiao, K. Wooley, E. Yashima
Presiding: T. Choi, E. Yashima
8:00 – 236. Increasing 3D supramolecularorder by decreasing molecular order.
V. Percec*
8:30 – 237. Sustainable and degradable
polymers from glucose and castor oil.
T.M. Reineke
9:00 – 238. Olefin metathesis and alkyne polymerization. T. Choi*
9:30 – 239. Review for thermoreversible
polymers consisting of multiple hydrogenbonds (MHB) and the pairs of Diels-Alderreaction. K. Yamauchi*, D. Yamamoto,
M. Yokoe, T.E. Long
10:00 – 240. Stereospecific polymerizationand chiroptical properties of vinyl aromatics. X. Wan*
10:30 – 241. Chirality transfer in chiral block
copolymers. R. Ho
11:00 – 242. Functional nanospace macromolecules via precision crosslinking andassociation technologies of polymer
chains. T. Terashima, M. Sawamoto
11:15 – 243. Precise synthesis of thermallycurable hyperbranched polymers andtheir application to solvent-free adhesivematerials. E. Sato*, I. Uehara,
T. Nishiyama, A. Matsumoto, H. Horibe
11:30 – 244. Remote stereocontrol of dynamic chiral structures. N. Ousaka*,
F. Mamiya, E. Yashima
11:45 – 245. Enantioselective synthesis ofchiral polymer from racemic monomer
through the click polymerization directedby the circularly polarized light. G. Zou*
Hawaii Convention Center
323C
Characterization of Polymers and Polymer
Assemblies in Solution (#172)

Organized by: T. Sato, T. Yoshizaki,
T. Chang, J. Mays, C. Wu
8:00 – 246. Cryo-electron tomography studyof complex compartmentalized nanostructures. A.H. Mueller*, T.I. Loebling,
A.H. Groeschel, J. Haataja,
C.V. Synatschke, F.H. Schacher
8:45 – 247. Characterizing polymeric micelles employed for DDS combining
SAXS and FFF. K. Sakurai, Y. Sanada,
I. Akiba
9:15 – 248. Association behavior of bovine
serum albumin with the PEO-PPO multiblock copolymer in water. K. Rikiyama*,
Y. Katsumoto
9:45 – 249. Characterization of complexes
formed by mixing aqueous solutions ofpolymethacrylic acid and a homopolymer
or block copolymer of 2-ethyl-2-oxazoline. Y. Matsuda*, M. Kikuchi,
A. Takahara, S. Tasaka
10:30 – 250. Intermolecular interaction andself-assembly in aqueous solutions of a
mixture of anionic-neutral and cationicneutral block copolymers. R. Takahashi,
T. Sato, K. Terao, S. Yusa
11:00 – 251. Two aggregation processes ofthermo-responsive PEO-PPO multiblock
copolymer in the aqueous solution.
T. Horiuchi*, S. Kondo, T. Sakai,
Y. Katsumoto
11:30 – 252. Overview of self-assemblies
formed by amphiphilic block, random,
and alternating copolymers. T. Sato*
11:55 Closing Remarks

Hawaii Convention Center
325A
Functional Materials Based on Organicinorganic Hybrid Polymers (#221)

Organized by: K. Naka, F. Jaekle, C. Ha,
J. Ohshita
Presiding: C. Ha, F. Jaekle, K. Naka,
J. Ohshita, I. Tomita
8:00 – 253. Enhancement of photoluminescence and electroluminescence of samarium complex by polysilsesquioxane.
S. Watase*, T. Yamashita, Y. Hasegawa,K. Mitamura, T. Koga, N. Higashi,
K. Matsukawa
8:15 – 254. Monitoring the formation of fluorescent micelles from crystallization
driven self-assembly using STED and
TEM. E. Leitao, I. Manners
8:30 – 255. Attempted synthesis of functional materials using metalladithiolene
complexes. S. Tsukada, T. Sagawa,
H. Sato, T. Gunji*
8:45 – 256. Synthesis and optical properties
of cyclic and acyclic poly(germyleneethynylene) materials. H. Tanimoto*,
T. Nagao, T. Fujiwara, K. Tanaka,
T. Kakuta, Y. Chujo*, K. Kakiuchi*
9:00 – 257. ␲-Conjugated polymers containing versatile elements-blocks. I. Tomita*,
Y. Matsumura, Y. Komatsuzaki,
H. Nishiyama, S. Inagi
9:20 – 258. Sol-gel silica nanoparticles andtheir application to functional organic/inorganic hybrid coating. D. Lee, S. Han,
D. Kang
9:40 Break
9:50 – 259. Functional soft materials fromthe self-assembly of block copolymers
containing main group elements and metals. I. Manners*
10:20 – 260. Ionic liquid/boron compoundbinary electrolytes for lithium Ion secondary batteries. N. Matsumi
10:40 – 261. Preparation and applications ofdisilanobithiophene and – biphenyl as
new silicon-bridged chromophores.
J. Ohshita
11:00 – 262. Organic/inorganic hybrid nanostructures for organic electronic devices
with polymer semiconductors. C. Lee,W. Lee, J. Seo, H. Kim, Y. Kim*
11:20 – 263. Well-defined “N-type” organic
electronic materials. D.S. Seferos
11:40 – 264. Synthesis of ferrocene-containing polytriazoles by metal-free click polymerization. A. Qin*, B. Tang
Hawaii Convention Center
327
Polymers from Renewable Sources andSustainable Polymer Synthesis (#281)

Organized by: M. Cunningham,
M. Sawamoto, P. Chamapgne,
J. Rawlins
Presiding: M. Sawamoto
8:00 Open Remarks
8:05 – 265. Multifunctional nanoworms andnanorods and functional membranes.
M. Monteiro
8:35 – 266. Biosourced polymer nanocomposites: high performance materials fordurable applications. P.G. Dubois*,
M. Murariu, J. Raquez, L. Bonnaud,
J. Odent
9:05 – 267. Novel efficient ligation reactions
for polymer chemistry. S. Perrier*
9:35 – 268. Chitosan-based flame retardant
multilayer nanocoatings. J. Grunlan*,
T. Guin, M. Leistner
9:55 – 269. Synthesis and application ofmultifunctional nitrile N-oxides.
H. Sogawa*, S. Monjiyama, T. Takata
10:15 – 270. Conceptualizing sustainable
thermoplastic elastomers from hydrocarbon-rich biomass. C. Tang
10:45 – 271. Hybrid materials based on
nanoscopic cellulose and well-definedpolymers. E. Malmstrom*, A. Carlmark

11:15 – 272. Modification of chitosan via nitroxide-mediated polymerization andgrafting from approach in homogeneous
media. O. Garcia-Valdez, A. Darabi,
R. Champagne Hartley,
E. Saldı́var-Guerra, P. Champagne*,
M. Cunningham
11:35 – 273. Alginate-based amphiphilic
graft copolymer prepared via living radical polymerization. V. Kapishon,
R. Whitney, P. Champagne, R.J. Neufeld,
M. Cunningham*
Hawaii Convention Center
323A
Sustainable Conversion of Lignin to ValueAdded Products and Green Chemicals(#319)

Organized by: X. Zhang, Q. Guo, W. Qin,
T. Hu, K. Ramasamy
Presiding: Q. GUO, X. Zhang
8:00 – 274. Studying bacterial lignin degradation in soil actinomycetes.
M.C. Chang*
8:20 – 275. Delignification of rice straw by
Trametes hirsuta and Myrothecium roridum and comparison of saccharification
yields with dilute acid pretreatment.
D. Carrier*, A. Arora, K. Rajan
8:40 – 276. Biodegradable lignin composites
from biorefinery plant. l. liu
9:00 – 277. Biocatalytic routes of lignin tohigh value chemicals. M. Tu*
9:20 – 278. Biomimetic Fenton catalyzed
lignin depolymerization to aromatics andlow molecular chemicals. z. tong*,
j. zeng, C. Yoo, f. wang, x. pan,w. Vermerris
9:40 break
9:50 – 279. Hydrothermal decomposition of
cunninghamia lanceolata enzymatic/mild
acidolysis lignin at different temperaturein subcritical water. Y. Zhao, X. Li,
S. Wu*, Y. Li
10:10 – 280. Fungal demethylation of Kraft
lignin for polymer applications.
L. Christopher, B. Venkatesagowda,
L. Malek, R. Dekker
10:30 – 281. Lignin modification by ionic liquid. M. Nejad*, M. Arefmanesh,
E. Master
10:50 – 282. Low temperature hydrothermal
decomposition of a lignin dimer modelcompound. D. Liu, J. Sun, E. Nagel,
C. yuhe, z. Gu, C. Zhang*
11:10 – 283. Lignin conversion to valueadded products. M.A. Lilga*, S. Lee
11:35 – 284. Overview of the main featuresof the LignoForce SystemTM, the lignin
product and emerging high-value applications. M. Paleologou*, L. Kouisni,
K. Maki, B. Richardson, Y. Zhang,
M. Feng, P. Fatehi
Hawaii Convention Center
326A
Polymers for Energy and Optoelectronic
Devices (#361)

Organized by: K. Oyaizu, R. Advincula,
D. Choi
Presiding: R. Advincula, K. Oyaizu
8:00 – 285. Graphene/Polymer based templated electronic materials.
R. Advincula*
8:20 – 286. Out-of-plane structural and optical properties of solvent-treated PEDOT/
PSS films. K. Itoh, Y. Honma, N. Asano,
T. Sasaki
8:35 – 287. Electrical conduction properties
in oriented films of conductive polymer
PEDOT/PSS. Y. Honma*, N. Asano,Y. Kato, K. Itoh, M. Guziak, T. Nishizaki,
H. Masunaga, A. Fujiwara, T. Sasaki
8:50 – 288. Nanocrystallization process inacid-treated PEDOT/PSS films investigated by wide-angle X-ray diffraction.
N. Asano, Y. Honma, Y. Kato, K. Itoh,
H. Masunaga, A. Fujiwara, T. Sasaki

9:05 – 289. Controlling porosity of solutiondeposited inherently conducting polymers to maximize electrochemical performance. J.A. Irvin*, T. Cantu, J.R. Garcia,
J. Frazer, T. Morgan, S. Vong
9:20 – 290. Whispering gallery mode photoemission from ␲-conjugated polymer microspheres and efficient intersphere energy transfer. S. Kushida*, D. Braam,
T.D. Dao, S. Kosuke, H. Saito, S. Ishii,
T. Nagao, J. Kuwabara, T. Kanbara,
M. Kijima, A. Lorke, Y. Yamamoto
9:35 Break
9:45 – 291. Fine-controlled metal-assembling polymers for advanced nanomaterials. K. Yamamoto
10:15 – 292. Dynamic covalent synthesis of
conjugated ladder polymers. L. Fang
10:30 – 293. Aza-Diels–Alder route to polyquinolines. D.J. Dibble, M.J. Umerani,
A. Mazaheripour, Y.S. Park, J.W. Ziller,
A.A. Gorodetsky
10:45 – 294. In-situ formation of conjugatedpolymers via vapor-phase polymerizationfor optoelectronic applications. T. Suga*,
H. Nishide
11:00 – 295. Polyether-based electrolyte
blends with nano-ordered phase separated structure for novel antistatic materials. Y. Kubota, Y. TOMINAGA
11:15 – 296. Fully organic multilayer nanocoatings with thermoelectric power factor
that rivals inorganic tellurides.
J. Grunlan*, C. Yu
Hawaii Convention CenterHalls I, II, III
Macromolecular General Posters
10:00 – 12:00
Polymer Synthesis
297. Synthesis of graft copolymers and dendronized polymers by Cu-catalyzed multicomponent polymerization. H. Kim,
K. Bang, J. Lee, T. Choi*298. Ethylene-propylene copolymerization
initialized by V complexes. H. Ren, Y. Yi,
C. Li
299. Synthesis of helically chiral liquid crystalline polyphosphazenes.
M.L. Koeberle*, C.M. Thiele300. Lignin-b-PMMA micelles via reversible
addition-fragmentation chain transfer polymerization. M. Callari*, M. Stenzel,
M. Hernandez-Guerrero
301. Novel radical initiation system consisted of haloalkane/amine for free radical
polymerizations of methyl acrylate,methyl methacrylate and styrene.
H. Tang*, C. Xu
302. Toward the synthesis of functionalized,
helically-chiral polyisonitriles as transition-metal- or organocatalysts. S. Otto,
M. Reggelin
303. Synthesis and catalytic activity of palladium nanoparticles using phenylazomethine dendrimer as atom number controlling templates. T. Kofuku, H. Kitazawa,
K. Albrecht, W. Chun, T. Imaoka,
K. Yamamoto
304. Controlled synthesis of novel poly(vinyl
ether)-grafted poly(phenylacetylene)s by
a combination of living coordination polymerization and living cationic polymerization. S. Kawamura, J. MOTOYANAGI,
M. MINODA
305. Novel molecular brush grafted polyphenylene vinylene (PPV) and poly-phenylene ethynylene (PPE). M. Damavandi* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

TECH–115

03 – MACR
306. Synthesis of a water-soluble polypeptide containing thioester bonds on its side
chains and dynamic exchange reaction
using the thioesters. S. URAI, T. Oyama
Applications of Polymers
307. Development of the phosphorus and nitrogen containing flame retardant forvalue added cotton product. B. Condon,
S. Chang
308. Analysis of fouling behavior of PVAbased anion-exchange membranes inelectrodialysis processes. R. Hironaga*,
M. Higa309. Study of the ability of phase transfer
catalyst of the styrene based polymer
having a hexaalkyl guanidinium salt.
S. Tanaka, N. Iwasaki
310. Preparation and membrane characterization of a temperature-responsive anion
exchange membrane. T. Mizuno*,
M. Higa
311. Production of Pickering emulsions stabilized by associative magnetic nanoparticles for recoverable emulsion flooding.
S. Choi*, T. YANG, J. Kim
312. Liquid crystals alignment properties ofphotopolymer with different photosensitive group. J. Kang*, S. Yang, H. Song,K. Choi, S. Lee, G. Shin*
Polymer Characterization
313. Thermal decomposition of plastics at
low temperature and ocean contamination generated from debris plastics.
K. Koizumi, K. Amamiya, A. Okabe,
D.M. Karl, K. Takatama, M. Nishimura,
K. Saido
314. Pulse radiolysis studies on the early reactions of polystyrene derivative resists.
C. Wang*, Y. Hosaka, Y. Ito, A. Oshima,
T. Kondoh, M. Washio, S. Tagawa
315. Characterization of ion exchange membranes prepared from poly (vinyl alcohol)
based block copolymers. M. Annno*,
T. Mizuno, M. Higa
316. Stable helical phase in chiral block copolymers with high degree of chirality.
H. Wang, Z. Fu, J. Lee, M. Li, J. Tsai,R. Ho
317. Clarification of the structural dependency of the inner microenvironments ofpoly(N-isopropylacrylamide) gels using afluorescent probe technique. D. Ito,
H. Itagaki
Polymer Processing
318. Electrospun nanofibre scaffolds for tissue engineering. E.W. Chan*
319. Ordering and alignmentinhighnolecularweight block copolymer films by neutral
solvent vapor annealing. S. Park*, Y. Kim,
D. Ryu320. Purification of starting material, intermediates, and final products by recycling
prep HPLC. K. Tseng*, I. Hideto,
T. Karasawa
321. Reactive extrusion of polyethylene terephthalate. A. Ozdemir322. Ultra-high thermoresistant, transparent
bio-polyimides from 4-aminocinnamate
photodimer. j. singh*, T. Kaneko,
S. TATEYAMA, P. SUVANNASARA
323. Innovative green technique for preparing of flame retardant cotton. S. Chang*,
B. Condon, J. Smith
324. Toughening of epoxy resin by using
cleavage of the covalent bonds between
matrix and modifier during curing reaction. T. Kaga*, T. Oyama
325. Miscibility enhancement of poly(vinylchloride)/polystyrene blend: Application
as membrane for separation of benzene/
cyclohexane mixture by pervaporation.
D.M. Aldhayan
326. Polymer films having hierarchically ordered surface structure by a combinationof nanoimprinting and surface-initiatedcontrolled polymerization 1: Concept andexamples using polymers bearing dithiobenzoate or benzyl chloride residues.
M. MINODA*, T. Uemura, T. Matsumoto,
M. Sumida, J. MOTOYANAGI

116 –TECHTECHNICAL PROGRAM
327. Polymer films having hierarchically ordered surface structure by a combinationof nanoimprinting and surface-initiatedcontrolled polymerization 2: Films madeof polymers bearing photolinkable moieties and their surface properties.
T. Nohara*, T. Uemura,J. MOTOYANAGI, M. MINODA
Hydrigels
328. X-ray diffraction study on structuralchange of polymer hydrogels during dehydration. R. Naohara, K. Narita,
Y. Okanao, Y. Sekine, T. Ikeda-Fukazawa
329. Effects of side chain structure on dehydration process of polymer hydrogel.
Y. Tojima, T. Ikeda-Fukazawa, Y. Sekine
330. Wholly ␲-conjugated organogels basedon pyrene-containing oligo(m-phenylene
ethynylene)s. Y. Chen, H. Wang*,
D. Zhang, Z. Li
331. Tough, thermoresponsive hydrogels.
J. Cubuk, S. Rajaraman*, P. Cohn*,
D. Shah, M. Jani
332. Water states in physically cross-linked
nanogels. J. Kodama, Y. Sekine,
K. Akiyoshi, T. Ikeda-Fukazawa
Polymers for Electronics and Photonics
333. Synthesis of red-fluorescent ␲-conjugated polymers via direct arylation andtheir ␲-stacked gel formation.
S. Hayashi, T. Koizumi
334. Synthesis of ␲-conjugated polymers
from cross-conjugated poly(2,3diaryl[2]dendralene)s and their opticalproperties. T. Koizumi*, A. Kameda,
S. Hayashi
335. Facile method for making PEDOT/PSS
conductive microparticle with magnetite(Fe3O4) using a microfluidic droplet devices. S. Lee, J. Yim, Y.S. Ko
336. Syndiotactic polystyrene films co-crystallized with organometallic complex andconductive polymer. T. Sano*, T. Okabe,
Y. Kuboyama, H. Itagaki
337. Synthesis and suspension rheology ofhydrophobically modified associative
nanoparticles. T. YANG*, S. Choi, J. Kim
Polymers for Bio-applications
338. Water-soluble fluorescence-switching
polymers for super-resolution bioimaging. M. Zhu
339. Cereal protein polymer properties onprocessing and cure within a totally biobased adhesive system. N. Hati*,
W. Grigsby, J. Jin, N. Edmonds
340. Evaluation of the physical properties offunori adhesive to be used for culturalproperties. Y. Hara*, N. HAYAKAWA,
T. HONDA

Wednesday Afternoon
Hawaii Convention Center
323B
Polymer Gels as Advanced Soft Materials(#83)

Organized by: R. Yoshida, T. Miyata,
F. Winnik, J. Aizenberg
Presiding: J. Aizenberg, T. Miyata
13:00 – 341. Supramolecular gels in energy
and medicine. S. Stupp*
13:30 – 342. Macroscopic self-assemby
through molecular recognition.
A. Harada*
14:00 – 343. Designs of target molecule-responsive gels with cyclodextrins and theirsmart properties. T. Miyata*,
A. Kawamura, T. Uragami
14:20 – 344. Biomolecule triggered shapetransformations of hybrid hydrogels.
J. Athas*, C. Nguyen , B.C. Zarket,
Z. Nie, S.R. Raghavan*
14:40 Break
14:50 – 345. Anisotropic hydrogels withmagnetifally oriented 2D electrolytes.
T. Aida*15:20 – 346. Modeling the entrainment ofself-oscillating gels to an applied, periodically varying force. V. Yashin, S. Levitan,
A. Balazs*
15:50 – 347. Spatiotemporal control of selfoscillating gel by uniformly aligned inorganic nano sheets. Y. KIM*, Y. Ishida,
Y. Ebina, T. Sasaki, R. Yoshida, T. Aida

16:10 – 348. Self-oscillating vesicles: Spontaneous cyclic changes of supramolecular structures formed by synthetic diblock
copolymers. R. Tamate*, T. Ueki,
M. Shibayama, R. Yoshida
16:30 – 349. Functional hydrogels with apinch of vanilla. D. Kuckling*, Z. Chen,
M. Ali, M. Roth, W. Birnbaum,
M. Tiemann
Hawaii Convention Center
324
Controlled Macromolecular andSupramolecular Architectures for
Sustainability (#112)

Organized by: M. Kamigaito, C. Hawker,
G. Qiao, K. Wooley, E. Yashima
Presiding: A. Almutairi, G.G. Qiao
13:00 – 350. Precise polymers and polymeric hybrids by ATRP.
K. Matyjaszewski
13:30 – 351. Design and characterization of(polymer/ natural inorganic nanotube) assemblies. A. Takahara
14:00 – 352. Controlled polymerization in theformation of nanoscale thin films.
G.G. Qiao*
14:30 – 353. Stimuli-responsive polymers forpatterning hydrogels. A. Nelson
15:00 – 354. Light-degradable polymers:
Amplification strategies, response to newwavelengths, and application to a clinicalchallenge. J. Olejniczak, C. Carling,
A. Garcia, V. Nguyen Huu, J. Luo,K. Zhang, A. Almutairi
15:30 – 355. Sterically protected nucleic acids for supramolecular assembly and invivo delivery. K. Zhang, X. Lu, X. Tan,
F. Jia, E. Watts
16:00 – 356. Mechanically responsive surfaces and interfaces via surface-initiatedcontrolled radical polymerization. H. Klok
16:15 – 357. High fidelity IR 1D photonic
crystals via brush polymer self-assembly.
R.J. Macfarlane*, R.H. Grubbs
16:30 – 358. Star polymer coatings for biocompatible interfaces. T. Ando*,
M. Totani, K. Terada, M. Kobayashi,
M. Tanihara
16:45 – 359. Hollow polymer microspheres
for targeted, responsive delivery.
G.J. Price*, E.G. Cradduck, E.K. Skinner
Hawaii Convention Center
323C
Polymer Interfaces: Design, Structure,
Physical Properties and Applications (#194)

Organized by: K. Tanaka, A. Crosby,
S. Kim, K. Dalnoki-Veress
Presiding: M. Seo, K. Tanaka
13:00 – 360. Bicontinuous nanostructures
via polymerization-induced microphaseseparation. M. Seo*
13:30 – 361. Synthesis and characterizationof cationic organoiron dendrimers.
C. Agatemor, A.A. Abdelghani,
B. Thabet, N. Etkin, R. Bissessur,
A.S. Abd-El-Aziz
13:45 – 362. Repeatable adhesion systemusing proton-acceptable and donative
polymer brushes. M. Kobayashi*
14:00 – 363. Electrodeposition of metal oxides onto polymer surface.
M. Watanabe*, T. Shinagawa, S. Watase,
T. Tamai, K. Matsukawa
14:15 – 364. Automatic vertical alignment ofnematic liquid crystals by directly introducing giant surfactants. K. JEONG*
14:30 – 365. Controlling nanocomposite hydrogel mechanics via bioinspired interfacial bond dynamics.
N. Holten-Andersen*
15:00 – 366. New aspects in tribologicalproperties of concentrated polymer
brushes with large thicknesses.
Y. Tsujii*, S. Hsu, D. Ishibashi, K. Ohno
15:30 – 367. Lubrication properties of ionicliquid polymer brushes combined withmolecularly smooth sheets. H. Arafune,
T. Kamijo, T. Morinaga, T. Sato*

15:45 – 368. Self-healing of a cross-linked
polymer with dynamic covalent linkages
at ambient temperature. K. Imato,
A. Takahara*, H. Otsuka*
16:00 – 369. Enzymatic synthesis of reactive
cellulose nanosheets and their functionalization through click chemistry.
Y. Yataka, T. Sawada, T. Serizawa*
16:15 – 370. Control of interfacial structureand dynamics of vinyl polymers for bioapplications. Y. Oda*
Hawaii Convention Center
325A
Functional Materials Based on Organicinorganic Hybrid Polymers (#221)

Organized by: K. Naka, F. Jaekle, C. Ha,
J. Ohshita
Presiding: C. Ha, F. Jaekle, K. Naka,
J. Ohshita
13:00 – 371. Conversion of biowaste silica toalkoxysilanes without using silicon.
R.M. LAINE*, J.C. Furgal, V. Popova
13:20 – 372. Advanced research in the fully
return-to-nature polymer. S. Kim
13:40 – 373. Facile preparation of ionic cyclosiloxanes using superacid catalysts.
Y. Kaneko*
14:00 – 374. Mixing metals and macromolecules: Hybrid cobalt-block copolymer
materials. R.B. Grubbs*
14:20 – 375. Hierarchical structure design ofnecklace shaped inorganic polymer networks alternately bearing a POSS cageand slioxane chains. M. Kunitake
14:40 – 376. Influences of anti-corrosive solgel precursors containing amino-quinone
functional groups on the protection of themetal substrates against the corrosion.
M. Han*
15:00 – 377. Amphiphilic polyhedral silsesquioxanes (POSS) for self-assembly andion conductive materials. J. Matsui*,
M. Takeda, K. Kuroiwa, T. Miyashita,
M. Mitsuishi
15:20 Break
15:25 – 378. Silicon and tin containing block
copolymers for high resolution lithographic applications. C.G. Willson*,
C.J. Ellison, M. Maher, G. Blachut,
S. Sirard, Y. Asano, W. Durand,
M. Carlson, K. Mori
15:45 – 379. Self-organized hybrid polymer
films for hierarchical porous structures.
T. Hayakawa*, K. Okuhara, R. Maeda,
Y. Kushima, K. Azuma, Y. Tanaka
16:00 – 380. Hybrids organic/inorganic materials in chromatographic separations.
B. Muriithi, K. Wyndham, N. Lawrence,
D. Walsh, P. Iraneta, B. Alden, T. Walter
16:15 – 381. Polysaccharide derivatives withnear-infrared dyes for optical and photoacoustic tumor imaging. K. Miki*,
K. Ohe*16:30 – 382. Supramolecular control of optical and magnetic properties in functional
metal complexes with diblock copolypeptide amphiphiles. K. Kuroiwa*
16:45 – 383. Polystyrene-silica nanocomposites with well-controlled nanostructures provided from perhydropolysilazane. R. Saito*, H. Hashimoto,
H. Nakaseko* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

03 – MACR
Hawaii Convention Center
327

Hawaii Convention Center
326A

Poster Session
19:00 – 21:00

Poster Session
19:00 – 21:00

Polymers from Renewable Sources andSustainable Polymer Synthesis (#281)

Polymers for Energy and Optoelectronic
Devices (#361)

Organized by: M. Cunningham,
M. Sawamoto, P. Chamapgne,
J. Rawlins
Presiding: M. Cunningham, J. Rawlins

Organized by: K. Oyaizu, R. Advincula,
D. Choi
Presiding: R. Advincula, K. Oyaizu

418. Re-examination of amino acid NCA polymerization 66: Preparation of monodispersed high molecular weight polypeptides by the polymerization of amino acidN-carboxy anhydride initiated by tertiaryamine. H. Kanazawa, Y. Kanazawa,
A. Inada
419. Synthesis of amylose-analogous heteropolysaccharides by phosphorylasecatalyzed enzymatic copolymerization.
R. Baba, Y. Takata, K. Yamamoto,J. Kadokawa*420. Photoswelling of poly(cinnamoyl ester)s
with a zig-zag backbone. S. Rawat*,
T. Kaneko, K. Okeyoshi, S. TATEYAMA,k. yasaki
421. Accelerating the degradation and clearance of ␤-amyloid fibrils by a decapeptide inhibitor peptide. Q. Zhang, J. Liu,
X. Hu, W. Wang*, Z. Yuan*
422. Synthesis of poly(␻-methoxyalkyl acrylate)s and their blood compatibility evaluation. M. Wakui, S. Kobayashi, R. Satou,
M. Tanaka*
423. Enzymatic synthesis of amphotericpolysaccharide materials. Y. Takata,
K. Yamamoto, J. Kadokawa*424. Effective saccharification of cellulosic
biomass and ethanol fermentation.
A. Gulibusitan*, X. Liang, T. Uryu,
T. Yoshida425. Reactive gels and dispersions madewith water-based extracts from canolameal. A. Parker*, J. Marcinko, D. Parker
426. Synthesis of glycodendrimers with different branched numbers for DDS purpose. S. Han*
427. Enhancement of proton transport in anoriented polypeptide thin film.
S. Laokroekkiat, Y. Nagao*, J. Matsui,
T. Abe, H. Hiramatsu, H. Yamamoto,T. Miyashita
428. Cysteine derived cross-linker for anionic UV curing of epoxy resins.
M. Furutani, S. Sato, K. Arimitsu*

435. Dimensional properties of cyclic amylose tris(3,5-dimethylphenylcarbamate) insolution. A. Ryoki, H. Ichikawa,
S. Kitamura, K. Terao*
436. Dimensional properties of linear and cyclic amylose tris(n-octadecylcarbamate)in solution. A. Ryoki, S. Kitamura,
K. Terao*
437. Conformation and dynamics of polysaccharides and their derivatives in solution. X. Jiang, K. Terao, T. INOUE
438. Chain dimensions and intermolecularinteractions of polysilanes bearing alkyl
side groups over the thermochromism
temperature. X. Jiang, K. Terao,
W. CHUNG, M. NAITO
439. Molecular simulations of helix formationinduced by hydrogen-bonding chiral molecules. K. Horie*, T. Koga
440. Separation of star-shaped polymers
with regard to number of arms.
M.I. Malik*, M. Irfan, J. Park, T. Chang441. Characterization of the chemical composition heterogeneity in poly(styrene-cobutyl acrylate) by RAFT copolymerization.
T. Kawai, Y. Itoh, K. Sudo, R. Sato442. HPLC retention behavior of topologically different polymers. J. Ahn*,
Y. Jeong, T. Chang443. Hysteresis in the phase change of theaqueous solution of the stereo-controlled
PNiPAm. K. Hamamura*, Y. Katsumoto
444. Effect of solvation for the Ludwig-Soreteffect of poly(N-isopropylacrylamide)
studied in various solvents. R. Kita*
445. pH-induced reversible control of intramolecular cross-linking of poly(phenylboronic acid). M. Um, H. Lee*
446. Facile one-pot preparation of 2D structure based on polymer self-assembly.
S. Shin, K. Bang, T. Choi*447. pH-Responsive formation of micelleand vesicle by diblock copolymer in water. R. Enomoto*, M. Khimani,
P. Bahadur, S. Yusa
448. Studies on the formation of polymersomes consisting of photocleavable amphiphilic diblock copolymer and the release of an encapsulated substance.
S. Yamamoto, J. Nakanishi,
S. Nakahama, K. Yamaguchi*
449. Study on relation between spatial distribution and release properties of model
drug compounds incorporated in polymeric micelles. R. Nakanishi, I. Akiba*,
R. Shigeoka
450. pH-responsive polyion complex vesicle.
Y. Tsuda, K. Nakai, S. Yusa, K. Ishihara
451. Size control of polyion complex vesicles
covered with phosphobetaine and their
uptake of guest molecules. K. Nakai,
S. Yusa, K. Ishihara
452. Formation of core-shell type micelles
composed of polyion complex of cationicblock copolymer and anionic polymer.
R. Shigeoka, I. Akiba*, R. Nakanishi
453. Polyion complex (PIC) micelle composed of pH-responsive anionic unimer
micelle and cationic diblock copolymer.
S. Ohno*, S. Yusa, K. Ishihara
454. Self-assembly of binary block copolymer complex driven by intermolecular hydrogen bonding. S. Nakashima, I. Akiba*

13:00 – 384. Development of smart polymer
applications for innovative separation ofnatural homologues. S. Zhu*, W. Wang
13:30 – 385. Living copolymerization of
isobutylene and alloocimene for block
copolymer synthesis. J.E. Puskas,
A.L. Gergely
14:00 – 386. Radical ring-opening polymerization of cyclic ketene acetal revisited:
An experimental and theoretical study.
A. Tardy, C. Lefay, D. Gigmes,
Y. Guillaneuf*
14:20 – 387. Precision polymerization of renewable vinyl monomers for sustainable
polymers. M. Kamigaito*, K. Satoh
14:50 – 388. Design of catalysts for sustainable and precision syntheses of functional polymers. M. Ouchi*
15:20 – 389. ATRP catalyst separation andrecycling. X. Jiang, M. Ding, L. Zhang,
Z. Cheng*, X. Zhu
15:50 – 390. Passerini multicomponent polymerization as a green polymerization
method for new polymer synthesis. Z. Li
16:20 – 391. Green route to biobased polyesters: Solvent-free thin film reactions for
enzymatic polycondensations. A. Pellis,
L. Corici, V. Ferrario, E. Herrero Acero,
C. Ebert, G.M. Guebitz, L. Gardossi*
16:40 – 392. Co2-triggered stimuli-responsive polymers for separations. Q. Zhang,
P. Liu, G. Yu, Y. Lu, W. Wang*, B. Li,
S. ZhuHawaii Convention Center
323A
Sustainable Conversion of Lignin to ValueAdded Products and Green Chemicals(#319)

Organized by: X. Zhang, Q. Guo, W. Qin,
T. Hu, K. Ramasamy
Presiding: X. Zhang
13:00 – 393. Pretreatment, can we achieveeffective biomass hydrolysis without removing lignin?. J.N. Saddler*
13:25 – 394. Biobased epoxy nanocomposites and thermoplastics derived fromlignin-based monomers.
M.M. Abu-Omar*, S. Zhao
13:45 – 395. Improving yield and deoxygenation of bio-oil produced by pyrolysis of
mixtures of black liquor and selected additives. A. van Heiningen*
14:05 – 396. Development of mechanoresponsive lignin hydrogels with self-healing properties. D. Kai*, X. Loh
14:25 – 397. Thermally induced structuraltransformation of lignin during processing. S. Renneckar*, M. Cho, W. Zhang,
N. Sathitsuksanoh, B. Simmons, F. Ko
14:45 – 398. Study on the mechanism ofsynthesis of lignin-phenol-urea-formaldehyde co-condensed adhesive synthesized under alkaline condition. S. Yang*,
T. Yuan*, R. Sun*
15:05 break
15:15 – 399. Study on catalytic microwave
pyrolysis lignin for production of aromatichydrocarbon rich chemicals. Q. Bu*
15:35 – 400. Characterization and optimization of alkaline wet oxidation of biorefinery lignin obtained from pretreated forest
slash. K. Srinivas, F.d. Oliveira, P. Teller,
A.R. Gonclaves, B.K. Ahring*
15:55 – 401. Risks associated with producing and using lignin from acidic pretreatment of non-woods. R.C. Francis*
16:15 – 402. Performance enhancement oflignin-based thermosets and polymer
blends. J. Xin*, X. Guo, J. Zhang
16:35 – 403. Influence of lignin degradation
methods on the biorefinery lignin structure analysis. X. Zhang, Y. Matsumoto

13:00 – 404. Polymer-based resistive nonvolatile memory devices. T. LEE*
13:30 – 405. Phthalocyanine-cored starshaped polymers for the application in organic memory devices. J. Aimi*, C. Lo,
W. Chen
13:45 – 406. Polyfullerene electrodes forhigh power supercapacitors. T.B. Schon,
P.M. DiCarmine, D.S. Seferos*
14:00 – 407. TiO2/polyaniline core/shell
nanocomposite for high performance supercapacitor electrode. B. Patil, K. Jang,
D. Kim, H. Ahn*
14:15 – 408. Synthesis and reversible negative charge storage capability of anthraquinone substituted poly(norbornene). T. Kawai*, K. Oyaizu,
H. Nishide
14:30 – 409. Biohydrogen production fromsugary waste water for clean energy.
E. Dewi*, Z. Dwi Hastuti, C. Yeon Chu,
U. Priyanto
14:45 Break
14:55 – 410. Poly(ethylene carbonate)-based
composite electrolytes for all-solid-statelithium polymer batteries. K. Kimura,
Y. TOMINAGA*
15:10 – 411. Superionic conductivity andhigh temperature stability of photopolymerized solid polymer electrolyte networks. T. Kyu*
15:25 – 412. Rocking chair-type charge-discharge property of redox copolymers andpolymer composites containing TEMPO
and charge-neutralizing anion.
H. Tokue*, T. Murata, K. Oyaizu,
H. Nishide
15:40 – 413. Redox-active polyimide-polyether block copolymers as electrode materials for lithium batteries. G. Hernández, N. Casado, R. Coste, D.
Shanmukaraj, L. Rubatat, M. Armand*, D.
Mecerreyes*
15:55 – 414. Polymers with enhanced redox
mediation capability for high performanceenergy storage devices. K. Oyaizu*,
H. Nishide
16:10 Closing Remarks

Wednesday Evening
Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: H.N. Cheng
19:00 Introductory Remarks
19:03 – 415. Polymeric MRI agents for disease detection: Advances and challenges. C. Zhang, K. Wang, H. Peng,s. puttick, K. Thurecht, S. Rose,
A. Whittaker*
19:42 – 416. Using NMR diffusometry andmicroimaging to probe soft materials
from molecular to millimeter scales.
L.A. Madsen*
20:21 – 417. Solid state NMR of polymers:
Ready to retire or forever young?.
H.W. Spiess*
Hawaii Convention CenterHalls I, II, III
Synthetic Biopolymers (#37)

Organized by: T. Deming, Z. Li,
T. Kaneko

Hawaii Convention Center
323B
Polymer Gels as Advanced Soft Materials(#83)

Organized by: R. Yoshida, T. Miyata,
F. Winnik, J. Aizenberg
Presiding: T. Miyata, R. Yoshida
19:00 – 429. Biomimetic growth of a pathologic biomineral in hydrogels. G. Mallam,
M. Tsianou*
19:20 – 430. Highly sensitive signaling molecularly imprinted nanocavity for biomarker proteins prepared via post-imprinting in-cavity functionalization.
R. Horikawa, H. Sunayama, Y. Kitayama,
T. Takeuchi*
19:40 – 431. Temperature-assisted assembly of monodisperse, covalently crosslinked, and degradable poly(N-isopropylacrylamide) microgels based onoligomeric precursors. D. Sivakumaran,
E. Mueller, T. Hoare*
20:00 – 432. Phase-separated thiol-epoxyacrylate hybrid networks with controlled
crosslink density synthesized by simultaneous thiol-acrylate and thiol-epoxy click
reactions. K. Jin, N. Wilmot, W.H. Heath,J. Torkelson*
20:20 – 433. Validity of scaling laws forphysical hydrogels. L. Li*
20:40 – 434. Material design of gel actuatorusing problem solving techniques by nature. T. Yamauchi*, T. Nishiyama,
T. Hirano, S. Tamesue, T. Mitsumata,K. Hashimoto, N. Tsubokawa,
H. Kobayashi
Hawaii Convention CenterHalls I, II, III
Characterization of Polymers and Polymer
Assemblies in Solution (#172)

Organized by: T. Sato, T. Yoshizaki,
T. Chang, J. Mays, C. Wu* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–117

03 – MACR
455. Adsorption and aggregation propertiesof homogeneous polyoxypropylenepolyoxyethylene type nonionic surfactants without molecular weight distribution. S. Yada*, T. Yoshimura
456. Intra- and intermolecular interactions
and self-assembly of an amphiphilic alternating copolymer in aqueous solution:complexation with cyclodextrin.
R. Takahashi, T. Sato, K. Terao,
A. Hashidzume457. Adsorption and aggregation properties
of hydrocarbon-fluorocarbon hybrid-type
gemini surfactants with carboxylates orquaternary ammonium salts.
T. Yoshimura*, A. Morishima, A. Okuda
458. Supramolecular organogel from amphiphilic cyclic peptide self-assembly in organic solvent. S. Kanazawa, I. Akiba*,
R. Nakanishi
Hawaii Convention CenterHalls I, II, III
Polymers from Renewable Sources andSustainable Polymer Synthesis (#281)

Organized by: M. Cunningham,
M. Sawamoto, P. Chamapgne,
J. Rawlins
Presiding: M. Cunningham
Poster Session
19:00 – 21:00
459. Sustainable monomers and thermoplastic polymers derived from plant oils
via amidation. L. Yuan, Z. Wang,
N. Trenor, C. Tang*
460. Evaluation of dyeing property using regenerated wool fiber. R. Yasukawa*,
S. Asano, K. Sawada
461. Hydrogels based on Agave tequilana
xylans for wound healing. A. Gonzalez,
A. Escalante, E. Delgado, J. González,
P. Gatenholm, G. Toriz*
462. Hemicelluloses-click-chitosan polymer
stabilized palladium (0) as an active catalyst for Suzuki reactions. C. Wu, M. Song,X. Peng*, L. Zhong, R. Sun
463. Preparation and characterization ofpolyurethanes derived from biomass
based furan-diols. S. Shin*, H. Ngo
464. Aliphatic polycarbonates based on carbon dioxide, furfuryl glycidyl ether, andglycidyl methyl ether: Reversible functionalization and crosslinking.
M. Scharfenberg, H. Frey
465. Novel surface wrinkling system withnatural resources: Morphology control.
N. Okuda, S. Ifuku, M. Morimoto,
H. Saimoto, H. Izawa*
466. Biosynthesis of Poly(3-hydroxyalkanoate) from amino acids in medium with nitrogen, phosphate, and magnesium, orsome combination of these nutrients.
T. NAKAOKI*, M. Sakamoto
467. Novel soft materials derived fromgreen-tide-forming chlorophyta.
K. Kanno, S. Takahashi, S. Kato,
Y. Umeno
468. Preparation of high-molecular-weightaliphatic polycarbonates by condensation
polymerization of diol and dimethyl carbonate and Its various applications.
J. Jeon*, B. Lee*469. Differences in chemical composition
and anatomical structure between juvenile wood and mature wood of cultivatedLarix decidua Mill. from fast growing tree
plantations. A. Jankowska,
P. Boruszewski, A. Kurowska, R. Auriga
470. Copolymerization of epoxides with CO2
catalyzed by multinuclear cobalt complexes. Y. Hiranoi, K. Nakano*471. Chemical composition of Populus Hybrida 275 and Larix decidua Mill. woodfrom fast-growing trees plantations as a
new type of raw material for wood-based
panels industry. P.J. Boruszewski*,
A. Jankowska, R. Auriga, M. Maminski,
A. Kurowska, R. Toczylowska-Maminska
472. Polymeric sulfur cathodes based on renewable feedstocks. A. Melker,
C.J. Hawker
473. Novel surface wrinkling system withnatural resources: Mechanism.
H. Izawa*, N. Okuda, S. Ifuku,
M. Morimoto, H. Saimoto

118 –TECHTECHNICAL PROGRAM
474. Ring opening synthesis of polyethylene
furanoate (PEF) as a renewable resource
based substitute for polyethylene terephthalate (PET). P. Fleckenstein*,
J. Rosenboom*, G. Storti, M. Morbidelli475. Environment-dependent single-chain
mechanics of biomacromolecules and its
implications to prebiotic chemical evolution. S. Cui*476. Aromatic end-group functionalization asa method to improve mechanical properties of poly(lactic acid). L. Chile, A. Wong,
P. Mehrkhodavandi*, S.G. Hatzikiriakos*
477. Cyclic carbonate as building block forsustainable synthesis of non-isocyanate
polyurethane elastomers. G. Beniah,
B.E. Uno, N. Wilmot, W.H. Heath,
K. Scheidt, J. Torkelson
478. Tailored adhesion of cellulose substrates by surface modification with block
copolymers. J.L. Engström, F. Hatton, F.
D’Agosto, M. Lansalot, E. Malmstrom, A.
Carlmark
479. Novel preparation of hybrid thiol-acrylate/thiol-epoxy materials synthesized using a single base-catalyzed cure.
E. Dhulst, J. Torkelson, W.H. Heath,N. Wilmot
480. Chemical modification on biopolymers
for improved functionality in biobasedmaterials. M.E. Borjesson*481. Activating polymer production withspinach leaves. S. Shanmugam*, J. Xu,
C. Boyer
482. Preparation of cationic polymerizable
imdazolium ionic liquid-acrylamide copolymer and its corrosion inhibition. Z. Liu*
483. PPC/PPO selectivity dependency onoxidation state of Co/salcy complex.
M. Hatazawa, K. Nozaki
484. Enhanced microwave synthesis ofnanostructured polyaniline materials.
M. Gizdavic-Nikolaidis*, M. Jevremovic,
T. Merian, N. Redon, J. Wojkiewicz,
D. Stanisavljev, G. Bowmaker, Z. Zujovic
485. Living polymerization of renewable
methylene butyrolactone monomers using oxidatively activated group transfer
polymerization initiators. Y. Zhang*,
E. Chen*486. Natural polymers reinforced with cellulose nanocrystal to protect the antimicrobial properties of active packaging andbeads. m. lacroix*
487. Crystalline and functional CO2-based
polycarbonates. Y. Liu, W. Ren, X. Lu*
488. Thermal degradation and stability ofstarch under different processing conditions. X. Liu, S. Zhou
Hawaii Convention CenterHalls I, II, III
Sustainable Conversion of Lignin to ValueAdded Products and Green Chemicals(#319)

Organized by: X. Zhang, Q. Guo, W. Qin,
T. Hu, K. Ramasamy
Presiding: X. Zhang
Poster Session
19:00 – 21:00
489. Synthesize and characterization of
2-pyrone-4,6-dicarboxylic acid derivatives and their charge-transfer complexes. K. Hiruko*, Y. Kuwana,R. Takahashi, K. Inoue, Y. Otsuka,
M. Nakamura, H. Ogata
490. Structure and electronic properties of
the charge transfer complexes based on
2-pyrone-4,6-dicarboxylic acid and similar molecules. R. Takahashi*, Y. Kuwana,K. Hiruko, G.F. Gagabe, Y. Otsuka,
M. Nakamura, H. Ogata
491. Structures and physical properties ofcharge-transfer complexes using a metabolicintermediate of lignin, 2-pyrone-4,6dicarboxylic acid. Y. Kuwana*,
R. Takahashi, K. Hiruko, Y. Otsuka,
M. Nakamura, H. Ogata, G.F. Gagabe
492. Lignin model compound bioconversion
by versatile peroxidase from B.adusta:
Mathematical modeling and process control. N. Busse, M. Kraume, P. Czermak
493. Influence of lignin on the enzymatic hydrolysis of pretreated biomass substrates. S. Nakagame*, J.N. Saddler

494. Ti and Au/Ti doped mesoporous materials for the oxidative degradation of lignin.
V. Dufaud*, A. Nunes, L. Djakovitch,
D. Da Silva Perez
495. Elucidation of structural features onlignin sub-fractions obtained from sequential solvent fractionation. S. Park*,
J. Kim, H. Hwang, J. Moon, J. Lee,
J. Choi496. Copper on electrospray ligin nanosphere: A catalytic system for azidealkyne cycloaddition reaction under solvent free condition. Z. Zhou, J. Ma,
X. Peng*, L. Zhong, R. Sun*
497. Comparative study on topochemistry ofhydrothermal delignification from Japanese cedar and Japanese beech.
M. Takada*, E. Minami, H. Kawamoto,
S. Saka
Hawaii Convention CenterHalls I, II, III
Polymers for Energy and Optoelectronic
Devices (#361)

Organized by: K. Oyaizu, R. Advincula,
D. Choi
Poster Session
19:00 – 21:00
498. Liquid crystal photo-alignment characteristics of polyimide with charge transfer
complexes. S. Sato*499. Transformation process and mechanism between the ␣-conformation and␤-conformation of conjugated polymer
Poly(9,9-dioctylfluorene) in precursor solution. D. LU
500. Electrochemical and mechanical properties of polycarbonate/silica nanofiber
composite electrolytes. Z. LI,
H. MATSUMOTO, Y. TOMINAGA
501. Diindeno[1,2-g:1’,2’-s]rubicene: All-carbon nonfullerene electron acceptor for efficient bulk-heterojunction polymer solar
cells with high open-circuit voltage.
C. Chen*, H. Chen, C. Chen
502. Anisotropic field-effect mobilities of liquid crystalline conjugated polymers on
photoaligned insulators. J. Bae*, S. Han,
K. Song503. Electrochemical characterization ofpolycarbonate-based electrolytes for allsolid-state Li batteries. M. Yajima,
Y. TOMINAGA*
504. New water-soluble and crosslinkablebinder based on chitosan for Si anode of
Li-Ion batteries. M. Cho, Y. Lee*, C. Chen
505. Broad absorbing and low band gap random copolymers for field effect transistor
and polymer solar cell applications.
V. Tamilavan , M. Hyun*
506. Screening for improved bulk heterojunction morphologies of organic semiconductor materials through large-scale
Hildebrand solubility parameter calculations. S.R. Kimura, D. Yoshidome,
H.S. Kwak, M.D. Halls507. Benzo[1,2-b:4,5-b’]dithiophene-functionalized hydrogen-bonding oligothiophene: Self-assembly and photovoltaic
properties. X. Lin, S. Yagai, T. Kizaki,
K. Nakayama
508. Theoretical study of morphology andperformance of organic photovoltaics.
E. Kawashima*, M. Fujii, K. Yamashita
509. Electrochemical hydrogenation ofpoly(4-vinylacetophenone) and its application to a hydrogen storage material.
Y. Shimazaki, R. Kato, K. Oyaizu,
H. Nishide*510. Synthesis and properties of folded␲-stacking polymers and their utilization
to organic photovoltaic cell. Y. Naito,
C. Matsuno, S. Funyu, S. Okamoto*
511. Optoelectronic properties of polymer
composites doped by fullerene derivatives with electron-donating/accepting
functionalization. F. Kim*, H. Song,K. Park, J. Choi, N. Kim
512. Effects of impurity in amorphous conjugated polymer on performance of organic
photovoltaics. J. Kuwabara, N. Takase,
T. Yasuda, T. Kanbara

513. High performance ambipolar field-effecttransistor based on diketopyrrolopyrrole
and benzodithiophene copolymer withcyanovinylene linkage. J. Park, S. Park,S. Park*514. Synthesis and characterizations ofpolyamides and polyimides containing indolo[3,2-b]carbazole moiety in mainchain or side-chain. R. Ueno, T. Yoshii,
T. Mimura, Y. Nagase*, M. Kawamoto
515. Flexible organic photovoltaics on polyethylene terephthalate substrate prepared by low-temperature process.
T. Kuwabara*, W. Xiaofan,
T. Yamaguchi, T. Taima, K. Takahashi
516. Synthesis and properties of bisphenol B
novolac resin as a photo-resist material.
T. Nishimura, H. Yamasaki*
517. New electrochromic polymers based on
Tröger’s base. W. Li, T. Michinobu
518. Helix-sense-selective polymerization of
3,5-bis(hydroxymethyl)phenylacetylene
bearing rigid and branched aryl groups
and their chiroptical properties. Z. Shi,
M. Teraguchi, T. Aoki, T. Kaneko
519. Simplified electrochemical polymerization to fabricate a PEDOT hole injection/transport layer. T. Matsushima*,
S. Katori, K. Hiroki
520. Synthesis and characterization of poly(arylenevinylenes) by ring-opening metathesis polymerization. C. Yu*, S. Wen,
C. Wang
521. Electrocatalytic hydrogenation of pyridine polymers and their application to ahydrogen storage material. T. Ooya,
R. Kato, K. Oyaizu, H. Nishide*
522. Nitrogen atom substitution in benzothiadiazole of conjugated polymer forhigh performance polymer solar cells.
E. Jung, J. Jung, j. jo, W. Jo
523. Conjugated random copolymers consisting of pyridine- and thiophenecapped diketopyrrolopyrrole as co-electron accepting unit for efficient polymer
solar cells. J. Lee, W. Jo
524. Photovoltaic behavior of inverted polymer solar cells using indium tin oxide
electrodes modified by piperazine derivatives. T. Kusumi, K. Fujimori,T. Kuwabara, T. Yamaguchi, T. Taima,
K. Takahashi*
525. Synthesis and characterizations of pendant type poly(acryl amide) containing indolo[3,2-b]carbazole moiety. T. Mimura,
M. Kawamoto, Y. Nagase*526. Spectroscopic ellipsometry and FTIRATR study on removal stage of solvent in
spin-coated PEDOT:PSS on crystallineSi. H. Shirai*, S. Funada, Q. Liu,
R. Ishikawa, K. Ueno
527. Chemical mist deposition of organicand inorganic films on textured c-Si for
efficient crystalline-Si/organic heterojunction solar cells. H. Shirai, T. Ohki,
K. Ichikawa, H. Jaker, R. Ishikawa,
K. Ueno528. Insight into the energy loss in organic
solar cells based on benzotrithiophene
copolymers. E. Al-Naamani, M. Ide,
A. Gopal, A. Saeki*, I. Osaka, S. Seki
529. Carbazole-assisted electrodeposition ofgraphene oxide. P. Advincula*,
J. Mangadlao, R. Advincula*530. Spectroscopic studies of curing andalignment mechanisms of photoreactive
mesogen molecules. K. Song*, J. Jung
531. Molecular engineering of benzothienoisoindigo copolymers allowing highly
preferential face-on orientations. M. Ide*

* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

03 – MACR
532. Low bandgap polymer nanofiber-basedorganic photovoltaic devices processedin ambient air. T. Kim, S. Yang, C. Park
533. Syntheses of benzene type step-␲-conjugated polymer and study on photoinduced electron transfer. H. Guo*, H. Aota
534. Development of new hole-transporting
polypeptide materials and their chargetransport properties. S. Itazawa,K. Karino, M. Ichikawa, T. Uchida,
T. Hiejima*
535. Syntheses of benzene type step-␲-conjugated polymer and study on photoinduced energy transfer. Y. Ishikawa*,
H. Aota
536. Step-␲-conjugated polymer as macromolecular wire. H. Aota*
537. On the anomalous temperature dependence of intrinsic birefringence for polymers. Y. Okada, O. Urakawa, T. INOUE*
538. Synthesis and electrochemical properties of radical polymer containing anionicgroup for a high energy density organic
secondary battery. T. Murata, H. Tokue,
K. Oyaizu, H. Nishide*
539. Charge-discharge performance of
TEMPO-containing polymer particles under flow conditions. R. Watanabe,
R. Sakazaki, H. Tokue, K. Oyaizu,
H. Nishide
540. Development of protic ionic liquidbased polymer electrolytes with toughness for polymer electrolyte fuel cells.
S. Honma, T. Morinaga, R. Shomura,T. Sato, T. Mori, K. Ohno, Y. Tsujii
541. Simultaneous enhancement of upconversion and downshifting luminescence
via plasmonic structure. J. Park, D. Ko
542. Solid state NMR studies on the aggregated structures and properties of polymer:fullerene bulk heterojunction films
with solvent additives. S. Kawano,
H. Ogata
543. Fiber-based flexible electrode for electrochemical supercapacitor with high capacitance. J. Lee*

Thursday Morning
Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: A. English, J.L. White
8:00 – 544. NMR measurement of relative
chain orientations over ⬎10 nm and ofchain end location in polyethylenes:
Structural models without excess density.
K. Schmidt-Rohr, K.J. Fritzsching,K. Mao, A.W. Bosse
8:25 – 545. Solid state NMR guides the design of tailored physical properties in gradient copolymers. J.L. White, J. Sigle,
A. Clough
8:50 – 546. Interchain proximity of polystyrene explored by solid-state NMR.
X. Wang*, P. Sun, Q. Xue
9:15 – 547. Solid-state 33S NMR of polymers. K. Yamada*
9:40 Break
9:55 – 548. Organic light-emitting diodes
and organic solar cells: NMR analysis toward higher performance. H. Kaji*,
T. Fukushima, K. Suzuki, K. Shizu
10:20 – 549. Direct measurements of donor/
acceptor interfaces in organic photovoltaics via heteronuclear recoupling experiments. R. Nieuwendaal,
D. Delongchamp, A. Sieval, J. Hummelen,
M. Heeney, Z. Fei
10:45 – 550. Accessing molecular motion
features in polymers using dipolar filteredtime domain NMR signals at low field.
U.B. da Silva, M.F. Cobo, m.N. DEurı́dice,
E.R. deAzevedo*
11:10 – 551. Relayed dynamic nuclear polarization to probe micro structures.
A. Pinon, P. Berruyer, J. Schlagnitweit,
A. Rossini, A. Lesage, L. Emsley

Hawaii Convention Center
325B
New Perspectives of Synthetic andBiological Soft Matter (#57)

Organized by: F. Horkay, J. Douglas,
N. Choudhury, H. Jinnai
Presiding: J.F. Douglas, G. Wnek
8:00 Opening remarks
8:05 – 552. Fast and complete thixotropic
recovery of molecular organogels.
R.G. Weiss, V. Mallia
8:35 – 553. Soft functional materials frombile salts. S. Chatterjee, T. Gorai,
M. Maity, U. Maitra*
9:05 – 554. Biomimetic tough hydrogels forbiomedical applications.
N. Roy Choudhury*, J. Whittaker,
N.K. Dutta, C.M. Elvin, A.J. Hill
9:35 Break
9:50 – 555. Self-assembly and interactions inbiopolymer systems. F. Horkay*,
P. Basser
10:20 – 556. Amphiphilic hyperbrancheddendritic-linear polymers for drug-delivery applications. E. Malmstrom*,
C. Porsch, A. Nyström, Y. Zhang
10:50 – 557. Spatially controlled surface
modification of coextruded PCL nanofibers as cell responsive biomaterials.
S. Kim, J. Pokorski*
11:10 – 558. Two step microfluidic generation of aqueous alginate multicompartment capsules and their application inbacterial quorum sensing. A. Lu,
S.R. Raghavan, J. Terrell, W. Bentley
Hawaii Convention CenterHalls I, II, III
Polymer Gels as Advanced Soft Materials(#83)

Organized by: R. Yoshida, T. Miyata,
F. Winnik, J. Aizenberg
Poster Session
10:00 – 12:00
559. Stimuli responsive and self-healing supramolecular materials through host andguest interactions. Y. Takashima,
A. Harada
560. Self-healing materials baced on polyrotaxane-boronate interactions. S. Mori,
M. Nakahata, Y. Takashima, A. Harada*
561. Functional supramolecular polymericmaterials based on redox-responsive
host-guest interaction. M. Nakahata,
Y. Takashima, A. Harada*
562. Macroscopic artificial muscle powered
bythe microscopic sliding motion of[c2]daisy chain. K. Iwaso*, Y. Takashima,
A. Harada*
563. Supramolecular gelation of functionalliquids and their dielectric properties.
R. YAMAMOTO, Y. MINAMI, J.K. Hui,
M. Morikawa, N. Kimizuka*
564. Rotaxane cross-linked polymers synthesized with macromolecular [2]rotaxane
cross-linker. J. Sawada*, D. Aoki,
T. Takata565. Effects of both amines and acid in supramolecular hydrogel formation of contained tetracarboxylic acids calix[4]arene
gelator. H. Choi*, J. Lee, J. Jung*
566. Pyridine-based supramolecular gel induced by hydrazone bond and Its properties. Y. Choi, J. Jung*, J. Lee, S. Jung
567. Supramolecular gels with high strength
by tuning of calix[4]arene-derived networks. J. Lee, J. Jung*
568. Relationship between mesoscopic heterogeneity and re-gelation behavior of asupramolecular network. Y. Matsumoto,A. Shundo, K. Matsumoto, M. Ohno,
N. Tsuruzoe, M. Goto, K. Tanaka*
569. Evaluation of fracture behavior for polymer gels with controlled network structure. Y. Akagi*, T. Sakai
570. Design of hydrogels with controlled
swelling properties by tuning the chemical structure of polymer backbones.
H. Kamata*, U. Chung, T. Sakai

571. Hydrogel with a reliable deformation region in an aqueous environment.
S. Kondo, T. Hiroi, U. Chung,
M. Shibayama, T. Sakai
572. Electrophoretic mobility of double
stranded DNA in defect controlled polymer networks: Relation to correlation
length and mesh size. K. Khairulina,
X. Li, K. Nishi, M. Shibayama, U. Chung,T. Sakai
573. High-toughness ion gel with controlled
polymer network. K. Hashimoto*,
K. Fujii, T. Sakai, M. Shibayama
574. Analysis of electrostatic interaction
causing high sliding friction of polyzwitterionic hydrogel. J. Ahmed,
T. KUROKAWA, H. Guo, T. Yamamoto,
M. Takahata, T. Nakajima, J. Gong*
575. Novel double-network hydrogel directly
bondable to the bone and its application
to fixation of artificial cartilage and ligament. T. Nonoyama, S. Wada,
R. Kiyama, N. Kitamura, M. Mredha,
X. Zhang, T. KUROKAWA, T. Nakajima,
Y. Takagi, K. Yasuda, J. Gong*
576. Controlling superstructure of rigid polyelectrolytes in oppositely charged hydrogels via programmed internal stress.
R. Takahashi*, Z. Wu, M. Ariffuzzaman,
T. Nonoyama, T. Nakajima,
T. KUROKAWA, J. Gong
577. Surface HAp mineralization: Novel hydrogel immobilization method on bone
tissue. R. Kiyama, T. Nonoyama,
S. Wada, N. Kitamura, T. KUROKAWA,
T. Nakajima, K. Yasuda, J. Gong*
578. Stimuli-responsible gel consisted ofrigid inorganic nanotube “imogolite”.
K. Shikinaka*, K. Kaneda, T. Maki,
H. Masunaga, Y. Osada, K. Shigehara579. Synthesis and mechanical properties ofjoint-linker gels with reversible redox solgel transition. K. Moriyama*, N. Naga,
K. Takase, H. Furukawa
580. Extremely tough and elastic hydrogel
using macro-crosslinkers.
S.K. Goswami*, J. McAdam, L. Hanton,
S. Moratti
581. Shutdown of ionic conductivity for an
ion gel functionalized by LCST thermosensitive polymer. Y. Kobayashi*,
Y. Kitazawa, H. Kokubo, M. Watanabe
582. Study of ionic liquid-polymer dielectric
layer for high-performance flexible thinfilm transistors. J. Ko, K. Lim, C. Jo,
N. Cho, J. Park, Y. Kim, Y. Kim*
583. Radiation-induced syntheses and applications of novel polymeric ionic liquidgels. M. Zhai, S. Wang, X. Zhang,
J. Peng584. Rational design of ionic-liquid-gel surfaces with easy-sliding and ultra-durable
features. H. Liu*, L. Jiang
585. Small-angle X-ray scattering studied onthermoresponsive microgels. T. Kureha,
S. Matsui, T. Shibamoto, T. Watanabe,
T. Sato, D. Suzuki*
586. Synthesis and structural evaluation of
microgels integrated by of the star polymers in the submicron-sized water droplets. T. Shibamoto, T. Kureha, S. Matsui,T. Sakai, D. Suzuki*
587. Preparation and properties of moistureabsorbing film impregnated with sodium
polyacrylate and polyurethane. J. Lee,D. Jeong, S. Ko, S. Park, S. Hwang,
S. Lee*588. Preparation of glucose-responsive
shape-memory hydrogels using molecular complexes as dynamic crosslinks.
M. Hayashi, A. Kawamura, T. Miyata*589. Synthesis of responsive hydrogels withprotein recognition sites by molecular imprinting and their recognition behaviors.
Y. Masui, A. Kawamura, T. Miyata*590. Synthesis of dual stimuli-responsive
polymers that undergo sol-gel phasetransition by light and biomolecule.
K. Okuma, A. Kawamura, T. Miyata*591. Formation of dynamic biomolecular recognition sites in smart hydrogels by molecular imprinting and their recognition
control. Y. Kuriu, A. Kawamura,T. Miyata*592. Network structure and responsive behavior of temperature-responsive hydrogels synthesized by controlled radical polymerization. C. Norioka, A. Kawamura,T. Miyata593. Preparation of prostaglandin-imprintedhydrogels with cyclodextrin and their responsive behavior. Y. Tanaka,
A. Kawamura, T. Miyata*594. Relationship between gel network andmolecular recognition of stimuli-responsive hydrogels with cyclodextrins.
S. Yamafuji, A. Kawamura, T. Miyata*595. Modular and injectable poly(oligoethylene glycol methacrylate)-based hydrogels with tunable physiochemical and biological interactions. E. Bakaic*,
N.M. Smeets, T. Hoare
596. Metal ion-responsive biodegradable hydrogels made of PEG-DNA copolymers.
S. Tanaka, K. Fukushima,
K. Wakabayashi, A. Kuzuya*, Y. Ohya
597. New robust biodegradable platform forthe engineering of macromolecules for
consumer and biomedical applications.
H. Ye*
598. 3D perfusion culture through patterned
photodegradable hydrogels.
F. Yanagawa*, M. Tamura, S. Sugiura,
T. Takagi, K. Sumaru, T. Kanamori
599. Investigation of new cooling systems
based on copolymers of temperature-responsive poly(N-isopropylacrylamide)with butyl acrylate and vinyl acetate.
H. Sasaki, H. Honda, Y. Kita,
K. Sekimoto, H. Tsukada, A. Tosaka,
A. Sasaki, M. Kadokura
600. Thermoresponsive strong anionic copolymer brushes grafted silica beads for effective cation exchange chromatography.
K. Nagase*, J. Kobayashi, A. Kikuchi,
Y. Akiyama, H. Kanazawa, T. Okano
601. Self-oscillating polymer brushes: Design of autonomous functional surfaces
exhibiting spatio-temporal propertychanges. T. Masuda*, K. Homma,
A. Mizutani Akimoto , K. Nagase,
T. Okano, R. Yoshida602. Self-oscillating multiblock copolymers
with dynamic viscoelastic oscillation.
M. Onoda*, T. Ueki, M. Shibayama,
R. Yoshida603. Biphasic electroactive hydrogel: Integrating microelectronics and biotechnology. z. shi*, G. Yang604. Controlled drug release of core (poly-Nisopropylacrylamide-␤-cyclodextrine)
shell (poly-N-isopropylacrylamide) gels.
J. Gutiérrez, E. Delgado, G. Toriz, M. Rabelero
605. Nanogel tectonics materials: Preparation and characterization of nanogelcrosslinked hybrid film. S. Mukai,
Y. Hashimoto, Y. Tahara, S. Sawada,
K. Akiyoshi
606. Protein-mimic strategies to design hydrogel particles that reversibly captures
target ions. Y. Hoshino*, M. Yue,
T. Miyoshi, Y. Miura
607. hPG@PVCL thermoresponsive nanogels for drug delivery. J. Bergueiro*,
S. Wedepohl, M. Calderon
608. Self-assembly of brush block copolymers to nanostructured materials.
A. Chang, R.H. Grubbs
609. One-pot synthesis of poly(N-isopropylacrylamide) gels with nearly-ideal polymer network structure. Y. Jochi*,Y. Takeoka, T. Seki, K. Satoh,
M. Kamigaito* Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–11903 – MACR
610. Effect of composition ratio on electricalconductivity of PEDOT/PSS nanogels.
T. Horii*, H. Hikawa, M. Katsunuma,
Y. Li, H. Okuzaki
611. PEDOT/PSS/Polyglycerin composite forstretchable electrodes. M. Sato,
R. Tanigawa, T. Kubota, H. Okuzaki
612. All-organic supercapacitors using PEDOT/PSS as flexible electrodes.
H. Takezawa*, M. Katsunuma, M. Sato,
H. Okuzaki
613. Synthesis and characterization of PEDOT/PSS with conductivities higher than
1000 S/cm. H. Amemiya, T. Horii,
H. Okuzaki
614. Stretchable and highly conductive polymer gels. T. Kubota, K. Iwashita,
H. Okuzaki
615. Ammonium oxidation reaction catalyzed by bacteria entrapped within macroporous polymeric hydrogels using asuspension-gelation method. R. Sato*,
R. Noma, H. Tokuyama
616. Temperature-swing adsorption of metal
ions onto thiol-functionalized thermosensitive gels. M. Onodera*, H. Tokuyama
617. Esterification in organic media using
lipase immobilized within amphiphilic
NIPA-co-PEGMEA gels. H. Tokuyama*,
R. Sato, A. Sato618. Preparation of anisotropic physical hydrogels of cyanobacterial polysaccharides. M. Okajima, R. Mishima,
T. Kaneko*
619. Orientation mechanism of rigid polysaccharides on gas-liquid/solid-liquid interfaces and application to anisotropic materials. K. Okeyoshi, M. Okajima,
T. Kaneko
620. 1D swelling of in-plane oriented hydrogels of supergiant LC polysaccharides.
K. Amornwachirabodee*, M. Okajima,
T. Kaneko
621. Effect of side chain structure on helixhelix transition of polypeptide hybrid gels.
Y. Mizuno*, H. Furuya
622. Physical hydrogels based on multifunctional polyurethanes via ionic or acidic
crosslinking. M. Nguyen-Kim*,
J.C. Licht, J.C. Borghs, A. Böker
623. SAXS and SANS study on phase-separated structure of amphiphilic gel composed of poly(dimetylsiloxane) andpoly(N,N-dimethyl acrylamide) in solvatedstate. K. Yamamoto*, Y. Mori, E. Ito624. Time-resolved SANS study to determine the chain exchange kinetics of associative network micelles. D.G. Abebe,
K. Liu, S. Mishra, A. Wu, T. Fujiwara*
625. Molecularly imprinted polymers prepared using posteriori cross-linking
methodology of functional polymer species. K. Yoshikawa*, Y. Kitayama,
T. Takeuchi
626. Molecular simulation of structure andmechanical properties of gels formed by
end-linking of tetra-arm polymers.
H. Tanaka*, H. Ozaki, T. Koga
627. Stimuli-responsiveness of hydrogels
originated from the supramolecular interactions depending on polymer network
structure. S. Noguchi, S. Tamesue*,Y. Kimura, T. Mitsumata, N. Tsubokawa,T. Yamauchi
628. Effect of solution composition on thethermoresponsive CO2 adsorption/desorption properties of poly(N-isopropylacrylamide)-polyamine copolymer gel.
Y. Amano, Y. Seida*, E. Furuya
629. Synthesis and property of noria-templated functioned gel. T. Miyamae*
630. Photostimulated swelling behaviors ofpolypeptide gel containing azobenzene
units. T. Aso, T. Okamura, T. Hiejima631. Photostimulation induced expansioncontraction of uniaxailly oriented liquid
crystalline polypeptide gel containing spiropyran units. H. Imai, A. Akai,
T. Hiejima*

120 –TECHTECHNICAL PROGRAM
Hawaii Convention CenterHalls I, II, III
Controlled Macromolecular andSupramolecular Architectures for
Sustainability (#112)

Organized by: M. Kamigaito, C. Hawker,
G. Qiao, K. Wooley, E. Yashima
Poster Session
10:00 – 12:00
632. Acrylonitrile – conjugated diene copolymers by Ru-catalyzed living radical copolymerization. F. Bando, M. Ouchi,
M. Sawamoto
633. Reversible addition-fragmentation chaintransfer polymerization of hydroxy-functional vinyl ethers. S. Sugihara*,
Y. Maeda, Y. Kawamoto
634. Design of electrophoretic acrylic polymer synthesized via atom transfer radical
polymerization. T. Kameyama, A. Takasu
635. Photo-induced switchable living cationic and radical polymerization.
R. Ishibashi, K. Satoh, M. Kamigaito*
636. Polymerization mediated by RAFT
agents bearing cyclodextrin moieties.
K. Koyanagi, Y. Takashima, A. Harada
637. Highly recyclable imidazolium-functionalized ␤-cyclodextrin catalyst for the
Heck coupling reaction in water.
S. Fortun, A.R. Schmitzer*
638. Living cationic polymerization via degenerative chain transfer on C–S bond.
M. Uchiyama, K. Satoh, M. Kamigaito*
639. Halogenation of growing anionic species in living anionic polymerization of hydrocarbon monomers for subsequentmechanistic transformation. Y. Mori,
K. Satoh, M. Kamigaito*
640. Silylium-catalyzed living methacrylate
polymerization via in situ hydrosilylationof monomer. T. Xu
641. Investigation of Ni-catalyzed catalysttransfer Suzuki-Miyaura cross-coupling
polymerization for the synthesis of polyphenylene. K. Kosaka, K. SUZUKI,
H. OKAMOTO, Y. Ohta, T. Yokozawa
642. Palladium catalyzed chain-growth polycondensation of fluorene by direct lithium-halogen cross-coupling reactions.
Y. Qiu, K. Noonan
643. Model reactions for catalyst-transfer
condensation polymerization of symmetric donor-acceptor-donor and acceptordonor-acceptor triaryl monomers.
Y. Tokita, T. Yokozawa*, Y. Ohta,
m. Katoh644. Highly active and syndioselective zinccomplexes for the ring-opening polymerization of ␤-Butyrolactone. T. Ebrahimi,
S.G. Hatzikiriakos, P. Mehrkhodavandi*
645. Control of molecular weight and endfunctional groups of polyesters by meansof A2 ⫹ B2 polycondensation and crossmetathesis. R. Okabayashi, Y. Ohta,
T. Yokozawa*
646. Proton-transfer polymerization (HTP):
Converting commercially available andbiomass-derived dimethacrylates intopolyesters by N-heterocyclic carbenes.
M. Hong, E. Chen*
647. Enzymatic synthesis and characterization of cellulose-based composite hydrogels. Y. Hata, T. Sawada, T. Serizawa*
648. Dynamic hybridization mechanisms of
glucans with water-soluble polythiophene. G. Fukuhara, M. Imai,
D. Fuentealba, K. Tamano, M. Sasaki,
C. Yang, T. Mori, U. Hiroshi, C. Bohne,
Y. Inoue
649. Synthesis of polypeptides by means ofchain-growth condensation polymerization of amino acid monomers bonded topolynorbornene copolymers.
A. Morimitsu, Y. Ohta, T. Yokozawa
650. Proton conduction in a cephalopod
structural protein. D.D. Ordinario*,
L. Phan, W.G. Walkup IV, J. Jocson,
E. Karshalev, N. Husken, A.A. Gorodetsky
651. Synthesis and conformational analysis
of a double-stranded helical foldamer.
T. Tsuda, N. Ousaka, E. Yashima*652. Synthesis of novel multistaranded copolymers by postpolymerization of template Poly(substituted phenylacetylenes).
K. Sono, K. Matsui, Y. Zang, T. Aoki,
M. Teraguchi, T. Kaneko
653. Synthesis and association behavior of acarboxylic acid tetramer connected
through chiral amide and o-phenylene diethynylene linkers. Y. Nakajima,
J. Tanabe, N. Ousaka, E. Yashima
654. Helix-sense-selective photodegradationof racemic helical Poly(substituted phenylacetylene)s by highly selective photocyclic aromatization (SCAT) using circularly polarized light (CPL). M. Miyata,
M. Teraguchi, T. Kaneko, T. Aoki
655. Synthesis of helical poly(phenylacetylene)s bearing chiral and achiral imidazolidinone pendants and their application toasymmetric organocatalysis.
K. Shimomura, T. Leandro, H. Iida,
K. Hayashi, A. Dos Santos, E. Yashima*656. In-chain ring polyacrylamides via molecular recognition-assisted living radical
cyclopolymerization: Precision synthesis
and novel properties. Y. Kimura,
T. Terashima*, M. Sawamoto*
657. Synthesis and property of mechanicallylinked block copolymers derived fromfunctional macromolecular [2]rotaxanes.
D. Aoki*, S. Uchida, T. Takata
658. Controlled assembly of ␲-conjugatedmolecules with multiple stimuli.
V.R. Kotagiri, D. Miyajima, T. Aida*
659. Synthesis of main- and side-chain sequenced polymers via radical (Co)polymerization of maleimide-functionalized
sequence-regulated oligomonomers.
T. Soejima, K. Satoh*, M. Kamigaito*
660. Synthesis of a brush macromoleculecomposed of a poly(acrylate ester) main
chain and carbon-dioxide-derived poly(propylene carbonate) side chains.
S. Honda, H. Sugimoto
661. Synthesis and self-assembly of toothbrush-like block copolymers with watersoluble comb-block and thermoresponsive PNIPAM block. H. Kubosawa,
D. Yao, R. Jin*
662. Crosslinked single-chain block copolymers via living radical polymerization:
Connected microgel spheres.
M. Matsumoto, T. Terashima*,
M. Sawamoto*663. Synthesis and microphase separationof well-defined hyperbranched polyamide-b-poly(methyl methacrylate).
K. Sakurai, K. Hosoya, Y. Ohta,
T. Yokozawa*
664. Imine-based microgel star polymers:
Precision network ␲-conjugated nanospace. Y. Azuma, T. Terashima*,
M. Sawamoto*665. In situ nanoparticlization of fully conjugated block copolymers containing polythiophene. I. LEE
666. Synthesis and characterization of amphiphilic diblock copolymer using photodegradable heterobifunctional crosslinking reagent bearing alkyne protected bysilyl group and maleimide. S. Yamazaki,
S. Yamamoto, S. Nakahama,
K. Yamaguchi
667. Renaissance of a forgotten polymer:
Branched polybischloromethyloxetane.
E. Christ*, H. Frey
668. Novel synthetic method of polymer nitrile N-oxide and application to catalystfree polymer linking. T. Tsutsuba*,
H. Sogawa, T. Takata
669. Structurally-dynamic hydrogels based
on 1,2-dithiolanes. X. Zhang*,
R. Waymouth*
670. Synthesis of linear polyethyleneimine-bhyperbranched polyamide and transcription of its self-assembled structures tosilica by silification. Y. Ohta,
K. Sakamoto, D. Inoue, M. Saito, R. Jin,
T. Yokozawa*
671. Precise synthesis of organic/inorganic
hybrid polyamide and characterization of
its nano structure. Y. Nagae*, T. Ohishi,
M. Kido, M. Sato, K. Kojio, T. Hirai,
A. Takahara

672. Synthesis of self-standing 2D polymer
membranes (7): By ADMET 2D polymerization of supramolecular polymers of cyclic trimers of phenylacetylenes preparedby highly selective photocyclic aromatization. S. Sato, T. Aoki, M. Teraguchi,
T. Kaneko
673. Preparation of functional properties inwell-controlled stereoregular polymer
brushes using living anionic polymerization method. M. Sato*, Y. Higaki,
N. Ohta, K. Kojio, T. Hirai, A. Takahara
674. Molar mass change of a modified polyamide and its effect on the melt flow behavior. Y.P. Seo, Y. Seo*
Hawaii Convention Center
326A
Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)

Organized by: T. Meyer, M. Ouchi,
H. Sleiman, Z. Li
Presiding: T.Y. Meyer
8:00 Welcoming Remarks
8:05 – 675. Controlling structure in functionalized polymers prepared using metathesis. M. Hillmyer*
8:35 – 676. Synthesis of functional polymers
using controlled polymerization.
R.H. Grubbs*
9:05 – 677. Preparation of sequenced copolymers using entropy-driven ring-opening
polymerization. R.M. Weiss, A.L. Short,
T.Y. Meyer*
9:35 – 678. New precision structures of polyethylene. K.B. Wagener*, A.S. Veige,
H. Li
10:05 Break
10:15 – 679. Sequence-controlled polymers:
About monomer-coded information,
structure, and function. J. Lutz*
10:45 – 680. General approach to sequencecontrolled polymers through macrocylic
ROMP. W.R. Gutekunst*, C.J. Hawker
11:15 – 681. Tapered block copolymers:
Controlling segment sequence to improve materials properties. T. Epps*,
W. Kuan
Hawaii Convention Center
323C
Polymer Interfaces: Design, Structure,
Physical Properties and Applications (#194)

Organized by: K. Tanaka, A. Crosby,
S. Kim, K. Dalnoki-Veress
Presiding: A.J. Crosby, H. Yabu
8:00 – 682. Controlling crystallization of, andwith, conjugated polymers at interfaces.
R. Hayward
8:30 – 683. New approach to dissolved air
flotation: Bubble surface modification using tailored polymers. A.M. Granville*,
R.K. Henderson*, N. Hanumanth Rao,
R. Yap8:45 – 684. Distribution of glass transition
temperature in polymer thin films by neutron reflectivity and low energy muon spin
relaxation. T. Kanaya, H. Ogawa,R. Inoue, T. Prokscha
9:00 – 685. Structure and adhesion of crystalline polymer interfaces. T. NISHINO*
9:30 – 686. Surface mediated self-assemblyof biopolymers. Z. Fakhraai** Principle Author

Photographing of presentations
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03 – MACR
10:00 – 687. On-demand liquid transportation using bioinspired omniphobic lubricated surfaces based on honeycomb andpincushion films prepared by self-organization. J. Kamei*, H. Yabu
10:15 – 688. Lamellar structure formation inpoly(N-dodecylacrylamide) by humidity
annealing. J. Matsui*, Y. Hashimoto,T. Sato, S. Nagano, Y. Nagao,
M. Mitsuishi
10:30 – 689. Phase behavior of diblock copolymers in spherical 3D confinement.
T. Higuchi*, M. Pinna, A.V. Zvelindovsky,
H. Jinnai, H. Yabu
10:45 – 690. New design of block copolymers for sub-10 nm features and perpendicular orientation by thermal annealing.
T. Seshimo, D. Kawana, K. Ohmori,T. Hayakawa
11:00 – 691. Probing molecular structures ofburied polymer interfaces in situ.
Z. Chen*
11:15 – 692. Plastic deformation mechanisms in semicrystalline and nanostructured block copolymers. J. Rottler,
S. Jabbari-Farouji, A. Parker, O. Lame,
A. Makke, M. Perez, J. Barrat
Hawaii Convention CenterHalls I, II, III
Functional Materials Based on Organicinorganic Hybrid Polymers (#221)

Organized by: K. Naka, F. Jaekle, C. Ha,
J. Ohshita
Presiding: F. Jaekle, K. Naka, J. Ohshita
Poster Session
10:00 – 12:00
693. Triple stimuli-responsive ferrocenecontaining PEG-based materials for surface-modification and nanocapsules.
A. Alkan*, F.R. Wurm
694. Fabrication of hydrophilic electrospun
fiber blends. S. Ali*, S. Kim
695. Self-assembly of metal organic materials incorporating 1,3-adamantanedicarboxylic acid and 1,3 bis(4-pyridyl) propane for tuning of polymer properties.
C.V. Gauthier*, J.P. Harmon,
J.J. Flanagan, G. Beggs, G. Craft,
A. Lopez
696. Synthesis and properties of boron/silicon bimetallic copolymers. P. Puneet,
R. Vedarajan, N. Matsumi
697. Synthesis of redox-responsive polymer
nanostructures containing ferrocene moieties by living coordination polymerization of allene derivatives. H. Eguchi,
H. Nishiyama, S. Inagi, I. Tomita
698. Fabrication of functionally advantageous highly filled nanocomposites by
employing new reactor granule technology. B. Maira*, M. Terano, T. Toshiaki
699. Thermal diffusion of carbon molecule
into polytetrafluoroethylene. M. Ito*
700. Investigation of the crosslinking mechanism of mutilfunctionalized POSS/PU
composties by rheology. Q. Zhang*,
K. Xi, X. Jia*
701. Sacrificial reducing agent free photoinduced green synthesis of metal nanoparticles over polythiophene foam/TiO2
nanocomposite. R. Badam*,
R. Vedarajan, N. Matsumi
702. In situ formation of honeycomb siliconcontaining polymer-derived ceramics bya hybrid strategy involving plasma andpyrolysis. J. Gong, B. Xu, X. Tao703. Structure and physical properties ofchiral [MnCr(oxalate)3]- crystals with supramolecular cations. M. Yoshitake*,
K. Kubo, S. Nishihara, K. Inoue,
T. Akutagawa, S. Noro, T. Nakamura
704. Synthesis of element-block polymers
from para-disubstituted T8-caged silsesquioxane monomers. T. Maegawa,Y. Irie, H. Imoto, K. Naka*705. Properties of polyimides from bis(3aminopropyl) hexaisobutyl substituted
T8-caged silsesquioxane. O. Miyashita,
T. Maegawa, Y. Irie, H. Imoto, K. Naka*
706. Controlled polymerization of vinyl
monomers by visible light-induced SIATRP on titania/reduced graphene oxide
nanocomposite. A. Bansal*, A. Kumar,
S. Jain, S. Ray

707. Transparent and high-dielectric polymer
composite film consisting of densely
polymer-grafted inorganic particles.
N. Iwata, O. Sato, K. Ohno, M. Tokita*
708. Coating of inorganic particles or fibers
with conducting polyanilines and theirelectrical conduction and corrosion protection properties. S. LEE
709. Synthesis and properties of polybenzoxazine-silica nanocomposites provided
from perhydropolysilazane. J. Lee,R. Saito*
710. Development of shuttle adsorbent between the bottom and surface of water
for adsorption of pollutants. Y. Mihara*,
S. Itoh, S. Tanaka
711. Chiral crystals of inorganic-organic hybrids based on polyoxometallates andsupramolecular cations. J. Xiong*,
K. Kubo, S. Noro, T. Nakamura*
712. Preparation and gas barrier propertiesof silica/chitosan organic-inorganic hybrid gas barrier membranes via sol-gel
method. K. Kuraoka, R. Yamamoto
713. Electric heating films based on biopolyurethane nanocomposites containing carbon nanotube. B.G. Min*, S.G. Kang
714. Luminescent dendrimers using typicalelements. T. Kambe, T. Imaoka,
K. Yamamoto
715. Fabrication of flower-like nickel oxide
hollow spheres with enhanced supercapacitive performance. L. Huang*716. Hybrid polyphosphazene containing
two symmetrical polyhedral oligomericsilsesquioxane (POSS) units. I. HWANG,
J. LIM, K. Kim*
717. One-pot synthesis of gold-polymer hybrid nanoparticles and tuning of theirstructures and colors. Y. Fukui,
K. Fujimoto*718. Self-assembled carbon nanotube-incorporated polymer films using mixed
metal-terpyridine complexes: Enhancement of photoinduced electron transfer.
D. Jeong, Y. Lee, C. Song*719. Preparation of organic solvent-dispersible titanium oxide/silsesquioxane hybrid
nanoparticle. K. Imai
720. Synthesis of D-A polymers with disilanobithiophene donor and pyridine orpyrazine acceptor and their applications
to dye-sensitized solar cells. Y. Adachi,
J. Ohshita*, D. Tanaka, M. Nakashima,
Y. Ooyama721. Preparation of silica/hydrophilic polymer inorganic-organic hybrid oil/water
separation membranes via sol-gel
method. T. Tanaka, K. Kuraoka
722. Gas and water separation properties ofacetoxy group-containing bridged polysilsesquioxane membrane.
K. Yamamoto, J. Ohshita, T. Tsuru
723. Preparation of imidazolium-group-containing cyclic siloxane indicating ionic liquid nature. T. Kubo, S. Koge, J. Ohshita,
Y. Kaneko
724. Synthesis and photo-induced electron
injection process studies in a ruthenium
containing triblock copolymer/multiwalledcarbon nanotubes composite. H. Shi,
L. Du, W. Chan, D.L. Phillips
725. Structure and properties of bacterial
cellulose/nanofiller composites by in situ
cultivation. R. NARAHARA, C. Hongo,
T. NISHINO*
726. Preparation of organic-inorganic hybrid
patterns by utilizing reaction development patterning. S. Imabayashi*,
T. Oyama
727. Control of properties of composite films
of conjugated polymers containing POSS
fillers. K. Ueda*, K. Tanaka, Y. Chujo
728. Preparation and characteristics of ionicliquid containing cage-like oligosilsesquioxane with different types of side-chaingroups. A. Harada*, S. Koge, J. Ohshita,
Y. Kaneko
729. Sol-gel synthesis of amphiphilic silsesquioxane capable of forming reverse micelle. A. Nagatomo, Y. Kaneko
730. Preparation of soluble polysilsesquioxane containing mercapto groups.
H. Kugimiya, Y. Kaneko
731. Preparation of ionic liquids containing
cyclic siloxanes with ammonium sidechain groups. T. Hirohara, Y. Kaneko

732. Synthesis of thermoresponsive polysilsesquioxane containing urea group.
S. Yamamoto*, Y. Miyasaka,
Y. Kitamoto, O. Moriya
733. Control of thermoresponsibility on polysilsesquioxane having urea and fluorescent groups. Y. Kitamoto*,
S. Yamamoto, O. Moriya
734. Fabrication of free-standing calcite thinfilms from octacarboxy-terminated T8caged silsesquioxane-vaterite composite
particles. S. Miyauchi, K. Naka*, H. Imoto
735. Synthesis of ␲-conjugated units terminated polyhedral octasilicate-core dendrimers and their material properties.
Y. Irie*, K. Naka
736. Stepwise functionalization of polymer
and material surface using orthogonal nitrile N-oxide agent. S. Cheawchan*,
H. Sogawa, T. Takata
737. Gigantic enhanced circular dichroism of
optically active di(p-alkylphenyl)polysilanes during aggregation by limonene
chirality transfer. K. Yoshida*, M. Fujiki
738. Luminescent supramolecular metallogel
constructed by Pt(II) complex possessingbis(phenylisoxazolyl)phenylacetylene ligand. K. Hirano, T. Haino*, T. Ikeda
739. Synthesis of the noncovalently-linked
sequence-regulated polymers formed bymolecular recognition. T. Hirao, T. Haino*
740. Hydrogel biosensor based on bacterial
cellulose with MWCNTs.
a.j. kzar/shammary, z. shi, G. Yang741. Preparation of anionic UV curing films
containing dispersed titania particles andtheir application to self-cleaning materials. Y. Tachibana, M. Furutani,
K. Arimitsu*
742. In-situ generation method of diiodoarsines: Syntheses and optical properties oforganoarsenic compounds with arsole
backbone. T. Kato, K. Naka743. Synthesis of 9-arsafluorene-Pt(II) complexes and their solid-state luminescence. S. Tanaka, T. Kato, H. Imoto,
K. Naka
744. Rheological characterizations of timedependent structure and phase evolutions in polymer-aided silver pastes.
J. Jiang, J. Liang, H. Yi, C. Hua, S. Chen
745. Ring-opening polymerization of necklace shaped inorganic polymers alternately bearing a POSS cage and siloxane
chains. N. Katsuta, M. Kunitake*,T. MATSUO, T. OOBA
746. Synthesis and characterization of titanium phosphonate clusters. R. Hayami,
S. Tsukada, T. Gunji*
747. Individually aligned tubular ZnO nanostructures on solid substrates. G. Jeon,
S. Lee, S. Yim, J. Kim*, S. Yang*
748. Preparation of anionic UV-cured coating films including scaly silica modified
with base-amplifying groups. S. Sugioka,
K. Watanabe, M. Furutani, K. Arimitsu*
749. Molecular design and synthesis of
D-␲-A pyrazinium dyes for photodynamic
therapy. T. Enoki, Y. Ooyama, J. Ohshita
750. Organic electronic sensors with organic/inorganic hybrid nanolayers. J. Seo,
C. Lee, M. Song, H. Kim, Y. Kim*
751. Synthesis of the side-chain type metalladithiolene polymer complexes.
H. Sato*, S. Tsukada, T. Gunji
752. Synthesis of novel one-dimensional
platinum coordination polymers having
poly(vinyl ether) pendants. M. Tanaka*,
J. MOTOYANAGI, M. MINODA
753. Effect of organic/inorganic hybrid polymeric materials on the performance of organic transistors. C. Lee, J. Seo, H. Kim,
Y. Kim*754. Design of low crystalline isobutyl-substituted T8-caged silsesquioxane derivatives by star-shaped architectures.
T. Yamanaka, Y. Irie, H. Imoto, K. Naka755. Synthesis of oligosiloxanes and derivatives. I. Abe, S. Tsukada, T. Gunji*
756. Role of organic/inorganic hybrid interfacial technology and materials for low-costbiomedical devices. H. Kim, C. Lee,
J. Seo, J. Jeong, M. Song, C. Ha, Y. Kim*
757. Preparation of platinum-supported
mesoporous silica. H. Suzuki,
S. Tsukada, T. Gunji, H. Momose

758. Synthesis and properties of cage octasilicate polymers. T. Igarashi*,
S. Tsukada, T. Gunji
Hawaii Convention Center
325A
Polymer Materials Performance,
Degradation and Optimization (#369)

Organized by: M. Celina, T. Dargaville,
H. Kudo, J. Lewicki
Presiding: B. Fayolle, H. Kudo
8:00 – 759. Applications of high-resolution
X-ray CT to the characterization andquantitative analysis of physical andchemical aging in polymeric foam materials. J.P. Lewicki*, J. Maisano*,
T. Weisgraber, A. Maiti, S.C. Chinn,
T.S. Wilson, R.S. Maxwell
8:30 – 760. Tools for predicting radiation effects in silicone elastomers. S.C. Chinn*,
R.S. Maxwell, J.P. Lewicki, T.S. Wilson,
L. Dinh, A. Maiti, T. Weisgraber, W. Small
9:00 – 761. Enzymes that “eat” plastics: The
search for true polyurethanases.
A.L. Cockrell*, D.E. Barlow,
W.J. Crookes-Goodson, J.N. Russell,
J.C. Biffinger
9:30 – 762. Characterisation of transformation products of vitamin E in UHMWPEbased orthopaedic implants.
S. Al-Malaika*
10:00 BREAK
10:10 – 763. Study on conductivity changeof PEDOT/PSS by EB irradiation.
T. Hinata, A. Oshima, M. Washio*
10:40 – 764. Major tunability of translational
diffusivity of small molecules in thin polymer films: A confinement effect study.
T. Lan, J. Torkelson*
11:10 – 765. Cure chemistry kinetics in epoxy materials. M.C. Celina*, N. Giron,A. Quintana
11:35 – 766. Can non-isothermal decomposition measurements be used to assess
aging of polymers?. J.G. Cordaro*,
A.M. Kruizenga, A.S. Moore, A. Nissen
Hawaii Convention Center
323A
New Perspectives of Bioplastics forEnvironmental Benign Materials (#396)

Organized by: U. Hiroshi, I. Chin,
T. Iwata, J. Li, P. Smith
Presiding: I. Chin, U. Hiroshi
8:00 – 767. Advances in microbial system forproduction of PLA-related polymers.
S. Taguchi*
8:30 – 768. Biosynthesis and characterization of poly(3-hydroxybutyrate-co-3-hydroxyhexanoate) using oil and flower extract from Madhuca indica (Mahua).
K. Sudesh*
9:00 – 769. Microbial synthesis of P(glycolate-co-3-hydroxybutyrate) with hydrolytic degradability. K. Matsumoto*,
T. Shiba, Y. Hiraide, S. Taguchi
9:20 – 770. Syntheses and properties ofnovel alternating copolymers of 3-hydroxybutyrate and lactate units. H. Abe*
9:40 – 771. Development of metabolicallyengineered microorganisms for biobasedsustainable production of bioplastics andmonomers. S. Park*, Y. Oh, S. Lee* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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TECH–121

03 – MACR
10:10 – 772. Innovative production of lactic
acid from renewable resources for costeffective production of biopolymers.
J. Wu*
10:40 – 773. Characterization and substratespecificity of a poly(lactate-co-3-hydroxybutyrate) depolymerase from soil
bacterium. C. Utsunomia, J. Sun,
K. Matsumoto, T. Ooi, S. Taguchi*
11:00 – 774. Preparation of biodegradable
polyester P(3HB-co-3HV) films preparedby aging on cold crystallization and bysoaking solvent effect. T. Tanaka*,
T. Iwata
11:20 – 775. Antistaphylococcal, anti-Candida, and anti-influenza activities of poly␥-glutamate-based supramolecular plastics-coated surfaces. M. Ashiuchi*,
S. Oike, S. Shibatani, H. Hakuba, N. Oka,
H. Kobayashi, K. Yoneda
Hawaii Convention Center
327
Advances in Precision Polymer Synthesis
Using Reversible Deactivation Radical
Polymerization (#401)

Organized by: D. Keddie, N. Tsarevsky,
G. Moad, S. Yamago
Presiding: D. Keddie, G. Moad
8:00 – 776. Organocatalyzed living radical
polymerization controlled by photo irradiation. A. Goto*
8:30 – 777. Precision polymer synthesis bycombining light driven reactions with
RDRP. C. Barner-Kowollik*
9:00 – 778. Novel organocobalt based onacetylacetonate ligands for the precisionsynthesis of telechelic polymers.
J. Demarteau*, D. Cordella,
A. Kermagoret, A. Debuigne,
C. Detrembleur
9:15 – 779. Phosphine-grafted RAFT-monoliths as catalysts for Michael addition reactions in flow synthesis. K. Barlow*,
X. Hao, T. Hughes, O. Hutt, A. polyzos,
K. Turner, G. Moad
9:30 – 780. RAFT of ethylene. F. D’Agosto*,
V. Monteil, C. Dommanget, C. Boisson,
S. Norsic
10:00 – 781. Access to ultra-high molar
mass block copolymers by aqueous
RAFT gel polymerization. L. Despax,
S. Harrisson, E. Read, A. Cadix,
J. Wilson, M. Destarac*
10:30 – 782. Controlled radical photopolymerization of vinylidene fluoride and synthesis of PVDF block copolymers.
A. Asandei
10:45 – 783. Exploring the capabilities ofnovel photochromic RAFT agents withphotoswitchable reactivity.
O. Majewski*, D. Keddie, M.L. Coote,
D.A. Lewis
11:00 – 784. Macromolecular engineering byorganotellurium-mediated radical polymerization (TERP). S. Yamago
11:30 – 785. Nitroxide-mediated radical ringopening copolymerization: A single cyclic
ketene acetal comonomer to control thepolymerization of methacrylates and toconfer degradability. V. DELPLACE,
S. Harrisson, Y. Guillaneuf, D. Gigmes,
J. NICOLAS*
Hawaii Convention Center
323B
Aggregation Induced Emission: Materials
and Applications (#444)

Organized by: M. Fujiki, B. Tang, B. Liu
Presiding: M. Fujiki, B. Liu, D. Zhang
8:00 – 786. Silole-based cyclosiloxanes withhigh solid-state fluorescence quantum
yields and their AIE properties. R. West*,
Y. Cai, K. Samedov, B.Z. Tang
8:40 break
8:50 – 787. Photochemical properties ofnovel organoiron dendrimers.
A.S. Abd-El-Aziz, A.A. Abdelghani,
C. Agatemor, B. Thabet, S. Ahmed
9:20 – 788. Tuning the solid state packing
and optical properties of organic crystals.
M. Hariharan*

122–TECHTECHNICAL PROGRAM
9:50 – 789. Sensing and bioimaging agentsincorporating AIE-active tetraaryl- andheteroarylethylenes. F.C. Pigge
10:20 break
10:30 – 790. Theranostic systems built via
endowing responsive polymers with AIE
features. X. Wang, S. Liu*
11:00 – 791. Bioprobes based on AIEgen.
B. Liu*11:20 – 792. Network polymers crosslinked
by AIE molecules. K. Kokado*,
R. Taniguchi, K. Sada*
11:40 – 793. Design and syntheses of aminobenzopyranoxanthenes (ABPXs) withsingle-molecule multiple fluorescenceemission and coloration. S. Kamino

Thursday Afternoon
Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: H. Kaji, J.L. White
13:00 – 794. Monitoring spider silk assemblyin vitro with NMR. D. Xu, C. Guo,
D. Onofrei, G.P. Holland
13:25 – 795. Structure of Bombyx mori silk
fibroin studied with NMR. K. Okushita,
T. ASAKURA
13:50 – 796. NMR studies for the development of tissue-engineered cardiac
patches based on silk fibroin.
Y. Nakazawa*, A. Asano,
C.T. Nakazawa, T. Kameda, S. Nemoto,Y. TOMINAGA
14:15 – 797. Using NMR to elucidating thestructure and dynamics in spider silks
and related protein-based biopolymers.
J. Yarger, B. Cherry
14:40 Break
14:55 – 798. Untying the knots and tangled
chains: NMR studies of elastin’s crosslinking and hydrophobic domains.
K.K. Kumashiro
15:20 – 799. 13C, 2H NMR studies of structural and dynamical modifications of glucose exposed porcine aortic elastin.
M. Silverstein, K. Bilici, S. Morgan,
Y. Wang, Y. Zhang, G. Boutis
15:45 – 800. NMR study of the binding
mechanism of peptides to metal oxidesurfaces. Y. Suzuki
16:10 – 801. Characterization of gels frompoly(allyl amine) and poly(⑀-L-lysine) withcarbon dioxide as gellant by solid NMR.
S. Maeda*, K. Kunimoto
Hawaii Convention Center
325B
New Perspectives of Synthetic andBiological Soft Matter (#57)

Organized by: F. Horkay, J. Douglas,
N. Choudhury, H. Jinnai
Presiding: H. Jinnai, R.A. Siegel
13:00 – 802. Dynamics of polyelectrolyte
gels. M. Muthukumar*
13:30 – 803. Molecular rigidity and entropyenthalpy compensation in DNA hybridization. J.F. Douglas, F. Vargas Lara
14:00 – 804. Some new observations onpoly(acrylic acid) gels. J. Scott-McKean,
J. Garr, A. Walker, A. Costa, G. Wnek*
14:30 Break
14:40 – 805. Cartilage extracellular matrix as
a composite medium. P. Basser*,F. Horkay
15:10 – 806. Collective motion of active
swimming particles analogous to acoustic wave propagation. R. Yamamoto*,
N. Oyama, J. Molina
15:40 – 807. Novel computational method
for calculating electromagnetic and hydrodynamic properties of objects having
arbitrary shape.
B.A. Pazmino Betancourt, J.F. Douglas

16:00 – 808. Factors controlling the directed
self-assembly of microtubule nano-arrays. M. Bachand, N. Bouxsein,
S. Cheng, M. Stevens, G.D. Bachand
16:20 – 809. Predictive computational approach for calculating the hydrodynamic
solution properties of DNA-functionalized
gold nanoparticles and other self-assembled DNA constructs. F. Vargas Lara,
J. Liddle, J.F. Douglas
16:40 – 810. Single nucleotide polymorph
analysis using toehold-mediated DNA
strand displacement. R. Fenati,
D. Khodakov, A. Ellis*
Hawaii Convention Center
326A
Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)

Organized by: T. Meyer, M. Ouchi,
H. Sleiman, Z. Li
Presiding: Z. Li
13:00 – 811. Precision glycomacromolecules– a chemist’s approach to tune biointeractions. S. Igde, H. Wöhlk, C. Gerke,
L. Hartmann*
13:30 – 812. Translation and selection offunctional sequence-defined synthetic
polymers. D.R. Liu
14:00 – 813. Sequence-defined oligomers:
Tuning structure and properties via sequence control. C.A. Alabi*
14:30 Break
14:40 – 814. Exploiting sequence-dependent
molecular recognition in the engineeringof polymeric gels. D.A. Tirrell*
15:10 – 815. Biomimetic sequence definedpolymers based on a new backbone architecture: Synthesis and simulation.
J.W. Grate*, K. Mo, M. Daily, X. Ma,
H. Jin
15:40 – 816. Peptide mimetic precision polymers: “Learning how to glue”.
H. Boerner*, E. Maron
16:10 – 817. Effect of oligonucleotide sequence on thermal properties of a crosslinking ionic network. K. Yang, A. Coates,
J.S. Moore*
Hawaii Convention Center
323C
Polymer Interfaces: Design, Structure,
Physical Properties and Applications (#194)

Organized by: K. Tanaka, A. Crosby,
S. Kim, K. Dalnoki-Veress
Presiding: C.J. Ellison, S. Kim
13:00 – 818. Self-assembly of block copolymer particles. G. Yi*, D. Jung, J. Oh,
B. Kim
13:30 – 819. Kinetics of the dynamic polymer brush formation at polymer water interfaces. H. Tanoue, M. Inutsuka,
K. Inoue, K. Ito, H. Yokoyama*
13:45 – 820. Conformation of single polymer
chain in spin-cast thin films revealed bysuper-resolution fluorescence microscopy. H. Aoki*, T. Kuroda, T. Asada,T. Tanii
14:00 – 821. Programming surface energy
driven Marangoni convection in polymer
thin films to generate topographic patterns. C.J. Ellison*, C. Kim, D. Janes,
T. Arshad, R. Bonnecaze
14:15 – 822. Theoretical study of interfaces
between ordered block copolymer
phases. A. Shi*
14:45 – 823. Segregation of chain ends tothe surface of a polymer melt.
M.W. Matsen*, P. Mahmoudi
15:15 – 824. Toward an understanding ofglass transitions in thin polymer films.
T. Salez, J. Salez, K. Dalnoki-Veress,
E. Raphael, J. Forrest*
15:45 – 825. Heterogeneous and interfacial
dynamics in stacked thin polymer films.
K. Fukao*, T. Hayashi, K. Sadakane,
N. Yamada
16:00 – 826. Transition to area-dependentdissipation in droplet spreading. M. Ilton,
O. Bäumchen, K. Dalnoki-Veress

16:15 – 827. Uniaxial stress-strain mechanics for ultrathin polymer film.
A.J. Crosby*, Y. Liu
16:30 – 828. Hydrodynamic slip: origins andeffects in micro- and nanoscopic polymer
flows. J.D. McGraw*, K. Jacobs
Hawaii Convention Center
325A
Polymer Materials Performance,
Degradation and Optimization (#369)

Organized by: M. Celina, T. Dargaville,
H. Kudo, J. Lewicki
Presiding: J.P. Lewicki, J. Maisano
13:00 – 829. Radiation-induced synthesis of
metal nanoparticles in ethers THF and
PGMEA. H. Yamamoto*
13:30 – 830. Evaluation of long-term stability
and degradation on plastic glass basedon polycarbonate. M. Ito*, Y. Masuda,
K. Nagai
13:55 – 831. Effect of pre-irradiation on thermal resistant properties of ethylene-propylene elastomer. M. Ito*
14:25 – 832. Degradation of cable insulationmaterials around a research nuclear reactor. H. Kudo*
14:55 BREAK
15:05 – 833. Influence of prepolymers on kinetic oxidation of epoxy networks.
E. Ernault*, E. Richaud, B. Fayolle
15:35 – 834. Oxidatively degradable epoxy
resin. N. Kihara*, T. Oguri, Y. Shirai
16:00 – 835. Oxidative ageing of a polychloroprene elastomer. P. Le Gac, P. Davies,
M.C. Celina, G. Roux, J. Verdu,
B. Fayolle*
Hawaii Convention Center
323A
New Perspectives of Bioplastics forEnvironmental Benign Materials (#396)

Organized by: U. Hiroshi, I. Chin,
T. Iwata, J. Li, P. Smith
Presiding: U. Hiroshi, T. Iwata
13:00 – 836. Effect of block length on thephysical and structural properties ofmulti-stereoblock poly(lactic-acid)s.
H. Yamane*, Y.W. Widhianto,
K. Masutani, Y. Kimura
13:30 – 837. How to improve the processing
and mechanical properties of PLA.
Y. Wang*
14:00 – 838. Two-step surface functionalization of poly(L-lactic acid) films with enzymes. A. Pellis, E. Herrero Acero,
H. Weber, M. Obersriebnig,
R. Breinbauer, E. Srebotnik,
G.M. Guebitz*
14:20 – 839. Expanding the thermal properties of bioplastics. S.A. Miller*
14:40 – 840. Degradable plastics with lowtemperature formability. I. Taniguchi*,K. Masutani
15:00 – 841. Functional materials from biobased furan polymers. N. Yoshie*
15:30 – 842. High performance bio-basedmaterials from polysaccharides.
T. Iwata*
16:00 – 843. Orientation birefringence of cellulose triacetate/xylan acetate blend.
S. Nobukawa, Y. Enomoto-Rogers,
T. Iwata, M. Yamaguchi* Principle Author

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03 – MACR
16:20 – 844. Elastic modulus of the crystalline regions of biobased polyesters.
S. LEE*, C. Hongo, T. NISHINO
16:40 – 845. Biobased LC polyarylates
showing polarimetry-controlled fluorescence. T. Kaneko*, K. Kan
Hawaii Convention Center
327
Advances in Precision Polymer Synthesis
Using Reversible Deactivation Radical
Polymerization (#401)

Organized by: D. Keddie, N. Tsarevsky,
G. Moad, S. Yamago
Presiding: N.V. Tsarevsky, S. Yamago

16:10 – 862. Trigonal azobenzene assembly
into 1D structures with aggregation-induced emission enhancement characteristics. M. Han*, S. Cho, Y. Norikane,
M. Shimizu, A. Kimura, T. Tamagawa,Y. Takeoka, T. Seki
16:30 – 863. Twisted luminescent molecules
for solar concentration. K. Ghiggino*,
J. Banal, W. Wong
16:50 – 864. AIE based water-soluble nanofluorogens for the application in cell imaging. Y. Xia, Y. Jin, B. Song*
17:10 – 865. Structure-property correlations
and functional opportunities of AIE active
organic/organometallic luminogens.
T. Pakkirisamy*

Thursday Evening
13:00 – 846. Transition metal-catalyzed living radical polymerization: Catalysis andcatalyst design. M. Sawamoto*
13:30 – 847. Approaches to RAFT synthesisof multifunctional, multi-armed polymers– the stars of therapeutic delivery.
G. Moad, K. Barlow, A. Postma,
J. Chiefari, E. Rizzardo, J. Rosselgong,s. thang, X. Wei
14:00 – 848. Synthesis of functionalized amphilphilic block copolymers by RAFT toimmobilize organocatalysts.
D. Kuckling*, X. Yu, A. Döring,
M. Schneider, S. Pascual
14:15 – 849. Synthetic methodologies forpolymer grafted nanoparticles via RAFT
polymerization. T. Neely, M. Bell,
B.C. Benicewicz*
14:30 – 850. Organometallic mediated radical polymerization, a versatile tool for the
precision synthesis of unprecedented copolymers. C. Detrembleur, D. Cordella,
J. Demarteau, A. Kermagoret, N. Patil,
C. Jérôme, A. Debuigne
15:00 – 851. Synthesis of high-precision
polymers using radical oligomerizationand polymerization. J. Lutz*
15:30 – 852. Polymerization and degradationof aliphatic polyesters synthesized byatom transfer radical polyaddition.
C. Huang*, Y. Han, H. Chen
15:45 – 853. Visible-light organic photocatalysts for atom transfer radical polymerization. G. Miyake
16:00 – 854. Effect of scandium triflate on
the RAFT copolymerization of methyl acrylate and vinyl acetate controlled by an
acid/base “switchable” chain transfer
agent. A. Tselepy, T. Schiller,
S. Harrisson, C. Guerrero-Sanchez,
G. Moad, D. Keddie*
16:30 – 855. Sulfur free RAFT polymerisation
to methacylic block copolymers in emulsion polymerisation. D. Haddleton*
Hawaii Convention Center
323B
Aggregation Induced Emission: Materials
and Applications (#444)

Organized by: M. Fujiki, B. Tang, B. Liu
Presiding: F.C. Pigge, H. TIAN, J. Yu
13:00 – 856. Design strategies and sensing
protocols based on luminescent metal
complexes via electrostatic assembly andaggregation processes. V. Yam*
13:40 – 857. Color-tunable fluorescencebased on the vibration induced emissionof phenazine. H. TIAN
14:10 break
14:20 – 858. Pentacyclic coumarin-based
blue emitters - the new case of AIEE.
D.T. Gryko
14:50 – 859. Multicomponent and dominosyntheses of AIE chromophores. T.J.
Müller*
15:10 – 860. Ultrasound-induced transformation of fluorescent organic nanoparticles from a molecular rotor into rhomboidal nanocrystals with enhanced
emission. D.M. Guldi
15:40 break
15:50 – 861. Aggregation induced near infrared emission. A. D’Aléo*, E. Zaborova, F.
Fages

Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: A. Whittaker
19:00 – 866. NMR imaging in the study of
drug tablets in simulated biological fluids.
E. Assad, Y. Wang, M. Mateescu,
J.X. Zhu*
19:25 – 867. Shear banding and spatio-temporal fluctuations in complex fluids investigated by advanced Rheo-NMR.
S. Kuczera, T.I. Brox, B. Douglass,
M.A. Williams, P. Galvosas*
19:50 – 868. Field-cycling NMR: From simple relaxometry to molecular rheology.
E. Roessler*, M. Hofmann, F. Fujara,
B. Kresse, A. Privalov, N. Fatkullin
20:15 – 869. Ultrafast sample spinning forsolid-state NMR. M.K. Pandey, M. Malon,
J.R. Yarava, A. Ramamoorthy,
Y. Nishiyama*
Hawaii Convention CenterHalls I, II, III
New Perspectives of Synthetic andBiological Soft Matter (#57)

Organized by: F. Horkay, J. Douglas,
N. Choudhury, H. Jinnai
Presiding: J.F. Douglas, F. Horkay
Poster Session
19:00 – 21:00
870. Effective tracheal tissue regeneration bybioactive molecules-loaded asymmetrically porous matrix. S. Lee, T. Kim, S. Oh,
S. Kwon, J. Lee*
871. Peripheral nerve regeneration throughasymmetrically porous nerve guide conduit with nerve growth factor gradient.
T. Kim, J. Kang, S. Oh, J. Lee*
872. Acid-cleavable PEO-b-PPO-b-PEO copolymers as “smart” surfactants for miniemulsion polymerization. M. Worm*,
H. Frey873. Preparation and characterization ofpolyampholyte copolymers of N-(3aminopropyl) methacrylamide hydrochloride (APM) and acrylic acid (AA). J. Zhao,
N. . Burke, H.D. Stöver*874. Preparation of amylose supramolecular
gel materials by vine-twining polymerization. K. Tanaka, D. Hatanaka,
K. Yamamoto, J. Kadokawa*875. Cartilage: Supramolecular structure andbiological function. F. Horkay*,
I. Horkayne-Szakaly, E.K. Dimitriadis,
P. Basser
876. Visuallization of hierarchical structure inhydrogel of self-assembled synthetic
polypeptide. K. Yamamoto*, E. Ito,
H. Yokoi, A. Otani
877. Preparation of cellulosic nanofiber andits application in polymer films. J. Kim*,
K. Son, S. Jang
878. Photolysis of self-assembled monolayers and model compound using photodegradable 2-nitrophenethyl linker. M. Ito,
K. Yamaguchi

879. Assembly and functionalization of nano-objects from polymer-grafted proteins. K. Fujimoto*, Y. Fukui
880. Structural and property development ofsilicone elastomer blended with crystalline component. Y. Isogai, H. Uehara,
T. Yamanobe, E. Akiyama
881. Comparative study on phase behaviorof AB diblock copolymer, cyclic AB diblock copolymer, and ABA triblock copolymer. Y. Jeong*, T. Chang
Hawaii Convention Center
326A
Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)

Organized by: T. Meyer, M. Ouchi,
H. Sleiman, Z. Li
Presiding: J. Lutz
19:00 – 882. Precision polymer constructs
for next-generation biodegradable polymer-drug conjugates. M.F. Ebbesen*,
A. Banger, L. Cappel, C. Gerke,
L. Hartmann
19:30 – 883. Sequence-controlled vinyl polymers from bulky and cleavable monomers. D. Oh, M. Ouchi*, M. Sawamoto*
20:00 – 884. Synthesis and electrochemical
characterization of oligonucleotide-inspired organic nanowires.
A. Mazaheripour*, N. Husken, J. Jocson,
A. Burke, A.A. Gorodetsky
Hawaii Convention CenterHalls I, II, III
Polymer Interfaces: Design, Structure,
Physical Properties and Applications (#194)

Organized by: K. Tanaka, A. Crosby,
S. Kim, K. Dalnoki-Veress
Poster Session
19:00 – 21:00
885. Molecular interaction between polymers
and low-molecular weight compounds
19: Identification of poly(amino acid)s.
H. Kanazawa, A. Inada
886. Synthesis of highly surface active amphiphilic chitosan nanoparticles.
a.m. atta*, h.a. al-lohedan
887. Synthesis of novel polymers having precisely placed tetrahydrofurfuryl sidechain branches via regio/stereoselective
ring-opening metathesis polymerization.
M. Kataoka, S. Kobayashi, R. Satou,
M. Tanaka*
888. Synthesis amphiphilic polyIonic liquid
based on 2-acrylamido-trimethyl ammonium salt as petroleum crude oil additives. a.m. atta, h.a. al-lohedan
889. Synthesis of composite particles byseeded emulsion polymerization with microgel particles as seeds. T. Watanabe,
C. Kobayashi, T. Kureha, D. Suzuki*
890. Novel and facile method to synthesize
hollow cyanoacrylate nanoparticles.
T. Matsubayashi, M. Tenjimbayashi,
K. Manabe, S. Shiratori
891. Repeatable adhesion using a hydrogenbonding interaction of poly(4-vinylpyridine) brushes. H. Yoshioka*,
K. Yamaguchi, M. Kobayashi
892. Photopolymerization-induced surface
segregation of zwitterion polymers in superhydrophilic protective coating.
M. Kobayashi, T. Suga, H. Nishide*893. In-situ formation of nano-scaled surface
feature during photocuring: Design offunctional block copolymer additives.
K. Katayama, K. Minamibayashi,
T. Suga, H. Nishide*894. One-step preparation of core-shellpolyacrylate latex containing fluorine andsilicone and its film properties. T. Lyu*,
H. Zhao, D. Zhang
895. Simultaneous control over size, shape,and nanostructure of monodisperse
block copolymer colloidal particles.
J. Shin, H. Hwang, B. Kim*

896. Structural characterization of poly(Nisopropylacrylamide-co-ruthenium
tris(2,2⬘-bipyridine)) microgel investigatedby small-angle X-ray scattering.
S. Matsui, T. Kureha, Y. Nagase,
K. Okeyoshi, R. Yoshida, T. Sato,
D. Suzuki*
897. Structure analysis of N-linked glycan oflaccase from Japanese lacquer tree.
O. TUMURBAATAR, T. Yoshida898. Effect of alignment layers on molecularalignment induced by photopolymerization. M. Ishizu, K. Hisano, A. Shishido*899. Colloidal crystals from Poly(vinylidene
fluoride) nanospheres. D. OKADA*,
S. Furumi, M. Takeguchi, Y. Yamamoto
900. Interfacial structure of poly(methyl
methacrylate) stereocomplex.
K. Sasahara, M. Inutsuka, A. Horinouchi,
K. Tanaka*
901. Self-assembly polymer brush via surface segregation of liquid crystalline
block copolymer. K. Mukai*, M. Hara,
S. Nagano, T. Seki902. Molecular aggregation structure of fluorinated side-chain liquid crystalline diblock copolymer in the bulk and thin film
states. S. Nojima, Y. Higaki, R. Ishige,
M. Kido, T. Hirai, A. Takahara*
903. Interfacial effects on the crystallizationand surface properties of poly(L-lacticacid) ultrathin films. A. Udagawa*,
T. Fujie, Y. Kawamoto, A. Saito,
S. Takeoka, T. ASAHI*
904. Primer effect on adhesion and microstructure of isotactic polypropylene/cyanoacrylate interface. Y. NAKANISHI,
C. Hongo, T. NISHINO
905. Lattice deformation of microphase separated structure in diblock copolymer thinfilm revealed by low energy. I. Saito*,
K. Yamamoto
906. Nanopatterning with block copolymer
with strong segregation. H. Mitsushima,
M. Takenaka
907. Perpendicular oriented lamellar nanostructures with sub-10 nm features by
surface segregating fluorine- and siliconcontaining block copolymers.
T. Hayakawa*, H. Takano, L. Wang,
Y. Tanaka, R. Maeda
908. Microphase-separated structures inblock copolymer droplets prepared bysolvent-induced dewetting. Y. Hirai*,T. Higuchi, H. Jinnai, H. Yabu
909. Restraining factor in ionic conductivity:
The role of interphase in semicrystalline
poly(ethylene oxide)/LiClO4 electrolyte.
X. Zhang*, Y. Wang, H. Ye, Q. Zhou
910. Polymer nanotubes confined to cylindrical alumina nanopores: Tailoring tube
thickness and Tg. A.W. Tan*,
J. Torkelson
911. Search for a fluorescence probe withthermal stability to examine interfacial
polymer mobility. M. Aoki, D. Kawaguchi,
T. Ganbe, N. Sekine, K. Okamoto,K. Tanaka*
912. Substantial spatial heterogeneity andtunability of glass transition temperatureobserved with dense polymer brushes
prepared by ARGET ATRP. T. Lan,
J. Torkelson913. Glass transition and dynamics of PS/
P2CS/PS stacked thin films. K. Suzuki,
N. Taniguchi, T. Hayashi, K. Sadakane,
K. Fukao* Principle Author

Photographing of presentations
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obtained from the symposia
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presenters. Final Pacifichem
2015 program online at:
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onlineprogram

TECH–123

03 – MACR
914. Different glass transition behavior of
confined polystyrene thin films supported
on graphitic vs. silica substrates.
L. Chen, J. Torkelson*915. Dielectric relaxation behavior of thinfilms of polyamide random copolymers.
N. Taniguchi, K. Fukao
916. Study of surface analysis of polystyrenenano particle by using attenuated total reflectance spectroscopy in the far-UV region. Y. Morisawa, T. Ochi
917. Study of magnetic thermoplastic elastomers with enhanced mechanical properties. F. Jiang, J. Bai, Z. WANG*
918. Thermal adhesion property of polystyrene brushes. Y. Aoki*, K. Yamaguchi,
M. Kobayashi
919. Modification of chemically stable polymeric materials 60: Improvement in theadhesive property of polymeric and FRP
materials. H. Kanazawa*, T. Tanaka,
A. Inada, T. Arai
920. Molecular simulations of lubrication
properties of concentrated polymer
brushes. H. Okamoto*, T. Koga
921. Effects of the interfacial reaction onmorphology and toughness of polyamide
6 blends with ethylene copolymers carrying different reactive groups.
E. Yamada*, H.T. Oyama, K. Uetani,
Y. Mori
922. Fabrication of large-area microstructures for superhydrophobic surfaces using screen-mesh architectures.
H. Tokuhisa, S. Tsukamoto, S. Morita,
N. Shirakawa
923. Study of electronic state of polyethylene glycol using attenuated total reflectant spectrosopy in far ultraviolet.
N. Ueno, Y. Morisawa
924. Tuning mechanical and optoelectricalproperties of poly(3-hexylthiophene)
through systematic regioregularity control. J. Kim, J. Kim, W. Lee, H. Yu,
H. Kim, I. Song, M. Shin, J. Oh, U. Jeong,T. Kim*, B. Kim*
925. Hydration and viscoelasticity measurements of biocompatible polymers by using quartz-crystal microbalance with energy dissipation technique. S. XUE,
S. Kobayashi, M. Tanaka, H. Furusawa*
926. Investigation of the mechanism underlying bioinertness of self-assembled monolayers by surface force measurements.
T. Sekine*, M. Tanaka, C. Sato,
A. Tsunoi, T. Yano, M. Hara, T. Hayashi*
927. Preparation of liquid crystalline polymer
films with chromophores and their fluorescent behaviors. K. Ueda,
A. Kawamura, T. Miyata*928. Preparation of smart films exhibiting
structural color by assembling stimuli-responsive gel particles. Y. Nishimura,
A. Kawamura, T. Miyata
929. Direct and vapor contact antifungal activity assays of essential oils impregnatedin nanocellulose reinforced chitosan, polylactic acid, and methyl cellulose composite films. F.M. Hossain*
930. Cellular behavior on polymer scaffolds
with 2D-pattern of mechanical properties.
S. Shimomura, K. Sanada, H. Matsuno,
Y. Kinoshita, S. Fujimura, K. Tanaka*
931. Plasma modification of carbon-steel
surface for improving green elastomeric
blend adhesion. J. Oravec*, J. Preto,J. Hronkovic, P. Melus, H. Hirahara,
J. Sang, S. Aisawa, K. Miura932. Electrophoretic mechanism of non-ionicpoly(ester-sulfone)s. M. Yokoyama,
A. Takasu
933. Preparation of porous Poly(pyrrole) utilizing agar particles as soft template andevaluation of its actuation property.
S. Tamesue*, K. Obata, T. Mitsumata,
N. Tsubokawa, T. Yamauchi
934. Controllable end group modification of
PAMAM and its study on the stability
mechanism of immobilized AChE. H. Liu*,
J. Diao, Y. Sun
935. Identification and characterization of
peptides that recognize stereoregular poly(N-isopropylacrylamide). S. Suzuki,
T. Sawada, T. Ishizone, T. Serizawa*
936. Multi-chromic polymer nanoparticles
composed of a polythiophene derivativein aqueous media. K. Salikolimi, P. He,
Z. Li, T. Aigaki, Y. Ito, M. Kawamoto

124 –TECHTECHNICAL PROGRAM
937. Transparent rapidly liquid slippingsmooth surface with self-healing property. M. Tenjimbayashi,
T. Matsubayashi, K. Manabe, S. Shiratori*
938. Evaluation of interaction for bioactive
compounds with thermoresponsive polymer brush grafted on polystyrene monolith surfaces using capillary chromatography. T. Koriyama, T. ASOH,
R. ISHIHARA, A. Kikuchi*
939. Synthesis of polyamine block copolymers for removal of engineered nanopollutants from water. R.F. DSouza,
S. Valiyaveettil*
940. Antifouling flat film with transparency,
self-standing, and flexible property.
T. Nakashima*, M. Tenjimbayashi,
K. Manabe, S. Shiratori, M. Fujita,
T. Kamiya, T. Honda
941. Antibiofouling surface with plant oil infused porous structure for laparoscope
lenses. S. Nishioka, M. Tenjimbayashi,
K. Tsukada, S. Shiratori
942. Photo-avtivation bonding between
polymer material and aluminum.
C. Kong*, T. Utsunomiya, T. Ichii,
H. Sugimura
943. Flexible cotton fabrics with reversible
wettability. K. Sasaki, M. Tenjimbayashi,
K. Manabe, S. Shiratori*
944. Clay/polymer composite with water vapor barrier property by spray layer-bylayer assembly method. M. Notoya,
K. Kyung, K. Fujimoto, S. Shiratori
945. Effect of micro-roughness of interface
on adhesion strength of aluminum/polymer joint. D. Seo, S. Lee, C. Lee, J. Seo,
J. Jho*946. Organosilane molecular film formation
on cyclo-olefin polymer surface for protective coating against organic solvents.
T. Utsunomiya, T. Kanzawa, K. Onishi,
T. Ichii, H. Sugimura
947. Introduction of microscale roughness
onto polymer surface by replicating
etched steel surface. S. Lee, D. Seo,
C. Lee, J. Seo, J. Jho*
948. Molecular orientation control by crystal
nucleating agent and healing property ofcraze phase. A. Takeno*, Y. Horiguchi,
T. Miyata, S. Takahashi
949. Suppression of coffee-stain for Nafion
thin film by ethanol vapor treatment.
Y. Ono, Y. Guo, Y. Nagao*
950. Natural rubber latex with low protein
and application. N.T. Phan*,Y. Yoshimasa , S. Kawahara
Hawaii Convention CenterHalls I, II, III
New Perspectives of Bioplastics forEnvironmental Benign Materials (#396)

Organized by: U. Hiroshi, I. Chin,
T. Iwata, J. Li, P. Smith
Presiding: U. Hiroshi
Poster Session
19:00 – 21:00
951. Biosynthesis of unusual bioplastic: Medium chain length homo polyhydroxyalkanoate from plant biomass. A. HIROE*,
K. MAEZIMA, S. WATANABE, T. Tsuge*952. Terminal modification of PHA via alcoholysis reaction catalyzed by class IV
synthase. M. Hyakutake*, S. Tomizawa,
K. Mizuno, T. Tsuge, H. Abe953. Synthesis of polyhydroxyalkanoates byphotosynthetic purple bacteria.
M. Higuchi-Takeuchi*, K. Numata
954. Biosynthesis and thermal characterization of novel microbial polyester bearing
phenyl and phenylalkyl side groups.
S. Mizuno, T. Tsuge
955. Substrate stereoselectivity of poly(Asp)hydrolase-1 capable of cleaving ␤-amidebond. T. Hiraishi*, H. Abe, M. Maeda
956. Preparation of bacterial cellulose/polyacrylonitrile composite monolith and its
application for electrode of EDLC.
A. Dobashi, S. Kuwabata, J. Maruyama,
U. Hiroshi
957. Development of flame retardant polymer materials using lignophenol derived
from woody resource. A. Nodera*,
M. Funaoka

958. Electromagnetic wave shielding effectof plastic/bamboo/graphite composites.
M. Maeda*, H. Nishida959. Sequential refining and utilization oflignin, molecular segments complex.
M. Funaoka*
960. Temperature dependence of the elastic
modulus of the crystalline regions of collagen triple helix. S. Konoike, C. Hongo,
T. NISHINO*
961. Preparation of chitin nanofiber-based
composite materials by surface modification. R. Endo, K. Yamamoto,J. Kadokawa*
962. Nucleating effect of xylan propionate onpoly(lactide) stereocomplex. D. Ishii*,
M. Kimishima, K. Otake, T. Iwata
963. Synthesis of star-shape biopolymers
with extremely small branches and theirapplication as phthalate-free plasticizer
designed for non-toxicity and improved
migration resistance. J. Chung*964. Impact modification of PLA by poly(nbutyl acrylate-g-L-lactide) with annealing
induced intermolecular crystallization effect. H. Lee, S. Kim, I. Chin*965. Generation of monolithic porous poly(lactic acid) with stereocomplex formation. T. Kanno, H.T. Oyama, U. Hiroshi
966. Synthesis and characterization of stereoblock polylactides consisting of L- andD-lactyl segments. K. Masutani*,
M. Yamamoto, Y. Kimura, H. Yamane
967. Preparation and characterization of biobased poly(crotonate)s from the non-edible biomass. Y. Takenaka*, H. Abe
968. Synthesis of a series of vanillin-basedpolyesters and determination of their
physical property. K. Tachibana, H. Abe*
969. Polyurethane elastomers based on a
non-edible plant oil. T. Kasahara,
U. Hiroshi
970. Development of biobased epoxy polymers derived from cashew nut shell liquid. S. Kanehashi*, T. Miyakoshi
971. Enzymatic polymerization of biobased
catechol inspired oriental lacquer, “Urushi”. S. Kanehashi*, T. Miyakoshi
972. Controlled/living cationic polymerization of vinyl ethers derived from glycerol.
A. Kajita, K. Satoh*, M. Kamigaito*
973. Living radical polymerization of renewable styrene derivatives from natural resource. H. Takeshima, K. Satoh*,
M. Kamigaito*
Hawaii Convention CenterHalls I, II, III
Advances in Precision Polymer Synthesis
Using Reversible Deactivation Radical
Polymerization (#401)

Organized by: D. Keddie, N. Tsarevsky,
G. Moad, S. Yamago
Presiding: G. Moad, S. Yamago
Poster Session
19:00 – 21:00
974. Phosphine containing copolymers via
RAFT polymerization: Toward selective
recyclable catalysts. D. Keddie*,
K.J. Sykes
975. RAFT polymerization of HPMA using
chain transfer agent bearing porphyrinmoiety. Y. Tsutsui*, M. Obata976. Determination of the termination mechanisms in the radical polymerization.
Y. Nakamura, S. Yamago*
977. Grafting polymerization of aqueous
monomer on the surface of mono-disperse polymer particles using RAFT
agent. Y. Suenaga*, M. Urayama
978. Controlled radical polymerizations withparticles (CRPwP) for efficient productionof high-performance brush-like polymercoated nanofillers. T. ARITA
979. Controlled synthesis of periodic copolymers by RAFT polymerization of protecting group-free vinyl ethers and electrondeficient vinyl monomers.
Y. Yamamoto*, J. MOTOYANAGI,T. Tanaka, M. MINODA, A. Oguri

Hawaii Convention Center
323B
Aggregation Induced Emission: Materials
and Applications (#444)

Organized by: M. Fujiki, B. Tang, B. Liu
Presiding: Y. Hong, J. Xu
19:00 – 980. BODIPY-containing probe forcell-type-specific fluorescence imagingof plasma membrane, nucleus and/or nuclear envelope in live cells. D. Chen,
S. Gu, X. Feng, P. Liu, J. Shi, B. Tong,
Y. Dong*
19:20 – 981. AIE behavior of tetraaryl-1,3butadiene derivatives and their applications in mechanochromism, thermochromism, and explosive detection.
X. Feng, Y. Dong, B. Wang
19:40 – 982. Smart fluorescent dye with aggregation-induced emission characteristic for lysosome imaging and nucleic aciddetection. Y. Zhao, J. W. Y. Lam,
B. Tang*
20:00 – 983. Emerging optically active luminescent poly(dioctylfluorene) aggregatesby polymer chirality transfer with helicalpolysilanes. N. Abdul Rahim, S. Guo,
N. Suzuki, M. Fujiki
20:20 – 984. Pentaphenylpyrrole derivateswith aggregation-induced emission characteristics as ”turn-on” sensors for thedetection of bovine serum albumin andmetal ions. B. Tong
20:40 – 985. Multicomponent tandem polymerizations towards functional conjugated polymers with aggregation-enhanced emission characteristics.
H. Deng, J. W. Y. Lam, B. Tang*

Friday Morning
Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: L.A. Madsen, K. Saalwaechter
8:00 – 986. Stokes-Einstein and beyond:
NMR studies of macromolecular diffusion
in confined-bulk and crowded-solution
environments. K. Saalwaechter
8:25 – 987. 31P CODEX NMR and phospholipid lateral diffusion in membranes.
P.M. Macdonald*, Q. Saleem, A. Lai
8:50 – 988. HRMAS NMR pulsed field gradient diffusion investigations in soft andswollen materials. T.M. Alam*
9:15 – 989. NMR spectroscopy, relaxometry,and diffusion studies of carbohydrates inionic liquids. M.E. Ries*, T. Budtova,
S.M. Green, A. Radhi
9:40 Break
9:55 – 990. Influence of entanglements on
chain diffusion and mechanical deformation in solid state of linear ultra high molecular weight polyethylene. S. Rastogi*,
S. Ronca, D. Romano, Y. Yao
10:20 – 991. Dynamics of random poly(styrene-co-methyl methacrylate) in bulk andon silica. M. Maddumaarachchi,
F.D. Blum** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

03 – MACR
10:45 – 992. How molecular dynamics contributes to the mechanical properties ofelastomers and fibers. W. Hu*
11:10 – 993. Segmental motions and hydrogen bond dynamics in supramolecularpolymer-based architectures: A multinuclear solid-state NMR investigation.
C. Lorthioir*, J. Cortese,
C. Soulié-Ziakovic
Hawaii Convention Center
325B
New Perspectives of Synthetic andBiological Soft Matter (#57)

Organized by: F. Horkay, J. Douglas,
N. Choudhury, H. Jinnai
Presiding: F. Horkay, M. Muthukumar
8:00 Opening Remarks
8:05 – 994. Nature-inspired hydrogels thatchange shape in response to external
stimuli or to specific biomolecules.
S.R. Raghavan
8:35 – 995. Sensing the surface: What canpolymer brushes tell us about surface interactions?. K.L. Beers*, S. Orski,
C. Deodhar, R. Sheridan
9:05 – 996. 3D shape (rod to corkscrew)transitions in thermosensitive hydrogels
induced by a spiral scaffold. R.A. Siegel*,
H. Lee, J. Oneill, T.M. Kowalewski
9:35 – 997. Directing order and functionality
in stimuli-responsive intrinsically disordered protein polymer. N.K. Dutta*,
R. Balu, N. Roy Choudhury, C.M. Elvin,
A.J. Hill
10:05 Break
10:20 – 998. Molecular positioning of nature’s elastic assembly modules to build
complex multidimensional vascular andmicrovascular structures. A.S. Weiss*
10:50 – 999. Characterization of DNA/polymer nanoparticles and application forcancer immunotherapy. J. Lisziewicz,
E.R. Toke, O. Lorincz, L. Molnar,
Z. Csiszovszki , E. Somogyi, J. Toth,
K. Pantya, J.F. Douglas, F. Horkay, F. Lori
11:20 – 1000. Preparation of poly(vinyl alcohol) hydrogels by ␥-irradiation for cluster
culture of neural stem cells. H. Mori,
M. Hara11:40 – 1001. Smart hydrogels based on
DNA quadruplexes. A. Kuzuya*,
S. Tanaka, K. Wakabayashi,
K. Fukushima, Y. Ohya
Hawaii Convention CenterHalls I, II, III
New Frontiers in Polymer Crystallization(#96)

Organized by: W. Hu, A. Toda, C. Li
Poster Session
10:00 – 12:00
1002. Imaging and controlling block copolymers crystallization using AFM.
L. Alharbe
1003. Crystallization kinetics of polyethylene
on fast cooling up to 10 MK/s.
E. Zhuravlev*, C. Schick1004. Preparation of high-performancepoly(oxymethylene) film by drawing techniques. T. Sakamura, H. Uehara,
T. Yamanobe, T. Ikeda
1005. Single molecule study of polymer interactions in the single crystal of nylon66. X. Lyu, W. Zhang*
1006. PS blocks improve the mechanicalstability of the PS-b-PEO-b-PS single
crystal. P. Yang*, Y. Song, W. Zhang
1007. Aggregation structure of polyimide fibers during heat-drawing process.
Q. Zhang, j. dong, C. Yin
1008. Thermodynamics of strain-induced
polymer crystallization in solutions.
L. Zha, W. Hu
1009. Molecular simulation of polymer crystallization in stereo-complex blends.
R. Zhang, W. Hu
1010. Chain-length effects on the crystallization of cyclic polymers. H. Gao, C. Luo,W. Hu, J. Sommer

1011. Acceleration effect of retraction on
strain-induced copolymer crystallization.
X. Guan1012. Designing of polymer crystallization
nucleating agents: Synthesis and microstructure of polystyrene-block-poly(styrene-alt-maleic anhydride) block copolymers and their ionomers. J. Si*, S. Xing,
P. Tang1013. Determination of local packing andchain folding structure of mesomorphic
form isotactic polypropylene. S. Yuan,
T. Miyoshi
1014. Crystallization and thermal behavior ofPoly(⑀-caprolactone) and its copolymers
studied by vibrational spectroscopy.
T. Toyouchi*, H. Sato, Y. Ozaki
1015. Extraordinary phase transition observed in the helix-sense inversion ofpolyaspartate in the solid state.
y. suzuki*, H. Furuya, A. Abe1016. Hydrogen bondings and stereocomplex formation of poly(L-lactic acid) andpoly(D-lactic acid) during isothermal crystallization studied by Raman spectroscopy and X-ray diffraction. H. Sato*,
Y. Narihisa, D. Furukawa, Y. Ozaki
1017. Crystallization and chain orientation in
the ultrathin films of poly(3-hydroxybutyrate) studied by IR-RAS and GIXD.
.. Khasanah*, R. Kummetha,
I. Takahashi, H. Sato, Y. Ozaki
1018. In-situ analysis for melt drawing behaviors of metallocene- and Ziegler-catalyzed ultra-high molecular weight polyethylene. C. Narita*, H. Uehara,
T. Yamanobe, K. Inatomi, S. Abe1019. Acceleration in crystallization kinetics
of polylactide in immiscible blends
through the comb-like copolymer strategy. Y. ZHANG, J. Wang, Z. WANG*
1020. Shear flow induced formations ofshish-kebab and transcrystallite assistedwith preformed spherulites in isotactic
polypropylene. J. Wang, Y. ZHANG,
Z. WANG*1021. Shear-induced enhancements of crystallization kinetics and crystalline morphological evolutions for long chain
branched polylactides with different
branching degree. J. Wang, J. Bai,
Z. WANG*1022. Shear-induced crystallization kinetics
for asymmetric PLLA/PDLA blends.
J. Bai, J. Wang, Z. WANG*
1023. Phase transition of isotactic polypropylene induced by heat-stretching.
T. Imai*, K. Yamada, K. Nozaki
1024. Electrospinning of Poly(vinylidene fluoride)-partially sulfonated Poly(1,4-phenylene sulfide) blends and their piezoelectric properties. S. Pervin, M. Yoo,
A. Prabu, K. Kim*
1025. Characterization of thin films of biodegradable ⬍P(HB-co-HHx)/PEG blends.
Y. Chen, Y. Park, I. Noda, Y. Jung
1026. Effects of molecular dynamics andcrystallization kinetics on the mechanicalproperties and the structure of the amorphous phase of poly(⑀-caprolactone).
A. Seidlitz*, Y. Men, T. Thurn-Albrecht
1027. Structure and physical properties ofpolymer/cyclodextrin composite: Poly(lactic acid) and polypropylene.
Y. Takada*, H. Uehara, T. Yamanobe,
K. Takahashi
1028. Structural insights into the solid-state
formation of the carbazolyl-diacetylene
PDCHD polymer. B. Bagautdinov*,
K. Sugimoto, H. Tanaka, S. SASAKI,
K. Tashiro, M. Takata
1029. Microscopic kinetics model for nucleation of polymer crystallization. J. Xu
1030. Crystallization behavior of aliphatic
polyesters with dialkene fumarate randomly copolymerized on main chain.
H. Ye*, C. Wang, Y. Song1031. Crystalline structure control of poly(vinylidene fluoride) in antisolvent addition
crystallization. T. Nishiyama*,
T. Sumihara, E. Sato, H. Horibe
1032. Non-solvent preparation of nanostructured membranes of ultrahigh molecularweight polyethylene by drawing technique. H. Uehara*, T. Yamanobe

1033. FTIR spectroscopic analysis of thecrystallization of precision halogen substituted polyethylenes. X. Zhang,
L. Santonja-Blasco, R.G. Alamo
Hawaii Convention Center
326A
Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)

Organized by: T. Meyer, M. Ouchi,
H. Sleiman, Z. Li
Presiding: M. Ouchi
8:00 – 1034. Toward sequence control in homogeneous polymerization via single
monomer addition in living ring-opening
metathesis polymerization. Y. Xia*
8:30 – 1035. Control of sequence for vinyl
copolymers using bond manipulation.
M. Ouchi
9:00 – 1036. Sequence control in RAFT polymerization. G. Moad*, M. Danial,
C. Guerrero-Sanchez, J. Haven,
M. Hendrikx, A. Postma
9:30 – 1037. Sequence-controlled polymers
via tandem catalysis of living radical polymerization and transesterification: Modular synthetic approaches to gradient andpinpoint functionalization. T. Terashima,
M. Sawamoto
10:00 Break
10:10 – 1038. Monomer sequence control in
main- and side-chains of vinyl polymers
by controlled radical polymerization.
M. Kamigaito*, K. Satoh
10:40 – 1039. Precision polymers toward biological precision: Multiblock copolymers
and monodisperse sequence-controlled
oligomers. T. Junkers, J. Vandenbergh
11:10 – 1040. Preparation of 1:1 alternating,nucleobase-containing copolymers foruse in sequence-controlled polymerization. E.G. Williams*, s. thang,
B. Fairbanks, R. Mulder, E. Rizzardo,
G. MoadHawaii Convention Center
323C
Polymer Interfaces: Design, Structure,
Physical Properties and Applications (#194)

Organized by: K. Tanaka, A. Crosby,
S. Kim, K. Dalnoki-Veress
Presiding: K. Dalnoki-Veress,
R.D. Priestley
8:00 – 1041. Nanoconfinement of polymers
in coordination nanochannels.
T. Uemura*
8:30 – 1042. Polystyrene nanoparticles andfilms: Identical glass transition temperature confinement effect through qualitative comparison. L. Chen, M. Szymusiak,
Y. Liu, J. Torkelson*
8:45 – 1043. Enhanced Tg-confinement effect and related physical aging behavior
in crosslinked polystyrene characterized
by ellipsometry. K. Jin, J. Torkelson*
9:00 – 1044. Engineering structure and properties in polymer thin films by MAPLE.
R.D. Priestley
9:15 – 1045. Inhibition of bacteria adhesion
and protein adsorption on hydroxyapatite
surface using PEG-Phosmer copolymers.
X. CUI, Y. Kojima, H. Seto, Y. Hoshino,
Y. Miura*
9:30 – 1046. Ion transport properties ofblock copolymer electrolytes: Effects ofconfinement and interface. M. Park*
10:00 – 1047. Controlled growth of organic
semiconductors by eutectic solidification.
Y. Kang
10:30 – 1048. Flow field penetration into thin
nanoporous polymer films under laminarflow by Förster resonance energy transfer
coupled with total internal reflectance fluorescence microscopy. J.E. Pemberton,
H. Wang, L. Cheng, E. Saez
10:45 – 1049. Catheter coatings for reduced
bacterial growth. V. Thompson,
D.B. Uswatte, P. Adamson, D. Gordon,
I. Koeper*

11:00 – 1050. Design of molecularly imprinted polypeptide gel films on sensor
chips and their target molecule-responsive behavior. K. Matsumoto, B.D. Tiu,
A. Kawamura, R. Advincula, T. Miyata
11:15 – 1051. Morphology observation ofnatural rubber with nanomatrix structure.
L. Fukuhara, S. Kawahara*
11:30 – 1052. High-performance all-polymer
solar cells based on face-on stacked
polymer blends with low interfacial tension. B. Kim
Hawaii Convention Center
325A
Polymer Materials Performance,
Degradation and Optimization (#369)

Organized by: M. Celina, T. Dargaville,
H. Kudo, J. Lewicki
Presiding: S. Al-Malaika, S.C. Chinn
8:00 Delayed start
8:10 – 1053. Synthesis of novel liquid-type
latent curing agents to generate imidazoles and their application to thermosetting resins. K. Kudo, S. Fuse,
M. Furutani, K. Arimitsu*
8:40 – 1054. From white board to product:
Development of a nanocomposite material. P. Beavis*
9:10 – 1055. Mechanical durability of interface controlled silica particulate composite. K. SHINTANI, C. Hongo, T. NISHINO
9:40 BREAK
9:55 – 1056. Toward rationally designed, additively manufactured carbon fiber composites with optimized mesostructuresand orthotropic macroscale properties.
J.P. Lewicki*, E. duoss, W. Elmer,
R.A. Fellini, M.J. King, M.L. Moffet,
j. rodriguez, T. Van Buuren, M.A. Worsley,
A.S. Wu, C. Zhu
10:25 – 1057. Selective functionalization at
photo-irradiated surfaces by using reaction development patterning. T. Oyama*,
K. Watanabe, H. Ogasawara
10:55 BREAK
11:00 – 1058. Designing the mechanicalproperties of additively manufactured silicone cellular solids with ordered microstructures. T. Weisgraber, J.P. Lewicki,
A. Maiti, W. Small, S.C. Chinn, E. duoss,
T.S. Wilson
11:30 – 1059. High molecular weightpoly(m,p-phenylene)s derived by Suzuki
polycondensation: Synthesis, processing,and testing. B. Deffner*, D.A. Schlüter
Hawaii Convention Center
323A
New Perspectives of Bioplastics forEnvironmental Benign Materials (#396)

Organized by: U. Hiroshi, I. Chin,
T. Iwata, J. Li, P. Smith
Presiding: J. Li, P.B. Smith
8:00 – 1060. Novel polymeric materials fromtriglycerides. H.N. Cheng*, A. Biswas
8:30 – 1061. Diacids and diols as renewable
monomers for replacing oil-based harmful aromatics. S. Kim*
9:00 – 1062. High performance and sustainable polyurethane materials by using new
biobased aliphatic diisocyanate and its
hardener. T. Nakagawa, H. Morita,
S. Yamasaki* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–125

03 – MACR
9:20 – 1063. Biobased sources for p-xylene.
P.B. Smith*, D.R. Henton, A. Dumitrascu,
D.A. Hucul, M.N. Masuno, R. Smith,
J. Bissell
9:40 – 1064. Highly heat-resistant polyesters
from plant biomass-derived aromatic hydroxy acids. D. Ishii*, T. Iwata
10:00 – 1065. Potential as structural materials and chemo-enzymatic synthesis ofpoly(amino acid). K. Numata*
10:30 – 1066. Development of biomassbased functional copolymers throughgrafting lignin via atom transfer radical
polymerization. J. Li*
11:00 – 1067. Controlled/living polymerization of styrenes derived from natural resources. K. Satoh*, M. Kamigaito
11:20 – 1068. Preparation of self-assembled
chitin nanofiber-reinforced cellulosic materials. J. Kadokawa*
11:40 – 1069. Chemoenzymatic synthesis of
peptide capped with nylon4 unit at C-terminal aimed for thermally-processed
peptide materials. K. Yazawa*,
K. NumataHawaii Convention Center
327
Advances in Precision Polymer Synthesis
Using Reversible Deactivation Radical
Polymerization (#401)

Organized by: D. Keddie, N. Tsarevsky,
G. Moad, S. Yamago
Presiding: D. Keddie, N.V. Tsarevsky
8:00 – 1070. Controlled/living radical polymerization techniques in the synthesis ofwell-defined polymers containing reactivefunctional groups. N.V. Tsarevsky
8:30 – 1071. RAFT dispersion polymerizationin nonpolar solvents. S.P. Armes*
9:00 – 1072. Networks in the commercialisation of innovation projects using controlled radical polymerization (CRP).
D. Lusher*, M. Gilding, T. Spurling,
G. Simpson, M. FIsher, I. Elsum,
J. Brennecke, P. Wang, V. Bunton,
T. Klein, B. Roden, J. Brailly
9:15 – 1073. Sustainable controlled/living
radical polymerization with spinach extract. S. Shanmugam*, J. Xu, C. Boyer
9:30 – 1074. Precision chemistry for the
chain-end and mid-chain functionalisation of RAFT polymers. S. Perrier*
10:00 – 1075. Industrial application of organotellurium-mediated living radical polymerization(TERP). T. Shimizu
10:30 – 1076. Polymer networks through tailored synthetic design. T. Schiller*,
D. Keddie
10:45 – 1077. End group removal of switchable RAFT agents. S. Stace*, C. Fellows,
G. Moad, D. Keddie
11:00 – 1078. Synthesis of single-ion BAB
triblock nanostructurated copolymers as
efficient electrolytes for lithium metal batteries. D. Gigmes*
11:30 – 1079. Green polymer chemistry: Investigating the mechanism of radical
ring-opening redox polymerization (R3P)
of 3,6-dioxa-1,8-octanedithiol (DODT).
J.E. Puskas*, E.Q. Rosenthal-Kim

TECHNICAL PROGRAM
9:20 – 1083. Photoactivatable aggregationinduced emission fluorophors-embedded
silica nanoparticles functionalized with
DNA aptamers. A. Tong, Y. Xiang,
X. Wang, L. Peng
9:40 – 1084. Using aggregation induced
emission to gain access to phosphorescent tellurophenes and benzotellurophenes. E. Rivard, G. He,
W. Torres Delgado, D. Zomerman,
B. Wiltshire, K. Shankar, A. Brown
10:00 – 1085. AIE-luminogen-functionalized
mesoporous materials: Fabrication andapplication. J. Yu*
10:30 break
10:30 – 1086. New fluorescent probes for visualizing cell structures and function.
Y. Hong*
11:00 – 1087. Fluorescence color change insolid state due to the acrylonitrile derivatives polymorphs: Preparation, structures, and optical properties.
M.J. Percino*, M. Cerón, A. Bañuelos,
G. Soriano-Moro, M. Castro,
V. M. Chapela, E. Pérez-Gutierrez
11:20 – 1088. Restriction of intramolecularrotations via conjugation effect to efficiently enhance emission. H. Nie, K. Hu,
R. Hu, A. Qin*, Z. Zhao*, B.Z. Tang*
11:40 – 1089. Aggregation-induced emission(AIE) effect of self-assembled diazatwistpentacene microcrystals. Q. Zhang

14:00 – 1100. Mechanical properties of welldefined polymeric hydrogels.
C.S. Patrickios*, E.J. Kepola,
D.E. Apostolides, E.N. Kitiri, P.A. Panteli,
T. Stylianopoulos, C. Voutouri
14:30 Break
14:40 – 1101. Longitudinal mapping of themechanics of mouse knee articular cartilage. E.K. Dimitriadis*, I. Morgan,
E.L. Mertz, P.L. Chandran, F. Horkay
15:10 – 1102. Design and characterization ofnovel functional soft interfaces by polyelectrolyte brush immobilization.
A. Takahara*, Y. Higaki, M. Kobayashi
15:40 – 1103. ␤-Sheet nanocrystallite-reinforced synthetic thermoplastic elastomers. L. Jia*
16:00 – 1104. Magic of interpenetrating networks based on ionic silicones and silicone elastomers. S. Hvilsted*, L. Yu,
A.L. Skov
16:20 – 1105. Influence of food additives onphase transition of thermosensitive polymer in aqueous solution. H. Shimizu*,
R. Wada, M. Okabe
16:40 – 1106. Impact of the ring density on
the mechanical properties of polyrotaxane gels. K. Kato, K. Ito
Hawaii Convention Center
323C

Friday Afternoon

New Frontiers in Polymer Crystallization(#96)

Hawaii Convention Center
324

Organized by: W. Hu, A. Toda, C. Li
Presiding: W. Hu, C. Li

NMR Spectroscopy of Polymers andBiobased Materials (#12)

Hawaii Convention Center
323B

13:00 – 1090. Elucidation of 3D nanoclusters
of semicrystalline polymers embedded insingle crystals by solid-state NMR.
T. Miyoshi*
13:25 – 1091. Probing the nanostructure, interphase, and dynamics of polymers andbiopolymers by advanced multiscale solid-state NMR. F. Wang, R. Zhang,
P. Sun*, A. Shi
13:50 – 1092. Polymer functionalized nanoparticles and their nanocomposites: Solid-state NMR characterization.
L. Reven*, S. Allie, L. Zhu, H. Seo,
V. Toader
14:15 – 1093. Polymers and interfaces incomposite materials. U. Scheler*
14:40 Break
14:55 – 1094. Structure and dynamics ofpolymers at the nanomaterials interface.
P.A. Mirau*, R. Naik
15:20 – 1095. Relaxation analyses of rubberswith carbon black and with aging.
A. Asano*, M. Tsunomura, T. Ohkubo,
K. Okushita, K. Numata, Y. Nakazawa
15:45 – 1096. Latex state NMR spectroscopy for rubbery polymers.
S. Kawahara*, S. Kewwarin
16:10 – 1097. Molecules, particles, andfilms: Dynamic NMR insights into polymer
dispersions. N. Nestle*

Aggregation Induced Emission: Materials
and Applications (#444)

Hawaii Convention Center
325B

13:00 Opening
13:05 Functional Materials
13:05 – 1107. Giant polyhedra and giant surfactants based on nano-atoms: Tuningfrom crystals, to quasicrystals, to FrankKasper phases. M. Huang, K. Yue,
W. Zhang, S.Z. Cheng*
13:25 – 1108. Control over microphase separation, crystallization, and molecular orientation of all-conjugated diblock copolymers. Y. Han
13:45 – 1109. Engineering crystal defects forenhanced ferroelectric properties in functional polymers. L. Zhu
14:05 – 1110. Crystallization of proteinbased composite materials. X. Hu*
14:25 – 1111. Crystallization of biobased
polymers with heterocyclic rings in themain chain. H. Marubayashi*, T. Ushio,
D. Aoki, S. Nojima
14:40 – 1112. Dissolution, hydrolysis andcrystallization behavior of polyamide 6 insuperheated water. S. Yang*
14:55 Break
15:05 Molecular Simulations
15:05 – 1113. Role of the primitive path for
crystallization and thickness selection indense polymers. J. Sommer, C. Luo
15:25 – 1114. Molecular simulation of crystallization in polymers: Beyond model linear polymers. T. Yamamoto
15:45 – 1115. Conformation transitions of apolyelectrolyte chain in solution: A replica
exchange Monte Carlo study. P. Chi,
L. Wang, B. Li*
16:05 – 1116. Single molecule study of polymer interactions in single crystal: A combination of experiment and simulations.
W. Zhang, Y. Song, X. Lv, P. Yang
16:25 – 1117. Stepwise polymerization coupled with crystallization studied by molecular simulation. Y. Ma*, J. Liu

Organized by: M. Fujiki, B. Tang, B. Liu
Presiding: K. Ghiggino, D.T. Gryko, Y. Ma

New Perspectives of Synthetic andBiological Soft Matter (#57)

Hawaii Convention Center
326A

8:00 – 1080. Biosensing/imaging with AIE
fluorophores and polymorphism-dependent emission. D. Zhang*
8:30 – 1081. AIE molecular crystal for organic light-emitting field-effect transistors. Y. Ma*
9:00 – 1082. Excimers beyond pyrene: A farred optical proximity reporter and its application based on aggregation-induced
emission. Y. Kim*
9:20 break

Organized by: F. Horkay, J. Douglas,
N. Choudhury, H. Jinnai
Presiding: P. Basser, N. Roy Choudhury

Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)

13:00 – 1098. Challenges for nanoscale imaging of soft materials by electron microscopy. H. Jinnai*, T. Higuchi
13:30 – 1099. Positron annihilation lifetime
spectroscopy to probe molecular organisation in self-assembled biomimetic systems. A.J. Hill*, C. Fong, A.W. Dong,
B.J. Boyd, C.J. Drummond

Organized by: T. Meyer, M. Ouchi,
H. Sleiman, Z. Li
Presiding: H. Sleiman

126 –TECH

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: S. Kawahara, Y. Yao

13:00 – 1118. Precision structural control insequence-defined peptoid polymers.
R. Zuckermann*
13:30 – 1119. Sequence-regulated Poly (ester-amide)s: Facile synthesis and properties. Y. Wang, F. Du, Z. Li*

14:00 – 1120. Biomimetic approaches to sequence controlled materials.
R.K. O’Reilly*
14:30 Break
14:40 – 1121. Sequence controlled polymers
on DNA nanostructures. H. Sleiman*
15:10 – 1122. Making molecules with the tiniest machines. D. Leigh*
15:40 – 1123. Syntheses of sequence-controlled polymers via consecutive multicomponent reactions. Z. Zhang*, J. Yan,Y. You16:10 – 1124. Engineering polymer self-assembly via sidechain modification in phenylene vinylene polychromophores.
K.N. Plunkett
Hawaii Convention Center
325A
Macromolecular Self-Assembly for Smart
Biomaterials (#196)

Organized by: S. Thayumanavan, L. Dai,
J. RyuPresiding: S. Thayumanavan
13:00 – 1125. Macromolecular self-assembly
as smart delivery systems for gene andoligonucleotide. K. Kataoka*
13:25 – 1126. Importance of the intricate
linkage of the needs of particular biomedical applications to the design characteristics of functionally-sophisticated nanoscopic macromolecules to achieve
efficacy. K. Wooley
13:50 – 1127. Polymers and nanoparticles
for multiparameter immunoassays.
M. Winnik*
14:15 – 1128. siRNA delivery using polymers
nanoparticles. M. Monteiro
14:40 – 1129. Design of tunable multifunctional polymers for solubilizing highly lipophilic drugs. T.M. Reineke*, J. Ting
15:05 Break
15:15 – 1130. Conjugated polymer nanoparticles for sensing, imaging, and therapy.
B. Liu15:40 – 1131. Self-assembled organic nanoparticles for bioimaging and drug delivery. Y. Zhao*
16:00 – 1132. Noncovalent polymer-gatekeeper in hollow nanoparticle for drug delivery platform. J. Ryu*
16:20 – 1133. Multilocation-multistimuli-responsive degradation strategy for accelerated drug release. J. Oh*
16:40 – 1134. Biomimetic polymersomesfrom controlled self-assembly of block
copolymer. S. Lecommandoux
Hawaii Convention Center
327
Cyclic and Topological Polymers (#248)

Organized by: Y. Tezuka, S. Grayson,
M. Monteiro
Presiding: S. Grayson
13:00 Opening Remark
13:05 – 1135. Progress in the synthesis andcharacterization of cyclic polymers using
the click cyclization approach.
S. Grayson
13:35 – 1136. Ring-closure methods for preparing cyclic polymers based on light-induced click chemistry. K. Zhang** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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2015 program online at:
http://pacifichem.org/
onlineprogram

03 – MACR
14:05 – 1137. Evaluation of chain end coupling methods leading to macrocyclic vinyl polymers. E. Tillman*
14:35 – 1138. Preparation of a cyclic macromonomer based on a cyclic thermo-responsive polyoxazoline and its copolymerization with water-soluble vinyl
monomers. M. Kubo*, M. Hioki, T. Uno,
T. Itoh
14:55 Break
15:05 – 1139. Crystallization of cyclic PCL
molecules and the effect of adding small
quantities of linear PCL analogs. A.J.
Müller*, R. Perez, J.V. López, B. Zhang,
S. Grayson
15:35 – 1140. Cyclic polypeptoids: Recent
discoveries in the synthesis, characterization, and solution self-assembly.
D. Zhang
16:05 – 1141. Thermoresponsive propertiesof linear- and cyclic-poly(N-isopropylacrylamide) thin films. D. Magerl, M. Philipp,
X. Qiu, P. Muller-Buschbaum, F. Winnik
16:25 – 1142. Synthesis and self-assemblyof degradable cyclic graft copolymers.
A.P. Dove, R.K. O’Reilly, R.J. Williams
Hawaii Convention Center
323A
Fusion Materials: Functional Self-OrganizedMaterials Consisting of Fused Organic andInorganic Components (#294)

Organized by: T. Kato, M. Aizenberg,
H. Kikuchi, S. Yu, H. Imai, C. Otsuki,
C. Fraser, S. Kim
13:00 Opening Remarks
13:10 – 1143. Rationally designed microstructures. J. Aizenberg*, W. Noorduin,
A. Grinthal
13:40 – 1144. Photoresponsive self-assembled organic nanoparticles for bioimaging
and drug delivery. Y. Zhao*
14:10 – 1145. Janus polymer microparticles
containing magnetic nanoparticles encapsulated in mussel-inspired amphiphilic polymers. H. Ohshima, Y. Saito,
T. Higuchi, H. Yabu*
14:30 – 1146. Switchable dispersivity andmolecular-trapping performance of mesostructured CaCO3/thermosensitive
polymer composite mcrospheres.
H. Imai, A. Inoue, H. Tamagawa, Y. Oaki
14:50 Coffee Breat
15:00 – 1147. Bioinspired fusion materials.
H. Cölfen*
15:30 – 1148. Supramolecular adhesion: Direct bond formation between organic andinorganic materials. Y. Takashima,
A. Harada*
15:50 – 1149. Design of dynamic interface
using hyperbranched polymers.
K. Tanaka*, R. Awane, M. Inutsuka,
Y. Oda, H. Matsuno, N. Yamada,
M. Haraguchi, M. Ozawa
16:10 – 1150. Self-assembly of mesogencoated gold nanorods. T. Hegmann*
16:30 – 1151. Interdisciplinary molecular
self-assembly toward fusion materials.
N. Kimizuka
Hawaii Convention Center
323B
Aggregation Induced Emission: Materials
and Applications (#444)

Organized by: M. Fujiki, B. Tang, B. Liu
Presiding: Z. Li, T.J. Müller, A. Qin
13:00 – 1152. Molecular recognition systemorchestrated by self-assembly: From
conventional AIE phenomena to assembly-based sensory systems. T. Noguchi*,S. Shinkai
13:30 – 1153. Aggregation induced emission
molecules: Design, synthesis, and stimuli
response behaviors. W. Tian*
14:00 – 1154. Fluorescent sensing forbiomolecules via combining polyelectrolytes and AIE-active fluorophores. H. Xie,
F. Zheng, Y. Wu, F. Zeng, S. Wu*
14:20 break

14:30 – 1155. Complex of a DNA-switchable
photosensitizer and triangular-shaped
DNA origami for photodynamic therapy.
X. Zhuang, Q. Jiang, C. Zhang, G. Zou,
X. Liang
14:50 – 1156. Tuning luminescence of metalorganic frameworks for sensing applications. B. Wang*
15:10 – 1157. Aggregation-induced emission(AIE) active polymers derived from tetraphenylethene and polyhedral oligomericsilsesquioxane (POSS) acrylates. J. Xu
15:40 break
15:50 – 1158. Luminogenic polymers withaggregation-induced emission characteristics. A. Qin*, B. Tang
16:20 – 1159. Organic luminescent materials: High efficient solid state emission
and amplified spontaneous emission.
B. Xu*, S. Ma, J. Chen, W. Tian
16:40 – 1160. Supramolecular assembly induced emission enhancement in pillarene
chemistry. N. Song, Y. Yang
17:10 – 1161. Discriminatively visualizing raftand non-raft domains in plasma membrane via a fluorescent probe with aggregation-induced red emission property.
J. Sun*, X. Yu

Friday Evening
Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: L.A. Madsen
19:00 – 1162. Elucidating ion dynamics andstructure in solid state organic conductors and ionic liquids using multinuclear
NMR techniques. M. Forsyth*, L. O’dell,K. Romanenko, L. Jin, H. Zhu,
D. Gunzelmann, J. Pringle
19:25 – 1163. Structure, dynamics and ionic
conductivity of crystalline PEO/alkalimetal-salt complex polyelectrolytes – asolid-state NMR study. Y. Yao*, L. Yang,
X. Fu
19:50 – 1164. Behavior of water and protonin polymer electrolyte membrane: Insight
into proton transfer mechanism. O. Han*,
J. Song, S. Han, S. Kim, H. Ha

Hawaii Convention Center
323C
New Frontiers in Polymer Crystallization(#96)

Organized by: W. Hu, A. Toda, C. Li
Presiding: S.Z. Cheng, B. Lotz
19:00 Self-assembly of Block Copolymers
19:00 – 1171. Micelle engineering via living
crystallization-driven block copolymer
self-assembly. G. Whittell*, I. Manners
19:20 – 1172. Regulation of the morphologyof PCL-b-PEO crystalline micelles inaqueous solution by different methods.
J. Xu*, J. Yang
19:40 – 1173. Study on the physics of polymer crystallization based on the chain
model of rod-coil multiblocks. P. Tang,
J. Gao, H. Zhang, F. Qiu, Y. Yang
20:00 Surface- or Interface-induced
20:00 – 1174. Lamellar and molecular orientation of polyethylene and alkanes ongraphene and related surfaces. R. Zhang,
S. Park, G. Ungar, X. Zeng, A. Tracz,
O. Kwon, J. Jang
20:20 – 1175. Epitaxial crystallization ofpolymers: Structure control and mechanism. S. Yan
20:40 – 1176. Polymer crystallization at liquid-liquid interface. C. Li*
Hawaii Convention CenterHalls I, II, III
Monomer Sequence Control: Using
Nature’s Strategy to Create 21st Century
Polymers (#158)

Organized by: T. Meyer, M. Ouchi,
H. Sleiman, Z. Li
Poster Session
19:00 – 21:00
1177. Control of iterative double monomer
addition for sequence-controlled vinyl
polymers. K. Nishimori, M. Ouchi*,M. Sawamoto*
Hawaii Convention CenterHalls I, II, III
Macromolecular Self-Assembly for Smart
Biomaterials (#196)

Organized by: S. Thayumanavan, L. Dai,
J. RyuPresiding: L. Dai

Hawaii Convention Center
325B

Poster Session
19:00 – 21:00

New Perspectives of Synthetic andBiological Soft Matter (#57)

1178. Design of biodegradable nanosphere
having cationic groups (II) - evaluation of
DNA adsorption capacity. K. Takahashi,
M. Fujita, Y. Takeoka, M. Rikukawa
1179. Poly-gamma-glutamic acid from Bacillus licheniformis CGMCC 2876 as a potential substitute for polyacrylamide in thesugarcane industry. N. He*, S. Yan,
L. Shen, Y. Peng
1180. Hydrogel lenses with surface-immobilized PEG layers for reduction of protein
adsorption. J.K. Lee, H. Kim*
1181. Novel application of corn fiber gum infood processing: Emulsification, gelation,and starch behaviour modifying. L. Yin
1182. Host-Guest interaction mediated engineering of pH-responsive supramolecular
vesicles for drug delivery. B. Yang*,
Z. Guo, L. Xiao, G. Zhou
1183. Introduction of flow photolithography
and versatile applications. J. Lee
1184. Stimuli-responsive supramolecular assemblies of amphiphilic self-immolative
polymers. R.E. Yardley, E.R. Gillies*,
B. Fan, J.F. Trant, A.D. Wong,
T.M. Gungor
1185. Multilayered micelles using PEGP(Asp)-(PLLA) block copolymers for dual
drug delivery. K. Liu*, T. Fujiwara
1186. Synthesis of amphiphilic azobenzene
molecules and their self-assembly, multistimuli-responsive properties. Y. Xu*,
M. R. Molla, B. Liu, K. R. Raghupathi,
L. Dai, S. Thayumanavan
1187. Coordination-responsive drug delivery
systems based on selenium-/telluriumcontaining polymers. W. Cao*, H. Xu

Organized by: F. Horkay, J. Douglas,
N. Choudhury, H. Jinnai
Presiding: E.K. Dimitriadis, J. Lisziewicz
19:00 – 1165. Enzyme instructed supramolecular self-assembly in biological enrivonment for biomedical applications.
Y. Gao*, F. Horkay
19:20 – 1166. Synergistic self-assembly of
templating scaffolds with building blocks
for directed synthesis of organic nanomaterials. S. Dergunov*, A. Richter, M. Kim,
S. Pingali, V. Urban, E. Pinkhassik
19:40 – 1167. Charge-separated peptide
␤-sheets: Sequence-secondary structure
relationship for arranging charged side
chains. T. Nakayama*, T. Sakuraba,
K. Tashiro, N. Ishii, Y. Yamamoto
20:00 – 1168. Naphthyl-based Val/Phe peptides as molecular sponges. S. Martic*
20:20 – 1169. Unusual effect of topologicalstructure of polymer chain on dynamic
behaviour of polymer nanocomposites.
T. TANG*
20:40 – 1170. Morphological developmentsof diblock copolymers in thin film during
solvent vapor annealing. D. Lee*,
T. Chang

1188. Redox-responsive crosslinked nanoassemblies for drug controlled release.
C. Yuan, L. Dai
1189. Self-healable polymer films from peptide-based multiblock polymers.
T. Koga*, T. Morishita, N. Higashi
1190. Controllable supramolecular polymerization through self-sorting of aliphatic
and aromatic motifs. L. Chen, Z. Huang,
J. Xu, X. Zhang
1191. Self-immolative polymersomes forhigh-efficiency triggered release and programmed enzymatic reactions. G. Liu*,
S. Liu1192. Biodegradable amphiphilic polycarbonate bearing ratiometric fluorophores
and H2O2-reactive pendent groups toserve as a multifunctional drug delivery
platform. C. Chen*, Y. Fu, C. Chen
1193. Porous biocompatible polymer nanocapsules with nanometer-thin walls: Synthetic approach and applications.
S. Dergunov*, M. Kim, E. Pinkhassik
1194. Synthesis and evaluation of PLLA diblock copolymer nanofiber (V)- effect ofcarboxyl group on nanofiber.
M. Kasatani, M. Fujita, Y. Takeoka,
M. Rikukawa
1195. Influence of the crosslinking degree
and the inner structure on the nature of
the gate effect in molecularly imprinted
membrane. K. Iwami, Y. YOSHIMI*
1196. Spectroscopic study of the aggregation of cyanine dyes with different spacers in the presence of hyaluronic acid.
H. Tobata*, T. Sagawa
1197. Controllable supramolecular polymerization: The joint strategies of self-sortingand positive cooperativity. Z. Huang,
X. Zhang
1198. Redox responsive coassemblies between selenium/tellurium-containing molecules and lipids. L. Wang, H. Xu
1199. Ferritin encapsulated Prussian blue
nanoparticles for targeting photothermal
therapy. H. Chen, G. FU, L. Zhao, Q. Qu,
Y. Zhao
Hawaii Convention CenterHalls I, II, III
Cyclic and Topological Polymers (#248)

Organized by: Y. Tezuka, S. Grayson,
M. Monteiro
Presiding: Y. Tezuka
Poster Session
19:00 – 21:00
1200. Preparation of cyclic polymer via ringexpansion NMP with two reactive sites.
T. Makino*, M.M. Matsushita, K. Awaga
1201. Ring-expansion living cationic polymerization: precision synthesis of ringbased functional polymers.
H. Kammiyada, M. Ouchi*,M. Sawamoto*1202. Precise construction of ring-based
block copolymers. T. Yamamoto,
M. Ouchi*, M. Sawamoto*, H. Kammiyada
1203. Modular construction of macrocyclebased topological polymers via high-efficient thiol chemistry. J. Zhao*, J. Lu,
N. Zhou, Z. Zhang, X. Zhu
1204. Versatile cyclic 2,2’-azobenzenophanewith a functional handle and its polymers:
Efficient synthesis and effect of topological structure on chiroptical properties.
J. Lu*, N. Zhou, Z. Zhang, X. Zhu* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–127

03 – MACR
1205. Linear-cyclic polymer structural transformation using the dynamic property ofrotaxane. K. Nakazono*, T. Ogawa,
S. Valentina, T. Takata*1206. Block copolymer capable of undergoing linear-cyclic topology transformation
using rotaxane protocol. S. Valentina*,
T. Ogawa, K. Nakazono, T. Takata
1207. Effective approach to cyclic polymer
synthesis via transformation of macromolecular [1]rotaxane. T. Ogawa*,
S. Valentina, K. Nakazono, T. Takata
1208. Construction and new applications ofbiomass-based cyclic polylactones.
Y. Zhu1209. Synthesis of cyclic poly(tetrahydrofuran)s having axially chiral units and their
thermally induced chiroptical responses.
S. Honda*, K. Adachi, T. Yamamoto,Y. Tezuka*
1210. Knotting probability of a cyclic DNA in
solution through simulation. E. Uehara,
T. Deguchi
1211. Separation and characterization of
4-arm star, 8-shaped, and tricyclic polystyrene. J. Oh*, T. Chang
1212. Photo- and thermo-induced reversible
transformation of cyclic and linear polymer topologies. T. Yamamoto*,
S. Yagyu, Y. Tezuka
1213. Topology effects by amphiphilic cyclic
block copolymers on their vesicle andemulsion stabilization. T. Yamamoto,
E. Baba, T. Yatsunami, Y. Tezuka
1214. Giant micelle formation from cyclicpoly(oxyethylene) alkyl ether surfactants.
Y. Hirose
1215. Synthesis and characteristic properties of sun-shaped polymer having side
chains of block copolymer. T. Kono*,
K. Adachi, Y. Tsukahara
1216. ESA-CF synthesis of cyclic and linear
polymer having perylene diimide as pendant group and the investigation of electrical properties. A. Kimura,T. Yamamoto, Y. Tezuka
1217. Synthesis of phenolic resin with laddershaped network. H. Shoji, T. Ogoshi,
T. Yamagishi
1218. Star-shaped PHB-PLLA block copolymers generated through immortal polymerization with dinuclear indium catalysts.
T. Ebrahimi, I. Yu, S.G. Hatzikiriakos,
P. Mehrkhodavandi*
1219. Synthesis and characterization of astar polymer having changeable arm
chain number. T. Hirose*, D. Aoki,
T. Takata1220. Star/linear polymer topology transformation facilitated by mechanical linkingof polymer chains. D. Aoki*, S. Uchida,
T. Takata
Hawaii Convention CenterHalls I, II, III
Advanced Membrane Separations (#262)

Organized by: R. Wickramasinghe,
K. Tung, H. Chen, S. Husson
Presiding: H. Chen, S.M. Husson,
K. Tung, R. Wickramasinghe
Poster Session
19:00 – 21:00
1221. Thermoplastic polymer functional
nanofiber membranes prepared by melt
blending extrusion: Application in Cr(VI)adsorption. D. Xu, R. Xiao
1222. Permeation of 2D polymer membranes(2): Improvement of oxygen permeability
through polymer membranes by in situ
reactions of functional groups of the 2D
surface modifiers on the membrane surface. J. Wang, H. Urita, S. Takeo,
M. Teraguchi, T. Kaneko, T. Aoki
1223. Tough ion gel membranes with organic-inorganic hybrid network for CO2 capture. E. Kamio, T. Yasui, H. Matsuyama*1224. Immobilization of poly(biphenylylacetylene) derivatives bearing various polar groups onto silica gel and their application to chiral packing materials.
R. Ishidate, T. Sato, K. Shimomura,T. Ikai, K. Maeda, S. Kanoh, E. Yashima

128 –TECHTECHNICAL PROGRAM
1225. High performance thin-film composite
FO membrane by using polyketone support. M. Shibuya, S. Mishima,m. yasukawa, T. Takahashi, T. Miyoshi,
H. Matsuyama*
1226. Removal of viable bacteria and bacterial cytokine-inducing substances (CIS)
by electro deionization (EDI) technology.
T. Ase1227. Transport properties of charge mosaic
membranes prepared by polymer coating
method. Y. Kakihana, N. Shigeta,
A. Jikihara, M. Higa*
1228. Influence of electroosmotic flow on theionic current rectification in a pH-regulated, conical nanopore. S. Tseng*,
D. Lin, J. Hsu
1229. Influence of concentration gradient on
the ion transport in a pH-tunable polyelectrolyte brushes functionalized conicalnanopore. J. Lin, J. Hsu*, S. Tseng
1230. Characterization of ion-exchange
membranes prepared by ion irradiation
graft polymerization method. M. Goto*,
T. Yamaki, H. Koshikawa, S. Sawada,
A. Kitamura, M. Higa
1231. Power generation of reverse electrodialysis (RED) systems: The relationshipbetween stack structure and performance of an RED system. T. Sakurada*,
M. Higa
1232. Ultrafiltration membrane-based osmotic heat engine with phase transitionmaterials for enhanced power generationfrom low-grade heat. T. Takahashi*,m. yasukawa*, A. Kumami, S. Osumi,
H. Matsuyama*1233. Evaluation of PRO power generation
using forward osmosis membrane modules. Y. Ikebe, M. Higa
Hawaii Convention CenterHalls I, II, III
Fusion Materials: Functional Self-OrganizedMaterials Consisting of Fused Organic andInorganic Components (#294)

Organized by: T. Kato, M. Aizenberg,
H. Kikuchi, S. Yu, H. Imai, C. Otsuki,
C. Fraser, S. Kim
Poster Session
19:00 – 21:00
1234. Mechanical properties of bulk films of
deoxyribonucleic acid solid with chemical/physical cross-linking. Y. Morimitsu,
H. Matsuno, K. Tanaka*
1235. Hierarchical porous polymers for a hydrophobic adsorbent derived from abiomineral. K. Sato, Y. Oaki, H. Imai
1236. Synthesis and characterization ofpoly(vinyl acetate) derivative: A new candidate for blood compatible polymer.
K. Sato, S. Kobayashi, H. Tagaya,
M. Tanaka*
1237. Mechanistic study on anomalous photovoltaic effect in the ferroelectric liquidcrystalline phase of phenylterthiophene
derivatives. A. Seki, M. Funahashi*
1238. Formation of nonwoven fiber matsfrom collagen-like polypeptide.
S. Yoshida, S. Morimune-Moriya,
A. Sugawara-Narutaki, C. Ohtsuki*
1239. Structural colors in the liquid crystalline nanosheet colloids of a layered clay
and layered perovskites. S. Yamamoto,T. Sasaki, Y. Ebina, N. Miyamoto*
1240. Adhesion of gels and glass substrates
using covalent bond formation reactions.
T. Sekine, Y. Takashima, A. Harada*
1241. Self-healing material able to change its
color by various stimuli based on hostguest interaction between ␤-cyclodextrin
and phenolphthalein. K. Yonekura,
A. Harada*, Y. Takashima, M. Nakahata,
H. Yamaguchi
1242. pH- and sugar-responsive gel assemblies based on boronate-catechol interactions. S. Mori, M. Nakahata,
Y. Takashima, A. Harada*
1243. Adhesion between polymeric gels using various non-covalent interactions.
M. Nakahata, Y. Takashima, A. Harada*

1244. Crystallization of phosphate in lyotropic liquid crystalline phases including
simulated body fluid. K. Nagaoka,
H. Higuchi, Y. Okumura, C. Ohtsuki,
T. Nishimura, T. Kato, H. Kikuchi*
1245. Creation of the nanostructure of
␲-conjugated polythiophene in the film.
K. Azuma*, T. Hayakawa, Y. Tanaka
1246. Preparation of monodispersed SiO2TiO2 core-shell particles via the layer-bylayer assembly. Y. Tanaka, K. Katagiri,
K. Inumaru
1247. POSS-containing cylindrical polymer
nanostructures for line patterning in block
copolymer lithography. F. Kato*,
R. Maeda, S. Sugimoto, T. Hayakawa
1248. Self-organized chains of diblock copolymer micelles containing inorganic nanoparticles. S. Jang, K. Kim, J. Kim,
B. Sohn*1249. Synthesis of comb-like/block copolymer possessing polyethyleneimine brushand its application in silica deposition.
S. Eguchi, R. Jin
1250. Preparation and application of chiral
SiO2 and Ag@SiO2 materials using linear
polyethyleneimine and tartaric acid.
S. Tsunega, H. Murata, D. Yao, R. Jin
1251. Metal oxides formed on chiral silica
frame. m. sugimoto*, H. Murata,
M. Saito, R. Jin
1252. Self-assembly behavior of crosslinkedpoly(sodium acrylate) microparticles
based on molecular recognition. T. Itami,
A. Hashidzume, H. Yamaguchi,
A. Harada*
1253. Non-simple patterned nanocomposites through the block copolymer self-assembly. S. Kim*, J. Lee, S. Choi, J. An
1254. Characterization of recombinant glassin, a protein extracted from biosilica
skeleton of the glass sponge Euplectella.
T. Amano, J. Arima, K. Shimizu*
1255. Photochemical reactions on macroscopically organized multicomponent
systems based on inorganic nanosheets.
T. Nakato*, E. Mouri
1256. Preparation of supramolecular hydrogel composed of [c2]daisy chain.
K. Iwaso, Y. Takashima, A. Harada*
1257. Addition of enzyme-like activity into
simple ␤-sheet peptide and its application to bio-inspired calcium carbonate
mineralization. K. Murai*, T. Kinoshita,
K. Nagata, M. Matsumoto, M. Higuchi
1258. Development and functionalization ofliquid-crystalline complexes transporting
ionic species. T. Onuma, J. Sakuda,
E. Hosono, M. Yoshio, T. Ichikawa,T. Matsumoto, H. Ohno, H. Zhou,
T. Kato*1259. Anisotropic calcium carbonate nanocrystals formation using acidic macromolecules. M. Nakayama, S. Kajiyama,
T. Nishimura, T. Kato*
1260. Luminescent fusion material of a sea
urchin spine treated with europium complexes. S. Ogata*, A. Ishii, Y. Oaki,
H. Imai, M. Hasegawa
1261. Morphology control of inorganic crystal in thermotropic liquid crystalline
phases. T. Nakao, H. Higuchi, T. Sajima,
S. Daiki, Y. Okumura, T. Nishimura,T. Kato, H. Kikuchi*
1262. Preparation of protein-imprinted hydrogel layers fused with gold chips forsurface plasmon resonance sensor andtheir responsive behavior. Y. Kuriu,
A. Kawamura, T. Miyata*1263. Various thermoresponsive polymers
with periodic carboxyl groups and higherorder structure in aqueous solution.
M. Uchiyama, H. Sakaguchi, K. Satoh*,
M. Kamigaito*
1264. Regiospecific accumlation of metal
complexes at phase-segregation interface of normally oriented cylindricalnanostructure in amphiphilic liquid crystalline diblock copolymer film. Y. Tanio,
M. Otonari, S. Asaoka*, M. Noguchi,
A. Izumi, H. Maeda
1265. Metal-organic framework tethering
stimuli-responsive polymers for ON-OFF
controlled release in solution.
K. Kokado*, S. Nagata, K. Sada*

Hawaii Convention CenterHalls I, II, III
Polymer Materials Performance,
Degradation and Optimization (#369)

Organized by: M. Celina, T. Dargaville,
H. Kudo, J. Lewicki
Presiding: M.C. Celina, H. Kudo,
J.P. Lewicki
Poster Session
19:00 – 21:00
1266. Resist materials using base proliferation reactions. T. Hashima, K. Terada,
M. Furutani, K. Arimitsu*
1267. Fabrication of positive-tone photopatterns by using photocyclization-type photobase generators. S. Yoneda, T. Ida,
M. Furutani, K. Arimitsu
1268. Radiation resistance of electrical insulator for superconducting magnet system
in high intensity accelerators. A. Idesaki*,T. Nakamoto, M. Yoshida, A. Shimada,
M. Iio, K. Sasaki, M. Sugano, Y. Makida,
T. Ogitsu
1269. Anionic UV curing of thick epoxy resin
films by base amplifiers. N. Shimoda,
Y. Koyama, M. Furutani, K. Arimitsu*
1270. Optimization of polymerization technique for reduction of micro pore volumes within synthetic resin adsorbents.
T. Kinoshita*, H. Fan, T. Kawakita,
E. Furuya
1271. Study on storage condition of irradiated polyethylenenonwoven fabric for radiation-induced graft polymerization.
S. Saiki, K. Okaya, H. Kudo*, N. Seko
1272. Preparation and hydrolysis of waterstable amorphous cellulose. K. Hattori*,
A. Arai
1273. Oxo-biodegradation of polystyrene
under visible light irradiation.
K. Miyazaki, H. Nakatani, T. Yoshida*1274. Synthesis of and oxidative degradation of polystyrene-poly(diacylhydrazine)
block copolymer to obtain porous material. M. Parvez, N. Kihara*
1275. Preparation of optical resolution substance by the condensation of cyclodextrin and polysaccharides. Y. Kitashima*,
Y. Takada, S. Osawa
1276. Low-temperature film fabrication ofcolorless alicyclic polyimides with highTg. H. Ozawa, E. Ishiguro, M. Suzuki,
T. Matsumoto*
1277. Model reaction for alicyclic polyimide
synthesis: Ring-opening reaction ofasymmetric dianhydrides and chemical orthermal ring-closure of the amides.
M. Nagafuji, H. Hattori, T. Matsumoto*
1278. Development of A. oryzae/ porous chitosan NF composite for degradation offormaldehyde. A. Minemura*,
R. Kitamura, M. Sano, S. Osawa
1279. Development of the biocompatible
polymer with color functions by using
natural pigments. S. Onishi*,S. Shimasaki, S. Osawa
1280. Synthesis of inorganic poly(sulfonylhydrazine). S. Horike, N. Kihara*
1281. Radiation-induced reaction of fluorinated polymers and related compounds
for extreme-ultraviolet lithography.
N. Nomura*, K. Okamoto, H. Yamamoto,T. Kozawa, R. Fujiyoshi, K. Umegaki
1282. Development of antibiofilm material
and its functional evaluation. T. Sanada*,
S. Osawa, O. Yoshimura, S. ODA* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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onlineprogram

03 – MACR
1283. Pulse radiolysis study of resist polymers with and without photoacid generator. K. Okamoto*, H. Yamamoto,T. Kozawa, R. Fujiyoshi, K. Umegaki
1284. Development and evaluation of novel
polyimide/carbon fiber composite.
Y. Ishida*, T. Ogasawara, H. Katoh,
M. Miyauchi, N. Ooshiro, R. Yokota
1285. Measuring and analyzing the degradation of the epoxy resin under the highelectric field by confocal Raman microprobe spectroscopy. s. zhang*
1286. Photosensitive polyimide material
containing photobase generator and fabrication of negative-tone micropatterns.
K. Okayasu, Y. Guo, T. Miwa,
M. Furutani, K. Arimitsu*
1287. Soluble aromatic polyamides from unsymmetrical diamine containing two trifluoromethyl groups. T. Byun*, S. Kim,
I. Chung, S. Kim
1288. Ionic-liquid-assisted preparation ofnovel epoxy/MWNT nanocomposites
with high radiation resistance. J. Peng*,
J. Li, M. Zhai
1289. Selective bond scission of phenolicpolymers by oxidization with hypervalentiodine. R. Kojima, T. Ogoshi,
T. Yamagishi
1290. Application to anionic UV curing of sixmembered cyclic carbonate resins.
E. Nagai, A. Sakauchi, M. Furutani,
K. Arimitsu*
1291. Micro-photopatterning of trapped cycloolefin polymer via thiol-ene reactions.
A. Kakinuma, I. Hazeyama, M. Furutani,
K. Arimitsu*
1292. Evaluation of fractionized water-soluble chitosan for algicidal effect. C. Choi,
H. Lee, S. Choi, G. Jeong, T. Kim,
W. Kim, J. Nah*
1293. Inhibition effect of harmful algae using
chitosan. J. Nah*, T. Kim, G. Jeong,
S. Choi, H. Lee, W. Kim, C. Choi1294. Boron removal by glucamine chelate
adsorbent grafted on polyethylene fabric.
N. Seko*, H. Amada, H. Hoshina
1295. Synthesis of fibrous adsorbent fordysprosium by radiation-induced graftpolymerization. H. Hoshina, N. Seko*
1296. Long-term oxidation and free volume
change of electron beam irradiated polymers. T. Oka*, K. Onodera, Y. Kino,
T. Sekine

Saturday Morning
Hawaii Convention Center
324
NMR Spectroscopy of Polymers andBiobased Materials (#12)

Organized by: H. Cheng, A. English,
H. Kaji, S. Kawahara, A. Whittaker,
J. White, L. Madsen, K. Saalwachter,
Y. Yao, J. Battiste
Presiding: J.L. Battiste, A. English
8:00 – 1297. 19F DOSY diffusion-NMR spectroscopy of fluoropolymers. P.L. Rinaldi*,
B. Ameduri, D. Chen, D. Fetherston,
C. Gao, E. Kupce, X. Li*, G. Lopez,
E. McCord*, E. Twum, Y. Wan,
F. Wyzgoski, C. Xu
8:25 – 1298. Multidimensional NMR studies
of perfluoropolyether. C. Xu, H. Yin,
Y. Wan, X. Li*, P.L. Rinaldi
8:50 – 1299. Primary structural analysis ofmethacrylate copolymers by multivariate
analysis of NMR spectra. H. Momose*
9:15 – 1300. Analysis of chemical structuresof synthetic polymers by solution NMR:SEC-NMR, DOSY, and multivariate analysis. K. Ute*
9:40 Break
9:55 – 1301. New developments of LC-NMR
for the characterization of polymers.
W. Hiller*, M. Hehn
10:20 – 1302. Application of cryoprobe technology to investigations of polymer degradation. J.L. Battiste
10:45 – 1303. Automation of quantitative
NMR spectroscopy of polyolefins in industry. G. Hubner, L. Steiner,
E. Pomakhina, M. Parkinson*

11:10 – 1304. 129Xe NMR studies of biochar
made from biobased materials.
H.N. Cheng*, M. Mauri*, R. Simonutti,
M. Farina, G. Patriarca, T. Klasson
Hawaii Convention Center
326A
Radical Polymerization Kinetics andProcess Modeling (#92)

Organized by: R. Hutchinson, G. Russell,
P. Zetterlund, E. Saldivar-Guerra
8:00 Introductory remarks
8:05 – 1305. Kinetics of radical polymerization in organic and aqueous solution
studied via SP–PLP–EPR experiments.
H. Kattner*, M. Buback
8:35 – 1306. Influence of head-to-head addition on vinyl acetate propagation kinetics.
A.N. Nikitin, O. Monyatsi*, R. Hutchinson
8:55 – 1307. Kinetic studies of radical polymerizations based on direct observationof radicals by various ESR techniques.
A. Kajiwara*
9:15 – 1308. Polymerization of acrylates: A
world of surprise. N. Ballard, J. de la Cal,
J.M. Asua*
9:45 Break
10:00 – 1309. Kinetics and modelling of
atom transfer radical polymerization.
K. Matyjaszewski*
10:30 – 1310. Limits of precision monomer
placement in reversible deactivation radical polymerizations. S. Harrisson*,
S. Perrier, G. Gody, P. Zetterlund
11:00 – 1311. Template radical polymerization in nanoreactors: A novel approach
towards precision polymerization.
A. Tardy, K. Bullar, S. Thickett,
R. O’Reilly, P. Zetterlund*
11:20 – 1312. Engineering approach towarda universal RAFT system. A. Ilchev,
L. Hlalele, R. Pfukwa, B. Klumperman*
Hawaii Convention Center
323C
New Frontiers in Polymer Crystallization(#96)

Organized by: W. Hu, A. Toda, C. Li
Presiding: G. Ungar, Q. Xue
8:00 Thin Film and Confinement
8:00 – 1313. Crystallization of polyesters inultrathin films (blends, polyenantiomers
and stereocomplexes).
R.E. Prud’homme*
8:20 – 1314. Influence of crystallization temperature on melt-isothermal crystallization behaviors of poly(3-hydroxybutyrate)in thin films. S. SASAKI*, J. Hoshiba,
A. YASUDA, S. SAKURAI, H. Masunaga,
T. Hikima, N. Ohta, M. Takata
8:40 – 1315. Integrated ultrafast scanningcalorimetric and micro-Raman spectroscopic investigation of polymer crystallization. D. Zhou
9:00 – 1316. Morphological origins of double
confined crystallization of PE-b-PS diblock copolymers within AAO nanoporous templates. A.J. Müller*, M.T. Casas,
R.M. Michell, I. Blaszczyk-Lezak, J. Puiggali, C. Mijangos, A.T. Lorenzo
9:20 – 1317. Tuning the crystal orientation of
PEO confined within AAO nanochannels.
H. Chen*
9:40 – 1318. Confinement effects of nanoporous anodic alumina oxide on the crystallization of poly(vinylidene fluoride).
X. Sun, S. Yan
9:55 Break
10:05 Rigid Chain and Copolymer
10:05 – 1319. Crystalline helical monosubstituted polyacetylene: Molecular packing
and shape actuation via phase transition.
J. Wang, E. Chen*
10:25 – 1320. Crystallization behavior ofpoly(3-hexylthiophene). Z. Su*
10:45 – 1321. Melt structure and self-nucleation of ethylene copolymers.
R.G. Alamo*, X. Chen, A. Mamun,
M. Ren, Y. Sang

11:05 – 1322. Nucleation of different crystalline forms in butene-1/ethylene random
copolymer. Y. Men*, Y. Wang, P. Liu,
Y. Lu
11:25 – 1323. Morphology and growth of
propylene-ethylene random copolymer
crystals in thin films. K. Taguchi*,A. Fujikawa, A. Toda, T. Imai, K. Yamada
11:45 – 1324. AFM imaging of semi-crystalline polymers with sub-molecular resolution. N. Mullin*, R. Savage, J.K. Hobbs
Hawaii Convention Center
325B
Current Polyurethane Science (#133)

Organized by: K. Kojio, S. Hsu,
K. Wynne, Z. Ren, S. Yamasaki,
G. Zhang
Presiding: S. Yamasaki
8:00 Opening remarks
8:05 – 1325. Ultra high-performance elastomers based on trans-1,4-bis(isocyanatomethyl cyclohexane). S. Seneker*
9:05 – 1326. Aliphatic poly(carbonate)glycols
with different length of methylene unit
and their polyurethane elastomers.
T. Masubuchi*, K. Kojio, M. Hurukawa
9:30 – 1327. Synthesis and properties ofpolyurethanes crosslinked by polyrotaxanes. N. Nonaka, Y. Tanaka,
H. Murakami
9:55 – 1328. Highly efficient intramolecularhydroamination of polyallylurethane using
macrocycle catalyst: Effect of polymer
structure. S. Mizuno*, D. Aoki,
H. Sogawa, T. Takata
10:20 Break
10:35 – 1329. Microbeam X-ray diffraction
study on local anisotropic molecular aggregation structure of a thermoplastic
polyurethane at the crack tip. Y. Higaki,
K. Suzuki, N. Ohta, A. Takahara*
11:05 – 1330. New biobased aliphatic diisocyanate and hardener using it, STABiOTM. T. Nakagawa, H. Morita,
S. Yamasaki
Hawaii Convention Center
325A
Macromolecular Self-Assembly for Smart
Biomaterials (#196)

Organized by: S. Thayumanavan, L. Dai,
J. RyuPresiding: L. Dai
8:00 – 1331. Responsive polymer assemblies. S. Thayumanavan*
8:25 – 1332. Biomedical applications of diblock copolymer worm gels. S.P. Armes*
8:50 – 1333. Hierarchical assemblies of polyprodrug amphiphiles for morphology-regulated cellular transport and intracellulartriggered release. S. Liu
9:15 – 1334. Conjugated polymer nanoparticles for in vivo molecular imaging.
J. Rao9:40 – 1335. Stimuli-responsive polymer gelsformed by host-guest interactions.
A. Harada*
10:05 Break
10:15 – 1336. Many talents of polymeric networks: Methods for precise sizing of nano- and micronscale structures withadaptive morphologies. E. Harth*,
B. Spears, K. Gilmore, D. Beezer
10:40 – 1337. Supramolecular strategy fordisplay of different functional groups at
the inner and outer wall of synthetic vesicles and its impact on recognition of
biomolecules. S. Ghosh*11:00 – 1338. Tricontinuous (triple-network)
morphologies in soft materials. G.E.
Schröder-Turk, S.T. Hyde, M.G. Fischer,L. de Campo, J.J. Kirkensgard
11:20 – 1339. Functional yoctowells for biological applications. S.V. Bhosale*
11:40 – 1340. Solution structure of branchedpeptides and polymer-peptide complexes in terms of the theories forbranched polymers. K. Terao

Hawaii Convention Center
327
Cyclic and Topological Polymers (#248)

Organized by: Y. Tezuka, S. Grayson,
M. Monteiro
Presiding: M. Monteiro
8:00 – 1341. Various polystyrene topologies
built from tailored cyclic polystyrene via
CuAAC reactions. M. Monteiro*
8:30 – 1342. Synthesis of amphiphilic cyclic,
figure-eight shaped, and tadpole-shaped
block copolyethers. Y. Satoh, T. Isono,
T. Kakuchi, T. Satoh*9:00 – 1343. Modular constructions of topological and functional cyclic polymers.
Z. Zhang*, J. Zhao, J. Lu, N. Zhou,
X. Zhu9:30 – 1344. Dynamics of cyclic polyethersby broadband dielectric spectroscopy.
F. Barroso-Bujans*, A. Alegria,
J. Colmenero
9:50 Break
10:00 – 1345. Zwitterionic ring-opening polymerization for the synthesis of cyclic
polymers. R. Waymouth*
10:30 – 1346. Cyclic polymers from alkynes.
C.D. Roland, H. Li, K.A. Abboud,
K.B. Wagener, A.S. Veige
10:50 – 1347. Macrocyclic phenylenevinylene polymers: Synthesis and characterisation. M.L. Turner*, B.J. Lidster,D. Kumar, Y. Tezuka, T. Yamamoto
11:20 – 1348. Cyclic REMP polymers andother advanced materials from topological macromolecules. G. Tew
Hawaii Convention Center
323B
Advanced Membrane Separations (#262)

Organized by: R. Wickramasinghe,
K. Tung, H. Chen, S. Husson
Presiding: S.M. Husson,
R. Wickramasinghe
8:00 – 1349. Reactive coating of filtration
membranes with functional hydrogel layers for improved separation performance.
M. Ulbricht*, N. Alele, M. Birkner,
M. Quilitzsch
8:20 – 1350. Responsive membranes for advanced separations.
R. Wickramasinghe*, X. Qian
8:40 – 1351. Thermoresponsive mesoporous
block copolymer membranes with controllable response temperature. Y. Tang*,
H. Yokoyama, K. Ito, T. Ishizone
9:00 – 1352. Stimuli-responsive DNA-aptamer gating membranes. T. Schäfer*
9:20 – 1353. Novel ultrafiltration membranes
by reversible assembly of polymer brush
nanoparticles. I. Zharov
9:40 – 1354. Asymmetric self-assembled
block copolymer membranes: Bridging
the gap from ultra- to nanofiltration.
K. Peinemann*, H. Yu, x. Qiu, S. Nunes
10:00 – 1355. Membrane morphology control and polymer solution rheology.
D.r. Wang*, W. Hung, S. Su
10:20 – 1356. Surface patterning of polymeric membranes for fouling mitigation in
separations of colloids, proteins, andions. Y. Ding, S. Maruf, A. Greenberg,
J. Pellegrino* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–12903 – MACR
10:40 – 1357. Membrane surface topology
vs. surface chemistry for deposition resistance. J. Pellegrino*, J. Mersch, X. Lu,
S. Maruf, Y. Ding, A. Greenberg
11:00 – 1358. Understanding the potential
for nanopatterned surfaces to reduce
membrane fouling. M.S. Mauter, S. Klara
11:20 – 1359. Protein fouling detection on ultrafiltration membranes using ultrasonicreflectometry. A.R. Lajmi*, E. Kujundzic,
A. Greenberg, X. Wu
11:40 – 1360. Polymer-brush coatings formembrane fouling resistance – toward
theoretical design criteria. G.Z. Ramon
Hawaii Convention Center
323A
Fusion Materials: Functional Self-OrganizedMaterials Consisting of Fused Organic andInorganic Components (#294)

Organized by: T. Kato, M. Aizenberg,
H. Kikuchi, S. Yu, H. Imai, C. Otsuki,
C. Fraser, S. Kim
8:00 – 1361. Luminescent boron beta-diketonate biomaterials for oxygen sensing
and imaging. C.A. DeRosa, A. Mathew,
J. Samonina-Kosicka, M. Kolpaczynska,
Z. Fan, C.P. Kerr, J.N. Demas,
H.C. Hendargo, D. Weitzel,
C.L. Hofmann, G. Hanna, M.W. Dewhirst,
G.M. Palmer, C.L. Fraser
8:20 – 1362. Light-melt adhesive: Photomelting of flexible carbon frameworks
in columnar liquid crystal phase.
S. Saito*
8:40 – 1363. Polymers containing metal-ligands in their side chains: Coupling organic macromolecules to property rich inorganic metal ions. G. Tew
9:00 Coffee Break
9:10 – 1364. Structure and function of metalorganic frameworks in liquid/glass states.
S. Horike
9:30 – 1365. Circularly polarized luminescence of helical self-assembled luminophores with aggregation-induced emission characteristics. B. Tang
10:00 – 1366. Fusion materials based on active poly(NIPAAm-co-AMPS) gels crosslinked by red-ox active Ru(II) complexes
with new polymerizable bipyridine ligands: Synthesis, structure, and chemomechanical action in Belousov-Zhabotinsky reaction. M. Aizenberg*,
K. Okeyoshi, J. Aizenberg
10:20 – 1367. Preparation of carbon-based
fusion materials and their applications.
H. Nishihara*, T. Kyotani
10:50 – 1368. Block copolymer lithography
on chemically modified graphene. S. Kim
11:10 – 1369. Fusion materials of lanthanide
complexes with luminescence.
M. Hasegawa*
11:40 – 1370. Coaxial nanowires having acarbon nanotube core and an inorganic
shell. Y. Takaguchi*, Y. Tango,
K. Kurniawan, T. Tajima
Hawaii Convention CenterHalls I, II, III
Aggregation Induced Emission: Materials
and Applications (#444)

Organized by: M. Fujiki, B. Tang, B. Liu
Poster Session
10:00 – 12:00
1371. Chiroptically enhanced luminescent␲-conjugated polymer aggregates in controlled optofluidic medium. M. Fujiki
1372. Design of a novel detection systemthrough a combination of dynamic covalent bond formation and aggregation-induced emission. D. Yoshihara,
S. Shinkai*1373. Specific light-up bioprobe with aggregation-induced emission and activatable
photoactivity for targeted and imageguided photodynamic ablation of cancer
cells. B. Liu*, Y. Yuan, C. Zhang

130 –TECHTECHNICAL PROGRAM
1374. Luminescent achiral polyfluorene
meets chiral surface of cellulose triacetate during co-aggregation process.
S. Guo, N. Abdul Rahim, N. Suzuki,
M. Fujiki1375. Systematic fine-tuning of AIE and
AIES in NPI (1,8-naphthalimide) basedmaterials. S. Mukherjee*, P. Thilagar*
1376. Near-infrared selective AIE fluorogenfor lipid droplet imaging in live cells.
M. Kang, Y. Zhao, X. Gu, C. Leung,
J. W. Y. Lam, F. Li, B. Tang*
1377. Novel fluorescent “turn-on” probe withaggregation-induced emission characteristic for cell apoptosis detection.
A. Leung, Y. Zhao, E. Zhao, J. W. Y. Lam,
C. Leung, H. Deng, B. Tang*
1378. Photostable AIE fluorogen for nucleolus and mitochondrion imaging with organelle-specific emission. C. YU*,Y. ZHANG, W. ZHANG, R. Kwok, B. Tang
1379. Ratiometric fluorescent probe for
Hg2⫹ detection based on the alteration of
the AIE behavior. Y. Chen*, Y. ZHANG,
J. W. Y. Lam, B. Tang
1380. AIE-active turn-on bioprobe mediatedby hydrogen bonding for highly sensitive
detection of hydrogen peroxide and glucose. Z. Song, H. Deng, R. Kwok,
J. W. Y. Lam, B. Tang*
1381. A Dual-functional AEE fluorogen as a
mitochondrion-specific bioprobe and an
effective photosensitizer for photodynamic therapy. E. Zhao, H. Deng,
J. W. Y. Lam, B. Tang*
1382. Blue aggregation-induced emission luminogens: High external quantum efficiencies up to 3.99% in LED device, andrestriction of the conjugation length
through rational molecular design. Z. Li
1383. Polyphenylbenzene as a platform fordeep-blue OLEDs: Aggregation enhanced emission and high external quantum efficiency of 3.98%. Z. Li
1384. Synthesis and characterization of anovel near-infrared bioprobe with aggregation-induced emission characteristics.
A. Nicol*, W. Qin, J. W. Y. Lam, B. Tang
1385. Construction of efficient deep blue AIE
luminogen from triphenylethene for nondoped OLED applications. W. Qin,
A. Nicol, J. W. Y. Lam, B. Tang
1386. Development of pure organic materials
with long-lived and efficient room temperature phosphorescence. W. Zhao,
A. Nicol, R.T. Kwok, J.W. Lam, B. Tang
1387. Detection of oligomers and fibrils of␣-synuclein by AIEgen with strong fluorescence. C. Leung, Y. Hong, Z. Qiu,
J. W. Y. Lam, B. Tang*
1388. Light-emitting polycyclic aromatic hydrocarbon synthesized by regioselective
photocyclization and its application in optical waveguide. X. Gu, Z. He, Z. Qiu,
J. W. Y. Lam, B. Tang*
1389. Development of functional poly(triphenylacrylonitrite) with in situ generated
AIEgen by three-component polymerization of aryl bromides, internal alkynes,
and potassium ferrocyanide. Z. Qiu,
J. W. Y. Lam, B. Tang*
1390. Construction of conjugated fluorescent polymers through transition-metalfree homocoupling polymerization of difunctional haloalkynes. Y. ZHANG*,
J. W. Y. Lam, B. Tang
1391. Optical properties of solid-emissive
BODIPYs bearing aryl substituents at theboron center. H. Yamane, S. Ito,
K. Tanaka*, Y. Chujo*
1392. Stable AIE luminogen carrying acyl
chloride functionality as fluorescent visualizer for intracellular imaging. Z. Wang,
E. Zhao, Z. Zhao, B. Tang*
1393. Synthesis and properties of pyrrole
derivatives emitted red fluorescence withaggregation-enhanced emission feature.
G. Liu, J. Shi*, B. Tong, Y. Dong
1394. Bifunctional AIE luminogen as selective mitochondrial-targeting probe forcancer cell and photosensitizer for photodynamic therapy. C. Gui, E. Zhao,
Z. Wang, J. W. Y. Lam, B. Tang*
1395. Selective staining of mitochondria by anon-leaking tetraphenylethene-based
dye with red emission. J. Roose,
W. ZHANG, Z. Wang, J. W. Y. Lam,
B. Tang*

1396. Transferrin-functionalized nanoparticles with aggregation-induced emission
characteristics for image-guided and targeted photodynamic cancer therapy.
X. Cai, S. XU, B. Liu*
1397. Ultrabright organic dots with aggregation-induced emission characteristics forcell tracking. G. FENG, X. Cai, B. Liu*
1398. Platinum prodrug conjugated withphotosensitizer with aggregation-induced
emission (AIE) characteristics for drug activation monitoring and combinatorialphotodynamic– chemotherapy against
cisplatin resistant cancer cells. Y. Yuan,
X. Cai, B. Liu*
1399. Self-assembly-induced fluorescenceturn-on for specific protein imaging.
H. Wang, D. Ding
1400. Self-assembly of a light-up AIE probe
in targeted cancer cells for long-term fluorescent cell tracking. D. Ding, G. Wang
1401. Photoexcited chirality transfer ability
from chiral binaphthyl to achiral anthracene revealed by circularly polarized luminescence study. S. Kitamura,
K. Nakabayashi, N. Tajima, T. Harada,
M. Fujiki, Y. Imai
1402. Nano graphene oxide modified aggregation-induced emission nanoparticle
and Its application in in vivo bioimaging.
Z. Zhu*, W. Qin, D. Li, J. Qian*
1403. Efficient AIE-active pure blue moleculeby incorporating multifunctional groups
into tetraphenylsilane. P. Lu*, X. Tang
1404. Real-time fluorescent chemosensor
based on aggregation-enhanced emission for quantitative monitoring trace carbon dioxide gas. H. Wang, P. Liu,
D. Chen, Y. Zhang, J. Shi, X. Feng,
B. Tong, Y. Dong*
1405. Preparation of optical-active polysiloxanes with aggregation-induced emission
property. L. Dong, N. Jin, K. Liang,
J. Zhi*, B. Tong, Y. Dong*
1406. Aggregation-induced emission properties and self-assembly of aryl-substituted 1,2,5-triphenylpyrrole derivatives.
N. Jin, Y. Zhang, J. Shi, J. Zhi*, B. Tong,
Y. Dong*
1407. Fluorescent sensing for hyaluronidase
via combination of AIE and ACQ effects.
H. Xie*, F. Zeng, S. Wu
1408. Fluorescent sensing for alkaline phosphatase via excimer/monomer conversion. F. Zheng, F. Zeng, S. Wu
1409. Probing sugar-lectin recognitions
based on glyco-diketopyrrolopyrrole withaggregation-induced NIR emission.
Y. Hang, J. Hua1410. Diketopyrrolopyrrole-based NIR fluorescent biosensor for BSA detection and
AIE-assisted bioimaging. Y. Hang, J. Hua1411. Design and synthesis of new tetraphenylpyrazine-based AIEgens. A. Qin*,
B. Tang1412. Aggregation-induced emission ofhexaphenyl-1,3-butadiene. Y. Zhang,
L. Kong, J. Shi, B. Tong, Y. Dong*
1413. Novel conjugative hyperbranchedpolymers with aggregation-induced emission characteristics: Synthesis by onepot“A2⫹B4”polymerization, application
as explosive chemsensors and PLEDs.
X. Chen1414. Conjugated hyperbranched polymer
constructed from carbazole and tetraphenylethylene moieties: Convenient synthesis through one-pot “A2 ⫹ B4” Suzuki
polymerization, aggregation-induced enhanced emission, and application as explosive chemosensors and PLEDs.
X. Chen1415. Graphene oxide-based AIE biosensor
with high selectivity toward bovine serum
albumin. X. Chen
1416. Reversible near-infrared/blue mechanofluorochromism of aminobenzopyranoxanthene. M. Tanioka, S. Kamino*,
A. Muranaka*, Y. Ooyama, H. Ota,
Y. Shirasaki, J. Horigome, M. Ueda,
M. Uchiyama, D. Sawada, S. Enomoto

1417. Charge transfer properties-molecular
structure of ␣,␤-unsaturated acrylonitrile
compounds experimental and computational chemistry point of view.
M.J. Percino, M. Cerón,
O. Rodriguez Meza, M. Castro,
G. Soriano-Moro, V. M. Chapela,
E. Pérez-Gutierrez, J. Ricardo
1418. Fabrication and stimuli-triggered disintegration of crosslinked gel networks withswitchable fluorescence emissions.
J. Hu, S. Liu*
1419. Micellar nanoparticles with pH-tunable
micellization mechanism and aggregation-induced emission. S. Tian, Y. Li,
S. Liu*1420. Amphiphilic star copolymers for bacteria detection and elimination. Y. Li,
S. Liu*1421. Proton-triggered hypsochromic luminescence in 1,1⬘-(2,5-distyryl-1,4-phenylene) dipiperidine. J. Chen, B. Xu*,
W. Tian*1422. Reversible multistimuli-response fluorescent switch based on tetraphenylethene–spiropyran molecules. Q. Qi, B. Xu*,
W. Tian*1423. Selective tumor cell imaging using
DNA aptamer-functionalized AIE fluorophore-embedded silica nanoparticles.
A. Tong*
1424. Turn-on sensing for Ag⫹ based on
AIE-active fluorescent probe and cytosine-rich DNA. K. Ma, H. Wang, B. Xu*,
W. Tian*1425. Highly efficient near-infrared organic
dots based on novel AEE fluorogenfor
specific cancer cell imaging. Y. Zhang,
B. Xu, W. Tian*
1426. Fluorescence behavior of single polyfluorene nanoparticles. S. MACHIDA*,
Y. Hashimoto, N. Ikeda
1427. Synthesis of silole-peptide dendrimer
for targeting norovirus-3C protease.
B.D. Sandanala, T. Furukawa,T. KOYAMA, K. MATSUOKA, K. Hatano*1428. Amphiphilic dipolar ␲-conjugated systems with smart luminescence properties. Y. Hirai, S. Yagai
1429. Development of diagnosis tools for
Alzheimer’s diseases based on AIE phenomenon. T. Murashima*, K. Kawamura,
R. Nakayama, A. Matsumoto, S. Fujii*
1430. Imidazole-appended p-phenyleneCu(II) ensemble as a chemoprobe for histidine in biological samples. K. Kim,
J. Jung*
1431. Preparation and characterizaton of aniline dimer derivative with aggregationenhanced emission properties. H. Lu,
K. Wang, J. Yang*
1432. Tuning the luminescence of metal⫺organic frameworks for detection of energetic heterocyclic compounds. L. Wang,
X. Feng, B. Wang*
1433. Multiphoton absorption property of asingle crystal of luminescent gold complex. A. Ando, S. Yamada, O. Tsutsumi*,
K. Kamada1434. Mechanofluorochromic polyurethaneswith aggregation-enhanced emission feature. K. Wang, H. Lu, J. Yang*
1435. Syntheses of AIE dye labeled biomolecular probes aiming to the developmentof facile diagnosis methods for cancer
and Alzheimer’s disease. K. Kawamura*,
A. Matsumoto, T. Murashima* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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2015 program online at:
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onlineprogram

03 – MACR
1436. Tuning of luminescent color from agold complex without modification of molecular structure. R. Kawano, S. Yamada,O. Tsutsumi*
1437. Crystallization-induced phosphorescence of Pd(PPh3)4. M. Gao, A. Qin*,
B.Z. Tang*
1438. Multiscale simulation on excited state
dynamics in amorphous organic aggregates. H. Ma, Q. Peng*, Z. Shuai*1439. Construction of nanoparticles using
TICT type BODIPYs. A. Matsumoto*,
K. Kawamura, T. Murashima
1440. Tetraphenylethene-based derivatives
for supramolecular self-assembly.
A.S. Rananaware, S.V. Bhosale
1441. Circular supramolecular polymers: A
mechanistic study. K. Aratsu, S. Yagai
1442. Synthesis of fluorescence detection
against pathogens based on the aggregation-induced emission effect.
K. Nakamura, T. Furukawa, T. KOYAMA,
K. Hatano
1443. Synthesis of fluorescence silole-core
dendrimers carrying sugar chain as
pathogen sensor. S. Matsumura*,
K. Nakamura, T. Furukawa, T. KOYAMA,
K. MATSUOKA, K. Hatano
1444. Tetrathienylethene TTE and tetrafurylethene TFE: New promising AIE luminogenes. L. Viglianti*, N. Xie, A. Bolzoni,
C. Baldoli, P. Mussini, R. Kwok,
J. W. Y. Lam, E. Licandro*, B. Tang*
1445. White-color emitting polymer materials
containing liquid-crystalline gold complexes. O. Tsutsumi*, O. Younis,
S. Tamai, S. Yamada
1446. Perfluoroalkyl-substituted rod-shaped
gold(I) complexes as new solid-state luminescent materials. S. Yamada,O. Tsutsumi*
1447. Traceable drug delivery system fornext generation drugs based on aggregation-induced emission compounds andfluorescent proteins. M. Suzuki*,
K. Hatano1448. Highly fluorescent metal-organic
frameworks constructed from moleculeswith aggregation-induced emission properties. Y. Zhang, Y. Guo, X. Feng,
B. Wang*
1449. Electrochemistry of heterocycle-based
ethenes:Molecules displaying aggregation-Induced emission features.
L. Viglianti*, A. Bolzoni, C. Baldoli,
E. Licandro*, P. Mussini*1450. Synthesis and optical properties of aggregation induced emission dyes basedon maleimide skeleton. H. Imoto,
K. Kizaki, K. Naka*
1451. Synthesis, structure, and solid-state
phosphorescence of trans-bis(salicylaldiminato)platinum(II) complexes bearing
perpendicular aromatic units with intramolecular Pt-H interactions. S. Iwata,
H. Takahashi, N. Komiya, T. Naota*
1452. 3,14-Diaryl-17,17-dipentyltetrabenzofluorenes: New fluorophores displaying
both aggregation-induced emission andremarkable solvatochromism.
T. Kawase*
1453. Photofunctional dendrimers based on
the AIE/AIEE luminogens: Light-harvesting and sensing. Y. Li*, Y. Zeng*
1454. Aggregation induced simultaneous enhancement of luminescent efficiency andcharge mobility in fluorene-based copolymer. L. Liu, Y. Ma*
1455. Enhanced solid-state ESIPT luminescence of imidazopyridine derivatives:
Polymorph dependence and stimuli-responsive behavior. T. Mutai*,Y. Shigemitsu, H. Shono, T. Ohkawa,
H. Sawatani, K. Araki*
1456. Highly selective fluorogenic multianalyte biosensors constructed via enzymecatalyzed coupling and aggregation-induced emission. X. Wang, S. Liu
1457. H2O2 and pH-responsive organogelwith aggregation-induced emission andchemiluminescence constructed via thiolene click reaction. X. Wang, J. Hu, S. Liu
1458. Luminescent liquids crystals: Aggregation-induced emission and phase behaviors. Z. Yu*, M. Li, J. Li, W. Li,
J. W. Y. Lam, B. Tang

1459. Series of abnormal tetrahydropyrimidine-based AIE compounds: Application
and AIE origin. Q. Zhu
1460. Through-space conjugated folded tetraphenylethene derivatives with high fluorescence efficiencies and remarkably
large Stokes shifts. B. He, H. Nie, R. Hu,
A. Qin, Z. Zhao*, B.Z. Tang*
1461. Steric and conjugation effects on theaggregation-induced emission of phosphindole oxide fluorophores. F. Bu,
R. Hu, A. Qin, Z. Zhao*, B.Z. Tang*

Saturday Afternoon
Hawaii Convention Center
324
Dynamic, Reversible, and Self-healing
Materials (#64)

Organized by: W. Skene, H. Otsuka,
S. Rowan
Presiding: S.J. Rowan, W. Skene
13:00 – 1462. Adaptable and stimuli-responsive polymer networks. C.N. Bowman*,
G. Berg, M. McBride, N. Sowan,
S. Chatani, M. Podgórski
13:30 – 1463. Compact polyelectrolyte complexes: New materials with astonishingmechanical and self-healing properties.
P. SCHAAF*, J. Schlenoff
13:45 – 1464. Reversible morphologicaltransformation through dynamic covalent
self-assembly. K. Baek, K. Kim*
14:00 – 1465. Adhesive materials utilizing
molecular interaction of thymine-adenine
and photodimerization of thymine.
N. Ishikawa*, M. Furutani, K. Arimitsu
14:15 – 1466. Ionically crosslinked polymer
networks. K. Cavicchi, G. Deng, J. Lee
14:30 coffee
14:45 – 1467. Multiphase design of dynamic
and self-healing polymer design via bothnoncovalent and dynamic covalent interactions. Z.M. Guan*
15:15 – 1468. Self-healable adhesion systemby immobilized polyelectrolyte brush.
A. Takahara, M. Kobayashi
15:30 – 1469. Preparation of novel self-healing unsaturated polyester resin.
Y. Kajihara, J. Nunoshige, T. Muraki
15:45 – 1470. Freezing-induced mechanochemistry using dynamic covalentmechanophores. K. Imato, A. Takahara*,
H. Otsuka*
16:00 – 1471. Development and testing of intricate, amphiphilic crosslinked hyperbranched fluoropolymers as anti-icing
coatings in aerospace and defense applications. J. Summerhill, K.A. Pollack,
J.E. Raymond, K. Wooley*
16:15 – 1472. New metal-free azide-alkyne
click reaction for self-healing polymer
films. S. Fukushima, T. Michinobu
16:30 – 1473. Control of structure and chirality in dynamic and reversible supramolecular polymers. M. Raynal*,
A. Desmarchelier, V. Ayzac,
P. Brocorens, N. Vanthuyne, L. Bouteiller
Hawaii Convention Center
326A
Radical Polymerization Kinetics andProcess Modeling (#92)

Organized by: R. Hutchinson, G. Russell,
P. Zetterlund, E. Saldivar-Guerra
13:00 Introductory remarks
13:05 – 1474. Strength of model-based design for the synthesis of well-definedmacromolecular architectures via a radical mechanism. D.R. D’hooge*,
P. Van Steenberge, M. Reyniers, G. Marin
13:35 – 1475. Push monomer conversion
high and understand diffusion-controlled
reactions in CRP. S. Zhu*
14:05 – 1476. Determination of copolymerization reactivity ratios on vapor-phaseassisted surface copolymerization (VASP)
by nonlinear least-squares method.
S. Iwakiri*, H. Nishida

14:25 – 1477. Autoacceleration in the freeradical polymerization of methyl methacrylate and vinyl acetate: A comparative
study. D. Victoria-Valenzuela,
J. Herrera-Ordonez*
14:45 Break
15:00 – 1478. Overview of Monte Carlo
methods in polymer reaction engineering.
J.B. Soares*
15:30 – 1479. Modeling of VDF/HFP copolymerizations considering transfer to polymer reactions and secondary radical
propagation. S. Beuermann*
16:00 – 1480. Analytical solution of free radical polymerization: Application to the numerical modeling and simulation of polymerization reactions in coiled flow
inverters. D.K. Garg, C.A. Serra*,
D. Parida, Y. Hoarau
16:20 – 1481. Simulation of radical polymerization of methyl methacrylate at room
temperature using a tertiary amine/BPO
initiating system. A. Zoller, D. Gigmes,
Y. Guillaneuf*
Hawaii Convention Center
323C
New Frontiers in Polymer Crystallization(#96)

Organized by: W. Hu, A. Toda, C. Li
Presiding: M. Hikosaka, G. Strobl
13:00 Kinetics
13:00 – 1482. Melting kinetics of polymer
crystals. A. Toda*, T. Ando, K. Taguchi,
K. Nozaki, M. Maruyama, Y. Mizutani,
K. Tagashira, T. Fukushima, H. Kaji,
M. Konishi
13:20 – 1483. Influence of entanglements on
melting behavior of a semi-crystalline
polymer. S. Rastogi*, S. Ronca,
D. Romano, G. Forte, K. Liu,
E. Andablo-Reyes
13:40 – 1484. Role of temperature, chain
length, and crystal structure in the mechanism of quiescent polymer crystal
growth by chain-folding. H. Marand*
14:00 – 1485. Elucidations of chain folding
and unfolding of semicrystalline polymers
by solid-state NMR. T. Miyoshi
14:20 – 1486. Formation and 3D-structure ofshish-kebab in semi-dilute solution of ultrahigh molecular weight polyethylene.
H. Murase*, T. Hashimoto*
14:40 – 1487. Crystal nucleation and growth
kinetics in polymers, studied by Tammann’s development method and fastscanning calorimetry. E. Zhuravlev*,
J.W. Schmelzer, A.S. Abyzov, V.M. Fokin,
R. Androsch, C. Schick
14:55 Break
15:05 Morphology and Mesomorphasic
Phase
15:05 – 1488. Effect of the crystalline ␣-process on the morphology of semicrystalline polymers: A comparative SAXS/NMR-study on poly(⑀-caprolactone) andpolyethyleneoxide. A. Seidlitz,
R. Bärenwald, K. Saalwaechter,
T. Thurn-Albrecht*
15:25 – 1489. Controlled handedness oftwisted lamellae in banded spherulites ofchiral polymers. R. Ho
15:45 – 1490. Temperature reversible structure change of semi-crystalline polymers
studied with temperature modulated
X-ray scattering. Y. Saruyama*
16:05 – 1491. Vitrification, mesophase formation, and crystallization of poly(butylene-2,6-naphthalate). K. Nishida*,
E. Zhuravlev, B. Yang, C. Schick,T. Kanaya
16:25 – 1492. Some aspects of nucleation inpolymorphic isotactic poly(1-butene).
D. Cavallo, L. Gardella, G.C. Alfonso
16:45 – 1493. Interpretation of temperaturedependences of spherical growth rateand lamellar thickness by polymer crystallization model through the mesophase.
T. Konishi*, D. Tadokoro, W. Sakatsuji,
K. Fukao, Y. Miyamoto

Hawaii Convention Center
325B
Current Polyurethane Science (#133)

Organized by: K. Kojio, S. Hsu,
K. Wynne, Z. Ren, S. Yamasaki,
G. Zhang
Presiding: K. Kojio
13:00 – 1494. Novel polyhydroxyurethane
thermoplastic elastomers:Critical role ofthe hydroxyl group and the chemical
structure of the soft segment in controlling nanophase separation required forelastomeric behavior. E. Leitsch, K. Liu,
K. Scheidt, J. Torkelson*
14:00 – 1495. Thermoplastic polyhydroxyurethane as non-isocyanate polyurethane elastomer. G. Beniah, K. Liu,
N. Wilmot, W.H. Heath, K. Scheidt,
J. Torkelson
14:30 – 1496. RZETA – new amine catalyst
for polyurethane with low amine emission. Y. Sesoko, H. Fujiwara, T. Suzuki,
H. Kiso, J. Tucker
15:00 Break
15:15 – 1497. Liquid-crystalline behavior ofbinary systems consisting of polyurethane mesogens and polar nematic liquid
crystals. Y. Shima, M. Nata, S. Ujiie*
15:40 – 1498. Thermotropic liquid-crystalline
polyurethanes and their metal-complexedfamily. S. Ujiie*, Y. Shima, G. Shimada,
M. Nata
16:10 – 1499. Polyurethane-peptide hybrids:
Hierarchy and mechanics inspired by nature. L. Korley*, J. Johnson, L. Matolyak,
N. Wanasekara
16:35 – 1500. High-efficient CO2-based
polyurethane hot melt adhesives. Z. You,
Z. Liu, J. Chu
Hawaii Convention Center
325A
Macromolecular Self-Assembly for Smart
Biomaterials (#196)

Organized by: S. Thayumanavan, L. Dai,
J. RyuPresiding: J. Ryu
13:00 – 1501. Virus nanoreactors and the hierarchical assembly of coupled catalytic
materials. T. Douglas*
13:25 – 1502. Modular assembly of diagnostic nanoparticles and therapeutic stem
cells. H. Kong
13:50 – 1503. Design and self-assembly of apolymer prodrug for tissue regeneration.
J. Cheng, P. Messersmith*
14:15 – 1504. Smart polymers for protein
conjugates, protein nanoparticles and reversible nanopatterning. H. Maynard,
M. Lorenzo, E. Lin, N. Matsumoto, E. Bat
14:40 – 1505. Adaptive peptide nanostructures through (non-) equilibriam biocatalytic self-assembly. R.V. Ulijn*
15:05 Break
15:15 – 1506. Enzyme-instructed self-assembly (EISA) for cancer therapy. B. Xu
15:40 – 1507. In situcross-linking and stimuli-responsive degradation of macromolecular multilayers for cell encapsulation.
S. Yang*, I. Choi, J. Ryu
16:00 – 1508. Self-assembled dendron-polymer conjugates as drug delivery vehicles.
R. Sanyal** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

TECH–131

03 – MACR
16:20 – 1509. Light-triggered drug delivery
systems using a dendrimer-gold nanorod
composite membrane. M. Park*
16:40 – 1510. Trading of DNA oligomers encapsulated into self-assembled microsphere. N. Morimoto*, R. Takei,
S.M. Nomura, M. Suzuki
Hawaii Convention Center
327
Cyclic and Topological Polymers (#248)

Organized by: Y. Tezuka, S. Grayson,
M. Monteiro
Presiding: Y. Tezuka
13:00 – 1511. Catenated and knotty living
polymerizations. R. Advincula*
13:30 – 1512. Reversible topology transformation of linear - cyclic polymer using rotaxane protocol. T. Takata*
14:00 – 1513. Flexibility, nesting, and stacking in cyclic porphyrin polymers.
L. Perdigao, A. Esmail, A. Summerfield,
S. Svatek, D. Kondratuk, A. Stannard,
H. Anderson, P. Beton*
14:20 – 1514. Application of graph theory
and knot theory to polymer chemistry.
K. Shimokawa
14:50 Break
15:00 – 1515. Racemic and quasi-racemic
X-ray structures of cyclic disulfide-rich
peptide drug scaffolds: Looking into themirror for drug design. D. Craik,
C. Wang, G. King, S. Northfield, P. Ojeda
15:30 – 1516. Using the cyclotide scaffold totarget protein-protein interactions.
J.A. Camarero*
16:00 – 1517. Folding single polymer chains
into defined geometries.
C. Barner-Kowollik*
16:30 – 1518. Topological polymer chemistry
designing macromolecular graph geometries. Y. Tezuka*
Hawaii Convention Center
323B
Advanced Membrane Separations (#262)

Organized by: R. Wickramasinghe,
K. Tung, H. Chen, S. Husson
Presiding: K. Tung
13:00 – 1519. Tunable multifunctional membranes for water treatment to enzyme catalysis: An overview. D. Bhattacharyya*
13:20 – 1520. Development of novel osmotic
membranes for water and energy applications. R. Wang*
13:40 – 1521. Developing new multilayer
polyelectrolyte charge mosaic membranes. G. Vaseghi, G. Lipscomb*
14:00 – 1522. Removal of cyanide in solution
using electrodeionization. Y. Tian*,
Y. Yang, X. Wu, Z. Fan, Z. Wu
14:20 – 1523. Recovery cyanide from cyanide-containing wastewater by selectiveelectroconcentration. Y. Yang*, Y. Tian,
Z. Fan, X. Wu, Z. Wu
14:40 – 1524. Charged membrane separations in hydraulic fracturing.
J.A. Hestekin
15:00 – 1525. Preparation and characterization of methylmethoxysilane derived hydrophobic polymethylsilsesquioxane
aerogel membranes for membrane distillation applications. K. Tung*, C. Yang,
C. Chuang, C. Ko, C. Chen, M. Huang,
F. Hu
15:20 – 1526. Effect of membrane structure
on membranes performance during
membrane distillation.
R. Wickramasinghe, M. Malmali
15:40 – 1527. Forward osmosis for water purification using impregnated membranes.
H. Lin*, S. Zhao, K. Huang,
A. Balachandran
16:00 – 1528. Breakthrough water purification technologies based on nanofibrous
membranes. B.S. Hsiao*, B. Chu
16:20 – 1529. New approaches to membrane-based oil/water separations.
D. Jassby*, A. Dudchenko, X. Zhu,
B. Chaudhary

132–TECHTECHNICAL PROGRAM
Hawaii Convention Center
323A
Fusion Materials: Functional Self-OrganizedMaterials Consisting of Fused Organic andInorganic Components (#294)

Organized by: T. Kato, M. Aizenberg,
H. Kikuchi, S. Yu, H. Imai, C. Otsuki,
C. Fraser, S. Kim
13:00 – 1530. Convergent evolution to engineering: Multifunctional biocomposite
and biomimetic material. D. Kisailus*
13:30 – 1531. Synthesis and characterisationof novel multidimensional fusion materials. S. Valiyaveettil
14:00 – 1532. Preparation of hollow capsules composed of it-PMMA/st-PMAA
stereocomplex thin films by layer-bylayer assembly on macroporous silica
gel. H. Ajiro, T. Ueyama, M. Akashi*
14:20 – 1533. Hierarchically structured assembly of inorganic nanosheets for tailored fusion materials. M. Osada,
T. Sasaki
14:50 – 1534. Self-assembly of sphericaland anisotropic polymer composite particles in bioderived cholesteric liquid crystal matrices. C. Rosu*, J. Fu,
E. Reichmanis, P.S. Russo
15:10 – 1535. Novel second order isotropic
to nematic phase transition in hyperswollen lyotropic liquid crystal driven by
rod-sphere transition of micelles.
J. Yamamoto*, H. Jo, C. Ida,
J. Lagerwall, G. Scalia
15:30 – 1536. Self-organizing organic-inorganic hybrid materials - from metal complexes to metal nanoparticles.
H. Eichhorn*, H. Taing, J. Yu, S. Salloum
16:00 – 1537. Biochemistry-enabled synthesis of functional nanomaterials. E. Fong
16:20 – 1538. Multicomponent tandem polymerizations of alkynes towards functional conjugated polymers. R. Hu,
B. Tang
16:40 – 1539. Precise syntheses of ringbased vinyl polymers via ring-expansion
living cationic polymerization. M. Ouchi
Hawaii Convention Center
326B
Aggregation Induced Emission: Materials
and Applications (#444)

Organized by: M. Fujiki, B. Tang, B. Liu
Presiding: Q. Peng, B.Z. Tang, W. Tian
13:00 – 1540. Design, synthesis, and applications of aryl-substituted pyrroles withaggregation-induced emission characteristics. Y. Dong*, X. Feng, J. Shi, B. Tong
13:30 – 1541. Aggregation-induced emission
materials: The art of conjugation and rotation. Z. Li
14:00 – 1542. Preparation and biomedical
applications of nanoprobes with aggregation-induced emission characteristics.
D. Ding*
14:20 break
14:20 – 1543. Design and syntheses of AIEgens with new structural motif. R. Hu,
B. Tang
14:40 – 1544. Bright AIE nanoprobes with
biocompatibility and photostability for
functional bioimaging. J. Qian*, Z. Zhu,
A. Qin, B.Z. Tang
15:00 – 1545. Polysilane-triggered AIE-active explosive sensor based on FRET.
H. Sohn*
15:20 break
15:20 – 1546. Efficient nonfullerene organic
solar cells based on new molecules withan AIE core. H. YAN
15:40 – 1547. New mechanistic insight into
the aggregation-induced emission phenomenon. B. Tang*
16:00 – 1548. Emission mechanisms and applications of phenylbenzoxales based AIE
compounds. Y. Qian*, M. Cai, J. Li, W. Li,
J. Ye, Z. Tu, L. XIE, G. Yang, W. Huang*
16:20 – 1549. Supramolecular engineering ofmetastable molecular aggregates forstimuli-responsive materials. S. Yagai*

16:40 – 1550. AIE aggregate-amplified
chemiluminescence resonance energy
transfer. C. Lyu, L. Zhang, N. He,
W. GuanSaturday Evening
Hawaii Convention CenterHalls I, II, III
Dynamic, Reversible, and Self-healing
Materials (#64)

Organized by: W. Skene, H. Otsuka,
S. Rowan
Presiding: W. Skene
Poster Session
19:00 – 21:00
1551. Fixation and modification of dynamic
covalent polymers: Insertion reactions ofstyrene derivatives into a disulfide-containing polyester. Y. Nakai, A. Takahashi,
R. Goseki, H. Otsuka*
1552. Dynamic property of diselenide bondunder visible light. S. Ji, W. Cao, Y. Yu,
H. Xu*
1553. Structural reorganization of linear andcross-linked polymers using exchange
reactions of diselenide bonds.
N. Suzuki*, T. Ohishi, R. Goseki, H. Xu,
H. Otsuka
1554. Degradation of epoxy resins with disulfide bonds based on dynamic covalentchemistry. A. Takahashi, T. Ohishi,
R. Goseki, H. Otsuka*
1555. Synthesis and mechanochromic property of crystalline polymers with diarylbibenzofuranone. S. Furukawa, H. Oka,
R. Goseki, H. Otsuka*
1556. Mechanochromic property of dynamic
covalent polymers with diarylbibenzofuranone functionality in the center of
their structures. H. Oka, T. Sato,
K. Imato, T. Ohishi, R. Goseki, H. Otsuka*
1557. Effect of self-healing performancebased on paint system. S. Park
1558. Viscoelastic response of polyborosiloxanes gel triggered by reversible crosslinked networks. M. Tang, F. Jiang,
Z. WANG*1559. Synthesis and mechanochromic behavior of novel dynamic covalent polymers with multiaryethane units. T. Sumi,
R. Goseki, H. Otsuka*
1560. Rapid and reversible self-healing of
bioactive double-wall carbon nanotube.
Y. Jung
1561. Rapid synthesis of m-phenyleneimine
macrocycle via melt-polymerization andthermreversible conversion to linear oligomer based on DCC. S. Kobayashi,
S. Hasegawa, H. Takei, Y. Nogawa,
T. Matsumoto*1562. Network reorganization of dynamic
covalent polymer gels at ambient temperature. K. Imato, A. Takahara*, H. Otsuka*
1563. Nanodoping of amino modified molecular sieves to enhance the dielectric performance of polymeric insulation by absorbing the degradation gases ofelectrical aging. Y. Yang*, L. GAO, J. He
1564. Regulation of emulsion and vesicles
by CO2-switchable surfactants. W. Qiao*
1565. Synthesis of new functionnalized thermosensitive polymer. F. Azemar,
D. Gomes Rodrigues, S. MONGE
1566. Synthesis and mechanoresponsivity of
diarylbibenzofruranone-containing crosslinked polymers prepared by sol-gel
method. T. Kosuge, K. Imato, R. Goseki,
H. Otsuka*
1567. Dynamic component exchange ofconjugated materials. M. Walesa-Chorab,
W. Skene*
Hawaii Convention CenterHalls I, II, III
Current Polyurethane Science (#133)

Organized by: K. Kojio, S. Hsu,
K. Wynne, Z. Ren, S. Yamasaki,
G. Zhang

Poster Session
19:00 – 21:00
1568. Intramolecular hydroamination of polyallylurethanes with Pd-tethering macrocycle catalyst. H. Iwasaki*, D. Aoki,
H. Sogawa, T. Takata
1569. Uv-curable waterborne polyurethaneacrylate containing sulfonic and carboxylic groups. L. Wei
1570. Comparative studies on anionic waterborne polyurethane dispersion based on
salt group-containing diol as hydrophilic
chain extender. S. Fang*, L. Zhou,
Z. Ren*, J. Zhang, X. Guo
1571. Novel polycaprolactone glycols bearing conjugated triene for biodegradable
polyurethane: Structure and crystallization behavior. G. Zhang, X. Guo,
H. Wang, Z. Ren
Hawaii Convention Center
323B
Advanced Membrane Separations (#262)

Organized by: R. Wickramasinghe,
K. Tung, H. Chen, S. Husson
Presiding: H. Chen, S.M. Husson
19:00 – 1572. Multimodal membranes forprotein purifications at high ionicstrength. J. Wang, S.M. Husson
19:20 – 1573. Understanding the effect ofsalt ions on protein adsorption in novel
responsive hydrophobic interaction
membrane chromatography. X. Qian*,
Z. Liu, R. Wickramasinghe
19:40 – 1574. TiO2 based enzymatic membranes and membrane reactors. J. Hou,
Y. Wang, N.A. Lee, V. Chen*
20:00 – 1575. Lactic acid production in amembrane bioreactor system with thermophilic Bacillus coagulans: Fouling analysis and process control with an innovative optical sensor. R. Fan, M. Ebrahimi,
H. Quitmann, P. Czermak
20:20 – 1576. Selective enantiomer separation by pertraction and pervaporation
with chiral polymeric membranes.
P. Izak*, J. Zitka, L. Brozova, P. Sysel,
H. Vychodilova, L. Stastna-Cervenkova,
S. Hovorka
20:40 – 1577. Fractionating complex protein
lignin process streams by tubular ceramic
membranes. N. Busse, M. Kraume,
P. Czermak
Hawaii Convention Center
323A
Fusion Materials: Functional Self-OrganizedMaterials Consisting of Fused Organic andInorganic Components (#294)

Organized by: T. Kato, M. Aizenberg,
H. Kikuchi, S. Yu, H. Imai, C. Otsuki,
C. Fraser, S. Kim
19:00 – 1578. Fusion between microfabrication and biomaterials: Application for artificial cell membranes and biomimetic microfluidics. R. Kawano*
19:15 – 1579. Producing coloured materials
with amorphous arrays of black and white
colloidal particles. Y. Takeoka** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

03 – MACR
19:30 – 1580. Dye-sensitized solar cells
based on self-assembled liquid-crystalline electrolytes. D. Högberg, B. Soberats, S. Uchida, M. Yoshio, L. Kloo, H. Segawa, T. Kato*
19:45 – 1581. Design of bicontinuous cubic
liquid-crystalline assemblies using ionicliquids as building block. T. Ichikawa,T. Matsumoto, A. Okafuji, K. Fujimura,
M. Yoshio, T. Kato, H. Ohno*
20:00 – 1582. Supramolecular nanoparticle
carriers self-assembled from cyclodextrin
and adamantane-functionalized polyacrylates for tumor-targeted drug delivery inboth in-vitro and in-vivo model. C. Ang,
S. Tan, X. Wang, Q. Zhang,
S. Subramanium Tamil, N. Tan, Y. Zhao*
20:15 – 1583. Nanofusion materials for photodynamic therapy by near infrared irradiation. K. Katagiri*, I. Shimizu,
M. Narahara, K. Tomita, A. Ikeda,
K. Inumaru
20:30 – 1584. Lineally polarized emission oflanthanide complexes with layer arrangement in the Langmuir-Blodgett film.
A. Ishii*, N. Goto, M. Hasegawa
20:45 – 1585. Silica nanoarchitectures synthesized via a block copolymer-mediatedapproach. A. Sugawara-Narutaki*,
S. Zhou, S. Tsuboike, T. Okubo, Y. Oda,
K. Landenberger, A. Shimojima,
S. Aoshima

Sunday Morning
Hawaii Convention Center
324
Dynamic, Reversible, and Self-healing
Materials (#64)

Organized by: W. Skene, H. Otsuka,
S. Rowan
Presiding: H. Otsuka, W. Skene
8:00 – 1586. Injectable magnetic hydrogels
containing embedded thermoresponsive
microgels facilitating “on-demand” drug
release. S. Campbell, D. Maitland,
T. Hoare*8:15 – 1587. Mussel-inspired, self-healing
poly(dopamine methacrylate)/polyurethane blends and nanocomposites.
S. Song, Y. Tang, X. Qu, Z. Yang,
J. Huang*
8:30 – 1588. Artificial spores: Cytoprotective
and degradable nanocoating of mammalian cells. J. Lee*, S. Yang, I. Choi
8:45 – 1589. Malleable and self-healing polymer networks based on dynamic imine
bond exchange. A. Chao, D. Zhang*
9:00 – 1590. UV light triggered self-healing
composites based on ZnO-graphene
quantum dots. S. Ahn*, K. Park, B. Moon
9:15 – 1591. Structurally dynamic assemblies of stimuli-responsive polymers.
C. Deng, J. Cash, W. Brooks, T. Kubo,
B.S. Sumerlin*
9:45 coffee
10:00 – 1592. Glucose-Induced self-healable
polyurethanes. M.W. Urban
10:30 – 1593. Thermoresponsive and selfhealing polymers based on guest– hostinteractions. Y. Jia, J.X. Zhu*
10:45 – 1594. Study on electrochemical redox responsive supramolecular self-healing hydrogels. L. Peng, H. Zhang,
J. Yuan*
11:00 – 1595. Mechanically interlocked polymer networks viaradical-radical interactions. Z.S. Kean, J.F. Stoddart*
11:15 – 1596. Thermostimulated reversible
interconversion between a macrocycle
and the linear oligomers. T. Matsumoto*,
S. Kobayashi, S. Hasegawa
11:30 – 1597. Thermotropic transformationof polyacetylene’s main-chain conformation having tunable critical one-handedspiralization temperature. l. Liu,
W. Wang, Y. Wang, C. Zhang, T. Aoki,
Y. Okamoto
11:45 – 1598. Hypervalent iodine(III) compounds in the synthesis of dynamic polymers with controlled macromolecular architectures. N.V. Tsarevsky*, H. Han

Hawaii Convention Center
326A
Radical Polymerization Kinetics andProcess Modeling (#92)

Organized by: R. Hutchinson, G. Russell,
P. Zetterlund, E. Saldivar-Guerra
8:00 Introductory remarks
8:05 – 1599. About the relevance of detailed
elementary kinetics in modern LDPE
product development. M. Busch
8:35 – 1600. Exploring the evolution of molecular architecture in free radicalcopolymerizations with divinyl monomers using
Monte Carlo kinetic simulations with restricted polymer chain diffusion.
D.C. Sundberg*, A. Tripathi, J. Tsavalas
9:05 – 1601. Crosslinking polymerization in
resins applied in laser stereolithography.
A.N. Nikitin*
9:25 – 1602. Controlled radical polymerization of dimethacrylate networks.
E.M. Redline*, G. O’Bryan,
D.S. Bolintineanu, J. Lane
9:45 Break
10:00 – 1603. Kinetics and modeling of theradical polymerization of ionized monomers in aqueous solution. P. Drawe*,
M. Buback, I. Lacı́k
10:20 – 1604. Acrylamide copolymerization
with cationic monomers in aqueous solution: Experimental and modeling study.
D. Cuccato*, G. Storti, M. Morbidelli
10:40 – 1605. Mathematical modeling of nitroxide mediated emulsion polymerization via a robust semibatch process. E.
Saldı́var-Guerra*, A. Cano-Valdez, R.
González-Blanco, M. Cunningham
11:00 – 1606. Fast completion of radical polymerization by heating to ultrahigh temperature under pressure. K. Kinoshita,
S. Deguchi
Hawaii Convention Center
323C
New Frontiers in Polymer Crystallization(#96)

Organized by: W. Hu, A. Toda, C. Li
Presiding: B.S. Hsiao, T. Kanaya
8:00 Green Polymers
8:00 – 1607. Crystallization processes ofpoly(L-lactic acid). B. Lotz*
8:20 – 1608. Structure characterization ofcellulose nanofibers and microfibrils.
B.S. Hsiao*, B. Chu, Y. Su
8:40 – 1609. Spherulite crystallization of cellulose from its concentrated solutions inionic liquids. J. Zhang
9:00 – 1610. Crystallization process of ecofriendly polyurea. G. Matsuba,
Y. Chonan, K. Nishida, T. Kanaya, T. Itoh,
T. Akizuki
9:20 – 1611. Kinetics of strain-induced crystallization in cross-linked natural rubber.
M. Tosaka*
9:40 – 1612. Flow-induced crystallization ofa long chain aliphatic polyamide in multiple flow fields: A novel anisotropic structure and formation mechanism. X. Dong*,
Y. Gao*, D. Wang
9:55 Break
10:05 Stretch- or Flow-induced
10:05 – 1613. Nano-oriented crystals (NOCs)of PET in elongational crystallization.
M. Hikosaka*, K. Okada, Y. Tanaka,
H. Masunaga
10:25 – 1614. Effect of solvent size on aggregation and crystallization of polymers.
Q. Xue10:45 – 1615. Effects of molecular weight inflow- and deformation-induced polymer
crystallization. T. Kanaya*
11:05 – 1616. Molecular simulations of diblock copolymers performing fibril crystal
growth in solutions. W. Hu*, R. Shu,
A. Eman, L. Zha
11:25 – 1617. Role of entanglement species
in the formation of shish-kebab – effect of
blend ratio and molecular weight in cyclic
and linear polyethylene blend.
S. Yamazaki*

11:45 – 1618. Molecular simulations ofshish-crystal formation in polymer shear
flow. Y. Nie, W. Hu*
Hawaii Convention Center
325B
Current Polyurethane Science (#133)

Organized by: K. Kojio, S. Hsu,
K. Wynne, Z. Ren, S. Yamasaki,
G. Zhang
Presiding: Y. Higaki
8:00 – 1619. Effects of chemical structure of
diisocyanae on a microdomain structure
and physical property of polyurethane
elastomers. K. Kojio, S. Nozaki,
A. Takahara
8:30 – 1620. Healing behavior of a microphase-separated structure of segmented
polyurethane after mechanical deformation. S. Nozaki, K. Kojio*, A. Takahara*
8:55 – 1621. Relationship of branched structure and conductive property of carbonate oligomer-based electrolytes.
K. Kaetsu, T. Ohishi, T. Hirai, Y. Higaki,
K. Kojio*, A. Takahara*
9:20 Break
9:35 – 1622. Cross-linkable ionic and nonionic polyurethanes from renewable tungoil. Z. Ren*
10:35 – 1623. Synthesis and properties ofhydroxylated tung oil based waterborne
anionic polyurethanes dispersion.
L. Jiang, Z. Ren, Y. Fu, B. Ren, C. Zhu
11:05 – 1624. Crosslinkable waterborne
polyurethane protective coatings.
M. Rahman*
11:30 – 1625. Force sensitive waterborne
polyurethane with shape memory properties. Q. Zhang*
11:55 Closing Remarks
Hawaii Convention Center
325A
Macromolecular Self-Assembly for Smart
Biomaterials (#196)

Hawaii Convention Center
327
Cyclic and Topological Polymers (#248)

Organized by: Y. Tezuka, S. Grayson,
M. Monteiro
Presiding: S. Grayson
8:00 – 1635. Topology-directed diffusion
and relaxation of polymers revealed bysingle-molecule imaging. S. Habuchi*
8:30 – 1636. Anomalous self-diffusion inasymmetric ring-linear blends.
S. Shanbhag*
8:50 – 1637. Understanding and characterizing the effect of nanoscale confinementon glass transition temperature and film
dewetting of macrocylic polystyrene.
L. Zhang, R. Elupula, S. Grayson*,J. Torkelson*
9:10 – 1638. Diffusion coefficient and themean-square radius of gyration for various topological polymers through thequaternion algorithm. T. Deguchi*,E. Uehara
9:40 – 1639. Scattering function of wormlikerings. D. Ida*, R. Tsubouchi, T. Yoshizaki
10:00 Break
10:10 – 1640. Controlled self-assembly behaviors of asymmetric ring and star polymers in bulk and solution states.
M. Ree*, Y. Kim, K. Heo, B. Ree,
Y. Kitazawa, D. Kawato, Y. Satoh,
T. Isono, T. Yamamoto, T. Satoh,T. Kakuchi
10:40 – 1641. Linear– cyclic topologicaltransformation for switching the properties of polymeric materials.
T. Yamamoto*, N. Sugai, S. Asai,
Y. Tezuka
11:00 – 1642. Synthesis of carbon-dioxidederived cyclic poly(propylene carbonate)s. S. Honda, H. Sugimoto
11:20 Closing Remark
Hawaii Convention Center
323B
Advanced Membrane Separations (#262)

Organized by: S. Thayumanavan, L. Dai,
J. RyuPresiding: J. Ryu
8:00 – 1626. Supramolecular coordination
assisted crosslinking of polymer networks into anisotropic assemblies.
L. Dai, C. Yuan
8:25 – 1627. Nanoparticle-stabilized capsules as therapeutic delivery agents fortreatment of breast cancer. J. Hardie,
M.A. Mingroni, E. Tetrault, P. Ghazi,
V.M. Rotello, M.E. Farkas*
8:50 – 1628. ROS responsive Se/Te-containing polymers. H. Xu
9:15 – 1629. Self-assembly as a design principle in the development of binary antithrombotic and antimicrobial coating withexceptional properties.
J. Kizhakkedathu*, Y. Mei, K. Yu
9:40 – 1630. Direct correlation of molecular
structure with self-assembled nanostructures and biological functions for a new
family of dendronized peptide amphiphiles designed for safe and effective
siRNA delivery. Z.M. Guan*
10:05 Break
10:15 – 1631. Functional nanomaterials
through self-assembly of reactive polymers. A. Sanyal*
10:40 – 1632. Drug-initiated method: a convenient approach for the synthesis of efficient polymer prodrug nanoparticles.
S. Harrisson, D. Bui, A. Maksimenko,
P. Couvreur, J. NICOLAS*
11:00 – 1633. Amphiphilic star block copolymer-based multifunctional micelles forsynergistic photoactuated drug delivery
and MR imaging. G. Zhang, N. Chen
11:20 – 1634. PAMAM dendron-lipid assemblies as stimuli-responsive drug delivery
systems. K. Kono*, Y. Hirai,
Y. Yamamoto, E. Yuba, A. Harada

Organized by: R. Wickramasinghe,
K. Tung, H. Chen, S. Husson
Presiding: K. Tung, R. Wickramasinghe
8:00 – 1643. Water vapor and CO2 permeation through amine-containing facilitatedtransport membranes for H2 purification
and CO2 capture. W. Ho
8:20 – 1644. Amino acid ionic liquid-based
tough gel membrane for CO2 capture.
H. Matsuyama*, E. Kamio, F. Moghadam
8:40 – 1645. Polymers of intrinsic microporosity for use as molecular sieve membranes. N. McKeown*, M. Carta, I. Rose,
C.G. Bezzu, R. Malpass-Evans,
P. Paola Bernardo, J. Jansen, G. Clarizia
9:00 – 1646. Ultrapermeable polymers of intrinsic microporosity (PIMs) based on
benzotriptycene. I. Rose, M. Carta,
C.G. Bezzu, P. Paola Bernardo,
J. Jansen, G. Clarizia, N. McKeown
9:20 – 1647. Ultrapermeable polymers of intrinsic microporosity based on spirobifluorenes. C.G. Bezzu, M. Carta,
J. Jansen, P. Paola Bernardo, G. Clarizia,
N. McKeown* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–133

03 – MACR/04 – ORGN
9:40 – 1648. Permeation of oil-in-water
emulsions through membrane: Numericalsimulation using phase-field model.
Y. Mino, Y. Kagawa, T. Ishigami,
H. Matsuyama*
10:00 – 1649. Improving selectivity of polyamide composite membranes: principles
and implementation. V. Freger*
10:20 – 1650. Demonstration project of Integrated membranes process to remove organic pollutants for municipal drinking
water. H. Chen*, C. Zhang, S. Chen,
X. Chen, L. Zhang
10:40 – 1651. Addressing separation challenges through industry-university collaborative research centers. A. Greenberg*,
R. Noble, K. Sirkar
11:00 – 1652. Some lateral thinking in membrane chromatograph. R. Ghosh*,
P. Madadkar, R. Sadavarte
Hawaii Convention Center
323A
Fusion Materials: Functional Self-OrganizedMaterials Consisting of Fused Organic andInorganic Components (#294)

Organized by: T. Kato, M. Aizenberg,
H. Kikuchi, S. Yu, H. Imai, C. Otsuki,
C. Fraser, S. Kim
8:00 – 1653. Luminescent fusion materials
for optoelectronics devices. T. Yasuda*
8:20 – 1654. High performance seleniumbridged V-shaped organic semiconductors exhibiting unique structural transitionand high solution-processability.
T. Okamoto*, C. Mitsui, M. Yamagishi,
M. Mitani, T. Kato, H. SATO, A. Yamano,
J. Takeya
8:40 – 1655. Engineering nanoelectronic devices with the aid of molecular chemistry.
D. Kiriya, A. Javey
9:05 – 1656. Photoinduced macroscopic
morphological transformation of an amphiphilic diarylethene assembly: Reversible dynamic motion. K. Higashiguchi*,G. Taira, J. Kitai, T. Hirose, K. Matsuda
9:25 – 1657. (Photo)electrochemistry as a
powerful tool in the rational design of hybrid organic/inorganic semiconductor assemblies. C. Janaky*, G. Samu,
K. Rajeshwar
9:45 – 1658. Photocontrol of molecularalignment in liquid crystal systems.
A. Shishido*, J. Wang, Y. Aihara,
M. Kinoshita
10:05 – 1659. Surface functionalization ofpolystyrene cell culture plate with biomimetic apatite for preparation of artificial
bone marrow niches. K. Iijima, R. Suzuki,
N. Kiyokawa , M. Hashizume*
10:25 – 1660. Genetic control of magnetite
crystal shapes in magnetotactic bacteria.
A. Arakaki, A. Yamagishi, M. Tanaka,
T. Matsunaga
10:40 – 1661. Development of pyrazine-2carboxylate titanium complexes using awater-soluble titanium complex.
M. Kobayashi*, T. Okuhara, H. Kato,
S. Sato, M. Kakihana
10:55 – 1662. Crystallization of calcium carbonate in lyotropic hexagonal liquid crystal phases. H. Higuchi, K. Nagaoka,
M. Shimoda, Y. Okumura, T. Nishimura,T. Kato, H. Kikuchi*
11:10 – 1663. Glassin, a silica polycondensation directing protein from the siliceous
skeleton of the hexactinellid sponge Euplectella. K. Shimizu*, T. Amano,
J. Arima
11:25 – 1664. Development of organic/inorganic fusion materials using oriented chitin matrices as templates. T. Nishimura*,
T. Kato*11:40 – 1665. Hydroxyapatite formation from
calcium phenyl phosphate in a solution
mimicking human blood plasma: Effectsof alkaline phosphatase addition.
C. Ohtsuki*, A. Mio, T. Ujiyama,
A. Sugawara-Narutaki, T. Yokoi
11:55 Closing Remarks

134 –TECHTECHNICAL PROGRAM
Hawaii Convention Center
326B
Aggregation Induced Emission: Materials
and Applications (#444)

Presiding: C. Lyu, K. Tanaka, M. Zhu
8:00 – 1666. General synthetic approach toward geminal-substituted tetraarylethenechromophores with aggregation induced
emission. M. Zhu
8:30 – 1667. Diketopyrrolopyrrole (DPP) dyewith aggregation-induced red/NIR emission for in vivo two-photon fluorescenceimaging. Y. Gao, J. Hua, H. TIAN
9:00 – 1668. Regulation of aggregation-induced emission properties of group 13
elements-containing compounds andtheir applications as optically-functional
materials. K. Tanaka*, Y. Chujo
9:30 break
9:30 – 1669. Origin of aggregation induced
emission in BF2-hydrazones (BODIHYs) a novel class of fluorescent molecular rotors. I. Aprahamian*, H. Qian, M. Liptack
9:50 – 1670. Development of photofunctional liquid crystals controlled by assembled structures by external stimuli.
T. Kato*10:10 – 1671. Mechanofluorochromism andaggregation induced emission observed
for 4-(diarylamino)benzaldehyde analogs.
K. Mizuguchi, K. Okoshi, S. Manabe,
M. Kurita, M. Momma, H. Nakano*
10:40 break
10:40 – 1672. Mass-less spinning photon
swaps hand of luminous helical polymer
aggregates. M. Fujiki*
11:00 – 1673. Theoretical insights into themechanism of aggregation-induced
emission. Q. Peng
11:20 – 1674. Highly photoluminescenceelectrospun nanofiber mats embeddedwith AIE-active dienyl benzene derivatives. F. Anariba*, M. Sobhan
11:40 – 1675. Insight into the exploration ofenergy modulations of TPE and RhB in
bichromophoric systems. R. Singh,
A.K. Dwivedi, H. Lin*

ORGN
Area 4 – Organic
Tuesday Morning
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
Prospects for Flow Chemistry (#29)

Organized by: J. Yoshida, T. Jamison,
D. Kim, M. Organ
Presiding: C. Kappe, J. Yoshida
8:00 – 1. Use of continuous flow technology
to harness hazardous chemistries andprocess conditions. C. Kappe*
8:25 – 2. Flowing safely: Synthesis with hazardous chemicals. T. Wirth
8:50 – 3. On-demand diazo reagents: In-flow
generation and purification.
E. Levesque*, S.T. Laporte, S. Vanier,
A.B. Charette
9:05 – 4. Generation of anhydrous diazomethane using a Teflon AF-2400 membrane. B. Gutmann, C. Kappe
9:20 – 5. Monophasic generation and reaction of diazomethane for in-flow cyclopropanation. A. Evans*, C. Ayoub
9:35 – 6. Flash chemistry enables chemoselective reactions of difunctional electrophiles with functionalized aryllithiums.
A. Nagaki, S. Ishiuchi, K. Imai,
J. Yoshida*
9:50 – 7. Liquid-liquid microflow for the
Beckmann rearrangement of cyclohexanone oxime. J. Zhang, K. Wang,
Y. Lu, G. Luo*
10:15 – 8. Nucleophilic addition to nitrones
using flow microreactors. Y. Arakawa,
S. Ueta, K. Minagawa, Y. Imada*
10:30 – 9. Integrated reactions based on thesequential additions to conjugated imines. M. Shimizu*, I. Mizota

10:45 – 10. Flow synthesis of (E)-(S)-3-hydroxy-7-tritylthio-4-heptanoic acid, a key
component of the natural product cyclodepsipeptide HDAC inhibitors.
M. Yoshida, H. Otaka, K. Umeda, T. Doi*
11:00 – 11. [2⫹2⫹1] Cocylization using allenones, diketones, and bis(iodozincio)methane. R. Haraguchi, S. Matsubara*
11:15 – 12. Study of scaled continuous flow
production of metal-organic frameworks.
M. Rubio Martinez*, T. Hadley,
K. Constanti, M. Batten, A. Polyzoz,
K. Lim, M.R. Hill
11:30 – 13. Synthetic study of glycans using
integrated reaction systems. F. Koichi*,Y. Manabe
11:45 – 14. Controlling differentiation ofmesenchymal stem cells with microfluidic
flows. H. Shum*, W. Lai
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Molecular and Supramolecular
Photochemistry (#71)

Organized by: J. Sivaguru, W. Chung,
C. Bohne, c. Tung, M. Sakamoto,
V. Ramamurthy
Presiding: V. Ramamurthy
8:00 Turro Symposium / Opening remarks
8:05 – 15. Photoinduced charge separation
in DNA. F.D. Lewis*
8:35 – 16. Photoresponsive artificial muscle
model unit in microenvironment with supramolecular interaction and cooperation. H. Inoue*
9:05 – 17. Catalysis by niobium-oxide nanostructured materials. J. Scaiano,
G.L. Hallett-Tapley, S. Impellizzeri ,C. Fasciani, S. Simoncelli,
J. Netto Ferreira, M. Marin
9:35 Break
9:50 – 18. Cross-coupling hydrogen evolution reactions initiated by photoinduced
electron transfer. C. Tung*, Q. Meng,
X. Li, Y. Zheng, P. Ye, K. Feng, B. Chen,
L. Wu
10:20 – 19. Supramolecular organization ofphotoactive metal complexes in 1- and
3D. A.A. Marti*, A. Saha, K. Huang,
C. Jiang, D.M. Guldi, K. Dirian, D. Jain,
Z. Panos, T. Hanna, M. Hernandez-Rivera
10:50 Break
11:05 – 20. Novel strategy of supramolecular
asymmetric photochirogenesis with tailor-made biopolymers as chiral reaction
media. T. Wada*, M. OKUGI, H. SASAKI,
Y. Ikeda, S. SAKAMOTO, Y. Araki*,
M. NISHIJIMA, K. TSUMOTO,
Y. NAGASAKI, Y. Inoue
11:35 – 21. Light harvesting vesicular scaffold reduces the rate of charge recombination in the presence of an electron donor. M. Hariharan*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Innovative Strategies for the Synthesis of
Nitrogen Heterocycles (#74)

Organized by: R. Danheiser,
T. Fukuyama, M. Lautens
Presiding: R. Danheiser
8:00 Introductory Remarks
8:05 – 22. Exploiting the versatile N-O bond:Rapid synthesis of NH-aziridines and carbazoles. L. Kurti*
8:25 – 23. Synthetic studies on lycopalhine
A. T. Fukuyama*, Y. Ochi, S. Yokoshima
9:05 – 24. Total synthesis of polycyclic alkaloids, lundurines, and grandilodine.
A. Nishida*, M. Nakajima, S. Arai
9:45 – 25. Utility of bimolecular free-radical
reactions in fragment coupling.
L. Overman*
10:25 – 26. Chemical synthesis of secondary
metabolites. R.A. Shenvi
11:05 – 27. Enabling reactivity of neutral
aminyl radicals for the synthesis of complex alkaloids. J.L. Stockdill

Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Homogeneous Gold Catalysis: Methods,
Theories and Applications (#192)

Organized by: L. Zhang, H. Ohno, R. Liu
Presiding: H. Ohno
8:00 opening remarks-highly efficient gold
catalysis
8:10 – 28. Difunctional ligands open up gold
reactivity: Toward new avenues in catalysis?. G. Bouhadir, A. Amgoune,
D. Bourissou*
8:30 – 29. Structure and reactivities of goldcomplexes synthesized from alkynefunctionalized ligands. N. NISHINA,
H. TAKEMOTO, E. Hasegawa,F. KIMURA
8:50 – 30. Hydrogen bonding basicity andgold catalysis: A synergistic combination.
G.B. Hammond*, B. Xu
9:10 – 31. Homogeneous catalysis involving
dinuclear gold species. S. Hashmi
9:45 break
10:00 – 32. Mechanistic study of gold mediated intramolecular alkene addition reactions. A.C. Jones*, Y. Zhu
10:20 – 33. Development of novel gold-catalyzed migratory transformations.
V. Gevorgyan*
10:50 – 34. Accessing nitrenoid-based dipole reactivity using gold catalysis.
P. Davies*
11:10 – 35. Intermediate-based approach to
new reaction discovery in gold catalysis.
S. Shin11:40 – 36. Gold-catalyzed ring expansion of
2-propargyl-beta-tetrahydrocarbolines.
S. Wang*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Molecular Function of Natural Products:
Advances towards Chemical Biology (#237)

Organized by: M. Ueda, B. Miller, K. Irie,
B. Miller, B. Miller, C. Lin, T. Oishi,
C. Forsyth, H. Lee
Presiding: M. Ueda
8:00 – 37. Total synthesis, stereochemical
revision, and biological evaluation of lyngbyaloside B, a marine macrolide glycoside. H. Fuwa*, Y. Okuaki, N. Yamagata,
M. Sasaki
8:15 – 38. Third generation photo-crosslinked small-molecule affinity matrix enabling quantitative analysis of the photocross-linked small molecules and theirtarget purification. N. Kanoh*, T. Suzuki,
T. Okamura, Y. Iwabuchi
8:30 – 39. Target-selective photodegradation of proteins in chemical biology.
K. Toshima*
8:45 – 40. Synthesis of fluorescent ligand forvisualization of native ionotorpic glutamate receptors. T. Shinada*, Y. Ohfune
9:00 – 41. Extraction of antiproliferative activity from pleiotropic debromoaplysiatoxin, a potent tumor promoter and ahighly inflammatory principle isolated
from sea hare. K. Irie, M. Kikumori,
R.C. Yanagita, H. Tokuda
9:20 – 42. Turn-on fluorescent affinity labeling using a small bifunctional O-nitrobenzoxadiazole unit. M. Sodeoka** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
9:40 – 43. Identification and mechanistic
analysis of novel antibiotic “Lysocin E”.
K. Sekimizu, H. Hamamoto
10:00 – 44. Discovery and target identification of pyrrolizilactone, a fungal metabolite. H. OSADA, Y. Futamura, T. Nogawa
10:30 – 45. Chemical biology fantasia.
D. Uemura*
11:15 – 46. Function through synthesis-informed design: New therapeutic leads for
Alzheimer’s disease, cancer, and HIV/AIDS eradication. P.A. Wender*
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2
Frontiers of Chirality in Organic Chemistry(#286)

Organized by: J. Canary, N. Berova,
E. Yashima, M. Hyun, T. Shibata,T. Asahi, C. Welch, S. You
Presiding: J. Canary, E. Yashima
8:00 Introduction
8:05 – 47. Reconfigurable chiral copper
complexes: Ambidextrous catalysis.
J. Canary*
8:35 – 48. Double-stranded helical foldamers
as unique chiral materials. E. Yashima
9:05 – 49. Chirality of nanoscale gold particles and clusters. T. Bürgi*
9:35 – 50. Squeezable tubules with tunablechirality from self-assembly of macrocycle amphiphiles. M. Lee*
10:05 Break
10:15 – 51. Chiral inorganic mesostructured
films with multi-optical activity. S. Che
10:45 – 52. Control of the chirality and helicity of artificial duplex by sequence design. H. Asanuma*, K. Murayama,
H. Kashida
11:00 – 53. Redox-triggered chiroptical molecular switches based on the helicates ofoligopyrrole-␣,␻-diimines. J. Setsune*,
D. Saito, K. Imamura
11:15 – 54. Helical (supra)molecular chirality
in tetrathiafulvalenes and derived materials. N. Avarvari*
11:30 – 55. Elastic switching of chiral foldamers in response to acid/base and redox stimuli. H. Miyake*
11:45 – 56. Construction and evaluation ofplanar chiral ␲-conjugated system basedon a tetrasubstituted [2.2]paracyclophaneframework. M. Gon*, Y. Morisaki,
Y. Chujo
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2Supramolecular Chemistry at the Interfaceof Materials, Biology, and Medicine (#300)

Organized by: S. Zimmerman, Z. Li,
K. KimPresiding: K. Kim
8:00 – 57. Molecular recognition of repeating
RNA and DNA sequences by small molecules. S. Zimmerman*, L. Nguyen,
L. Luu, J. Serrano, J. Lee, C. Wong
8:30 – 58. Sequence-targeted invasion of
DNA and RNA G quadruplexes by peptide nucleic acid. B. Armitage*
9:00 – 59. Stimuli-responsive synthetic ionchannels. T. Muraoka*, K. Kinbara*
9:20 – 60. Ligand binding to helix 69 of 23S
rRNA. C.S. Chow*
9:50 – 61. New isomorphic fluorescentnucleosides for studying RNA-based processes . Y. Tor
10:20 – 62. Smart materials from cyclodextrin polyrotaxanes. G. Wenz
10:40 – 63. Recent progress on fluorescentimaging probes for reactive oxygen species and GSH. J. Yoon*
11:10 – 64. Macromolecular recognition: Interaction of cyclodextrins with polymer
side chains. A. Hashidzume, A. Harada*
11:30 – 65. Achieving isothermal DNA selfreplication by dialing in destabilization.
J. Gibbs-Davis, B. Alladin-Mustan,A. Kausar, C.J. Mitran

Hilton Hawaiian Village
Kalia Tower, Lehua Suite
Nanomaterials as Catalysts for Green
Chemistry (#313)

11:40 – 86. Redox-promoted self-assemblyof metal-organic materials in the solidstate: Applications in materials synthesis
and bulk-metal oxidation. M. Glavinovic,
F. Qi, A. Katsenis, T. Friscic, J. Lumb

Organized by: A. Moores, Y. Uozumi,
C. Li, R. Varma

Hilton Hawaiian Village
Rainbow Tower, Rainbow 3

8:00 Break
8:20 – 66. Hydrogen production by methanol
steam reforming on ZnO nanowire supported Pd single atoms and nanoparticles. J. Liu*, J. Xu, D. Yuchi
8:40 – 67. Controlling catalytic selectivity via
design of the near-surface environment.
J. Medlin*
9:00 – 68. Methyltrioxorhenium supported
on mesoporous Al2O3 promoted with
ZnCl2 as a green heterogeneous catalyst
for methyloleate self-metathesis: Reaction kinetics. K. Belkacemi*, S. Pillai,
S. Hamoudi
9:20 – 69. Effective transformation of biomass into value-added chemicals overwell-defined metal catalysts at nano andsub-nano dimensions. N. Yan*
9:40 – 70. Hydrogen bond promoted reactions for green process innovation.
Z. Suojiang*
10:00 Break
10:20 – 71. Palladium meets gold: Peculiar
activity of bimetallic gold/palladium alloy
nanoclusters. H. Sakurai
10:40 – 72. Magnetic nanocatalysts in sustainable organic syntheses and transformations. R.S. Varma
11:00 – 73. “Coordinating” nanoparticle catalyst: Synthesis and application. Z. Li,
P. Sun, C. Xia, F. Li
11:20 – 74. Nanoconfined metal complex
catalysts and their application in activation of alkanes to alcohols.
A. Karkamkar*
11:40 – 75. Co-N-C: Efficient and durable
noble metal-like catalysts for selective
oxidative and hydrogenative transformations. L. ZHANG, W. LIU, A. Wang*,
T. Zhang*

Carbenes and Carbenoids in Organic
Synthesis (#362)

Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
Mechanochemistry and Solvent-freeSynthesis (#322)

Organized by: T. Friscic, E. Juaristi,
C. Raston
8:00 – 76. Use of D-mandelic acid as chiraladditive in the Michael addition reaction
organocatalyzed by (1S,4S)-2-tosyl-2,5diazabicyclo[2.2.1]heptane under solvent-free conditions. E. Juaristi*,
C. Avila-Ortiz
8:20 – 77. Mechanochemical steps to solvent-free porphyrin synthesis.
T. Hamilton*
8:40 – 78. Mechanochemical solvent-free reaction for the synthesis of unique derivatives of fullerenes. K. Komatsu
9:05 – 79. High pressure accelerated/Induced organic reaction in crystalline
state. Y. Ma, X. Meng
9:25 – 80. Mechanochemistry as a route tonovel forms of multicomponent crystals.
L. Loots, J.P. O’Connor, T. le Roex,
D.A. Haynes*
9:45 Coffe Break
9:50 – 81. Continuous flow vortex fluidics:
High shear control of chemical reactivity
and selectivity. C. Raston*
10:10 – 82. Mechanochemical insight into
organometallic synthesis: What role does
the solvent play?. N. Rightmire,
D.L. Bruns, T.P. Hanusa*
10:30 – 83. How can we optimize the mechanochemical processes at the surface oforganic solids for affordable materials
fabrication?. M. Senna
10:55 – 84. Mechanochemical reactions ofphosphazanes. f. garcia, X. Shi
11:15 – 85. Mechanochemistry and its applications: From organic synthesis of active
pharmaceutical ingredients to catalysis.
E. Colacino*

Organized by: K. Scheidt, M. Murakami,
R. ChiPresiding: Y. Chi, M. Murakami,
K. Scheidt
8:00 – 87. Development of chemo- and stereoselective carbene-catalyzed reactions.
M. Gravel
8:25 – 88. NHC-catalyzed resolution and desymmetrization of alcohols and beyond.
Y. Zhao*, S. Lu, S. Poh
8:50 – 89. Highly stereoselective radical cyclopropanation of alkenes with diazomalonates via cobalt(II)-based metalloradical
catalysis. J. Wang*, X. Xu, S. Zhu, X. Cui,
L. Wojtas, P. Zhang*
9:15 – 90. Asymmetric synthesis using ylides
generated from Rhodium carbenoids in
combination with chiral Ni(II), Zn(II), andCu(II) catalysts. H. Suga*, T. Bandou,
T. Yoshida
9:40 Break
10:00 – 91. New reactions of “Donor/Donor”
carbenoids. K.N. Lamb, R.A. Squitieri,
N.P. Burlow, G.P. Shearn-Nance,
J.T. Shaw*
10:25 – 92. N-sulfonyltriazoles as useful precursors to donor/acceptor carbenes.
H.M. Davies*
10:50 – 93. Gold-catalyzed oxidative cyclizations, cycloaddition, and 1,2-difunctionalozations of alkynes via gold carbene intermediates. R. Liu
11:15 – 94. Acyl anion equivalent free enantioselective catalysis with N-heterocycliccarbenes. D.W. Lupton
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Cognizance of Endangered Elements for
Organic Synthesis (#415)

Organized by: H. Tsuji, S. Zhu,
G. Konishi, C. Luscombe, L. Campeau
Presiding: L. Campeau, S. Zhu
8:00 Introductory Remarks
8:10 – 95. Cu-, or Fe-catalyzed C-H/C-C
bond oxygenation and nitrogenation reactions. N. Jiao
8:40 – 96. Homogeneous nickel-catalyzed
asymmetric hydrogenation of olefins.
M. Shevlin
9:00 – 97. Cobalt catalysis for C-H functionalization. N. Yoshikai
9:30 Break
9:45 – 98. Alternatives to rare late transition
elements in C-H and C⫽C activation reactions. F. Michael*
10:15 – 99. Vinylic and allylic C–F bond activation via nickel-catalyzed fluorine elimination. T. Fujita, T. Ichitsuka, Y. Watabe,
T. Arita, J. Ichikawa*
10:35 – 100. Regioselective trifluoromethylation of 6-membered heteroaromatic compounds. Y. Kuninobu*, T. Nishida,
M. Nagase, H. Ida, M. Kanai*
10:55 – 101. Carboperoxidation of alkenes
and synthetic applications. Z. Li

Tuesday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
Prospects for Flow Chemistry (#29)

Organized by: J. Yoshida, T. Jamison,
D. Kim, M. Organ
Presiding: T.F. Jamison, I. Ryu
13:00 – 102. Continuous flow multistep synthesis. T.F. Jamison*

13:25 – 103. Utilization of microflow technology for the site-selective modification ofmultifunctionalized molecules. S. Fuse,
Y. Mifune, N. Tanabe, H. Nakamura,T. Takahashi
13:40 – 104. Synthesis of diisobutyl aluminum borohydride for the reduction of tertiary amides at ambient temperatureswith the potential for continuous flow
chemistry. R. Snelling, B. Singaram*
13:55 – 105. Bond expandability of the ultralong C-C bond in unsymmetrically
substituted tetraarylpyracenes preparedby a flow microreactor method.
T. Suzuki*, Y. Uchimura, T. Takeda,
R. Katoono, H. Kawai, K. Fujiwara,
A. Nagaki, J. Yoshida
14:10 – 106. Three-component coupling of
benzyne based on flash chemistry.
T. Kitamura, D. Ichinari, A. Nagaki,
J. Yoshida*
14:25 – 107. Microfluidic approach to integrated synthesis of thioquinazolinone derivatives. H. Kim, H. Lee, d. kim*,
J. Yoshida*
14:40 – 108. Synthesis and reactions of ynolates using flow microreactors.
M. Shindo*
14:55 – 109. Synthesis and application ofhexafluoropropyl methyl ether.
D. Lokhat*, K. Padayachee, A.K. Domah,
N. Sunthpaul, N. Seocharan,
D. Ramjugernath
15:10 – 110. Highly selective synthesis of organofluorine compounds using flow microreactors. H. Amii*
15:25 – 111. Generation and reactions ofperfluoroalkyl-substituted organolithiums
using flow microreactors. K. Hirose,
K. Akahori, S. Tokuoka, A. Nagaki,
J. Yoshida*
15:40 – 112. Flow carbonylation based onreactive acyl intermediates. I. Ryu*
16:05 – 113. Various applications of bacteriogenic iron oxide in a tube reactor andother systems for organic synthesis.
K. Mandai, T. Fukuda, Y. Miyazaki,
N. Hanata, H. Mandai, H. Hashimoto,T. Ema, J. Takada, S. Suga*
16:20 – 114. Toward development ofchemo-enzymatic reactions under continuous-flow conditions. R.M. de Souza*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Molecular and Supramolecular
Photochemistry (#71)

Organized by: J. Sivaguru, W. Chung,
C. Bohne, c. Tung, M. Sakamoto,
V. Ramamurthy
Presiding: S. Jayaraman
13:00 – 115. Self-assembled bis-urea macrocycles as containers for oxidations, polymerizations, and photochemical reactions. L.S. Shimizu*
13:30 – 116. Bright fluorescent nanotags forbioimaging and detection based on bottle-brush polymers with DNA-tipped bristles. B. Armitage*
14:00 – 117. Excited singlet states of fireflylight-emitter analogs in luciferase supramolecular environments. T. Hirano*
14:30 Break
14:45 – 118. Molecular recognition and photochemistry: A match made in heaven?.
D. Bassani* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–135

04 – ORGN
15:15 – 119. Supramolecular nanocarriers
with photoresponsive cargo. F.M. Raymo
15:45 Break
16:00 – 120. Charge-transfer band excitations in donor-acceptor systems. T. Mori
16:30 – 121. Unique photochemical properties and reactions of clay nanosheet-organic dye complexes. S. Takagi*,
Y. Ishida, T. Shimada, V. Ramamurthy*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Innovative Strategies for the Synthesis of
Nitrogen Heterocycles (#74)

Organized by: R. Danheiser,
T. Fukuyama, M. Lautens
Presiding: T. Fukuyama
13:00 – 122. Synthesis of nakadomarin A
and manzamine A from a single advanced intermediate. J.S. Clark, C. Xu,
G. Meier
13:20 – 123. Total synthesis of dihydrooxepine-containing epidithiodiketopiperazine natural products. H. Tokuyama*
14:00 – 124. Carbofunctionalization en routeto heterocycles. M. Lautens
14:40 – 125. Necessity is the mother of invention: Development and application of
new methods for the synthesis of alkaloids. S.E. Reisman
15:20 – 126. Intramolecular Larock reaction
and applications to the synthesis of
N-heterocyclic natural products. Y. Jia
16:00 – 127. Intramolecular dearomatizing[3⫹2] annulation of ␣-imino carbene
complexes with aryl rings furnishing 3,4fused indole skeletons. T. Miura*,
Y. Funakoshi, M. Murakami*
16:20 – 128. Stereoselective functionalizations of alkenes: The power of chiral hypervalent iodine reagents. T. Wirth*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Homogeneous Gold Catalysis: Methods,
Theories and Applications (#192)

TECHNICAL PROGRAM
13:00 – 138. MPIase (membrane protein integrase), a glycolipozyme involved in protein integration into and protein translocation across the cytoplasmic membraneof E. coli. K. Nishiyama*, M. Moser,
S. Kusumoto, K. Shimamoto
13:15 – 139. Mechanism of cancer-selective
pro-apoptotic effect by acyclic retinoidand structurally related compounds derived from foods. S. Kojima*, X. Qin
13:30 – 140. Theoretical study on the mutual
influence of water and biomolecules.
M. Aida13:45 – 141. Fluorine containing C-linked
gangliosides GM3 analogs: Synthesis,
conformational analysis, and biologicalactivities. G. Hirai*, M. Kato, K. Oonuma,
E. Nishizawa, H. Koshino, M. Sodeoka*
14:00 – 142. Unified total synthesis of oxygenated cardenolides. D. Urabe,
M. Inoue*
14:15 – 143. Synthesis and biological activities of guanidine-containing natural products. T. Nishikawa*, Y. Nakane,
A. Nakazaki, T. Imazu, S. Tokoro,
R. Sakakibara, M. Adachi, K. Konoki,
M. Yotsu-Yamashita
14:30 – 144. Scopadulciol, a diterpenoid isolated from Scoparia dulcis by screening
for Wnt signal inhibitors, exhibits TRAIL
resistance overcoming activity.
R.G. Fuentes, K. Toume, M.A. Arai,
S.K. Sadhu, F. Ahmed, M. Ishibashi*
14:45 – 145. Synthetic and biological studiesof meayamycins, inhibitors of splicing
factor 3B subunit 1. K. Koide*, Y. Gao,
U. Basu, R. Bressin, S. Osman
15:00 – 146. Natural products-prompted
chemical biology: Phenotypic screening
and target identification. H. Kakeya*
15:20 – 147. Design and synthesis of carbohydrate-based probes for labeling interacting proteins. C. Lin
15:40 – 148. Natural products-inspired approach to RNA recognition. B. Miller*
16:00 – 149. Strategies to create diverse collections of natural products. S.A. Snyder
16:30 – 150. Recent progress in the synthesis of complex natural products.
J.L. Wood*

Organized by: L. Zhang, H. Ohno, R. Liu
Presiding: L. Zhang

Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2

13:00 – 129. Gold/Lewis acid combined catalysis for domino cycloaddition reactions. Z. Xu*
13:20 – 130. Gold-catalyzed cascade cyclizations of alkynes for construction of nitrogen heterocycles. H. Ohno*
13:50 – 131. Gold-catalyzed tandem cyclopropanation/Cope rearrangement/C–H
activation of dienediynes for the construction of seven-membered ring-containing polycycles. Z. Yu
14:10 – 132. Gold-catalyzed cascade reactions. A.M. Echavarren*
14:45 break
15:00 – 133. Gold-catalyzed synthesis of
new spiroacetals. N. Krause*
15:20 – 134. Gold-catalyzed cycloadditionsof alkynes with small molecules withalkynes serving as two- or four-carbon
building blocks. R. Liu
15:50 – 135. Sustainable gold-catalyzed
strategies for complex molecule synthesis. P. Chan
16:10 – 136. Gold-catalyzed hydride and nitrene transfer reactions. F. Gagosz*
16:40 – 137. Construction of medium-sizedrings through gold(I)-catalyzed alkyne cyclizations with hollow-shaped phosphine
ligands. T. Iwai, M. Ueno, H. Okochi,
M. Sawamura*

Frontiers of Chirality in Organic Chemistry(#286)

Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Molecular Function of Natural Products:
Advances towards Chemical Biology (#237)

Organized by: M. Ueda, B. Miller, K. Irie,
B. Miller, B. Miller, C. Lin, T. Oishi,
C. Forsyth, H. Lee
Presiding: K. Irie

136 –TECH

Organized by: J. Canary, N. Berova,
E. Yashima, M. Hyun, T. Shibata,T. Asahi, C. Welch, S. You
Presiding: N. Berova
13:00 Introduction
13:05 – 151. Computation of electronic optical activity from first principles.
J. Autschbach
13:35 – 152. Application of vibrational andelectronic CD in structural analysis of natural products: Reliability assessment on aquantitative level. A.G. Petrovic*,
M. Evidente, N. Berova
13:50 – 153. Chirality sensing with stereodynamic chemosensors. C. Wolf*
14:05 – 154. Theoretical models for the calculation of resonance Raman optical activity spectra of complex systems.
C. Cappelli
14:20 – 155. Optimization and validation of
the measurement of VCD. L.A. Nafie*
14:50 Break
15:00 – 156. VCD exciton chirality method:
Stereochemical determination of smallmedium- and large sized molecules without theoretical calculation. K. Monde*,T. Hongen, D. Manai, T. Taniguchi
15:30 – 157. VCD spectroscopy: A powerful
new tool for probing solvent-induced helicity inversion and intermolecular interactions in solution. Y. Xu*
16:00 – 158. Chiroptical signal enhancement
and intrinsic limitations. M. Cho, H. Rhee
16:30 – 159. Chiroptical response in porphyrin Soret band region - a powerful and diagnostic structural probe. N. Berova*,
R. Purrello

Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2

Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4

Supramolecular Chemistry at the Interfaceof Materials, Biology, and Medicine (#300)

Mechanochemistry and Solvent-freeSynthesis (#322)

Organized by: S. Zimmerman, Z. Li,
K. KimPresiding: Z. Li

Organized by: T. Friscic, E. Juaristi,
C. Raston

13:00 – 160. Applications of cucurbiturils inchemistry, biology, and materials.
K. Kim*
13:30 – 161. From self-assembly to antimicrobial properties: Depolarization andweakening of the bacterial membrane bysynthetic anion transporters.
A.R. Schmitzer*
14:00 – 162. Development of pseudorotaxane formation methods targeting on nucleic acids. K. Onizuka*, Y. Ito, H. Abe,F. Nagatsugi
14:20 – 163. Trehalose glycopolymer hydrogels and nanoparticles for stabilizationand delivery of proteins. H. Maynard*,
J. Ko, J. Lee
14:50 – 164. Construction of 2D supramolecular polymers through self-assembly:
Design, characterization, and properties.
X. Zhao*
15:10 – 165. Sugar-coated polyplexes: Designed glycopolymers for nucleic acid delivery. T.M. Reineke*
15:40 – 166. Supra-amphiphiles: From molecular architectures and functions.
X. Zhang
16:10 – 167. Synthesis, recognition properties, and applications of macrocycic cucurbit[n]urils and their derivatives.
L. Isaacs*
Hilton Hawaiian Village
Kalia Tower, Lehua Suite
Nanomaterials as Catalysts for Green
Chemistry (#313)

Organized by: A. Moores, Y. Uozumi,
C. Li, R. Varma
13:00 – 168. Nanostructured materials forcatalytic applications. J.Y. Ying*
13:20 – 169. Development of a silicon nanowire array-stabilized palladium nanoparticle catalyst and its application to organic reactions. Y.M. Yamada*,
Y. Yuyama, T. Sato, S. Fujikawa,Y. Uozumi
13:40 – 170. Easy synthesis of metal nanoparticle catalysts for organic reactions
under mild conditions. J. Park*
14:00 – 171. Recyclable “boomerang” linear
polystyrene-stabilized Pd nanoparticles
for a series of C-C coupling reactions inwater. A. Ohtaka*, E. Sakaguchi,
T. Okagaki, G. Hamasaka, Y. Uozumi,
O. Shimomura, R. Nomura
14:20 – 172. Phosphine-cross-linked polystyrenes as platforms for producing
highly active heterogeneous transition
metal catalysts. M. Sawamura*
14:40 Break
15:00 – 173. Photochemical reactions on
plasmonic metal nanostructures. S. Linic
15:20 – 174. Redox-selective conversion of
alcohols using metal-loaded photocatalysts. H. Naka*, J. Caner, Z. Liu,
Y. Takada, A. Matsuoka, A. Kudo,
S. Saito*
15:40 – 175. Defect site control in nanostructured metal oxides toward efficientheterogeneous catalysts. F. Wang*
16:00 – 176. Tuning the thermodynamic activities of reactive oxygen on dispersed
metal clusters for oxidation catalysis.
W. Tu, P. Lachkov, Y. Chin
16:20 – 177. Enhanced catalysis of alkanethiolate-self-assembled-monolayercapped gold nanoparticles towards silane
alcoholysis. K. Isozaki*, T. Taguchi,
K. Ishibashi, H.R. Takaya, M. Nakamura,
K. Miki*

13:00 – 178. Mechanochemistry and supramolecular catalysis in templated solidstate reactions. L.R. MacGillivray*
13:25 – 179. Grinding assisted metal free organic transformations. S.S. Chimni*
13:50 – 180. Recent advances in mechanochemical organic synthesis. G. Wang
14:15 – 181. (Dis)Advantages of mechanochemical methods in the discovery ofnovel organic materials. D. Bucar*
14:35 – 182. Don’t throw it away, recycle foranother day: The development of recyclable reactions under mechanochemical
conditions. J. Mack*, L. Chen, K. Leahy,
R.A. Haley
15:00 – 183. Mechanochemical, solvent-freesynthesis of metal and metal sulfide
nanoparticles. A. Moores*, M.J. Rak,
T. Friscic, J.M. Kinsella, M. Malca,
T. Bastaille
15:20 Coffee Break
15:30 – 184. Mechanochemical ligand exchange to control the surface properties
of superparamagnetic iron oxide nanoparticles. A.S. Blum*, K.V. Korpany,
J. Bachelder, P. Dong, S. Trudel,
C. Mottillo, T. Friscic
15:50 – 185. Explorations of mechanochemical Friedel-Crafts acylations. M. Djud,
V. Strukil, D. Margetic*
16:15 – 186. Fundamental studies of extrusion and other novel approaches tomechanochemical synthesis.
D.E. Crawford*, J. Casaban, N. Giri,R. Haydon, T. McNally, A. Michalchuk,L. Wright, A. Abbott, C. Pulham, S. James
16:35 – 187. Mechanochemistry as an excellent and clean approach for chemical
synthesis and discovery. T. Friscic
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Carbenes and Carbenoids in Organic
Synthesis (#362)

Organized by: K. Scheidt, M. Murakami,
R. Chi
13:00 – 188. Catalytic synthesis with azavinyl carbenes. V. Fokin
13:25 – 189. Toward carbene organocatalyst-enabled new activation modes.
Y. Chi
13:50 – 190. Carbene-catalyzed asymmetricbenzoin cyclization: Total synthesis ofhighly oxygenated natural products derived from polyketide-II biosynthesis.
K. Suzuki*, H. Takikawa
14:15 – 191. N-heterocyclic carbene catalyzed carbon-carbon and carbon-heteroatom bond formation via vinylogous
enolates and allenolates. J. Sun*
14:40 PM Break
15:00 – 192. Intramolecular formal C-H insertion reaction of photochemically-generated siloxycarbenes leading to benzofused heterocycles. T. Nakada, S. Ishii,
K. Ishida, N. Iwasawa, H. Kusama** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
15:25 – 193. Cross-coupling reactions
through migratory insertion of metal carbene. J. Wang
15:50 – 194. New planar chiral cabenes forcatalysis. K. Scheidt
16:15 – 195. Reactions of alpha-imino metalcarbene complexes generated fromN-sulfonyl-1,2,3-triazoles with sulfur
compounds. M. Murakami
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Cognizance of Endangered Elements for
Organic Synthesis (#415)

Organized by: H. Tsuji, S. Zhu,
G. Konishi, C. Luscombe, L. Campeau
Presiding: L. Ilies, H. Tsuji
13:00 – 196. Base metal catalysis an enabling tool for organic chemistry.
P.J. Chirik
13:30 – 197. Copper or iron-catalyzed organic reactions involving hydrogen transfer processes. S. Zhu*
14:00 – 198. Iron-catalyzed hydro- and carbometalation of alkynes. L. Ilies*,
T. Yoshida, E. Nakamura*
14:20 – 199. Synthesis, structure, and reactivity of aryliron intermediates in iron-catalyzed cross-coupling reaction.
S. Nakajima, K. Isozaki, N. Nakagawa,R. Imayoshi, T. Hashimoto, N.J. Gower,
L. Adak, T. Honma, M. Takagaki,
Y. Sunada, H. Nagashima, D. Hashizume,
O. Takahashi, T. Iwamoto,
T. Hatakeyama, H.R. Takaya*,
M. Nakamura*
14:40 Break
14:55 – 200. Searching for new reactivity:
Iron-catalyzed stereoselective olefin aminohydroxylation and aminofluorination reactions. H. Xu
15:25 – 201. Hydrosilylation of alkenes bycommon metal catalyst systems.
H. Nagashima*, D. Noda, Y. Sunada,
A. Tahara
15:55 – 202. Molybdenum-catalyzed stereospecific deoxygenation of epoxides.
S. Asako*, T. Sakae, T. Nakagiri,
K. Takai*
16:15 – 203. Catalyst design of Vaska-typeiridium complexes for efficient synthesisof ␲-conjugated enamines. A. Tahara,
Y. Sunada, Y. Motoyama, H. Nagashima*

Wednesday Morning
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Reactive Intermediates and Unusual
Molecules (#7)

Organized by: R. Sheridan, M. Abe,W. Leigh
8:00 – 204. Benzoin condensation and related reactions: Gas phase experimental
and computational studies. Y. Tian,
Y. Niu, J.K. Lee*
8:25 – 205. Experimental studies of quinonimides and benzaldimides.
P. Wenthold*
8:50 – 206. Falling solid flash vacuum pyrolysis. C. Wentrup*
9:15 – 207. Controlling the selectivity of photo-Michael “click” reaction with pH.
V. Popik
9:40 – 208. Bimolecular reactions of silicon(Si) and silylidyne (SiH) with small unsaturated hydrocarbon molecules. T. Yang*,
B. Dangi, P. Maksyutenko, R. Kaiser,
L. Bertels, M. Head-Gordon
10:00 – 209. New materials for singlet fission. J. Wen, S. Nedungadi, A. Younes,
J. Kaleta, J. Plutnar, Z. Havlas,
J. Johnson, J. Michl*
10:25 – 210. Cage-type radical cations with
the nature of “One-Electron C–C ␴Bond”. H. Ikeda*
10:50 – 211. Interfacial photochemistry formaterials modification. M. Workentin,
P. Gobbo, W. Luo, V. Popik, D. Sutton,
C. McNitt

11:15 – 212. Synthesis and properties of astable germabenzenylpotassium.
N. Tokitoh*, S. Fujimori, Y. Mizuhata,
T. Sasamori
11:40 – 213. Direct detection of transientstannylenes in solution by laser flash
photolysis. W.J. Leigh*, I.R. Duffy
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
Prospects for Flow Chemistry (#29)

Organized by: J. Yoshida, T. Jamison,
D. Kim, M. Organ
Presiding: A.A. Kulkarni, M.G. Organ
8:00 – 214. New advances in flow chemistry.
D. Mallik, M. Tilley, G. Li, A. Khadra,
K. Somerville, M. McGuire, M.G. Organ
8:25 – 215. Solid phase catalysts confined in
multiwalled carbon nanotubes: Catalytic
asymmetric nitroaldol and Mannich-type
reactions in a continuous-flow platform.
N. Kumagai*, K. Hashimoto,
M. Shibasaki*
8:40 – 216. Heterogeneous metal nanoparticle catalysts for multiphase flow processes. H. Miyamura, S. Kobayashi*
8:55 – 217. Selective transformation ofalkynes with nanoporous gold catalyst.
Y. Ishikawa, T. Jin, Y. Yamamoto,
N. Asao*
9:10 – 218. Dual role flow reaction system
containing an amphiphilic polymer-dispersion of platinum nanoparticles for oxidation and reduction. T. Osako, K. Torii,
A. Tazawa, Y. Uozumi*
9:25 – 219. Microfluidics and carbon dioxide. E. Kumacheva
9:50 – 220. Intensification of flow ATRP polymer syntheses by microreaction technologies. D. Parida, C.A. Serra*, D.K. Garg,
Y. Hoarau
10:15 – 221. Multistep flow synthesis: Synchronizing the synthesis and work-up
time scales. A.A. Kulkarni*, Y. Sharma,
M. Sharma, R.A. Joshi
10:40 – 222. Precision polymer synthesis incontinuous microflow: Challenges andperspectives. T. Junkers*
10:55 – 223. Synthesis of multifunctional
polymers by RAFT method and droplet
microfluidic approach for cancer cells imaging. L. QI*
11:10 – 224. On the generation of butyl rubber in a microflow device. Y. Lu*, S. Zhu,
K. Wang, G. Luo
11:25 – 225. Rhodium-catalyzed arylation ofvinyl ethers with Grignard reagents andits mechanistic studies using a flow micro
reactor. T. Iwasaki, R. Akimoto,Y. Miyata, H. Kuniyasu, N. Kambe
11:40 – 226. Direct manipulation of particle
size and morphology of ordered mesoporous silica by flow synthesis. K. Yeung
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Molecular and Supramolecular
Photochemistry (#71)

Organized by: J. Sivaguru, W. Chung,
C. Bohne, c. Tung, M. Sakamoto,
V. Ramamurthy
Presiding: C. Bohne
8:00 Zimmerman symposium Remarks
8:05 – 227. One and two photon release of
new bioactive initiators/substrates fromp-hydroxyphenacyl cages. R.S. Givens*
8:35 – 228. Photochemical cyclizations ofenynes and enediynes: Optimizing electronic and stereoelectronic factors.
I. Alabugin*, R. Mohamed
9:05 – 229. Development of photolabile protecting groups . P. Wang
9:35 Break
9:50 – 230. Topological activation of fluorophores for imaging and sensors.
L.M. Tolbert*, K. Solntsev
10:20 – 231. Photochemistry and spectroscopy of thiophene carbenes.
R.J. McMahon*, C.R. Pharr, L.A. Kopff
10:50 Break

11:05 – 232. Intramolecular cycloadditions ofphotogenerated azaxylylenes and quinomethanes. A.G. Kutateladze*,
O.A. Mukhina, N. Kumar
11:35 – 233. Decarboxylative radical reactions of aliphatic carboxylic acids via
photoinduced electron transfer.
Y. Yoshimi
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Innovative Strategies for the Synthesis of
Nitrogen Heterocycles (#74)

Organized by: R. Danheiser,
T. Fukuyama, M. Lautens
Presiding: M. Lautens
8:00 – 234. Photoassisted synthesis of complex nitrogen polyheterocycles.
A.G. Kutateladze*, O.A. Mukhina,
N. Kumar, W.C. Cronk, W.J. Umstead,
D.M. Kuznetsov
8:20 – 235. New methods for the construction of biologically relevant nitrogen heterocycles. M.G. Banwell*
9:00 – 236. New cycloaddtion strategies
based on strained and unusual molecules. R. Danheiser*
9:40 – 237. New methods for N-C bond formation. P.S. Baran
10:20 – 238. New annulative routes to heterocycles from donor-acceptor cyclopropanes. M.A. Kerr
11:00 – 239. Aiming divergent syntheses ofpolycyclic natural products.
J. Shimokawa*, M. Kitamura*,
T. Fukuyama*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Practical Application of Basic Research on
Molecular Recognition (#136)

Organized by: C. Tran, K. Kano,
C. EastonPresiding: C.D. Tran, M.W. Urban
8:00 Opening Remarks
8:05 – 240. Tunable solid-state fluorescentmaterials for supramolecular encryption.
J.F. Stoddart*, X. Hou, C. Ke
8:30 – 241. Evolution of chiral recognitionand separations: New selectors and ultrafast analyses. D.W. Armstrong*
8:55 – 242. From stimuli-responsive polymers to self-repairing materials.
M.W. Urban*
9:20 Break
10:00 – 243. Differential sensing, theory, andapplications. E.V. Anslyn*
10:25 – 244. Molecular fibres and wires insolid-state and solution self-assemblies
of cyclodextrin [2]-rotaxanes.
C.J. Easton*
10:50 – 245. Chemical tools to isolate a desired fragment from human genome.
M. Komiyama
11:15 – 246. Analyses for recognition function of glycolipids using planar lipid membranes. T. Sato

10:00 – 251. One-pot synthesis of enantioenriched fluorinated cyclopentenones
and 4,9-dihydro-1H-carbazoles by the
combination of gold catalysis and asymmetric Lewis acid catalysis. L. Ye*,A. Zhou
10:20 – 252. Gold and its combination withchiral Brønsted acids for asymmetric catalysis. L. Gong*
10:50 – 253. Gold-catalyzed post-Ugi heteroannulations and domino reactions.
E. Van der Eycken*
11:10 – 254. Gold-catalyzed enanntioselective synthesis of azahelicenes.
K. Tanaka*
11:40 – 255. Reinventing cycloaromatization
reactions with Au-catalysis: Switch from
diradical to zwitterionic pathways.
I. Alabugin, G. dos Passos Gomes
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Molecular Function of Natural Products:
Advances towards Chemical Biology (#237)

Organized by: M. Ueda, B. Miller, K. Irie,
B. Miller, B. Miller, C. Lin, T. Oishi,
C. Forsyth, H. Lee
Presiding: C. Forsyth8:00 – 256. Mechanistic evaluation of the inhibition of polyaromatic mutagens by endogenous bile pigments.
J.T. Blanchfield*, H.T. Hung, A. Bulmer,
K. Wagner , J. De Voss, A. Abu Bakar
8:15 – 257. Nitrimine coupling reactions inthe synthesis of biologically active molecules. V.V. Angeles-Dunham,
A.E. Mattson*
8:30 – 258. Tyrosine-selective chemical
modification using single-electron-transfer catalyst. S. Sato, K. Nakamura,
H. Nakamura*
8:45 – 259. One-pot sequential palladiumcatalyzed cross-coupling reaction of cyclic boron compounds. R. Suzuki,
K. Sato, S. Fuse, H. Tanaka
9:00 – 260. Studies on synthesis and structure-activity relationships of neuroactive
glutamate analogs. M. Oikawa,
M. Chiba, K. Fukushima, K. Kawamura,
Y. Ishikawa
9:30 – 261. Development of artificial assembly line for skeletally diverse natural products and its variants. H. Oguri*
10:00 – 262. New directions in the Fischer
indole synthesis. C. Cho*
10:30 – 263. Structure-activity relationshipstudies of maitotoxin based on chemical
synthesis of partial structures. T. Oishi*
11:00 – 264. Privileged structures as efficientchemical navigators toward unexploredbiologically relevant chemical spaces.
S. Park*
11:30 – 265. Discovery, characterization,and synthesis of natural products withactivity against Gram-negative pathogens. J.B. MacMillan*

Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Homogeneous Gold Catalysis: Methods,
Theories and Applications (#192)

Organized by: L. Zhang, H. Ohno, R. Liu
Presiding: R. Liu
8:00 – 247. Gold and copper-catalyzed skeletal rearrangement of O-propargylic oximes. I. Nakamura*, S. Gima, Y. Kudo,
M. Terada
8:20 – 248. Selectivity control in gold-catalyzed reactions. J. Zhang
8:50 – 249. Selective synthesis of complex
carbocycles via a one-pot gold(I)-catalyzed cyclization. L. Barriault, G. Revol,
F. Barabé, P. Levesque
9:10 – 250. Reactivity driven discovery ofgold-catalyzed reaction for organic synthesis. F. Toste
9:45 break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–137

04 – ORGN
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2
Frontiers of Chirality in Organic Chemistry(#286)

Organized by: J. Canary, N. Berova,
E. Yashima, M. Hyun, T. Shibata,T. Asahi, C. Welch, S. You
Presiding: M. Hyun
8:00 Introduction
8:05 – 266. Synthesis and enantioseparation
ability of immobilized polysaccharidebased chiral stationary phases for HPLC.
Y. Okamoto
8:35 – 267. Development of crown etherbased chiral stationary phases based on(⫹)-(18-crown-6)-2,3,11,12-tetracarboxylic acid and their applications. M. Hyun*
9:05 – 268. Recent applications of chiralchromatography for pharmaceutical discovery and development. C. Welch
9:35 – 269. Controlled synthesis and chiralrecognition ability of polysaccharide derivatives bearing regioselective substituents. J. Shen
10:05 Break
10:15 – 270. Endogenous D-amino acids inthe nervous and endocrine systems:
From formation and release to function.
S.S. Rubakhin, A.V. Patel, N. Ota,
J.V. Sweedler
10:30 – 271. Ultrafast chiral separations:Praxis, performance, and peculiarities.
D.W. Armstrong*
11:00 – 272. Pushing the speed limits in chiral supercritical fluid chromatography.
E.L. Regalado*
11:15 – 273. Supramolecular methods forthe rapid determination of enantiomeric
excess. E.V. Anslyn

TECHNICAL PROGRAM
8:40 – 283. Cellulose nanocrystals as catalysts supports and chiral inducers.
A. Moores, M. Kaushik, C. Cirtiu,
C. Benoit
9:00 – 284. Unsupported palladium nanoparticles for mono- and bi-phasic hydrogenation and redox isomerization of alkenes
in water: Structurally stable and reusable
micelle catalysts. M.S. Manung, T. . Dinh,
Y. Shon*
9:20 – 285. Naked iron and cobalt: The caseof homogeneous vs. heterogeneous.
A. Jacobi von Wangelin*
9:40 Break
10:00 – 286. Polymer-incarcerated metals:
Highly reactive, recoverable, and multifunctional nanoparticles catalysts forgreen sustainable chemistry.
S. Kobayashi
10:20 – 287. Mag(net)ic catalysts - synthesis
and applications. O. Reiser*
10:40 – 288. Development of dinuclear copper complex catalyst using interlayer
nanospace of magadiite for efficient bondformation reactions. Z. Maeno,
T. Mitsudome, T. Mizugaki, K. Jitsukawa,
K. Kaneda*
11:00 – 289. Hyperbranched polystyrenes
bearing ammonium salts as the supportof nanometal particles: Applications to biphasic catalyst systems. H. Nagashima*,
L. Gao, K. Kojima
11:20 – 290. Engineering the catalyst performance of bimetallic nanoparticles forglycerol upgrading. Z. Zhao*,
R. Gonzalez, J. Miller, M.S. Wong
Hawaii Convention CenterHalls I, II, III
Mechanochemistry and Solvent-freeSynthesis (#322)

Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2Organized by: T. Friscic, E. Juaristi,
C. RastonSupramolecular Chemistry at the Interfaceof Materials, Biology, and Medicine (#300)

Poster Session
10:00 – 12:00

Organized by: S. Zimmerman, Z. Li,
K. KimPresiding: S. Zimmerman
8:00 – 274. Helical aromatic amide foldamers: Some new advances. Z. Li*
8:30 – 275. Triptycene-derived macrocyclic
hosts for molecular recognition and selfassembly. C. Chen
9:00 – 276. Helical polymers and oligomers
as unique chiral materials. E. Yashima
9:30 – 277. New materials from the supramolecular assembly of cellulose nanocrystals. M. MacLachlan
10:00 – 278. Fluorescent RNA labeling using
self-alkylating ribozymes. J. Heemstra
10:20 – 279. Application of self-assembled
nanostructures to organic electronic devices. J. Hong*
10:50 – 280. One-pot synthesis and self-assembly of P3HT-containing block copolymers. Z. Wu, N. Liu
11:10 – 281. Conjugated radical cation
dimerization (CRCD) as noncovalent driving force for supermolecular self-assembly. D. Zhang*, L. Chen, Y. Zhang,
J. Tian, L. Zhang, W. Wang, H. Wang,
Z. Li
11:30 – 282. Correlation of molecular properties and supramolecular morphology ofcationic lipoplexes with transfection efficiency. P. Parvizi, L. Radu,
N. Abdul Khalique, E. Jubeli,
D. Nicholson, H. Larsen, M. Pungente,
T. FylesHilton Hawaiian Village
Kalia Tower, Lehua Suite
Nanomaterials as Catalysts for Green
Chemistry (#313)

Organized by: A. Moores, Y. Uozumi,
C. Li, R. Varma
8:00 Break138 –TECH

291. Mechanochemistry: Fundamental questions and commercialisation. S. James*
292. Solvent-free solid-phase direct reduction of benzaldehydes to benzyl alcohols.
Y. Mitoma*, Y. Matsumoto, N. Egashira,C. Simion, M. Tanaka
293. Mechanochemistry as a tool for reaction discovery: New copper catalyzed
mechanochemical C-N coupling reactions. D. Tan, T. Friscic
294. Thermal effects in mechanochemical
milling reactions. K. Uzarevic, I. Halasz,
C. Mottillo, P. Julien, A. Puskaric,
V. Strukil, T. Friscic*
295. Mechanochemical synthesis of MOF-74
family of metal-organic frameworks.
K. Uzarevic, P. Julien, A. Katsenis,
I. Halasz, T. Friscic*
296. Templation effects and novel ZIF structures by solid state synthesis. I. Brekalo*,
J.R. Ramirez, C.M. Kane, K.T. Holman
297. Mechanochemical synthesis of a seriesof meso-tetrasubstituted porphyrins.
Q. Su, T. Hamilton*
298. Atom economic and environmentallybenign synthesis of oxindoles by metalcatalyzed cyclization under solvent-free
and aerobic condition. H. Shin, S. Kim,
W. Lee*, J. Choi, H. Ha*
299. JEDI analysis of the distribution of mechanical stress in polymer knots.
T. Stauch*, A. Dreuw
300. Mechanochemistry as a greener routeto biological porphyrin targets.
D. Cordero, T. Hamilton*
301. Mechanochemistry for the green preparation of bioactive hydantoins.
E. Colacino*
302. Ball-milling as solventless green technology for revisiting the N- and C-protection of amino acids and esters.
E. Colacino*303. Solvent-free mechanochemical synthesis of hierarchical ZIF-8 MOF. S. Tanaka,
A. Yasuyoshi, Y. Miyake, G.V. Baron,
J.F. Denayer
304. Development of the new versatile reaction field for various organic reactions.
M. Ohmura, Y. Ishimura, Y. Ikeda,
S. Kamino, D. Sawada*

305. Effect of high pressure on the Raman
spectra of some solid mechanochemically-produced halogen-bonded Cocrystals. I.S. Butler*,
Y. Desjardins-Langlais, J. Poisson,
C. Nickels, T. Friscic
Hawaii Convention CenterHalls I, II, III
Carbenes and Carbenoids in Organic
Synthesis (#362)

Organized by: K. Scheidt, M. Murakami,
R. Chi
Poster Session
10:00 – 12:00
306. Ring-expansion reaction of vinylsulfonium ylides generated by the reaction ofvinylcarbenoids with 2-aryl-1,3-dithiolanes. T. Koizumi*, Y. Ichinose,
K. Oshima, Y. Nakata, H. Takahashi,
K. Goto, I. Shibata
307. Ruthenium-catalyzed cycloisomerization of alkynes containing a heteroatomheteroatom bond: From repulsive to resonance interactions. S. Roh*, I. Kim,
S. Kim, C. Kim, C. Lee*
308. Highly enantioselective synthesis of cyclopropane ring fused ␥-lactones via intramolecular carbene transfer reactions.
Y. Nakagawa, S. Chanthamath,
N. Nakayama, H. Goto, K. Shibatomi,
S. Iwasa
309. Highly enantioselective C⫺H insertion
reaction of N-alkyldiazoacetamides byusing Ru(II)-pheox complex. T. DoanThi,
S. Chanthamath, K. Shibatomi, S. Iwasa*
310. Carbohydrate-based N-heterocycliccarbenes (NHCs) for asymmetric catalysis. A.S. Henderson, J. Bower, M. Galan*
311. Ionic liquids as precatalysts in thehighly stereoselective synthesis of 1,6ketoesters. L. Ta, A. Axelsson, J. Bijl,
H. Sundén*312. Kinetic study on rhodium(II)-catalyzed
cyclopropanation of sulfonyl-1,2,3-triazoles. S. Kwok, V. Fokin*313. Ruthenium porphyrin catalyzed threecomponent reaction for the synthesis ofmultifunctionalized isoxazolidines andaziridines. A. Reddy, C. Zhou, C. Che
314. Asymmetric synthesis in green solvents:
Homoenolate reactions of N-heterocycliccarbenes. J.J. Kiddle, D. Kidd
315. Regioselective functionalization of 1,4dicarbonyls through the rhodium(II)-carbenoid promoted sigmatrofpic rearrangement. J. Lee, D. Jung, S. Lee*
316. Synthetic study of termicalcicolanone B
using NHC-catalysis. Y. Kitahara,
A. Tsunoi, T. Utsunomiya, K. Tazawa,
K. Manabe, Y. Suzuki
317. Total synthesis of (⫹)-tanikolide and its
analogs by traceless stereoinduction
method using Rh(II)-catalyzed oxonium
ylide formation⫺[2,3]-sigmatropic rearrangement. H. Jinnouchi, H. Nambu,
T. Fujiwara, T. Yakura
318. Tandem rhodium/Lewis acid-catalyzed
reaction of N-sulfonyl-1,2,3-triazoles and2,3-epoxy alcohol: A new route to oxazine derivatives. Y. Ko, S. Lee*
319. Catalyst design for chemoselectivity in
the NHC-catalyzed cross-benzoin reaction. S. Langdon, C.Y. Legault,
M. Gravel*
320. Robust pocket recognizing the chiralityof amines and showing chiral switching in
acetone. Y. Jin, Y. Choi, S. Park, k. kim
321. Highly stereoselective cyclopropanations of Weinreb amide derivatives usingnovel Ru(II)-pheox catalysts.
H.S. Mandour, S. Chanthamath,
K. Shibatomi, S. Iwasa*
322. Stereoselective synthesis of ␣,␤-disubstituted ␥-lactones promoted by binaphthyl Rh carboxylate catalyst. W. Lu,
P. Xu, T. Furuta*, T. Kawabata323. N-heterocyclic carbenes for nucleophilic acylation. K. Dobashi, Y. Suzuki,
e. ishithubo, H. Tokiwa
324. Ru(II)-Pheox catalyzed carbene transfer
reactions of diethyldiazomethylphosphonate. S. Ozaki, S. Iwasa*,
S. Chanthamath, K. Shibatomi

325. Enantio- and diastereoselective intramolecular C–H insertion of ␣-diazoesters
catalyzed by chiral dirhodium(II) carboxylates. T. Miyazawa, K. Minami, K. Imai,
K. Takeda, M. Anada, S. Matsunaga,
S. Hashimoto*
326. Synthesis of planar chiral [2.2]paracyclophane-based bisoxazoline ligands
bearing no central chirality and application to Cu-catalyzed asymmetric O-H insertion reaction. s. kitagaki*, K. Sugisaka,
K. Asaoka, S. Murata, N. Takenaga,
C. Mukai
327. Exploration of an ester alternative andapplication as a pronucleophile for direct
catalytic asymmetric Mannich reaction
catalyzed by N-heterocyclic carbene.
A. Takahashi, S. Handa, H. Sugimoto*328. Synthesis and characterization of multinuclear Au complexes bridged by two
1,2,3-triazolylidene carbene-phosphinehybrid ligands. M. Nishimura, K. Amaike,
T. Ooi*, K. Itami*, K. Ohmatsu,
J. Yamaguchi
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Cognizance of Endangered Elements for
Organic Synthesis (#415)

Organized by: H. Tsuji, S. Zhu,
G. Konishi, C. Luscombe, L. Campeau
Presiding: G. Konishi, C. Luscombe
8:00 – 329. Potential of carbon: Can it be analternative to rare and precious elements?. H. Tsuji*
8:20 – 330. Pyrene-based D–␲–A dyes withpyridyl carboxamide substituent as anovel acceptor exhibit high quantum yieldand perfect solvatochromic fluorescencein apolar and polar solvents. C. Chen,
G. Konishi
8:40 – 331. Bright and colour-tunable aggregation induced emission of sterically congested D-␲-D quadrupolar dyes and their
excited-state dynamics. S. Sasaki*,
G. Konishi
9:00 – 332. Molecular recognition of doubly
phosphorus-containing molecular host.
M. Yamamura, T. Nabeshima
9:20 – 333. Triplet-energy control of PAHs
by heteroatom incorporation for development of OLED materials.
T. Hatakeyama*, T. Ikuta, K. Shiren,
S. Hashimoto, S. Nakatsuka, H. Hirai,
K. Nakajima, J. Ni, M. Nakamura
9:40 Break
9:55 – 334. Short syntheses of polycyclic aromatic hydrocarbons by catalytic arylation of C-H and C-O bonds in aromatic
ketones. F. Kakiuchi
10:25 – 335. Facile synthesis of ethenebridged terthiophenes and their physicalproperties. K. Mitsudo*, H. Sato, J. Goto,
A. Yamasaki, S. Suga*
10:45 – 336. Facile synthesis of fluorenebased conjugated polymers via direct
arylation polycondensation. T. Kanbara*,
H. Saito, J. Kuwabara
11:15 Closing Remarks* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
Photoredox Catalysis in Organic Synthesis(#440)

Organized by: D. Nicewicz, S. Fukuzumi,
W. XiaoPresiding: D. Nicewicz
8:00 Opening Remarks
8:05 – 337. Enantioselective photochemistry
via tandem photoredox and Lewis acidcatalysis. T.P. Yoon*
8:40 – 338. Controlled perfluoroalkylations ofalkynes and alkenes. E. Cho*
9:10 – 339. Proton-coupled electron transfer
in organic synthesis and asymmetric catalysis. R.R. Knowles
9:30 – 340. Regioselective difunctionalization of olefins by photoredox catalysis.
T. Koike*, M. Akita
10:00 Break
10:15 – 341. Synthetic control of photoinduced electron transfer of cyclometalatedIr(III) and Pt(II) complexes and applications to photoredox catalysis. Y. You*
10:45 – 342. Photoinduced electron transfer
mechanism for ␤-carbonyl Mannich functionalization. J. Jeffrey*
11:05 – 343. Photoredox catalysis for azide
anion activation. A.G. Griesbeck
11:25 – 344. Visible light mediated free radical chemistry. C. Stephenson
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
Catalytic Multicomponent, Tandem andCascade Reactions (#455)

Organized by: B. Arndtsen,
J. Montgomery, K. Nozaki
Presiding: B. Arndtsen, J. Montgomery,K. Nozaki
8:00 – 345. Chain walking as a strategy forcatalytic organic synthesis. T. Kochi*
8:30 – 346. Alkyl-alkyl bond formation bycascade cyclization-coupling reactions
catalyzed by first-row transition metal
complexes. D.J. Cárdenas*, M.E. Buñuel, M. Guisan-Ceinos, F. Tato, R. SolerYanes, D. Collado
8:50 – 347. Cascade reactions enabled bynickel and copper catalysis.
J. Montgomery*
9:20 – 348. Diversity-oriented asymmetriccatalysis (DOAC) for spirooxindoles.
T. Arai
9:40 – 349. Sequential catalysis via the combination of Ru/chiral phosphoric acid.
S. You10:10 Break
10:20 – 350. Multistep, multicatalytic processes for organic synthesis.
J.F. Hartwig
10:50 – 351. Tandem applications of process analytical technology to accelerate
reaction discovery and optimization.
J. Hein11:10 – 352. Bifunctional acid-base mixed
oxide catalysts for cascade reactions inethanol conversions. K. Ramasamy*,c. Smith, M. Gray, H. Job, y. wang
Hawaii Convention CenterHalls I, II, III
Organic General Posters
10:00 – 12:00
Asymmetric Synthesis
353. Synthesis of tetracyanocyclopentadienide salts featuring a chiral BINOL auxiliary. J. Matsuoka, T. Sakai*, Y. Mori*
354. Hydrolysis and stereoconversion ofamino acid esters by ARCA and its reaction mechanism. K. chun, T. Kim
355. Enantioselective 1,2-addition of aryl
Grignard reagents to ketones.
K. Osakama, M. Nakajima*
356. Chiral N-(tert-butyl)-N-methylaniline
type ligands: Synthesis and application to
palladium-catalyzed asymmetric allylic alkylation. T. Mino*, M. Asakawa,Y. Shima, M. Sakamoto

357. Catalytic enantioselective amidation of
␣-amino acid derivatives by a chiral tertamine catalyst. K. Masaki, M. Kitamura,
S. Sasaki, M. Kunishima*
358. Chiral lithium binaphtholate catalyzed
enantioselective Michael additions ofacyclic ␣-alkyl-␤-keto esters.
M. Moritani, S. Kotani*, M. Nakajima
359. Synthesis and structure of macrocyclic
pybox complexes. S. Komagawa,T. Hiuke, M. Ueno, K. Yamaguchi*
360. Enantioselectie ␣-arylation of esters:
Redesign of a ligand to solve a classicalsynthetic challenge. P. Zhang
361. Axially chiral biaryl dials: A chiral shift
reagent for primary amines. S. Kim,
G. Lee, S. Lee, H. Han
362. Highly resio- and enantioselective hydrostannation of alkynes. J. Park,
S. Gupta, Y. Do, J. Lee, M. Lee, J. Han,
Y. Rhee*, J. Park*
363. Regiochemistry-directed syntheses ofpolyhydroxylated alkaloids from chiralaziridine. J. Choi, H. Eum*, H. Ha, C. Cho364. Highly regio- and stereoselective ring
expansion of chiral aziridines: Application
toward the asymmetric synthesis of nitrogen containing heterocycles. J. Choi*,
N.N. Yadav, H. Ha
365. Enantio- and diastereoselective conjugate addition of 1-pyrroline 5-carboxylateesters to nitroalkenes catalyzed by silver
and copper complexes with chiral ferrocenyl ligands. M. Kimura*
366. Asymmetric Favorskii rearrangement of
␣-chloro-␤-keto esters. N. Sasaki,
M. Kotozaki, K. Shibatomi*, S. Iwasa
367. Investigation of tert-butylsulfinylmethyl
substituted aryl compounds for stereocontrolled condensation with an electrophile. J. Wei, Z. Sun*
368. Optical resolution of 1,2-diphenylethylenediamine using diastereomeric salt formation method. S. Kishimoto, T. Kijima,
W. Fujiwara, S. Murakami, S. Matsuba,
B. Hatano369. Stereoselective synthesis of 3-hydroxy4-arylcyclopentanones through a HeckMatsuda desymmetrization.
R.C. Carmona*, C.D. Correia

382. Mechanistic studies on the organic reactions catalyzed by Pd–Fe3O4 heterodimeric nanoparticles. S. Byun*, B. Kim*
383. Synthesis of anilines from aryl halidesvia copper-catalyzed amination in aqueous ammonia. Y. Cho, H. Jung, H. Jeon*
384. Synthesis and applications of electron
deficient triazinylphosphine ligands.
K. Abe, M. Kitamura, M. Kunishima*
385. Cu-catalyzed hydro- and alkylperfluoroarylation of 1,3-butadiene. K. Okamoto,T. Iwasaki, H. Kuniyasu, N. Kambe*
386. Rhodium-catalyzed tandem addition–
cyclization of alkynylimines. K. Choi,
J. Joo*, C. Lee*
387. Direct catalytic conversion of ammonia
and allylic alcohols to primary allylaminesat room temperature. R. Shibuya, L. Lin,T. Ohshima
388. Selective role of zeolites in the electrophilic substitution reactions .
M.H. alotaibi*, K. Smith, G. El-Hiti
389. One-pot preparation of ␣-aminonitriles
by indium-catalyzed three-component
coupling reaction of alkynes, amines, andtrimethylsilyl cyanide. Y. Hamachi,
Y. Ogiwara, N. Sakai390. Direct condensation between phthalide
and primary amine in the presence of literally catalytic amount of the Lewis acidcatalyst. I. Takahashi, S. Hosoi
391. Mechanistic study on the generation ofcarbon monoxide from phenyl formate
and its application to the development of
Pd-catalyzed carbonylation at room temperature. H. Konishi, M. Matsubara,
K. Mori, Y. Ishikawa, H. Hashimoto,H. Tokiwa, K. Manabe*392. BICMAP-rhodium catalyzed 1,4-addition of arylboronic acids to coumarin derivatives. K. Watanabe, T. Mino*,
K. Miura, Y. Mizutani, M. Sakamoto
393. Transition metal catalyzed allylation of
trifluorotoluene derivatives using allylsilane. T. Umi, T. Yamada, K. Saito,
T. Akiyama*394. Effective catalyst (cobalt salt/Lewisacid) for Beckmann rearrangement of cycloalkanone oximes. H. Yamamoto*,
A. Ishikawa, M. Sumimoto, K. Hori

Catalysis370. Formation of cyclic carbonates from
CO2 and epoxides catalyzed by a new
type of Lewis acid-base bifunctionalM(salphen) (M⫽Zn, Cu and Ni). Y. Ren*,
H. Jiang*
371. Synthesis of cyclopentadienyl rhodium
complexes bearing a cyclodextrin andtheir application to catalytic reactions.
H. Yamauchi, S. TSUDA, T. Iwasaki,
S. Fujiwara, H. Kuniyasu, N. Kambe
372. Imidazopyridine-palladium catalyzed
Mizoroki-Heck reaction. N. Kozai,
F. Yagishita*, K. Nomura, T. Mino,
Y. Kawamura, M. Sakamoto
373. Indium-catalyzed formal N-arylation
and N-alkylation of pyrroles with amines.
K. Yonekura, O. Kenji, T. Tsuchimoto*374. Rhenium-catalyzed isomerization of Nalkylpropargylamines to N-alkylideneallylamines. Y. Fukumoto*, N. Okazaki,
N. Chatani
375. Pd-catalyzed asymmetirc intermolecular hydroalkoxylation of alkoxyallene.
S. Kang, J. Lee, K. Seo, Y. Rhee*376. Nickel-catalyzed stannylation of organohalides. K. Komeyama*
377. Mn-catalyzed alkyl-Heck-type reaction
via oxidative decarbonylation of aldehydes. Z. Zong378. Transition metal-catalyzed oxygenative
␣-addition and ␤-alkylation of terminal
alkynes. H. Yun, H. UM, C. Lee*
379. Tris(pentafluorophenyl)borane-catalyzed organofunctionalization of various
materials with derivatized-polymethylhydrosiloxanes. Y. Masui, S. Ichii,
K. Iwaida, K. Kanamori, T. Kamei,
K. Nakanishi*, T. Shimada*380. Rhodium-catalyzed reaction of terminal
alkynes with t-butylhydrazine leading tonitriles. Y. Tamura, Y. Fukumoto*,
N. Chatani
381. Nickel-catalyzed reaction of perfluoroarenes with 1,3-butadiene throughdimerization of 1,3-butadiene. X. Min,T. Iwasaki, H. Kuniyasu, N. Kambe*

Macromolecues, Host-guest Chemistry
and Sensors
395. Synthesis of crystal mimicking 1,3-diphenylisobenzofuran. F. Johansson,
J. Mårtensson*396. One-pot synthesis of novel polysubstituted 1,1’-phenylene-bipyrrole via the
double 1,3-dipolar cycloaddition reaction.
C. Nii, H. Liu, S. Ueta, F. Yagishita,
Y. Kawamura*
397. Development of a new set of quinazolines: Strong fluorophores for solution
and solid state. M. Motoyama,
M. Lukarska, T. Doan, B. Witulski,
Y. Suzuki*
398. Synthesis and controlled flapping motion of clothespin-shaped binuclear palladium complexes bearing alkyl amide linkers. R. Inoue*, S. Kawamorita, T. Naota
399. Thermochromic behavior of tetraarylporphyrin zinc complexes bearing aminogroups. S. Nakajima*, T. Enomoto,H. Shinohara
400. Synthesis and application of cyclic
polyglycerol derivatives. M. Hamada*,
H. Tannaka, S. Kawabata, T. Kishimoto,
N. Nakajima
401. Biphasic CuAAC reaction using a phasetransfer agent. J. Kim, S. Lee, Y. Kwon,
S. Kim*402. Novel fast and clean syntheses of cyclotriveratrylene (CTV). H. Beynek*
403. Development of a fluorescent probe
based on the coumarin unit to detect urease. A. Hasegawa, T. MURAFUJI,
S. Kamijo, K. Ishiguro404. Highly efficient synthesis and monofunctionalization of monodisperse poly(ethylene glycols). Z. Jiang*, H. Zhang,
X. Li, Y. Li
405. Synthesis and structure of one-handed
M2L-type helicates made of open-chain
hexapyrrole. T.T. Nguyen, C. Eerdon,
J. Setsune*406. Membrane fusion triggered by pseudoceramide formation. S. Lee, Y. Lee,
H. Lee, J. Kim, H. Jeon, S. Kim*

407. Preparation of polymethylhydrosiloxane
having ATRP initiator moieties and theapplication in living polymerization of styrene on glass surfaces. K. Iwaida,
S. Ichii, Y. Masui, K. Kanamori, T. Kamei,
K. Nakanishi*, T. Shimada*408. Synthesis and anion binding behaviorsof pyrrole-based receptors with extended
␲-conjugation. Z. Zhang, K. Nishinaka,
J. Setsune*409. Synthesis, X-ray structure, and metal
extraction abilities of new diethylphate
modified thiacalix[4]arene. T. Kimuro,
K.U. Maheswara, M. Yamada, Y. Kondo,
F. Hamada*410. Dynamic helical structure of dinuclear
metal complexes of tetrapyrioctaphyrin(1.0.0.0.1.0.0.0). T. Ito, J. Setsune*411. Cesium extraction capability based on
hybrid polymers consisting of ␤-cyclodextrin and diatomite. Y. Kondo*,
M. Ulzii, M. Yamada, F. Hamada
412. Kinetic studies of poly(vinyl alcohol)/Na⫹-montmorillonite nanocomposites.
J. Lee*, G. Shin, K. Choi, S. Lee
413. Uni-directional movement by active
transport on rotaxane. N. Junya,
N. Kihara*
414. Conversion of pisiferic acid andpisiferanol into catechol-type icetexanes.
E. Nishigaki, Y. Matsushita, K. Sugamoto
Medicinal & Bioorganic Chemistry415. Synthesis and investigation of enzymetriggered CO-releasing molecules for biological and pharmaceutical applications.
A. Göderz, H. Schmalz*
416. Antioxidant capacity evaluation in polysaccharides derived from seaweed.
K. Hirao, A. Nakamura, M. Moto,
K. Katsuraya, K. Iwasaki, K. Tanaka,
A. Murota
417. Practical remediation of the PCB-contaminated soils. A. Ido, M. Niikawa,
S. Ishihara, Y. Sawama, T. Nakanishi,
Y. Monguchi, H. Sajiki, H. Nagase*418. Discovery and development of a newcommercial route for a key regulatory
starting material in the synthesis of PI3k
␤-sparing inhibitor GDC-0032 (Taselisib).
D.R. Beaudry*
419. Cembranoids with antifouling activity:
Isolation, analogs production, synthesis,
and working model. E. Tello*,
l. castellanos, M. Puyana,
C. Arévalo-Ferro, C. Jiménez,
J. Rodrı́guez, C. Duque420. Solvent-dependent conformational
studies of the E. coli siderophore enterobactin and derivatives: The role of solvent
donor and acceptor numbers.
C.E. Godinez, C.G. Gutierrez*,
A. Oganesyan
421. Chemical and genetic diversity of Ligularia virgaurea. Y. Saito, Y. Takashima,
A. Kamada, S. Iga, M. Taniguchi,
K. Hoshiyama, C. Hayami, K. Nakashima,
Y. Okamoto, M. Tori, R. Hanai, X. Gong,
C. Kuroda
422. Chemical lineages of Ligularia fischeri
and L. veitchiana. C. Kuroda*,
C. Shibayama, K. Inoue, Y. Okamoto,
M. Tori, Y. Saito, R. Hanai, X. Gong
423. Intra-specific diversity in cytotoxic sesquiterpene lactone constituents of Eupatorium heterophyllum collected in P. R.
China. M. Ogata, Y. Saito, K. Nakashima,
Y. Okamoto, M. Tori, T. Kawahara,
R. Hanai, Y. Matsuo, T. Tanaka, X. Gong,
C. Kuroda* Principle Author

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TECH–139

04 – ORGN
424. Antifungal bismuth heterocycles possessing a fluorophore to study the mechanism of its action. M. Wada,
T. MURAFUJI, S. Kamijo, I. Miyakawa,
H. Kotoh
425. Potent inhibitors for hepatitis C virus
NS5A: SAR studies on the benzidine anddiaminofluorene cores. I. Bae*, B. Kim*
426. Development of a commerical manufacturing process for the PI3K beta-sparing inhibitor Taselisib. F. St-Jean,
T. Remarchuk, D. Carrera, A. McClory,
D. Beaudry, R. Angelaud
427. Synthesis and biological evaluation ofquinolines analogs through cycloaddition
imino Diels-Alder reaction. L.J. Prent,
Y. Duarte*, M. Gutierrez
428. Synthesis of furoxan derivatives andstudy on their nitric oxide-releasing ability. A. Ando, R. Matsubara, S. Takazawa,T. Shimada, M. Hayashi
429. Efficient synthesis of arylnaphthalene
lactones with potent anticancer activities. D. Shin*, C. Lee, S. Park, J. Lee
430. Improved anticancer effect of the microwave-irradiation processing ginseng
extract increased Rg3, Rk1, and Rg5 ginsenosides. J. Ham*, K. Kang, P. Choi,
J. Park, T. Kim, S. Park, H. Kim
431. Volatile compositions of Cherokee aromatic medicinal plants. C.D. Stewart*,
W.N. Setzer
432. Conversion of marine biomass to adipic
acid . N. Shin, S. Kwon, C. Hong,
S. Jeon, Y. Kim*
433. Invention of useful reactions for medicinal chemistry. R.L. Gianatassio*,
J. Lopchuk, P.S. Baran
434. Dependency of alcohol concentrations
on extraction efficiency of sphingolipids
from natural sources. J. Kurisu*,
H. Furuya, C.J. Rosser, T. Kawakita,
E. Furuya
435. Chemical assay-guided natural productisolation using solid-supported chemodosimetric fluorescent probe. H. Jeon,
C. Lim, J. Lee, Y. Kwon, S. Lee, S. Kim*
436. Fluorinated heterocyclic bismuthane:
Synthesis, structure, and antifungal activities. M. OOJI, T. MURAFUJI, K. Ishiguro,
S. Kamijo
437. Functionalized fluorinated moleculeswith applications in biology. R.S. Jwad*,
L. Hunter*, R. Read*
438. Structure elucidation of thitsiol oxide
compound having a carbonyl group.
K. Ito, T. HONDA
439. Analysis of linseed oil with the additionof pigments. D. Yamada
Organometallic Chemistry,C-H Activation and Cycloaddition
440. Development of Hiyama-Hatanaka
cross-coupling reaction using allylsilane
as a silanol precursor. T. Kamei*,
S. Kimura, A. Matsuura, T. Shimada*441. Catalytic epoxidation of olefinic terpenes using organotellurium compounds.
M. Oba*442. Anthracene-promoted facile synthesisof organo-calcium. Z. Yang, H. Minami,
C. WANG*, M. Uchiyama*443. Unprecedented formation of 2-aryl-3oxocyclobut-1-en-1-yl ligand from 3-arylpropargyl chloride, carbon monoxide,and Pd(0) or Pt(0) complex. M. Iwasaki*,
H. Azami
444. Palladium catalyzed selective cage boron olefination of carborane via direct
cage B–H activation. H. Lyu
445. Development of cross-coupling reaction between organoaluminrum reagentsand phenol/alcohol derivatives.
H. Ogawa, T. Saito, C. WANG,
M. Uchiyama
446. Straightforward synthesis of HOMSi reagents via Ir-catalyzed C–H bond silylation with hydrosilanes. T. Komiyama*,
Y. Minami, T. Hiyama
447. C-H alkylation of heterocycles.
J.T. Edwards, P.S. Baran*
448. Development of a universal directing
group for phenol C-H activation.
M. Farmer, P. Shen, P.S. Baran*, J. Yu*
449. Scalable copper mediated C-H hydroxylation: Synthesis of polyhydroxylated steroids. Y. See, A.T. Herrmann,
P.S. Baran*

140 –TECHTECHNICAL PROGRAM
450. Synthesis of isoquinolines from C-H
bond activation of ketimines and consequent annulation with alkynes. Y. Kwon,
S. Gupta, J. Han, Y. Kim, S. Lee,
Y. Rhee*, J. Park*
451. Lewis acid-promoted stereo- and regioselective intramolecular cycloaddition of
nitronates leading to tricyclic isoxazolidines. D. Morito, M. Nishiuchi,
F. Yagishita, Y. Kawamura
452. Synthesis of phosphabenzenes by ironcatalyzed [2⫹2⫹2] cycloaddition ofdiynes with phosphaalkyne.
K. Nakajima, S. Takata, K. Sakata*,
Y. Nishibayashi*
453. Novel [3⫹2] cycloaddition reaction ofallenoate and isoquinoline. X. Jia*
454. Cross [2⫹2⫹2] cycloaddition reaction
using iridium complex catalyst. T. Shioi455. Pd-catalyzed oxidopyrylium ylide generation and [5⫹2] cycloaddition reaction
with several olefinic dipolarophiles.
M. Kimura, K. Takahasi, H. Suga*
Physical Organic, Radical, Photo- &Material-related Chemistry456. Processing of organic compounds processing in reactive oxygen atmosphere
produced by Radical Vapor Reactor(RVR). N. Miyori, M. Kitamura,
T. Haruyama
457. Hydrogenation of tetraphenylcyclopentadienone. B.W. Baldwin*, K. Kodama,S. Cooke, T. Hirose
458. Hydrogenation of tetraphenylcyclopentadienone. S. Price
459. Thermal cyclotrimerization oftetraphenyl[5]cumulene to a tricyclodecadiene derivative. T. Kinouchi, N. Islam,
F. Yagishita, Y. Kawamura*
460. Development of new type lacquer coatings by the blend kneading on mechanical stirring method. T. Fumiiwa*,
T. HONDA, T. Miyakoshi
461. Developing new identification methodsof film-coated drying oils used by ATRFT/IR, Py-GC/MS and on-line-UV-GC/
MS. H. Horii*, T. HONDA
462. Nanodetoxification of organophosphateagents by PAMAM derivatives. E.F.
Durán*463. Synthessis, structure, and magnetic
properties of novel nitroxide radicals
bearing an amide group. M. Akita*,
A. Hanai
464. Synthesis of the unsymmetrically substituted [4]radialene and its photochemical conversion to the light emissive pentacyclic compound. K. Omotani,
H. Hashizume, S. Ueta, F. Yagishita,
Y. Kawamura
465. Emission properties of phosphorescentiridium complexes bearing glutamide
moiety in gel phase. S. Kawamorita,
K. Otsuki, T. Naota*
466. Axial coordination of acetylenes andpolyynes to gallium porphyrins as an approach for molecular wires and synthesisof mixed metaloporphyrin dimers.
V. Walter, N. Grzegorzek, N. Jux,
F. Hampel, R.R. Tykwinski*
467. Kinetic studies on dehydration processof D-fructose. T. Ishikawa*, N. Suzuki,
T. Kawakita, E. Furuya
468. Photothermal isomerization of a coremodified tetrathiaoctaphyrin containing
dithienylethene moieties. M. Yamano*,
A. Tsuda*
469. Development of new calix[4]arene derivatives for platinum group metals separation. M. Yamada*, R. Muniyappan,
Y. Kondo, A. Shibayama, F. Hamada
470. Bisdiarylethene-fused quinone capableof changing the redox by photochromism. E. Saito, A. Tsuda*
471. One-handed single helicates of oligopyrroles embedded with a pyridinium
spacer showing chiroptical property dependent on solvent and redox state.
D. Saito, J. Setsune*472. Synthesis of low band gap molecules
derived from azulene. M. Shirane,
T. MURAFUJI*, S. Kamijo
473. Synthesis of azapentacene and its
properties. Y. Jahng*, M. Karim

474. Synthesis of cyclic organophosphorus
compounds, 6H-dibenz[c, e][1, 2]oxaphosphorin derivatives, and its applications. T. Ito, T. Iwai, T. Nakai, M. Mihara,
T. Mizuno, T. Ohno
475. Synthesis of thiophene derivative bearing donor and acceptor units on the aromatic rings linked by carbon-carbon triple
bonds. K. Matsumoto*, Y. Yamada,S. Kashimura, T. Okubo, Y. Yamaguchi
476. Synthesis, structure, and mechanochromic properties of binuclear trans-bis(salicylaldiminato) platinum (II) complexes. T. Maeda, N. Komiya,
S. Kawamorita, T. Naota
477. About the challenge to synthesize allyl
diazirines. T. Bohlmann*, T. Lindel
478. Preparation and crystal structures of
9-arylethynyl-9H-carbazoles. T. Okuno*,
T. Kawashima
479. Efficient synthesis of carbazole derivatives by using Ullmann cross coupling
and Tauber carbazole synthesis. J. Baek,
S. Shabbir, J. Ban, H. Rhee*480. Aerobic photo oxidative radical cyclization reaction catalyzed by calcium iodide
for the synthesis of lactones.
E. Yamaguchi*, M. Osuka, N. Tada,
A. Itoh481. Expeditious, radical pathway for sonication assisted Mitsunobu reaction ofhindered secondary alcohols.
R. Heckler, R. Florre, P. Cohn*,
S. Rajaraman*
482. Alcohol oxidation reaction using nitroxyl
radical as catalyst. Y. Takino, B. Hatano,
T. Kijima, W. Fujiwara, S. Murakami,
S. Matsuba
483. Synthesis and structure of hypervalentpentacoordinated nitrogen radical cations. M. Takeshita*, K. Sato,J. Nakatsuji, A. Kurosaki, R. Shang,
Y. Yamamoto
484. Rhodium-catalyzed hydroformylation of
butadiene to adipaldehyde. T. Maji*,
C.H. Mendis, W.H. Thompson,
J.A. Tunge
485. Studies on the radical scavenging ability and antimicrobial activity of ferulic acidand glycoside. Y. Uruma, P. Yoong
486. Development of synthetic method toward polycyclic heteroarenes by meansof visible light mediated radical cyclization. Y. Sudo*, E. Yamaguchi, N. Tada,
A. Itoh487. Synthesis and application of C2-symmetric chiral pyrrolidine ligand. H. Tanno,
B. Hatano, T. Kijima, W. Fujiwara,
S. Murakami
488. Synthesis and properties of nitroxyl radical based on isoindole derivative.
B. Hatano*, Y. Saito, T. Kijima,
W. Fujiwara, S. Murakami, S. Matsuba
489. Synthesis of hypervalent sulfur anion
bearing the tridentate ligand and their application. T. Kukita, Y. Imada, H. Nakano,
Y. Yamamoto
Synthetic Methods
490. Electrophilic arylation with triarylbismuthanes promoted by Lewis acid.
H. Murohka, T. MURAFUJI*, S. Kamijo
491. NSERC CREATE Program in Continuous Flow Science. V. Kairouz, S. Collins,
A.B. Charette
492. Triflate catalyzed allylation of N, S-acetals using allylsilane reagent. X. Sun,
T. Kijima, W. Fujiwara, S. Murakami,
S. Matsuba, B. Hatano*493. Environmentally benign synthesis ofbenzoylated benzoin in the presence ofthiazolium salt. S. Shimokawa,
K. Mifune, F. Yagishita, Y. Kawamura*
494. Synthesis and application of new bulky
metal-amide bases. S. Morisako*,
R. Shang, Y. Yamamoto
495. C–C Bond forming reaction via the insitu generation of N-silyl ketene imine intermediates from nitriles: Nucleophilic addition to nitrones and intramolecular 6␲
electrocyclization. T. Abe,F. YOSHIMURA, K. Tanino
496. Synthesis of O-alkyl oximes using N-H
imines as key intermediates. Y. Kim,
M. Jeon, S. Gupta, Y. Im, Y. Rhee*,
J. Park*497. Carboxylic acid free novel isocyanidebased reactions. T. Soeta*, Y. Ukaji

498. Synthesis of indoles from 2-aminochalcone using hypervalent iodine reagent via
acetal intermediate. T. Maegawa,A. Nakamura, Y. Miki*499. Study on the nucleophilicity of N-H imines: Synthesis of enamides from alkyl
azides and acid anhydrides. H. Pak,
J. Han, M. Jeon, Y. Rhee*, J. Park*
500. Oxidation of benzylamine by ClO2.
D. Ito, N. Kihara*
501. Sulfonylcarbamate as a unique hydroxy
protecting group: Protecting group stable
under severe conditions yet labile under
mild conditions. S. Manabe*, Y. Ito502. Lewis acid-promoted regioselective
fragmentations of bicyclic isoxazolidines
to 2-isoxazolines. T. Kume, F. Yagishita,
Y. Kawamura, M. Nishiuchi*
503. Bromine addition to ynamine compounds incorporated with phenothiazines. S. Umezono, T. Okuno*
504. Efficient and transition-metal free synthesis of diaryl and dialkyl sulfides using
Grignard reagents and SOCl2. T. Yoon,
H. Jung, H. Jeon*
505. Domino approach to dibenzopentafulvalenes by carbopalladation sequence.
J. Wallbaum, D. Werz
506. Cleavage of unactivated amide bondsby ammonium salt-accelerated hydrazinolysis. y. shimizu, M. Noshita, y. mukai,
T. Ohshima
507. Aldehyde-selective Wacker oxidationsof allylic fluorides. C. Chu, R.H. Grubbs
508. Esterification of vanillin with succinic
anhydride. R. Hayes, B.W. Baldwin509. Stereoselective epoxidation of aziridine-2-yl acrylaldehyde. J. Yang*,
H. Mao, H. Ha, J. Yang
510. Transition metal-mediated synthesis ofsubstituted phenanthrenes. Y. Kwon,
I. Kim, H. Cho, H. Jeon, J. Kim, S. Kim*
511. Synthesis of diiodinated biphenyls andiodinated meta-erphenyls via regioselective Suzuki-Miyaura cross-coupling reactions of 5-substituted-1,2,3-triiodbenzene. R.M. Al-Zoubi*, W. Al-Jammal,
M. El-Kateeb, R. McDonaled
512. Olefins as progenitors for C–C and C–Nbond formation. J.C. Lo*, J. Gui, Y. Yabe,
C. Pan, Y. Jin, T. Qin, P.S. Baran
513. Metal-free reductive dehalogenations
using a simple and versatile photocatalyst. S.O. Poelma*, K. Mattson,
N.J. Treat, E.H. Discekici, Z.M. Hudson,
P.G. Clark, B.E. Barton,
S. Mukhopadhyay, C.J. Hawker,
J. Read de Alaniz
514. Efficient approach to fluorinated8-membered heterocyclic compound via
8-endo-trig cyclization. E. Yoshimoto,T. Konno*
515. Highly stereoselective synthesis of multisubstituted fluorine-containing alkenes
based on sequential double Heck reactions. Y. Sakaguchi, T. Konno*
516. Effect of carbon substituents on the reactivity of triazine-based dehydrocondensing reagents. S. Komine,
M. Kitamura, M. Kunishima*
517. Quick and mild methods for cleavage ofamide-bonds by using a triazine-based
benzylating reagent. Y. Karuo,
K. Yamada, M. Kunishima*
518. Study of the reactivity of benzyloxytriazine derivatives (BOTs) for acid catalyzed
O-benzylation. H. Fujita, M. Kunishima*
519. Concise synthesis of indole-fused medium-sized cyclic amines through iminium cation. M. Imai** Principle Author

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04 – ORGN
520. New partial reduction method of carboxylic acid derivatives to aldehydes.
W. Shin, D. An*
521. Boronic acid mediated regioselective
sulfation of unprotected carbohydrates.
N. Shimada, K. Fukuhara, K. Makino
522. Synthesis of azulenyl amino acids using
Petasis reaction. Y. Tasaki,
T. MURAFUJI*, K. Ishiguro, S. Kamijo
523. Efficient and selective N-formylation toprimary amines. S. Kim, H. Jung,
H. Jeon*524. Simple, mild and efficient method foramidation of 2-aminothiazole. M. Choi,
J. Lee, J. Jo, H. Lee, Y. Kwak*, J. Jung*
525. Synthesis of dihydroisoquinoline derivatives containing quaternary carbon centerby the nucleophilic addition reaction oforganolithium to isoquinolinium salt.
S. Iizuka, K. Saito, T. Akiyama*
526. Regioselective bromination of acetoacetanilide by a simple choice of brominating agent. H. Yamamoto*, S. Yamamoto,
M. Sumimoto, K. Hori, Y. Matsumoto,
S. Soga
527. Development of umpolung functionalizations using nitrogen functional groups.
Y. Mizutani, H. Tanimoto*, K. Kakiuchi
528. Highly regioselective hydrosilylation oftetrafluorocyclohexadiene derivatives.
Y. Nishi, K. Nagai, T. Konno*
529. Novel synthesis of 1-substituted cyclopropyl silyl ketones. M. Honda*,
K. Nakae, T. Nishimoto, K. Kunimoto,
M. Segi
Total Synthesis
530. Synthetic studies towards CJ-12,950
for the stereochemical assignment andstructure activity relationship studies.
Y. Oguma, T. Yamagishi, S. Shinoda,
N. Yamamoto, K. Sugimoto, N. Toyooka,
D. Minato, Y. Matsuya*531. Synthetic study of new polyketide indoxamycin F: Stereocontrolled construction of tricyclic framework using Claisen
rearrangement. T. Kobayashi*,
S. Yamashita, S. Aoyama, H. Abe, H. Ito532. Stereoselective construction of bridged
polycyclic systems via a polyene cyclization reaction. K. Suzuki, H. Yamakoshi,
S. Nakamura*
533. Progress towards the synthesis oflesquerella- and castor-based bisphosphonates. D.M. Cermak*, S.M. Henry,
E.T. Rosen, E.L. Fayer, C.L. Coley,
S.C. Cermak*
534. Efficient synthesis of D-erythro-sphingosine via Pd-catalyzed cross-couplingof a serine derivative with 1-alkenylzirconocene. T. Murakami*, M. Tanaka
535. Total synthesis of pallambins A-D.
L.P. Martinez, S. Wengryniuk, P.S. Baran
536. Studies toward the total synthesis ofpactamycin. T. Kim*, S. Matsudaira,S. Hirota, S. Matsushita, T. Doi,
Y. Saikawa, J. Ham, M. Nakata
537. Total synthesis of verruculogen.
D. Holte, Y. Feng, L.R. Simke,
P.S. Baran*
538. Total synthesis of diprenylated chalcone derivatives. T. Yoshifuji*,
K. Sugamoto, Y. Matsushita
539. Studies toward a sustainable total synthesis of schischkiniin. J.N. deGruyter,
P.S. Baran
540. Enantioselective, 5-step, gram-scale total synthesis of antroquinonol a.
M.T. Villaume, E. Sella, G. Saul,
P.S. Baran
541. Short and enantioselective synthesis ofmarine diterpenoids derived from the Caribbean Sea whip Pseudopterogorgia
elisabethae exploiting catalytic chemistry.
S. Movahhed*, H. Schmalz
542. Enantioselective total synthesis of albaflavenone utilizing sequential intramolecular aldol condensation. H. Ito*,
T. Kobayashi, Y. Kon, H. Abe
543. Formal total synthesis of brevisamideusing an oxiranyl anion strategy.
A. Fukuta, K. Nakamura, M. Nakano,
K. Kuroyanagi, T. Sakai, Y. Mori*
544. Total synthetic studies of keronopsin.
Y. Uruma*, Y. Yoshida, T. Matsumoto,
P. Yoong, W. Sasatani, H. Iio
545. Electrochemically promoted divergent
synthesis of diterpene. R. Merchant,
K. Oberg, P.S. Baran

546. Total syntheses of araiosamines A–D.
M. Yan*, M. Tian, J. Shaw, P.S. Baran
547. Efficient total synthesis and biologicalactivity of (-)-bassianolide. B. Mun,
K. Kim, Y. Lee*
548. Concise total synthesis of broussonone
A. H. Jo, J. Sim, B. Park, S. Kim, H. Lee,
J. Jung*
549. Synthetic study of antibacterial natural
product citreamicin ␦. R. Sugimura,
E. Takeuchi, Y. Suzuki*
550. Synthetic study of the ABCD fragmentof gymnocin-B. H. Sakakibara, K. Hata,
A. Kawai, R. ishibashi, T. Sakai, Y. Mori*
551. Synthesis of the GHI-fragment of gymnocin-B. M. Yamamoto, Y. Hadano,
S. Kato, T. Sakai, Y. Mori*
552. Esterification of 2,2-dimethyl-1-propanol compared to banana flavorine.
E. Sowers*, B.W. Baldwin
553. Synthetic study toward polycatenane.
M. Sakurai
554. De novo synthetic method toward apiose. M. Kim, S. Jang, Y. Rhee*
555. Studies on the synthesis of spirolide D.
A. Toita, K. Takeda, H. Yamakoshi,
S. Nakamura
556. Studies toward the synthesis of oxygenated terpenoids utilizing an Ireland–
Claisen rearrangement of tetrahydrofuran-2-carboxylate derivatives.
H. Yamakoshi, Y. Akahori, Y. Sawayama,
S. Hashimoto, S. Nakamura*
557. Scalable enantioselective synthesis of
Maoecrystal V. A. Cernijenko,
R. Risgaard , P.S. Baran
558. Two phase synthesis of the tigliane natural products. H. Chu, S. Kawamura*,
P.S. Baran
559. Chemical conversions of fragmented
lignin into lubricant oils. Q. YE, Z. Png,
M. Chan, X. Wang, C. Wang, P.S. Ludger,
J. Xu*
560. Synthesis of glycine phthalimide using aheat gun. E.A. Brueggeman,
B.W. Baldwin
561. Direct hydroalkylation of unactivatedolefins. H.T. Dao, C. Li, Q. Michaudel,
B. Maxwell, P.S. Baran*
562. Electrochemical functionalization of terpenoid compounds. B. Rosen*,
E.J. Horn*, P.S. Baran

Wednesday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Reactive Intermediates and Unusual
Molecules (#7)

Organized by: R. Sheridan, M. Abe,W. Leigh
13:00 – 563. Development of new physiologically useful azanone (HNO) donors.
J.P. Toscano*
13:25 – 564. Role of nitroxides in the mechanisms of diarylamine radical-trapping antioxidants and hindered amine light stabilizers. D. Pratt
13:50 – 565. Reactivation of aged acetylcholinesterase after exposure to organophosphorus chemical nerve agents: A
progress report. C.M. Hadad*
14:15 – 566. Intermediates in the cleavage ofendoperoxides. T. Linker*
14:40 – 567. Mechanism and scope of nonemissive meso-unsaturated BODIPY
dyes. G. Cosa*
15:00 – 568. Series of persistent neutral
heavy group-15 element radicals withbulky alkyl substituents. T. Iwamoto
15:25 – 569. Synthesis of a stable selenoaldehyde by unprecedented C⫽Se doublebond formation through ␤-dehydration.
K. Goto*, R. Kakimoto, R. Kimura,
S. Sase15:50 – 570. Effect of the substitution of oxygen for CH2 on the singlet-triplet energy
differences (⌬EST ) in trimethylenemethane 3 oxyallyl, meta-benzoquinodimethane 3 meta-benzoquinone and 1,2,4,5tetramethylenebenzene 3 1,2,4,5tetraoxatetramethylenebenzene.
X. Wang, B. Chen, D.A. Hrovat,
W.T. Borden*

16:15 – 571. Spectroscopy and kinetics ofradical pairs in crystalline ketones.
M.A. Garcia-Garibay*, J. Park,
A.J. Ayitou
16:40 – 572. Mechanistic study on the stereoselective photodenitrogenation of 2,3diazabicyclo[2.2.1]heptanes. M. Abe
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
Prospects for Flow Chemistry (#29)

Organized by: J. Yoshida, T. Jamison,
D. Kim, M. Organ
Presiding: d. kim, M. Oelgemöller
13:00 – 573. Continuous flow synthesis offunctional nanomaterials by microreactors and their applications. d. kim*
13:25 – 574. Continuous flow reactions insynthesis and medicinal chemistry.
A.B. Beeler*, R. Telmesani,
T. Lynch-Colameta, A. Courtney-Young
13:50 – 575. Highly efficient organic photoreactions in flow microreactors underslug-flow conditions. Y. Nishiyama*,
K. Terao, K. Kakiuchi
14:05 – 576. Photochemical transformations
using alternative sensitizers in continuous
flow. S. Collins*
14:20 – 577. Enabling scalable photochemical reactions using continuous flow
chemistry. D. Cantillo*, C. Kappe
14:35 – 578. Continuous flow photochemistry: From multistep synthesis to solar
chemistry in concentrated sunlight. M.
Oelgemöller
15:00 – 579. Photochemical transformations
accelerated in continuous-flow microreactors. T. Noel*
15:25 – 580. Development of a novel electrocarboxylation system using a flow microreactor. H. Tateno, K. Nakabayashi,
M. Atobe*
15:40 – 581. ContiNMR - monitoring andcontrolling continuous synthesis reactors
with benchtop NMR. S. Riegel, T. Rehm,
J. Barten
15:55 – 582. Vortex fluidic flow chemistry –putting a spin on conventional flow
chemistry. J. Britton, J.M. Chalker,
C. Raston
16:10 – 583. Integrated liquid-liquid separator and its uses in flow chemistry.
a. adamo
16:25 – 584. Bench-top resistively heated reactor for flow chemistry. J. Rydfjord,
J. Sävmarker, M. Larhed*
16:40 – 585. Flow reactors: A paradigm shift.
D. Ager*
Hilton Hawaiian Village
Kalia Tower, Lehua Suite
Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes andRelated Materials (#41)

Organized by: T. Akasaka, F. Wudl,
L. Echegoyen, X. Lu, C. Wang
Presiding: A. Hirsch, N. Martı́n
13:00 – 586. Single-molecule and real-time
TEM imaging of single organic molecules.
E. Nakamura*
13:40 – 587. Functionalization of synthetic
carbon allotropes. A. Hirsch*
14:10 – 588. New mechanistic insight on
top-down vs. bottom-up formationof
fullerenes and metallofullerenes.
H.C. Dorn, J. Zhang, X. Liu, T. Fuhrer
14:40 – 589. N@C60: What does the future
hold?. K. Porfyrakis*
15:00 – 590. Co-assembly-directed fabrication of an exfoliated form of alternating
multilayers composed of self-assembledorganoplatinum(II) complex–fullerene
dyad. K. Tashiro*
15:20 – 591. Carbon-rich porphyrins.
N. Jux*15:40 – 592. Carbonaceous molecular bearings. H. Isobe
16:00 – 593. Functionalization of [60]fullerene initiated by palladium-catalyzed C-H
activation. G. Wang*
16:20 – 594. Giant glycofullerenes for biological applications. N. Martı́n*

Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Molecular and Supramolecular
Photochemistry (#71)

Organized by: J. Sivaguru, W. Chung,
C. Bohne, c. Tung, M. Sakamoto,
V. Ramamurthy
Presiding: W. Chung
13:00 – 595. Photochemistry of the 1,4-diphenyl-1,3-butadienes in ethanol - trapping conical intersections. J. Saltiel*,
C.E. Redwood
13:30 – 596. Photochemistry of cyclopropenones: From generation or reactive acetylenes to the development of CORMs.
V. Popik
14:00 – 597. High contrast reversible solidstate mechano- and thermoresponsive
fluorescent materials. S. Sun*
14:30 Break
14:45 – 598. Turning on the fluorescence of
GFP chromophore with meta-amino substituents. J. Yang*, G. Huang
15:15 – 599. Artificial photosynthetic systems for hydrogen evolution. L. Wu*
15:45 Break
16:00 – 600. Photochemistry and fluorescence properties of photoresponsive
dendrimers and hydrogen bonded compounds. T. Arai
16:30 – 601. Take aggregates with a grain ofsalt. S. Mooi, S. Keller, J. Oake,
C. Bohne, B. Heyne*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Innovative Strategies for the Synthesis of
Nitrogen Heterocycles (#74)

Organized by: R. Danheiser,
T. Fukuyama, M. Lautens
Presiding: R. Danheiser
13:00 – 602. Gold-catalyzed efficient formation of N-heterocycles. L. Zhang*
13:20 – 603. Selective installation of a sp3
C-Si bond beta to nitrogen via catalytic
silylative reduction of N-heteroaromatics.
S. Chang
14:00 – 604. Cycloadditions of strained
alkynes and allenes . N. Garg*
14:40 – 605. Total synthesis of indoline alkaloids via intramolecular dearomative oxidative coupling. D. Ma, M. Teng, Y. Wei
15:20 – 606. Design and development of
bioactive heterocycles: A synergy between synthesis and structural biology.
A.K. Yudin*
16:00 – 607. Efficient synthetic route towardbenzofuro[2,3-b]pyrroles. O. Miyata*,
M. Ueda, Y. Ito, N. Takeda
16:20 – 608. Direct azidation of phenols withazidoimidazolinium salt. M. Kitamura*,
T. Koga, K. Murakami
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Organoboron Chemistry: Applications in
Organic Synthesis, Biology, and Materials(#100)

Organized by: D. Hall, B. Wang,
P. Duggan, M. Suginome
Presiding: B. Wang

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–141

04 – ORGN
13:00 Opening remarks
13:05 – 609. Boronic acid–DMAPO cooperative catalysis for dehydrative condensation of carboxylic acids with amines.
K. Ishihara*, Y. Lu
13:35 – 610. Boronic acid catalysis: An
emerging atom-economical platform fordirect activation of alcohols in FriedelCrafts alkylations and other reactions.
D. Hall*, X. Mo, J. Dansereau,
J. Yakiwchuk, A. McCubbin
13:55 – 611. Synthetic discoveries frompolycyclic natural products. J.A. May*,
J. Shih, T. Nguyen, P. Le, R. Vallakati,
C. Huynh, t. Tran, S. Jansone-Popova,
B. Lundy
14:15 – 612. Copper-catalyzed stereoselective synthesis of organoboron compounds. J. Yun
14:45 – 613. Synthesis of chiral tertiary boronic esters via oxime-directed catalytic
asymmetric hydroboration. V. Shoba,
N.C. Thacker, A. Bochat, J. Takacs*
15:05 Break
15:15 – 614. Anomalous reactivity of silylborane: Boryl substitution of organic halides
with silylborane/alkoxy base systems.
H. Ito*15:45 – 615. Masked boronyl group as aconvertible directing group for transitionmetal-catalyzed ortho-C-H functionalization. A. Ishibashi, T. Yamamoto,
M. Suginome*
16:05 – 616. Borenium cations: Versatile reagents for the formation of boronate esters. M.J. Ingleson
16:25 – 617. Small molecule synthesizer.
M. Burke*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Practical Application of Basic Research on
Molecular Recognition (#136)

Organized by: C. Tran, K. Kano,
C. EastonPresiding: C.J. Easton, M. Komiyama
13:00 – 618. Detection and destruction of
nerve agents. J. Rebek
13:25 – 619. QCM sensor arrays as electronic noses for odor recognition .
I.M. Warner, N.C. Speller, N. Siraj
13:50 – 620. Supramolecular tools that enable research on post-translational modifications. F. Hof*, G. Garnett, A. Shaurya,
B. Meagan, K. Daze
14:15 – 621. Supramolecular composite materials: Recyclable synthesis and application. C.D. Tran*
14:40 Break
14:55 – 622. Direct measurement of interactions involved in biological functions.
K. Kurihara
15:20 – 623. Photochemistry in a capsule:Spin, energy, and electron transfer acrossa molecular wall. V. Ramamurthy*
15:45 – 624. Intracellular delivery of the porphyrin-cyclodextrin supramolecular complexes by an octaarginine carrier peptide.
H. Kitagishi*, K. Kano
16:10 – 625. Synthesis and chiral recognitionof novel helical poly(phenylacetylene)s
having two chiral centers at a pendant.
C. Zhang*, R. Ma , Y. Qiu, Y. Zhou,
Y. Okamoto
16:20 – 626. Polyrotaxane synthesizer.
C. Cheng, J. Stoddart*
16:30 – 627. Phospholipid and curvature
recognition by designed peptides: A paradigm shift in sensing and capture of extracellular vesicles. B.M. Cook,
D.S. Dalisay, J.P. Saludes*
16:40 – 628. Amphiphilic cyclodextrin
thioethers for recognition of hydrophobic
drugs. G. Wenz*, L. Becker
16:50 Closing Remarks

142–TECHTECHNICAL PROGRAM
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5

Hilton Hawaiian Village
Mid-Pacific Center, Coral 2

Molecular Function of Natural Products:
Advances towards Chemical Biology (#237)

Fluorinations and Fluoroalkylations (#310)

Organized by: M. Ueda, B. Miller, K. Irie,
B. Miller, B. Miller, C. Lin, T. Oishi,
C. Forsyth, H. Lee
Presiding: T. Oishi
13:00 – 629. Rational design and discoveryof potent siderophore-drug conjugates
effective in treating drug-resistant Acinetobacter baumannii. H. Kim*, J. Kim,
W. Song, D. Jeong
13:15 – 630. Biochemical analyses of CRBN,
the target protein for immunomodulatory
drugs (IMiDs). S. Sakamoto, T. Ito,Y. Yamaguchi, H. Ando, H. Handa*
13:30 – 631. Development of chemicalprobes for studying mechanism of actionof an antitumor saponin OSW-1.
K. Sakurai*, R. Yamada, T. Takeshita,
M. Hiraizumi
13:45 – 632. Depiction of 3D structure ofmembrane proteins and assignment offunctional subunits using a transmission
electron microscopy. M. Mio,
M. Tsunoda, K. Mio
14:00 – 633. Total synthesis of cyclodepsipeptide natural products and their biological evaluation. T. Doi*
14:30 – 634. Natural products possessing
stereodefined N,O-acetals: New synthetic
method and molecular function.
Y. Rhee*, S. Kang, w. Lim
15:00 – 635. Marine-derived eterocyclic
Ca2⫹ channel agonists: Synthesis, SAR,
and chemical biology. T.F. Molinski*
15:30 – 636. Chemical biology in natural Gquadruplex ligand of telomestatin and its
derivatives. K. Nagasawa*
16:00 – 637. Total synthesis and biologicalactivities of phorbaketals and their analogs. H. Lee*, S. Joung
16:30 – 638. Total synthesis of natural andnon-natural products to probe molecularfunction. C. Forsyth*
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2
Frontiers of Chirality in Organic Chemistry(#286)

Organized by: J. Canary, N. Berova,
E. Yashima, M. Hyun, T. Shibata,T. Asahi, C. Welch, S. You
Presiding: T. ASAHI, T. Shibata,
C. Welch, S. You
13:00 Introduction
13:05 – 639. Origin of homochirality on prebiotic earth. R. Breslow*
13:35 – 640. Abundance and distribution ofenatiomeric excesses in meteoritic soluble organic compounds. S. Pizzarello*
14:05 – 641. Asymmetric autocatalysis withamplification of enantiomeric excess andthe origin of homochirality. K. Soai
14:35 – 642. Cooperative catalysis in asymmetric synthesis: Case studies of catalyst
design and process innovation. K. Ding
15:05 Break
15:15 – 643. Chirality mechanisms at thenanoscale. H. Chen*
15:45 – 644. Nonthermal effect of microwave
assisted catalytic enantioselective reactions. T. Yamada*
16:00 – 645. Novel chiral helical triazolebased C⫺H ⫺ chloride anion-binding
catalysts for the enantioselective dearomatization of heteroarenes.
O. Garcia Mancheno
16:15 – 646. Dynamic mirror-symmetry
breaking in bicontinuous cubic liquid
crystal phases of non-chiral mesogens.
X. Zeng, C. Dressel, M. Prehm, F. Liu,
G. Ungar*, C. Tschierske
16:30 – 647. Vibrational optical activity of cyclic ␤-helical peptides with opposite chirality: A computational study.
J.R. Cheeseman*, L.A. Nafie
16:45 – 648. Enantioselective synthesis ofplanar-chiral transition-metal complexes
by molybdenum catalyzed asymmetricring-closing metathesis. M. Ogasawara*

Organized by: S. Prakash, T. Ritter,
K. Mikami, S. Fustero, J. Hu
Presiding: S. Prakash
13:00 Opening Remarks
13:05 – 649. Fluorination and fluoroalkylationof arynes. J. Hu*, Y. Zeng
13:30 – 650. Selective fluorination strategies.
G. Sandford*
13:55 – 651. Enabling selective fluorinations
using designer HF-based reagents.
G.B. Hammond, B. Xu, O.E. Okoromobe
14:20 – 652. Sandmeyer-type fluoroalkylations and fluoroalkylthiolations.
L.J. Goossen
14:45 Break
14:55 – 653. Aliphatic C(sp3)-H fluorination.
P. Tang
15:20 – 654. Copper-catalyzed fluorinationof arylhalides. G. Liu*, X. Mu, D. Wang
15:45 – 655. Regio- and enantioselective formation of allylic and benzylic fluorides via
transition-metal-catalyzed reactions oftrichloroacetimidates and vinyl epoxides
with triethylamine trihydrofluoride reagent. H.M. Nguyen*
16:10 – 656. New advances in F-18 chemistry. T. Ritter
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2Organic Solid-State Chemistry: Structure,
Property & Reactivity (#398)

Organized by: M. Sakamoto,
L. MacGillivray, J. Vittal
Presiding: R. Bishop, L.R. MacGillivray
13:00 – 657. Generation and amplification ofchirality using organic crystals.
M. Sakamoto*, T. Mino
13:30 – 658. Role of sulphur in crystal engineering. R. Bishop*, M.M. Bhadbhade
14:00 – 659. Explosive cocrystals.
A.J. Matzger
14:30 – 660. Photoresponsive materials forreversibly controlling the properties of
surfaces and interfaces. A. Asadirad,
P. Tannouri, N. Branda*
15:00 break
15:10 – 661. Mechanoluminescence of anthracene-based organic salts and cocrystals. S. Kohmoto*, T. Chuko, Y. Okuda,
S. Kosugi, M. Takahashi, H. Masu,
K. Kishikawa
15:30 – 662. Monocrystalline polymeric networks. J. Wuest, D. Beaudoin,
O. Levasseur-Grenon, T. Maris
16:00 – 663. Improving the physicochemical
properties of solid-state drugs via pharmaceutical cocrystals. T. Lu
16:30 – 664. Structural studies of hydration/
dehydration mechanism of pharmaceutical crystals by ab initio structure determination from powder diffraction data.
H. Uekusa*, K. Fujii, R. Toyoshima
Hilton Hawaiian Village
Tapa Tower, Honolulu Suite 1
Photoredox Catalysis in Organic Synthesis(#440)

Organized by: D. Nicewicz, S. Fukuzumi,
W. Xiao
13:00 – 665. Photocatalytic hydroxylation ofbenzene by the excited state of p-benzoquinone derivatives. K. Ohkubo*,
S. Fukuzumi
13:30 – 666. Natural product synthesis using
photoredox catalysis. A. Li
13:50 – 667. Robust platform for photocatalytic organic syntheses using glass-milled
microchip. K. Katayama, S. Kuwahara,
K. Yoshida, A. Nakamura
14:10 – 668. New avenues in synthesis via
organic photoredox catalysis.
D. Nicewicz
14:40 Break

14:50 – 669. High-throughput photocatalysis
in the development of green manufacturing processes. D. DiRocco
15:20 – 670. Synthesis of aza-arenes using
visible light-promoted radical isocyanide
insertions. S. Yu*
15:50 – 671. Visible light-driven photoredox
catalysis in the construction of heterocyclic ring systems. W. Xiao
16:20 – 672. Discovery and invention of new
chemical reactions using photoredox catalysis. D. MacMillan
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
Catalytic Multicomponent, Tandem andCascade Reactions (#455)

Organized by: B. Arndtsen,
J. Montgomery, K. Nozaki
Presiding: B. Arndtsen, J. Montgomery,K. Nozaki
13:00 – 673. Arylation of weakly acidic C-H’s
with heterobimetallic catalysts.
P.J. Walsh*
13:30 – 674. Copper-catalyzed oxidative decarboxylation of phenyl acetic acids under O2 atmosphere. Q. Song
13:50 – 675. Tandem reactions mediated byvisible light photoredox catalysis.
C. Stephenson*
14:20 – 676. Synthesis of 3-diazoindolin-2imines through cascade copper catalysis
and their utility as cyclized ␣-imino rhodium carbene precursors. P. Lyu*,
Y. Wang
14:40 – 677. Multicomponent multicatalyst
reactions: (MC)2R. M. Lautens
15:10 Break
15:20 – 678. Rhodium-catalyzed chemo-, regio-, and enantioselctive cross-trimerization reactions of three different unsaturated compounds. K. Tanaka
15:50 – 679. Sequentially Pd- and Pd-Cucatalyzed one-pot syntheses of heterocycles. T.J. Müller*
16:10 – 680. Diversity-oriented synthesis ofchiral heterocycles via enantioselective
multicomponent reactions and postcyclizations. M. Tang, L. Qiu, S. Liu, W. Hu*
16:30 – 681. Merging palladium catalyzed
tandem and multicomponent coupling reactions. B. Arndtsen*

Wednesday Evening
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Reactive Intermediates and Unusual
Molecules (#7)

Organized by: R. Sheridan, M. Abe,W. Leigh
19:00 – 682. Structure and reactivity of cyclophanes derived from reactive bis(isobenzofuran)s. P.W. Dibble*, R. Wells,
C. Kurtz, C. Willoughby, K. Fischer,
R. Boeré
19:20 – 683. Properties of unusual anomeric
amides, amides bearing two heteroatoms
at nitrogen. S.A. Glover*, A. Rosser
19:40 – 684. Asymmetric open-shell molecular systems: Remarkable nonlinear opticalresponses and their spin state dependences. M. NAKANO*, K. Fukuda, S. Ito,Y. Minamida* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
20:00 – 685. Selectivities in nucleophilic additions to a p-benzyne and in the quenching of the resulting aryl anion.
C.L. Perrin*, G.J. Reyes-Rodriguez
20:20 – 686. Novel annelated semibullvalenes: Strain dynamics and homoaromaticity. R.V. Williams*, A.J. Aring,
M.C. Bonifacio
Hawaii Convention CenterHalls I, II, III
Prospects for Flow Chemistry (#29)

Organized by: J. Yoshida, T. Jamison,
D. Kim, M. Organ
Poster Session
19:00 – 21:00
687. Porous polymer monolith applied to reactor for organic synthesis. N. Ishizuka*,
K. Mitamura, S. Watase, K. Matsukawa
688. Polyfunctional carotenoid synthesis via
one-pot strategy: Toward elucidation ofhighly efficient energy transfer by marine
photosynthetic organisms.
K. Sakaguchi*, T. Kajikawa, S. Hananoki,
N. Kinashi, D. Kosumi, H. Hashimoto,H. Frank, T. Shinada, S. Katsumura*
689. Dehydration of alcohols in a flow system using acid-functionalized silica gel:
Application to the synthesis of pristane.
Y. Hirobe, A. Furuta, T. Fukuyama,
I. Ryu*, Y. Manabe, F. Koichi
690. Metal-catalyzed amination processes incontinuous flow synthesis. H. Piras,
H. Lebel*
691. Highly efficient asymmetric photoreactions by flow microreactors.
Y. Nishiyama*, K. Terao, K. Kakiuchi
692. Applying flow chemistry for hydrogenation of four N4-tetradentate ligands.
A. Bjelosevic, M.R. Kriss, C. Gordon,
J. Aldrich-Wright*
693. Integration of aerobic oxidation of alcohols and unsaturated bond formation catalyzed by polymer-incarcerated metal
nanoparticle catalysts. A. Suzuki,
H. Miyamura, T. Yasukawa,
S. Kobayashi*
694. Flash generation and borylation of trifluoromethylvinyllithium and its application to cross-coupling. T. Fujita,
N. Konno, Y. Watabe, T. Ichitsuka,
A. Nagaki, J. Yoshida, J. Ichikawa*695. Flow chemistry: Developments and applications. G. Tranmer*
696. One-shot double amination of Sondheimer-Wong diynes. A. Orita*, F. Xu,
K. Shinohara, T. Nishida, S. Ohta,
K. Tomiyama, J. Otera
697. Dirhodium(II) complex-catalyzed enantioselective carbonyl ylide cycloaddition
reactions under continuous flow conditions. K. Takeda, A. Hirota, M. Anada,
S. Hashimoto*698. Kinetically controlled Fischer glycosylation using acidic silica-gel under fluidic
conditions. S. Masui, Y. Manabe,
A. Shimoyama, T. Fukuyama, I. Ryu*,
K. Fukase*699. Soft ruthenium and hard Brønsteadacid combined catalyst for efficient cleavage of allyloxy bonds toward protecting
chemistry. S. Tanaka, Y. Suzuki,
H. Saburi, M. Kitamura*
Hawaii Convention CenterHalls I, II, III
Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes andRelated Materials (#41)

Organized by: T. Akasaka, F. Wudl,
L. Echegoyen, X. Lu, C. Wang
Presiding: X. Lu, C. Wang
Poster Session
19:00 – 21:00
700. Novel metal-carbon hybrid molecules:
Endohedral metallofullerenes. X. Lu*
701. Light scattering characterizations of
mesoscale aggregation properties of C60
in aromatic solvents. R. Guo*, C. Hua*,
S. Chen702. Carbon nanotubes: Biopolymers composite materials. A. Aldalbahi*703. Regioselective syntheses and crystal
structures of fullerene-pentacene monoadducts. H. Shirai, T. Tajima, T. Inui,
T. Nishihama, Y. Takaguchi*
704. Designing and guiding the synthesis ofinherently nanostructured carbon-based
thin films. G. Gueorguiev
705. Synthesis of novel pyridine/pyridiniumtype fullerene derivatives with human immunodeficiency virus-reverse transcriptase inhibition activity. T. Yasuno,
K. Takahashi, T. Ohe, S. Nakamura,
T. Mashino*706. Synthesis of multitarget fullerene derivatives with both HCV RNA polymerase inhibitory and antioxidant activities for thetreatment of HCV-related disease.
H. Kataoka, K. Takahashi, T. Ohe,S. Nakamura, T. Mashino*
707. [2⫹2] Cycloaddition of coumarin derivatives with fullerene under photo-irradiatedconditions. M. Hayama, M. Ueda,
S. Yoshida, H. Yasuda, I. Ryu*
708. Far UV absorption spectroscopy of linear polyyne molecules in solutions.
Y. Wada*, Y. Morisawa, T. Wakabayashi,
Y. Ozaki709. Hydrogen evolution using a supramolecular photosensitizing system based onthe (6,5)single-walled carbon nanotubes.
Y. Tango, Y. Takaguchi*, K. Kurniawan,
T. Tajima
710. [2⫹2] Cycloaddition of aromatic allenes
with C60. M. Ueda*, S. Yoshida,
H. Yasuda, I. Ryu
711. New functionalization approaches fortrimetallic nitride metallofullerenes. T. Li,
L. Bai, H.C. Dorn*
712. Ortho and para water encapsulated in
C60: Infrared spectroscopy study.
T. Room*, A. Shugai, U. Nagel,
S. Mamone, M.H. Levitt,
A. Krachmalnicoff, R.J. Whitby,
Y. Murata, J. Li, N.J. Turro
713. Synthesis, properties, and structure offunctionalized cycloparaphenylene.
Y. Miyauchi, K. Tanaka*
714. Regioselectivity of sp3 defects andbrightening of carbon nanotube photoluminescence: Theoretical perspective.
G. Juhasz*, N. Nakashima
715. Enantiospecific formation of fulleropyrrolidines. M. Garcia Borràs*, S. Osuna,
K.N. Houk, M. Solà
716. Surface modification of HOPG and graphene by rod-shaped mixed-valence Rucomplexes. N. Katori, T. Kita, H. Ozawa,
M. Haga
717. Chemical reduction of metallofullerene
La@C82 by electron donors. Y. Sato*,
K. Akiyama, S. Kubuki
718. Regioselective synthesis of novel multifunctionalized fullerenes by a substitution
reaction of halogenofullerenes.
K. Watanabe, K. Uchiyama,
H. Takahashi, K. Yoza, H. Moriyama*
719. Coronene-based supramolecular rotors. Y. Yoshida*, Y. Kumagai,
M. Mizuno, K. Isomura, H. Kishida,
G. Saito
720. Synthesis and evaluation of new type ofwater-soluble fullerne materials.
T. Endo*, Y. Yamaoka, E. Kwon
721. Noncovalent functionalization of multiwalled carbon nanotubes with hydroxyl
group containing pyrene derivatives: Molecular structure effects of pyrene derivatives on the properties of polycarbonate
composites. E. Choi*, J. Kim, Y. Jo,
c. Kim722. Regioselective Diels-Alder reaction of
ketolactam open-cage fullerenes.
T. TANAKA*
723. Multidimensional NMR studies of fullerene bisadduct regioisomers. Y. Wan,
G. Liu, T. Yang, N. Chen*, X. Li*
724. Synthesis and NMR properties of H2and H2O-encapsulating aza[60]fullerenes.
Y. Hashikawa, M. Murata, A. Wakamiya,
Y. Murata*
725. Properties and dynamics in fullerenol
based-composites studied by solid-state
NMR. Y. Sano, H. Ogata
726. Radical spin interaction of graphene
flake embedded into h-BN sheet.
M. Maruyama*, S. Okada

727. Structural dependence of electronic
properties of graphene nanoribbons on
an electric field. A. Yamanaka*, S. Okada
728. Geometric and energetics structures of
corannulene polymers. K. Narita,
S. Okada
729. Gate voltage variation for carrier accumulation by the defects in carbon nanotubes. U. Ishiyama*, S. Okada
730. Viologen embedded polyaromatic hydrocarbons: Synthesis and characterization. E.L. Clennan*, X. Zhang,
T. Bakupog
731. Structural properties of 1D fullerenepolymer studied by Raman spectroscopy
and density functional theory calculation.
A. Takashima*, T. Nishii, J. Onoe
732. Host-guest complexation and TEM imaging of cyclodextrins on nanocarbon
surface. J. Yamada*, A. Kumamoto,N. Shibata, K. Harano, E. Nakamura
733. Theoretical investigation of small molecule adsorption on graphitic surfaces.
C. Squire, J.D. Head
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 2
Molecular and Supramolecular
Photochemistry (#71)

Organized by: J. Sivaguru, W. Chung,
C. Bohne, c. Tung, M. Sakamoto,
V. Ramamurthy
Presiding: M. Sakamoto
19:00 – 734. Photochemical and photophysical processes in aqueous dendritic media. N. Jayaraman*, B. Natarajan,
S. Gupta, B.M. Kiran, J. Nithyanandhan,
V. Ramamurthy*
19:30 – 735. Singlet oxygen and antioxidant
model substrates. A.G. Griesbeck*
20:00 – 736. Studying mechanism in photoredox catalysis. T.P. Yoon*
20:30 – 737. Structure effect of organic dyesfor sensitized solar cells. T.J. Chow*
Hawaii Convention CenterHalls I, II, III
Innovative Strategies for the Synthesis of
Nitrogen Heterocycles (#74)

Organized by: R. Danheiser,
T. Fukuyama, M. Lautens
Presiding: M. Lautens
Poster Session
19:00 – 21:00
738. Asymmetric synthesis of crambescin B
carboxylic acid, a potent inhibitor of voltage-gated sodium channels, and its analogs. Y. Nakane, Y. Ishikawa,
A. Nakazaki, T. Nishikawa
739. Synthetic studies of carbazole alkaloids. H. Yokoyama*, M. Miyazawa
740. Oxidative cyclization of 1-(pyridin-2-yl)guanidine derivatives: A synthesis of[1,2,4]triazolo[1,5-a]pyridin-2-amines andan unexpected synthesis of [1,2,4]triazolo[4,3-a]pyridin-3-amines.
K. Ishimoto*, T. Nagata,
M. Murabayashi, T. Ikemoto
741. Transition metal-free amination using
bench stable N-linchpin reagents.
P.V. Kattamuri, L. Kurti*
742. Transition metal-free direct primaryamination of aryl halides with renewableaminating reagents. H. Gao, L. Kurti*
743. Synthetic studies towards the total synthesis of daphlongeranine B. Y. Ogura*,
D.J. Dixon*
744. Inverse regioselective 1,3-dipolar cycloaddition by means of carbonyl umpolung. Y. Hashimoto, H. Ishiwata,
M. Katoh, S. Tachikawa, M. Sekino,
S. Ban, N. Morita, O. Tamura*
745. Library construction for thiazole fuseddiazepine derivatives using traceless solid-phase synthesis. D. Lee, D. Baek,
T. Kim, J. Kim, W. Lee, S. Kwak, J. Bae,T. Lee746. Solid-phase synthesis 2,4-disubstituted
5-carbamoyl-thiazole derivatives. J. Kim,
D. Kim, D. Lee, S. Kim, Y. Gong*, T. Lee*

747. Solid-phase synthesis of multi-substituted xanthine derivatives. T. Kim,
S. Lee, D. Lee, S. Kim, S. Lee*, T. Lee*
748. Synthesis of 2-aminobenzoselenazoles
from bis(2-aminodiphenyl) diselenides
and isothiocyanates. H. Ichikawa*,
N. Miyashi, S. Shimizu
749. Copper-catalyzed one-pot synthesis ofindoles from anilines and propargylic acetates. K. Enomoto, M. Takayanagi,
T. Konakahara, Y. Ogiwara, N. Sakai
750. Exploiting weak N-N bonds: New synthetic approaches to functionalized biaryls and an acid-free Fischer indole synthesis. C. Keene, L. Kurti*
751. Novel rare earth metal-catalyzed synthesis of benzoazoles. S. Naito,
T. Yoshimura, Y. Kimura, A. Toshimitsu,
T. Kondo*752. Efficient solution-phase synthesis of
1,3,4-oxadiazole and 1,3,4-thiadiazole
derivatives through reagent-based cyclization process of thiosemicarbazide intermediate. s. yang*, H. Yoo*, Y. Gong*
753. Suzuki-Miyaura reactions of 2,6-dihalopyridines with alkyl boronic esters.
J.L. Roizen
754. Reductive synthesis of indolinone derivatives using carbon dioxide. I. Kurata,
T. Amaya, T. Hirao
755. Synthesis of 4(3H)-quinazolinones byYb(OTf)3-catalyzed heterocyclization reactions of 2-aminobenzamides with 1,3dicarbonyl compounds. T. Yoshimura*,
Y. Kimura, A. Toshimitsu, T. Kondo
756. Iron-catalyzed enantioselective carbometalation of azabicyclic alkenes witharylzinc reagents. S. Saito*, K. Isozaki,
L. Adak, N.J. Gower, P. Cogswell,
T. Kawabata, M. Jin, T. Itoh, S. Ito,
M. Nakamura
757. Reaction of 2-pentene-1,4-dione withheterocyclic compounds in the presenceof BF3-OEt2 and the related reaction.
S. Kawabata*, H. Nishino
758. Total synthesis of grandilodine C andrelated Kopsia alkaloids. M. Nakajima,
S. Arai, A. Nishida*759. Synthesis of functionalized 2-oxindoles
by Friedel-Crafts reactions. M. Gasonoo,
D.A. Klumpp*
760. Cascade reactions of amido-acetals insuperacid: A synthetic route to indolizidines and quinolizidines. A. Qarah,
A. Tracy, A. Kethe, D.A. Klumpp*
761. Palladium-catalyzed oxidative cyclization of alkenes/alkynes to construct nitrogen heterocycles. J. Zheng, W. Wu*,
H. Jiang*
762. Modified synthesis of quinine and quinidine. Y. Kobayashi*, Y. Kaneko,
N. OGAWA763. Diversity-oriented syntheses of indolizine-based novel heterocycles. Y. Jung,
I. Kim*764. Synthesis of isoxazoles from conjugated silyl nitronates. A.J. Doue,
I.R. Pottie*
765. Synthesis of 1H-1,2,3-triazolecarboxylates. C. Butler, r. henry, A.M. Schoffstall
766. Selective synthesis of 2,3-disubstituted
indoles via a dimetallic intermediate.
M. Isomura, L. Ilies, M. Nakamura,
E. Nakamura*
767. Copper-catalyzed [4⫹2] cycloadditionof N-(2-pyridyl)ketimines and alkynes.
K. Tatsumi, T. Fujihara, J. Terao, Y. Tsuji** Principle Author

Photographing of presentations
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TECH–143

04 – ORGN
768. Fluorinated and trifluoromethylated disubstituted 1H-1,2,3-triazoles.
A.M. Schoffstall, D.A. Clarke,
L.F. George, W.A. Robertson,
K.A. Knobbe
769. Direct and catalytic guanidination ofamino groups by Sc(OTf)3 in water.
K. Tsubokura*, T. Iwata*, Y. Nakao,
K. Tanaka*
770. Synthesis of multisubstituted pyrroles
via copper-catalyzed condensation ofimines and diazocarbonyl compounds.
S.W. Tan, N. Yoshikai
771. Rapid synthesis of tri/tetraaryl-substituted pyrazoles via [3⫹2] cycloadditonand C-H direct arylation approaches.
T. Morita, S. Fuse*, K. Matsumura,
H. Sugiyama, D. Kobayashi, H. Tanaka,
H. Nakamura, T. Takahashi
772. Total syntheses of T988 B and C.
S. Sato, A. Hirayama, H. Ueda,
H. Tokuyama*
773. Indium-catalyzed reductive annulationof keto acids with primary amines leading
to N-substituted lactams. T. Uchiyama,
Y. Ogiwara, N. Sakai
774. One-pot approach to 2-arylbenzoxazinone derivatives using copper-mediatedoxidative tandem reactions.
M. Yamashita*, Y. Nishizono, A. Iida775. Novel 3-substituted-1,10-phenanthrolines via high yielding microwave assisted
Friedländer condensation using aldehydes. G.H. Dennison*, M.R. Johnston*776. Experimental and computational mechanistic evaluation of a palladium-catalyzed ring expansion of spirocyclic ␦-lactams and piperidines. O. Rene*,
I.A. Stepek, A. Gobbi, B.P. Fauber,
S. Gaines
777. Asymmetric synthesis of quinolizidine,indolizidine, and pyrrolizidine azabicycles. I. Houlsby*, S. Davies,
A. Fletcher, E. Foster, P. Roberts,
T. Schofield, J. Thomson
778. Nitrosoallenes: New reactive species
for umpolung functionalization and heterocycles synthesis. H. Tanimoto*,
K. Yokoyama, T. Shitaoka, Y. Mizutani,
K. Kakiuchi
779. Asymmetric synthesis of chiral diaminesby formal imino cyclization.
A.R. Pradipta, K. Tanaka*
780. Chiral holmium complex-catalyzed
asymmetric Diels-Alder reaction of siloxybutadienes and enantioselective total
synthesis of (–)-minovincine.
T. Morikawa, S. Harada, A. Nishida*781. Stereodivergent synthesis of chiral␤-lactams through the enantioselective
reduction of iminocyclobutenones andthe subsequent thermal rearrangement ofaminocyclobutenones. I. Hachiya*,
M. Shimizu
782. Dehydrosulfurative C-N cross-coupling
and concomitant oxidative dehydrogenation of 3,4-dihydropyrimidin-1H-2-thiones
for general synthesis of 2-aminopyrimidine derivatives. J. Sohn*, N. Phan
783. Towards dephospho form A. A. Klewe,
T. Lindel*
784. Conversion of alcohols into valuedadded nitrogen containing heterocycles
via ruthenium-catalyzed hydrogen transfer coupling strategy. M. Zhang
785. Rapid access to 3-aminoindazoles fromtertiary amides. W.S. Bechara*,
S. Régnier, P. Cyr, A.B. Charette
786. Progress towards the total synthesis ofcallosine. M. Vriesen*, M.A. Kerr
787. Negishi approach to 1,5-disubstituted
3-amino-1H-1,2,4-triazoles. H. Zhang
788. Base- and additive-free approach of the
Tsuji-Trost reaction for the synthesis ofnitrogen heterocycles. M. Kljajic,
R. Breinbauer
789. Rh-catalysed carbonylation of non-activated aziridines to ␤-lactams at low COpressure mediated by an unusual electron rich phosphine ligand. C. Buxton*,
D. Blakemore, J. Bower
790. U.V. light mediated synthesis of carbazoles using flow chemistry. A. Caron,
A. Hernandez-Perez, S. Collins*
791. Enantioselective, catalytic anhydrideMannich reaction: Efforts toward the synthesis of 7-deoxypancratistatin.
M.J. Di Maso, S. Laws, J.T. Shaw

144 –TECHTECHNICAL PROGRAM
792. Synthesis of polyring-fused amines via
stereoselective seleno-Claisen rearrangement. F. Shibahara*, M. Suzuki,
S. Kubota, T. Murai
793. Development and application of Pdcatalyzed cross-coupling methods for theparallel synthesis of nitrogen heterocycles. A. Capretta*
794. Ring-opening cyclization of spirocyclopropanes with amines: rapid access to
2-substituted 4-hydroxyindoles.
H. Nambu, M. Fukumoto, W. Hirota,
T. Yakura
795. Studies toward the synthesis of pyrroloindole natural products.
J.E. Curiel Tejeda, M.A. Kerr*
796. Enantioselective synthesis and functionalization of nitrogen heterocycles
through olefin hydroacylation reactions.
L.M. Stanley797. Highly efficient one-pot double cyclisations in the asymmetric syntheses ofpolyfunctionalised azabicycles.
M. Brambilla*, S. Davies, A. Fletcher,
P. Roberts, J. Thomson798. Enantioselective dearomative [3⫹2] cycloadditions of azomethine ylides andelectron-deficient arenes and heteroarenes. A. Gerten, L.M. Stanley*799. Synthesis of tricyclic benzazonines by
aza-Prins reaction. T. Katamura*,
T. Shimizu, Y. Mutoh, S. Saito
800. Development of a hypervalent iodine
mediated ring contraction of lactams andits application towards the synthesis ofalkaloids. S. Aubert-Nicol, C. Spino*,
J. Lessard
Hawaii Convention CenterHalls I, II, III
Organoboron Chemistry: Applications in
Organic Synthesis, Biology, and Materials(#100)

Organized by: D. Hall, B. Wang,
P. Duggan, M. Suginome
Presiding: D. Hall
Poster Session
19:00 – 21:00
801. Conversion of potassium organotrifluoroborates to organoborohydrides.
E.R. Abbey*, C. Bateman, H. Beal,
J. Arakawa, D. Donovan
802. Unprecedented catalytic use of gallium(0) in organic synthesis. B. Qin,
U. Schneider
803. “Super activated” lithium cation basedon carborane anions and its novel reactivity. Y. Kitazawa*, R. Takita,
S. Matsubara, M. Uchiyama
804. Byproduct free synthesis: Radical cyanation of NHC-boranes and decyanationof malononitriles. T. Kawamoto,
D.P. Curran*805. Hydrazone-palladium catalyzed onemolecular allylic arylation. K. Watanabe,
T. Mino*, M. Sakamoto
806. Copper salt catalyzed addition of arylboronates to azodicarboxylate.
T. Uemura, M. Yamaguchi, N. Chatani*
807. Complementary synthesis of borylated
N-heterocycles. C. Merlic*,
R. Tobolowsky
808. Ruthenium/Me-BIPAM catalyzed asymmetric addition of arylboronic acids tosynthesis of chiral benzofuranone derivatives. M. Yohda, Y. Yamamoto*809. Cyclic ketones synthesis by intramolecular acylation of organocobalt with esters.
T. Ueno, Y. Suyama, M. Ueda*, I. Ryu*
810. Facile Me3SiNR’R”-catalyzed enolate
isomerization enables a general method
for stereoselective synthesis of enol borinates by borylation of lithium enolates.
D. Kundu, D. Ward*811. Synthesis of 1,4-enynes by catalystfree coupling reaction of alkenylboronic
acids with secondary propargylic acetates. D. Nakakoji
812. Base catalysed bora-Brook rearrangement: The effects of solvent polarity, thebackbone of boryl group, and countercation of base toward reaction rate.
H. Kisu, M. Yamashita*, K. Nozaki*,
H. Sakaino, F. Ito813. Azaborines: Novel core isosteres forheteroaromatic systems. G.H. Davies,
G.A. Molander
814. Regioselective diboration using unsymmetrical diborane(4) in the absence oftransition metal catalyst. C. Kojima,
M. Yamashita*
815. Diastereoselective allylation of imines
and hydrazones using allylboronic acids:
Scope and mechanistic investigation.
R. Alam*, A. Das, K.J. Szabo
816. Two-photon induced photobleaching in
conjugated organoboron compounds.
H. Haruno, Y. Kurakami, M. Kato,
S. Fukushima, H. Ito, M. Fujino*
817. Copper-catalyzed C-N bond formation
between boronic acids and organic
azides at room temperature. W. Kim*
818. Nickel-catalyzed borylation of aryl2-pyridyl ethers through the cleavage of acarbon-oxygen bond. M. Tobisu*,
J. Zhao, H. Kinuta, N. Chatani
819. Rhodium-catalyzed cross-coupling ofaryl carbamates with organoboron reagents. K. Yasui
820. Nickel-catalyzed transformation involving the cleavage of a carbon-nitrogenbond in aniline derivatives. M. Tobisu*,
K. Nakamura, N. Chatani
821. Catalytic arene borylation based on insitu-generated borenium species.
F. Kitani*, T. Imahori, R. Takita,
M. Uchiyama
Hawaii Convention CenterHalls I, II, III
Practical Application of Basic Research on
Molecular Recognition (#136)

Organized by: C. Tran, K. Kano,
C. Easton
Poster Session
19:00 – 21:00
822. Formose reaction in the presence ofwater soluble polymers. T. MICHITAKA*,
A. Hashidzume, T. Sato823. Highly active bifunctional triporphyrincatalysts for CO2 fixation. K. Ogawa,
C. Maeda, T. Taniguchi, T. Ema
824. Chiral recognition of sympathetic
␤-blocking agent propranolol using (-)epigallocatechin-3-O-gallate.
H. Tsutsumi, E. Yokoyama, T. Ishizu*
825. Control of formose reaction using phenylboronic acid residue. T. Imai,
A. Hashidzume, T. Sato*826. Tunable solid-state fluorescent materials for supramolecular encryption.
X. Hou, C. Ke, J.F. Stoddart*
827. Molecular tetrahedron. J. Sun, Y. Wu,
J.F. Stoddart*
828. Synthesis of cyclophane oligomers by
RAFT polymerization and their host-guest
properties. K. Nakamura
829. Selective DNA-binding small-molecule
fluorescent probes for live cell imaging.
V. Thangavel, G. NAMASIVAYAM,
T. Bando, H. Sugiyama
830. Developing surface imprinted polymers
for selective recognition of pharmaceutical targets. A. Mujahid*, S. Roshan,
S. Bajwa, A. Afzal, N. Iqbal, T. Hussain
831. Synthesis and evaluation of naphthyridine derivatives having amino sugar.
H. Aikawa, Y. OKADA, H. Ito,
K. NAKATANI*
832. New Cu2⫹-selective fluorescent probe
based upon dansyl derivative and its applications. M. Choi, J. Hong, I. CHANG,
S. Chang*
833. Shape-persistent cavities of a rigid dendrimer. Y. Kato, T. Kambe, T. Imaoka,
K. Yamamoto*
834. Syntheses and developments of polydiacetylene-based chemosensors. S. Lee,J. Yoon*835. Structural optimization of bifunctional
metalloporphyrin catalysts for CO2 fixation. C. Maeda, J. Shimonishi, K. Ogawa,T. Ema836. Cyanine based near-infrared fluorescent sensor and its bioimaging application. Y. Hu, J. Yoon*
837. Biological imaging of mitochondria invarious way by using a cyanine derivative
probe. Y. BAEK, k. kim, J. Yoon*

Hawaii Convention CenterHalls I, II, III
Homogeneous Gold Catalysis: Methods,
Theories and Applications (#192)

Organized by: L. Zhang, H. Ohno, R. Liu
Presiding: L. Zhang
Poster Session
19:00 – 21:00
Natural product synthesis
838. Gold(I)-catalyzed cascade cyclization ofenediynes to 6H-dibenzo[c,h]chromen-6ones. M. Wu*
839. Gold alkene pi-complexes: Ligand effects on structure, formation and reactivity. A.C. Jones, C. Griebel, J. Piedad,
W. Zhou
840. Gold-catalyzed sequential [3⫹2]/retro[3⫹2]/[3⫹2] cycloadditions cascade of Nalkoxyazomethine ylide. M. Ueda*,
S. Sugita, N. Takeda, O. Miyata*841. Total syntheses of hyperforin, papuaforin A-C and formal synthesis ofnemorosone: Toward the the total synthesis of ginkgolides. G. Bellavance,
L. Barriault*
842. Catalytic reaction with AuNPs/␲-conjugated diblock copolymers (II) - oxidation
reactions of benzhydrol. H. Furukawa,
M. Fujita, Y. Takeoka, M. Rikukawa
843. Silver-Ccatalyzed C-C bond formation
with carbon dioxide. T. Yamada
844. Synthesis and reactivities of pyridylgold complexes bearing alkyne moiety.
H. TAKEMOTO, N. NISHINA*
845. Three-component domino process forthe pyrrolizine skeleton via [3⫹2]-cycloaddition of azomethine ylide andenamine cyclization triggered by a gold
catalyst. K. Sugimoto, N. Yamamoto,D. Tominaga, Y. Matsuya*
846. Gold-catalyzed cyclization-rearrangement reaction for the synthesis of 3-hydroxyisoxazoles. S. Sugita, M. Ueda*,
K. Noguchi, N. Takeda, O. Miyata*847. Regioselective cis insertion of DMAD
into Au-P bonds: Effect of auxiliary ligands on reaction mechanism.
T. NAKAJIMA, H. Kuniyasu, T. TAMAKi,
T. Iwasaki, N. Kambe
848. Synthesis of angular and fused polycyclic compounds with Au(I) catalyst.
P. Mcgee, L. Barriault*
849. Light initiated cascade reaction for thesynthesis of polycyclic compounds.
M.A. Morin, L. Barriault*
850. Au(I)-catalyzed cyclization: Its application to the synthesis of polyethers.
M. Matsuo, M. Miyazawa, H. Yokoyama*851. Gold-catalyzed cycloisomerization of
medium-sized cyclic ethers. M. Kubota*,
T. Saito, M. Uchiyama
852. Pd-catalyzed asymmetric intermolecular addition of homopropargylic alcohol toalkoxyallene: Development and application. J. Kim, W. Lee, Y. Rhee*853. Synthesis and structure of phosphinegold complexes bearing alkynyl moiety.
F. KIMURA, N. NISHINA*
854. Liquid phase benzene hydroxylation
over copper binuclear complex catalysts.
K. Kato, A. OKEMOTO, K. Taniya,
Y. ICHIHASHI, S. NISHIYAMA
855. Gold-catalyzed cascade reaction of
1,7-diynes: Applications in collective synthesis of cladiellins . G. Yue, J. Gong,
T. Luo*, Z. Yang** Principle Author

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04 – ORGN
856. Gold catalyzed allene’s cycloadditionand cyclization reaction. Z. Chen

Hawaii Convention CenterHalls I, II, III

Hilton Hawaiian Village
Mid-Pacific Center, Coral 5

Supramolecular Chemistry at the Interfaceof Materials, Biology, and Medicine (#300)

Molecular Function of Natural Products:
Advances towards Chemical Biology (#237)

Organized by: S. Zimmerman, Z. Li,
K. KimPresiding: S. Zimmerman

Fluorinations and Fluoroalkylations (#310)

Poster Session
19:00 – 21:00

Organized by: S. Prakash, T. Ritter,
K. Mikami, S. Fustero, J. Hu
Presiding: S. Fustero, T. Ritter

Organized by: M. Ueda, B. Miller, K. Irie,
B. Miller, B. Miller, C. Lin, T. Oishi,
C. Forsyth, H. Lee
19:00 – 857. New prespore-cell-promoting
factor of cellular slime molds, Dictyostelium discoideum. Y. Takaya*, R. Hotta,
K. Fujiwara, M. Niwa, K. Inouye,
A. Oohata
19:12 – 858. Isolation and evaluation of anability to bind to protein kinase C of
(20S)-bryostatin 19 from Japanese bryozoan: Elucidation of the role of the sidechain at C-20. R.C. Yanagita, K. Muraki,
M. Takata, Y. Kawanami, K. Irie
19:24 – 859. Hepatitis C virus cell culture
system identifies fungi-derived NeoB
(SF30) as a liver X receptor inhibitor.
K. Watashi*
19:36 – 860. Sterol degradation pathway in
Mycobacterium tuberculosis is a target of
secondary metabolites from Philippine
plants. A.P. Tolones, S. FRANZBLAU,
M.J. Garson, A. Aguinaldo*, J.P. Saludes*
19:48 – 861. Total synthesis and 3D structural analysis of apratoxin C. Y. Masuda,
J. Suzuki, Y. Onda, M. Yoshida, T. Doi*
20:00 – 862. Synthesis and biological evaluation of hibiscone C. B.C. Goess*20:12 – 863. Structure–activity studies on
the PKC-recognition domain of aplysiatoxin, a potent tumor-promoter isolated
from a sea hare. Y. Ashida,
R.C. Yanagita, C. Takahashi, M. Fujii,
Y. Kawanami, K. Irie
20:24 – 864. 5-Alkyl-1,2,3,4-tetrahydroquinolines (5aTHQs), new membrane-interacting lipophilic metabolites, producedby combined-culture of Streptomyces nigrescens and Tsukamurella pulmonis.
R. Sugiyama*, S. Nishimura, T. Ozaki,
S. Asamizu, H. Onaka, H. Kakeya
20:36 – 865. Total synthesis and structureactivity relationship of omaezallene toward the development of molecular
probe for antifouling substance.
T. Umezawa*, E. Yoshimura, Y. Nogata,
T. Okino, F. Matsuda
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4
Frontiers of Chirality in Organic Chemistry(#286)

Organized by: J. Canary, N. Berova,
E. Yashima, M. Hyun, T. Shibata,T. Asahi, C. Welch, S. You
Presiding: J. Canary, C. Welch
19:00 – 866. Practical catalytic hydrogenation. X. Zhang*
19:15 – 867. Enantioselective and diastereoselective silylation. S. Wiskur*
19:30 – 868. Iridium-catalyzed asymmetrichydrogenation of pyridinium salts for constructing multiple stereogenic centers on
piperidines. A. Iimuro, S. Hida, Y. Kita,
K. Mashima*
19:45 – 869. Studies on the asymmetric
Meinwald rearrangement of spiro-epoxides: Enantioselective and memory ofchirality (MOC) strategies. N. Jeedimalla,
S.P. Roche*
20:00 – 870. Catalytic asymmetric hydrogenation of carbocyclic arenes.
R. Kuwano*
20:15 – 871. Ethano-strapped Tröger’s baseanalogs for materials chemistry applications. A.C. Try*, M. Hashemi Karouei

872. Catch and release of small moleculeswith porous nanocapsules.
E. Pinkhassik*, S. Dergunov873. Dendritic single-molecule fluorescentprobe that is photostable and minimallyblinking. S. Yang, S. Zimmerman*
874. Targeting methylated peptides using
highly functionalized p-sulfonato
calix[4]arenes as a biomimic. A. Shaurya,
K. Daze, G. Garnett, J. Li, T. Henderson,
M. Starke, L. Voss, F. Hof*
875. Synthesis, liquid crystal formation, anddouble helix-random coil transition inbulk of ethynylhelicene oligomers possessing dendric mesogenic moieties.
N. Saito, M. Yamaguchi*
876. Engineering of redox metallocenyl
nanomaterials . A. Rapakousiou*,
D. Astruc877. Anti-quorum sensing properties of inclusion complex of N-acylhomoserine
lactone with alkylamine-modified cyclodextrin. A. Kamimoto, S. Ito, N. Kato,
T. Ikeda, T. Morohoshi
878. Quorum quenching techniques using
modified cyclodextrins. T. Ikeda,
T. Morohoshi, N. Kato, S. Ito879. Antibiofilm properties of inclusion complex of N-acylhomoserine lactone withcyclodextrin and its derivatives.
T. Azuma*, S. Ochiai, T. Ikeda,
T. Morohoshi
880. Influence of molecular weight of humic
substances on redox activities. Z. Yang,
J. Jiang*
881. Cyclodextrin-based switchable DNA
condenser. Y. Chen, P. Hu, Y. Liu
882. Self-assembly behavior of the stimuliresponsive helical polysaccharide derivatives. S. Tamaru*, S. Shinkai
883. Supramolecular polymer of metal accumulating dendrimer. S. Mendori*,
K. Albrecht, K. Yamamoto
884. Diphenylacetylenes: A versatile platform
for molecular switching. P.C. Knipe*,
S. Thompson, A.D. Hamilton
885. Capture and release of guest moleculesby reduction-responsive cyclophane oligomers having disulfide linkage.
O. Hayashida*, Y. Nakamura, K. Kojima,
K. Nishino, S. Kusano
886. Quartz crystal microbalance analysis of
the complex formation of bacterial intercellular signaling molecules with receptors. H. Sasa, Y. Takayama, E. Nasuno,
K. Iimura, N. Kato*
887. Autoinducer trapping polymers that inhibit bacterial cell-to-cell communication.
N. Kato*, R. Kawakami, C. Okano,Y. Takayama, H. Ozone, K. Iimura,
E. Nasuno
888. Supramolecular assembly based on
porphyrin and dithienylethene-modified
permethyl-␤-cyclodextrin. Y. Zhang,
G. Liu, X. Xu, Y. Liu
889. Rapid access to phospholipid analogs
using thiol-yne chemistry. C. ZHOU*,
N.K. Devaraj
890. Synthesis of bis(terpyridyl)anthracenebridged-di[24]-crown-8 europium(III)complex and its assembly behavior withferrocene derivative. H. Zhang, D. Guo,
J. Wang, Y. Liu
891. CB[8]-based fluorescent supramolecular assembly with polymeric ru(II)/tri(bipyridine) centers. W. Zhang, Y. Chen,
Y. Liu892. Molecular binding behaviors between
pyridinium dyes and water-soluble crownether. X. Zhang, Y. Zhang, Y. Liu893. Amphiphilic diselenide-containing supramolecular polymers . Z. Wang894. Adhesion between materials using
host-guest interaction and covalent bondformation reaction. T. Sekine,
Y. Takashima, A. Harada*

895. Amide-linked bisureas with stimuli-responsive chloride transport activities.
E. Park*, K. Jeong
Hawaii Convention CenterHalls I, II, III

Poster Session
19:00 – 21:00
896. Synthesis of 3-fluorinated cyclopropene
derivatives and Diels-Alder reactions with
1,3-diphenylisobenzofuran. G. Lee*,
H. Lin, H. Lee, Y. Huang
897. Nickl(0)-catalyzed selective co-trimerization or cross-trimerization reactionsof ethylene, tetrafluoroethylene, and/or
aldehydes. M. Ohashi*, T. Kawashima,
H. Shirataki, K. Kikushima, S. Ogoshi*
898. Synthesis of gem-difluorocycloalkenes
via regiselective ring-opening reaction
and subsequent RCM reaction using
gem-difluorocyclopropanes as starting
compounds. Y. Masuhara*, T. Nokami,
T. Itoh899. Facile synthesis of 2-(perfluoroalkyl)indoles by palladium-catalyzed C-H activation. D. Shen, J. Han, J. Chen, H. Zhang,
W. Cao*900. Copper-catalyzed oxidative cyclization:
Synthesis of 3-carbonyl-1-perfluoroalkylpyrrolo[1,2-a]quinolines. Z. Xu, J. Han,
J. Chen, H. Zhang, W. Cao*901. Efficient synthesis of 2-perfluoroalkyl
pyrrole derivatives. X. Sun, J. Han,
J. Chen, H. Zhang, W. Cao*902. Catalytic electrophilic fluorination withhypervalent iodine reagents.
N. Ilchenko*, B. Tasch, K.J. Szabo
903. Fluorous nanochannel constructed by
self-assembly of fluorinated macrocycles:
Ultrafast water transport. Y. Itoh*,
T. Konda, K. Sato, T. Aida*
904. Fluorination of isoxazoles and its application for the synthesis of 5-hydroxy-4,4difluoroisoxazolines. K. Sato*,
G. Sandford, S. Akiyama,
M.J. Lancashire, Y. Konishi, A. Tarui,
M. Omote, A. Ando905. An efficient generation and its synthetic
applications of lithium 4-bromo-3,3,4,4tetrafluorobutynide. Y. Watanabe,
T. Konno*906. Versatile procedure for fluorocyclizationof tryptamines and its application to synthesis of protubonine A analog.
T. Fujiwara*, Y. Nishimura, H. Yasuda,
H. Nambu, T. Yakura*907. Catalytic introduction of difluoromethyl
and difluoromethylene groups with difluorocarbene and its complexes.
K. Fuchibe, T. Aono, J. Hu, R. Takayama,
Y. Koseki, M. Bando, J. Ichikawa
908. Aminotrifluoromethylation via cyclic
amine formation of olefins.
S. Kawamura, H. Egami, M. Sodeoka*909. Synthesis and crystallographic study ofperfluoroalkylated naphtho[2,1-b:6,5-b’]
dithiophene. E. Nogami, T. Yajima*
910. Ring-opening addition reaction of gemdifluorocyclopropane via radical reaction
process. K. Narita, T. Nokami, T. Itoh911. De novo synthesis of fluorinated carbohydrate building blocks. K. Takayanagi,
A. Harada, T. Nokami*, T. Itoh*912. Copper-catalyzed hydrofluorination of
␣,␤-acetylenic esters and aroylfluorination of epoxides using benzoyl fluoride as
fluorine source. D. Shiozaki,
H. Kuniyasu, M. Nakazaki, T. Iwasaki,
N. Kambe
913. Highly diastereoselective synthesis of
CF3-containing spirooxazolines and spirooxazines by photoredox catalysis.
N. Noto, T. Koike*, M. Akita*
914. Copper-catalyzed regioselective trifluoromethylthiolation of pyrroles and arylamines by trifluoromethanesulfonyl hypervalent iodonium ylide. Z. Huang,
N. Shibata

915. Catalytic trifluoromethylthiolation of allylsilanes and silyl enol ethers using trifluoromethanesulfonyl hypervalent iodonium ylide. S. Arimori, N. Shibata*916. Development of electrophilic pentafluorophenylation and pentafluorosulfanylarylation using diaryliodonium salts.
K. Matsuzaki, N. Shibata*917. Synthesis of pentafluorosulfanylphenyl
containing heterocycles and their biological activities. E. Tokunaga*, H. Akiyama,
N. Shibata
918. Radiosynthesis of deoxyfluorosucrose
analogs and their in vivo study of sucrosetransport in maize leaves. C.S. Hampton,
T. Brossard, D. Rotsch, W. Ying,
V. Gaddam, M. Harmata, J. Robertson,
M. Swyers, S.S. Jurisson, D.M. Braun
919. Detection of HF by the open-shellP-heterocyclic system. S. Ito*, Y. Ueta,
K. Mikami
920. Organocatalytic enantioselective fluorination of ␣,␣-disubstituted aldehydes.
K. Shibatomi*, K. Kitahara, T. Okimi,
S. Iwasa
Hawaii Convention CenterHalls I, II, III
Nanomaterials as Catalysts for Green
Chemistry (#313)

Organized by: A. Moores, Y. Uozumi,
C. Li, R. Varma
Poster Session
19:00 – 21:00
921. Cobalt-rhodium heterobimetallic nanoparticles as catalysts for the amination ofaldehydes and ketones with amines andnitroarenes. Y. Chung*, J. Park
922. Core-shell nanostructured Au@CeO2
catalyst for the highly selective semihydrogenation of alkynes to alkenes.
M. Yamamoto, Z. Maeno, T. Mitsudome,
T. Mizugaki, K. Jitsukawa, K. Kaneda*
923. Preparation of SiO2-coated SnPt bimetallic nanoparticle catalysts for selectivehydrogenation of unsaturated aldehyde.
K. Taniya*, T. HARA, T. Imai,
A. OKEMOTO, Y. ICHIHASHI,
S. NISHIYAMA
924. Development of gallium cation-exchanged montmorillonite catalyst for depolymerization of polyethers. S. Yamada,Z. Maeno, T. Mitsudome, T. Mizugaki,
K. Jitsukawa*
925. Complementary catalysis of core-Pd
and shell-Ag for selective semihydrogenation of alkynes. T. Urayama, Z. Maeno,
T. Mitsudome, T. Mizugaki, K. Jitsukawa,
K. Kaneda*
926. Transformation of terminal alkenes into
primary allylic alcohols over supported
Pd catalysts. Z. Zhang*, T. ISHIDA,
H. Murayama, T. Fujitani, M. Tokunaga
927. Microwave-ultrasound simultaneous irradiation: A hybrid technology applied toring closing metathesis in glycerol micelles. E. Colacino, M. Radoiu
928. Direct alpha arylation of various etherswith palladium loaded titanium oxide
photocatalyst. a. tyagi*, T. Matsumoto,T. Kato, H. Yoshida929. Cyanomethylation of alkane by metal
loaded titanium dioxide photocatalyst.
E. WADA, T. TAKEUCHI, H. Yoshida** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–145

04 – ORGN
930. Designing trimodal zeolite catalyst for
upgrading the coal-derived fuels. L. Tan,
C. Xing, G. Yang, Y. Yoneyama,
N. Tsubaki*
931. Practical iron-catalyzed oxidation ofstyrenes and alcohols by hydrogen peroxide. S. Tanaka, Y. Kon, k. sato
932. Liquid phase alcohol oxidation reaction
using molecular oxygen. N. Muranaka,
Y. Yoneyama, N. Tsubaki*
933. Catalytic nanostructure and mechanismof ReOx-Pd/SiO2 for hydrogenation ofcarboxylic acid. Y. Takeda, M. Tamura,
Y. Nakagawa, K. Tomishige*
934. Selective 1,4-hydrosilylation of ␣,␤-unsaturated ketones over supported PdAu
alloy catalysts. K. Endo, H. Miura,
T. Shishido
935. Monolithic Pd catalyst for the direct oxidative esterification of methacrolein tomethyl methacrylate . Y. Diao*, P. Feng,
S. Zhang
936. Relationship between the atomic-scale
structure of Au-Ag bimetallic catalysts
and their catalytic performancefor 4-nitrophenol reduction as a model reaction.
I.J. Godfrey, N. Dimitratos, I.P. Parkin,
S. Maenosono, G. Sankar*
937. Inhibitory effect to pathogenic bacteriaof visible light responsive type nanosilver
photocatalyst. S. Tajiri, M. Miyazaki,
K. Tanaka, K. Ito938. Kinetic studies of noble metal nanoparticle catalyst microenvironments in water.
A.D. Quast*, I. Zharov, M. Bornstein,
J.S. Shumaker-Parry
939. Heterogeneous Lewis acid catalysis
with polymeric rare earth arylsulfonates.
P. Tungjiratthitikan, H. Furuno*,
J. Inanaga
940. Preparation of montmorillonite supported late transition metals and catalytic
decarbonylation of arene carbaldehydes.
T. Mouri, T. ISHIDA, H. Murayama,
M. Tokunaga
941. Selective hydrogenation of ␣,␤-unsaturated aldehydes over supported NiPt alloy catalyst. K. Noguchi, H. Miura,
T. Shishido
942. Characterization of Pd-Ni alloy catalysts
for hydrogenolysis of benzylic alcohols.
H. Murayama*, K. Nakamura, T. ISHIDA,
T. Honma, H. Ohashi, T. Yokoyama,
A. Hamasaki, M. Tokunaga
943. Characterization of supported gold
nanoparticle catalysts prepared by impregnation method using amino acid goldcomplexes as precursors.
T. Hasegawa*, Y. YAMAMOTO,
T. ISHIDA, H. Murayama, T. Honma,
H. Ohashi, T. Yokoyama, M. Okumura,
M. Tokunaga
944. [2⫹2⫹1] Cycloaddition of aldehydes,
alkynes, and CO by supported Ru catalysts. H. Miura, K. Takeuchi, T. Shishido*945. Development of high-throughput flow
system using Ni-Zn mixed based salt catalyst: Application for enone epoxidation
with hydrogen peroxide. A. Hayashi,
T. Hara, N. Ichikuni, S. Shimazu*
946. Chitin-supported ruthenium as a catalyst for nitrile hydration. A. Matsuoka,
T. Isogawa, Y. Morioka, B.R. Knappett,
A.E. Wheatley, S. Saito, H. Naka
947. Decarbonylation of furfural catalyzed byzirconia and ceria supported Pd catalysts. K. Kume, T. ISHIDA, K. Kinjo,
T. Honma, H. Ohashi, T. Yokoyama,
H. Murayama, Y. Izawa, M. Utsunomiya,
M. Tokunaga
948. Highly ordered polymer as ligand for
palladium catalyst. H. Kim, H. Lee*
Hawaii Convention CenterHalls I, II, III
Organic Solid-State Chemistry: Structure,
Property & Reactivity (#398)

Organized by: M. Sakamoto,
L. MacGillivray, J. Vittal
Poster Session
19:00 – 21:00
949. Cocrystallization-based control over dichroism in crystalline molecular solids.
O. Bushuyev*, T. Friscic, C. Barrett

146 –TECHTECHNICAL PROGRAM
950. Multiple photoluminescence of biphenylgold(I)-isocyanide complex: Mechanochromic single crystals including various
small organic molecules. M. Jin*, T. Seki,
H. Ito951. Re-examination of amino acid NCA polymerization 65: Topochemical polymerization of L-glutamic acid ester N-carboxy anhydrides. H. Kanazawa*,
A. Inada
952. Positive phototaxis of oil-droplets comprising of a caged oleic acid against an
anisotropic UV irradiation. K. Suzuki*,
N. Nakayama, T. Sugawara*953. Low-temperature induced phase transition of nitrobenzene derivatives - negative
thermal expansion. H. Takahashi*,
T. Nakamura, A. Oyamada, H. Tsue,
R. Tamura954. Family of thermosalient crystals: From
serendipity to design. D. Tan*,
J.G. Hernández, T. Friscic
955. Twisting and piezochromism of pi-conjugated molecules using aromatic interactions. S.W. Thomas*
956. Solid-state recognition and selective
binding of organic isomers. K. Uzarevic*
957. Crystal structures and desolvations ofmetoclopramide hydrochloride monohydrate and solvates. Y.P. Nugraha*,
O.D. Putra, H. Uekusa
958. Dehydration mechanism of Ciprofloxacin HCl and its implication to physicochemical properties. O.D. Putra,
R. Toyoshima, A. Sekine, H. Uekusa*
959. Magneto-structural correlation in the
crystals of N,N-bis(tert-butylphenyl) nitroxyl radical derivatives. K. Adachi*,K. Miyamoto, R. Suzuki, Y. Miura,
N. Yoshioka
960. Pseudopolymorphic phase transformation of potassium mefenamate hydrate
crystal. A. Egami, N. Takata, A. Sekine,
H. Uekusa
961. Crystal structure change in dehydrationof ASP015K hydrobromide hydrate crystals. N. Hamada, K. Gato, H. Uekusa
962. Structural motif in itraconazole pharmaceutical co-crystal. R. Hashimoto,
A. Sekine, H. Uekusa
963. Creation of fluorogenic sensors for aromatic hydrocarbons by supramolecularporous hosts. S. Hatanaka, T. Ono*,
Y. Hisaeda
964. Crystal structure and gas adsorption
behavior of N-protected DL-phenylalanylglycine. A. Hisashi*, M. Kochunnoonny,
R. Tamura, H. Tsue, H. Takahashi
965. Crystal structures of oily medicinaldrugs determined by “crystalline sponge
method”. M. Kawahata, T. Akaisihi,
Y. Hirose, S. Komagawa, K. Ohara,
K. Yamaguchi*
966. Solid-state optical properties and crystal structures of 1,4-dipropoxy-9,10-anthraquinone polymorphs. C. Kitamura*,
S. Li, M. Takehara, Y. Inoue, K. Ono,
T. Kawase, K.J. Fujimoto
967. Polymorphism of ␤-carboline derivatives. H. Masu
968. Preparations and crystal structures ofdiacetylene derivatives carrying nicotinic
esters. S. Minami, . Iwahashi, T. Okuno*
969. Discovery of the K4 structure formed bya triangular ␲ radical anion, NDI-⌬.
A. Mizuno, Y. Shuku, R. Suizu,
M.M. Matsushita, M. Tsuchiizu,
K. Awaga*
970. Construction of non-interpenetrated hydrogen-bonded hexagonal networks withmultiple types of pores based on
dehydrobenzo[18]annulene derivative.
S. Nakagawa, I. HISAKI*, N. TOHNAI,
M. MIYATA*
971. Magneto-structural correlation in chromium(V) nitride complexes with salicylideneaniline ligands carrying electron
withdrawing group. S. Nakagome,
Y. Takahashi, Y. Miura, N. Yoshioka
972. Computational search of packing andconformational polymorphs for organic
molecules: Crystal structure prediction.
S. OBATA, H. Goto
973. Dielectric response and structuralphase transitions of charge-transfer complex crystals of polar acceptor molecules.
M. Ohtani, J. Harada*, Y. Takahashi,
T. Inabe*

974. Crystal structure and gas adsorption
behavior of magnesium porphyrin with
open coordination sites. R. Oketani,
H. Takahashi, R. Tamura, H. Tsue*
975. Inclusion crystals and 1D channel structures using H-shaped CTXP host molecule. K. Ota*, A. Sekine, H. Uekusa
976. Design of organic ionic crystals showing ferroelectricity from molecular rotation. H. Oyamaguchi*, T. Shimojo,
J. Harada, Y. Takahashi, T. Inabe
977. Supramolecular photochromism of bipyridinium derivatives appended a crownether. R. Satake*, H. Guo, M. Takahashi,
T. Kuwabara
978. Variable fluorescence property of diaroylmethanatoboron difluorides manipulated by crystal packing structure controlled by steric geometry of substituents.
A. Sakai, E. Ohta, Y. Yoshimoto,
Y. Matsui, H. Ikeda*
979. Control of solid-state trans-cis photoisomerization rate of dual photoreactive
complexes. A. Sekine*, S. Tamari,
H. Uekusa
980. CT complexes of unique molecular geometries from pincer-shaped pyrene donors and TCNQ. Y. Shibuya, Y. Itoh*,
T. Aida*981. Novel dual-chromic complex by using
salicylideneaniline derivatives.
H. Sugiyama*, A. Sekine, H. Uekusa
982. Emission properties of diaroylmethanatoboron difluorides controlled by thesteric bulkiness of substituents.
M. Tanaka, A. Sakai, Y. Yoshimoto,
Y. Matsui, E. Ohta, K. Mizuno, H. Ikeda*
983. 1D and 2D interaction motif curcumincocrystal. K. Teraoka, A. Sekine,
H. Uekusa
984. Negative differential resistance and FET
characteristics in TTF-TCNQ at low-temperature . D. Tonouchi, M.M. Matsushita,
K. Awaga
985. 3D dirac cones in the K4 crystal.
M. Tsuchiizu
986. Mechanism of photoreversible topochemical polymerization via [2⫹2]-cycloaddition of thymine derivative in the
crystal. A. Udagawa*, P. Johnston,
K. Saito, A. Sakon, R. Toyoshima,
H. Uekusa, H. Koshima, T. ASAHI*
987. Asymmetric synthesis of isoindolinones
from achiral materials without an externalchiral source. K. Watanabe, H. Ishikawa,N. Uemura, F. Yagishita, T. Mino,
M. Sakamoto*988. Asymmetric stereoisomerization ofachiral 3,4-diphenylsuccinimides involving dynamic preferential crystallization.
F. Yagishita, Y. Kunito, Y. Kasashima,
T. Mino, M. Sakamoto*989. Control of molecular arrangement mediated by the interaction between benzene-perfluorobenzene. R. YAMASAKI*,
M. Iida, R. Nagata, A. Ito, A. Tanatani,
H. Kagechika, I. Okamoto
Hawaii Convention CenterHalls I, II, III
Cognizance of Endangered Elements for
Organic Synthesis (#415)

Organized by: H. Tsuji, S. Zhu,
G. Konishi, C. Luscombe, L. Campeau

994. Role of hypervalency of silyl group in
the CO2 insertion into disilanes and thedecarbonylation of silylesters: A DFT investigation. S. Kawauchi*, Y. Hayashi,
L. Antonov
995. Synthesis of C3 symmetric boratriangulene by tandem electrophilic C–H borylation. K. Kinoshita, S. Nakatsuka,
K. Nakajima, N. Yasuda, T. Hatakeyama
996. Synthesis of high refractive index acrylate polymers with a phenolic resin oligomer in the side chain. G. Konishi*,Y. Tojo997. Synthesis of highly birefringent polymethacrylate. Y. Arakawa, J. Watanabe,
G. Konishi*
998. Iron-catalyzed reaction of amides andalkynes via C–H bond activation.
T. Matsubara*, L. Ilies, E. Nakamura
999. New redox-photosensitized reaction:
Dimerization of cinnamonitrile via radical
anion. N. Morishita*, G. Konishi
1000. Synthesis of extended ␲-conjugatedmolecules with phosphorus ring junctions
via tandem phospha-Friedel–Crafts reaction. S. Nakatsuka, S. Hashimoto,
M. Nakamura, T. Hatakeyama
1001. Small molecular anode buffer material
for solution-processable solar cells.
H. Nishioka, S. Furukawa, E. Nakamura*
1002. Synthesis of boron-fused benzotetracene analogs via demethylative electrophilic C–H borylation. M. Numano,
N. Nagami, K. Nakajima, S. Nakatsuka,
N. Yasuda, T. Hatakeyama
1003. Single electron transfer-induced coupling of alkylzinc reagents with aryl halides. K. Okura, E. Shirakawa*1004. Photophysical properties of diarylaminoanthracenes: Interchromophoric conjugation induced by the distortion of thedonor plane. S. Sasaki*, G. Konishi
1005. Iron-catalyzed ortho alkylation of carboxamides with organoalane under low
catalyst loading. R. SHANG, L. Ilies*,
E. Nakamura*
1006. Hydroxysulfenylation of electron-deficient alkenes through an aerobic copper
catalysis. H. Xi
1007. Aggregated structures and emission
properties of phenyl-group substituted
oxygen bridged V-shaped molecules.
C. Mitsui, W. Kubo, Y. Tanaka, H. Dosei,
M. Yano, M. Yamagishi, K. Nakamura,
H. SATO, A. Yamano, J. Takeya,
T. Okamoto
Hawaii Convention CenterHalls I, II, III
Photoredox Catalysis in Organic Synthesis(#440)

Organized by: D. Nicewicz, S. Fukuzumi,
W. Xiao
Poster Session
19:00 – 21:00
1008. Visible-light initiated oxidative cyclization of phenyl propiolates with sulfinic acids to coumarin derivatives under metalfree conditions. L. Wang*
1009. Homogeneous and heterogeneous
photoredox catalyzed hydroxymethylation of carbonyl compounds. M. Reckenthäler, A.G. Griesbeck*

Poster Session
19:00 – 21:00
990. Solvatochromic pyrene analogs of Prodan exhibiting high fluorescence quantum yields and photostability. S. Agano*,
Y. Niko, G. Konishi
991. Functional poly(2-oxazoline)s possessing solvatochromic fluorescent pyrene
dye and the development of fluorescenthydrogel. C. Chen, G. Konishi
992. Iron-catalyzed diboration and carboboration of alkynes. T. Hatakeyama,
N. Nakagawa, M. Nakamura
993. 3D assembly of pyrene chromophoreon phenolic resin oligomer scaffold enhances fluorescence quantum yield.
K. Kamei*, K. Sumi, G. Konishi* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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04 – ORGN
1010. Fluoride salts accelerated visible lightinduced allylation of ␣-halo carbonylcompounds with allyl boron compounds
by organic dye catalyst. N. Esumi,
I. Suzuki*, M. Yasuda
1011. Photoredox of heterocycles in continuous flow. S. Parisien-Collette,
A. Hernandez-Perez, S. Collins*
1012. Direct coupling of aliphatic carboxylic
acids with aryl halides. R. Evans,
E. Welin, D. Hager, D. MacMillan
1013. Switching on elusive organometallic
mechanisms with photoredox catalysis.
J.A. Terrett, J. Cuthbertson, V. Shurtleff,
D. MacMillan*
1014. Synthesis and chemical properties ofpyrimidine-annulated 1-azaazulene derivatives: Autorecycling oxidation of someamines under photo-irradiation.
T. Takayasu, T. Matsuura
1015. Visible light induced photocatalysis for
C-H imidation of arenes and heteroarenes. D. Lee, H. Kim, T. Kim,
S. Roh, D. Lee, C. Lee*
1016. Intermolecular [3⫹2] annulation of cyclopropylanilines with alkynes, enynes,
and diynes via visible light photocatalysis.
T.H. Nguyen, S. Morris, N. Zheng*
1017. Synthesis of ␣-linked 2-deoxy glycosides enabled by visible light mediated tin
free deiodination. H. Wang, P. Shu,
J. Tao, W. Chen, W. Yao, Y. Xu, X. Zhao,
Y. Zhao, X. Xiao, Y. Zhu, J. Zeng,
Q. Wan*1018. Photoredox catalyzed [4⫹2] annulation of cyclobutylanilines and alkynes.
J. Wang, N. Zheng
1019. Metal-free ring-opening metathesis
polymerization. A.E. Goetz, K.A. Ogawa,
A.J. Boydston
1020. Photocatalytic decarboxylative reduction of carboxylic acids and its application in asymmetric synthesis.
G. Bergonzini, C. Cassani, C. Wallentin*
1021. Decarboxylative functionalization of
␤-hydoroxy amino acids via photoredox
catalysis and its application to the synthesis of the functional 1,2-amino alcohol
derivatives. S. Inuki, K. Sato, Y. Fujimoto
1022. Visible light-mediated aromatic substitution reactions of cyanoarenes with dihydropyridines via dual carbon-carbon
bond cleavage. S. Nojima*, K. Nakajima,
Y. Nishibayashi
1023. Palladium catalyzed radical vinylationof alkyl iodides under photoirradiation
conditions. S. Sumino, I. Ryu*
1024. Homolysis of amide N-H bonds via
proton-coupled electron transfer: Development of a catalytic alkene carboamination. G. Choi1025. Regiospecific intermolecular aminohydroxylation of olefins by photoredox catalysis. K. Miyazawa*, T. Koike, M. Akita
1026. Multistep organic reaction using a
glass-milled photocatalytic microchip.
A. Nakamura, K. Yoshida, S. Amanuma,
S. Kuwahara, K. Katayama*
1027. Synthesis of alkyl alkenyl ketones by
Pd/light-induced carbonylative Heck reaction of alkyl iodides. S. Sumino,
Y. Hamada, T. Ui, T. Fukuyama, I. Ryu*
1028. Highly diastereoselective fused indoline synthesis using visible light.
S.A. Morris, T.H. Nguyen, N. Zheng*
1029. Universal approach to radical crossdehydrogenative couplings (CDC) of bromoalkanes to heteroaromatics.
T. McCallum, L. Barriault*
1030. Metal-free photoredox catalysis for aromatic substitutions.
A. Jacobi von Wangelin*
Hawaii Convention CenterHalls I, II, III
Catalytic Multicomponent, Tandem andCascade Reactions (#455)

Organized by: B. Arndtsen,
J. Montgomery, K. Nozaki
Presiding: B. Arndtsen
Poster Session
19:00 – 21:00
1031. Lewis acid-catalyzed cyclization reactions of amides of ethenetricarboxylates.
S. Yamazaki*, M. Niina, K. Ueda

1032. Combined ecofriendly cascade synthesis using combinations of heterogeneous metal/organic catalysts/enzymes.
A. Córdova*, S. Afewerki, C. Carlos-Palo
Nieto
1033. Consecutive olefin isomerization hydroformylation with hemilabile tridentate
phosphite modified rhodium catalysts.
D. Selent*, C. Kubis, W. Baumann,
A. Spannenberg, A. Boerner, R. Franke
1034. Palladium(0) catalyzed one-pot synthesis of 2-substituted indoles.
H. Yamada*1035. Intramolecular cycloaddition reactionsof ethenetricarboxylate derivatives.
S. Yamazaki, H. Sugiura, M. Niina
1036. Five-membered ring construction via
chain-walking cycloisomerization of various 1,n-dienes catalyzed by palladium
complexes. T. Hamasaki, F. Kakiuchi,
T. Kochi*1037. Reductive coupling reaction ofalkynes, acrylates, and carbon dioxide
under cobalt catalysis. K. Nogi,
T. Fujihara*, J. Terao, Y. Tsuji*1038. Copper-catalyzed silylative allylationof ketones and aldehydes employing allenes and silylboranes. T. Yamaguchi,
Y. Tani, T. Fujihara, J. Terao, Y. Tsuji*1039. CuI/RhII-catalyzed tandem convergent
multicomponent reaction for regio- andstereocontrolled synthesis of ␥-oxo-␤amino esters. D. Jung, H. Jeon, J. Lee,
S. Lee*1040. Chemoselective Reformatsky-Negishi
approach to ␣-haloaryl esters. X. Linghu*
1041. Modular synthesis of multisubstituted
furans through palladium-catalyzed
three-component coupling of imines,
alkynyliodonium reagents, and carboxylic
acids. J. Wu, N. Yoshikai
1042. Catalytic Friedel–Crafts alkylation/Michael cascade reaction of donor–acceptor cyclopropanes with electron-richedbenzenes. S. Sin, S. Kim*
1043. Copper-catalyzed double 3-arylationof 3-diazoinoindolin-2-imines: An efficient
strategy to prepare 3,3-diarylinoindolin-2imines. Y. Wang, P. Lyu
1044. Rhodium-catalyzed enantioselective[2⫹2⫹2] cycloadditions of 1,6-enynes
with alkenes. K. Masutomi, K. Tanaka
1045. Palladium-catalyzed selective olefin
isomerization via chain walking.
Y. Yamasaki, F. Kakiuchi, T. Kochi*
1046. Divergent cascade pathways of thetransient palladium complex in palladiumcatalyzed intramolecular Heck-type reactions. J. Lee*, W. Lee, S. Lee*
1047. Synthesis of sila-bicycles by ring-closing diene-yne metathesis reaction.
Y. Nakamura*
1048. Asymmetric synthesis of functionalized 1,4-dihydroquinolines via a one-pot
Michael/aza-cyclization domino reaction
and dehydration sequence. H. Kim,
S. Kim*1049. Palladium-catalyzed (Ullmann-type)reductive homocoupling of the Blaise reaction intermediate. Z. XUAN, S. Lee
1050. Cu(I)/Rh(II)-catalyzed tandem convergent synthesis of multifuntionalized
amino acid derivatives involving Rh-carbenoid promoted Claisen rearrangement.
M. Kwak, H. Jeon, S. Lee*
1051. Pd-catalyzed cascade borylative cyclization reactions of polyunsaturated compounds. M.E. Buñuel*, R. López-Durán,A. Martos-Redruejo, V. Pardo-Rodrı́guez,
J. Marco-Martı́nez, D.J. Cárdenas*
1052. Fe-catalysed Kumada-type alkyl-alkyl
and cascade cyclization-Kumada alkylalkyl cross-coupling using NHC ligands.
I.E. Ortı́n Remón*, N. Cabrera-Lobera,
G. Caballero-Santiago, M.E. Buñuel, D.J.
Cárdenas
1053. Ruthenium-catalyzed alkylation of barbituric acids with alcohols: A simple,
green, and efficient protocol of barbituric
acids alkylation. A.E. Putra, Y. Oe,
T. Ohta*
1054. Palladium-catalyzed three-component
reaction of 3-(tributylstannyl)ally acetates,
aldehydes, and organoboranes: A new
entry to stereoselective synthesis of (E)anti-homoallylic alcohols. M. Sugata,
Y. Horino

1055. Ni-catalyzed dimerizative alkylarylation of 1,3-butadiene by alkyl halides andaryl Grignard reagents. T. Iwasaki,
A. Fukuoka, H. Kuniyasu, N. Kambe*
1056. Palladium-catalyzed cascade reactions of alkynes with alkenes in ionic liquids. J. Li, S. Yang, H. Jiang
1057. Synthesis of quinoline-derived “archipelago model” asphaltene compounds
via a multicomponent strategy.
D.E. Scott, A.T. Iarovoi, R.J. Hamilton,
J. Stryker*
1058. Palladium-catalyzed multicomponent
reaction of 3-(tributylstannyl)propargyl
acetates, aldehydes, and organoboranes.
A. Aimono, Y. Horino

Thursday Morning
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 2
Reactive Intermediates and Unusual
Molecules (#7)

Organized by: R. Sheridan, M. Abe,W. Leigh
8:00 – 1059. Toward synthesis of thermallystable triplet carbenes. Y. Yamamoto*,
J. Yamamoto, S. Fuku-en, K. Furukawa,
R. Kishi, M. NAKANO
8:25 – 1060. Mechanisms of carbene additions to strained C-C ␲ bonds. Z. Yang,
S. Tsuno, E. Dalchand, K.N. Houk,
D.C. Merrer*
8:50 – 1061. Exploring paramagnetic maingroup compounds. T. Augenstein,
J. Harmer, F. Breher*
9:15 – 1062. Can bulky substituents reallykeep triplet carbene intact?. K. Hirai*
9:40 – 1063. Carbene-stabilized organic radicals with tunable electrochemical properties. T.W. Hudnal*, C. Deardorff,
R.E. Sikma
10:00 – 1064. Controlling carbene reactivity
by weak interactions. P. Costa, I. Trosien,
S. Radhakrishnan, S. Henkel,
M. Fernandez-Oliva, E. Sanchez-Garcia,
W. Sander*
10:25 – 1065. Toward stable triplet vinylntirenes. A.D. Gudmundsdottir*,
S.K. Sarkar
10:50 – 1066. Extremely reactive carbenes:
Electrophiles and nucleophiles.
R.A. Moss*, L. Wang, H. Cang,
K. Krogh-Jespersen
11:15 – 1067. Quantum mechanical tunneling reactions of organic reactive intermediates. H. Inui, R.J. McMahon*
11:40 – 1068. Photochemistry and spectroscopy of 5-membered heteroarylcarbenes
and isomeric heterocumulenes.
R. Sheridan*, S.A. Varganov, R. Ghimire,
S. Lucas
Hilton Hawaiian Village
Kalia Tower, Lehua Suite
Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes andRelated Materials (#41)

Organized by: T. Akasaka, F. Wudl,
L. Echegoyen, X. Lu, C. Wang
Presiding: H. Imahori, M. Prato
8:00 – 1069. Photofunctional hybrid nanocarbon materials for solar energy conversion. H. Imahori*
8:40 – 1070. Clickable fullerene scaffolds:
Select your application and click.
J. Nierengarten
9:10 – 1071. Fullerene recognition of chiral
phosphorus-containing concave molecule. M. Yamamura, T. Nabeshima
9:25 – 1072. In-plane aromaticity in cycloparaphenylene dications: A magnetic circular dichroism and theoretical study.
A. Muranaka*, N. Toriumi, E. Kayahara,
S. Yamago*, M. Uchiyama*
9:40 – 1073. Monometallic cyanide clusterfullerene: A novel form of endohedral
fullerenes. S. Yang*
10:00 – 1074. Synthesis of 1D, 2D, 3D molecular nanocarbons. K. Itami*
10:20 – 1075. Non-HPLC isolation of uncommon metallofullerenes by a new hyphenated approach. S. Stevenson*

10:40 – 1076. Synthesis of hydroxylated andlithium ion-encapsulated fullerenes.
K. Kokubo*
11:00 – 1077. Properties and growth mechanisms of endohedral fullerenes. J. Poblet
11:20 – 1078. Opportunities and challenges
of carbon-based nanomaterials. M. Prato
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Natural Product-based Drug Discovery(#66)

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Presiding: B. Baker, W. Gerwick,
M. Ueda8:00 Opening Remark
8:05 – 1079. Epigenetic approach to drug
discovery of anti-infective fungal metabolites. D. Demers, M. Knestrick,
R. Fleeman, C. Witowski, B. Vesely,
A. Azhari, C. Rice, B. Colon, A. Souza,
L. Shaw, D.E. Kyle, B. Baker*
8:45 – 1080. Aligning bacterial physiology
and ecology with drug discovery.
J. Clardy*, E. Mevers, D. Dietrich,
E. Hobert, A. Cantley
9:25 – 1081. Chemical biology of coronatine:
Pathogenic infection in plants. M. Ueda*
10:00 – 1082. Discovery and development of
anticancer lead compounds from marine
cyanobacteria. W. Gerwick*, J. Almaliti,
J. Lee, B. Miller, A. Pereira
10:30 – 1083. Nanomole-scale tools for
drug-lead discovery from marine natural
products. T.F. Molinski*
11:00 – 1084. Isolation, structure determination, synthesis, and biological characterization of novel bioactive natural products
from marine cyanobacteria. H. Luesch
11:30 – 1085. New highly stable tricyclic antitubercular ozonides derived from artemisinin. S. Chaudhary*, P. Jaiswal,
V. Sharma, A. Gaikwad, S. Sinha,
V. Chaturvedi, Y. Manju, S. Puri,
A. Sharon, P. Maulik
11:40 – 1086. Bioorganic studies on the key
natural products from venomous mammals. M. Kita*
11:50 – 1087. Yoshinone A: A novel natural
product that shows an anti-obesity activity. Y. Kawazoe, T. Koyama, A. Iwasaki,
O. Ohno, K. Suenaga, D. Uemura*
Hawaii Convention CenterHalls I, II, III
Molecular and Supramolecular
Photochemistry (#71)

Organized by: J. Sivaguru, W. Chung,
C. Bohne, c. Tung, M. Sakamoto,
V. Ramamurthy
Presiding: C. Bohne, W. Chung,S. Jayaraman, V. Ramamurthy,
M. Sakamoto, C. Tung
Poster Session
10:00 – 12:00
1088. Artificial photosynthesis dendrimers
integrating light-harvesting, electron delivery, and hydrogen production. Y. Zeng,
Z. Xun, Y. Li*
1089. Controlled self-assembly pathways byphotocyclized product of stilbene dyad.
M. Yamauchi*, S. Yagai** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–147

04 – ORGN
1090. Photoreactions of amino acid derivatives bearing aromatic group with 1,4-dicyanonaphthalene. M. Yamawaki,
Y. Yoshimi*
1091. Decarboxylative radical addition ofamino acids to N-acryloyl amino acids via
photoinduced electron transfer.
K. Osaka, Y. Yoshimi*
1092. Supramolecular asymmetric photochirogenesis mediated by synthetic antibody: Ground- and excited-states interaction studies of synthetic antibody with
2-anthracenecarboxylate. W. Yospanya,
S. SAKAMOTO, Y. Araki, M. Nishijima,
Y. Inoue, T. Wada
1093. Multichromic supramolecular dye architectures for advanced light-harvesting
applications. M. Yousaf, B.D. Koivisto*
1094. Azobenzene-incorporated BINOLs as
stimuli-responsive catalysts.
S. AKAURA, Y. TSUTSUI, M. Uchiyama,
K. TAKAISHI, T. Imahori*1095. Mechanistic investigation of dehydration and deamination in photochemical
formation of quinone methides.
N. Basaric*, D. Skalamera,
K. Mlinaric-Majerski, H. Vancik, P. Wan
1096. Two-photon triggered photolabile protecting groups: From molecular engineering to nanostructuration. F. Bolze,
P. Sebastien, A. Specht, A. Losonczy
1097. Integrating azobenzene into macromolecular metal complexes to generate
optical active materials. S.C. Burdette*,
J. Yan1098. Light induced molecular machine: Ruthenocene-based supermolecular crystals. K. Chen*, M. Horie
1099. Light-driven nanofiber and nanoring
morphological transformation in an organogel based on an azo bridged
biscalix[4]arene. P. Su, K. Chang*,
W. Chung*
1100. Spatially directed electron and energy
transport in terpyridine based coordination oligomers: A spectroscopic study.
B. Dietzek*
1101. Conjugating artemisinin derivatives
with synthetic components for pharmacological applications. A. Eske,
A.G. Griesbeck*, S. Sillner
1102. Controlling energy and electron flowusing an organic cavitand and an inorganic layered material. T. Fujimura,
E. Ramasamy, Y. Ishida, T. Shimada,S. Takagi*, V. Ramamurthy*
1103. Laser photolysis studies of triplet sensitization triggered ␻-cleavage in aromatic carbonyls containing five-membered rings. S. Fujino, M. Yamaji*
1104. Solvent and substituent effect on lifetime of colored form of dinitrobenzylpyridine derivatives. S. Fukuyoshi,
T. Nakayoshi, Y. Watanabe, A. Oda
1105. Photochemical reactions and photophysical properties of dinaphthyridineamino derivatives. R. Hagihara,
S. Karasawa*, N. Koga*
1106. Photochromism and photomechanicalbending of diisopropylbenzophenone
crystals. Y. Hagiwara*, M. Kitajima,
H. Koshima, T. ASAHI
1107. Dye-sensitized solar cell of a non-carboxylated dye compound containing cyclodextrin layer. M. Hara, T. Takeshita,
Y. Kasaba1108. Photo and thermally induced phasetransition of ferrocene-containing rotaxane crystals. M. Horie*, K. Chen
1109. Laser photolysis studies of photoinduced ␻-bond dissociation in aromatic
carbonyls having C-C triple bond.
A. Horimoto, K. Nozaki, M. Yamaji*
1110. Design and synthesis of new caged
calcium with high two-photon absorption
character. S. Jakkampudi*, M. Abe,R. Takagi, C. Katan
1111. Completing the cycle: Sustainable, renewable, and recyclable polymers/oligomers derived from biomass throughprogrammed photodegradation.
R. Raghunathan, R. Krishnan,
R. Saravanakumar, M.P. Sibi, D. Webster,S. Jayaraman

148 –TECHTECHNICAL PROGRAM
1112. Characteristic photoinduced macroscopic dynamics of molecule-based assemblies: Propelling and self-oscillation.
Y. Kageyama*, Y. Kurokome, T. Ikegami,
S. Takeda
1113. Amino acid based fluorescent chemosensor for CO2 using intramolecular hydrogen bonding stabilization: Application
to screen relative activities of CO2 absorbents. S. Kang, M. Eom, T. Lim, M. Han*
1114. Photoreaction of push-pull type
diquinolinylamine derivatives and alteration of emission and morphology in solution. S. Karasawa*, J. Todo, K. Usui,
H. Suemune, N. Koga*
1115. Synthesis and function of a DNA
cleaving molecule possessing phototriggering functionality via a Norrish type IIreaction. S. Ueta, F. Yagishita,
M. Nishiuchi, Y. Kawamura*
1116. Photooxygenation of model compounds for carotenoids. M. Kleczka,
A.G. Griesbeck, A. de Kiff
1117. Development of new photolabile protecting groups with two-photon absorption ability for physiological studies.
N. Komori, M. Abe, C. Katan,
K. Kamada, K. Furukawa
1118. Photochemistry of N-substituted heteroaromatic salts. W. Kramer, C. Mullins,
M. Solomon, L. Hoth, A. Allred,
E. Stewart, W. Curry
1119. Chiral binapthyl-tethered azobenzenebis(tritylalcohol) as a chirality switchingcatalyst. T. Kuroda, T. OMAGARI,
S. UTO, S. Kurihara, K. TAKAISHI,
M. Uchiyama, T. Imahori
1120. Photophysical property switching ofartificial light-harvesting porphyrin dendrimers in response to monomeric porphyrin guest binding. H. Lee, Y. Jeong*,
W. Jang1121. Ultra-low power photon upconversion
in light-harvesting chromophore arrays.
P. Mahato, N. Yanai*, N. Kimizuka*
1122. Analysis of “excited state C–C bondcleavage–luminescence” phenomenon of
methylenecyclopropanes by using laser
flash photolysis. Y. Matsui, T. Kido,
E. Ohta, H. Ikeda*
1123. Emission properties of pyrene probes
and ring stacking modes on the surfaceof flexible proteins. T. Matsuo*, A. Fujii,
S. Hirota, H. Matsumura, W. Chung1124. Photoinduced switching to metallic
states in a 2D organic charge-transfer
complex dimethylphenazine-tetrafluorotetracyanoquinodimethane with anisotropic molecular stacks. H. Matsuzaki*,
M. Ohkura, Y. Ishige, Y. Nogami,
H. Okamoto
1125. Reversible electronic energy transfer
involving supramolecular assemblies andorganic-inorganic hybrids. S.A. Denisov,
G. Jonusauskas, A. Tron,
N.D. McClenaghan*
1126. Photochemistry of pyromellitic diimides. S. Molitor, W. Kramer,
A.G. Griesbeck*1127. Highly enantioselective biocatalytic
enantiodifferentiating photocyclodimerization of 2,6-anthracenedicarboxylate mediated by human serum albumin. M. Nishijima*, K. Tanaka,
G. Fukuhara, T. Mori, Y. Inoue*
1128. Highly concentrated millimeter sizeddomain of lysozyme clusters by laser
trapping. S. Nishimura*, H. Yoshikawa,
S. Nakabayashi, K. Yuyama,
T. Sugiyama, H. Masuhara
1129. Enantioselective photoreactions controlled by the functional group of chiraltemplates. Y. Nishiyama*, Y. Suzuki,
Y. Yanagisawa, K. Kakiuchi
1130. Photophysical studies of photoredox
catalyzed trifluoromethylation of heteroarenes. J. Ochola*, M.O. Wolf
1131. Identification of photodegradation
products of 4,5-dimethoxy-2- nitrobenzyl
esters and carbamates having alkyl groupat ␣-position. N. Okamura, Y. Saito,
T. Kikuchi, K. Shoda, N. Chikaraishi,
K. Yamaguchi*

1132. Synthesis of fluorescent solvatochromic dyes based on 2-pyridylthiophene
compound and tuning of absorption andemission wavelengths by coordination at
the pyridyl nitrogen. Y. Otsuka*,
K. Yamada, S. Sakurai
1133. Highly selective turn-on near-infrared
fluorescent sensor for imaging hydrogensulfide in living cells. C. Park, T. Ha,
C. Lee1134. Photochemical behaviors of cationiccyanine dyes on a clay nanosheet.
N. Sato, T. Fujimura, T. Shimada,S. Takagi*
1135. Photoreaction of exo-2,3-diphenyl6,6-dicyanofulvene dimer. T. SEGAWA*,
T. YAHAGI, H. HONMA, S. SEKIMOTO
1136. Photochemical processes of halogenated 1,3-diketone derivatives studied bystationary, single and double laser photolyses. Y. Suwa, M. Yamaji*
1137. Surface-fixation induced emission of
cationic dyes on an anionic clay surface.
D. Tokieda, N. Sato, T. Fujimura,T. Shimada, S. Takagi
1138. Ketoprofen as photoinitiator for anionic polymerization. Y. Wang*, P. Wan
1139. Pyridinium salts as electron traps: An
ultrafast transient absorption spectroscopy study. R.M. Wilson*,
I. Khubaibullin, S. Matveev,
A.E. Shamaev, A.S. Mereshchenko,
K. Karabaeva, M.S. Panov,
A.N. Tarnovsky
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2
Molecular Containers (#99)

Organized by: S. Mitsuhiko, L. Isaacs,
H. Yang
Presiding: S. Goldup, H. Yang
8:00 opening
8:05 – 1140. Recognition and catalysis indeep cavitands. J. Rebek
8:35 – 1141. Molecular self-sorting for controllable suprapolymerization. X. Zhang
9:05 – 1142. Metal-ligand assembly using Tshaped, right-angled ligands. P. Rowsell,
K. Zhu, I. Elguraish, S. Loeb*
9:30 – 1143. Container molecules for xenon(and other gas) complexation.
K.T. Holman
9:50 coffee break
10:00 – 1144. Elaborate molecular inclusion
methods in metallo-hosts via multipointnoncovalent interactions. M. Shionoya*
10:30 – 1145. Metallo-cages from cyclotriveratrylene-type ligands. M. Hardie*,
J.J. Henkelis, F. Thorp-Greenwood,
T. Ronson, J. Fisher, V.E. Pritchard,
N. Cookson
10:55 – 1146. Unimolecular tubular artificialtransmembrane channels. J. Hou
11:20 – 1147. Allosteric modulation of supramolecular catalysis in synthetic supercontainers. Z.R. Wang
11:40 – 1148. Aminocarbohydrates recognition with cucurbit[7]uril. Y. Jang, Y. Ko,
J. Koo, J. Khedkar, J. Wang, Y. Rhee,
K. Kim*Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Organoboron Chemistry: Applications in
Organic Synthesis, Biology, and Materials(#100)

Organized by: D. Hall, B. Wang,
P. Duggan, M. Suginome
Presiding: D. Hall
8:00 – 1149. Boron-based anticancer prodrugs that target tumor cells under oxidative stress. X. Peng*
8:30 – 1150. Boron containing retinoids arepotential therapeutic agents for treatmentof Alzheimer’s diseases. B.C. Das*,
T. Evans
8:50 – 1151. Boronic acid facilitated “clicklike” reaction allowing for secondaryfunctionalization. A. Draganov, K. Wang,
J. Holmes, K. Damera, D. Wang, C. Dai,
B. Wang*

9:10 – 1152. Fifth element in drug design:
Boron in medicinal chemistry.
L. Rendina*, M. Kassiou, C. Austin,
F. Issa, J. Kahlert, R. Narlawar,
S. Wilkinson
9:40 – 1153. Saccharide recognition withpeptide boronic acids. P. Duggan*,
W. Kowalczyk, D. Haylock, O. Hutt
10:00 Break
10:10 – 1154. Branched peptide boronic acids: Molecular recognition of folded HIV-1
RNA structures. W.L. Santos
10:40 – 1155. Boronic acid probes in supramolecular analytical chemistry.
A. Schiller*
11:00 – 1156. DNA modifications with theboronic acid moiety. B. Wang
11:20 – 1157. Novel benzoxaboroles as antiparasitic agents: Discovery and development of new treatments for kinetoplastid
diseases. R.T. Jacobs
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Electrochemical Reactions andMechanisms in Organic Chemistry (#104)

Organized by: K. Chiba, S. Suga,
K. Moeller, C. Frontana
Presiding: K. Chiba, K.D. Moeller,
D.G. Peters
8:00 – 1158. Examples of redox chemistry
conducted in the absence of a traditional
supporting electrolyte: Development anduse of a composite dispersion. D. Little*,
S.J. Yoo, S. Herold
8:15 – 1159. Electrochemical glycosylation
as an enabling tool for oligosaccharide
synthesis. T. Nokami*, Y. Isoda,
N. Sasaki, S. Hayase, T. Itoh, R. Hayashi,
A. Shimizu, J. Yoshida
8:30 – 1160. Redox and electron mediation
behavior of pyridinium ionic liquids andtheir application to organic synthesis.
H. Shimakoshi*, N. Houfuku, Y. Hisaeda
8:45 – 1161. Electrocatalysis of azobenzene
isomerization. S.C. Blackstock*,
C. Saint-Louis
9:00 – 1162. Transition metal free C-C bondformation of brominated 2,2’-biphenyls.
R. Obata*, S. Ohba, Y. Einaga,
S. Nishiyama
9:15 Break
9:30 – 1163. Structure-activity relationship of
AMP-luciferin analogs for in vivo imaging.
N. Kitada, S. Iwano, T. Hirano, H. Niwa,
S. Maki
9:45 – 1164. Electrochemical reduction of
haloacetic acids with sonication at a silver cathode. E.T. Martin*, D.G. Peters
10:00 – 1165. Synthesis of oxazoline fromunsaturated amides using an electrochemically generated ArS(ArSSAr)⫹ pool.
Y. Miyamoto, K. Matsumoto*, S. Suga,
S. Kashimura, J. Yoshida*
10:15 – 1166. EPR and UV-Vis spectroelectrochemical investigations of s-tetrazine
derivatives. M. Lapkowski*, S. Pluczyk,
P. Zassowski, P. Audebert
10:30 Break
10:45 – 1167. AC-bipolar electrolysis fortemplate-free synthesis of conductive
polymer fiber networks. Y. Koizumi*,
H. Nishiyama, I. Tomita, S. Inagi
11:00 – 1168. Reduction of
dodecachloropentacyclo[5.3.0.02,6.03,9.04,8]decane(mirex) at silver cathodes assisted by ultrasound. C.M. McGuire*, D.G. Peters* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

04 – ORGN
11:15 – 1169. Reductive carboxylation of
benzoic acid esters by electron transferfrom magnesium metal. H. MAEKAWA*,
H. Okawara, T. Murakami
11:30 – 1170. Global and local chemical descriptors and its use for describing electron transfer events coupled with protontransfer. C.E. Frontana*Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Presiding: K. Ishihara, T. Kawabata,T.H. Lambert, M. Terada
8:00 – 1171. Enantioselective bifunctional Nheterocyclic carbene catalysis. S. Ye*
8:30 – 1172. Enantioselective iodocyclizationinduced by chiral base–acid cooperative
catalysis. K. Ishihara*, H. Nakatsuji
9:00 – 1173. Aromatic ions for the design of
new organocatalysts. T.H. Lambert*
9:30 – 1174. Cooperative organocatalysis
strategies for synthesis. K. Scheidt*
10:00 – 1175. Enantioselective synthesis oftetralone-derived natural products basedon organocatalytic oxidative kinetic resolution. K. Nagasawa*
10:30 – 1176. Amino acid-based chiral phosphines for enantioselective nucleophilic
catalysis. Y. Lu*
11:00 – 1177. Enantio- and site-selective
molecular transformation by organocatalysis. T. Kawabata*
11:30 – 1178. Asymmetric counteranion directed catalysis (ACDC): A general approach to enantioselective synthesis.
B. ListHilton Hawaiian Village
Mid-Pacific Center, Coral 5
Homogeneous Gold Catalysis: Methods,
Theories and Applications (#192)

Organized by: L. Zhang, H. Ohno, R. Liu
Presiding: L. Ye
8:00 – 1179. Development of highly effective
polymerization processes catalyzed bygold complexes. F. Nzulu*, J. Goddard,
C. Ollivier, L. Fensterbank
8:20 – 1180. Triazole-Au(I) complexes in promoting homogeneous gold catalysis:
From stability to selectivity. X. Shi
8:50 – 1181. Low-coordinated phosphines
for the activation-free LAuCl catalysis.
S. Ito*9:10 – 1182. Homogeneous gold catalysis
vs. heterogeneous gold nanopore, AuNPore, catalysis: Advantages and disadvantages. Y. Yamamoto
9:45 break
10:00 – 1183. NHC-AuCl/Selectfluor: A
highly efficient catalytic system for theactivation of enynals/enynones. S. Zhu
10:20 – 1184. Reactivity of gold-cyanomethyl complexes. S.P. Nolan, A. Collado,
D. Gasperini, D. Cordes, A. Slawin
10:50 – 1185. Discovery of antiresistanceagents using gold catalysis. X. Wang*
11:10 – 1186. Efficient gold catalysis enabled by novel ligands. L. Zhang*
11:40 – 1187. Gold-catalysed cross-coupling of arenes via double C–H activation.
N. Ahlsten, X.C. Cambeiro, I. Larrosa*
Hawaii Convention CenterHalls I, II, III
Molecular Function of Natural Products:
Advances towards Chemical Biology (#237)

Organized by: M. Ueda, B. Miller, K. Irie,
B. Miller, B. Miller, C. Lin, T. Oishi,
C. Forsyth, H. Lee
Poster Session
10:00 – 12:00
1188. Crystal structure of D,L-racemic supramolecular rare sugars. T. Senoo,
T. Ishii*, T. Kamakura, M. Mimura,
K. Fukada, A. Yoshihara, T. Kozakai,
G. Sakane

1189. Discovery of a potent and selective
agonist of TRPA1 and direct observationof its binding to TRPA1 by electron microscopy. J. Takaya, K. Mio, Y. Mori,
M. Uesugi*
1190. Studies toward the total synthesis ofamphidinolide N. Y. Kawashima,
H. Fuwa, M. Sasaki*
1191. Structural insight into the inhibitory
mechanism of amyloid ␤42 aggregation
by non-catechol-type flavonoids.
M. Hanaki, K. Murakami, K. Akagi, K. Irie*
1192. Jasmonic acid transporter suppresses
the excess wounding response in undamaged parts. Y. Ishimaru, T. Oikawa,T. Suzuki, H. Matsuura, K. Takahashi,
S. Hamamoto, N. Uozumi, T. Shimizu,
M. Seo, H. Ohta, M. Ueda*
1193. Oxidative stress-related substance,
acrolein, regulates biosystems by reacting with polyamine. A. Tsutsui*, T. Zako,
Y. Yamaguchi, T. Bu, R. Imamaki,
S. kitazume, N. Taniguchi, M. Maeda,
K. Tanaka*
1194. Development of the strategy for theselective chemical modification in a hydrophobic site in DNA or RNA. N. Sato,
Y. Sasaki, K. Onizuka, K. Yamada,F. Nagatsugi
1195. Mechanism for the antibacterial actionof epigallocatechin gallate (EGCg) on Bacillus subtilis. A. Horiuchi, J. Sato,K. Shimatani, T. Ozawa, N. Shigemune,
D. Tomiyama, T. Sonoda, M. Nakayama,
M. Hasumi, T. Miyamoto
1196. In vivo production of eight-memberedheterocycles from acrolein and transformation to 3-formyl-3,4-dehydropiperidine(FDP). T. Masayuki, F. Koichi, K. Tanaka*
1197. Evaluation of the binding site of aplyronine A on tubulin by genetic approach.
K. Yamagishi, K. Tsuchiya, T. Chinen,
T. Usui, M. Kita, H. Kigoshi
1198. Development of novel fluorescent PPI
detection system for subtype selective ligand of phytohormone co-receptor.
Y. Takaoka, M. Iwahashi, T. Iwashita,
T. Suzuki, K. Hayashi, S. Egoshi,
Y. Ishimaru, M. Ueda*
1199. Development of the new firefly luciferin
analog aiming at detection of a free radical in the living body. S. Ioka*, T. Saitoh,
S. Iwano, S. Maki, H. Niwa, M. Imoto,
S. Nishiyama
1200. Directed evolution of antibody-like
peptides for proteomics. T. Kawakami*
1201. Glycolipozyme MPIase functions asmembrane protein integrase in vivo.
K. Sawasato*, M. Moser, R. Sato,
K. Nishiyama
1202. Reconstitution of glycolipozyme MPIase-dependent protein integration into
membrane. M. Sasaki*,
H. Matsubayashi, Y. Kuruma, T. Ueda,
K. Nishiyama
1203. Characterization of an MPIase homologue in plants that catalyses membraneprotein integration. Y. Endo*,
T. Yamaguchi, H. Matsubayashi,
Y. Kuruma, T. Ueda, K. Shimamoto,
K. Nishiyama
1204. Cell differentiation inducing metabolites from marine sponges.
S. Matsunaga*
1205. Establishment of a 3D cell culturebased screening platform to identify natural products that can regulate trans-epithelial water transport of the humangastrointestinal tract. S. Fujii,
R. Okamoto*, T. Nakata, K. Suzuki,
F. Ishibashi, A. Kawamoto, S.O. Segawa,T. Mizutani, K. Tsuchiya, T. Nakamura,
M. Watanabe
1206. Theoretical study on the electronic
structure of trimethylamine N-oxide(TMAO) in aqueous solution.
Y. Watanabe, D. Akase, M. Aida*
1207. Identification of biosynthetic enzymes
for MPIase, a glycolipozyme essential for
membrane protein integration. R. Sato*,
K. Shimamoto, T. Yamaguchi, M. Moser,
K. Nishiyama
1208. Extraction of flavor compounds fromlemongrass utilizing ionic liquids.
C. Murata, T. Usuki*
1209. Potent antibacterial compound is isolated from garlic peel. H. KITAHARA*,
A. Ito1210. Suppression of siRNA off-target effectby chemical modifications which regulate
thermodynamics in nucleotide base-pairing. K. Ui-Tei*, H. Iribe, T. Takahashi
1211. Elucidation for bioactivity of ouabagenin, a presumed endogenous ligand fornuclear receptor. S. TAMURA, H. Oishi,
T. Abe, M. Okada, M. Ueda*
1212. Exploring an appropriate ligand-binding pose by ensemble-based docking.
H. Saito*, K. Kawaguchi, H. Nagao
1213. Mitotic role of estrogen receptor alpha: Stimulation of E3 ubiquitin ligase activity of UBE3C that facilitates cell proliferation. M. Okada*, T. Ohta
1214. Voltage-dependent, slowly activatedK⫹ channel involved in nyctinasty of Samanea saman. T. Oikawa*, T. Suzuki,
Y. Ishimaru, S. Hamamoto,
S. Munemasa, Y. Murata, N. Uozumi,
M. Ueda1215. Molecular target of yessotoxin.
N. Matsumori, H. Tsuchikawa, T. Usui,
N. Sugiyama, M. Satake, K. Tachibana
1216. Biological characterization of MetE as
a receptor candidate in Cassia obtusifolia
for the leaf opening factor. N. Kanzawa*,
J. Nishiya, Y. Otsuka, Y. Ishimaru,
M. Ueda1217. Development of small molecular calcium indicators for plant cell.
M. Shigenaga, M. Imai, Y. Nukadzuka,
Y. Takaoka, M. Ueda*
1218. Regulatory mechanism of TRP channel in yeast tonoplast. S. Hamamoto*,
I. Yabe, N. Uozumi
1219. Elucidation of the molecular mechanisms of action of bioactive natural products using high performance affinity
beads. S. Sakamoto, Y. Yamaguchi,
T. Ito, H. Handa*
1220. Molecular mechanism of action of fusicoccin-based antitumor agents.
J. Ohkanda*, S. Sato, P. Parvatkar,
M. Uesugi, N. Kato
1221. Target identification of agelasine D, amarine spongean diterpene alkaloid, as
an antidormant mycobacterial substance.
M. Arai, Y. Yamano, A. Setiawan,
M. Kobayashi*
1222. NMR analysis of ligand-induced structural changes to identify key structures ofligand molecules. H. Takahashi
1223. Method for selective clearance of cytosolic proteins via autophagy.
D. Takahashi, H. Arimoto*1224. Development of novel protein labelingmethod useful for plant chemical biology.
Y. Nukadzuka, Y. Takaoka, M. Ueda*
1225. Acceleration of lipid degradation by
widdrol in fully differentiated 3T3-L1 cells.
H. Jeong, H. Yun, S. Choi, Y. Son,
I. Jeong, S. Nam, S. Kim, M. Ham,
N. Kim, S. Jin, B. Kim, E. Lee, H. Kwon*
1226. Development of transgenic Daphnia
for monitoring hormonal activities ofchemicals. Y. Kato, T. Nakanishi,
T. Matsuura, H. Watanabe*
1227. Development of bioactivity-controlled
molecular probe to reveal the mechanismof stomatal reopening caused by phytotoxin coronatine. T. Iwashita,
Y. Takaoka, T. Suzuki, R. Tashita,
S. Egoshi, Y. Ishimaru, M. Ueda*
1228. Development of molecular probes
based on the partial structure of Amphidinol 3. Y. Takada*, M. Ebine, T. Oishi
1229. Fluorescence-labeled lipopeptides asmolecular probes for TLR2. Y. Arai,
Y. Kawahara, K. Yokoyama, S. Inuki,
K. Kabayama, F. Koichi, Y. Fujimoto
1230. Synthesis of desmosine-d4 for LCMS/MS analysis in elastin degradation.
D. Watanabe, T. Usuki*
1231. Study on the novel chemical probes toanalyze protein-ligand interactions.
K. Yoneda*, Y. Hu, M. Kita, H. Kigoshi
1232. Natural product-inspired glutamate
analogs: The diverted synthesis and theneuronal activity. M. Chiba, C. Fujimoto,
Y. Ishikawa, M. Oikawa*
1233. In vivo Raman imaging in living guard
cells for elucidating the localization of theplant toxin coronatine. S. Egoshi,
K. Dodo, Y. Ishimaru, T. Iwashita,
T. Suzuki, Y. Takaoka, M. Sodeoka,
M. Ueda1234. Design and synthesis of a photoreactive OSW-1 analog and its application toa photoaffinity labeling study .
R. Yamada, T. Takeshita, M. Hiraizumi,
K. Sakurai*1235. Synthesis of photoreactive O-benzylD-serine derivatives for photoaffinity labeling. T. Yoshida*, Y. Hashidoko,
M. Hashimoto
1236. Design and synthesis of a biochemicalprobe of (⫹)-macrosphelide A. J. Sim,
C. Lim, S. Lee, Y. Suh*1237. Design, synthesis, and biological evaluation of cyclic depsipeptides as chemical probes for study of the tumor microenvironment. K. Hattori, K. Koike,
K. Okuda, T. Hirayama, H.K. Nagasawa
1238. [13C3,15N1]-labeled isodesmosine, apotential internal standard for the LCMS/MS analysis in elastin degradation.
T. Tanigawa, T. Usuki*
1239. Search for Notch signaling inhibitorsfrom natural products. M.A. Arai*,
R. Akamine, R. Okamoto, T. Koyano,
T. Kowithayakorn, S.K. Sadhu, F. Ahmed,
M. Ishibashi*
1240. Phenol compounds treated cotton andwool fabrics for developing multifunctional clothing materials. K. Hong*1241. Host factors enhance antimicrobial activity of “Lysocin E”. H. Hamamoto,S. Jie, A. Paudel, K. Ishii, J. Yasukawa,K. Sekimizu
1242. Rapid search for naturally occurring
neural stem cells activators using stem
cell transcription factor Hes1 beads.
M.A. Arai, N. Ishikawa, T. Koyano,
T. Kowithayakorn, M. Ishibashi*
1243. Identification of licopyranocoumarin
and glycyrurol from herbal medicines as
neuroprotective compounds for Parkinson’s disease. M. Imoto*, T. Fujimaki,
S. Saiki, E. Tashiro, D. Yamada, N. Hattori
1244. Aspergillus kawachii treatment enhances antioxidative effect of mistletoe
through increase in phenolic compoundcontents. S. Kim, J. Lee, E. Choi, J. An,
J. Moon, S. Kim, K. Song*1245. Isolation of Notch inhibitors from
Calotropis gigantea. T. Yoneyama*,
M.A. Arai, R. Okamoto, S.K. Sadhu,
F. Ahmed, M. Ishibashi
1246. Isolation and biological activities ofnovel androgen receptor antagonist produced by Streptomyces. S. Saito,
T. Fujimaki, E. Tashiro, Y. Igarashi*,
M. Imoto*
1247. Vascular protective activity of plantderived caffeoyl quinic acids against
HMGB1-induced inflammatory responses. N. Tuan, I. Park, E. Lim,
H. Kang, B. Jung, J. Bae*, M. Na*
1248. Extraction of citral from lemon myrtle
utilizing ionic liquids. K. Munakata,
T. Usuki*1249. Widdrol, a sesquiterpene isolated from
Juniperus chinensis, inhibits angiogenesis and tumor growth by targeting vascular endothelial growth factor receptor 2
signaling. S. Jin, H. Yun, H. Jeong, Y. Oh,
H. Park, B. Kim, H. Kwon*
1250. Anticancer activity of Endlicheria
anomala extract by apoptosis induction inhuman lung and liver cancer cells.
H. Park, S. Jin, Y. Oh, H. Jeong,
H. Kwon, B. Kim*
1251. Synthetic studies on funiculosin.
K. Sato, S. Inuki, Y. Fujimoto* Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–149

04 – ORGN
1252. Synthesis of the photoactive phenylthiocarbamide derivatives for gustatory
receptors elucidation. A. Ishida*,
Y. Hashidoko, M. Hashimoto
1253. Synthetic studies of protoaculeine B.
H. Sugahara, K. Otsuka, Y. Ishikawa,
M. Oikawa*
1254. Synthetic study and target analysis ofdictyoceratin-A and -C, hypoxia-selective
growth inhibitors from marine sponge.
N. Kotoku*, Y. Sumii, T. Kawachi,
A. Fukuda, M. Arai, M. Kobayashi*
1255. Synthesis and properties of deuterated cyclo-DOPA derivatives.
S. Nakagawa*, Y. Hashidoko,
M. Hashimoto
1256. Formal C–H azidation-based shortcut
to diazido building blocks for the versatile
preparation of photoaffinity labelingprobes of natural products and pharmaceuticals. T. Hosoya*, S. Yoshida,
Y. Misawa
1257. Divergent synthesis of pseudoenatiomers toward ABC-ring moiety of steroids. M. Furuta, K. Hanaya, T. Sugai,
M. Shoji*1258. Structure-activity relationship studiesof oligomeric flavan-3-ols: Role of phenolic hydroxyl groups in biological activities.
Y. Hamada, K. Ito, Y. Ayano, T. Koashi,
N. Nakajima, A. Saito*
1259. Synthesis of inositol phospholipids
from Ascaris suum using regioselective
phosphorylation. S. Suehara, T. Aiba,
S. Nakagawa, M. Sato, Y. Maekawa,T. Murai, K. Fukase, S. Inuki, Y. Fujimoto
1260. Synthetic study of the C31-C67 part ofamphidinol 3. Y. Wakamiya*, M. Ebine,
T. Oishi1261. Synthetic studies toward strophasterol
A. S. Sato, M. Murakami, T. Hirokawa,
S. Kuwahara*
1262. Synthesis of sugar-modified EGCGs
by direct C-glycosylation and its application to a chemical biology.
H. Hamagami, Y. Hatasa, Y. Yamaguchi,
S. Fuse, T. Shibata, H. Tachibana,K. Uchida, H. Tanaka
1263. Total synthesis of cyclobakuchiols byusing conformation-controlled stereoselective reactions. H. Kawashima,
Y. Kaneko, M. Sakai, N. OGAWA,
Y. Kobayashi*
1264. Synthetic study of the LM ring of maitotoxin. H. Kishigami, T. Oishi, M. Ebine,
K. Torikai
1265. Synthetic study of tricyclic terpenoids
via convergent strategies. K. Kuwata*,
K. Hanaya, T. Sugai, M. Shoji
1266. Synthetic strategy toward uniquecomplex right-side structures of physalins. M. Morita, S. Kojima, G. Hirai,
M. Sodeoka*
1267. Synthetic studies on iriomoteolide-2a.
K. Sakamoto, A. Hakamata, H. Fuwa*,
M. Sasaki
1268. Synthetic study on cardiolipin containing cyclopropane fatty acids.
S. Ishibashi, S. Inuki, Y. Fujimoto
1269. Synthetic study of cnicin.
M. Tanigawa, T. Usuki*
1270. Total synthesis of palau’amine.
K. Takeuchi, Y. Kaihara, K. Tanino,
K. Namba*
1271. Synthetic study of cyclic desmosinefor elucidation of the crosslinking structure of elastin. K. Ogawa, T. Usuki*
1272. Stereoselective synthesis of resolvins
and 12-HHT. N. OGAWA, Y. Kobayashi*
1273. Synthetic study of various flavan-3-ol
analogs by regioselective modification of
5-position of flavan-3-ols and their structure-activity-related study. Y. Higashino,
K. Mori, Y. Ayano, T. Hojima,
N. Nakajima, A. Saito
1274. Synthesis of funiculosin derivatives as
immune activators via TLR4/MD-2.
K. MIZOTE, A. SAEKI, H. HONDA,
N. OKAMOTO, T. KIMURA, Y. NAGAI,
K. TAKATSU, Y. Fujimoto*, K. Fukase*1275. Formal synthesis of madindoline A via
enzymatic discrimination of quaternarycarbon center. M. Shoji*, K. Shimizu,
M. Tomita, K. Fuhshuku, T. Sugai

150 –TECHTECHNICAL PROGRAM
1276. Alternative one-pot synthesis of (trifluoromethyl)phenyldiazirines from corresponding tosyloxime derivatives for photoaffinity labeling. L. Wang*, Y. Murai,
T. Yoshida, A. Ishida, Y. Sakihama,
Y. Hashidoko, M. Hashimoto
1277. Practical synthesis of natural plantgrowth regulator 2-azahypoxanthine, its
derivatives, and biotin-labeled probes.
K. Ikeuchi, M. Inai, T. Asakawa,
Y. Hamashima, H. Kawagishi*, T. Kan*
1278. Synthetic studies of JBIR-23, -24.
S. Yorita, H. Yokoyama, M. Miyazawa*
1279. Synthtic studies of Schiglautone A.
H. Yamasawa, H. Yokoyama,
M. Miyazawa*
1280. Synthetic study of the LMNOPQRS
ring system of maitotoxin. H. Onoue*,
K. Torikai, M. Ebine, T. Oishi
1281. Total synthesis of spirofungin A.
K. Kunichika, H. Yokoyama,
M. Miyazawa*
1282. Studies toward the total synthesis ofcynaropicrin. T. Mori, T. Usuki*
1283. Novel synthesis of zerumbone-pendant derivatives for development of biologically active compounds. Y. Utaka,
Y. Kawai, T. Kitayama
1284. Synthesis of 1,3a,6a-triazapentalene
derivatives and their interesting fluorescence properties. K. Namba*, A. Osawa,
A. Nakayama, A. Mera, A. Otani,
K. Tanino1285. Synthetic study of plusbacin A3.
A. Katsuyama, A. Matsuda, S. Ichikawa*
1286. Synthesis and biological activities of
the amide derivative of aplog-1, a simplified analog of aplysiatoxin with antiproliferative and cytotoxic activities.
Y. Hanaki, R.C. Yanagita, C. Takahashi,
T. Sugahara, M. Aida, H. Tokuda, K. Irie*
1287. Synthesis and biological activity ofphosphatidylinositol for the elucidation of
NKT cell pre-activation mechanism.
S. Nakagawa, A. Shimoyama, T. Aiba,
Y. Fujimoto, F. Koichi*
1288. Synthesis of novel allene-zerumbone
derivatives with twelve membered ring.
T. Miyamura, H. Tatsumi, M. Kameo,
T. Kitayama
1289. Synthesis of optically active 3-O-acylated catechin analogs by oxidative cyclization. N. Shiraishi, M. Kumazoe,
S. Fuse, H. Tachibana, H. Tanaka*
1290. Fundamental reaction activity ofzerumbone with conjugated system in theeleven-membered ring structure for development of biologically active compounds. A. Nishikawa, C. Yamamoto,T. Kitayama
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
The Science and Strategy of
Pharmaceutical Process Chemistry:
Adapting to Global Regulatory
Development Guidance on Process
Impurities (#242)

Organized by: H. Okuda, T. Watson,
G. CHAE
Presiding: T. Watson
8:00 Welcome introductions
8:05 – 1291. Recent efforts in implementation ICH Q11 quality guidance in Japan.
H. Okuda*, K. Takagi
8:30 – 1292. Can ICH Q12 help realise thefull benefits for ICH Q11 and enhanced
process understanding?.
F. Montgomery*
8:55 – 1293. Early experiences with ICH
Q11: successes and opportunities.
J. Lepore
9:20 – 1294. ICH Q11 Starting material IWG
Update - the role of impurities. T. Watson
9:45 Break
9:55 Q&A
10:10 – 1295. Use of models for the development and implementation of a small
molecule impurity control strategy.
K.D. Seibert*, C. Luciani, S. Coffey,
K.D. Seibert
10:35 – 1296. QbD implementation and ICH
Q11 application – a case study of lifecycle approach to impurity control.
T. Watson

11:00 – 1297. Development of manufacturing route to elbasvir. J. Yin*
11:25 – 1298. Strategies of assessment,
analysis, and control of genotoxic impurities in drug substance development withcase studies. H. Lee*
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Molecular Self-Assembly and Functional
Organic Nanostructures (#263)

Organized by: J. Parquette, M. Lee,
J. Badjic, F. Huang
Presiding: J. Badjic
8:00 Introductory Remarks
8:10 – 1299. Electronic delocalization within
self-assembled nanostructures derived
from pi-conjugated oligopeptides.
J.D. Tovar*
8:40 – 1300. Complex topologies throughsubcomponent self-assembly.
J.R. Nitschke*9:10 – 1301. Cooperative supramolecularpolymerization of hydrogen-bonded supermacrocycles. M. Yamauchi*,S. Yagai*
9:40 Coffee Break
9:55 – 1302. Shape-selective synthesis andself-sorting of covalent organic cagecompounds. F. Beuerle*
10:25 – 1303. Surface-supported robust 2D
lanthanide-carboxylate coordination networks. B. Cirera, J. Urgel, Y. Wang,
W. Auwärter, R. Otero, J. Gallego,
M. Alcamı́, S. Klyatskaya, M. Ruben,
F. Martin, R. Miranda, J. Barth, D. ECIJA
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Molecular Probes and Fluorophores for
Biological Imaging (#280)

Organized by: C. Fahrni, C. Cairo, C. Yip,
Y. Hori
Presiding: Y. Hori
8:00 Opening Remarks
8:05 – 1304. Development of imaging agents
to target tumour hypoxia. D. Sneddon,
R. Niemans, N.G. Lieuwes, R. Biemans,
M. Bauwens, I. Pooters, L. Dubois,
P. Lambin, P. Pellegrini, N. Lengkeek,
C.T. Supuran, S. Poulsen*
8:25 – 1305. Phosphorescent probes for
multiphoton microscopy of oxygen.
S. Vinogradov*
8:45 – 1306. HKSOX series of highly selective and sensitive fluorescent probes for
multiplatform detection of superoxide inlive cells and in vivo. J. Hu, N. Wong,
S. Ye, D. Yang*
9:05 – 1307. Long(er) wavelength fluorescentprobes. K. Gee
9:35 – 1308. Illuminating metals: Fluorescenttools for the study of cellular magnesium.
M. Afzal, J. Gruskos, J. Pitteloud,
G. Zhang, D. Buccella*
10:05 Session Break
10:20 – 1309. Fluorescent probes based on
sulfur as a reporting element. N. Finney
10:40 – 1310. Towards targeted ratiometricsensors of labile metal pools. C. Shen*,
I. Carney, K. Yang, E. New
11:00 – 1311. Spectroscopic probes andsensing analysis (2015). H. Ma
11:30 – 1312. Tunable molecular-based
nanoparticles as biocompatible and ecofriendly alternative to quantum dots forbioimaging. M.H. Blanchard-Desce
Hawaii Convention CenterHalls I, II, III
Frontiers of Chirality in Organic Chemistry(#286)

Organized by: J. Canary, N. Berova,
E. Yashima, M. Hyun, T. Shibata,T. Asahi, C. Welch, S. You
Presiding: T. ASAHI, N. Berova,
J. Canary, M. Hyun, T. Shibata,
C. Welch, E. Yashima, S. You

Poster Session
10:00 – 12:00
Spontaneous Resolution and Autocatalysis
1313. Spontaneous formation of enantioenriched ␣-amino nitrile, chiral precursor of
Strecker synthesis. T. Kawasaki*,N. Takamatsu, S. Aiba, Y. Tokunaga
1314. Asymmetric synthesis of nitrogen isotopically chiral diamine and its chiral discrimination by asymmetric autocatalysis.
H. Ozaki, K. Tada, S. Harada,
T. Ayugase, H. Ozawa, T. Kawasaki,
A. Matsumoto, K. Soai*
1315. Asymmetric autocatalysis triggered byhelical arrangement of chiral crystals ofachiral organic compounds. Y. Kaimori,T. Ide, S. Fujiwara, M. Uchida,
T. Sasagawa, T. Kawasaki,
A. Matsumoto, K. Soai*
Chiral Materials and Nanostructures
1316. Control of metal arrays based on heterometallics masquerading in heterochiral aggregations of chiral clothespinshaped complexes. M. Naito*, R. Inoue,
S. Kawamorita, N. Komiya, T. Naota
1317. Synthesis of N-hetero-ortho-phenylene oligomers containing pyridylgroups. Y. Tokoro*, N. Ohtsuka, A. Toh,
S. Fukuzawa*
1318. Synthesis and acid/base-triggered extension/contraction motion of a doublestranded boron helicate bearing bipyridyl
units. Y. Suzuki, T. Nakamura,
S. Yamamoto, D. Taura, H. Iida,
N. Ousaka, E. Yashima*
1319. Helix inversion of ␤-peptide by hydrogen bonding pattern alteration. S. Shin,
Y. Kim, I. Guzei, S. Choi*1320. Synthesis and application of complementary double helices connected withmetal-salen complexes. S. Hioki,
J. Tanabe, D. Taura, E. Yashima
Chiral Analysis, Recognition, andSeparation
1321. High throughput analysis of enantiopurity in pharmaceutical research using
multiple injections. K. Zawatzky,
E.L. Regalado, C. Welch
1322. Discrimination of chiral crystals with
two-fold screw axis using optical activity.
K. Ishikawa*, Y. Terasawa, M. Tanaka,
M. Shiro, H. Koshima, T. ASAHI*
1323. Solvent-induced kinetic and thermodynamic control of remote-controlled planar chirality in peptide-bound metallomacrocycles. F. Mamiya, N. Ousaka,
E. Yashima*1324. Solid-liquid and liquid-liquid extractions of native saccharides by alternating
pyridine-phenol oligomers linked withacetylene bonds. Y. Ohishi, M. Inouye,
H. Abe1325. Dynamic formation of enantiomericthalidomide dimeric structure: Solid andsolution state chiroptical spectroscopy
and computational analysis. T. Hiroki*,Y. Ogino, M. Tanaka, N. Shibata,T. ASAHI*, T. SHIMOZAWA
1326. Synthesis and application of opticallypure rotaxanes with their specific chirality
for enantioselective complexation withchiral amines. K. Hirose, R. Kano,
K. Tsuda, H. Furutani, Y. Hinohara,
Y. Tobe** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
1327. Synthesis and conformational analysis
of novel helical amide oligomers.
K. Urushibara, H. Masu, I. Azumaya,
H. Kagechika, A. Tanatani*
1328. Highly stereoselective recognition ofundervatized amino acids by a simple
chiral phenyl aldehyde. Q. Chen, k. kim
1329. Efficient resolution of 2-fluorophenylglycine by continuous preferential crystallization. C. Rougeot*, R.M. Kellogg,
J. Hein
Asymmetric Synthesis and Catalysis
1330. Study on the stereoselective cyclization of 1-alkenyl ␤-aminoalkyl sulfoxides
and sulfones. M.R. Kulak, A.L. Schwan,
S. Soderman, T. Mook
1331. Development of new synthetic reactions leading to organophosphorus compounds having chiral carbon centers.
Y. Maekawa, T. Murai
1332. Crystal structure analysis of asymmetric autocatalysis of pyrimidyl alkanol.
A. Matsumoto, T. Abe, A. Hara,
T. Tobita, T. Sasagawa, T. Kawasaki,
K. Soai*
1333. Synthesis the planar chiral phosphineolefin ligand base on the transition metal
scaffold and application in asymmetriccatalysis. Y. Tseng*, M. Ogasawara,
S. Arae, T. Takahashi, K. Kamikawa
1334. Desymmetric hydrogenation of ameso-cyclic acid anhydride toward biotin
synthesis. M. Yoshimura, K. Tsuda,
H. Nakatsuka, T. Yamamura, S. Tanaka,
M. Kitamura*
1335. Diasteroselective synthesis of an axially chiral 2,2’-bipyridine -N,N’-dioxide
bearing peptide chains. A. Urushima,
N. Ousaka, E. Yashima*
1336. Asymmetric synthesis of M␣NP acidusing a chiral auxiliary. W. Fujiwara,
M. Kato, M. Kusakari, T. Kijima,
S. Murakami, S. Matsuba, B. Hatano*
1337. Asymmetric Suzuki-Miyaura crosscoupling of 1-bromo-2-naphthoates using helically chiral polymer ligand PQXphos. Y. Akai, T. Yamamoto,
M. Suginome*
1338. Enantioselective synthesis of heterocyclic compounds via asymmetric HeckMatsuda oxyarylation of styrene-likecompounds. N.C. Martins, A.R. SILVA,
C.D. Correia*
1339. Synthesis of optically organoselenidees using chiralauxiliaries. Y. Taguchi,
Y. Nakazawa, R. Mashiko, B. Hatano,S. Murakami, T. Kijima
1340. Enantioselective Heck-Matsuda arylations: Synthesis of substituted 2,3-dihydrobenzofurans by a new oxyarylation reaction. A.R. SILVA, N.C. Martins,
C.D. Correia*
1341. Solvent free chiral inversion of thalidomide and hydrolysis product of thalidomide. M. Nakamura, K. Otogawa,T. SHIMOZAWA, T. ASAHI*
1342. Enantioselective synthesis of ␥-aminoacids via sp3 C-H Bond activation using
by Ir(I)-catalyst. M. Michino, M. Ito,
Y. Tahara, T. Shibata*1343. Synthesis of phosphonate monoesters
via hydrolysis of phosphonate esters having a binaphtyl group and their application. K. Kuwabara*, Y. Maekawa,Y. Hirai, T. Murai
1344. Chiral ␤-aminoalcohol catalysts withbulky substituents possessing strong
asymmetric power determined by competitive asymmetric autocatalysis.
Y. Komuro, Y. Mori, R. Noto, N. Watabe,
T. Kawasaki, A. Matsumoto, K. Soai*
1345. Asymmetric synthesis of planar-chiralfunctionalized paracyclophanes and theirapplication as chiral ligands. M. Fukai,
H. Madhurima, R. Sekine, S. Oshima,
T. Shibata*1346. Ag(I)-bisamidine catalyzed asymmetricFriedel-Crafts alkylation of indoles with
␣-substituted-␤-nitroacrylates.
T. Nomoto, M. Yamanaka*
1347. Enantioselective synthesis of aminoindane carboxylic acid derivatives by the
Rh-catalyzed [2⫹2⫹2] cycloaddition.
S. Obinata, Y. Tahara, T. Shibata*1348. Catalytic enantioselective synthesis of
P-stereogenic phosphine derivatives bymolybdenum-catalyzed asymmetric ringclosing metathesis on (␲-arene)chromium
platform. M. Ogasawara, R. Ikehata,
Y. Tseng, W. Wu, S. Arae, R. Yasuda,
T. Takahashi, K. Kamikawa
1349. Asymmetric synthesis of triptycene via
enantioselective alkynylation of 1,5-dibrooanthracene-9,10-dione.
Y. Kamimura, T. Shibata*1350. Asymmetric hydrogenation of quinazolinium salts catalyzed by dinuclear iridium(III) complexes bearing chiral diphosphine ligand. K. Higashida, A. Iimuro,
Y. Kita, K. Mashima*

10:10 – 1366. Thermally responsive crystalof cyclic amphiphiic molecule including
monodisperse oligoethylene glycol units.
K. Kinbara*, T. Shima, T. Muraoka,
N. Hoshino, T. Akutagawa, Y. Kobayashi
10:30 – 1367. Solution and solid-state reactions of the larger acenes. J. Anthony,
A. Petty
11:00 – 1368. Synchrotron studies of selfcompression in channel inclusion compounds. M.D. Hollingsworth*, B. Wang,
I. Frantsuzov, S. Nichols, P. Rabiller,
C. Mariette, L. Guérin, B. Toudic
11:30 – 1369. Chemical complexity phenomena observed in chiral crystalline and liquid-cryustalline phases. R. Tamura

16:30 – 1386. Synthesis of novel acenequinones and investigation of their self-assembly. K. Maly*, J.A. Paquette,
R.E. Yardley, E. Cieplechowicz,
M. Halloran
16:45 – 1387. Dithienothiazines as novel heterocyclic donors – phenothiazine congeners enriched in electron density. T.J.
Müller*

Hilton Hawaiian Village
Mid-Pacific Center, Coral 2

Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4Organized by: T. Akasaka, F. Wudl,
L. Echegoyen, X. Lu, C. Wang
Presiding: H.C. Dorn, D.M. Guldi

Fluorinations and Fluoroalkylations (#310)

New Organosulfur Chemistry (#436)

Organized by: S. Prakash, T. Ritter,
K. Mikami, S. Fustero, J. Hu
Presiding: K. Mikami

Organized by: E. Block, E. Juaristi,
A. Schwan, X. Jiang, C. Lee
Presiding: E. Block, E. Juaristi

8:00 Opening Remarks
8:05 – 1351. Studies on fluoroalkylations.
S. Prakash*
8:30 – 1352. New version of Umemoto reagent for practical application: Di- andtetra-fluoro-S-(trifluoromethyl)dibenzothiophenium salts. T. Umemoto*, T. Zhu,
B. Zhang, Y. Li
8:55 – 1353. Difluoromethylthiolation: New
reagents and reactions. Q. Shen
9:20 – 1354. Carbene-induced intra- vs. intermolecular transfer-trifluoromethylationof aryl trifluoromethylthio-compounds under rhodium catalysis. N. Shibata*9:45 – 1355. Trifluoromethylation of olefinsby photoredox catalysis. M. Akita*,
T. Koike
10:10 – 1356. Transition metal catalyzed
fluoroalkylation with fluoroalkyl bromides
and chlorides. X. Zhang*
10:35 Break
10:45 – 1357. New approach for catalytic
asymmetric synthesis of befloxatone.
J. Ma
11:10 – 1358. Straightforward access to 18Flabeled PET probes via Ni/Cu co-catalyzed defluoroborylation of fluoroarenes.
T. NIWA*, H. Ochiai, Y. Watanabe,
T. Hosoya
11:35 – 1359. Monofluorinated building
blocks: New synthetic approaches.
S. Fustero*

8:00 Introductory Remarks by Eric Block
8:05 – 1370. Synthesis and stereochemistryfrom sulfenic acid anions. A.L. Schwan*,
S.C. Söderman, M.R. Kulak, E. Remigio
8:35 – 1371. Sulfenic acids, selenenic acids,
and hydropersulfides: Potent redox mediators or just neat molecules?. D. Pratt
9:05 – 1372. New modes of sulfur reactivity
for organic synthesis, biochemistry, andpolymer science. J.M. Chalker*,
G.A. Edwards, G.H. Jones,
M.P. Crockett, A.M. Evans, M. Tierney
9:35 – 1373. Synthesis, structure, and reactivity of a primary-alkyl-substituted sulfenic acid and its anion. K. Goto*,
M. Ishihara, N. Abe, S. Sase
10:00 Break
10:10 – 1374. Formations of organosulfur
compounds in disrupted tissue of LFSsuppressed onion and their bioactivities.
T. Kamoi, M. Aoyagi, M. Kato, S. Imai
10:40 – 1375. Odorless synthesis of bioactive sulfur-containing molecules.
T. Wirth*
11:05 – 1376. Characterization and synthesis of novel ring-substituted thiolanes
from extracts of crushed garlic (Allium sativum). B. Dethier*, E. Block
11:30 – 1377. Solvent-dependent self-assembly of S-substituted cysteines.
R.A. Musah*, T. He

Thursday Afternoon
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2Organic Solid-State Chemistry: Structure,
Property & Reactivity (#398)

Organized by: M. Sakamoto,
L. MacGillivray, J. Vittal
Presiding: M. Sakamoto, R. Tamura
8:00 – 1360. Hierarchical construction ofmultistructural porous organic salts(POSs) through different networks of supramolecular clusters. T. Miyano,
A. YAMAMOTO, I. HISAKI, M. MIYATA,
N. TOHNAI*
8:20 – 1361. Design of triple vapochromic
organic crystals of quinolone antibiotics.
A. Sakon*, A. Sekine, H. Uekusa
8:40 – 1362. Synthesis of chemically-modified 3-tert-butyl benzotriazinyl radicals
and their magneto-structural correlation.
Y. Takahashi, Y. Miura, N. Yoshioka*
9:00 – 1363. Morphological control of organic semiconductor crystals by surface
design and matrix rheology. S. Okada,
M. Oiki, S. Furukawa, H. Tanaka,
K. Harano, E. Nakamura*
9:20 – 1364. Controlled cycloaddtion reaction mediated by noncovalent interaction.
Y. Ma, X. Meng
9:40 – 1365. Crystallisation, melt racemisation, and polymorphic transformation ofpyroglutamic acid. H. Wu*, A.R. West
10:00 break

Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Designed pi-Electronic Systems: Synthesis,
Properties, Theory and Function (#25)

Organized by: T. Kubo, Y. Tobe,
M. Haley, G. Bodwell, K. Wong
Presiding: T. Kubo
13:00 – 1378. Supramolecular functionalization of nanocarbons with electroactive
␲-conjugated non-planar recognition motives. N. Martı́n
13:40 – 1379. Tetrathiafulvalene vinylogues
as versatile building blocks: From small
molecular systems to nanomaterials.
Y. Zhao*
14:05 – 1380. Expanded indeno-fused carbocyclic and heterocyclic quinoidal scaffolds: Syntheses, structures, and properties. M.M. Haley
14:30 – 1381. Straightforward synthesis ofhighly twisted porphyrin oligomers.
S. Hiroto, S. Ito, H. Shinokubo
14:45 – 1382. Cyclopenta: Fused acenes
and quinoidal heteroacenes. C. Chi*
15:00 – 1383. Defining the structure, properties, and reactivity of [n]cumulenes.
R.R. Tykwinski
15:40 – 1384. Construction of chiral structures from anthracene units and acetylene linkers. S. Toyota*, T. Iwanaga
16:05 – 1385. Open-shell ␲-conjugated molecular systems for nonlinear optics.
M. NAKANO*, R. Kishi, K. Yoneda,
K. Fukuda, B. Champagne

Hilton Hawaiian Village
Kalia Tower, Lehua Suite
Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes andRelated Materials (#41)

13:00 – 1388. Growing carbon nanotubes
from synthetic organic end-caps.
L.T. Scott*13:40 – 1389. Open-cage fullerenes toward
endofullerenes and heterofullerenes.
Y. Murata*
14:10 – 1390. Synthesis of polybenzoquinolines as graphene nanoribbon precursors.
Y. Park, D.J. Dibble, A. Mazaheripour,
M.J. Umerani, A.A. Gorodetsky
14:25 – 1391. One-shot K-region selective
annulative ␲-extention of polycyclic aromatic hydrocarbons for nanographene
synthesis. H. Ito, K. Ozaki, M. Shibata,K. Kawasumi, K. Itami*
14:40 – 1392. Organic functionalization oflithium-ion-containing fullerenes.
Y. Matsuo*
15:00 – 1393. Decorating nanocarbons withoptoelectronic systems. Á. Sastre-Santos*
15:20 – 1394. Electron mobility of zero, 1and 2D nanocarbons in their bulk states/interfaces. S. Seki
15:50 – 1395. Recent structural results reveal shape-compatible cocrystallization
agents for tubular-shaped fullerenes.
M.M. Olmstead*, A.L. Balch, K. Ghiassi
16:20 – 1396. Effect of covalent bond formation on the electronic structure, magnetism, and properties of graphene and carbon nanotubes. R.C. Haddon
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Natural Product-based Drug Discovery(#66)

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Presiding: H. OSADA, J. Qi
13:00 – 1397. Biosynthesis study aiming at
creation of an anti-osteoclast drug.
H. OSADA*, T. Nogawa, S. Takahashi
13:40 – 1398. Design and synthesis of novel
ligands of opioid receptors. H. Nagase*
14:10 – 1399. Discovery of natural productswith activities against the subtypes of triple negative breast cancer.
S.L. Mooberry*
14:40 – 1400. Small molecule derived fromnatural products for treatment of age-related diseases. J. Qi, R. Tang, Y. Luo,K. Sun, L. Xiang
15:10 – 1401. Biological activity of biselyngbyasides, macrolides from marine cyanobacteria. K. Suenaga* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–151

04 – ORGN
15:30 – 1402. Drug discovery targeting theubiquitin-proteasome system from marine organisms. S. Tsukamoto*
15:50 – 1403. Development of natural product-like library by using diversity-enhanced extracts. H. Kikuchi*, Y. Oshima
16:00 – 1404. Bioactive and novel metabolites from marine and terrestrial Malaysianfungi. M.R. Prinsep*, G. Tait,
C. Linderboom, F. Lim, S. Lim,K. Ramasamy, A. Cole
16:10 – 1405. Glycolipopeptide possessing
a branched lipid unit as a TLR2 ligand.
H. Koinuma, H. Sugiyama, H. Kiyohara,
M. Sunagawa, H. Tanaka
16:20 – 1406. Comparison of vanadium dependent bromoperoxidases from three
species of the red algal genus Laurencia.
K. Kaneko, K. Washio, D. Kobayashi,
T. Ishikawa, T. Umezawa, F. Matsuda,
K. Nishikawa, Y. Morimoto,
M. MORIKAWA, T. Okino*
16:30 – 1407. New cytotoxins from sponges
of deeper coral reefs and a marine microorganism. J. Tanaka, P. Ahmadi,
T. Wauke, A. Agena
16:40 – 1408. Anti-aging substance from nature products and their mechanism of action. L. Xiang*, K. Sun*, Y. Weng*, Y. Lin,Y. Sun*, J. Qi*
16:50 – 1409. General, practical, and diversifiable synthetic route to new macrolide
antibiotics. Z. Zhang, I. Seiple, P. Wright,
A. Langlois, K. Yabu, M. Condakes,
D. Hog, P. Jakubec
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2
Molecular Containers (#99)

Organized by: S. Mitsuhiko, L. Isaacs,
H. Yang
Presiding: H. Ube, Z.R. Wang
13:00 – 1410. Learning what knot to do.
D. Leigh*
13:30 – 1411. Functional materials from selfassembling bis-urea macrocycles.
S.R. Salpage, A.A. Korous, L.S. Shimizu
13:55 – 1412. Pillar[n]arene-based supramolecular assemblies for gas storage andporous carbon fibers. T. Ogoshi*,
K. Yoshikoshi, R. Sueto, T. Yamagishi
14:20 – 1413. Functionalized self-assembled
cages: Stereocontrol and reactivity.
R. Hooley
14:45 coffee break
14:55 – 1414. From heteracalixaromatics tocorona[n]arenes. M. Wang*
15:25 – 1415. Functional container molecules through subcomponent self-assembly. J.R. Nitschke
15:55 – 1416. Polyaromatic micelles withwide-ranging host capability in water.
M. Yoshizawa*
16:20 – 1417. Mutual induced fit in artificial
molecular systems: Creation of host-inhost structures. T. Sawada, H. Hisada,
S. Wang, M. Fujita*
16:40 – 1418. Rotaxane dendrimers withmechanically interlocked moieties onbranches. H. Yang
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Organoboron Chemistry: Applications in
Organic Synthesis, Biology, and Materials(#100)

Organized by: D. Hall, B. Wang,
P. Duggan, M. Suginome
Presiding: M. Suginome
13:00 – 1419. Catalysis based on reversible
covalent interactions of organoboron
compounds. M.S. Taylor*
13:30 – 1420. Boron compounds for determining the enantiomeric excess of chiralanalytes and as sensors for detecting fluoride, hydroxy radicals, and peroxynitrite
in water. S.D. Bull
13:50 – 1421. Benzoxaboroles for membrane separation. E.V. Lampard*,
T.D. James, S.D. Bull, D. Patterson

TECHNICAL PROGRAM
14:10 – 1422. Developing the phosphinoboration reaction. S.J. Geier, C.M. Vogels,
S. Doherty, S. Westcott*14:40 – 1423. Hydroxymethylboronic acidand its anhydride-ester dimer.
D.S. Matteson*
15:00 Break
15:10 – 1424. Basic science of azaborines
and the progress toward their applications in medicinal chemistry. S. Liu*
15:40 – 1425. Amino-boro-naphthalenes:
From satisfaction to frustration.
E. GRAS*, D.C. Pla Queral, B. Mestre
16:00 – 1426. Development of a novel classof hybrid materials involving boronates
and benzoxaborolates. D. Laurencin*,
S. Sene, M. Pizzoccaro, S. Bégu,
D. Berthomieu, C. Gervais
16:20 – 1427. Chemistry of boron-doped
nanographenes. S. Yamaguchi*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Electrochemical Reactions andMechanisms in Organic Chemistry (#104)

Organized by: K. Chiba, S. Suga,
K. Moeller, C. Frontana
Presiding: C.E. Frontana, D. Little,
S. Suga
13:00 – 1428. Competition studies, cyclic
voltammetry, and the use of mechanistic
insights to guide the design of new radical cation reactions. R. Perkins,
L. Gonzalez, M. Graaf, R. Feng,
K.D. Moeller
13:15 – 1429. Recent advances in the construction and use of functionalized microelectrode arrays. M. Graaf, S. Uppal,
D. Rensing, B. Nguyen, K.D. Moeller*
13:30 – 1430. Biradical chemistry with electrode: Biradical formation from peroxy
radical cation and its reactions.
R. Akaba*
13:45 – 1431. Bipolar electrochemistry for
fabricating gradient polymer bushes.
S. Inagi*, N. Shida, Y. Koizumi,
H. Nishiyama, I. Tomita
14:00 – 1432. Molecular design and synthesis of D-␲-A dye sensitizers with pyridylgroup for high-performance dye-sensitized solar cells. Y. Ooyama*
14:15 Break
14:30 – 1433. Reactions of electrochemicallygenerated ␤-haloalkoxysulfonium ions.
R. Hayashi, Y. Ashikari, T. Nokami,
A. Shimizu, J. Yoshida*
14:45 – 1434. Reductive acylation and trifluoroacetylation of aromatic conjugatedynones by electron transfer from magnesium. T. ZHANG*, Y. NISHIYAMA,
H. MAEKAWA
15:00 – 1435. Transformation of regioregularorganotitanium polymers into ␲-conjugated polymers containing Group 16 elements. N. Hiroki, S. Inagi, I. Tomita
15:15 – 1436. Synthesis of fluorinated tetrahydropyrans via Prins cyclization of aldehydes and homoallylic alcohols using
electrochemical oxidation.
K. Matsumoto*, K. Yamaguchi,
K. Miyasaka, F. Haga, T. Nokami,
K. Nishiwaki, S. Kashimura
15:30 Break
15:45 – 1437. Advances in anodic C,Ccross-coupling reactions of phenols andarenes. A. Wiebe*, S.R. Waldvogel,
R. Franke, K.M. Dyballa
16:00 – 1438. Stability and reactivity of thiirenium ions generated by electrochemical oxidation. S. Horiuchi, R. Hayashi,
A. Shimizu, J. Yoshida*
16:15 – 1439. Direct observation and reactivity of thionium ions generated by using
the indirect cation pool method.
A. Shimizu, K. Takeda, K. Saito, S. Kim,
T. Nokami, J. Yoshida*
16:30 – 1440. Catalytic activity of electrochemically generated organo-dications.
S. Suga*, I. Fujiwara, Y. Kurihara,
Y. Onishi, K. Mitsudo

Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Presiding: K. Maruoka, M. Shi, M.P. Sibi,
W. Wang
13:00 – 1441. Recent advances in organocatalytic bromination reactions.
Y. Yeung*
13:30 – 1442. Zwitterion directed regio- andenantioselective cyclizations. M. Shi*
14:00 – 1443. Enantioselective synthesis ofchiral biaryls by means of chiral phosphoric acid. T. Akiyama
14:30 – 1444. Cooperativity in catalysis: A
novel method for enantioselective transformations with complex substrates.
M.P. Sibi*, H. Subramanian, R. Moorthy
15:00 – 1445. Hetero-Michael addition to␣,␤-unsaturated carboxylic acids.
Y. Takemoto
15:30 – 1446. Anilines-mediated organocatalytic reactions. C. Yu*, H. Huang*,
X. Li, W. Wang*
16:00 – 1447. Chiral nucleophilic carbenes
for use in organic synthesis: From acyl
anion chemistry to internal redox catalysis and beyond. T. Rovis*
16:30 – 1448. Design of new organoradical
catalysts for selective C-H activation andasymmetric cyclization. K. Maruoka*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
The Science and Strategy of
Pharmaceutical Process Chemistry:
Adapting to Global Regulatory
Development Guidance on Process
Impurities (#242)

Organized by: H. Okuda, T. Watson,
G. CHAE
Presiding: F. Montgomery
13:00 Introduction
13:05 – 1449. Challenges in the development of naloxegol: Controlling quality
through a 5 stage telescope. G. Ford*
13:30 – 1450. Use of contextually accurate
impurities in spike-challenge studies withproteomics analytics to inform processcontrol strategy, validation, and design
space. R.A. Hart*
13:55 – 1451. Process understanding and its
role in a comprehensive control strategy:
A case study. J. Lepore*
14:20 – 1452. Use of ICH Q11 principles inselection of starting materials.
F. Montgomery*
14:45 Questions and Answers
14:55 Break for Coffee
15:10 – 1453. Real time monitoring of quality
attributes in mammalian bioprocesses.
C. Wu*
15:35 – 1454. Characterization and development of particles using Raman and FBRM
technology in manufacturing. C. Orihuela
16:00 – 1455. Fluorometric and colorimetricmethods for quantifying palladium inpharmaceuticals. K. Koide*, M. Tracey,
X. Bu, J. Jo, M. Williams, C. Welch*
16:25 – 1456. Novel method of detecting
very low levels of polymorphs and othersolid forms using high resolution X-ray
powder diffraction (XRPD) with a synchrotron light source which allows thedetection and quantification of contaminants (of different solid state forms).
L. Cotarca*
16:50 Questions and Answer Session
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Molecular Self-Assembly and Functional
Organic Nanostructures (#263)

Organized by: J. Parquette, M. Lee,
J. Badjic, F. Huang
Presiding: J. Parquette
13:00 Introductory Remarks

152–TECH

13:10 – 1457. Supramolecular design of selfdelivering drugs and imaging agents.
H. Cui*
13:40 – 1458. Stimuli-responsive metal– organic frameworks. S. Saha*
14:10 – 1459. Self-assembly of highly-crystalline and stable nanosheets from peptide-mimetics. C. Chen*, Y. Chen, H. Jin,
f. Jiao, M. Daily
14:40 – 1460. Aromatic gain as a driving
force for supramolecular polymerization.
R. Kieltyka*
15:10 Coffee Break
15:25 – 1461. Polar self-assembled molecular materials. D. Gonzalez Rodriguez*,
J. Guilleme, T. Torres, M. Mayoral
15:55 – 1462. Self-assembly of tripodal triptycenes into a highly ordered “2D ⫹ 1D”
structure. N. Seiki, Y. Shoji, T. Kajitani,
F. Ishiwari, T. Fukushima*
16:25 – 1463. Fabrication of asymmetricconstructions via predesigned chiral mediums . Y. Zhang, J. LIU*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Molecular Probes and Fluorophores for
Biological Imaging (#280)

Organized by: C. Fahrni, C. Cairo, C. Yip,
Y. Hori
Presiding: C. Fahrni
13:00 Opening Remarks
13:05 – 1464. Hip to be square: Building better fluorophores with azetidine.
L.D. Lavis*
13:35 – 1465. Development of luminescenttransition metal complexes as bioimaging
and cellular reagents. K. Lo*
14:05 – 1466. Development of protein-labeling probes with fluorogenic switches forimaging cellular events. Y. Hori*
14:35 – 1467. Fluorescent monitoring ofsiRNA by modification with dye pairs incell. Y. Kamiya, A. Ito, H. Kashida,
H. Asanuma
14:55 Session Break
15:10 – 1468. Tailoring chromophore darkstates for improved fluorescence microscopy. R. Dickson
15:40 – 1469. Super-resolution fluorescenceimaging by dSTORM. M. Sauer*
16:10 – 1470. Super-resolution imaging incells using single molecules places new
requirements on fluorophore labels.
W. Moerner*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Fluorinations and Fluoroalkylations (#310)

Organized by: S. Prakash, T. Ritter,
K. Mikami, S. Fustero, J. Hu
Presiding: J. Hu
13:00 – 1471. New frontier in fluorine chemistry. K. Mikami*
13:25 – 1472. Difunctionalization-type trifluoromethylation of alkenes.
M. Sodeoka*
13:50 – 1473. Ingenious eecarboxylativeroute to organofluorine compounds.
H. Amii* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
14:15 – 1474. Copper catalyzed methaneand primary C-H bonds functionalization:
The role of fluorine in the Tp(CF3)2,Br ligand. A. Olmos, B. Noverges, R. Gava,
D. Bellezza, T. Varea, A. Caballero,
P. Perez*, G. Asensio*
14:40 – 1475. Transformation of tetrafluoroethylene via transition metal intermediates. S. Ogoshi*
15:05 Break
15:15 – 1476. Stereochemically defined C-F
fluorine as a new probe of protein-ligand
binding sites and enzyme mechanisms.
C.E. McKenna*
15:40 – 1477. SF5(CF2)n-containing reagentsfor synthesis of new fluorinated building
blocks. G. Haufe*, P. Dudzinski,
A.V. Matsnev, J.S. Thrasher
16:05 – 1478. Preparation and reactions oftrifluoromethyl-␭6-tetrafluorosulfanes.
J.T. Welch*, L. Zhong,
C.N. von Hahmann, K.A. Gordon
16:30 – 1479. New developments to introduce the difluoromethylene phosphonate
fragment. G. Roeschenthaler*
16:55 Closing Remarks
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2Organic Solid-State Chemistry: Structure,
Property & Reactivity (#398)

Organized by: M. Sakamoto,
L. MacGillivray, J. Vittal
Presiding: M.D. Hollingsworth,
S. Kohmoto
13:00 break
13:10 – 1480. Thiosemicarbazones: The potential candidates for crystal engineering
applications. M.M. Naseer*
13:30 – 1481. Anion networks (evt. chiral)
based on halogen bonding interactions.
M. Fourmigue, J. Lieffrig, O. Jeannin
13:50 – 1482. Reaction kinetics in photomechanical molecular crystals. C. Bardeen*,
M. Hanson, R. Al-Kaysi, f. tong, l. zhu,
t. kim
14:20 – 1483. Size-dependent mechanicalproperties of organic cocrystals.
A.V. Tivanski
14:50 break
15:00 – 1484. Hierarchical construction of
diamond porous organic salts (d-POS)
and their versatile functions. N. TOHNAI*,
A. YAMAMOTO, I. HISAKI, M. MIYATA
15:30 – 1485. Color-tunable solid-state
emission of multicomponent crystals bycooperative electron donor-acceptor
complexation. T. Ono*, Y. Hisaeda
16:00 – 1486. Gases transform organic solids from one crystal form to another.
J.L. Atwood*, S.J. Dalgarno,
P. Thallapally
16:30 – 1487. Solid state photo polymerization via [2⫹2] cycloron reaction.
J.J. VITTAL, I. Park, S. Lee
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
New Organosulfur Chemistry (#436)

Organized by: E. Block, E. Juaristi,
A. Schwan, X. Jiang, C. Lee
Presiding: C. Lee, A.L. Schwan
13:00 – 1488. Electrogeneration, characterization, and reactions of cationic organosulfur intermediates in organic synthesis.
J. Yoshida*
13:30 – 1489. Electron transfer through alternating S-␲ chains: A biological molecular
wire?. R. Glass*, N. Monney,T. Yamamoto, T. Bally*
14:00 – 1490. Influence of heavier group 14
elements on [FeFe] dithiolate hydrogenase model complexes. W. Weigand*
14:30 – 1491. Rhodium-catalyzed synthesisof organosulfur compounds. M. Arisawa*
15:00 Break
15:10 – 1492. Changes in properties of sulfur
containing microbial chelator by nanoconfinement. P. Chatterjee*,
I. Sanchez-Lombardo, D.C. Crans*

15:30 – 1493. Topochemical polymerizationof S2N2 to (SN)x and the quest towars selenium-containing analogs of chalcogennitride polymer. O.J. Pakkanen,
T.T. Takaluoma, J.M. Rautiainen,
R.S. Laitinen*
15:50 – 1494. Polyimido sulfur scorpionates
in metal coordination. D. Stalke*
16:10 – 1495. Versatility of thiocarbonylcompounds in the synthesis of chiral sulfur heterocyles. M. Gulea*
16:35 – 1496. Thioamides for new reactions
and new fluorescent molecules.
T. Murai*Thursday Evening
Hawaii Convention CenterHalls I, II, III
Reactive Intermediates and Unusual
Molecules (#7)

Organized by: R. Sheridan, M. Abe,W. Leigh
Poster Session
19:00 – 21:00
1497. Synthetic challenges and characterization during the realization of polyyne
metalloporphyrin complexes consistingof axial binding . V. Walter,
N. Grzegorzek, N. Jux, F. Hampel,
R.R. Tykwinski*
1498. Photochemical generation of 4,4-dialkoxy- 1,2-diazacyclopentane- 3,5-diyls
and their reactivity. S. Yoshidomi,
M. Abe1499. Reaction of alkoxy radicals with pyridine bases yields pyridinyl radicals thatchain amplify photochemical fragmentation of N alkoxypyridinium salts.
D. Shukla*, S. Farid, J.P. Dinnocenzo
1500. Excited state C–C bond cleavage–luminescence phenomenon of diarylmethylenecyclopropanes. Y. Matsui, T. Kido,
E. Ohta, H. Ikeda
1501. Stannyl lithium: Facile preparation
leading to further synthetic applications.
D. WANG, C. WANG, M. Uchiyama
1502. Hypervalent sulfur compound in protein reaction. T. Nakamura*, M. Abe,
T. Inoue
1503. Substituent effect on the ground statespin-multiplicity and molecular structure
in cyclobutan-1,3-diylidene dicarbenes:
Formation of the bicyclo[1.1.0]but-1(3)ene structure. Y. Fujita*, M. Abe,T. Suzuki, Y. Shiota, K. Yoshizawa
1504. Stretch effect induced by planar skeleton in a macrocyclic system on the chemistry of diradicals. K. Onishi*, M. Abe,S. Hatano1505. Development of cross-coupling reaction between enol derivatives and silyl
ketene acetals catalyzed by gallium trihalides. Y. Nishimoto*, Y. Kita, M. Yasuda,
A. Baba
1506. Hypervalent diaryl-␭3-bromane-mediated iodine/triflate exchange of iodoalkanes: Direct arylation of iodoalkanes
with diaryl(triflato)-␭3-bromane.
R. Kawasumi*, K. Miyamoto,
Y. Masumoto, M. Uchiyama
1507. 1,1-Dichloro-2-nitroethene: A reactive
intermediate for heterocycle construction
and nitroacetylization of amines. X. Shao1508. Silicon analog of the smallest bridgehead alkene. N. Akasaka*, S. Ishida,
T. Iwamoto
1509. Generation of arynes and cycloalkynes
via a sulfoxide–magnesium exchange reaction of readily synthesized precursors.
S. Yoshida, K. Uchida, F. Karaki,
T. Hosoya*
1510. Mechanistic study on direct aryl transfer of diaryliodane(III) with aryl iodide.
Y. Masumoto*, T. Iuchi, M. Ochiai,
K. Miyamoto, M. Uchiyama
1511. Fate of NHC-stabilized dicarbon.
D.C. Georgiou, J.L. Dutton*
1512. Quinoidal heteroacenes with bipolar
character. X. Shi, C. Chi*1513. Synthesis of organobismuth compounds by carbobismuthination ofalkynes and alkenes using bismuth trihalides and ketene silyl acetals.
Y. Nishimoto, M. Takeuchi, M. Yasuda,
A. Baba*1514. Development of a fast spin-stateswitching system triggered by photolysis.
C. Shimokawa, S. Hatano, M. Abe
1515. Transition metal-free regioselective
␣-C–H amination of ethers at ambient
temperature: Radical-induced amination
using (diacetoxyiodo)benzene–sulfonamide. J. Yamashita*, K. Miyamoto,
M. Uchiyama
1516. Iodoarene-catalyzed Hofmann rearrangement of primary amides. Y. Sakai*,
K. Miyamoto, S. Goda, J. Yamashita,
M. Ochiai, M. Uchiyama
1517. Triboluminescence and functional
properties of trifluoromethylphenyl substituted phthalimide derivatives.
J. Nishida*1518. Structure and chemistry of multiplycharged fluorenyl cations. A. Sumita,
Y. Otani, T. Ohwada, K. Giuffre,
K. Boblak, M. Gasonoo, D.A. Klumpp
1519. Efficient generation method and remarkable reactivities of 3-triflyloxyaryne.
K. Uchida, S. Yoshida, K. Igawa,K. Tomooka, T. Hosoya*
1520. Unexpected formation of a phenonium
ion-containing salt in SET reaction of acage compound. Y. Kuramoto,
Y. Matsui, E. Ohta, H. Ikeda*
1521. Reaction mechanism and solvent effect in diastereoselective hydride reduction of ␣-substituted propiophenones.
D. Kaneno, H. Saigo
1522. Regio- and stereoselective carboindation of ynol ethers using indium tribromide and silyl enolates. K. Kang,
Y. Nishimoto, M. Yasuda*
1523. Chemistry of tetra-, penta-, andhexacationic systems. M. Gasonoo,
R. Naredla, D.A. Klumpp*
1524. Palladium catalyzed cross coupling reactions with verdazyl free radicals.
D.J. Brook, T. Le, T. Hom, M. Tran,
J. Chou
1525. Mechanism of 4-substituted pyrazolones from morita-baylis-hillman adducts
elucidated by ESI-MS monitoring.
B.V. Ferreira, R.C. Barcelos, L.A. Zeoly,
M.T. Rodrigues Jr, M.N. Eberlin*,
F. Coelho*
1526. Barrier to phenyl rotation in fluorinatedcis-azobenzene. W. Brittain*, P. Rinaldi,
A. Rogers, S. Rastogi
Hilton Hawaiian Village
Kalia Tower, Lehua Suite
Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes andRelated Materials (#41)

Organized by: T. Akasaka, F. Wudl,
L. Echegoyen, X. Lu, C. Wang
Presiding: L. Echegoyen
19:00 – 1527. Phthalocyanine- and subphthalocyanine-containing carbon nanoestructures. T. Torres*, O. Trukhina,
M. Ragoussi, M. Medel, G. Lavarda,
M. Revuelta, L. Mateo, D. Medina,
B. Kuhn, G. de la Torre, G. Bottari
19:30 – 1528. Fabrication and photoproperty
of coaxial nanowires having carbon nanotube core. Y. Takaguchi*
19:50 – 1529. Methane as a reactive gas in
the synthesis of endohedral metallofullerenes. K. Junghans, A. Popov*
20:10 – 1530. Synthesis and properties ofsubstituted sumanenes. H. Sakurai
20:30 – 1531. Tumor-targeting diagnosis/
therapy multifuntional gadofullerene materials based on Gd@C82. C. Wang*,
C. ShuHawaii Convention CenterHalls I, II, III
Electrochemical Reactions andMechanisms in Organic Chemistry (#104)

Organized by: K. Chiba, S. Suga,
K. Moeller, C. Frontana

Poster Session
19:00 – 21:00
1532. Electrochemical hydrogenation of toluene and o-xylene using a PEM reactor.
K. Takano, T. Kashiwagi,
K. Nakabayashi, S. Mitsushima, M. Atobe
1533. Synthesis of polyaniline-poly(methyl
methacrylate) core-shell nanocomposites
and their application to novel electro-responsive structural colored materials.
T. Kuno, K. Nakabayashi, M. Atobe
1534. Stereoselective synthesis of piperidine
derivatives using the indirect cation pool
method. J. Yamamoto, T. Akagi,
M. Haisa, K. Mitsudo, S. Suga*
1535. Iridium-catalyzed dehydrogenative cyclization leading to dithienosilole derivatives and their electrochemical properties. R. Isobuchi, K. Mitsudo*, S. Suga*
1536. Dye-sensitized solar cells based on ellipsoid titanium dioxide nanoparticles.
A. Seki, Y. Shimoyama, T. Kikuchi,
K. Tomita, Y. Kunugi
1537. New water-soluble NIR luciferin analog for in vivo imaging. S. Higashi*,R. Saito, M. Kiyama, S. Iwano, N. Kitada,
T. Hirano, H. Niwa, S. Maki
1538. Unique cyclization–aromatization reactions of bis(dithienylethenyl)thiophene
derivatives promoted by photoinduced
electron transfer. A. Yamamoto,T. Ogaki, E. Ohta, Y. Matsui, K. Mizuno,
H. Ikeda*
1539. Ionic liquid tags for electrochemical
glycosylation. N. Sasaki, Y. Isoda,
Y. Fukaya, T. Nokami*, T. Itoh*1540. Anodic approach toward intermolecular carbon-carbon bond formations in lithium perchlorate/nitromethane electrolyte
solution. Y. Okada, K. Chiba*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Presiding: T. Akiyama, K. Nagasawa
19:00 – 1541. Transition-state stabilization
through multiple attractive non-covalentinteractions in organocatalysis: A computational study. M. Yamanaka
19:20 – 1542. Activation of the leaving groupin the chiral phosphoric acid-catalyzed
intramolecular asymmetric SN2’ reaction.
K. Yamada*
19:40 – 1543. Enantioselective phase transfer catalysis using pentanidiums. C. Tan
20:00 – 1544. Boron tribromide-assisted chiral phosphoric acid catalysts for highly
enantioselective Diels–Alder reaction of
1,2-dihydropyridines. M. Hatano,
Y. Goto, K. Ishihara*
20:20 – 1545. Asymmetric halofunctionalization of olefins with novel bifunctional organocatalysts. Y. Hamashima* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–153

04 – ORGN
Hawaii Convention CenterHalls I, II, III
The Science and Strategy of
Pharmaceutical Process Chemistry:
Adapting to Global Regulatory
Development Guidance on Process
Impurities (#242)

Organized by: H. Okuda, T. Watson,
G. CHAE
Poster Session
19:00 – 21:00
1546. Verifying dehydration of hydrolysis
compound of thalidomide. K. Otogawa,Y. Ogino, K. Ishikawa, T. SHIMOZAWA,
M. Tanaka, H. Koshima, M. Shiro,
T. ASAHI*
Hawaii Convention CenterHalls I, II, III
Molecular Self-Assembly and Functional
Organic Nanostructures (#263)

Organized by: J. Parquette, M. Lee,
J. Badjic, F. Huang
Poster Session
19:00 – 21:00
1547. Accumulation control of polyaromatic
molecules through incorporation into single-walled bilayer membrane nanotubes.
Y. Okazaki, R. Sakaguchi, M. Takafuji,
H. Ihara*
1548. Towards electronic communication inredox-active nanotubes. J.J. Henkelis,J. Stoddart*
1549. Preparation of water-soluble porphyrinderivatives carrying oligoethylene glycol
chains and self-assembly behaviors inwater. T. Tateyama, S. Karasawa*,
N. Koga*
1550. Entropically dominated rotaxanes fromrigid pyrene macrocycles. A. Prokofjevs,
J. Stoddart
1551. Synthesis of rigid triangular molecularprisms. I. Popovs, J. Stoddart*
1552. Novel approach to prepare long-range
crystalline ultrathin films for organic electronics. R.H. Fink*, N. Zeilmann, X. Du,
S. Pechmann
1553. Conformational dynamics and self-assembly of folded discotic mesogens.
V.E. Williams*
1554. Catalysis of the inversion of bowlshaped aromatics within cationic receptors. E.J. Dale*, N.A. Vermeulen,
I.C. Gibbs-Hall, K.K. Baldridge, J. Siegel,
J. Stoddart
1555. Ruthenium complex-bound amino acid-catalyzed oxidation of methoxyarenes.
R. Yoshida*, K. Isozaki, Y. Yokoi,
H.R. Takaya, M. Nakamura
1556. Chemical conversions of hexadecyl
self-assembled monolayers based on
vacuum ultraviolet irradiations in an atmospheric condition. A.I. Soliman*,T. Utsunomiya, T. Ichii, H. Sugimura
1557. Concerted pericyclic thermally controlled reactions as a route to design surface-confined functional polymers.
B. Cirera, G. Nelson, J. Björk, F. Peña,A. Martı́n-Jiménez,
J. Rodrı́guez-Fernández, A. Pizarro,
R. Otero, J. Gallego, R. Miranda,
P. Ballester, J. Galan-Mascaros, D. ECIJA
1558. Formation of a 2D C60 sheet directedby a tripodal triptycene scaffold.
F. Leung, F. Ishiwari, T. Kajitani, Y. Shoji,
A. Saeki, S. Seki, T. Fukushima*
1559. Effect of the substituted groups at theterminal position of the fluorine-based organic gelators. Y. Kaneshige,
Y. MORITA, H. OKAMOTO
1560. Characterization of phospholipid vesicles prepared in CO2/H2O system at highpressure. K. Suga, S. Taguchi,
K. Hayashi, Y. Okamoto, H. Nakamura,
H. Umakoshi*
1561. Optical properties of supramolecular
gel functionalized by rhenium complexes.
A. Kamo, Y. Kuwahara*, M. Takafuji,
H. Ihara*
1562. Synthesis and phase behavior of
nucleobase-containing block copolymers. E. Kim, J. Kim*

154 –TECHTECHNICAL PROGRAM
1563. Preparation of urenylary derivatives
carrying one and two amphiphilic chains
and their self-assembly behaviors in water. Y. Okamoto, E. Ohashi,
S. Karasawa*, N. Koga*
1564. Synthesis and gelation ability of 4-perfluoroalkylbutoxybenzene derivatives.
B. Cao, Y. MATSUE, Y. MORITA,
H. OKAMOTO
1565. Mannitol-based amphiphiles (MNAs)
for membane protein structural study.
H. Hussain*, P. Chae
1566. Novel and accessible xylene-linked
maltoside amphiphiles (XMAs) for membrane protein manipulation. K. Cho,P. Chae1567. Radical templated catenation.
I.C. Gibbs-Hall, J. Stoddart*
1568. Solid-state polymerization and physical properties of butadiyne derivatives
with gelation ability. K. Kikuchi,
Y. Tatewaki, S. Okada*1569. Preparation of artificial monosaccharide with benzyl group modified cyclodextrins. S. Iida, S. Fujiwara,
K. Takahashi
1570. Cascading effect of copper in click reaction between radical species. Y. Wang,
J. Sun, Z. Liu, J. Stoddart*
1571. Interaction between hesperidine andvarious cyclicoligoglucoside in aqueous
solution. A. Hosaka, K. Ozawa,
K. Takahashi
1572. Water-soluble hydrogen-bonded supramolecular assemblies of perylene bisimide. I. Fukuda, S. Yagai
1573. Influence of alkali metal ions on aggregation behavior of crown-ether surfactants. M. Suzuki
1574. Preparation of amylose-polypeptide
inclusion complexes by vine-twining polymerization. R. Gotanda, K. Yamamoto,J. Kadokawa*
1575. Design and synthesis of an effectivevolume controllable molecule by redox
reaction to trigger the macroscopic motion of self-assembly. Y. Kurokome,
Y. Kageyama, S. Takeda*
1576. Photoresponsive supramolecular assemblies of azobenzene-linked perylene
bisimide dyads. T. Suzuki, S. Yagai
1577. Self-assembly of noncovalent supermacrocycles of oligothiophenes in aqueous system. H. Ouchi, S. Yagai
1578. Naphthalene diimide-based electronically active molecular aggregate.
S. Egami, N. Fujita*
1579. Synthesis of multiporphyrin assembly
using cyclodextrin-bound tetraphenylporphyrin conjugate. T. Yamashiro,
K. SASAKI
1580. Control over pathway complexity insupramolecular polymerization throughmodulating the energy landscape by molecular design. T. Fukui, S. Ogi,
K. Sugiyasu*, M. Takeuchi*
1581. Novel strategy of structure determination of the complicated molecular packing structure of foldectrue with PXRD.
J. Gong*, J. Eom, R.W. Driver, H. Lee*
1582. Photothermal assembling of porphyrin
dimers. Y. Yamamoto, Y. Nishimura,T. Tanaka, H. Yorimitsu, A. Osuka,
S. Tokonami, T. Iida*
1583. Abundant mesostructures in self-assembled LC minidendrons. Y. Liu*,
G. Ungar, V. Percec
1584. Reverse amphiphiles having a lipophilic ion pair as the hydrophobic part.
T. Yamada, K. Kokado*, K. Sada*
1585. Barbiturated naphthalenes with flexible oligo(ethyleneglycol) side chains.
K. Aratsu, S. Yagai
1586. Comparative analysis of correlation
between the secondary structures andself-association behavior of ␣-peptides.
L. Baek, R.W. Driver, S. Kwon, H. Lee*
1587. Aggregation behavior of amphiphilic
calix[4]rsorcinarene. S. Bingo, T. Ogoshi,
T. Yamagishi
1588. Self-assembly and structural transformation of amphiphilic perylene bisimide
dyads. M. Ogasawara, X. Lin, S. Yagai
1589. Water-induced helical aggregation ofalkylene-tethered perylene bsimide dyads
with hydrophilic swallow-tails. X. Lin,S. Yagai

1590. Self-assembly of barbiturated oligophenylene: Spontaneous transition ofnanostructures from coil to ribbon.
K. Wakita*, S. Yagai*
1591. Supramolecular self-assembled smart
dendritic organogels: Rational design andtheir multiple stimuli-responsive properties. Y. Feng, Z. Liu, Q. Fan
1592. Synthesis of porphyrin dimer toward
construuction of multi porphrin assemblywith molecular recognition sites.
K. Takimoto, K. SASAKI
1593. Fabrication and self-assembly of resonance core assisted gelators derived
from cyclohexanone. Y. Zhang, J. LIU
Hawaii Convention CenterHalls I, II, III
Molecular Probes and Fluorophores for
Biological Imaging (#280)

Organized by: C. Fahrni, C. Cairo, C. Yip,
Y. Hori
Poster Session
19:00 – 21:00
1594. New technology platforms to enable
delivery of the immunoPET small molecule G-605. D.E. Carrera*
1595. Development of dipolar dyes for twophoton imaging of tissues with suppressed autofluorescence. H. Moon,
D. Kim, S. Cho, K. Ahn*
1596. Bioimaging of HER-2 specific affibody
conjugated two-photon fluorescent probe
for detection of breast cancer. J. Choi,
C. Lim, D. Kang, B. Cho*1597. Design and synthesis of a Gd(III) contrast agent that targets folate receptors.
M. Gil, C.L. Molina, C.G. Gutierrez*
1598. Development of luminescent imaging
probes for visualizing peroxynitrite.
M. Go
1599. Janelia fluor dyes: Azetidinyl rhodamines as tunable bright fluorophores
and caged dyes for live-cell and singlemolecule microscopy. J.B. Grimm,
A.K. Muthusamy, B.P. English, Z. Liu,
W.R. Legant, J. Chen, J.P. Slaughter,
R.H. Singer, T. Lionnet, L.D. Lavis*
1600. Two-photon dual-color imaging of mitochondria and lysosomes in live tissues.
S. Hong, C. Lim, S. Ryu, D. Kang,
B. Cho*1601. Syntheses and characterisation of new
fluorescent boron difluoride complexes.
A.C. Try*, M. Howden
1602. Detection of hydrogen sulfide by using
two-photon excitable fluorescent probe.
S. singha, y. Jun, K. Ahn*
1603. Water soluble verdazyls as probes forbiological systems. D.J. Brook, T. Le,
D. Matteo, H. Grewal, V. Changcoco,V. Truong1604. Development of activity-based probes
for imaging human ␣-L-fucosidases incells. L. Lo*, Y. Hsu, M. Nandakumar,
C. Lin1605. Synthesis of Gd-MRI contrast agents
bearing TTTA ligands and their structureMRI properties relationship. Y. Makita*,
S. Fujiwara, A. Ogawa
1606. Long wavelength fluorescent probe fora highly sensitive quick detection of
ascorbic acid. Y. Matsuoka*, K. Ohkubo,
T. Yamasaki, S. Fukuzumi, K. Yamada
1607. Mitochondrial selective efficient twophoton induced fluorescent probes possessing alkyl pyridinium group.
H. Moritomo, A. Fujii, T. Shiraishi,
K. Satomi, H. Sugihara, Y. Suzuki,
J. Kawamata*1608. Fluorogenic, hypoxia-activated prodrug strategy for targeted compound delivery and imaging. L.J. O’Connor,
E.M. Hammond, S.J. Conway
1609. General labeling method of cell surface via azaelectrocyclization. A. Ogura,
K. Tanaka*
1610. Synthesis and properties of photoresponsive molecule localizing to organelles of living cell. M. Ozaki*
1611. Ratiometric detection and imaging ofbiothiols with BODIPY-based fluorescentprobes. D. Ma, H. Ryu, K. Ahn*

1612. Two-photon fluorescent probes for
detection of nucleus and mitochondria inhuman colon tissues. C. Lim, S. Ryu,
D. Kang, B. Cho*1613. Development of molecular probes for
19F NMR/fluorescence bimodal detectionof DNAs in living cells. T. Sakamoto*,
D. Hasegawa, K. Fujimoto*
1614. Induction, detection, and mechanistic
study of cell death induced by luminescent tris-cyclometalated iridium(III) complex-peptide hybrids. N. Suzuki,
Y. Hisamatsu, A. Shibuya, H. Tanaka,
A. Masum, S. Aoki
1615. Novel lysine-linked anthracenophanes
used as cellular imaging agents to discriminate cancer cells from normal cells.
K. Takimoto*, Y. Kitayama, T. Takeuchi
1616. Novel azofluorescein for selective detection of zinc ion. P. Thongyoo*,
N. Choengchan, K. Chantalakhana
1617. In-silico rule-based models for designof fluorophores. Y.J. Tseng, B. Su*,
Y. Tu, O. Lin, Y. Harn, M. Shen
1618. Naphthalimide-based fluorescentprobe for highly selective and sensitive
detection of cadmium ions.
K. Tsukamoto*, S. Shimabukuro,
H. Maeda
1619. Investigations of 2,7-diaminonaphthyridine conjugates for monitoring the hairpin probe PCR. R.K. Verma, F. Takei,
K. NAKATANI*
1620. Probing the activation of T-cells by analogs of (E)-4-hydroxy-3-methyl-but-2enyl diphosphate and their prodrugs.
R.R. Shippy, D.P. Stockdale,
A.M. Kilcollins, J. Li, C.C. Hsiao,
R.J. Barney, A.J. Wiemer, D.F. Wiemer*
1621. Labeling oligonucleotides and carbohydrates with BODIPY fluorophores.
T. Yan*, R. Yalagala, L. Yang, K. Tram
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
New Organosulfur Chemistry (#436)

Organized by: E. Block, E. Juaristi,
A. Schwan, X. Jiang, C. Lee
Presiding: E.L. Clennan, C. Lee
19:00 – 1622. Sulfur atom tTransfer (SAT) reaction. X. Jiang
19:25 – 1623. Fluorinated hypervalent sulfur
compounds. J.T. Welch*, P.R. Savoie,
L. Zhong, C.N. von Hahmann
19:50 – 1624. Computational studies of sulfur incorporation into poly(hexahydrotriazine) (PHT) rings. G.O. Jones
20:10 – 1625. Recent advances in the studyof the anomeric effect with second-row
elements sulfur and phosphorus.
E. Juaristi*, R. Notario*
20:35 – 1626. Recent developments in thesulfination of (hetero)aromatic rings: Direct access to sulfones and sulfonamidesof medicinal chemistry relevance.
V. Mascitti** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
Friday Morning
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Designed pi-Electronic Systems: Synthesis,
Properties, Theory and Function (#25)

Organized by: T. Kubo, Y. Tobe,
M. Haley, G. Bodwell, K. Wong
Presiding: Y. Tobe
8:00 – 1627. Mathematical control in the
self-assembly of giant MnL2n polyhedra.
M. Fujita*
8:40 – 1628. Bottom-up organic synthesis ofcarbon nanotubes. R. Jasti*
9:05 – 1629. Adding multiple electrons to␲-bowls: Structural outcomes.
M.A. Petrukhina*
9:30 – 1630. Multi-interactive azaphenalenes. Y. Yakiyama, J. Koo, G. Lee,
M. Kawano*
9:45 – 1631. Extended yet disjointed ␲-conjugation: Shape-dependent electronic
properties of strings, branches, and macrocycles. D. Lee*, K. Seyong, M. Lee,
S. Kim
10:00 – 1632. Controlling the spacings separating adjacent aromatic linkers in ladderphanes. T. Luh
10:40 – 1633. (2,11)Teropyrenophanes asspringboards to nanographenophanes.
G.J. Bodwell*, K. Unikela,
P. Ghods Ghasemabadi
11:05 – 1634. Novel fluorenyl-based hydrocarbon radicals. T. Kubo*
11:30 – 1635. Optically active conjugatedcompounds based on planar chiral[2.2]paracyclophane. Y. Morisaki*
11:45 – 1636. Probing electron transfer in
the NapBox4⫹ family. K.R. Hermann,
R. Young, J. Stoddart*

8:00 – 1646. Characterization of monoclonal
antibodies against the toxic turn of amyloid ␤42 and their application to diagnosis for Alzheimer’s disease.
K. Murakami*, M. Hanaki, M.L. Moro,
G. Giaccone, F. Tagliavini, K. Akagi,
R. Ishii, T. Tokuda, M. Maeda, N. Izuo,
T. Shimizu, K. Irie
8:30 – 1647. Biosynthesis of Aminoglycosideantibiotics. T. Eguchi*
9:00 – 1648. Elucidation of pyranonigrin biosynthetic pathway reveals mechanism of
fused ␥-pyrone, exo-methylene and spiral
cyclobutane formation. K. Watanabe*
9:40 – 1649. Developing next generation antibiotics and discovery tools. B. Moore*
10:20 – 1650. Incorporating biosynthetic
starting materials with rational drug design to optimize natural product drug
leads for the control of cancer.
M.T. Hamann
10:50 – 1651. Fairy chemicals – a candidate
for a new family of plant hormones andfor a new agrochemical. H. Kawagishi
11:20 – 1652. Pateamine analog developments for inhibition of translation initiation. P. Teesdale-Spittle, H. Cumming,
J.E. Harvey
11:30 – 1653. Phytochemical investigation ofnorthern Quebec lichens. C. Carpentier*,
N. Voyer, E. Ferreira-Queiroz,
J. Wolfender, M. Cuendet
11:40 – 1654. Novel bioactive natural products from medicinally important plants.
A. Ata*11:50 – 1655. Total synthesis and structureactivity relationship of geranyl resorcylates derived from Hericium erinaceum,an edible mushroom with an antidementia effect. S. Kobayashi*, K. Nagai
Hilton Hawaiian Village
Tapa Tower, Iolani Suite 1 & 2

Hilton Hawaiian Village
Kalia Tower, Lehua Suite

Molecular Containers (#99)

Chemistry of Nanocarbons: Fullerenes,
Carbon Nanotubes, Nanographenes andRelated Materials (#41)

Organized by: S. Mitsuhiko, L. Isaacs,
H. Yang
Presiding: R. Hooley, M. Yoshizawa

Organized by: T. Akasaka, F. Wudl,
L. Echegoyen, X. Lu, C. Wang
Presiding: A.L. Balch, T. Torres
8:00 – 1637. Searching for fullerene electron
conductors for perovskite solar cells.
S. Xie*, S. Dai, L. Deng, C. Tian,
M. Zhang, R. Huang, L. Zheng
8:40 – 1638. Modification of work function ofgraphene by functionalization. F. Langa,
M. Barrejon*, M. Gomez-Escalonilla,
A.M. Rodriguez, J.R. Carrillo, M. Prieto
9:10 – 1639. Nanocarbons for optoelectronic
applications. D.M. Guldi
9:40 – 1640. Syntheses of ␲-conjugatedtubes and cages and their properties.
S. Yamago
10:00 – 1641. Functionalization of exfoliatedgraphene with electron donors.
N. Tagmatarchis*
10:20 – 1642. Synthesis, isolation, and crystallographic characterization of oxide
clusterfullerenes Sc2O@C2n (n⫽38-41).
N. Chen*, L. Feng*, T. Yang, Y. Hao,
Q. Tang
10:35 – 1643. Cluster vs. exohedral addend
controlled Prato additions to endohedraml metallofullerenes. S. Osuna,
M. Garcia Borràs, M.R. Cerón,
Y. Yamakoshi, L. Echegoyen
10:50 – 1644. Fullerene supramolecular assemblies. A.L. Balch*, A. Aghabali,
M.M. Olmstead
11:20 – 1645. Uranium-based endohedral
fullerenes. L. Echegoyen*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3

8:00 – 1656. Molecular containers based onfunctionalized calixpyrroles. J.L. Sessler*
8:30 – 1657. Guest sequestration, packing,and folding within water-soluble nanocapsules. B. Gibb
9:00 – 1658. Nanostructures prepared fromself-assembly of pillararene-based amphiphiles and supra-amphiphiles.
F. Huang*, G. Yu, Y. Yao
9:25 – 1659. Gated molecular recognition
and reactivity. J. Badjic
9:50 – 1660. Reversible structural transformations of nanocavities in crystalline
peptide Ni(II)-macrocycles and their effects on adsorption behaviors.
R. Miyake*, C. Kuwata, Y. Masumoto,
M. Shionoya
10:10 coffee break
10:20 – 1661. Application of cucurbit[n]urils
to the separation and sensing of proteins
and the control of enzymatic catalysis.
W. Li, L. Smith, O. Ali, L.A. Logsdon,
A. Urbach*
10:40 – 1662. Synthesis and applications ofmechanically chiral rotaxanes. S. Goldup
11:00 – 1663. Dual host approaches to salt
and amino acid transport. P. Gale
11:30 – 1664. Biomedical applications ofacyclic cucurbit[n]uril type receptors.
L. Isaacs*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
Organoboron Chemistry: Applications in
Organic Synthesis, Biology, and Materials(#100)Natural Product-based Drug Discovery(#66)

Organized by: D. Hall, B. Wang,
P. Duggan, M. Suginome
Presiding: P. Duggan

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Presiding: T. Eguchi, B. Moore

8:00 – 1665. Novel molecular transformations based on catalytic activation of boron-containing ␴-bonds by transition
metals or 4,4’-bipyridines. T. Ohmura*

8:30 – 1666. Application of lithiation-borylation methodology to the synthesis of natural products. C. Brown*, V.K. Aggarwal
8:50 – 1667. Enantioselective allylboration of
ketones using allylbornic acids. R. Alam*,
T. Vollgraff, K.J. Szabo
9:10 – 1668. Boronic acids as catalytic activators of (hetero)benzylic and allylic alcohols: More than simple Lewis acids.
A. McCubbin*
9:30 – 1669. Diels-Alder reactions of unsaturated boronic esters: Rational design, development, and mechanistic studies using experimental and computational
methodologies. N. Grimblat,
M.M. Vallejos, S.C. Pellegrinet*
9:50 Break
10:00 – 1670. Development of a rapid assay
for measuring gut permeability by recognition of biomarkers via a fluorescentprobe based on boronic acids.
A. Resendez, B. Singaram*, D. Webb
10:20 – 1671. Facile amidination reaction of
2-aminophenylboronic acid for development of carbohydrate receptors.
B.B. Pappin, T. Garget, P.C. Healy,
M. Kiefel, T.A. Houston*
10:40 – 1672. Boronate-based pyrophosphate-specific molecular recognitions.
D. Iizuka, M. Sanjoh, T. Goda,
A. Matsumoto, Y. Miyahara
11:00 – 1673. Boron-containing compounds
in drug discovery and chemical biology.
J. Zhang, F. Yang, H. Zhou*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Presiding: J. Antilla, L. Deng,
Y. Iwabuchi, T. Ooi
8:00 – 1674. Asymmetric trienamine catalysis. Y. Chen*
8:30 – 1675. Anion-recognition/ion-pairing
approaches to asymmetric catalysis.
D. Seidel*
9:00 – 1676. Design and applications of organic ion-pair catalysts. T. Ooi*
9:30 – 1677. Activation of nucleophiles forasymmetric reactions with organic molecules. L. Deng*
10:00 – 1678. Asymmetric organocatalysis
combined with metal catalysis: From
concept to a general strategy. L. Gong*
10:30 – 1679. New develpments in asymmetric catalysis: Phosphoro-boronate
mediated reactions. J. Antilla*
11:00 – 1680. Selective functionalization ofaromatics and heteroaromatics using organocatalytic systems. Y. Kondo*
11:30 – 1681. Catalytic asymmetric oxidation using organocatalysts.
H. Yamamoto*
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Organic Reactions in Aqueous Media (#131)

Organized by: S. Kobayashi, B. Lipshutz,
C. CaiPresiding: C. Cai, S. Kobayashi
8:00 Break
8:30 Opening Remarks
8:35 – 1682. Organic reactions in water different from organic reactions in organic
solvents. S. Kobayashi
9:00 – 1683. Barbier-Grignard reaction of aldehydes with aromatic halides in water.
C. Li*, F. Zhou
9:30 – 1684. Palladium-catalyzed conjugate
addition of arylboronic acids to ␤,␤-disubstituted enones on water: Improving
reactivity to enable the synthesis of diaryl-substituted, quaternary stereogenic
centers. L.M. Stanley
9:50 – 1685. Lanthanide-promoted aqueous
monoacylation of diols by acyl phosphatemonoesters on the way to unnaturallyaminoacylated tRNA. R. Kluger*, Y. Li
10:10 Break

10:25 – 1686. Molecular architecture-based
administration of catalysis in water via
self-assembly of an amphiphilic palladium pincer complex. Y. Uozumi
10:55 – 1687. Expansion of bioorthogonal
space: Development of biocompatible reactions with new functionalities. J. Kim,
C.R. Bertozzi*
11:15 – 1688. Micelle catalytic performanceof newly designed surfactants based on
Guerbet alcohols. W. Dong*, J. Li
Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Applications of C-H Functionalization (#169)

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
8:00 – 1689. Tunable, catalyst-controlled
chemo- and site-selective nitrene transfer
reactions. J.M. Schomaker*
8:30 – 1690. Phosphine-cross-linked polystyrenes as platforms for producing C–Hfunctionalization catalysts.
M. Sawamura*
9:00 – 1691. Understanding of aerobic oxidation ␣-triazoylacetophenone by copper(II) acetate. H. Cha*, D. Chi
9:20 – 1692. Selective functionalization of
C-H bonds with main group reagents.
J.F. Hartwig*
9:50 – 1693. Manganese-catalyzed C-C
bond formation from inert C⫺H bonds.
C. Wang
10:10 – 1694. Ligand development in Rh(III)catalysis for C-H activation. T. Rovis*
10:40 – 1695. Cross-dehydrogenative-coupling: From chemical synthesis to energy
applications. C. Li*
11:10 – 1696. Novel Cu-catalyzed oxidativeC(sp3)–H bond functionalization–ring expansion tandem reactions.
O. Garcia Mancheno*
11:30 – 1697. C-H bond functionalization
based on metal carbene migratory insertion. J. Wang
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: C. Forsyth, S.E. Reisman
8:00 Introduction
8:05 – 1698. Concise synthesis of diterpenes
via gold catalyzed processes: From complexity to simplicity. L. Barriault*,
G. Bellavance, P. Mcgee, A. Canillo
8:35 – 1699. Function- and diversity-driven
total synthesis of natural products.
M. Dai*
9:05 – 1700. Nitrimines as reagents for complex molecule construction.
A.E. Mattson
9:35 break
9:40 – 1701. Cascade approach to the total
synthesis of virosaine. J. Gleason,
J. Hughes
10:00 – 1702. Diversity-oriented synthesis ofStreptomyces antibiotic natural products.
J.H. George
10:15 – 1703. Bioinspired platform for thesynthesis of lignan natural products.
J. Lumb*, A. Albertson* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–155

04 – ORGN
10:35 – 1704. General route to antifeedantsesterterpenoids: Enantioselective synthesis of leucosceptroid natural products.
T. Magauer*, C.L. Hugelshofer
10:55 break
11:00 – 1705. Catalytic methods for simplifying synthesis. D.J. Dixon*
11:30 – 1706. Catalytic approach to the synthesis of novel natural products. C. Lee
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Molecular Probes and Fluorophores for
Biological Imaging (#280)

Organized by: C. Fahrni, C. Cairo, C. Yip,
Y. Hori
Presiding: C.M. Yip
8:00 Opening Remarks
8:05 – 1707. Cyanine fluorophores: From
two-photon imaging to inhibition of amyloid peptide aggregation. M. Wong*,
L. Guo, D. Xu, S. Ho, H. Li
8:25 – 1708. Fluorescent labeling strategies
for phospholipids and cellular glycans.
C. Cairo
8:55 – 1709. From chemoselective fluorescence imaging of ROS to controlled delivery of cytotoxic agents enabled by activatable probes. G. Cosa*
9:25 – 1710. Red fluorescent proteinaceous
probes for visualization of neuronal activity. R.E. Campbell
9:55 Session Break
10:10 – 1711. Molecular probes for continuous monitoring of ATP/ADP ratio.
V. Pierre
10:40 – 1712. Tailored zwitterionic near-infrared fluorescent contrast agents for invivo imaging. M. Henary*, E. Owens,
H. Choi
11:10 – 1713. Development of far-red tonear-Infrared fluorophores and their application to fluorescence probes to detect
hypoxia in vivo. K. Hanaoka*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2Organic Solid-State Chemistry: Structure,
Property & Reactivity (#398)

Organized by: M. Sakamoto,
L. MacGillivray, J. Vittal
Presiding: N. TOHNAI, J.J. VITTAL
8:00 – 1714. Nonporous but yet gas-sorbing
molecular crystals. H. Tsue*,
H. Takahashi, R. Tamura
8:20 – 1715. Nanoporous materials for confined polymerization and molecular rotor
dynamics. P. Sozzani*, S. Bracco,
M. Forani, D. Piga, A. Comotti
8:40 – 1716. Crystal crosslinking method:
The third kind of crystalline polymerization. K. Kokado*, T. Ishiwata,
Y. Furukawa, K. Sada*
9:00 – 1717. Single-crystal-to-single-crystal
transformation of metallosupramoleculeswith cyclic and acyclic thioethers. S. Lee*
9:30 – 1718. Insight into the formation of covalent organic frameworks. W. Dichtel
10:00 break
10:10 – 1719. Molecular materials exhibiting
zero-dimensional pores. K.T. Holman*
10:40 – 1720. Formation, transformation oforganic crystals, and the characterization.
R. Kuroda*
11:10 – 1721. Solid-state properties of CBPQT4⫹, CBPQT2(●⫹), CBPQT0, and catenanes containing these different redox
states of CBPQT4⫹. Z. Liu, M. Frasconi,
I. Fernando, J.F. Stoddart
11:40 – 1722. Crystal engineering: Solidstate reactivity via principles of supramolecular chemistry. L.R. MacGillivray
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4

TECHNICAL PROGRAM
8:00 – 1723. Transition-metal-catalyzed C-Sbond cross-coupling reaction. C. Lee
8:30 – 1724. Design and synthesis of chiraloxathiozinone scaffolds: Efficient synthesis of hindered enantiopure sulfinamides
and their applications to chiral amine synthesis. C. Senanayake
9:00 – 1725. Smelling sulfur. E. Block*,
H. Zhang
9:25 – 1726. Role of metals in the olfactory
detection of sulfur compounds.
H. Zhuang*, E. Block
9:50 – 1727. Sulfur mediated allylic C-H alkylation reaction. P. Li*
10:10 Break
10:20 – 1728. Synthesis of 3,3’-diaryl-1,1’binaphthalene-2,2’-disulfonic acids anddesign of chiral 3,3’-Ar2-BINSA salt catalysts. K. Ishihara*, M. Hatano,
K. Nishikawa
10:40 – 1729. Palladium-catalyzed C-S bondactivation of alpha-oxo ketene dithioacetals for C-C couplings: Construction ofcarbo- and heterocyclic compounds.
M. Wang, J. Chang, Y. Yang, P. Chen
11:05 – 1730. Journey from discovery of new
extended Pummerer chemistry to catalytic C-S bond cleavage. H. Yorimitsu*
11:30 – 1731. Asymmetric sulfa-Michael reaction: Catalysis by an iron(III) complex.
S. Shaw*, J. White
11:55 Closing Remarks by Eric Block

Friday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Designed pi-Electronic Systems: Synthesis,
Properties, Theory and Function (#25)

Organized by: T. Kubo, Y. Tobe,
M. Haley, G. Bodwell, K. Wong
Presiding: G.J. Bodwell
13:00 – 1732. From azapentacenes to azaheptacenes - synthesis, properties, andapplications. U. Bunz*, J. Engelhart,
P. Biegger , F. Paulus
13:40 – 1733. Synthesis and properties ofimide derivatives with polycyclic conjugated systems involving five-memberedring systems. T. Kawase
14:05 – 1734. Zethrene, its substituted and␲-extended derivatives: Synthesis, structural analysis, and properties. Y. Wu
14:30 – 1735. Benzobisoxazole cruciforms:
New tunable cross-conjugated materials
for organic electronics. M. Jeffries-EL,
R. Chavez, A. Burney-Allen, B. Tlach,
A.L. Tomlinson
14:45 – 1736. Synthesis and complexation
with C60 of electron-donating thiacalix[n]dithiophene. M. Hasegawa*, R. Inoue,
Y. Honda, Y. Mazaki
15:00 – 1737. Functionalized acenes in organic electronics. J. Anthony
15:40 – 1738. Boron cations and poly-dentate divalent group 14 ligands. C. Chiu
16:05 – 1739. From nonplanar polycyclic
arenes to carbon-rich materials.
Q. Miao*, K. Cheung, L. Shan, X. Gu
16:30 – 1740. Protoisomerization of Nindigo:
Mechanistic and spectroscopic studies of
the acid/base chemistry.
E.C. Nicholls-Allison, G. Nawn, R. Hicks,
B. Patrick
16:45 – 1741. Fluorescence enhancement ofcovalently linked fluorescent chromophores with naphthalene-1,8-diyl
linker units: Analysis based on kinetic
constants. T. Hirose, Y. Tsunoi,
Y. Fujimori, K. Matsuda*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Anion Receptors (#31)

Organized by: B. Hay, F. Pfeffer, B. Wu,
C. Jia, R. Custelcean
Presiding: M. Albrecht, B. Hay

New Organosulfur Chemistry (#436)

Organized by: E. Block, E. Juaristi,
A. Schwan, X. Jiang, C. Lee
Presiding: X. Jiang, W. Weigand

156 –TECH

13:00 Opening Remarks
13:05 – 1742. Anion recognition with shapepersistent macrocycles. A. Flood*

13:35 – 1743. Anion receptors based on triazole-containing cyclic pseudopeptides.
S. Kubik*, D. Mungalpara
14:05 – 1744. Steroid-inspired transmembrane anion carriers. A. Davis*
14:35 – 1745. Arylacetylenes as modular
scaffolds for anion recognition: Watersoluble hosts and insights into aryl
CH●●●X– hydrogen bonds. B.W. Tresca,
R.J. Hansen, M.M. Haley, D.W. Johnson
15:05 Break
15:20 – 1746. Molecular recognition of anionic cell surfaces using Zn-DPA complexes. B. Smith*
15:50 – 1747. Anion recognition by silanolbased receptors. S. Kondo
16:20 – 1748. Extending the reach ofpolynorbornane based hosts for anions .
F.M. Pfeffer*, R. Robson, J.R. Engstrom,
L. O’Dell
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Natural Product-based Drug Discovery(#66)

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Presiding: S. Band Horwitz, M. Uesugi
13:00 – 1749. Natural products: An opportunity for discovery in chemistry and biology. J.K. De Brabander*, W. Li
13:40 – 1750. Small molecule tools for cellbiology and cell therapy. M. Uesugi
14:20 – 1751. Taxol®, tubulin and tumors.
S. Band Horwitz*
15:00 – 1752. Endogenous nitrated nucleotide is an autophagy inducer.
H. Arimoto*
15:20 – 1753. Synthesis of acylquinic acids
and their functional studies toward drug
discovery. K. Yoshida*, K. Oyama,
T. Yamada, T. Kondo
15:40 – 1754. Marine hydroquinone zonarol
prevents inflammation and apoptosis in
dextran sulfate sodium-induced mice ulcerative colitis. T. Koyama*, S. Yamada,T. Sato16:00 – 1755. Natural product derivatives
with potent and selective activity vs. fluoroquinolone-resistant pathogens.
P.J. Hergenrother16:10 – 1756. Aculeatin and toddaculin from
Toddalia asiatica (L.) Lam. suppress lipopolysaccharide induced inflammation of
RAW264 macrophages through different
modes of action. M. Kumagai,
A. Watanabe, T. Mishima, I. Yoshida,
K. Koizumi, M. Ide, K. Fujita, M. Watai,
K. Nishikawa, Y. Morimoto
16:20 – 1757. Alkaloidal content of Rauvolfia
nukuhivensis: New inhibitory hERG channel compounds. P. Raharivelomanana*,
N. Martin, S. Fernandez-Ferreiro,
F. Barbault, M. Nicolas, G. Lecellier,
C. Paetz, M. Gaysinski, E. Alonso,
O. Thomas, L. Botana
16:30 – 1758. Synthetic and biomechanistic
investigations of agelastatin A.
M. Jouanneau, B. McClary, J.O. Liu,
D. Romo*
16:40 – 1759. Isolation of tomuruline, a novel
thiazole containing polyketide with selective cytotoxicity under glucose-restrictedconditions. O. Ohno*, K. Same, C. Kudo,
S. Sumimoto, T. Teruya, E. Tashiro,
S. Simizu, M. Imoto, K. Suenaga
16:50 – 1760. Duocarmycins to nitroCBIs:
From toxic DNA alkylators to hypoxia-selective antitumour agents. M. Tercel*,
F.B. Pruijn*, R.J. Stevenson,
S.P. McManaway, H.S. Liyanage,
H.H. Lee, A. Ashoorzadeh, P. O’Connor,
S.Y. Mehta
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
Organoboron Chemistry: Applications in
Organic Synthesis, Biology, and Materials(#100)

Organized by: D. Hall, B. Wang,
P. Duggan, M. Suginome

13:00 – 1761. Allylboronic acids in organic
synthesis. K.J. Szabo*
13:30 – 1762. Pd-catalyzed sequential arylation of methyl sulfone derivatives towardstraightforward synthesis of di- and triarylmethanes. M. Nambo*, E.C. Keske,
J.P. Rygus, C. Crudden
13:50 – 1763. Enantioselective borylative
dearomatization of indoles by copper(I)catalysis. K. Kubota*, K. Hayama,
H. Iwamoto, H. Ito*
14:10 – 1764. 1,1-Carboboration route tophospholes - mechanistic insight and applications. J. Mobus*, G. Erker
14:30 – 1765. Combination of boron and C1
chemistries at transition metal centers.
A.F. Hill*, J.S. Ward, R. Shang,
C.D. Stewart
14:50 Break
15:00 – 1766. ␣-Boryl aldoximes: Novel reagents for the synthesis of drug-like small
molecules. S.K. Liew, A.K. Yudin*
15:20 – 1767. Novel routes to boron allylation reagents derived from propargyl esters. R. Melen*
15:40 – 1768. Facile preparation of aryne–
nickel complexes from ortho-borylaryl triflates and their synthetic applications.
Y. Sumida, T. Sumida, T. Hosoya
16:00 – 1769. Stereoselective preparation of
2,3,3-triarylacrylic acid esters using Suzuki-Miyaura coupling reactions.
S. Cardinal, N. Voyer*
16:20 – 1770. Cross-coupling and addition
reactions of trifluoromethyltriolborate salt.
Y. Yamamoto*
Hilton Hawaiian Village
Mid-Pacific Center, Coral 4
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Presiding: Y. Hayashi, Y. Kita, L. Kurti,
M. Terada
13:00 – 1771. Toward new activation modes
via carbene organocatalysis. Y. Chi*
13:30 – 1772. Pushing the limits of aminocatalysis: Enantioselective transformationsof ␣-branched ketones. S. Luo*
14:00 – 1773. Metal-free oxidative biaryl
coupling reactions by hypervalent iodine
reagent. Y. Kita
14:30 – 1774. Amidine-based catalysts andtheir applications in enantioselective acyltransfer. V. Birman*
15:00 – 1775. Enantioselective transformation of cationic intermediates mediatedby chiral phosphoric acid catalyst.
M. Terada*
15:30 – 1776. Atroposelective synthesis offunctionalized biaryls. L. Kurti*
16:00 – 1777. Pot-economy and organocatalysis in total synthesis. Y. Hayashi*
16:30 – 1778. Anion-binding catalysis.
E.N. Jacobsen*
Hilton Hawaiian Village
Kalia Tower, Hibiscus 2
Organic Reactions in Aqueous Media (#131)

Organized by: S. Kobayashi, B. Lipshutz,
C. CaiPresiding: S. Kobayashi, B.H. Lipshutz* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
13:00 – 1779. Chemistry in water using micelles: Applications in the pharmaceuticalindustry. W.M. Braje*
13:30 – 1780. Copper-catalyzed borylationand silylation reactions in water.
W.L. Santos
14:00 – 1781. Sustainable gold catalysis inwater. N. Krause*
14:20 – 1782. Multicompount and palladiumcatalyzed coupling reactions in aqueous
media. C. Cai
14:50 Break
15:05 – 1783. Ruthenium catalyzed C-Hbond functionalization in water.
P.H. Dixneuf*, F. Pozgan, P.B. Arockiam,
B. Li, K.S. Devaraj, K.S. Singh
15:35 – 1784. Organic reactions with strong
acids: Role of water as acid switch from
Lewis acid to Brønsted acid, solvent andreagent. P. Prakash, T. Mathew*,
P.A. Olah
15:55 – 1785. Reactivity of pyrite and dazomet, a hydraulic fracturing additive .
N. Consolazio, G. Lowry, A. Karamalidis
16:15 – 1786. Transitioning organic synthesis from organic solvents to water.
B.H. Lipshutz*
16:45 Closing Remarks
Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Applications of C-H Functionalization (#169)

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
13:00 – 1787. Transition metal-mediated direct couplings on heteroarenes.
M. Miura*
13:30 – 1788. Advances, challenges, andopportunities for direct C-H bond functionalization in materials chemistry.
S.R. Marder, J. Zhang, A. Rojas,
T. Parker, S.B. Blakey, Q. Shi, C.N. Scott
14:00 – 1789. Direct arylation polymerization
synthesis of a series of new silole-benzazole copolymers. C.N. Scott*, M. Bisen
14:20 – 1790. Direct transformation of unreactive C-H bonds. Z. Shi*
14:50 – 1791. Hydrogen bond-controlled
meta-selective C-H borylation of aromaticcompounds. Y. Kuninobu*, H. Ida,
M. Nishi, M. Kanai*
15:10 – 1792. Asymmetric C-H bond functionalizations: A quest for efficient ligand
systems. N. Cramer*
15:40 – 1793. Stereoselective C-H aminations. H. Lebel*, J. Bartholoméüs,
M. Khalifa
16:10 – 1794. Development of transitionmetal-catalyzed imidation for adding handles to functional molecules.
K. Murakami, T. Kawakami, K. Itami*
16:30 – 1795. Ligand-accelerated C-H activation reactions: Near and far. J. Yu*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: C. Lee, L. Xiao
13:00 Introduction
13:05 – 1796. New alkaloid synthesis by ring
opening of functionalized cyclopropanols. J.K. Cha
13:35 – 1797. Adventures in unnatural andnatural product synthesis. M. Sherburn*
14:05 – 1798. Towards the synthesis of thebrasilinolides using 1,5-anti selective aldol reactions. M. Housden, C. Cordier,
P. Burton, F. Muehlthau, I. Paterson
14:25 – 1799. Synthetic studies on catechinclass polyphenols: Monomers and oligomers. K. Suzuki, K. Ohmori
14:50 break
14:55 – 1800. Synthetic studies on tetrodotoxin. T. Fukuyama*, T. Maehara,
K. Motoyama, T. Toma, S. Yokoshima
15:25 – 1801. 1,2-Rearrangement reaction
and its application to natural product synthesis. Y. TU*

15:55 – 1802. Strategies for construction of
the bis(indole) alkaloid isatisine A and unnatural analogs via a dual catalysis process. F. West*
16:25 – 1803. Asymmetric methods for thesynthesis of pyran-based natural products. T.E. Smith*
16:45 – 1804. Towards the synthesis of themacrolide glycoside biselyngbyaside.
L. Kaemmler, M.E. Maier*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2
Chemical Glycosylation: Methods andMechanisms (#306)

Organized by: T. Lowary, X. Huang,
S. Hung, K. Tanaka
Presiding: T. Lowary
13:00 – 1805. N-Glycosides with uses fromprotecting-group-free glycosidations tosite-specific protein modifications.
M. Nitz
13:30 – 1806. New methods and strategies
for the glycan synthesis. X. Li*
14:00 – 1807. One-pot glycan conjugation toprotein via azaelectrocyclization: Dynamics analysis of neoglycoproteins in live
animal. A. Ogura, K. Tanaka*
14:15 – 1808. Partially unprotected N-acetyl
sialyl donors undergoing ␣-sialylation
without the nitrile effect. T. Aoyagi,
S. Ohira, S. Fuse, H. Tanaka*
14:30 – 1809. Stereodirecting participationfrom near and far. D. Crich*, P. Wen,
S. Dharuman
15:00 Break
15:10 – 1810. Glycosylation using 3,6-O-(oxylylene)-bridged glucosyl donor.
H. Yamada*, Y. Okada, N. Asakura,
M. Bando, Y. Ashikaga, A. Motoyama,
A. Fukumoto, T. Arai
15:40 – 1811. What is the origin of high stereoselectivity in the DTBS-directed␣-galactosylation?. A. Imamura*,
H. Ando, H. Ishida, M. Kiso*
15:55 – 1812. TMSOTf-catalyzed per-Otrimethylsilylation reaction for concise
synthesis of glycoconjugates. C. Wang
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
New Horizon of Process Chemistry by
Scalable Reactions and Technologies(#426)

Organized by: K. Tomioka, R. Williams,
R. Hwu, H. Sajiki, T. Shioiri, N. Yasuda
Presiding: K. Tomioka
13:00 – 1813. Short step asymmetric synthesis of complex molecules. K. Tomioka*
13:20 – 1814. Catalytic ruthenium carbenes:
New modes of cyclization. J.A. Varela*,
F. Cambeiro, D. Padı́n, C. Saá*
13:40 – 1815. Efficient synthesis of pyrimidine derivative, CH5132799: Control ofresidual palladium and overall processoptimization. Y. Hosoya, A. Kawase,
K. Maeda, T. Ichige, M. Murakata
13:55 – 1816. Dinuclear iron complex-catalyzed transesterification: Synthesis oftert-butyl esters and unprecedented chemoselectivity. T. Ohshima*, R. Horikawa,
C. Fujimoto, R. Yazaki
14:15 – 1817. Development of the novel kokimi peptide. Y. Tahara*, T. Ohsu,
Y. Amino, H. Nagasaki, T. Yamanaka,
S. Takeshita, T. Hatanaka, Y. Maruyama,
M. Kaneko, M. Nakazawa, S. Suzuki,
N. Miyamura, Y. Eto
14:30 – 1818. Development of scalable synthesis and quality control strategy for ER403812-09. A. Kayano*, T. NAKAMURA,
M. Matsuda, M. ISOMURA,
K. YOSHIZAWA, M. OMORI,
S. IWASHITA, T. KODERA, T. SASAKI,
H. KUMOBAYASHI, Y. OKADA,
K. TAGAMI, G. Moniz, J. Del Vecchio,
F. Fang
14:50 Break
15:00 – 1819. Design and analysis of a continuous gas-phase process for the production of hexafluoropropene oxide.
D. Lokhat*, M. Starzak, D. Ramjugernath

15:15 – 1820. A challenging synthesis of thehighly functionalized echinocandin
ASP9726, a successor of micafungin:
How can we achieve the large-scale synthesis?. S. Yoshida*
15:35 – 1821. Vortex fluidic device – thin film
processing technology gets a new spin.
J. Britton, C. Raston
15:50 – 1822. Process development of GS9669. S. Fujimori
16:10 – 1823. New horizon of lipase-catalyzed dynamic kinetic resolution of alcohols for producing optically active compounds. S. Akai*
16:30 – 1824. Enabling sustainable organic
synthesis via electrochemistry.
D.G. Blackmond*, A. OBrien, B. Rosen,
O. Luca, P.S. Baran
Hilton Hawaiian Village
Kalia Tower, Kahili 1 & 2Synthetic Modulators of Protein-Protein
Interactions (#461)

Organized by: P. Arora, D. Fairlie,
A. Kennan, K. Kumar, S. Sidhu, ,Presiding: K. Kumar
13:00 Opening Remarks
13:05 – 1825. Approaches to modulating
protein-protein interactions. D.P. Fairlie*
13:30 – 1826. New computational tools totarget protein-protein interaction interfaces. Y. Zhang*
13:50 – 1827. Allosteric modulators of thePD1–PDL1 interaction: Small moleculeagonists and antagonists from a unified
structural dynamics approach. J.E. Wulff,
R. Hanley
14:10 Break
14:20 – 1828. Structure-based developmentof potent small molecule inhibitors of themenin-MLL interaction for cancer therapies. J. Grembecka*, D. Borkin, H. Miao,
J. Pollock, T. Purohit, T. Cierpicki
14:45 – 1829. Small molecules that induce
influenza nucleoprotein oligomerizationand inhibit virus replication in vitro and invivo. S.W. Gerritz, C. Cianci, S. Kim,
B.C. Pearce
15:10 – 1830. Structure based design of allosteric inhibitors of hypoxia inducible
factor. U.K. Tambar
15:30 Break
15:40 – 1831. Discovery of small molecule
inhibitors targeting the SUMO-SIM interaction using a protein interface consensus approach. A.R. Voet, A. Ito,
M. Hirohama, S. Matsuoka, N. Tochio,
T. Kigawa , M. Yoshida, K. Zhang*
16:05 – 1832. Synthesis and structure function relationship study of fusicoccin/cotylenin analogs. Y. Higuchi*, F. Yesil,
T. Yoneyama, C. Ottmann, J. Ohkanda,
N. Kato*16:25 – 1833. Inhibition of MDM4-p53 interactions for retinoblastoma. R. Guy*

Friday Evening
Hawaii Convention CenterHalls I, II, III
Designed pi-Electronic Systems: Synthesis,
Properties, Theory and Function (#25)

Organized by: T. Kubo, Y. Tobe,
M. Haley, G. Bodwell, K. Wong

1837. Synthesis, two-step equilibrium, andoptical properties of fused dimeric rhodamine dyes with near-IR emission.
Y. Shirasaki*, A. Muranaka, S. Kamino,
D. Hashizume, D. Sawada, M. Uchiyama
1838. Supramolecular interaction of fullerenes with a curved ␲-surface of a monomeric quadruply ring-fused porphyrin.
T. Ishizuka*, Y. Saegusa, T. Kojima,
S. Mori, M. Kawano, T. Kojima
1839. Theoretical study on the optical response properties of molecular aggregates of open-shell polycyclic aromatichydrocarbons. R. Kishi*, M. Saito,
N. Matsushita, K. Yoneda, M. NAKANO
1840. Development of a dendritic donor-acceptor structure with potential gradient.
T. Heeger*, K. Albrecht, K. Yamamoto
1841. Design and synthesis of pentacenebased acceptors for organic photovoltaics. M. Gruber, A. Waterloo,
A. Kunzmann, R. Casillas, R.D. Costa,
D.M. Guldi, R.R. Tykwinski*
1842. Synthesis and properties of novel
overcrowded quinone having various
structures with close energies.
T. Suzuki*, T. Nishiuchi, Y. Hirao,
T. Kubo1843. Photophysical and structural chemistry of 5-arylamino thiazoles as new pielectron systems. K. Yamaguchi*,T. Murai1844. Synthetic bacteriochlorins – tunablemolecules for capturing near-infrared
light. J. Lindsey*
1845. Syntheses and basic pProperties oftetrathienonaphthalene: Photoinduced
electron-transfer cyclization– dehydrogenation reactions of tetra(3-thienyl)ethane.
A. Yamamoto, E. Ohta, Y. Matsui,
K. Mizuno, H. Ikeda*
1846. Syntheses and crystallographic studies of an angularly-fusedthienobis[1]benzothiophene and its CT
cocrystal with TCNQ. T. Ogaki,
A. Yamamoto, E. Ohta, Y. Matsui,
K. Mizuno, H. Ikeda*
1847. Crystal structures of 4-(diethylboryl)pyridine pentamer and hexamer.
S. Wakabayashi*, S. Komeda,
Y. Shimizu, Y. Ohki, K. Tatsumi
1848. Control of conformational isomers
showing distinct colors for nitrogen-contained bis(tricyclic) aromatic ene.
T. Suzuki, H. Okada, T. Nakagawa,Y. Matsuo
1849. Mechanochromic luminescence properties of D-A-D type dibenzo[a,j]phenazine derivatives. M. Okazaki,
Y. Takeda, S. Minakata
1850. Synthesis and properties of acid- andbase-responsive molecules containing
conjugated phenolic substituents bridged
by heterocycles. T. Kawano*,
T. OHASHI, H. MURAOKA, S. OGAWA
1851. Synthesis and properties of zwitterionic singlet biradicaloid bisphenalenyl.
K. Furukawa, T. Nishiuchi, Y. Hirao,
T. Kubo*1852. Synthesis and property of carbazolebased BODIPYs. T. Todaka, C. Maeda,
T. Ema1853. Synthesis of carbazole-based porphyrins. C. Maeda, M. Takata, A. Honsho,
T. Ema1854. One-step synthesis of [16]helicene bymultiple photocyclization. T. Murase*

Poster Session
19:00 – 21:00
1834. X-ray spectroscopic characterizationof organic semiconductor nanowires.
A. Mazaheripour, N. Husken, J. Jocson,
G. Kladnik, A. Cossaro, L. Floreano,
A. Verdini, A. Burke, K. Miller,
A. Masurkar, J. Kymissis, D. Cvetko,
A. Morgante, A.A. Gorodetsky
1835. Photochemical synthesis of phenacenes and acylphenacenes, and the optical properties studied by emission andtransient absorption measurements.
M. Yamaji*, H. Okamoto
1836. Recent progress in chemistry of subporphyrins. A. Osuka** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–157

04 – ORGN
1855. 18␲-Electron tautomeric benziphthalocyanine: A functional near-infrared dyewith tunable aromaticity. N. Toriumi,
A. Muranaka*, K. Hirano, K. Yoshida,
M. Uchiyama*
1856. Syntheses and properties oftrinaphtho[3.3.3]propellane based threefold symmetric molecules aimed at construction of distinctive 2D honeycomb
electronic structure. T. Kodama,T. Nishiuchi, Y. Hirao, T. Kubo*
1857. Aryne polymerization: Straightforward
synthesis of elusive poly(ortho-arylene)s.
Y. Mizukoshi, K. Mikami*, M. Uchiyama*
1858. Novel fluorocarbon–functionalized
small molecules for organic field-effectand light-emitting transistors. M.L. Denti,
H. Usta, W.C. Sheets, G. Generali,
R. Capelli, S. Lu, X. Yu, M. Muccini,
A. Facchetti
1859. Structural characterization and luminescent properties of indolo[3,2-b]carbazoles. M. Hirano, T. Moriuchi, T. Hirao*
1860. Metallocenes with sumanenyl ligand.
S. Katoh, T. Amaya, Y. Takahashi,
T. Moriuchi, T. Hirao
1861. Photochemical synthesis and photophysical studies of condensed coumarinderivatives that could be potential forblue emission and semiconductor devices. Y. Hakoda, H. Okamoto,
M. Yamaji*
1862. Toward the realization of “Molecular nBit Memory”: Preparation and dynamic
redox behaviors of novel electron donors
containing multiple dyrex units.
H. Tamaoki, R. Katoono, K. Fujiwara,
T. Suzuki*
1863. Synthesis and fluorescence properties
of symmetric and asymmetric diazolo[1,2-a:2⬘,1⬘-c]quinoxaline derivatives
in solution and in the solid state.
S. Matsumoto*, K. Sakamoto,
E. Batmunkh, S. Qu, T. Kobayashi,
M. Kanehiro, M. Akazome
1864. Synthesis and investigation of unsymmetrically substituted [n]cumulenes. M.U.
Bühringer, H. Maid, F. Hampel, R.R. Tykwinski*
1865. Nonplanar meso-trifluoromethyl substituted ␤-octaalkylporphyrins.
M. Suzuki*, K. Okinaga, T. Hoshino,
S. Neya, Y. Nishigaichi
1866. Theoretical investigation of open-shell
singlet nature, aromaticity and nonlinear
optical properties of ␲-conjugated condensed-ring systems involving antiaromatic rings. K. Fukuda, M. NAKANO
1867. Phenalenyl-fused porphyrin biradicaloids. Z. Wangdong, J. Wu*
1868. Structure-property relationships andapplications of ␲-conjugated boron difluoride formazanate dyes. S.M. Barbon,
J.B. Gilroy*
1869. 20␲-Electron benziphthalocyanines:
Reduced-symmetry antiaromatic porphyrinoids that exhibit intense near-infraredabsorption. S. Yanagi, N. Toriumi,
A. Muranaka*, M. Uchiyama*
1870. Rh-catalyzed efficient synthesis forcondensed polycyclic compounds by[2⫹2⫹2] cycloaddition of benzothiophene dioxides and ␣,␻-diynes.
Y. Tahara, M. Gake, R. Matsubara,
T. Shibata*1871. Synthesis and properties of acrylamide polymers having carbazole moieties. K. Tani*, K. Hori, H. Takemura,
K. Sakakibara, Y. Tsujii
1872. Acid/base-regulated reversible electron transfer disproportionation of hydrazinohelicenes. S. Higashibayashi*
1873. Computational design of denzobisaxozole materials for use in organic
electronics. A.L. Tomlinson,
M. Jeffries-EL
1874. Efficient synthesis of multisubstituted
dibenzothiophene derivatives by catalytic[2⫹2⫹2] cycloaddition. R. Matsubara,
Y. Tahara, T. Shibata*1875. Towards novel BODIPY cyclophanes
for advanced materials applications.
B.A. Hussein, B.D. Koivisto*
1876. Synthesis of phenyl viologen type molecular wire toward construction of electrochemical responsible Au-nanoparticles
network. Y. Kobayashi, K. Suzuki,
T. Sugawara*

158 –TECHTECHNICAL PROGRAM
1877. Structures and properties of bis(trioxytriphenylamine) and its cationic species. N. Tanaka, S. Suzuki, M. Kozaki,
K. OKADA*
1878. Micromolding in capillaries for the fabrication of high performance of organic
ambipolar field effect transistors.
S. Watanabe, T. Fujita, T. Aoyama,
J. Riviere, M. Uchiyama, M. Matsumoto
1879. Conversion of 2-iodobiaryls to 2,2’-diiodobiaryls via oxidation–iodination sequences: A versatile route to ladder-type
heterofluorenes. B. Wu, N. Yoshikai*
1880. Bottom-up synthesis of highly soluble
and very narrow armchair edge graphene
nanoribbons. W. Yang, W.A. Chalifoux
1881. Proton-mediated chromatic system ofoctaethylporphyrin derivatives with highly
sensitive, stable, and dramatic behaviors
in their spectral changes. H. Kempe,
J. Yamamoto, M. Ishida, J. Yoshino,
N. Hayashi, H. Higuchi*
1882. Studies on syntheses and propertiesof open-shell molecular system ligatedwith pi-conjugated phosphines. S. Kira,
S. Suzuki, M. Kozaki, K. OKADA*
1883. Theoretical study on open-shell singlet
nature and nonlinear optical properties of␲-stacked thiazyl radical multimers.
H. Matsui, K. Fukuda, K. Yoneda,
M. NAKANO*
1884. Convenient synthesis of benzocarbazole derivatives and evaluation of organic
EL property. C. Akazaki*, H. Nishino
1885. Synthesis of the new cyclobutadienederivatives by photoisomerization of tetrahedranes. Y. Kobayashi,
M. Nakamoto, A. Sekiguchi*
1886. Synthesis of substituted thiophenecontaining multicyclic compounds by intramolecular [2⫹2⫹2] cycloaddition.
S. Kita, T. Shibata*1887. Direct mono- and difunctionalizationof perylenediimides.
F. Fernandez-Lazaro*, N. Zink-Lorre,
D. Gutierrez-Moreno, E. Font-Sanchis,Á. Sastre-Santos
1888. Synthesis of twisted PAHs by cyclization of bis(10-arylnaphthalene-9-yl) substituted benzenes or naphthalenes.
A. Oishi, Y. Tokoro
1889. Theoretical study on singlet fission inpolyaromatic hydrocarbon dimers: Electronic and vibronic coupling. S. Ito,
M. NAKANO*
1890. Dithiaquinoidal–[n]thienoacenes withbiradical character. X. Shi, C. Chi*
1891. Self-assembled conjugated polymer
microspherical optical resonators.
Y. Yamamoto*, K. Tabata, D. Braam,
S. Kushida, J. Kuwabara, T. Kanbara,
A. Lorke
1892. Allosteric inhibition of the ligand-binding ability of zinc porphyrin using the regulatory molecule. Y. Sasaki, M. Kozaki*,S. Suzuki, K. OKADA
1893. Chirality and fluorescent properties ofphotochromic pirazino-annelated dihydropyrene. T. Sawada*, S. KUBO,
K. Nanamura
1894. ␲-Electronic systems that provide various anion complexes and resulting ionpairing assemblies. R. Yamakado,
H. Maeda*
1895. Syntheses and properties of metalsalen complexes for dye sensitized solar
cells. Y. Ueda, S. Suzuki, M. Kozaki,
K. Iso, A. Konno, K. OKADA*
1896. Synthesis and properties of azulenefused polycyclic aromatic hydrocarbons.
M. Murai*, S. Iba, K. Takai*
1897. Synthesis and characterization of 3Doligothiophenes. p. choong,
S. Valiyaveettil*
1898. Long-lived and bright excimer emission of 9,10-bis(thienylethynyl)anthracene
macrocyclic dimer. H. Osaki, C. Chou,
M. Taki, Y. Sato, S. Saito, F. Aiko,T. Higashiyama, S. Yamaguchi*
1899. Study toward living polymerization ofaryne. Y. Okada, Y. Mizukoshi,
K. Mikami*, M. Uchiyama*
1900. Structural and electronic control ofmetal complexes by the use of ␲-systems. A. Konishi, R. Yasunaga,
M. Yasuda*1901. Controlling of ICT fluorescence intensity of phenyldisilane with aza-crownether. D. Masuno, Y. Inagaki, W. Setaka*
1902. Oriented alignment and dichroism of ap-benzoquinone according to macrocage
structure in crystal. K. Sato, Y. Inagaki,
K. Yamaguchi, W. Setaka*
1903. Graphite functionalization using electrochemically generated aryl radicals featuring various substituents. B.D. Lindner,
T. Ishikawa, K. Tahara, J. Greenwood,
T. Phan, S. De Feyter, Y. Tobe
1904. Series of heterofluorenes containing
four-coordinated group 13 elements.
T. Matsumoto, K. Tanaka, K. Tanaka,
Y. Chujo*
1905. Molecular design of cis indigo and cis
Nindigo. H. Hong, E.C. Nicholls-Allison,
R. Hicks*
1906. Two-photon excited NIR emissive dyewith ESIPT behavior. N. Suzuki, F. Aiko,
M. Taki, K. Kamada, S. Yamaguchi*
1907. Synthesis and properties of a doubly
N-confused porphyrinoid with pyrrolo[3,4-f]isoindole skeleton. S. Hiraoka*,
H. Uno, M. Takase, S. Mori, T. Okujima
1908. Construction of hydrogen atom sandwich structure toward the reversible andeffective proton and electron exchanging.
M. Teraoka, Y. Hirao, T. Nishiuchi,
T. Kubo1909. Photochemical and electrochemical
properties of anthranol-acridine dyad.
Y. Hirao*, K. Hosoi, T. Nishiuchi, T. Kubo
1910. Synthesis and photophysical properties of a pyrene-bridged molecular gyrotop. H. Shionari, Y. Inagaki,
K. Yamaguchi, W. Setaka*
1911. Synthesis of condensed polycyclic
compounds based on an acenaphthylene
unit. J. Nishida*, T. Kawase1912. Nonlinear absorption of polycyclic aromatic hydrocarbons with open-shell singlet character. K. Kamada*1913. Material design for mechanochromic
luminescence: 1,3,6,8-tetra(trialkylsilylethyny)pyrenes. A. Orita*, T. Nishida,
F. Xu, K. Shinohara, I. Kasuga, J. Otera
1914. Synthesis and anti-aromaticity of 16␲
anthracene-fused porphyrins.
R. Kuramasu, S. Sugawara,
Y. Yamamoto, S. Hiramatsu
1915. Synthesis of distorted compounds byoxidation of aminophenanthrene derivatives. H. Yokoi*, S. Hiroto, H. Shinokubo
1916. Synthesis, structure, and optical properties of substituted tetracenes.
C. Kitamura*, G. Ohe, A. Takenaka,
T. Kawase, T. Kobayashi, H. Naito
1917. Rhodium-catalyzed enantioselective
synthesis of benzopicene-based [9]helicene derivatives. K. Murayama,
K. Tanaka*
1918. Molecular design and some propertiesof stimuli-responsive brush-shaped
␲-conjugated polymers. T. Ishikawa,J. MOTOYANAGI, M. MINODA*
1919. Theoretical study on the relationshipbetween the open-shell singlet natureand the second hyperpolarizabilities of
corannulene derivatives with two phenoxyl radical moieties. Y. Minamida,
K. Fukuda, K. Yoneda, M. NAKANO
1920. Generation and characterization of
monoanion and dianion of a tetracyclopenta[def,jkl,pqr,vwx]tetraphenylene derivative. H. Miyoshi, T. Kubo, Y. Tobe*
1921. Significant enhancement of two-photon absorption probabilities by a substituent on the building block diphenylacetylene. T. Isozaki*, S. Kinoshita,
R. Takuechi, T. Suzuki
1922. Synthesis of multisubstituted dibenzophosphole oxides by intermolecular[2⫹2⫹2] cycloaddition. T. Sato,
Y. Tahara, T. Shibata*1923. Synthesis and photophysical properties of pyrene-based blue light-emitting
monomers. T. Yamato*, X. Feng,
H. Tomiyasu
1924. Synthesis and unique optical properties of thiophene-BODIPY oligomers.
M. Saikawa, S. Saino, M. Yamamura,
T. Nabeshima
1925. Synthesis of dihydroacridine derivatives with two pyridyl groups and theirphotophysical properties. N. Maeda*,
R. Suzuki, Y. Miura, N. Yoshioka

1926. Chemical modification to 3-tert-butyl1,5-diphenyl-6-oxoverdazyl radical by using Suzuki-Miyaura cross coupling reaction; crystal structure, optical andmagnetic properties. Y. Miura*,
S. Ooshima, N. Yoshioka
1927. Synthesis of asymmetric dinaphtho[2,3-b:2⬘,3⬘-f]thieno[3,2-b]thiophene(DNTT) derivatives. S. Lee, H. Lee*
1928. Synthesis of bis(anthroxyl) diradicals
with proton coupled electron transfer activity. I. Hattori, Y. Hirao*, T. Nishiuchi,
T. Kubo*
1929. Synthesis, self-association, and anion
recognition of conjugated macrocycles
composed of carbazole and triazole moieties. J. Satoshi, S. Kato, Y. Nakamura*
1930. Synthesis and photophysical properties of partially and fully overlapped[3.3](3,9)carbazolophane-alcohol derivatives. T. Yashima, K. Tani, K. Hori,
K. Kubono, K. Sakakibara, Y. Tsujii
1931. Synthesis and properties of[3.5](3,9)carbazolophane derivatives.
M. Asai*, K. Tani, K. Hori, H. Takemura,
K. Sakakibara, Y. Tsujii
1932. Ni(II) and Fe(III) complexes with pyridone ligands: Synthesis and PCET reactivity. N. Tachibana, Y. Hirao*,
T. Nishiuchi, T. Kubo*
1933. Synthesis and property of anti-aromatic ring by using the strain energy of
non-planar pi-conjugated system.
K. SHIMIZU, T. Nishiuchi, Y. Hirao,
T. Kubo1934. Synthesis and properties of tetracene
derivatives having diester groups on one
terminal benzene ring. M. Tsumura*,
M. Takehara, Y. Inoue, C. Kitamura,T. Kawase, T. Kobayashi, H. Naito
1935. Synthesis and quantum chemical calculations of sigmalene. K. Sahara,
T. Nishiuchi, Y. Hirao, T. Kubo*
1936. Synthesis and photophysical properties of carbazole chromophore containing
Schiff bases and azo compounds.
K. Hori*, K. Tani
1937. Synthesis and properties of anthracene-based cyclic Pi-cluster.
T. Nishiuchi*, Y. Hirao, T. Kubo
1938. Lateral ␲-extensions of bisanthene toward a synthesis of oligoperiacenes.
R. Ohkita*, T. Nishiuchi, Y. Hirao,
T. Kubo1939. Synthesis and physical properties ofoxygenated cycloparaphenylenes.
H. Onishi, E. Kayahara, S. Yamago
1940. Design and synthesis of solution processable, narrow band gap, near-IR absorbing small molecules. A. Payne,
G. Welch*
1941. Computational ␲-figuration of thiophene oligomers. M. Sugimoto*1942. Synthesis, structures, and propertiesof biphosphinines tethered by aromatic
system. N. Nagahora, H. Tokumaru,
I. Takemoto, K. Shioji, K. Okuma
1943. Synthesis of novel hydrogen-bonded
charge-transfer complexes aimed at formation of PET state. S. Seo, Y. Hirao*,
T. Nishiuchi, T. Kubo*
1944. Construction of 3D architectures using
alkyne metathesis. S. Lee*, A. Yang,
T. Moneypenny, J.S. Moore
1945. Synthesis and properties of binuclear
paddlewheel-type complexes with azulene ligand. R. Kawano, T. Tsuchiya,
S. Noro, Y. Mazaki* Principle Author

Photographing of presentations
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obtained from the symposia
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http://pacifichem.org/
onlineprogram

04 – ORGN
1946. Synthesis and properties of viologen
derivatives extended with azulene.
Y. Sano, T. Tsuchiya, M. Hasegawa,Y. Mazaki
1947. Facile synthesis for cyclic oligothiophene macrocycles by sulfides.
Y. Honda*, R. Inoue, M. Hasegawa,Y. Mazaki
1948. Electron deficient tetrabenzo-fused
pyracylene and conversions into curved
and planar ␲-systems with distinct emission behaviors. L. Chao*, M. Murata,
Y. Sugano, A. Wakamiya, Y. Murata
1949. Synthesis and optical properties ofdonor-acceptor molecules withaza[7]helicenes. K. TAKASE, K. Nakano*1950. Synthesis, properties, and OFET characteristics of ␲-conjugated systems having tetrazolopyridine. S. Tamba,
K. Hagiya, Y. Ie, Y. Aso
1951. Synthesis of 9-aza-10-boraanthracene
bearing transformable boron-chlorinebond synthesis of 9-aza-10-boraanthracene bearing transformable boron-chlorine bonds. K. Suzuki*, K. Hayashi,
S. Nema, M. Yamashita
1952. Intramolecular carboannulatuion of
2-(arylethynyl)benzyl halide to indene derivatives: Toward a facile synthesis of sindacene. K. Fujii*, T. Nishiuchi, Y. Hirao,
T. Kubo
1953. Functionalization of the stable P-heterocyclic open-shell unit by the direct
arylation. Y. Ueta, K. Mikami, S. Ito*
1954. Synthesis and properties of anthracene bisimides incorporating triphenylamine donor units. T. Iwanaga,
M. Ogawa, S. Toyota
1955. Programmable arrangement of a metallo-phthalocyanine and a metallo-porphyrins inside triply-stacked arrays.
N. Mihara, Y. Yamada, K. Tanaka*
1956. Construction and properties of azulene templated binuclear metal complexes. I. Kashiwagi, T. Tsuchiya,
Y. Mazaki
1957. Design and synthesis of n-type donoracceptor small molecules for use in organic solar cells. A.D. Hendsbee,
A. Namespetra, E. Kitching, J. Sun,
G. Welch*, I.G. Hill*
1958. Synthesis of higher homologues of
fused donors containing vinylogous TTF
units and application to organic rechargeable batteries. K. Kawamoto, K. Hosoi,
M. Kato, M. Yao, Y. Misaki*
1959. Synthesis and properties of a cyclophane-type redox-responsive host containing two tetrathiafulvalene units.
A. Ohta*, T. Kagami
Hawaii Convention CenterHalls I, II, III
Anion Receptors (#31)

Organized by: B. Hay, F. Pfeffer, B. Wu,
C. Jia, R. Custelcean
Poster Session
19:00 – 21:00
1960. Fluorescence probes for the detectionof reactive oxygen species (ROS) and cyanide. M. Atar, A.G. Griesbeck*
1961. Synthetic chloride transporters activated by enzymatic hydrolysis. Y. Choi,
K. Jeong
1962. Family of anionic LMOGs based on aphenylalanine-functionalised norbornene.
J.R. Engstrom*, F.M. Pfeffer
1963. Indolocarbazole-pyridine foldamers:
Helical folding and chloride transportability. H. Jeon, K. Jeong
1964. Selective colorimetric chemosensor
with an electron-withdrawing group for
multi-analytes CN- and F-. T. Jo, Y. Choi,
S. Lee, J. Jung, H. Jang, J. Yun, K. Bok,
C. Kim*1965. Highly selective fluorescent probe fordetection of iodide ions. M. An, C. Lim,
H. Seo, H. Kim*
1966. Helical bias of indolocarbazole/pyridine oligomers with chiral segments.
J. Kim, K. Jeong
1967. Anion binding by ureido-substituted
calixarenes. O. Kundrat*, P. Curinova

1968. Rational design, synthesis of reactionbased cyanide chemosensor in aqueous
solution. J. Li*, W. Dong
1969. Design and synthesis of intramolecularcharge transfer based fluorescent anion
sensors. S.M. Schutz, J.B. Anderson,
R.S. Muthyala
1970. Anion recognition properties of macroyclic bisurea derivative based on 2,2binaphthalene. A. Satake*, S. Kondo
1971. Synthesis and evaluation of anion receptors having halogen bond donors.
S. Shibuya*, S. Kondo
1972. Novel 1,8-naphthalimide-based anion
sensor with an open space for an anion.
S. Nishino, S. Ifuku, M. Morimoto,
H. Saimoto, H. Izawa*
1973. Anion recognition using fused[n]polynorbornane hosts and solid state
examination of the host:guest complexes. R. Robson, F.M. Pfeffer*,
L. O’Dell, J. Hook, A. Rawal
1974. Fluorimetric detection of (chiral) anions
by new urea-pthalimide dyads.
M. Vollmer, S. Hanft, A.G. Griesbeck*
1975. Can anion receptors control cation-exchange selectivity?. N.J. Williams,
C.O. Reynolds, L.W. Gill, R. Custelcean,
B.A. Moyer
1976. Strong binding affinity of triazole-bearing zinc porphyrin for anions by C-H hydrogen bonds. D. Yim, W. Jang*, C. Lee
Hawaii Convention CenterHalls I, II, III
Natural Product-based Drug Discovery(#66)

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Poster Session
19:00 – 21:00
1977. Synthesis and structure activity relationship study of Intervenolin and
NBRI16716 B, modulators of tumorstroma interaction of natural origin.
H. Abe*, C. Sakashita, M. Kawada,
J. Yoshida, H. Inoue, S. Ohba,
T. Masuda, A. Nomto, T. Watanabe,
M. Shibasaki
1978. Isolation of a pigment from a metagenomic library derived from the marine
sponge Halichondria okadai. T. Abe*,K. Miyamoto, Y. Sakakibara, T. Naito,
D. Uemura
1979. From genes to new molecules: Expression of silent fungal gene clusters inFusarium graminarium. D. Adpressa*,
L. Connolly, M. Freitag, S. Loesgen1980. Metabolomics approach to study theeffect of Andrographis paniculata in improving chemotherapy treatment in coloncancer. S. Ahmadi, K. Shaari*,
J. Stanslas
1981. Search for amyloid ␤ aggregation inhibitors from Inonotus obliquus.
Y. Aihara*, A. Kawaguchi, M. Takase,
H. Shigemori
1982. Alpha-glucosidase inhibitory activity
and chemical analysis of the medicinal
halophyte Tamarix gallica.
A. Ben Hmidene*, C. Abdelly, H. Isoda,
H. Shigemori
1983. Chemical investigation on the secondary metabolites of the aeolid nudibranch
Phyllodesmium lizardensis . A.S. Dewi*,
K. Cheney, J.T. Blanchfield, M.J. Garson
1984. GC-MS analysis of the ␤-N-acetylglucosaminidase inhibitor pochonicine andits analogs produced by a fungal strain.
K. Emoto, Y. Mushiake, A. Tsuchida,
T. Okuda, H. Kanzaki, T. Nitoda*
1985. Potential antidiabetic complications ofisolated compounds from Indonesian traditional medicines. S. Fatmawati*,
W.D. Fitriana, M.D. Hidayati, F. Arianto,
T. Ersam, K. Shimizu
1986. Synthesis of biotin-introduced probe
and analysis of target biomolecules ofbisebromoamide. S. Fujikura, O. Ohno,
K. Suenaga
1987. Chemopreventive activity of trichothecenes from Trichothecium roseum andtheir derivatives. M. Fujiwara ,K. Shimoura, Y. Fukuda, M. Yamashita,
A. Iida*1988. Proteasome inhibitors based on thenatural product TMC-95. M.G. Gotz,
D.L. Wilson, D. Krappmann, I. Meininger
1989. Toward the total synthesis of (⫹)neopeltolide: An oxa-conjugate route to
the disubstituted 2,6-cis-tetrahydropyranring system. T.P. Hari*, B.I. Wilke,
C.N. Boddy
1990. Side-chain analogs of TAN-2483B as
kinase inhibitors. J.E. Harvey*
1991. Search for new bioactive substancesfrom discomycete. M. Haneda*, S. Seiki,T. Hosoya, H. Shigemori
1992. Anti-oxidative constituents of the Brazilian traditional medicine, Tabebuia avellanedae. R. Hidaka, Y. Fukuda,
M. Yamashita, A. Iida*
1993. Use of principal component analysis
Of 1H-15N NMR spectra of amyloid-␤ (1–42) peptide for characterization of fibril
formation inhibitors. H. Hiroaki*,N. Iwaya, M. Matsuzaki, Y. Shigemitsu,
N. Goda, Y. Abe, M. Hoshi, A. Narita
1994. Stereocontrolled total synthesis of astereoisomer of laurenidificin: Predictionof the stereochemistry of the natural
product. Y. Hori, T. Yokoi, T. Inoue,
T. Saka, A. Masuyama, S. Kobayashi
1995. Synthesis and radical scavenging activity of C-methylated quercetin analog.
K. Imai, I. Nakanishi, Y. Ohba,
K. Matsumoto, K. Fukuhara*
1996. Anti-allergic compounds from herbal
medicines using newly developed assay
method for stress-enhanced allergy.
K. Ishiguro*, H. Oku
1997. Search of the excitative substances toprimary sensory neurons from natural resources using Ca2⫹ imaging method.
E. Iwaoka*, S. Yoshiyama,
M. Nakaguchi, S. Fujigaki, Y. Dai, S. Aoki
1998. Kurahyne, a novel ER stress-inducer
isolated from marine cyanobacterial assemblages of Lyngbya sp. A. Iwasaki,
O. Ohno, S. Sumimoto, K. Suenaga
1999. Versicolamide B and 6-epi-stephacidin A isolated from Aspergillus amoenus:
Biogenic implications. H. Kato,
D. Sherman, R. Williams, S. Tsukamoto*2000. Synthesis and aldose reductase inhibitory activity of botryllazine B analogs having bicyclic heterocycles on the C6 position: A structure-activity relationshipstudy. R. Saito*, A. Katoh,
K. Hitotsumatsu, K. Sasaki, T. Komatsu
2001. Isolation and structure analysis ofnovel 9,11-seco-steroids from the sea
hare Aplysia kurodai . A. Kawamura,
M. Kita, H. Kigoshi
2002. Efforts towards the total synthesis ofazaspiracid-3. D. Adu-Ampratwum,
A. Okumu, N. Kenton, C. Forsyth*2003. Total synthesis and biological activityof sarcophytonolide H. T. Kikuchi,
H. Takamura, I. Kadota
2004. Synthesis of aminocyclopentitol analogs via stereoselective amination of cyclic polybenzyl ether with chlorosulfonyl.
Y. Kim*, J. JUNG, Y. Jung
2005. Convergent synthesis of the HIJKLM
ring segment of ciguatoxin CTX3C.
T. Kimoto, S. Hara, H. Takamura,
I. Kadota*
2006. Synthesis of O-methylated flavonoids
and the studies on physiological functions of flavonoids. Y. Kimura, T. Kondo,
K. Yoshida*2007. Stimulating a transcription in Penicillium sp. FKI-2140 activates a silent biosynthetic pathway to produce novel natural product. S. Kishimoto, M. Shimizu,
N. Ishikawa, H. Noguchi, K. Watanabe
2008. Total synthesis of (⫺)-lepistine.
Y. Kitabayashi, S. Yokoshima,
T. Fukuyama*
2009. Studies on the search for bioactive
substances from marine organisms.
S. Kobayashi, Y. Kawazoe, D. Uemura*2010. Hydrolysis of a baker’s yeast reduction product of oleuropein aglycon fromolive leaf extracts. M. Koga, A. Takatsu,
M. Jyo, K. Kikuchi, T. Nitoda, H. Kanzaki*
2011. Bioactivity-guided isolation and structure elucidation of an anti-amyloid substance from Psychotria stenostachya.
A.V. Krivoshein*, A. Shottek

2012. Neurotrophic compounds from Indonesian ginger bangle, Zingiber purpureum. M. Kubo*, M. Nakai, K. Harada,
N. Matsui, M. Akagi, M. Suenaga,
Y. Matsunaga, Y. Fukuyama
2013. Synthetic study on tomuruline.
C. Kudo, O. Ohno, K. Same, K. Suenaga
2014. Mutasynthesis of macrolactam antibiotics. F. Kudo*, T. Eguchi
2015. Isolation and structure of a novel andpotent cytotoxic peptides from the marine cyanobacterium Symploca sp.
T. Kudo, K. Sueyoshi, K. Fukumoto,
S. Sumimoto, S. Suda, T. Teruya*
2016. Development of curcumin-inspired hybrid molecules for the treatment of Alzheimer’s disease. A.A. Kulkarni*,
E. Nwulia, S. Nekhai
2017. Syntesis and inhibitory activity of ascofuranone derivatives against trypanosome alternative oxidase. I. Kumamoto,
H. Saimoto*, H. Izawa, S. Ifuku,
M. Morimoto, K. Kita*, D.K. Inaoka,
M. Yamamoto2018. Synthetic study of a marine macrolide
koshikalide and determination of absoluteconfiguration. K. Kunifuda*, A. Iwasaki,
K. Suenaga
2019. Isolation and structure elucidation of
bioactive compounds from Sada cape.
M. Kuramoto*, M. Sakamoto,Y. kurokawa, S. Mori, h. uno
2020. Production of chemopreventive furanonaphthoquinones by callus cultures of
the Brazilian medicinal plant, Tabebuia
avellanedae. S. Kusakabe, Y. Fukuda,
M. Yamashita, A. Iida*
2021. Antiplatelet effect of indothiazinone.
S. Kwon, M. Jeong, M. Ryu, J. Jung
2022. Synthesis and biological evaluation ofantiangiogenic homoisoflavanone, cremastranone, and its analogs. B. Lee,
X. Fei, H.D. Basavarajappa, D. Shin,
T.W. Corson*, S. Seo*
2023. Novel benzoates from traditional Chinese medicine prevent memory deficits.
J. LI*, L. Gao, L. Xiang
2024. Parishin, an anti-aging phenolic glucoside from Gastrodia elata. Y. Lin,Y. Weng, L. Xiang, J. Qi*
2025. Wewakazole B, a new cyclic dodecapeptide from the Red Sea cyanobacterium Moorea producens. J.V. Lopez,
S.S. Al-Lihaibi, W.M. Alarif,
A. Abdel-lateff, K. Washio,
M. MORIKAWA, T. Okino*2026. Saccharothriolides A-C, novel phenylsubstituted 10-membered macrolides
from a rare actinomycete saccharothrix
sp. S. Lu, S. Nishimura, G. Hirai, M. Ito,
T. Kawahara, M. Izumikawa, M. Sodeoka,
K. Shin-ya, T. Tsuchida, H. Kakeya*
2027. Discovery of biologically active natural
products from Philippine Annonaceae
plants and their associated fungi.
A.G. Macabeo*, P. RUBIO, A. LETADA,
R. MENDOZA, I. MALALUAN, I. FLORES,
J. ABANTO, F. MARTINEZ, A. LOPEZ,
F. TUDLA, E. PARAGAS, M. KNORN,
P. KOHLS, C. FADERL, H. DAHSE,
G.D. ALEJANDRO, S. FRANZBLAU
2028. Phytochemical and pharmacologicalevaluation of Sida rhombifolia. S. Mah*,
S. Teh, G.C. Ee
2029. Chemical approaches to selective
elimination of human pluripotent stem
cells. D. Mao, T. Kuo, E. Kawase,
S. Sato, M. Uesugi*
2030. New coumarin analogs and their antimicrobial activity. A. McElrea, A. Ata*

* Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

TECH–159

04 – ORGN
2031. Phytochemical analysis of Rhamnus
caroliniana. A. Mekala, W.N. Setzer
2032. Study on the enzymatic constructionof polycyclopropane skeleton in jawsamycin biosynthesis. A. Minami,
T. Hiratsuka, H. Oikawa*
2033. New naphthoquinone and monoterpenoid from Plumbago zeylanica. T. Mitsui,
C. Miyachi, Y. Ishimura, K. Oda,
K. Hayashi, A. Kuboki, S. Ohira,N. Matsuura, I. Munekazu, H. Nozaki*
2034. Synthesis and biological evaluation ofhydroxamate amides as HDAC inhibitors.
H. Mok, K. BAEK, H. SON, Y. Jung
2035. Synthetic study of enigmazole A.
Y. Murai, T. Kishi, Y. Fujisawa,
H. Takamura, I. Kadota*
2036. Synthesis and biological activity of citridone A and its analogs. K. Shimoyama,
T. Fukuda, H. Tomoda, T. Nagamitsu*
2037. Synthesis of novel pentacyclic derivatives with propellane skeleton and theirstructure-activity relationships.
R. Nakajima*, N. Yamamoto,
S. Hirayama, T. Iwai, T. Nemoto, H. Fujii,
H. Nagase2038. Solvent effect on the radical-scavenging mechanism of ascorbic acid and its
derivatives. I. Nakanishi*, K. Ohkubo,
K. Inami, S. Nomura, K. Fukuhara,
K. Matsumoto, T. Ozawa, S. Fukuzumi,
M. Mochizuki
2039. Isolation of new metabolites from a
microbial metabolites fraction library by
NPPlot screening. T. Nogawa, A. Okano,
J. Jang, T. Shimizu, S. Takahashi,
H. OSADA*
2040. Novel screening approach for drug
discovery from virtual mirror-image libraryof natural products. T. Noguchi, S. Oishi,
K. Honda, Y. Kondoh, T. Saito, H. Ohno,
H. Osada, N. Fujii
2041. Diospyros macrocarpa: An endemic
plant of New Caledonia with biologicalactivities. C. Thieury, R. Le Guével,
C. Antheaume, G. Herbette, V. Monnier,N. Lebouvier, E. Hnawia, T. Guillaudeux,
M. Nour
2042. Janadolide, an apoptosis-inducing cyclic lipopeptide possessing a t-Bu groupfrom the marine cyanobacterium Okeania
lorea. H. OGAWA, A. Iwasaki,
S. Sumimoto, O. Ohno, K. Suenaga
2043. Highly efficient synthesis of unnaturalspinasterol glucose analogs and repressed expression of the skin inflammatory mediators in human keratinocytes.
h. kim, t. lee, T. Kim, H. OH
2044. Biosynthesis of a cancer–inducing
compound in Escherichia coli.
M. Ohashi, Y. Sasa, N. Ishikawa,
H. Noguchi, K. Watanabe*
2045. Production of chemopreventive naphthoquinones by callus cultures of Catalpa
bungei. M. Ohmiya, Y. Fukuda,
M. Yamashita, A. Iida*
2046. Structure-activity relationship study
and total synthesis of pyripyropene A as apotent ACAT2-selective inhibitor.
M. Ohtawa, T. Ohshiro, S. Omura,
H. Tomoda, T. Nagamitsu*
2047. Total synthesis of mycalolide B, an actin-depolymerizing marine macrolide.
H. Oka, M. Kita, H. Kigoshi
2048. Total synthesis of kurahynes: A newacetylene-contaning lipopeptide frommarine cyanobacterial assemblage.
S. Okamoto, A. Iwasaki, O. Ohno,
K. Suenaga
2049. Highly efficient synthesis of ␤-Lapachone and its derivatives. h. kim, H. Lee,
T. Han, G. Lee, B. Kim, s. park
2050. Total synthesis of (⫹)-hyacinthacine
A2 via regioselective and diastereoselective amination with chlorosulfonyl isocyanate. S. Park*, I. JIN, M. Choi, Y. Jung
2051. Total synthesis of conduramine D-1
via a highly regioselective and diastereoselective allylic amination using chlorosulfonyl isocyanate. S. Park*, Y. Jung
2052. Chemical synthesis and preliminary
PK/PD studies of PBRM, a novel inhibitorof 17␤-hydroxysteroid dehydrogenase
type 1. D. Poirier, R. Maltais, J. Roy,
A. Trottier
2053. Isolation of antileishmanial compoundfrom Sassafras albidum. D. Pulivarthi,
K.M. Steinberg, L. Monzote, W.N. Setzer

160 –TECHTECHNICAL PROGRAM
2054. Synthesis of indothiazinone via direct3-acylation. M. Ryu, S. Kwon, M. Jeong,
J. Jung
2055. Design and synthesis of a molecular
shuttle to transport cargo into Gram-negative bacteria. J.A. Saboury, C. Bezjian,
A. Davidian, A. Avanes, B. Ulloa,
M. Pinto, C. Gutierrez*
2056. Isolation, purification, and structure
identification of cytotoxic compound(s)from Piper nigrum black peppercorns.
V.S. Santiago*, I.M. Villaseñor2057. Synthesis of biselyngbyasides.
E. Sato, Y. Tanabe, N. Nakajima,
A. Ohkubo, K. Suenaga*
2058. Total- and semi-synthetic approaches
towards new analogs of colchicine.
W. Schlundt*, H. Schmalz
2059. Secondary metabolites from Achyranthes aspera (chirchitta). R. sehrawat
2060. Induction of hepatocyte growth factor
production in human eermal ribroblasts
by caffeic acid derivatives.
H. Shigemori*, M. Kurisu, R. Nakasone,
Y. Miyamae, D. Matsuura, H. Kanatani,
S. Yano2061. Kuji amber extract has anti-allergic effect and a spirolactone compound is also
involved in the activity. E. Shimizu*,
M. Kobayashi, H. Koshino, T. Uchida,
Y. Okawa, H. Shinden, S. Uesugi,
K. Kimura
2062. New modified total synthesis andmodular derivatisation of indolactam.
J.E. Stein, H. Schmalz*
2063. Synthetic approach toward the natural
product, suberedamine A.
N.T. Stessman*, K. Chan, C. Cerpas,
B. Gill, E. Grolle, B. Ishaya, C. Stessman
2064. Odoamide, a novel cyclodepsipeptide
from marine cyanobacterium Symploca
sp. K. Sueyoshi, M. Kaneda, S. Oishi,
N. Fujii, S. Sumimoto, S. Suda, T. Teruya*
2065. Structure of novel linear lipopeptides
which contained unique fatty acid, isolated from a marine cyanobacterium.
S. Sumimoto*, A. Iwasaki, O. Ohno,
T. Teruya, T. Inuzuka, K. Suenaga
2066. Study on the search for natural products from dinoflagellate which inhibit protein kinase GSK-3␤. T. Suzuki, J. Yabe,
Y. Kawazoe, D. Uemura*
2067. Structure determination of proanthocycnidins by combination of H/D exchange and MS/MS. H. Takahashi,
K. Hamaoka, T. Kusumi, K. Ohmori,K. Suzuki
2068. Synthetic study on the antitumor cyclodepcipeptide metabolite, verucopeptin. N. Takahashi, H. Hayashi,
H. Kakeya*
2069. Comparative studies on the hydroperoxide compounds and the endoperoxide
compound isolated from Cacalia delphiniifolia. Y. Takahashi*, S. Uesugi,
Y. Takano, N. Usukhbayar, E. Tsuchiya,
H. Koshino, K. Kimura
2070. Insecticidal and growth inhibitory activities of metabolites of fungal strains
producing ␤-N-acetylglucosaminidase inhibitors against larvae of sheep blowfly.
E. Takatsuji, T. Okuda, H. Kanzaki,
T. Nitoda*
2071. Total syntheses of the nonpeptide bradykinin B1 receptor antagonist velutinol A
and its derivatives, the seco-pregnanes
with cage-like moiety. M. Tamiya*,
N. Isaka, T. Kitazawa, M. Ishiguro*
2072. Promising drug candidates from natural sources: Amphidinolide H, eudistominC, and biyouyanagin A. N. Tanaka*,
J. Kobayashi
2073. Synthetic study of (-)-dactylolide.
T. Tanaka, Y. Murai, H. Takamura,
I. Kadota*
2074. Neuroprotective effect of biflavones
isolated from leaves of Sciadopitys verticillata. Y. Tanaka, Y. Hirata, D. Iibata,S. Kitayama, M. Tamano, Y. Yoshimoto,
N. Fukata, T. Sumiyoshi, Y. Nagaoka*
2075. Structure modification and structureactivity relationships of bioactive sporogen AO-1. C. Tansakul*,
V. Rukachaisirikul, C. Daengrot,
N. Supantanapong, C. Tantisuwanno,
S. Phongpaichit, J. Sakayaroj

2076. Synthesis of ␣,␣-disubstituted hydantoins through chemoselective derivatization of natural product extracts.
K. Tomohara*, A. Kato, I. Adachi
2077. Novel cytotoxic diterpene from a marine myxobacterium, Enhygromyxa sp.
T. Tomura, R. Fudou, T. Iizuka, M. Ojika*
2078. Overcoming natural product purification Co-eluting peaks with recycling prep
HPLC. K. Tseng, I. Hideto
2079. Fungal simplifungin and valsafungin,
new antifungal antibiotics targeting serine
palmitoyltransferase. R. Uchida,
H. Ishijima, M. Ohtawa, A. Kondo,
K. Nagai, K. Nonaka, R. Masuma,
S. Iwamoto, H. Onodera, T. Nagamitsu,
H. Tomoda
2080. Study on biological activities and molecular targets of allantopyrone A andpyrrocidine A isolated from endophytic
fungi. S. Uesugi*, M. Muroi, Y. Kondoh,
Y. Shiono, H. OSADA, K. Kimura
2081. Design, synthesis, and biological evaluation of photosensitizer bearing a highwater solubility. Y. Uruma, T. Nonomura,
M. Edatani, K. Onuma, F. Okada
2082. New phenylethanoid glycosides from
Magnolia officinalis fruits. Y. Wang*,
L. Ge, B. Ma, G. Zhou, W. Zhang,
L. Chen, Z. Zhou
2083. Novel physiological roles of mango
seed oil using proteomic analysis of differentially expressed proteins. s. WU*,
k. Matsumoto, s. TACHIBANA, t. INOUE,
m. NOMURA
2084. Studies towards the total synthesis ofpalhinine type of Lycopodium alkaloids.
S. Xu*, Y. Gong, X. Wang, S. Zhang
2085. Synthetic studies of biologically active
mannosilated 3-acyltetramic acids.
A. Yajima*, C. Ida, A. Kawajiri,
R. Katsuta, T. Nukada
2086. Structures and bioactivities ofokeaniamide and chlorookeaniamide
from marine cyanobacterium Okeania sp.
M. Yamada, K. Sueyoshi, T. Yonezawa,B. Cha, J. Woo, S. Sumimoto, S. Suda,
T. Teruya*
2087. Elucidation of pyranonigrin biosynthetic pathway reveals mechanism of
fused ␥-pyrone, exo-methylene and spiral
cyclobutane formation. T. Yamamoto,
Y. Tsunematsu, H. Noguchi, K. Hotta,
K. Watanabe*
2088. Marine natural products with protein
tyrosine phosphatase 1B inhibitory activity. H. Yamazaki*, S. Kanno,
O. Takahashi, R. Kirikoshi, D.B. Abdjul,
K. Ukai, H. Rotinsulu, D.S. Wewengkang,
D.A. Sumilat, R.E. Mangindaan,
M. Namikoshi
2089. Induced production of new epidithiodiketopiperazines by the Palauan marinederived fungus Trichoderma sp. TPU199.
H. Yamazaki*, O. Takahashi, R. Kirikoshi,
M. Namikoshi
2090. Synthetic study of optically active valerenic acid analogs for development ofsedative active compounds. S. Yato,
Y. Izu, T. Shirai, H. Tsumagata,
T. Kitayama
2091. Effect of the Brazilian medicinal plant
Myrcia sphaerocarpa on hyperglycemia
and its active constituents. M. Yoneda,
Y. Fukuda, M. Yamashita, A. Iida*
2092. Synthetic studies on ecteinascidin
743. E. Yoshida, T. Toma, S. Yokoshima,
T. Fukuyama*
2093. Ethnomycology directed discovery:
Expanding the chemistry of p-terphenyl
natural products. M. Zhang*,
A.M. Beekman, R. Barrow
Hawaii Convention CenterHalls I, II, III
Molecular Containers (#99)

Organized by: S. Mitsuhiko, L. Isaacs,
H. Yang
Poster Session
19:00 – 21:00
2094. Gating of catalysis by self-assembled
nanospheres with multiple endohedralbinding sites. Q. Wang, J.N. Reek*

2095. Metallo molecular containers withtetrakis(2,2’-bipyridyl)porphyrin ligands.
H. Ube, T. Nakamura, R. Miyake,
S. Watanuki, K. Endo, M. Shiro,
M. Shionoya*
2096. Construction of a transformable coordination capsule/tube with polycationicframeworks. K. Yazaki, Y. Sei, M. Akita,
M. Yoshizawa*
2097. Cationic ligands as building blocks formolecular containers: Guest binding
through host-anion-guest interactions.
A. Peuronen*, A. Taponen, S. Forsblom,
M. Lahtinen*
2098. Dinuclear-Ag(I)-macrocycle: Recognition of ditopic aromatic molecules
through multipoint Ag-␲ interactions.
K. OMOTO, S. Tashiro, M. Kuritani,
M. Shionoya*
2099. Selective recognition of steroid hormones by using an M2L4 coordination
capsule. M. Yamashina, M. Akita,
M. Yoshizawa*2100. Synthesis of self-assembling biscavitands for molecular recognition and guest
complexation. M. Escamilla*,
J.P. Buenaflor, L. Tunstad
2101. Polyaromatic capsule capable of detecting natural fragrance compounds.
A. Suzuki, Y. Sei, M. Akita,
M. Yoshizawa*
2102. Multiresponsive metal-organic lanterncapsules in solution. J.K. Klosterman2103. Facile synthesis, structures, and guest
binding properties of resorcinol-bridged
cofacial porphyrin dimers. N. Kuramochi,
K. YAMASHITA*, Q. PHAM, K. KATAOKA,
K. SUGIURA
2104. Enzymatic activity of CLE confinedwithin M12L24 spherical complex.
Y.E. Fujii, D. Fujita, M. Fujita*
2105. Inclusion ability of cyclic porphyrin
dimers directed toward preparation of
␲-conjugated molecular tube. Y. Chiba,
J. Terao, T. Fujihara, Y. Tsuji*
2106. Inverse electron demand Diels-Alderreactions for tuneable post-assembly
modification . B.S. Pilgrim, D.A. Roberts,
J.D. Cooper, J.R. Nitschke*2107. Shape-selective solid state host-guest
complexation between pillar[5]arene andn-alkanes with gate opening pressure.
R. Sueto, T. Ogoshi, T. Yamagishi
2108. Synthesis and evaluation of new functional materials using hyperbranchedpolymer. R. Sato
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Presiding: S. Takizawa, M. Terada
19:00 – 2109. Synthetic study of biologically
active piperidine alkaloids using asymmetric organocatalytic reactions.
H. Ishikawa*
19:20 – 2110. Catalyst control of diastereoselectivity in chiral amine-catalyzed
asymmetric conjugate additions of aldehydes. T. Kano*, K. Maruoka*
19:40 – 2111. Novel bifunctional phosphonium(or ammonium) salts based onamino acids: cooperative phase-transfer
catalysis in asymmetric C-C bond forming reaction. G. Zhao

* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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04 – ORGN
20:00 – 2112. Asymmetric catalysis of
P-spiro chiral tetraaminophosphonium
salts. D. Uraguchi*
20:20 – 2113. Enantioselective organocatalyzed formal [n⫹2] cycloaddition using allenoates. S. Takizawa*, H. Sasai
20:40 – 2114. Development of organocatalyst and its application toward the synthesis of bioactive natural product.
T. Yamada, T. Hirose, S. Omura*,
T. Sunazuka*
Hawaii Convention CenterHalls I, II, III
Organic Reactions in Aqueous Media (#131)

Organized by: S. Kobayashi, B. Lipshutz,
C. CaiPresiding: S. Kobayashi
Poster Session
19:00 – 21:00
2115. Quantitative reaction monitoring ofheterogeneous reactions in water by using DART-MS. K. Masuda, S. Kobayashi
2116. Development of catalytic constructionof hydrogen isotope chirality in deuterium
oxide. T. Kitanosono, S. Kobayashi
2117. Chiral copper(II) catalysis for enantioselective silyl conjugate additions in water. T. Kitanosono, C. Liu, L. Zhu, P. Xu,
S. Kobayashi
2118. Design of novel catalysts in water utilizing interaction between Lewis acid-surfactant-combined catalyst and singlewalled carbon nanotube. P. Xu,
T. Kitanosono, S. Kobayashi
2119. Palladium(II)-catalyst mixed with surfactant for Michael reactions in water.
M. Miyo, T. Kitanosono, S. Kobayashi
2120. Development of asymmetric Mukaiyama aldol reactions without use of organic solvent. L. Zhu, T. Kitanosono,
S. Kobayashi
2121. Conversion of nitroalkanes into carboxylic acids via iodide catalysis.
P. Marce-Villa*, J. Lynch, J.M. Williams
2122. Photocatalytic carbon-carbon bondforming reaction in aqueous media.
H. Miyabe2123. Green protocol for the synthesis of vesicular acetycholine transporter inhibitors
and beta blockers. J. Agarwal*
2124. Synthesis of an amphiphilic N-heterocyclic carbene ligand applicable to theaqueous cross coupling reaction.
T. Yanagimoto*2125. Organic reactions in aqueous Triton
X-100 (TX100) micelles. G. Lu
2126. Hydrophobic effect in the reaction ofamphiphilic thioesters with alkyl amines
in water. I. Otomo, C. Kuroda
2127. Asymmetric reduction in aqueous aggregates formed from a chiral surfactant.
Y. Ono, Y. Takahashi, Y. Kondo*
2128. Asymmetric aldol reaction of hydroxyacetone and dihydroxyacetone derivatives catalyzed by chiral Zn2⫹ complexesof aminoacyl 1,4,7,10-tetraazacyclododecane. M. Yasuda, S. Itoh, S. Aoki
2129. Catalytic hydration of organonitriles
catalyzed by O-donor ligated iridium
complexes. T. Oshiki*
2130. Synthesis of N-heterocyclic carbinebased surfactants and their catalytic activities in aqueous solution. T. Taira*,
T. Yanagimoto, K. Sakai, H. Sakai,
A. Endo, T. Imura
2131. Design of nano-scale platform forDiels-Alder reaction in water using liposome. F. Iwasaki, K. Suga, Y. Okamoto,
H. Umakoshi*
2132. Green a-bromination of arylketones
with HBr-NaClO3 in water. S. Ko, J. Ban,
Y. Jung, H. Rhee*
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Applications of C-H Functionalization (#169)

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
19:00 – 2133. New stage of chelation assisted functionalization of C-H bonds.
N. Chatani*

19:30 – 2134. Directing group-free coppercatalyzed intermolecular arylation of simple primary and secondary benzylic sp3
C–H bonds. S. Zultanski, S.S. Stahl*
19:50 – 2135. Access to tetrahydroisoquinolines via intramolecular direct functionalization of alpha-cyclopropyl amino acidderivatives. C.L. Ladd, A.V. Belouin,
A.B. Charette*
20:10 – 2136. Development of novel iridium
complexes for enantioselective atomtransfer C-H functionalization reactions.
S.B. Blakey*
20:40 – 2137. Transition metal-free directfunctionalization of arene C-H bonds:
Rapid synthesis of biaryls, aryl ketones aswell as fused N- and O-heterocycles.
L. Kurti*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 4Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: A.E. Mattson, M. Visco
19:00 introduction
19:00 – 2138. Synthetic studies on the Galbulimima alkaloid GB17. R. Thomson*
19:25 – 2139. Catalytic enantioselective vinylogous Pictet-Spengler reaction: Toward the total synthesis of the Kopsia alkaloids. U.K. Tambar
19:50 – 2140. Efforts towards the total synthesis of bibselyngbyolide a. K. Nostadt,
M.E. Maier*
20:00 – 2141. Progress toward the total synthesis of Ivorenolide A. M. de Leseleuc,E. Godin, S. Parisien-Collette, S. Collins*
20:10 – 2142. Analog-oriented synthesis of
bioactive natural products. C. Vanderwal
20:35 – 2143. Catalytic enantioselective carbon-carbon bond formation reactions
with diazocompounds. D. Ryu*, B. Kang,
S. Shin, S. Shim
Hawaii Convention CenterHalls I, II, III
New Organosulfur Chemistry (#436)

Organized by: E. Block, E. Juaristi,
A. Schwan, X. Jiang, C. Lee
Presiding: R. Glass
Poster Session
19:00 – 21:00
2144. Novel preparation of cyclic vinyl sulfones and alkylalkynyl sulfones. A.
Rodrı́guez Menéndez*
2145. Stereoselective synthesis of chiral sulfilimines and sulfoximines. H. Piras,
H. Lebel*
2146. Reaction scheme for ‘‘pinking’’ of onion. M. Kato, T. Kamoi, S. Imai*
2147. Access to thiacycles via Pd-catalyzed
cascade cyclizations. T. Castanheiro*,
M. Donnard, J. Suffert, M. Gulea*
2148. Biobased thioethers as metal-absorbing ligands. R.E. Murray*,
G.B. Bantchev*, R.O. Dunn, K.L. Ascherl,
K.M. Doll
2149. Thiol-ene chemistry of vinyldimethylazlactone in CDCl3. F. Azemar*, J. Pinaud,
S. MONGE
2150. Exceptionally simple chiral sulfurbased olefin ligands for broad-scope
asymmetric catalysis. M. Xu*
2151. Copper-catalyzed aerobic oxidation of
thiols for the synthesis of thiocarbonylcompounds. H. Jang*
2152. Stereoselective synthesis of cis-␣,␤unsaturated sulfones and sulfonates using new Peterson reagents. K. Ando*,
M. Okumura, H. Sumida, T. Wada,
K. Fujimoto
2153. Ruthenium complex-controlled catalytic addition of organic disulfides to terminal alkynes. K. Sawase*, Y. Kimura,
A. Toshimitsu, T. Kondo

2154. New insights into the electronic structures and electrochemical behavior of
2-benzothio- and 2-benzoselenopyrylium
tetrafluoroborates. N. Nagahora,
I. Takemoto, M. Fujii, H. Tokumaru,
K. Shioji, K. Okuma
2155. Ferrocene-fused sulfur heterocycles.
S. Banks, B. Maharjan, J.P. Selegue*,
S. Parkin
2156. Synthesis of sodium sulfinates andtheir application in palladium(II) catalyzed
addition reactions. B. Skillinghaug
2157. Copper-catalyzed preparation of thiosulfonates using sodium sulfinates withthiols or disulfides. N. Taniguchi*
2158. Selective S-deacetylation: Practicalsyntheses of glycosylthiols and drug mercapto-analogs. P. Shu, J. Zeng, J. Tao,Y. Zhao, Q. Wan*
2159. Tandem reactions leading from simple
sulfones to complex bicycles andt tricycles: Applications as enzyme inhibitors.
J.E. Wulff*, M.G. Brant
2160. Thio-click and domino approaches tothioglycomimetics. Z. Witczak*

Saturday Morning
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Designed pi-Electronic Systems: Synthesis,
Properties, Theory and Function (#25)

Organized by: T. Kubo, Y. Tobe,
M. Haley, G. Bodwell, K. Wong
Presiding: K. Wong
8:00 – 2161. Insulated oligothiophene molecular wires and tripodal anchors for molecular electronics . Y. Aso*
8:40 – 2162. Selenium and tellurium-containing organic electronic materials.
D.S. Seferos
9:05 – 2163. Thiophene-fused dehydroannulenes: An isolable, but reactive scaffold
for polycyclic 2D ␲ electron systems.
F. Aiko*
9:30 – 2164. Contorted aromatics and polymers from cyclopenta-fused polycyclicaromatic hydrocarbons. K.N. Plunkett
9:45 – 2165. Thiophene-containing macrocyclic arylenes: Synthesis and photophysical properties. T. Shibata*, S. Kita,
M. Fujimoto, Y. Suzuki, D. Yokoyama
10:00 – 2166. Designing aromatic structures
to help control molecular organization inthin-layer devices. J. Wuest*, A. Heskia,
S. Langis-Barsetti, V. Lachapelle
10:40 – 2167. 2D polymers as lattice templates for designer surfaces. B.T. King
11:05 – 2168. From open-shell singlet diradicaloids to polyradicaloids. J. Wu
11:30 – 2169. Copper-catalyzed efficientroute to 2-halo-substituted imidazo[1,2a]pyridines and its application in designed pi-electronic systems. H. Jiang*,
Y. Gao, W. Wu
11:45 – 2170. Synthesis and characterizationof 3,3’-5,5’ doubly linked corrole dimers.
T. Tanaka, S. Ooi, A. Osuka*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Anion Receptors (#31)

Organized by: B. Hay, F. Pfeffer, B. Wu,
C. Jia, R. Custelcean
Presiding: R. Custelcean, P. Gale
8:00 – 2171. Power of the chelate and macrocyclic effects in anion coordination.
K. Bowman-James*, H. Telikepalli,
P. Metola, V. Day
8:30 – 2172. Hydrogen bond host for fluoride
and (maybe) hydride . J. Jackson,
T. Kakeshpour, P. Nandi
9:00 – 2173. Ion pair-based molecular recognition of biological targets by supramolecular ligands. C. Schmuck*
9:30 – 2174. Pseudo-bicyclic guanidiniumbased scaffold for binding anions in asymmetric planar conformation.
V. Bryantsev, C.A. Seipp, N.J. Williams,
R. Custelcean, B.A. Moyer
10:00 Break

10:15 – 2175. Calixpyrroles as anion and ion
pair receptors. J.L. Sessler*
10:45 – 2176. Peptidic receptors for selective anion recognition in aqueous solution. K.A. Jolliffe*
11:15 – 2177. Cooperativity and complexity
in the binding of anions and cations to atetratopic ion-pairing host.
P. Thordarson*, E. Howe
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Natural Product-based Drug Discovery(#66)

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Presiding: H. Kigoshi, D. Romo
8:00 – 2178. Microtubule-stabilizing natural
products: potential agents for neurodegenerate disease. A.B. Smith, III, V.M.
Lee, J.Q. Trojanowski, K.R. Brunden, I.
Paterson, C. Ballatore
8:35 – 2179. Aplyronine A, an antitumor marine macrolide that promotes protein-protein interaction. H. Kigoshi*
9:05 – 2180. Bioactivity-guided retrosynthesis: “Upping the ante” for natural product-based drug target and lead discovery. D. Romo*
9:40 – 2181. Isolation and total synthesis of
microbial natural products.
T. Sunazuka*, T. Hirose, S. Omura
10:00 – 2182. Discovery of bioactive leadcompounds from plants. H. Zhang*
10:20 – 2183. Formal total synthesis ofsarain A. S. Yokoshima
10:40 – 2184. Convergent approach to thesynthesis of ciguatoxin CTX3C.
I. Kadota*
11:00 – 2185. “Re-tooling” natural products
for drug discovery. C.L. Chai
11:10 – 2186. Discovery of novel orexin receptor agonists for controlling sleep/
awake cycle. T. Saitoh, T. Nagahara,
N. Kutsumura, Y. Irukayama, Y. Ogawa,
H. Fujii, M. Yanagisawa, H. Nagase
11:20 – 2187. Unified total synthesis and biological activity of sarcophytonolides.
H. Takamura*, K. Iwamoto, E. Nakao,
N. Harada, T. Kikuchi, O. Ohno,
K. Suenaga, N. Endo, Y. Fukuda,
I. Kadota
11:30 – 2188. Construction of congested
bridged bicyclic systems: Progress toward the first total synthesis of an antithrombotic natural product. S.L. Maki,
E.J. St.Germain, K.P. Yadavalli, P. Maity,
S.D. Lepore*
Hawaii Convention CenterHalls I, II, III
Recent Trends in Organocatalysis (#122)

Organized by: M. Terada, M. Shi,
J. Antilla, K. Maruoka
Poster Session
10:00 – 12:00
2189. Stereoselective aldol reactions usingorganocatalysts having a 2,6-difluorophenyl group derived from (L)-valine.
Y. Tanimura, K. Ishimaru*
2190. Phosphine oxide-catalyzed enantioselective cross-aldol reactions between ketones. S. Kotani*, S. Aoki, M. Sugiura,
M. Ogasawara, M. Nakajima* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–161

04 – ORGN
2191. Fluorogenic probes for chemical transformations: Turn-on aldol, Mannich, andDiels-Alder reaction sensors for evaluation of both enamine and iminium catalysis. N. Mase*, T. Masuda, K. Sato,T. Narumi, N. Watanabe
2192. Activation of boron compounds bychiral ␣-hydroxy carboxylic acid catalysts. M. Sugiura*, Y. Kuboyama,
W. Ishikawa, M. Tokudomi, R. Kinoshita,
M. Nakajima
2193. Regio- and stereoselective conjugate
addition of aldehydes to ␤-tosyl enones
catalyzed by binaphthyl-modified chiralamine. H. Maruyama, H. Sugimoto,T. Kano, K. Maruoka
2194. Development of 1,4-addition reactionof 2-formylthioesters to vinylketones involving an all-carbon quaternary carbon
atom construction. T. Misaki*,T. Tatsumi, T. Sugimura
2195. Enantioselective phase-transfer catalytic alkylation of (E)-4-bromobenzylideneamino tert-butyl malonates. C. Park*,
M. Ha, D. Kim, S. Hong, Y. Park, M. Kim,
H. Park2196. Novel method for synthesis of cyclic
ether using transition metal catalysts.
R. Nakaya, H. Yokoyama, M. Miyazawa*
2197. Chemoselective two-directional reaction induced by acidic zwitterions bearing
highly stabilized carbanion moiety.
H. Yanai, Y. Sasaki, Y. Yamamoto,
T. Matsumoto
2198. Synthesis of novel quaternary ammonium salts derived from quinine and theirapplication to asymmetric hydrolysis ofamino acid esters. Y. Furutachi*,Y. Hidani, T. ISHIDA, M. Tokunaga,
A. Hamasaki
2199. Theoretical study on enantioselective
alkylation by binaphthyl chiral phasetransfer catalysts: A DFT-based conformational analysis. T. Kamachi,
K. Yoshizawa
2200. Final-stage site-selective acylation for
the total syntheses of multifidosides A-C
by organocatalysis. Y. Ueda, T. Furuta,
T. Kawabata*2201. Oxy-allyl cation mediated asymmetricnucleophilic substitution of ␣-tosyloxy cyclopentanones. C. Liu*, E.Z. Oblak,
M. Vanderwal, D. Almstead
2202. Straightforward synthesis of 1,2-dicyanoalkanes from nitroalkenes and silyl
cyanide mediated by tetrabutylammonium fluoride. T. Nagata, K. Kiyokawa,
S. Minakata*2203. Phase-transfer catalyzed asymmetricsynthesis of ␥,␥-disubstituted unsaturated ␥-lactams. H. Toyama, a. arlt,
T. Hashimoto, K. Maruoka
2204. Chiral Brønsted acid catalyzed asymmetric Mannich-type reaction of aldehydes with N-carbamate-protected aminals. Y. Aota, T. Kano, K. Maruoka*
2205. Diaziridination of cyclic secondaryamines using haloamide salt. S. Tanaka,
S. Minakata*2206. Iodine-catalyzed diamination of olefinsusing haloamide salt. S. Minakata*,
A. Hirayama, S. Tanaka
2207. Novel NHC-catalyzed synthesis of silyl
dienol ethers via 1,4-Brook rearrangement. H. Amano, K. Sugimoto,
Y. Matsuya*2208. Chemoselective catalytic oxidation of
1,2-diols to ␣-hydroxy acids.
M. Shibuya*, K. Furukawa, Y. Yamamoto
2209. Construction of vicinal quaternary chiral centers by asymmetric Mannich typereaction using optically active bis(guanidino)iminophosphorane organosuperbase catalyst. T. Takeda, M. Terada*
2210. Development of oxidative kinetic resolution of ␤-substituted tetralones basedon asymmetric ␣-hydroxylation using
guanidine-bisurea bifunctional organocatalyst. M. Odagi, M. Sato,
M. Yamanaka, K. Nagasawa*2211. Iodoarene-catalyzed cyclization reactions. W.J. Moran*
2212. Organocatalysis in confined space forthe chemical valorization of carbon dioxide. V. Dufaud*, B. Chatelet, A. Martinez,
J. Dutasta

162–TECHTECHNICAL PROGRAM
2213. Novel L-prolinamide based bifunctional chiral organo-catalyst: Synthesis
and its application in direct organo-catalytic asymmetric aldol reaction.
P.K. Jaiswal*, D. Dikshit, A. Mishra,
S. Chaudhary2214. Bioinspired organocatalytic enantioselective decarboxylative aldol reaction ofmalonic acid half thioesters with aldehydes and trifluoromethyl ketones.
J. Sim, H. Bae, J. Lee, B. List, C. Song*2215. Thiourea-catalyzed generation of trityl
cation species: Application to carbonylene cyclization reaction. N. Nishiyama,
R. Horinouchi, H. Kotsuki
2216. Quinonediimine-catalyzed oxidative
coupling of organomagnesium reagents.
T. Amaya*, R. Suzuki, T. Hirao*
2217. Development of chiral aryl phosphinicacid catalyst and its application to catalytic enantioselective hetero Diels-Alderreaction. N. Momiyama*, T. Narumi,
M. Terada*
2218. Asymmetric organocatalytic Michael
addition reaction of ␣-aryl-substituted
lactams by phase transfer catalyst: A new
short synthesis of (⫹)-mesembrine.
S. Nunokawa, M. Minamisawa,
H. Kotsuki*
2219. Brønsted acid catalyzed asymmetricsilylation of alcohols. K. Hyodo*, B. List
2220. Efficient enantioselective synthesis of
all-carbon-substituted quaternary carbon
stereogenic centers through the primaryamine-based organocatalytic Michael addition reaction of ␣-substituted cyclic ketones at high pressure. R. Horinouchi,
K. Kamei, R. Watanabe, N. Hieda,
N. Tatsumi, H. Kotsuki*
2221. Synthesis of architecturally complex
block copolymers consisting of oligosaccaride and polyester via organocatalytic
ring-opening polymerization. T. Isono*,T. Satoh*
2222. Asymmetric synthesis of phosphite triesters using chiral Brønsted acid catalysts. N. Oka*, T. Oshima, K. Ori,
T. Sakai, N. Seo, K. Ando2223. Design and development of C1 symmetric bis phosphoric acid catalyst.
N. Momiyama*, K. Funayama,
M. Terada*
2224. Catalytic asymmetric synthesis of anti␣,␤-diamino acid derivatives. S. Izumi,
Y. Kobayashi, Y. Takemoto*2225. Enantioselective synthesis of [2.2]paracyclophanes by chiral phosphoric
acid-catalyzed kinetic resolution of PHANOLs. H. Kishi, T. Akiyama*, K. Mori
2226. Enantioselective reaction of enamide
with azlactone or thiazolone catalyzed bychiral Brønsted acid catalyst. J. Kikuchi,
N. Momiyama, M. Terada
2227. New and efficient generation of perfluoroalkyl radicals using highly electrophilic hypervalent iodine(III) reagent undermetal-free conditions. H. Kashiwagi*,
K. Maruoka
2228. Migrative cyclization of propargylsulfones using N-heterocyclic carbenes.
K. Yamada, Y. Wang, R. Oriez,
Y. Yamaoka, K. Takasu
2229. Organophosphate-catalyzed bulk ringopening polymerization of cyclic esters.
T. Saito, T. Isono, K. Tajima, T. Kakuchi,
T. Satoh*
2230. Metal-free C-H arylation of arenes withdiazonium salts induced by polyaniline.
D. Hata, T. Amaya, T. Hirao
2231. Efficient photolytic C–H bond functionalization of benzylic compounds withhypervalent iodine(III) reagent. T. Inada,
K. Maruoka
2232. Flavin-catalyzed photoinduced thioacetalization of aldehydes. Y. Arakawa,T. Mihara, K. Minagawa, Y. Imada*2233. Visible light-induced ␣-oxyaminationof aldehydes with flavin organocatalysts.
T. Tagami, Y. Arakawa, K. Minagawa,Y. Imada*
2234. Facile preparation of flavinium organocatalysts utilizing cation-exchange resins.
T. Oonishi, Y. Arakawa, K. Minagawa,Y. Imada*
2235. Exploiting intramolecularity: Reaction
development using aldehydes as organocatalysts. A.M. Beauchemin*

2236. Motif for the recognition of phosphonate monoester for the ester hydrolysis
catalyst. A. Shiratori*, N. Kihara
2237. Synthetic study of trans-dihydrolycoricidine utilizing 1,4-type catalytic asymmetric Friedel-Crafts reaction. M. Kato,
K. Nagasawa*
2238. Asymmetric Friedel-Crafts alkylation
between indoles and ␣,␤-disubstituted
acroleins catalyzed by chiral borate salt.
Y. Yagyu, M. Ueda*, I. Ryu*
2239. A bulky thiyl radical catalyst for [3 ⫹ 2]
cyclization of vinylaziridine and alkenes.
K. Takino
2240. Organocatalytic asymmetric Michael
reaction of cyclic ␤-ketoesters and Morita–Baylis–Hillman derivatives bearing aleaving group. R. Takagi, E. Fujii,
H. Kondo2241. Highly enantioselective fluorination of
␣-branched aldehydes with a newly developed chiral primary amine catalyst.
K. Kitahara, T. Okimi, K. Shibatomi,
S. Iwasa
2242. Tethered oligopeptides-catalyzed
asymmetric conjugate addition reactions.
A. Ueda, T. Umeno, R. Eto, M. Tanaka*
2243. N-heteroarenesulfonylated cinchona
alkaloid amide catalysts: Asymmetric reaction of some nucleophiles withketimines. S. Nakamura*
2244. Control of difluorocarbene generation
by organocatalyst and its applications.
K. Fuchibe, Y. Koseki, T. Aono,
M. Bando, R. Takayama, J. Ichikawa
2245. Total synthesis of ellagitannins via
site-selective sequential functionalizationof unprotected glucose. H. Takeuchi,
K. Mishiro, Y. Ueda, Y. Fujimori,T. Furuta, T. Kawabata*2246. Enantioselective route to chiral biaryl
chloride/Iodide by chiral phosphoric acidcatalyzed sequential halogenation strategy. T. Itakura, K. Mori, T. Akiyama*
2247. First nonenzymatic dynamic kinetic
resolution of racemic ␣-amino acid derivatives by the asymmetric esterification
using chiral acyl-transfer catalyst.
E. Tokumaru, I. Shiina2248. Betaine-type electron-transfer catalyst: Design and application. M. Torii,
D. Uraguchi, T. Ooi
2249. Aerobic alcohol oxidation using AZADOs-NOx catalysis. S. Nagasawa,
Y. Osada, Y. Sasano, M. Shibuya,
Y. Iwabuchi*
2250. Screening of peptide libraries for discovering efficient aminocatalysts.
K. Akagawa, J. Satou, K. Kudo*
2251. Development of highly active bifunctional organocatalyst having quaternaryammonium as a key functional group.
K. Dan, A. Kondoh, M. Terada*
2252. Catalytic asymmetric carbon-heteroatom bond-forming reactions at ␣-positionof carbonyl compounds. Y. Ando,
K. Ohmatsu, T. Ooi*
2253. Water-compatible prolinamide catalysts for stereoselective aldol reaction inaqueous solution. T. Machinami*,
D.M. Miura, T. Fujimoto, M. Tashiro,
M. Baba
2254. Chiral binol-based polyethers: Multipurpose chiral organocatalysts. S. Park,
C. Song*
2255. Asymmetric heterocycle syntheses utilizing multipoint activation by organocatalysts. K. Asano*, S. Matsubara
2256. Enantioselective desymmetrization of
meso 1,2-diols by chiral nucleophilic catalyst containing a 1,1⬘-binaphthyl unit.
H. Mandai*, H. Yasuhara, K. Fujii,
S. Suga*
2257. Planar chiral [2.2]paracyclophanebased phosphine-phenol catalysts bearing exceptionally high reactivity for azaMorita-Baylis-Hillman reaction.
s. kitagaki*, S. Adachi, A. Furusawa,
N. Takenaga, Y. Ohta, C. Mukai
2258. Development of length-selective acylation catalyst using hydrogen bonding
between amides. J. Yabe, N. Kihara*
2259. Enantioselective Steglich rearrangement of oxindole derivatives and kinetic
resolution of secondary alcohols by chiralnucleophilic catalyst containing a 1,1⬘binaphthyl unit. K. Fujii, H. Mandai,
T. Korenaga, S. Suga

2260. Synthesis of strong chiral Brønsted
acids bearing an adjacent sulfonimide
and its catalitic ability in hydroamination.
T. Ichiki, R. Takagi, M. Abe
2261. Oxidative homocoupling reaction ofaryl Grignard reagents using perfluorocyclopentene derivatives. T. Korenaga*,
K. Nitatori, K. Shimada
2262. Enantioselective Brønsted acid-catalyzed hydroboration of ␣,␤-unsaturated
ketones. S.S. Lopez*, L.W. Hernandez,
J. Antilla
2263. Kinetic resolution of racemic amino alcohols through intermolecular acetalization catalyzed by chiral Brønsted acid.
T. Yamanaka, A. Kondoh, M. Terada*
2264. Synthesis of 5 to 8-aroylquinazolines
by NHC-catalysis. M. Nakagawa*,
Y. Suzuki
2265. Regioselective synthesis of substituted quinoxalines via iminoethanones
prepared by N-heterocyclic carbene catalysis. R. Takehara, M. Shinozaki,
Y. Suzuki*
2266. Enviromentally-benign glycosylation
reaction using thioglycosides preparedwith an odorless thiol and phenyliodinebis(trifluoroacetate) (PIFA). T. Kajimoto,K. Morimoto, T. Dohi, Y. Kita
2267. Kinetic resolution of alcohols with chiral N-aryl imidazole-acid combined catalysts. K. Suzuki, A. Hirose, Y. Kiyota,
R. Irie, T. Imahori*2268. Phenyliodine bis(trifluoroacetate)(PIFA) as an excellent promoter of thioglycosides in glycosylation reaction.
T. Kajimoto, K. Morimoto, R. Ogawa,T. Dohi, Y. Kita*
2269. Organic reactions in water using catalysts tethered on thermoresponsive copolymers. R. Akebi, T. Inoue,
M. Rikukawa, Y. Masuyama, N. Suzuki
2270. Enantio- and diastereoselective
phase-transfer alkylation of 3-substituted
oxindoles with racemic secondary halides. Y. Furukawa, K. Ohmatsu, T. Ooi*
2271. Cooperative catalysts for activation ofacid anhydrides. N. Banden, A. Tamaki,
J. Itou, S. Kojima*, Y. Yamamoto
2272. Development of the organocatalyst for
efficient generation of carbon-centeredradical. T. Shimada, R. Matsubara,
M. Hayashi
2273. Asymmetric desymmetrization of
meso-aziridines catalyzed by cinchona
alkaloidamides-metal complexes.
N. Shiomi
2274. Synthesis of biologically active flavonoids by Lewis base-catalyzed regioselective cyclization of o-alkynoylphenol
derivatives. K. Saito, M. Yoshida, T. Doi*
2275. Asymmetric hydrolysis of 2-arylpropanic acid esters catalyzed by chiralphase-transfer catalyst. A. Murakami*,
K. Takehisa, A. Hamasaki, T. ISHIDA,
T. Kamachi, K. Yoshizawa, M. Tokunaga
2276. Development of chiral iodine-catalyst
assisted with NH-hydrogen bonding.
T. Arai
2277. Development of main-chain polymer
of chiral organocatalyst for asymmetric
reaction. N. Haraguchi*, S. Itsuno
2278. Brønsted base-catalyzed formal [3⫹2]cycloaddition of ␤,␥-epoxy esters withimines. A. Kondoh, K. Odaira, M. Terada*
2279. Chiral phosphoric acid catalyzed 1,2sulfur rearrangement/enantioselective nucleophilic addition of dithioketal derivatives. F. Li, M. Terada** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
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2015 program online at:
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onlineprogram

04 – ORGN
2280. Organocatalytic coupling of carbon dioxide with epoxides: The unexpectedbooster effect of fluoroalcohols.
B. Grignard*, S. Gennen, M. Alves,
T. Tassaing, C. Jérôme, C. Detrembleur
2281. Organocatalytic asymmetric synthesisof potentially bioactive 3-aminooxindole
derivatives. S.S. Chimni
2282. Diazapane carboxylates in the catalysis of the Cope rearrangement, Diels-Alder cycloaddition and Michael addition.
J. Gleason, D. Kaldre, N. Haggman,
F. Larnaud, B. Zank
2283. E/Z-selective asymmetric conjugate
addition to electron-deficient internalalkynes. K. Yamada, D. Uraguchi, T. Ooi*
2284. Guanidinium-hypoiodite catalyzed
umpolung type coupling reaction of ␤-ketoamide with oxindoles. T. Kato,
K. Yasui, K. Nagasawa*2285. Organocatalysis via halogen-bond interaction. X. Mi*, S. Guo2286. Catalytic asymmetric Pictet-Spengler
reaction using chiral supramolecularcomplex. K. Yamashita, S. Handa,
H. Sugimoto*
2287. Stereoselective intramolecular directcross-aldol and desymmetrization of aliphatic dials enabled by axially chiral aniline. R. Yella, T. Baba, Y. Tanaka,
S. Yamamoto, T. Furuta*, T. Kawabata
2288. DFT study of chiral phosphoric acidcatalyzed 1, 4-reduction of ␣, ␤- unsaturated ketones. E. Yamamoto,
M. Yamanaka*
2289. Chiral tetraaminophosphonium salts
mediated highly regio- and stereoselective 1,6- and 1,8-additions. K. Yoshioka,
D. Uraguchi, T. Ooi*
2290. Theoretical study on chiral bis-phosphoric acid catalyzed asymmetric DielsAlder reaction. H. Noda, N. Momiyama,
M. Terada, M. Yamanaka*
2291. Synthesis of novel chiral quaternary
phosphonium salts with hydrogen-bonddonor and their application to asymmetric
reactions. Y. Hidani*, A. Hamasaki,
T. ISHIDA, M. Tokunaga
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
New Green Techniques for Medicinal
Chemistry (#148)

Organized by: W. Zhang, I. Ryu, P. Toy
Presiding: Y. Uozumi, W. Zhang
8:00 – 2292. Access to medically-relevantorganoamine scaffolds via palladium-catalyzed decarboxylative allylation.
J.J. Chruma*
8:30 – 2293. Sustainable approaches to palladium-catalyzed cross-coupling reactions. L. Vaccaro*
9:00 – 2294. Amphiphilic polymeric transition
metal catalysts for coupling reactions inwater. Y. Uozumi
9:30 – 2295. Rhodium-catalyzed direct enantioselective alkynylation of ketimines:
Mechanistic studies and expansion ofsubstrate generality. T. Ohshima*,
K. Morisaki, M. Sawa, R. Yonesaki,
H. Morimoto
9:50 – 2296. Green approach to the synthesis of polycyclic compounds through rhodium-catalyzed cyclization of aromatic
carboxylic acids. T. Fukuyama*,
S. Maetani, K. Miyagawa, T. Sugimori,I. Ryu*10:10 – 2297. Methods for sultam librarysynthesis. P.R. Hanson*
10:40 – 2298. Synthesis of highly and diversely substituted heterocycles from alk3-yn-1-ones (propargyl ketones).
R. Dembinski
11:10 – 2299. Chemical library design basedon privileged structure by green chemistry . H. Liu
11:40 – 2300. Electroactivated heterogeneous catalytic C-H activation at sp3
R2NC-H and HOC-H sites: (a) Stereoretentive H/D exchange and (b) Amine alkylation with simple alcohols. J. Jackson,
S. Bhatia, Z. Li

Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Applications of C-H Functionalization (#169)

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
8:00 – 2301. C-H functionalization as an enabling methodology for drug discovery.
L. Hamann*
8:30 – 2302. Collaborative approach for C-Hfunctionalization. H.M. Davies*
9:00 – 2303. C-H functionalization: A transformative technology for drug discovery.
S.W. Krska*
9:30 – 2304. Materials- and biology-oriented
C-H activation. K. Itami
10:00 – 2305. Isocanthine synthesis via
Rh(III)-catalyzed intramolecular C–H functionalization. H. Zhang*
10:20 – 2306. Palladium-catalyzed C–H activation of aliphatic amines. M. Gaunt*
10:50 – 2307. High-throughput experimentation methods in the development of directfunctionalization reactions. L. Campeau
11:10 – 2308. C-H functionalization symposium. P.S. Baran
11:40 – 2309. Iridium(III)-catalyzed benzylic
amine-directed C-H sulfonamidation ofarenes with sulfonyl azides.
M.P. Huestis*, H. Chen
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: A.B. Dounay, C. Forsyth8:00 Introduction
8:05 – 2310. Novel tactics for synthesis offunctionalized aryl hydroxamic acids.
A.B. Dounay*
8:30 – 2311. Unified synthetic approach toward ent-kaurene diterpenoids from
Isodon species. L. Zhu, W. Ma, C. Lee*
9:00 – 2312. Synthesis of cephalimysin A
and related bioactive natural productswith spiro furanone-␥-lactam core structure. B. Wang
9:25 – 2313. Total synthesis of apratoxin F.
L. Xiao, M. Jackel, C. Forsyth*9:40 – 2314. Strategic approaches in the total synthesis of complex natural products.
C. Forsyth*10:10 break
10:20 – 2315. From alkaloids to terpenoids:
Strategies and tactics for the synthesis ofpolycyclic natural products.
S.E. Reisman
10:50 – 2316. Total syntheses of (-)-supinidine, (-)-isoretronecanol, (⫹)-elacomine,(-)-kainic acid and efforts toward (-)-domoic acid using a new annulation strategy. J.T. Njardarson
11:15 – 2317. Total synthesis of (⫹)-isoschizogamine. H. Ueda, A. Takada,H. Fujiwara, K. Sugimoto, H. Tokuyama*
11:30 – 2318. Synthesis of magellaninonetype Lycopodium alkaloids using a pyridine functionalization/reduction approach. V.N. Lindsay*, R.A. Murphy,
R. Sarpong
11:45 – 2319. Unified approach toward prenylated indole alkaloid natural products.
E.V. Mercado-Marin,
P. Garcia-Reynaga, R. Sarpong
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Cooperative Cocatalysis with Two Different
Metals (#270)

Organized by: S. Blum, Y. Nakao,
S. Chang
8:00 – 2320. Cooperative catalysis with goldand palladium in cross-coupling reactions. S. Blum*
8:40 – 2321. Pd/Cu complexes: Cooperativeand relay catalysis. m. lesieur, f. lazreg,
f. nahra, C. Cazin*

9:10 – 2322. Pd, Cr and Ag in C-H activation:
Reactivity and selectivity control in thesynthesis of biaryls. I. Larrosa
9:50 Break
10:00 – 2323. Progress toward dual catalytic, non-directed C-H functionalization.
J.C. Lewis, L. Durak, J. Gair
10:40 – 2324. Cross-coupling reactions bycooperative Pd/Cu catalysis. K. Semba*,
K. Ariyama, R. Kameyama, Y. Nakao*
11:10 – 2325. Dual contemporaneous catalysis for C-C bond formation. B.M. Trost
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2
Chemical Glycosylation: Methods andMechanisms (#306)

Organized by: T. Lowary, X. Huang,
S. Hung, K. Tanaka
Presiding: X. Huang
8:00 – 2326. Investigations on the chemical
and chemoenzymatic synthesis of fragments of O-antigens from a variety of Shigella serotypes and species.
L.A. MULARD
8:30 – 2327. Synthesis of immunomodulatory glycoconjugates based on recently
developed chemical glycosylation.
Y. Fujimoto*
9:00 – 2328. Simple one-pot regioselective
6-O-phosphorylation of carbohydrates
and trehalose desymmetrization.
C. Chang*, C. Wang
9:15 – 2329. Regio- and 1,2-cis-␣-stereoselective glycosylation utilizing glycosyl acceptor-derived boronic ester catalyst.
D. Takahashi*, A. Nakagawa, M. Tanaka,
K. Toshima*
9:30 – 2330. Development of structurally defined QS saponin-based immune adjuvants. P. Wang*
10:00 Break
10:10 – 2331. Automated electrochemical
assembly for oligosaccharide synthesis.
T. Nokami*, Y. Isoda, K. Takayanagi,
N. Sasaki, S. Hayase, T. Itoh*
10:40 – 2332. Control of stereochemistry atanomeric centers via acyclic cation formation: The endocyclic cleavage reaction. S. Manabe*, Y. Ito
10:55 – 2333. Direct stereoselective glycosidation using unprotected glucose.
Y. Fujimori, H. Takeuchi, T. Furuta,
Y. Ueda, T. Kawabata*
11:10 – 2334. Chemoenzymatic synthesis ofO-sulfated sialyl Lewis x glycans.
X. Chen*, A. Santra, N. Tasnima, Y. Li,
M. Muthana, H. Yu
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
New Horizon of Process Chemistry by
Scalable Reactions and Technologies(#426)

Organized by: K. Tomioka, R. Williams,
R. Hwu, H. Sajiki, T. Shioiri, N. Yasuda
Presiding: K. Tomioka
8:00 – 2335. Heterogeneous platinum-groupmetal catalyzed deuterium labeling methods on the basis of C-H activation.
H. Sajiki*, T. Yamada, Y. Sawama,
Y. Monguchi
8:20 – 2336. Radical-based C-H functionalization of heteroarenes aimed at latestage functionalization in drug discovery.
Y. Fujiwara*, P.S. Baran
8:40 – 2337. Practical synthesis of first-inclass MEK inhibitor trametinib (Mekinist®). H. Abe*, S. Kikuchi, T. Iida,
N. Nagahashi, N. Matsumoto, T. Miura,
K. Matsumura, N. Seki, T. Ito,
H. Kawasaki, T. Inaba
8:55 – 2338. Important catalytic transformations for drug development.
C. Senanayake
9:15 – 2339. Asymmetric synthesis of efavirenz via organocatalyzed enantioselective trifluoromethylation. N. Shibata*9:35 – 2340. Application of Shibasaki asymmetric amination to manufacture of
ASI-2. N.N. Bhogle, M. Toshima,
S. Watanabe, T. Takasaki*, H. Zhao,
M. Filios, J.R. Snoonian, K. Saranteas
9:50 Break
10:00 – 2341. Chemical modification of the3⬘-dangling end of dsRNAs for the development of RNA medicines. Y. Kitade*
10:20 – 2342. Citric acid assisted one-step
synthesis for highly dispersed metallic
Ru/SiO2: As-prepared Ru/SiO2 catalysts
for Fischer-Tropsch synthesis.
S. Ishikura, Y. Yoneyama, N. Tsubaki*
10:35 – 2343. Development of analyticalstandards guaranteed by qNMR.
T. Miura, N. Sugimoto, T. Suematsu,
S. Nakao, S. Takaoka, J. Hosoe,
H. Nishimura, Y. Kikuchi, T. Katsuhara,
T. Yamashita, Y. Yamada, Y. Goda*
10:55 – 2344. Innovative process for carbonates from CO2. N. Miyake*,
B. NISHIYAMA, M. Shinohata,
K. NAKAOKA, Y. KOSUGI
11:10 – 2345. Catalysis in the pharmaceutical industry: Challenges and approaches.
Y. Hsiao*
11:30 – 2346. Magical power of d-blocktransition metals as catalysts for organic
synthesis: Principles and examples.
E. Negishi*
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Asymmetric Supramolecular Catalysis(#451)

Organized by: J. Takacs, S. Moteki,J. Green
Presiding: J. Takacs
8:00 Opening Remarks
8:05 – 2347. Supramolecular concepts inhomogeneous catalysis. B. Breit*
8:35 – 2348. Chirality transfer and amplification phenomena applied to asymmetriccatalysis. M. Raynal*, A. Desmarchelier,
X. Caumes, M. Zimbron, A. Nouar,
P. van Leeuwen, C. Thomas, L. Bouteiller
9:00 – 2349. Design and application of chiralsupramolecular catalysts based on hostguest interactions. Q. Fan*
9:30 – 2350. Supramolecularly regulated ligands in asymmetric transformations.
A. Vidal-Ferran*, H. Fernández-Pérez,
L. Rovira, M. Vaquero
10:00 – 2351. Rapid identification of optimalligand for palladium-catalyzed asymmetric allylations. Y. Hara, K. Ohmatsu,
T. Ooi
10:20 – 2352. Switchable rotaxane catalysts.
D. Leigh*
10:50 – 2353. Enatioselective o-acylation of
meso-1,2-diol with a chiral organocatalyst. K. XU, T. Iwase, K. Nakazono,
T. Takata*
11:10 – 2354. Asymmetric radical processes
through supramolecular catalysis.
P. Zhang*
11:40 – 2355. New self-assembly Co(III)salen catalyst for asymmetric epoxideopening reactions. T. Imahori*,
Y. Hayashi, M. Doi, M. Watanabe,
Y. Kuwahara, S. Kurihara, R. Irie,
M. Uchiyama* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–163

04 – ORGN
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Synthetic Modulators of Protein-Protein
Interactions (#461)

Organized by: P. Arora, D. Fairlie,
A. Kennan, K. Kumar, S. Sidhu, ,Presiding: D.P. Fairlie
8:00 Break
8:30 Opening Remarks
8:35 – 2356. Membrane anchored molecules
as modulators of protein-protein interactions. K. Kumar*
9:00 – 2357. Semi-synthetic tRNA complement mediates in vitro protein synthesis.
K.A. Alexandrov
9:25 – 2358. New encodable chemistry forprotein labeling in living cells. R. Scheck*
9:45 Break
9:55 – 2359. Display platforms for helical ligand discovery. R. Tennyson,
A. Kennan*, B. McNaughton*
10:20 – 2360. Painting proteins blue: ␤-(1azulenyl)-L-alanine as a probe of proteinprotein interactions. P. Gosavi, Y. Moroz,
G. Caputo, I. Korendovych
10:40 – 2361. Design and gram-scale syntheses of small drug-like molecules actings as inhibitors of PPII helix-mediatedprotein-protein interactions. S. Dohmen*,
A. Soicke, R. Opitz, R. Kühne, H. Schmalz
11:00 Break
11:10 – 2362. Small molecule protein–protein interaction surrogates.
A.R. Van Dyke*, J.P. Carolan, A.K. Mapp
11:30 – 2363. Synthetic proteins for modulation of cell signaling. S.S. Sidhu*

Saturday Afternoon
Hilton Hawaiian Village
Mid-Pacific Center, Coral 5
Designed pi-Electronic Systems: Synthesis,
Properties, Theory and Function (#25)

Organized by: T. Kubo, Y. Tobe,
M. Haley, G. Bodwell, K. Wong
Presiding: M.M. Haley
13:00 – 2364. From molecules to materials.
C. Nuckolls*
13:40 – 2365. New aromatic materials forhighly efficient small-molecule based organic solar cells. K. Wong*
14:05 – 2366. Fluorescent and switchable
hydrazone-based hydrogel.
I. Aprahamian*, H. Qian
14:30 – 2367. Design and synthesis of novel
electron donors and acceptors for highperformance organic electronic materials.
Y. Liu*14:45 – 2368. Brønsted acid promoted polyalkyne benzannulation to synthesize pyrenes, peropyrenes, and graphene nanoribbons. W.A. Chalifoux, K.C. Sproul,
C. Sarcinella, W. Yang
15:00 – 2369. Chirality and corannulene.
J. Siegel*
15:25 – 2370. Propellers and scissors – unusual switching motifs in pi-extended
isoindolinones. S. Eisler*, P. Estey,
A. Bubar
15:50 – 2371. Polycyclic aromatic azomethine ylide for the synthesis of planar andbowl-shaped nitrogen-containing PAHs.
S. Ito*, Y. Tokimaru, K. Nozaki*
16:05 – 2372. Synthesis and properties ofstable [8]circulene derivatives.
A. Whalley
16:20 – 2373. Tetracyclopentatetraphenylene: A non-benzenoid circulene.
Y. Tobe*16:45 Closing Remarks
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Anion Receptors (#31)

Organized by: B. Hay, F. Pfeffer, B. Wu,
C. Jia, R. Custelcean
Presiding: K. Bowman-James,
F.M. Pfeffer

164 –TECHTECHNICAL PROGRAM
13:00 – 2374. Anion binding by other anions:Self-assembly in real biological fluids.
F. Hof*, G. Garnett, J. Peña, K. Daze,
M. Ma, L.N. Zakharov
13:30 – 2375. Anion recognition and separation from water by self-assembled guanidinium receptors. R. Custelcean*
14:00 – 2376. Assembly of anion coordination cages and their inclusion chemistry.
B. Wu*, X. Yang
14:30 Break
14:45 – 2377. System of self-assembled anion-binding Fe4L68⫹ cages that adapts toexternal stimuli. J.K. Clegg*,
J.R. Nitschke
15:15 – 2378. Computer-aided design of anion receptors. B. Hay*

14:50 – 2394. Study of organic synthesis
through aerobic photooxidation. A. Itoh
15:20 – 2395. Organic transformations inwater via fluorous catalytic systems.
Y. Lam*, W. Ang
15:50 – 2396. Recyclable organocatalysis fororganofluorination and other asymmetricsynthesis. W. Zhang*
16:15 – 2397. Reengineering classic organic
reactions. P.H. Toy
16:40 – 2398. Flash chemistry as a green
technique for chemical synthesis.
J. Yoshida, A. Nagaki
Hilton Hawaiian Village
Mid-Pacific Center, Coral 2
Applications of C-H Functionalization (#169)

Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 3
Natural Product-based Drug Discovery(#66)

Organized by: B. Baker, R. Kerr, Y. Qin,
D. Uemura, B. Littlefield
Presiding: B.A. Littlefield, D. Uemura
13:00 – 2379. Discovery and development of
eribulin (Halaven®), a macrocyclic ketone
analog of halichondrin B, for treatment ofadvanced breast cancer. B.A. Littlefield*
13:30 – 2380. Industrialization of marine natural product-based drug total synthesis:
Crystallization by design in the manufacturing of Halaven. F. Fang*
14:00 – 2381. Accessing polyketide structures through chemical and biological
technologies. R. Taylor
14:40 – 2382. Expanding the toolbox: Using
the power of synthetic chemistry to devise new cytotoxins configured for use in
antibody-drug conjugates. J. Leighton*
15:10 – 2383. Glimpse into natural productbased drug discovery at Eisai.
M. Postema*
15:30 – 2384. Synthetic studies of manzacidins A-C based on diastereoselective hydroxymethylation of chiral nitro compounds. A. Sakakura*, N. Miyoshi,
T. Kudoh
15:50 – 2385. Synthesis of biologically active
steroid-derived compounds from an edible mushroom. T. Nishikawa*, Y. Hirata,
H. Kawagishi
16:10 – 2386. Towards the total synthesis ofazaspiracid-3. D. Adu-Ampratwum,
A. Okumu, N. Kenton, C. Forsyth16:20 – 2387. Novel synthetic triterpenoids
with powerful anti-inflammatory and cytoprotective cctivity. G.W. Gribble*
16:30 – 2388. Onionin A, a new sulfur-containing compound isolated from onion,
impairs tumor development and lung metastasis by regulating macrophage activation. Y. Fujiwara*, Y. Komohara,
H. Horlad, T. Nohara, M. Takeya
16:40 – 2389. Chemical synthesis of the potent anticancer agent prunustatin A.
M. Chojnacka, R. Batey*
16:50 Closing Remark
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
New Green Techniques for Medicinal
Chemistry (#148)

Organized by: W. Zhang, I. Ryu, P. Toy
Presiding: P.R. Hanson, P.H. Toy
13:00 – 2390. Ionic liquid-mediated improved efficiency of enzymatic kinetic
resolution of secondary alcohols.
T. Nishihara, Y. Matsubara, Y. Fukaya,
T. Nokami, T. Itoh*
13:30 – 2391. Ionic liquid supported regioselective synthesis of imidazo[5,1-c]quioxalines and N-phenylbenzimidats via modified Pictet-Spengler reaction. C. Sun*
14:00 – 2392. Direct construction of C-C and
C-S bonds via C-H cleavage. C. Lin,J. Zhang, B. Wang, M. Yu, Y. Zhang*
14:30 – 2393. Dealkoxylative cross coupling
reactions via the direct functionalizationof unactivated Caryl-O bonds.
M. Leiendecker, C. Hsiao, L. Guo,
N. Alandini, M. Rueping*

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
13:00 – 2399. Application of C–H functionalization reactions to the synthesis of novel
heterocycles. A.B. Charette
13:30 – 2400. N-fluoroarylsulfonimide: Versitile aminating reagents for C–H, C⫽C
and C’C bonds amination. Q. Zhang
13:50 – 2401. Iron catalyzed C-H bond amination using high-spin complexes.
T. Betley*
14:20 – 2402. Iron-catalyzed directed C-Hbond activation. L. Ilies*, E. Nakamura*
14:40 – 2403. PIP bidentate auxiliary in C–Hfunctionalization: Synthetic applicationand mechanistic studies. B. Shi*
15:00 – 2404. Rare-earth-catalyzed C-H addition to alkenes and allenes. Z. Hou*
15:30 – 2405. Catalyst-directed C-H functionalization. D.A. Nagib
15:50 – 2406. Pd(II)-catalyzed enantioselective C–H oxidation for the synthesis ofarylglycine derivatives. S. Yang*, X. Wei
16:10 – 2407. Cyclic amines functionalization via sp3C-H bond activation.
C. Bruneau*, M. Achard, B. Sundararaju,
F. Jiang
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: L. Barriault, J. Gleason
13:00 introduction
13:05 – 2408. Symposium on strategies andtactics in complex molecule synthesis.
P.S. Baran
13:35 – 2409. Total syntheses of members of
the amphidinolide family of marine natural
products. J.S. Clark*, F. Romiti, G. Yang,
A.P. Osnowski, L. Decultot
14:05 – 2410. Convergent total synthesis of
leucosceptroids and other terpenoids.
D. Ma*, S. Guo
14:35 – 2411. Towards the total synthesis of
the tetranortriterpene gedunin.
C.M. Williams*
14:50 – 2412. Concise formal synthesis ofhaouamine family using palladium-catalyzed arylative cyclization.
H. Tsukamoto*, S. Nakamura, T. Doi*
15:05 break
15:10 – 2413. Progress towards the total
synthesis of callosine and related pyrrolidine alkaloids. M.A. Kerr*, M. Vriesen
15:40 – 2414. Act like molecule transformers: Rapid creation of molecular complexity through strategy bond disconnections. G. Liang*
16:10 – 2415. Lewis acid template-catalyzed
asymmetric Diels-Alder reaction and its
application towards the total synthesis ofmacrocyclic imine phycotoxins.
J. Ishihara
16:30 – 2416. Asymmetric total synthesis of(⫺)-Lingzhiol via a novel type of Rh-catalyzed [3 ⫹ 2] cycloaddition. R. Long,
J. Huang, W. Shao, J. Gong, Z. Yang*

Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2
Cooperative Cocatalysis with Two Different
Metals (#270)

Organized by: S. Blum, Y. Nakao,
S. Chang
13:00 – 2417. Synergistic Rh(II)/Pd(0) dual
catalysis system for denitrogenative
cross-coupling of 1-sulfonyl-1,2,3-triazoles with allyl carboxylates. z. chen,
S. Lee13:30 – 2418. C-C Bond forming reactions
by cooperative metal catalysis.
Y. Nakao*
14:10 – 2419. Enhanced additive effects ofZn salts for ruthenium-catalyzed hydrogenation of amides. T. Higuchi, Y. Kita,
K. Mashima*
14:40 Break
14:50 – 2420. Cooperative catalysis in deoxygenation processes. J. Montgomery*
15:30 – 2421. Synthesis of cis-1,4-b-trans1,4 polyisoprene using Nd catalyst activated by Mg/Al cocatalysts. R. Tanaka*
16:00 – 2422. Activation of carbon-cyano
bonds using nickel(0) and Lewis acid cocatalysts. W.D. Jones*, B. Swartz
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2
Chemical Glycosylation: Methods andMechanisms (#306)

Organized by: T. Lowary, X. Huang,
S. Hung, K. Tanaka
Presiding: S. Hung
13:00 – 2423. From stereocontrolled glycosylation to expeditious oigosaccharide
synthesis. A.V. Demchenko*
13:30 – 2424. In situ glycoconjugation oncell surface: Selective imaging of target
using weak glycan/lectin interaction.
K. Tanaka*
14:00 – 2425. Application of h-bond-mediated aglycone delivery (had) in the synthesis of oligosaccharides containing
challenging ␤-manno linkages.
S.G. Pistorio, A.V. Demchenko
14:15 – 2426. Concise synthesis of the b-ribose-(135)-GalfNAc moiety in a capsularpolysaccharide of Campylobacter jejuni
NCTC 11168. V.M. Dhurandhare,
G.P. Mishra, Y. Lam, C. Wang*
14:30 – 2427. Preactivation-based oligosaccharide synthesis. X. Ye*
15:00 Break
15:10 – 2428. Iron catalyzed stereoselective
glycal aminohydroxylation and diamination reactions: New tools for glycoprotein
synthesis. H. Xu
15:40 – 2429. Total synthesis of ganglioside
PNG-2A found in the starfish Protoreasternodosus. K. Goto, T. Suzuki, H. Tamai,
J. Ogawa, H. Ando*, A. Imamura,
H. Ishida, M. Kiso
15:55 – 2430. 2D oligosaccharide syntheses:
Recent progress. X. Liu*
16:10 – 2431. Chemoenzymatic synthesis ofheparin and heparan sulfate. J. Liu*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 3 & 4
New Horizon of Process Chemistry by
Scalable Reactions and Technologies(#426)

Organized by: K. Tomioka, R. Williams,
R. Hwu, H. Sajiki, T. Shioiri, N. Yasuda
Presiding: K. Tomioka
13:00 – 2432. New anti-infective agents anda novel delivery strategy. J. Hwu*,
S. Tsay, M. Kapoor, P. Leyssen, J. Neyts
13:20 – 2433. AJIPHASE®: Novel and highefficient liquid-phase peptides and oligonucleotides synthetic method for large
scale manufacturing. D. Takahashi*,T. Inomata, T. Torii
13:40 – 2434. Process chemistry enabling
academic basic research: Curved aromatic hydrocarbons. J. Siegel
14:00 – 2435. Highly practical new methylenation reagent for aldehydes and ketones. K. Ando*, T. Kobayashi, N. Uchida
14:15 – 2436. Application of engineered biocatalysts in process chemistry.
Y. Hirose*
14:35 – 2437. Parallel and (E)- and (Z)-stereocomplementary synthesis of multisubstituted ␣,␤-unsaturated esters directed
for process chemistry: Application to expeditious parallel syntheses of all four (E)and (Z)- Zimeridine and Tamoxifen.
Y. Ashida, Y. Sato, H. Nakatsuji,
Y. Tanabe*
14:50 Break
15:05 – 2438. Cu(II)-catalyzed dissymmetrization of dithiomalonates. H. Wauke,
K. Matsuo, K. Matsumoto, M. Shindo*
15:25 – 2439. Practical synthesis of ERK inhibitor GDC-0994 on multikilogram scale.
X. Linghu
15:40 – 2440. Practical organocatalytic kinetic resolution of a chiral bicyclic ketone
for synthesis of a pharmaceutical key intermediate. Y. Nakamura*, T. Kitawaki,
T. Kaneda, K. Nakayama
16:00 – 2441. Development of efficient syntheses of drug candidates and intermediates exploiting novel asymmetric Phase
Transfer Catalysed (PTC) reactions.
G.R. Humphrey*
16:20 – 2442. Enantioselective synthesis ofchiral amines based on the transfer hydrogenation of ketimines by means ofchiral phosphoric acid. T. Akiyama
16:40 – 2443. Will new synthetic reagents
open the door to the future?. T. Shioiri*

15:50 – 2450. Design principles of chirally
modified metal catalysts for heterogeneous asymmetric hydrogenations derived from operando spectroscopic studies. F. Meemken*, K. Hungerbühler,
A. Baiker
16:10 – 2451. Metallacrown ether catalysts
for supramolecular asymmetric hydrogenation. Y. He*, F. Song, Q. Fan*
16:30 – 2452. Site-selective supramolecularcatalysts for catalytic asymmetric hydroboration. K. Toyama, K. Marichev,
J. Takacs*
16:50 Closing Remarks
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Synthetic Modulators of Protein-Protein
Interactions (#461)

Organized by: P. Arora, D. Fairlie,
A. Kennan, K. Kumar, S. Sidhu, ,Presiding: S.S. Sidhu
13:00 Opening Remarks
13:05 – 2453. Drugging the undruggable:
The inhibition of MYC. K.D. Janda*
13:30 – 2454. Fragment screening and druggability assessment for the CBP/p300
KIX domain via protein observed 19F
NMR. W.C. Pomerantz*, C.T. Gee,
E.J. Koleski
13:50 – 2455. Macrocyclic inhibitors of human histone deacetylase enzymes.
C.A. Olsen*
14:10 Break
14:20 – 2456. Applying structural diverse
small protein libraries to the investigatingof protein-protein interactions.
K. Deshayes*
14:45 – 2457. On-bead screening of proteomimetics libraries for discovery of protein-protein interaction modulators.
H. Lim*
15:05 – 2458. Small molecules that modulate protein assemblies. M. Uesugi
15:30 Break
15:40 – 2459. Controlling protein interaction
networks with synthetic binding protein.
S. Koide
16:05 – 2460. Synthetic proteins inhibit protein-protein interactions involving the oncoprotein gankyrin and modulate disease-relevant biochemical processes.
B. McNaughton*, A.M. Chapman
16:25 – 2461. RaPID way to discover PPI
agonists and antagonists. H. Suga*

Saturday Evening
Hilton Hawaiian Village
Rainbow Tower, Rainbow 1
Asymmetric Supramolecular Catalysis(#451)

Organized by: J. Takacs, S. Moteki,J. Green
Presiding: P. Zhang
13:00 – 2444. Supramolecular approaches
to control selectivity in transition metal
catalysis. J.N. Reek
13:30 – 2445. Helical-polymer-based, modular, chirality-switchable chiral catalysts forhighly enantioselective asymmetric reactions. M. Suginome*
14:00 – 2446. Discrete metallogels based on
pincer complexes: A practical platform
for molecular visual discrimination andcatalysis. T. Tu*
14:30 – 2447. Bridging the gap between
homo and heterogeneous asymmetriccatalysis with supramolecular organometallics. K. Ding
15:00 – 2448. Asymmetric catalysis in nanopores: Bridging homogeneous and heterogeneous catalysis. Q. Yang*
15:30 – 2449. Enantioselective hydroformylation by a Rh-catalyst entrapped in a supramolecular metallocage. C. Garcı́aSimón, R. Gramage-Doria, S.
Raoufmoghaddam, T. Parella, D. Costas,
X. Ribas, J.N. Reek

Hawaii Convention CenterHalls I, II, III
New Green Techniques for Medicinal
Chemistry (#148)

Organized by: W. Zhang, I. Ryu, P. Toy
Poster Session
19:00 – 21:00
2462. Iodide as an activating agent in acylation reactions. C.S. Jones*,
R.J. Wakeham, S.D. Bull, J.M. Williams
2463. Catalytic chemoselective conjugate
addition of alcohols over amines.
R. Yazaki*, S. Uesugi, Z. Li, T. Ohshima*
2464. Quantitative determination of acetaminophen, acetylsalicylic acid, cetirizine
dihydrochloride, and fexofenadine hydrochloride by quantitative NMR technique.
S. Kumar*, M. Villanueva, J.F. Zuklic,
C. Flemming, S. Kumar, G.K. Webster
2465. Microwave-assist synthesis of hydroxamic acid derivatives as histone
deacetylase inhibitors. H. Shin*2466. Catalytic asymmetric cyclization of
␻-carboxy-substituted allylic alcohols tothe lactone. Y. Suzuki, S. Tanaka,
M. Kitamura*
2467. Design and synthesis of quinolonebased radioprotecting agents. S. Aoki,
Y. Nishi, S. Ariyasu, A. Morita, W. Bing
2468. Synthesis and structure of hypervalentiodine(III) reagent containing phthalimidate and its application to oxidative amination reaction. K. Kiyokawa, T. Kosaka,
S. Minakata*2469. Hypervalent iodine(III)-mediated decarboxylative functionalization of ␤,␥-unsaturated carboxylic acids. T. Kojima,
K. Kiyokawa, S. Minakata*2470. Ritter-type C–H amination using N-hydroxyphthalimide and iodic acid.
K. Takemoto, K. Kiyokawa, S. Minakata*2471. Sustainable synthesis of 2-pyrrolidon2-ones catalyzed by a polymer supportedacid in solvent-free conditions.
D. Lanari*, M. Curini, L. Vaccaro
2472. Four-component radical coupling reaction using CO and sulfonyl oxime
ethers. M. Sasano, S. Sumino,
T. Fukuyama, I. Ryu*, A. Jacquet,
F. Robert, . Landais*2473. Photocatalytic N-methylation ofamines with methanol for medicinal
chemistry. Y. Morioka, L. Wang,
V.N. Tsarev, J. Caner, Q. Wang,
R. Ushimaru, A. Kudo, H. Naka, S. Saito
2474. Synthesis of chiral 1,2,3-triazolium
ionic liquid. J. Ryu*
2475. Photoinduced metal-free aminocarbonylation of aryl iodides. A. Sato,
T. Kawamoto, I. Ryu*
2476. Tetraethylorthosilicate as a mild dehydrating reagent for the synthesis of N-formamides with formic acid. K. Matsuda,
Y. Nishikawa, N. Ukai, E. Nakamura,
W. Adachi, R. Satoh, S. Moriguchi,
O. HaraHawaii Convention CenterHalls I, II, III
Applications of C-H Functionalization (#169)

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
Poster Session
19:00 – 21:00
2477. Rhodium(III)-catalyzed direct alkenylation of 1,3-dithiane-protected arenecarbaldehydes. Y. Unoh, K. Hirano, T. Satoh,
M. Miura
2478. Regioselective C–H dual functionalization of indoles using hypervalent iodine(III). K. Moriyama, H. Togo
2479. Cu(II)-catalyzed oxidative esterificationof 2-carbonyl substituted phenols withethers acyl equivalents. S. Han*
2480. Chemo- and siteselective aerobic oxygenation of sp3 C-H bonds of alcohols
using N-oxyl radical directing activator.
K. Oisaki*, J. Ozawa, J. Ni, M. Tashiro,
M. Kanai
2481. Direct arylation polymerization towardsustainable high performance polymer
solar cells. A. Dudnik, T.J. Aldrich,
N.D. Eastham, R.P. Chang*,
A. Facchetti*, T.J. Marks*2482. C-H activation with copper containing
silica-based metal complexes .
A. Karkamkar*
2483. Synthesis of benzofuro[3,2-b]pyridines
via Pd-catalyzed dual C-H activation of
3-phenoxypyridine 1-oxides. P. Li*
2484. Catalytic enantioselective oxidative
C-H functionalization of structurally diverse heterocycles. Z. Meng, X. Liu,
S. Sun, L. Liu*
2485. Rhodium-catalyzed slkylation of C-H
bonds in aromatic amides with ␣,␤-unsaturated lactones. K. Shibata,N. Chatani*
2486. Electron-deficient (␩5-cyclopentadienyl)rhodium(III) complex-catalyzed C–H
Bond functionalization reactions underambient conditions. Y. Shibata,Y. Hoshino, Y. Takahama, M. Fukui,
M. Yamazaki, E. Kudo, K. Tanaka*
2487. One-pot oxidation and direct C-H silylation of arylmethanols catalyzed by iridium complexes with N-xylyl-N’-methylperimidine carbene. H. Tsurugi*, G. Choi,
R. Rochat, K. Mashima*
2488. Powerful MoV reagent for the selective
oxidative coupling reaction.
S.R. Waldvogel*2489. Oxidative cross-coupling of pyridine
N-oxides and ethers between C(sp2)-H/
C(sp3)-H bond under transition-metalfree conditions. L. Wang*

2490. Development of catalytic asymmetricdirect-type 1,4-addition reactions of simple amides and esters. Y. Yamashita,
H. Suzuki, I. Sato, S. Kobayashi*
2491. Copper-catalyzed direct ␣-ketoesterification of propiophenones with acetophenones via C(sp3)-H oxidative crosscoupling. X. Zhang*
2492. Hydroaminoalkylation of olefin catalyzed by silica supported metalaziridine:
Evidences for the mechanism. J. Basset,
B. Hamzaoui, j. pelletier, M. El Eter,S. ouldchikh2493. Palladium-catalyzed ␤-arylation of oximes with diaryliodonium salts through activation of inert C(sp3)-H bond. C. Chen
2494. Enantioselective C-H arylation for chiral phosphine synthesis. Z. Lin, W. Wang,
S. Yan, W. Duan*2495. Nickel-catalyzed direct borylation of
C-H bonds in arenes and indoles.
T. Furukawa, M. Tobisu*, N. Chatani*2496. Iron-catalyzed C–H amination of aniline derivatives. Y. Aoki*, R. Imayoshi,
T. Hatakeyama, H.R. Takaya,
M. Nakamura
2497. Direct arylation of thiocarbonylated
compound catalyzed by Pd-phenanthroline complexes. T. Yamauchi*, T. Murai,
F. Shibahara
2498. Cobalt-catalyzed sp3 C–H amination
utilizing aryl azides. C.E. MacBeth*,
S.B. Blakey, N.M. Weldy, O. Villanueva
2499. Unprecedented alkali metal amidecatalyzed formal C(sp3)–H bond activation. W. Bao, H. Kossen, U. Schneider
2500. Total synthesis of myriocin and its analog using Rh(II)-catalyzed C⫺H amination and the following alkylation.
N. Noda, K. Ubukata, W. Niu, T. Fujiwara,
H. Nambu, T. Yakura
2501. Silver-catalyzed C–H trifluoromethylation of arenes using trifluoroacetic acid as
the trifluoromethylating reagent. G. Shi
2502. Ruthenium-catalyzed ortho-selective
arylation of sterically-congested C–Hbonds of aromatic ketones. M. Miyake,Y. Ogiwara, T. Kochi, F. Kakiuchi*
2503. para-Selective C–H borylation of benzene derivatives. Y. Saito, Y. Segawa*,
K. Itami*
2504. Palladium-catalyzed cross dehydrogenative coupling between unactivatedC(sp3)-H bonds in aliphatic amides andbenzylic C-H bonds in toluene derivatives. T. Kubo*, Y. Aihara, N. Chatani
2505. Palladium-catalyzed C-H ethoxycarbonyldifluoromethylation of electron-richheteroarenes promoted by ligand.
C. Shao
2506. Inverse micelle templated mesoporous
manganese oxide as an efficient heterogeneous catalyst for solvent free oxidation of C-H bond. S. Biswas*, K. Mullick,
S. Chen, S. Suib2507. Oxidative alkenylation and cyclizationof N-benzyltriflamides with olefins via
C-H bond activation under rhodium catalysis. S. Han*
2508. Oxidative olefination of 1,2-disubstituted arylhydrazines with alkenes underrhodium catalysis. M. Choi*
2509. Pd(II)-catalyzed decarboxylative acylation of highly substituted indolines with␣-keto acids via C-H bond activation.
M. Choi*
2510. Pd(OAc)2-catalyzed lactonization ofaromatic acetamides involving oxidationof C-H bonds. T. Igarashi, M. Noguchi,
T. Uemura, N. Chatani* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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2015 program online at:
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TECH–165

04 – ORGN
2511. Pd(II)-catalyzed oxidative C7-acylationof indolines at the C7-position with aldehydes or alcohols. A. Kyung*2512. Pd-catalyzed dual C-H activation of
bis-biaryl alkynes and biaryl alkynes.
T. Jin*, J. Zhao, N. Asao, Y. Yamamoto
2513. Regioselective chlorination of benzamide derivatives using a combination ofanodic oxidation and palladium-catalyzed
cleavage of aromatic carbon– hydrogenbonds. M. Konishi, K. Tsuchida,
T. Kochi, F. Kakiuchi*
2514. Rh(III)-catalyzed selective C7-allylationof indolines with allylic carbonates atroom temperature. T. Jeong*2515. Rh(III)-catalyzed selective C-H allylations of indolines and indoles with 4-vinyl-1,3-dioxolan-2-one at room temperature. M. Choi*
2516. Rh(III)-catalyzed selective cyanation of
C-H bonds of indolines and indoles withan easily accessible cyano source.
T. Jeong*
2517. Rhodium-catalyzed ortho-selective
C–H ␣-acylalkylation of arenes using cyclic alkenyl carbonates. S. Onodera,
Y. Hara, T. Kochi, F. Kakiuchi*
2518. Rhodium-catalyzed direct silylation of
C-H bonds in pyridine derivatives at the
3-position. Y. Fukumoto*, M. Hirano,
N. Chatani
2519. Rhodium-catalyzed oxidative C2-alkenylation of indoles with alkynes via C-H
bond activation. A. Kyung*2520. Rhodium-catalyzed oxidative C2-olefination of N-substituted indole and pyrroles with a range of alkenes via C-H
bond activation. T. Jeong*2521. Ru(II)-catalyzed oxidative allylation,
crotylation, and prenylation of aromaticand ␣,␤-unsaturated carboxamides withallylic carbonates. S. Han*
2522. Ruthenium(II)-catalyzed selective C-Hamination of xanthones and chromones
C-H bonds with sulfonyl azides.
A. Kyung*
2523. Efficient synthesis of 4-substituted
tryptophan derivatives via Ir-catalyzed
C-H bond activation: Total synthesis of
cis-clavicipitic acid. M. Ito, Y. Tahara,
T. Shibata*2524. Direct hydroxylation and amination ofarene via deprotonative cupration.
K. Shimojo, N. Tezuka, S. Komagawa,K. Hirano, R. Takita, M. Uchiyama
2525. Asymmetric synthesis of fused piperidine derivatives by the domino internal
redox process. R. Isogai, K. Mori,
T. Akiyama*
2526. Cu-catalyzed oxidative C-H/C-O cyclization of binaphthols using air as the soleoxidant: Efficient synthesis of PXX derivatives. T. Kamei*, M. Uryu, T. Shimada*2527. Construction of spirocyclic skeleton
by intramolecular redox cyclization/Friedel-Crafts reaction sequence.
E. Kitamura, K. Mori, T. Akiyama
2528. Direct coupling of oxazoline ring witharyl halides for the preparation of chiraloxazoline-containing ligands.
Y. Nishikawa, S. Kawaguchi,
K. Takemoto, T. Ishiguro, K. Miwa,
O. Hara2529. Palladium-catalyzed synthesis ofdibenzothiophenes via the cleavage ofcarbon-hydrogen and carbon-sulfur
bonds. M. Tobisu*, Y. Masuya, K. Baba,
N. Chatani
2530. Stereoselective construction of tetrahydropyrimidinone derivatives with intramolecular allylic C-H amination.
Y. Nishikawa, A. Ito, Y. Kato,
S. Maegawa, Y. Yatsuhashi, E. Niwa,
E. Kuze, O. Hara
2531. Cross-coupling hydrogen evolution reaction by visible light catalysis.
Q. Meng*, X. Gao*, J. Zhong, C. Tung,
L. Wu*
2532. Enantioselective synthesis of planarchiral benzosiloloferrocenes via Rh(I)-catalyzed intramolecular direct C-H silylation. T. Sasaki, T. Shizuno, T. Shibata*2533. Rhodium-catalyzed reaction of C-H
bonds in aromatic amides with styrenes.
T. Yamaguchi, K. Shibata, N. Chatani*

166 –TECHTECHNICAL PROGRAM
2534. Pd(II)-catalyzed alkoxylation of unactivated C(sp3)–H and C(sp2)–H bonds using a removable directing group: Efficientsynthesis of alkyl ethers. F. Hu
2535. DCCR. W. Su
2536. Photocatalyzed site-selective C-H/
C-C conversion of functionalized alkanes.
K. Yamada, M. Okada, T. Fukuyama,
D. Ravelli, M. Fagnoni*, I. Ryu*
2537. Synthesis of chromane derivatives:
Palladium-catalyzed cyclization of alkynyl
aryl ethers with strained alkenes via C–H
activation. T. Kodama, Y. Minami*,
T. Hiyama*
2538. Nickel catalyzed cross-coupling reactions of o-carboranyl with aryl iodides:
Facile synthesis of 1-aryl-o-carboranes
and 1,2-diaryl-o-carboranes. C. Tang,
Z. Xie2539. C-H alkylation for 2-substituted pyridine N-oxide by a cationic iridium(I) catalyst. H. Takano, T. Shibata*2540. Heterogeneously catalyzed aerobic
oxidative coupling of aryl amines.
K. Matsumoto, K. Dougomori,S. Tachikawa, M. Shindo
2541. Selenium dioxide-mediated twofold
C,H activation of phenols. T.J. Quell*,
S.R. Waldvogel, K.M. Dyballa, R. Franke
2542. Palladium-catalyzed C-H arylation
with aryl sulfides. S. Otsuka,
H. Yorimitsu*, A. Osuka
2543. Aromatic metamorphosis of dibenzofurans to triphenylenes. Y. Kurata,
S. Otsuka, N. Fukui, H. Yorimitsu*,
A. Osuka2544. Stereoselective construction of imidazolidinone derivatives with intramolecularallylic C-H amination. Y. Nishikawa,
H. Tsurumi, S. Kimura, N. Yamazaki,
N. Akada, O. Hara
Hawaii Convention CenterHalls I, II, III
Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: A.M. Hardman-Baldwin,
J.M. Wieting
Poster Session
19:00 – 21:00
2545. Synthetic study on isoflavonoids
based on 1,2-rearrangement strategy.
K. Nakamura, K. Ohmori, K. Suzuki*
2546. Total synthesis of cardiopetaline.
Y. Nishiyama, S. Yokoshima,
T. Fukuyama
2547. Synthesis and biological evaluation of
fully synthetic C5-oxatetracyclines.
F. Liu, P. Wright, A.G. Myers*2548. Nanomole-scale high-throughput
chemistry for the synthesis of complex
molecules. A. Buitrago Santanilla*,
E.L. Regalado, T. Pereira, M. Shevlin,
K. Bateman, L. Campeau,
J. Scheneeweis, S. Berritt, Z. Shi,
P. Nantermet, Y. Liu, R. Helmy, C. Welch,
P. Vachal, I. Davies, T. Cernak, S. Dreher
2549. Functionalized pyrans by stereospecific and regiodivergent Suzuki-Miyaura
cross-coupling of dihydropyranyl boronates. T.I. Rybak, D. Hall*
2550. Development of asymmetric dearomative cyclization for synthesis of hinckdentine A. K. Douki, H. Ono, J. Shimokawa,T. Fukuyama*, M. Kitamura*
2551. TfO-directed (3⫹2) cycloadditions ofbenzynes for the regioselective synthesisof functionalized benzo-fused heterocycles. T. Ikawa, h. kaneko, S. Masuda,
S. Akai*
2552. Regio- and stereoselective halothiolation of alkynes catalyzed by palladiumand iron. M. Iwasaki, T. Fujii,
A. Yamamoto, N. Michihiro, K. Nakajima,
Y. Nishihara*
2553. Total synthesis of tetracenomycin C.
S. Sato, Y. Hashimoto, H. Takikawa,
K. Suzuki*
2554. Functional porphyrinoid conjugates –complex organic systems toward functional materials. H. Ngo*

2555. Asymmetric total synthesis of (⫹)-engelharquinone via Rh-catalyzed asymmetric Michael addition and thiol-mediated reductive cyclization. T. Fukazawa,
S. Hori, Y. Ando, K. Ohmori, T. Hayashi,
K. Suzuki
2556. Advances in thermal and photochemical Cu(I)-catalyzed macrocyclic Sonogashira-type cross-couplings.
J. Santandrea, A. Bédard, C. Minozzi,
S. Collins*
2557. Synthetic strategy of highly oxygenated diaryl ethers featured in ellagitannins. H. Yamada*, T. Hirokane, Y. Hirata,
T. Ishimoto, K. Nishii
2558. Total synthesis of (-)-sphingofungin E
using asymmetric bromolactonization.
K. Ikeuchi, M. Hayashi, T. Yamamoto,
M. Inai, T. Asakawa, Y. Hamashima,
T. Kan*2559. Synthesis and stereochemical study ofdecarestrictines G, H, and J. R. Katsuta*,
S. Fujikawa, N. Masada, S. Ueda,
Y. Shimodaira, A. Yajima, T. Nukada
2560. Synthetic studies on tetrodotoxin
model compound using mercury(II) triflate-catalyzed novel cycloisomerization.
T. Maruyama, S. Kikuchi, T. Koyama,
K. Nishikawa, Y. Tachi, Y. Morimoto*
2561. Highly chemoselective aerobic oxidation of amino alcohols into amino carbonyl compounds using AZADO/copper
catalysis. Y. Sasano, S. Nagasawa,
N. Kogure, M. Shibuya, J. Park,Y. Iwabuchi*
2562. 2-Naphthylmethoxymethyl (NAPOM)
group - a new member of the BOM protective group family. T. Sato, T. Oishi,
K. Torikai*
2563. Enantioselective syntheses
Sch642305 and Glabramycin B, antibacterial 10-membered lactones fused with
4-oxygenated cyclohexanone.
K. Ishigami*, M. Yamamoto, R. Katsuta,
H. Watanabe
2564. Synthetic study of gymnocin-A using
an oxiranyl anion strategy. T. Sakai,
S. Matsushita, S. Arakawa, K. Mori,
M. Tanimoto, A. Tokumasu, T. Yoshida,
Y. Mori*
2565. Biomimetic total synthesis of (⫹)-cytosporolide A via a hetero-Diels-Alder reaction. K. Takao*, S. Noguchi,
S. Sakamoto, K. Yoshida
2566. Metal-free carbon dioxide fixation.
A.M. Hardman-Baldwin, A.E. Mattson
2567. One-pot preparation of tetralin derivatives by indium(III)-catalyzed reductive iodination and intramolecular cyclization of
3-benzoylpropionic acids.
T. Kobayashi*, Y. Ogiwara, N. Sakai
2568. Asymmetric total syntheses of tirandamycins by utilizing cinchona alkaloid catalyzed Morita-Baylis-Hillman reactions.
H. Yoshimura, K. Takahashi, J. Ishihara,
S. Hatakeyama
2569. Synthesis of the 5,6-epoxyisoprostane
E2 part of PEIPC through aldol reaction ofthe ␣-bromocyclopentanone.
Y. Kobayashi, H. Kawashima
2570. Synthesis of welwitindolinone alkaloids by Pd(0)-catalyzed tandem intramolecular enolate coupling. K. Komine,
Y. Nomura, C. Pieri, K. Takahashi,
J. Ishihara, S. Hatakeyama*2571. Unified total synthesis of ryanoids.
M. Koshimizu*, M. Nagatomo, M. Inoue
2572. Strategic coupling of chiral fragments
via kinetic resolution: Total synthesis andstructure revision of vallartanone A.
D. Kundu, D. Ward*
2573. Tetracyclic compounds through single
operation using TMM diyl intermediates:
Application to the total synthesis of
Waihoensene. H. Lee, H. Lee
2574. Substrate-controlled total synthesis of(⫹)-chamuvarinin via triple intramolecular
SN2 alkylations. J. Lee*
2575. Stereoselective total synthesis of (-)protoemetinol. C. Lim, H. Moon, J. Sim,Y. Suh, K. Kim
2576. Novel synthesis of zanamivir. L. Lin*,J. Fang
2577. Synthetic study on (-)-Kainic acid using SmI2. N. Miyano, T. Umezawa,
F. Matsuda

2578. Synthetic studies of perforatumone:
Construction of a unique bridged bicyclic
skeleton. T. Nakajima, K. Yoshida,
K. Takao*2579. Synthetic studies of JK-ring system of
yessotoxin. K. Nishida, M. Miyazawa,
H. Yokoyama*
2580. Total syntheses of lepadiformines using Hg(OTf)2-catalyzed novel cycloisomerization. K. Nishikawa,
K. Yamauchi, S. Kikuchi, S. Ezaki,
T. Koyama, T. Kodama, Y. Tachi,
Y. Morimoto*
2581. Development of highly Z-selective reagents for olefinations using pentacoordinated phosphoranes. W. Ohata,
S. Kojima, Y. Yamamoto
2582. Synthesis of jiadifenin using Mizoroki⫺Heck and Tsuji⫺Trost reactions.
K. Harada*, A. Imai, M. Kubo, H. Hioki,
Y. Fukuyama*2583. Total synthesis of Laurallene.
T. Okada, F. YOSHIMURA, K. Tanino
2584. Preparation of 1,4-benzoioxanes byiron(III)-catalyzed cycloaddition of o-quinone. A. Kuboki*, Y. Okazaki, K. Morita,
M. Okano, Y. Suezaki, S. Ohira*2585. Iodonium-mediated dearomative cyclization/Diels-Alder tandem of a chiral ynamide toward diastereoselective construction of bridgehead-spiro system.
T. Okitsu*, C. Murai, A. Wada
2586. Preparation of highly functionalized
and stable o-quinones. A. Kuboki*,
R. Ookuma, K. Suzuki, C. Honda,
K. Morita, S. Ohira*2587. Nitrimines as reagents in metal-freecross coupling reactions.
V.V. Angeles-Dunham*, A. Curtze,
A.E. Mattson
2588. Asymmetric synthesis of (-)-horsfiline,(⫹)-coerulescine, and (3S,4R)-(-): Elacomine through chiral auxiliary induction.
O. Forero Doria*, L. S. Santos
2589. Total synthesis of cavicularin using
Pd-catalyzed Ar⫺Ar coupling and Suzuki⫺Miyaura reaction. Y. Fukuyama*,
K. Makino, K. Harada, M. Kubo, H. Hioki
2590. Total synthesis of jujuyane: Cyclooctaniod synthesis from oxidopyrylium
ion dimerization reaction. S. Geum,
H. Lee*2591. Eight-step synthesis of chaxine B
based on a proposed biosynthetic pathway. Y. Hirata, T. Nishikawa
2592. Total synthesis of madeirolide A.
S. Hwang, I. Baek, C. Lee*
2593. Studies directed toward the total synthesis of brasilicardin A. R. Itoh,
M. TORIZUKA, G. MORI,
F. YOSHIMURA, K. Tanino
2594. Synthetic studies on cylindradine B.
Y. Kamijoh, M. Iwata, K. Nagasawa*2595. Total synthesis of (⫾)-ceratopicanolsynthesis: Comparison between consecutive Pd mediated cyclization and ruthenium catalyzed enyne radical cyclization.
R. Kim, H. Lee*
2596. Asymmetric sequential reaction for thesynthesis of ␣-aryl-␤-hydroxy amides.
S. Shin, E. Baek, D. Ryu*
2597. Traceless C-C bond formation via tandem alkylation and retro-ene reactions
using heterocyclic sulfones. Y. Chae,
H. Park, C. Lee*
2598. Synthetic studies of palau’amine.
M. Iwata, T. Imaoka, H. Matsuo,
K. Nagasawa** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

04 – ORGN
2599. Synthetic study of FD-891 and FD892. A. Kawamata*, T. Itagaki,
Y. Miyazaki, K. Yahata, E. Kwon,
Y. Iwabuchi, N. Kanoh
2600. Studies toward the total synthesis ofpoitediene. S. Kim, S. Kim, R. Matunas,
C. Lee*2601. Catalytic asymmetric insertion of aryldiazoalkane and diazoesters into C-Hbond of aldehydes. B. Kang, D. Nam,
G. Hwang, D. Ryu*
2602. Synthetic study of chloropupukeananin by a biomimetic Diels-Alder/carbonylene cascade. T. Suzuki*, Y. Miyajima,
K. Suzuki, S. Kobayashi, K. Tanino
2603. Catalytic asymmetric cyclopropanation with ␣-alkyl diazo compounds andsubstituted acroleins: Its application tototal synthesis of Hamavellone A and B.
S. Shim, J. Kim, D. Ryu*
2604. Efficiently synthesis of polycyclic aromatic hydrocarbons using ruthenium-catalyzed C–O arylation. Y. Suzuki, T. Kochi,
F. Kakiuchi*
2605. Total synthesis of marinomycin A
based on a direct dimerization strategy.
N. Tatsuya*, M. Kondo, K. Takeshita,
K. Takahashi, J. Ishihara, S. Hatakeyama
2606. Studies toward total synthesis of nigricanoside-A and determination of its absolute stereochemistry. T. Tsunoda,
K. Fujiwara*, S. Okamoto, Y. Kuriyama,
W. Nojo, N. Kinashi, R. Katoono,
T. Suzuki
2607. Synthesis of 1-amino-25-hydroxy vitamin D3. K. Usuda, R. Asano,
M. Watanabe, M. Uesugi*, K. Nagasawa*
2608. Knoevenagel condensation of aldehydes and activated methylenes using indium chloride with acetic anhydride as apromoter. K. Takahashi, T. Kitazawa,Y. Ogiwara, N. Sakai
2609. Synthesis of a [2]rotaxane from a lesssterically hindered phenanthroline-copper complex. Y. Yamazaki*, T. Ohkubo,
T. Yokoyama, Y. Mutoh, R. YAMASAKI,
T. Kasama, S. Saito
2610. Asymmetric anion binding catalysis
with chiral silanediols. J.M. Wieting,
T.J. Fisher, A.G. Schafer, M.D. Visco,
J. Gallucci, A.E. Mattson*
2611. Synthetic studies of 11-saxitoxinethanoic acid. C. Wang, M. Oki, T. Nishikawa,
K. Nagasawa*
2612. Synthetic studies on muironolide A.
K.E. Rosa Pagan, C.M. Clay,K. Cunningham, I. Modolo, C. Forsyth*2613. Synthetic studies on the IJKL-ring of
ciguatoxin-3C. K. Fujiwara, T. Saito,
Y. Sano, R. Katoono, T. Suzuki
2614. Synthetic studies toward (–)-callophycoic acid A: Construction of all-carbon
quaternary stereocenters by allylborationof chiral aldehydes. A. Sakama,
K. Yoshida, K. Takao*
2615. Synthetic studies on the ABCDEF-ringof ciguatoxin-3C. T. Sato, K. Fujiwara,
Y. Nomura, R. Katoono, T. Suzuki
Hawaii Convention CenterHalls I, II, III
Cooperative Cocatalysis with Two Different
Metals (#270)

Organized by: S. Blum, Y. Nakao,
S. Chang
Poster Session
19:00 – 21:00
2616. Development of hydroxyapatite-supported ruthenium-vanadium bimetallic
catalyst for highly selective reduction ofamides to amines. K. Miyagawa,
Z. Maeno, T. Mitsudome, T. Mizugaki,
K. Jitsukawa, K. Kaneda*
2617. Ir catalyzed asymmetric tandem reaction of meso-diols. T. SUZUKI*,
I. Ismiyarto, D. Zhou, K. Asano, H. Sasai
2618. Cooperative catalysis of Cu and Mn inaerobic oxidative coupling of terminal
alkynes. S. Biswas*, A.R. Rossi, S. Suib

Hawaii Convention CenterHalls I, II, III
Chemical Glycosylation: Methods andMechanisms (#306)

Organized by: T. Lowary, X. Huang,
S. Hung, K. Tanaka
Presiding: X. Huang, S. Hung, T. Lowary,
K. Tanaka
Poster Session
19:00 – 21:00
2619. Oligosaccharides synthesis using silicon bulky protecting group.
T. Matsumoto, R. Ito, R. Konose,
T. KOYAMA, K. MATSUOKA, K. Hatano
2620. ␣-Selective ribofuranosylation using ribofuranosyl iodides as glycosyl donors.
N. Oka*, R. Kajino, K. Ando
2621. Reactivity and stereoselectivity of glycosylation using glycosyl acceptor having
thioether groups near to alcohol.
M. Kobayashi, M. Tamura, A. Ezawa,
Y. Nishida, H. Dohi*
2622. Synthesis of selenium-containing fucose derivatives and their application for
the X-ray structural analysis of fucosebinding lectin from Aspergillus oryzae.
J. Shimabukuro, H. Makyio, T. Suzuki,
H. Ando*, Y. Yamada, H. Ishida,
S. Wakatsuki, R. Kato, M. Kiso
2623. Efficient synthesis of Rhamnan sulfates with repeating 1,2-␣-linkages unit
and alternating 1,2- and 1,3-␣-linkages
by using disaccharide building blocks.
H. Tanaka*
2624. Stereoselective synthesis of antiherpesvirus sialyl TN-glycopeptides.
K. Kakita*, N. Hatori, A. Furukawa,
M. Anada, H. Nambu, K. Maenaka,
S. Hashimoto
2625. Design and synthesis of thioglycosidedonors having electron-donating groups
for the efficient glycosylation.
H. Someya, T. Itoh, S. Aoki
2626. Sequential glycosylation method using
phenylthioglycoside with arming or disarming group in the aryl ring. H. Dohi*,
T. Kimura, T. Kanazawa, A. Ezawa,
M. Kobayashi, R. Komai, Y. Nishida2627. Synthesis of novel neogala-series glycosphingolipids from Hirsutella rhossiliensis. i. ohtsuka*, T. Kanaya, n. hada,t. atsumi, T. Watanabe, n. kakiuchi
2628. Synthesis of fluorescent analogs of lipid-modified ganglioside GM3 for elucidating the function of ganglioside in the lipid
raft. A. Yamazaki, N. Komura, H. Ando*,
A. Imamura, H. Ishida, M. Kiso
2629. Detailed examination of reactivity ofmono-benzylated glucosyl and galactosyl
donors. A. Hori, M. Konishi, A. Imamura,
H. Ando*, H. Ishida, M. Kiso
2630. Automated electrochemical synthesis
of TMG-chitotriomycin tetrasaccharide.
Y. Isoda, T. Nokami*, N. Sasaki,
S. Hayase, T. Itoh*, R. Hayashi,
A. Shimizu, J. Yoshida*2631. Reaction behavior of thioglycoside donors having aldehyde in leaving group.
R. Komai, H. Sakai, R. Sasaki,
Y. Nishida, H. Dohi*
Hawaii Convention CenterHalls I, II, III
New Horizon of Process Chemistry by
Scalable Reactions and Technologies(#426)

Organized by: K. Tomioka, R. Williams,
R. Hwu, H. Sajiki, T. Shioiri, N. Yasuda
Presiding: K. Tomioka
Poster Session
19:00 – 21:00
2632. Alkylation of phenol with styrene oversolid acid catalysts. Y. Hyeonjun,
H. Ahn*, Y. Lee, M. Jang, W. Kwak,
S. Jung, M. Chung2633. Isopropylation of benzene over modified zeolite with metal oxide to produce
isopropylbenzene (Cumene).
M.C. Al-Kinany*

2634. Catalytic cracking of vacuum residue
over modified zeolite to produce light olefins. H.A. Almegren*, M.C. Al-Kinany,
P. Edwards, T. Xiao
2635. Platinum group metal on carbon-catalyzed aqueous dehydrogenation of alcohols. Y. Sawama, S. Asai, K. Morita,
Y. Monguchi, H. Sajiki
2636. Liquid-phase mixture synthesis of 36
peptides using fluorous-Fmoc protection
strategy and their ACE inhibitory activities. N. Endo, Y. Sugiyama, T. Hayashi,
T. Shioiri, H. Hamamoto, M. Matsugi
2637. Palladium on spherical carbon (Pd/SC)
as a catalyst for chemoselective hydrogenation. H. Esaki*, T. Hattori, A. Tsubone,
Y. Sawama, Y. Monguchi, K. Nosaka,
K. Fukushima, H. Sajiki
2638. Chiral cyclopropane and cyclobutane
forming-reactions using ␣-anion of nitriles: Asymmetric synthetic study of(1R,3R)-metofluthrin and (⫹)-grandisol.
T. Fujiwara, Y. Takahama, Y. Ashida,
N. Matsuo, H. Nakatsuji, Y. Tanabe*2639. Mild and environmentally friendly oxidative cleavage reaction of oxacyclic
methanols to lactones by 2-iodobenzamide catalyst-Oxone combination.
T. Fujiwara, Y. Horiuchi, A. Yamada,H. Nambu, T. Yakura*
2640. Enzyme-catalyzed phenolic acetylgroup manipulation technology-2: Application toward synthesis of glycosylated
derivatives. S. Hanamura, R. Kobayashi,
K. Asami, K. Hanaya, M. Shoji, T. Sugai*
2641. (E)-, (Z)-stereocomplementary parallel
synthesis of (E)- and (Z)- tamoxifens.
Y. Ashida, A. Honda, Y. Sato,
H. Nakatsuji, Y. Tanabe*
2642. Heterogeneous palladium catalyst
supported on anion exchange resin forchemoselective hydrogenation and Suzuki-Miyaura reaction of chloroarenes.
T. Ichikawa*, M. Netsu, T. Hattori,
T. Mizusaki, Y. Sawama, Y. Monguchi,
H. Sajiki2643. Regio- and stereoselective synthesisof (E)-1-bromo-2-iodoalkenes from internal alkynes. M. Ide, T. Iwasawa
2644. Regio- and stereoselective synthesisof vicinal (Z) -dihaloalkenyl silanes
through in situ generated BrCl. M. Ide,
T. Iwasawa
2645. SN2 displacement at the quaternarycarbon center: A novel entry to the synthesis of ␣,␣-disubstituted ␣-amino acids. K. Ishihara, H. Hamamoto,
M. Matsugi, T. Shioiri
2646. Practical preparation of ␣-formyl esters from simple esters and methyl formate utilizing Ti-Claisen condensationand its utilization for useful building
blocks. S. Kajimoto, Y. Ashida,
H. Nakatsuji, Y. Tanabe
2647. Development of regioselective introduction of nucleophiles toward quinone
monoacetals by design of specific acidcatalyst. T. Kamitanaka, N. Washimi,
Y. Hu, T. Dohi, Y. Kita*
2648. Efficient hydroarylation of phenol withstyrene employing mixed catalysts.
V. Kim, E. Shin*, M. Chung, W. Kwak
2649. Chiral phosphoric acid catalyzed
asymmetric transfer hydrogenation of trifluoromethylated imines. Y. Kiyota,
K. Saito, T. Akiyama*
2650. Enantioselective reaction of ␣-heteroacetonitriles using palladium pincer
complexes with chiral bis(imidazoline)s.
M. Kondo, S. Nakamura, N. Kobayashi,
T. Nishi
2651. Efficient synthesis of a PDE 4 inhibitor
by using Pd-Cu catalyzed C-H/C-Br coupling of benzoxazole with a heteroaryl
bromide. K. Kuroda*, S. Tsuyumine,
T. Kodama
2652. Green organic synthesis in gas-related
multiphase reactions using micro- andnanobubbles strategy. N. Mase*,
Y. Nishina, K. Sato, T. Narumi,
N. Watanabe
2653. FeCl3-catalyzed self cleavage of methoxyphenylmethyl protected alcohols.
Y. Sawama*, M. Masuda, S. Asai,
R. Goto, S. Nagata, S. Nishimura,Y. Monguchi, H. Sajiki

2654. Development of standard solutions for
qNMR. T. Miura, S. Nakao, S. Takaoka,
Y. Yamada*2655. One-pot N-arylindole synthesis from
2-bromophenethylamine. Y. Monguchi*,T. Marumoto, H. Takamatsu, Y. Sawama,
H. Sajiki2656. Chiral phosphoric acid catalyzed
asymmetric synthesis of dihydroquinolones using aza-Michael reaction.
Y. Moriya, K. Saito, T. Akiyama*
2657. Synthesis of procyanidins and theirderivatives using silyl-protecting group.
N. Nakajima*, M. Hamada, T. Kishimoto,
A. Saito2658. Development of magnetic nanoparticle-supported iodoarene oxidative catalysts and its application. H. Nambu,
I. Shimokawa, T. Fujiwara, T. Yakura*
2659. Concise synthesis of all stereoisomersof dendroamide A employing fluorousFmoc reagents. K. Oguri, N. Endo,
Y. Sugiyama, H. Hamamoto, T. Shioiri,
M. Matsugi
2660. Stainless steel-mediated hydrogengeneration from water using ball millingand its application. Y. Sawama,
M. Niikawa, T. Kawajiri, R. Goto,
Y. Monguchi, H. Sajiki
2661. Study on the synthesis of styrenatedphenol using organometallic catalysts.
S. Son, J. Kim, H. Ahn, M. Jang,
W. Kwak, S. Jung, M. Chung*2662. Asymmetric epoxidation of aromatic
olefins using light fluorous salen manganese complex: Enhancement of enantioselectivity by the addition of benzotrifluoride as a cosolvent. Y. Sugiyama*,
Y. Kobayashi, H. Miyazaki, H. Hamamoto,T. Shioiri, M. Matsugi
2663. Pltinum group metal on carbon-catalyzed multiple deuteration of arenes andalkanes in 2-propanol/D2O mixed solvent. T. Yamada, Y. Monguchi,
Y. Sawama, H. Sajiki
2664. Enzyme-catalyzed phenolic acetylgroup manipulation technology-1: Application to the synthesis of physiologically
active natural products. K. Yashiro,
S. Mandal, K. Hanaya, M. Shoji, T. Sugai*
Hawaii Convention CenterHalls I, II, III
Asymmetric Supramolecular Catalysis(#451)

Organized by: J. Takacs, S. Moteki,J. Green
Poster Session
19:00 – 21:00
2665. Development of self-assembled asymmetric catalyst based on two-point hydrogen bonding interaction.
T. SHISHIDO, M. Yamanaka*
2666. Synthesis of structurally-chiral molecules aiming for the dynamic conformational switching. S. Handa, H. Goto,
H. Sugimoto*
2667. Ligand-enabled multiple absolute stereocontrol in palladium-catalyzed [3 ⫹ 2]
cycloaddition. N. Imagawa, K. Ohmatsu,
T. Ooi*2668. Selective O-acylation of meso-1,2-diolwith a rotaxane organocatalyst.
T. Iwase*, K. XU, K. Nakazono, T. Takata* Principle Author

Photographing of presentations
and/or taping of talks is
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–167

04 – ORGN/05 – PHYS
Hawaii Convention CenterHalls I, II, III
Synthetic Modulators of Protein-Protein
Interactions (#461)

Organized by: P. Arora, D. Fairlie,
A. Kennan, K. Kumar, S. Sidhu, ,Presiding: P. Arora
Poster Session
19:00 – 21:00
2669. ␥-Turn peptidomimetic scaffold and its
application: From scaffold-hopping tosynthesis. J. Hah, M. Kim, C. Lee
2670. Inhibitors of the pore-forming protein
perforin as potential immunosuppressive
agents. J. Spicer*, C. Miller,
P. O’Connor, J. Jose, J. Jaiswal,
S. Jamieson, W. Denny, R. Law,
J. Whisstock, H. Akhlaghi, J. Trapani
2671. Structural development of stapled
short helical peptides as vitamin D receptor (VDR)-coactivator interaction inhibitors. T. Misawa*, Y. Demizu, M. Kurihara
2672. Pharmacological chaperones targetingcancer-associatad MCL-1 and Parkinson’s disease-associated ␣-synuclein.
M. Oh, J. Lee, Q. Hoang, H. Lim*
2673. Novel BRD4 inhibitors with a N6-benzoyladenine skeleton.
T. Noguchi-Yachide*, T. Sakai,
Y. Hashimoto, T. Yamaguchi
2674. Development of transrepression-selective liver X receptor (LXR) ligands.
S. Nomura, K. Endo-umeda, A. Aoyama,
M. Ishikawa*, M. Makishima,
Y. Hashimoto
2675. Discovery and synthesis of a novel
non-covalent inhibitor for protein-protein
interaction between Nrf2 and Keap1.
D. Yasuda, T. Ohe, R. Obata,K. Takahashi, T. Mashino, M. Komatsu,
Y. Ichimura, M. Yamamoto, R. Imamura,
H. Kojima, T. Okabe, T. Nagano*2676. Novel peptidomimetic compounds as
anticancer agents and their moleculardocking studies. J. Lee*, H. Lee
2677. Novel tools to structurally characterize
protein-protein interactions. R. Oliva,
E. Chermak, L. Cavallo
2678. Polypharmacological profiles ofphenanthridinone derivatives.
Y. Nishiyama, T. Misawa, H. Aoyama,
S. Fujii, M. Ishikawa, Y. Hashimoto

Sunday Morning
Hilton Hawaiian Village
Rainbow Tower, Rainbow 3
Anion Receptors (#31)

Organized by: B. Hay, F. Pfeffer, B. Wu,
C. Jia, R. Custelcean
Presiding: A. Flood, B. Wu
8:00 – 2679. New anion receptors and transporters. P. Gale*
8:30 – 2680. Understanding and applicationof anion-␲ interactions. D. Wang
9:00 – 2681. Discriminating anions throughtunable electronic interactions. S. Saha*
9:30 – 2682. Ion-pairing assemblies basedon anion-responsive ␲-electronic molecules. H. Maeda*
10:00 Break
10:15 – 2683. Luminescent lanthanide(III)complexes for anion recognition.
M. Albrecht*
10:45 – 2684. Interactions of anions with halogen and chalcogen bond donors.
M.S. Taylor*
11:15 – 2685. Tripodal receptors for anion
binding and sensing. P. Anzenbacher*
Hilton Hawaiian Village
Mid-Pacific Center, South Pacific Ballrm 1
New Green Techniques for Medicinal
Chemistry (#148)

Organized by: W. Zhang, I. Ryu, P. Toy
Presiding: I. Ryu, M.P. Sibi
8:00 – 2686. Development of a “green strategy” within medicinal chemistry at Genentech and in the pharma industry.
M. Bryan

168 –TECHTECHNICAL PROGRAM
8:30 – 2687. Green chemistry at Merck:
Green by Design through innovation.
J. Yin*9:00 – 2688. Nanomole-scale high-throughput chemistry - a green approach to thesynthesis of medicinally relevant molecules. T. Cernak*, A. Buitrago Santanilla,
S. Dreher*, E.L. Regalado, P. Vachal,
L. Campeau, I. Davies, C. Welch
9:20 – 2689. Chemosynthetic livers: Predict,prepare, and prove the structure, activity,
and toxicity of drug metabolites.
M.S. Chorghade*, R.S. Chorghade
9:40 – 2690. Free-radical-based site-selective C-H to C-C conversion. I. Ryu*
10:10 – 2691. New synthetic reactions of Nheterocyclic carbene boranes.
D.P. Curran*
10:40 – 2692. Development of green conversions of biomass in hydrophobic ionic liquids. A. Kamimura
11:10 – 2693. Synthesis of novel polymers
from biomass and their programmed
degradation . M.P. Sibi*, E. Serum,
C. Sutton, R. Raghunathan, R. Krishnan,
S. Jayaraman*, D. Webster,R. Saravanakumar
11:40 – 2694. Lignin disassembly and therole of paired-electrolyses in the sustainable synthesis of new synthetic building
blocks.. B. Nguyen, M. Llorente,
C.P. Kubiak, K.D. Moeller

9:55 – 2708. Protecting group free strategy
for the sustainable synthesis ofpolyketide natural products.
R.S. Chapman*, P. Plucinski, M. Jones,
S.D. Bull
10:10 – 2709. Nanomole-scale highthroughput chemistry for the synthesis ofcomplex molecules. L. Campeau
10:25 – 2710. Colorful azulene-based protecting group for carboxylic acids, alcohols, and amines. T.W. Bevan*,
H.J. Wong, P.T. Northcote, J.E. Harvey
10:40 – 2711. Recent innovations in alkyne
chemistry. G.B. Dudley*
10:55 Break
11:00 – 2712. Relative and absolute configurations of Phaeosphaeride A: Total synthesis of ent-Phaeosphaeride A.
K. Kobayashi*, M. Nakamura,
Y. Kobayashi, O. Tamura, H. Kogen*
11:20 – 2713. Highly convergent, enatioselective, and conceptually novel synthesisof polydeoxypropionates. S. Xu, A. Oda,
T. Bobinski, H. Li, E. Negishi*
11:40 – 2714. Lipase-catalyzed asymmetricsynthesis of multifused optically active
cyclic molecules by one-pot sequential
dynamic kinetic resolution/intramolecularDiels-Alder reaction. K. Sugiyama,
S. Kawanishi, Y. Oki, M. Kamiya, M. Egi,
S. Akai*
12:00 closing remarks

Hilton Hawaiian Village
Mid-Pacific Center, Coral 2

Hilton Hawaiian Village
Mid-Pacific Center, Sea Pearl Suites 1 & 2

Applications of C-H Functionalization (#169)

Cooperative Cocatalysis with Two Different
Metals (#270)

Organized by: P. Vachal, Z. Shi, C. Li,
H. Davies, K. Itami, H. Lebel
8:00 – 2695. C-H arylation in combination
with decarboxylative cross-couplings asa modular route to biologically important
thiophene-based targets. P. Forgione
8:30 – 2696. Design of axially chiral phenanthroline ligands for enantioselective C-Hfunctionalization. Y. Naganawa*,
H. Nishiyama*
8:50 – 2697. Development of metal-catalyzed reactions to access N-heterocycles
from nitroarenes. T. Driver
9:20 – 2698. Branch selective Ir-catalyzedhydroarylation of monosubstituted alkenes via a cooperative destabilization
strategy. G.E. Crisenza*, J. Bower
9:40 – 2699. Adventures in aldehyde C-Hbond activation. V.M. Dong*
10:10 – 2700. Stereoselective radical C–H
amination by Co(II)-based metalloradical
catalysis. P. Zhang*
10:40 – 2701. Palladium(0)-catalyzed
C(sp3)-H bond activation as a strategy forthe construction of polycyclic systems.
O. Baudoin*
11:10 – 2702. Nickel(II)-catalyzed oxdative
coupling between C(sp2)⫺H bonds inbenzamides and C(sp3)⫺H bonds in toluene derivatives. Y. Aihara, N. Chatani*
11:30 – 2703. Catalytic aerobic platform forthe selective functionalization of phenolic
C-H bonds. Z. Huang, K. Esguerra,
J. Lumb*
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 1
Strategies and Tactics for Complex
Molecule Synthesis (#174)

Organized by: C. Forsyth, C. Lee,
L. Barriault, J. Cha
Presiding: C. Lee, B. Wang
8:00 introduction
8:05 – 2704. Radical-based approach forsynthesis of complex natural products.
M. Inoue*
8:35 – 2705. Total synthesis of natural products containing multisubstituted arenes
via a 6␲ electrocyclization/aromatization
strategy. A. Li
9:05 – 2706. Streamlined syntheses of complex tetracyclic diterpenoids. X. Lei*
9:35 break
9:40 – 2707. Total synthesis of ustiloxin D.
C.A. Hutton*, A.L. Brown

Organized by: S. Blum, Y. Nakao,
S. Chang
8:00 – 2715. Acceptorless dehydrogenationof alkanes through cooperative basemetal catalysis . J.G. West,
E.J. Sorensen*
8:30 – 2716. Multimetallic cross-electrophilecoupling reactions and design principles.
D.J. Weix*
9:10 Break
9:20 – 2717. Enabling multiple catalytictransformations from a single heterobimetallic design strategy. N.P. Mankad
10:00 – 2718. Synergistic divergent dipolar
cycloaddition reaction from non-dipolar
compounds using dual catalysis system.
H. Jeon, S. Lee*
10:30 – 2719. Recent progress in cooperative asymmetric catalysis. M. Shibasaki
Hilton Hawaiian Village
Tapa Tower, Tapa Ballrm 2
Chemical Glycosylation: Methods andMechanisms (#306)

Organized by: T. Lowary, X. Huang,
S. Hung, K. Tanaka
Presiding: K. Tanaka
8:00 – 2720. Scalable and stereoselective
synthesis of 1,2-cis-2-aminosugars via
nickel catalysis. H.M. Nguyen
8:30 – 2721. General strategy for stereospecific synthesis of rare higher carbon sugars and its application thereof.
K.T. Mong*
9:00 – 2722. Examination of 1,2-trans-selective glycosidation of glycosyl donors
bearing 2,3-cyclic protecting group.
N. Yagami, M. Konishi, H. Tamai,
A. Ueki, A. Imamura, H. Ando*, H. Ishida,
M. Kiso
9:15 – 2723. Synthesis of C-2 functionalized
liduronic acid derivatives. S. Mohamed*
9:30 – 2724. Study on stereoselective cisglycosylations through NAP ether-mediated intramolecular aglycon delivery.
A. Ishiwata*, Y. Ito
9:45 – 2725. Mechanistic insights into thegold(I)-catalyzed glycosylation with glycosyl ortho-alkynylbenzoates as donors.
B. Yu
10:15 Break
10:25 – 2726. De novo synthesis of carbohydrate for medicinal chemistry.
G.A. ODoherty

10:55 – 2727. Glycosylation of 2,4-O-(o-xylylene)-bound thioglucoside.
Y. Sakamoto*, Y. Ito*
11:10 – 2728. Novel chemical glycosylation
with recognition of alcohol chirality andits application to natural product synthesis. T. Kimura, D. Takahashi, K. Toshima*
11:25 – 2729. Catalytic stereoselective synthesis of glycosides. M. Galan*
Hilton Hawaiian Village
Mid-Pacific Center, Nautilus 1
Synthetic Modulators of Protein-Protein
Interactions (#461)

Organized by: P. Arora, D. Fairlie,
A. Kennan, K. Kumar, S. Sidhu, ,Presiding: A. Kennan
8:00 Break
8:30 Opening Remarks
8:35 – 2730. Protein domain mimetics as
modulators of protein-protein interactions. P. Arora*
9:00 – 2731. Simulating secondary structure:␤-strand/sheet peptidomimetics.
S. Thompson, P.C. Knipe, J.E. Ross,
J.T. Han, A.D. Hamilton
9:20 – 2732. Small-molecule mimic for theside chains of hydrophobic ␣-helical hot
spots and its application to the␤-Catenin/B-cell lymphoma 9 protein–protein interaction. H. Ji*
9:40 Break
9:50 – 2733. Inhibition of helix mediated protein-protein interactions using designed
molecules. A.J. Wilson
10:15 – 2734. AApeptides and their derivatives for protein surface recognition.
J. Cai*
10:35 – 2735. Covalent control of peptide
loop structure. J. Kritzer*
10:55 Break
11:05 – 2736. Allosteric modulation of conformationally dynamic transcription factor
complexes. A.K. Mapp*
11:30 – 2737. Bioreversible protein modifications that engender cellular delivery.
R.T. Raines*

PHYS
Area 5 – Physical,
Theoretical, &Computational
Tuesday Morning
Hawaii Convention Center
308A
Ultrafast Intense Laser Chemistry (#35)

Organized by: K. Yamanouchi, R. Levis,
F. Legare, Q. Gong
Presiding: Q. Gong
8:00 Opening Remarks
8:05 – 1. Coherent control at its most fundamental. M. Sayler, T. Rathje, M. Möller,
P. Wustelt, G.G. Paulus*
8:30 – 2. Strong-field coherent control: Unpacking the role of phase. D.B. Foote,
Y. Lin, W.T. Hill** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
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05 – PHYS
8:55 – 3. Adiabatic ionization creates a“pure” wave packet in the strong field regime for control at a conical intersectionin acetophenone derivatives. R.J. Levis*
9:20 – 4. Synergy of chirped and multipulse
excitation: Control of population and vibrational coherence using. E. Brühl, I.
Afa, C. Serrat, T. Buckup, M. Motzkus*
9:45 Break
10:00 – 5. Intense IR laser induced electron
rescattering study on hydrocarbon molecules. Y. Ito, M. Okunishi,
W. Chuncheng, R.R. Lucchese,
T. Morishita, O.I. Tolstikhin, L.B. Madsen,
K. Ueda*10:10 – 6. Laser-assisted electron scattering
by light-dressed Xe atoms in a femtosecond intense laser field. Y. Morimoto,
R. Kanya, K. Yamanouchi*
10:35 – 7. Development of a femtosecond
laser-assisted electron scattering apparatus equipped with an angular-resolved
time-of-flight analyzer. K. Ishida,
R. Kanya, K. Yamanouchi*
10:45 – 8. Development of trapped ion electron diffraction apparatus for determination of geometrical structure of molecularions. H. Tanaka, K. Kato, R. Kanya,
K. Yamanouchi*
10:55 – 9. Intense laser-induced population
inversion of N2⫹. H. Xu*, E.V. Lotstedt,
K. Yamanouchi
Hawaii Convention Center
301A
Multiscale Couplings of Molecular Theory
of Solvation: Fundamentals andApplications (#60)

Organized by: A. Kovalenko, B. Pettitt,
F. Hirata
Presiding: F. Hirata, A. Kovalenko
8:00 – 10. Comparing theory, heuristics, andsimulations in solution. K. Dyer,
J. Perkyns, D. Karandur, C. Zhang,
M. Pettitt*
8:30 – 11. Hydrophobic interaction: Fromstatics to kinetics. A. Luzar
9:00 – 12. Approaching quantitative accuracy with integral equation-based solvation models. S.M. Kast*
9:30 – 13. Mechanism of one-to-many molecular recognition accompanying targetdependent structure formation: For thetumor suppressor p53 protein.
T. Hayashi*, H. Oshima, S. Yasuda,
M. Kinoshita
9:45 – 14. Multiscale simulation of fullerene
solvation and aggregation behaviors inorganic solvent. C. Wang, C. Hua*
10:00 Coffee Break
10:15 – 15. Aqueous solutions: New insightsfrom large-scale computer simulations.
R. Gupta, G. Patey*
10:45 – 16. Fluctuation-aggregation duality
in complex liquids. A. PERERA*
11:15 – 17. Free-energy calculation with themethod of energy representation with application to the binding of small molecules into polymers. N. Matubayasi*
11:45 – 18. Systematic method to estimate
solvation free energies from 2PT molecular dynamics. H. Lee*, H. Lim, H. Kim
Hawaii Convention Center
308B
New Insights from Quantum Dynamics andab initio Potentials in High Dimensional
Systems (#84)

Organized by: T. Carrington, J. Bowman,
D. Zhang
Presiding: E.L. Sibert
8:00 Opening Remarks
8:05 – 19. Calculation of vibrational groundand excited states of malonaldehyde andtheir tunneling splittings. H. Meyer*,
M. Schröder
8:35 – 20. CO2 inside the clathrate hydrate
cavities: A quantum dynamic study forcomparing with experiments.
D.J. Arismendi Arrieta, Á. Valdés,
R. Prosmiti

8:55 – 21. Symmetrical quasi-classicalmodel for classical molecular dynamics
simulations of electronically non-adiabatic processes. W.H. Miller
9:25 – 22. Efficient calculation of anharmonic
vibrational spectra using localized
modes. P.T. Panek, C.R. Jacob
9:45 Break
10:00 – 23. Undestanding and controllingchemical reactions: Applications of themulticonfiguration time-dependent Hartree method. F. Gatti*, H. Meyer,
B. lasorne, S. Guérin, R. Marquardt
10:30 – 24. Size-consistent multipartitioning
QM/MM: A stable and efficient adaptive
QM/MM method. H.C. Watanabe*,
T. Kubar, M. Banno, M. Elstner,
M. Sakurai
10:50 – 25. Multidimensional quantum dynamics with and without a potential energy surface: Parameterized bases andanharmonic spectra in up to 15D.
S. Manzhos*, T. Carrington, R. Dawes,
X. Wang, H. Guo
11:20 – 26. Variational multiconfigurational
quantum dynamics using moving Gaussian basis sets: Flexible frozen Gaussianbased hierarchical representations.
I. Burghardt*, P. Eisenbrandt,
M. Ruckenbauer, S. Römer
Hawaii Convention Center
305B
Deciphering Molecular Complexity fromSingle Molecules to Cellular Networks(#121)

Organized by: T. Komatsuzaki, J. Wang,
J. Wu
Presiding: T. Komatsuzaki, J. Wu
8:00 Opening Remarks
8:05 – 27. Finding the macro-micro boundary. R. Berry
8:40 – 28. Multiscale method for dynamics
simulations of biomolecular systems.
R. Luo*9:10 – 29. Complex folding transition of theB domain of protein A investigated by thehigh-speed measurement of single-molecule FRET time series. H. Oikawa,
K. Kamagata, M. Arai, S. Takahashi*
9:40 Break
9:55 – 30. Robustness of rotary catalysis of
F1-ATPase rotary motor tested by creating an artifical rotary motor molecule.
H. Noji*
10:30 – 31. Conformational fluctuations in
DNAs and enzymes . J. Cao*
11:00 – 32. Single-molecule method forcounting ligands associated with a conformational transition: Linking ion uptake
to nucleic acid folding. D.R. Jacobson*,
O.A. Saleh
Hawaii Convention Center
305A
Computational Modeling of d- and f-Block
Chemistry: Challenges and Opportunities(#130)

Organized by: A. Wilson,
P. Schwerdtfeger, K. Kim, Z. Lin,T. Cundari
Presiding: A. Wilson
8:00 Introductory Remarks
8:05 – 33. Computational insight into nickelcatalyzed carbon– carbon vs. carbon– boron coupling reactions of primary, secondary, and tertiary alkyl bromides.
M. Cheung, F. Sheong, T. Marder, Z. Lin
8:35 – 34. Transition metals in astrochemistry: Which roads lead to a better understanding of astrobiology?.
N.J. DeYonker*, T.N. Brown, K.O. Brown
9:05 – 35. Automated exploration of adiabatic and nonadiabatic channels in organometallic complexes. S. Maeda*,
Y. Harabuchi, M. Gao, G. Zeng,
T. Taketsugu
9:35 BREAK

9:50 – 36. Ground and excited states of the[Fe(H2O)6]2⫹ and [Fe(H2O)6]3⫹ clusters:
Insight into the electronic structure of the[Fe(H2O)6]2⫹ – [Fe(H2O)6]3⫹ complex.
S.S. Xantheas*, E. Miliordos
10:20 – 37. N2O activation by a vanadium(III)complex. B.F. Yates*, R. Robinson,
M.F. Shaw, R. Stranger
10:50 – 38. Reduction of chromium oxide bymethane: Density functional theory studies. K.M. Skjelbred*, P. Åstrand,
S. Andersson, J.A. Støvneng
11:10 – 39. Activation of CH4 by Th⫹ asstudied by guided ion beam mass spectrometry and quantum chemistry.
P.B. Armentrout, R.M. Cox,
W.A. de Jong
Hawaii Convention Center
306B
Chemical Imaging: Frontiers of SpatioTemporal Resolution (#134)

Organized by: P. Piotrowiak, M. Fujii,
J. Tang, B. Zhang
Presiding: P. Piotrowiak, B. Zhang
8:00 Opening remarks
8:05 – 40. Mapping atomic motions with ultrabright electrons: The chemists’ Gedanken experiment enters the lab frame.
R. Miller*
8:45 – 41. Quantized chromatic aberrations
and temporal resolutions in ultrafast electron microscopy. D.J. Flannigan*,
D.A. Plemmons, D.R. Cremons,
D.T. Valley
9:15 – 42. Imaging ultrafast molecular reactions with free electron laser radiations.
Y. Jiang
9:45 – 43. Nonadiabatic dynamics in polyatomic molecules by femtosecond timeresolved photoelectron imaging.
B. Zhang*
10:15 Break
10:30 – 44. Picosecond photobiology:
Watching a signaling protein function inreal time via 150-picosecond time-resolved X-ray diffraction and solution scattering. P. Anfinrud*, F. Schotte, H. Cho,J. Kyndt, H. Kamikubo, M. Kataoka
11:00 – 45. Femtosecond time-resolved impulsive stimulated Raman study of the
primary process of photoactive yellow
protein. H. Kuramochi, S. Takeuchi,
K. Yonezawa, H. Kamikubo, M. Kataoka,
T. Tahara
11:30 – 46. Observation of molecular orientation of human hair ␣-keratin fibers by a
VSFG detected IR super-resolution microscopy. M. Sakai*, K. Ushio,
Y. Watase, M. Fujii
Hawaii Convention Center
313C
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: P. Piecuch
8:00 Opening address
8:10 – 47. Recent progress in density functional theory. D.G. Truhlar*
8:40 – 48. Electronic excitations from pairing
matrix fluctuation and particle-particle
random phase approximation. W. Yang
9:00 – 49. Assignments of ground and excited states of 3D carbon and boron clusters from P3⫹ and NR2 electron-propagator theory. J.V. Ortiz*
9:20 – 50. Does CC2 and CC3 theory offer
quality potential surfaces for excited electronic states?. J.F. Stanton*
9:50 – 51. Metastable electronic states andcomplex variable approaches: A fresh
look at the old challenge. A. Krylov
10:20 – 52. Solvent effects in excited states:
PCM SAC-CI study. M. Ehara, R. Fukuda
10:50 – 53. Development of linear-scaling
excited-state calculations: Divide-andconquer approaches. H. Nakai

11:20 – 54. Excited states in condensed
matter from embedded correlated wavefunction theory. E.A. Carter*
Hawaii Convention Center
313A
Frontiers of Metal Clusters andNanostructures: From Fundamental
Properties to Functionalities (#168)

Organized by: A. Terasaki, S. Anderson,
N. GastonPresiding: S.L. Anderson
8:00 Opening address
8:05 – 55. Super- and hyper halogens-A
class of superatoms. P. Jena
8:35 – 56. Nanocluster superatom formation
using ion source based on high-power
impulse magnetron sputtering.
A. Nakajima*
9:05 – 57. Determining the structure of transition metal clusters and their derivatives
by trapped ion electron diffraction.
M. Kappes*, D. Schooss
9:25 – 58. Uncovering structure-property relationships: From studies of pure andsupported metal clusters and colloids totheir use in catalysis and sensing.
V. Golovko*, D. Anderson, R. Adnan,
B. Donoeva, D. Ovoshchnikov,
J. Ruzicka, D. Padayachee, A. Marshall,
G. Andersson, G.F. Metha, W. Wlodarski
9:45 break
10:00 – 59. Doped metal clusters on oxides:
Rationalization and design through theprism of chemical bonding.
A. Alexandrova*
10:30 – 60. Molecular silver nNanoparticles:
Chemical, optical, and structural principles. T.P. Bigioni*
11:00 – 61. Molecular simulation of Ag nanoparticle nucleation from solution: Redoxreactions direct the evolution of shapeand structure. D. Zahn*, T. Milek
11:20 – 62. Toward the creation of stable,
functionalized metal clusters. Y. Negishi*
Hawaii Convention Center
304A
Theory of Main Group Chemistry Beyond
First Row (#183)

Organized by: T. Dunning, M. Gordon,
P. Schwerdtfeger, C. Choi
Presiding: T. Dunning
8:00 – 63. Recoupled pair bonding: Insight
into chemistry beyond the first row andbeyond Earth. D.E. Woon
8:30 – 64. Bonding analysis using the atomic
orbitals found within molecular wavefunctions. M.W. Schmidt
9:00 – 65. Bonding energetics of main groupcompounds. D.A. Dixon*
9:30 – 66. Non-covalent interactions beyond
the first row: Big challenges from small
␲-type dimers. G.S. Tschumper
10:00 – 67. Experimental and theoretical investigations on the elementary reactionsof F2 with organosulfur molecules. J. Lin*
10:30 – 68. Structure, bonding, and energetics of lower p-block species: Developments and applications. A. Wilson*
11:00 – 69. Chemical bonding in diatomic
molecules of the first and higher octal
rows of the periodic system.
G. Frenking** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–169

05 – PHYS
11:30 – 70. Expanding the Bent’s rule toward main group elements: Hybridization
trends across the periodic table.
I. Alabugin, S. Bresch
Hawaii Convention Center
304B
Latest Development of Advanced
Vibrational Spectroscopy (#187)

Organized by: K. Iwata, S. Asher,
D. Phillips, Y. Furukawa
Presiding: Y. Furukawa, K.C. Gordon
8:00 – 71. Femtosecond stimulated Raman
spectroscopy: A vibrationally specificprobe of reactive nonadiabatic coupling.
R.A. Mathies
8:25 – 72. Development of stimulated Raman scattering interferometer and its application to the chemical contrasted imaging of buried layers and interfaces.
M. Banno, T. Kondo, H. Yui*
8:45 – 73. Self-localized excitations formedin ␲-conjugated polymers in solution:
Femtosecond near-IR absorption andstimulated Raman studies. T. Takaya,
M. Shinohara, K. Iwata*
9:00 – 74. Photoinduced structural changeof aurophilic oligomers in water observed
by ultrafast spectroscopy. M. Iwamura*,
R. Wakabayashi, J. Maeba, K. Nozaki,
S. Takeuchi, T. Tahara
9:20 – 75. Excited-state intramolecular proton transfer investigated by femtosecond
electronic and vibrational spectroscopy.
Y. Pang*, M. Jen, S. Lee, T. Jang
9:35 – 76. Theoretical-computational modeling of excited state proton transfer reactions through multiresolution vibrational
analysis. G. Donati*, A. Petrone,
P. Cimino, N. Rega*
9:55 break
10:05 – 77. Application of Raman spectroscopy to organic electronic devices.
Y. Furukawa
10:30 – 78. Measurements and analyses of
the infrared and Raman spectra of radical
cation of [34](1,2,4,5)cyclophane: Observation of electron-molecular vibration interaction by infrared spectroscopy andlarge amplitude bridged ring vibrations bynear-infrared resonance Raman spectroscopy. A. Sakamoto*, H. Okajima,
N. Tanaka, T. Shinmyozu
10:55 – 79. Probing the entire vibrational frequency range with continuum mid-IR laser pulses . A.M. Stingel, H. Vanselous,
P.B. Petersen
11:15 – 80. Single-mode interband cascadelasers for spectroscopic applications.
L. Hildebrandt*, J. Scheuermann,
M. Edlinger, R. Weih, L. Nähle,
M. Fischer, J. Koeth, M. Kamp, S. Höfling
11:30 – 81. Raman spectroscopic observation of collisional reaction between
H2SO4 and NaOH droplets. K. Anahara*,
J. Kohno
11:45 – 82. In situ variable temperature infrared spectroscopy of the vitrification process: New molecular insights on an intriguing phenomenon. A. Laventure,
A. Soldera, O. Lebel, C. Pellerin*
Hawaii Convention Center
301B
Frontier Chemical Applications Using
Accelerator Based Photon Sources (#414)

Organized by: K. Asakura, T. Sham,
L. ChenPresiding: L.X. Chen
8:00 Welcome coffee
8:20 Welcome message
8:30 – 83. Ultra slow Muon microscopy - a
new method to study function across interfaces in materials and life science.
E. Torikai, Y. Miyake, R. Kadono,
M. Iwasaki

170 –TECHTECHNICAL PROGRAM
9:00 – 84. Total-reflection high-energy positron diffraction (TRHEPD): A novel
method for the analysis of the surface
atomic arrangements. T. Hyodo*,
I. Mochizuki, K. Wada, Y. Fukaya,
M. Maekawa, A. Kawasuso, T. Shidara,
A. Ichimiya, H. Ariga, K. Asakura
9:20 – 85. Neutron analysis of cytochrome cusing the maximum entropy method(MEM). Y. Sugawara*, S. Yamamura,
K. Kusaka, T. Yamada
9:40 – 86. Synchrotron X-ray absorption
spectroscopy study of nanomaterials forenergy applications. X.J. Sun*
10:00 break
10:20 – 87. In-situ structural characterizationof interfacial homogeneous and amorphous metal oxide catalysts using X-ray
scattering and pair distribution function
analyses. G. Kwon*, J.D. Emery,J. Thomsen, G. Brudvig, R. Crabtree,
A.B. Martinson, D.M. Tiede*
10:50 – 88. Measurement of carbon condensates using small-angle X-ray scattering
during detonation of the explosive
hexanitrostilbene. T.M. Willey*,
M. Bagge-Hansen, L. Lauderbach,R. Hodgin, S. Bastea, L. Fried, C. May,
T. Graber, B. Jensen, J. Ilavsky
11:10 – 89. Tracking drug loading and unloading processes involving calcium silicate hydrate carrier and ibuprofen (IBU):
An X-ray absorption spectroscopy study.
T.K. Sham*, X. Guo, Z. Wang, J. Wu,
Y. Hu, J. Wang, Y. Zhu
Hawaii Convention Center
306A
Frontiers of Photon Upconversion Based on
Triplet-triplet Annihilation (#420)

Organized by: P. Zhang, Y. Murakami,
J. ZhaoPresiding: Y. Murakami, P. Zhang,
J. Zhao
8:00 Opening remark
8:05 – 90. Unusual solar photoconversion:
Sensitized triplet fusion. F.N. Castellano
8:35 – 91. Photochemical upconversion forsolar energy. T. Schmidt
9:05 – 92. Experimental sunlight engineering,based on energy transport in dense populated organic triplet ensembles.
S. Baluschev*, K. Landfester
9:35 Break
9:50 – 93. Triplet-triplet annihilation upconversion in the aqueous and dry phases:
Challenges, solutions, and more problems. J. Kim*
10:20 – 94. TTA between and within dendritic macromolecules. S. Vinogradov*
10:50 – 95. Low-power photon upconversion
through triplet-triplet annihilation in polymeric materials. C. Weder*
11:20 – 96. Effect of solvent viscosity on
TTA-based photon upconversion: Studies
in ionic liquids. Y. Murakami*, T. Ito,
A. Kawai
Hawaii Convention Center
313B
Computational Modeling of Magnetic
Materials and Magnetic Properties (#423)

Organized by: J. Peralta, A. Soncini,
T. Nakajima
Presiding: J. Peralta, A. Soncini
8:00 – 97. Ab initio study of magnetization
blocking in strongly anisotropic magnetic
complexes. L. Chibotaru
8:30 – 98. Magnetic ordered structure dependence of magnetocaloric effect.
R. Tamura, S. Tanaka, T. Ohno,
H. Kitazawa
8:40 – 99. Calculating magnetic properties ofheavy-element compounds.
J. Autschbach
9:10 – 100. Demagnetisation effects in dipolar systems. M. Twengstrom*, L. Bovo*,
M. Gingras, S. Bramwell, P. Henelius

9:20 – 101. Density-functional theory inmagnetic fields. T. Helgaker*, A. Borgoo,
U. Ekström, J. Furness, J. Gauss,
S. Kvaal, K. Lange, S. Reimann,
S. Stopkowicz, A. Teale, E. Tellgren,
J. Verbeke
9:50 Coffee Break
10:10 – 102. Single-molecule magnets andrelated molecules: Structural, magnetic,
and quantum properties. G. Christou
10:40 – 103. Electronic structure of molecular magnetic systems: Successes within
GGA and challenges for SIC.
M.R. Pederson*
11:10 – 104. Tailoring electronic and magnetic properties of MoS2 nanotubes.
G. Lee, N. Li*
11:20 – 105. Theoretical investigation ofmagnetic exchange interactions in dilute
magnetic semiconductor quantum dots
induced by defects. J. Goings*, X. Li
Hawaii Convention Center
310 Theatre
Frontiers of Plasmon Enhanced
Spectroscopy (#428)

Organized by: Y. Ozaki, Z. Tian, B. Ren,
N. Halas, A. Brolo, T. Itoh, M. Moskovits
Presiding: N. Halas, Y. Ozaki
8:00 opening
8:05 – 106. Recent developments in tip-enhanced Raman spectroscopy.
R.P. Van Duyne*
8:35 – 107. Aluminum plasmonics for surface-enhanced spectroscopies.
N. Halas*
9:05 – 108. Coherent plasmons in surface
enhanced spectroscopies.
P. Nordlander*
9:25 – 109. Plasmon on single nanoparticles
for sensing the reactions. Y. Long*
9:45 – 110. Raman activity and dynamics ofplasmons studied by ultrafast scanningnear-field optical microscopy. K. Imura*,
K. Imaeda
10:05 Break
10:20 – 111. Subnanometric plasmonics:
Confining light to atomic-scale dimensions. J. Aizpurua*, M. Barbry, P. Koval,
F. Marchesin, R. Esteban, A.G. Borisov,
D. Sanchez-Portal
10:40 – 112. Plasmonic dimers and trimers:
On the role of gap size and symmetry.
G. Haran*, L. Chuntonov, N. Zohar
11:00 – 113. Tuning of the surface plasmon
resonance in the UV-IR range for wider
applications. K. Okamoto, K. TAMADA
11:15 – 114. Plasmonic spectroscopy: What
determines the plasmonic band intensity,
its shift in a dielectric medium, or on asubstrate of high dielectric function?.
N. Hooshmand*, J.A. Bordley,
M.A. El-Sayed
11:30 – 115. Plasmonic-coupling-based enhanced performance in surface plasmon
resonance spectroscopy. D. Kim*,
K. Chung, J. Lee, J. Choi, Y. Jang
11:45 – 116. When the signal is from theoriginal molecule detected: Surface-enhanced Raman scattering measurementof 4-aminobenzenethiol at single-molecule level. Y.S. Yamamoto*, Y. Kayano,
T. Itoh, S. Nakanishi

8:50 – 119. Hydrogen-bonding interactionsof uric acid complexes with water/melamine identified by near- and mid-IR
spectroscopy. H. Saigusa
9:15 – 120. What can we learn on hydroxidesolvation from theoretical study on OH(H2O)n n⫽0-7?. K. Takahashi*
9:40 – 121. Performance of local correlation
methods for halogen bonding: The caseof Br2-(H2O)n, n⫽4,5 clusters andBr2@51262 clathrate cage.
R. Hernandez*
10:00 Break
10:15 – 122. Stereochemical effects in spectroscopy and photostability of biomolecules. A. Zehnacker-Rentien*
10:40 – 123. Photoelectron circular dichroism of molecular cluster anions.
T. NAGATA
11:05 – 124. Understanding spectral signatures of large amplitude vibrations andhydrogen-bonding through studies of thevibrational spectroscopy of solvated ion
complexes. A.B. McCoy, L.C. Dzugan

Tuesday Afternoon
Hawaii Convention Center
308A
Ultrafast Intense Laser Chemistry (#35)

Organized by: K. Yamanouchi, R. Levis,
F. Legare, Q. Gong
Presiding: R.J. Levis
13:00 – 125. Observation of attosecond
quantum wavepacket dynamics in molecules. K. Midorikawa*
13:25 – 126. Attosecond probing of chemical
dynamics. S.R. Leone*
13:50 – 127. High harmonic spectroscopy
reveals electronic structure of small molecules. D.M. Villeneuve*
14:15 – 128. Circularly polarized MHOHG(molecular high order harmonic generation) and attosecond laser pulses - newtools in laser science. A.D. Bandrauk*
14:40 – 129. Probing molecular chirality on
sub-femtosecond time scale.
O. Smirnova*, R. Cireasa,
A.E. Boguslavskiy, B. Pons, M.C. Wong,
D. Descamps, S. Petit, A. Ferre, N. Thiré,
B.E. Schmidt, A. Alharbi, F. Légaré,
V. Blanchet, B. Fabre, J. Suarez,
J. Higuet, H. Ruf, A. Harvey, M. Richter,F. Morales, M. Ivanov, S. Patchkovskii,
Y. Mairesse, R. Bhardwaj
15:05 Break
15:20 – 130. Laser-induced electron wave
packets as a sub-nanometer and subfemtosecond molecular probe.
L.F. DiMauro*, C.I. Blaga, J. Xu
15:45 – 131. Strong-field ionization and dissociation dynamics in heterocyclic aromatic molecules probed by femtosecond
XUV transient absorption spectroscopy.
F. Lackner*, A.S. Chatterley,
S.c. Pemmaraju, D. Neumark,
S.R. Leone, O. Gessner
16:00 – 132. Two-photon non-sequential
double ionization pathway of Ar withanomalous selectivity. K. Yamada,
A. Iwasaki, T. Sato, K. Midorikawa,
K. Yamanouchi*

Hawaii Convention Center
307AB
Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: N. Kim, H. Sekiya
8:00 Openig Remarks
8:05 – 117. Temperature dependence of hydrogen bond network structures probed
by infrared spectroscopy of gas phaseclusters. A. Fujii*
8:30 – 118. Understanding inter- and intramolecular factors affecting red-shifts forthe proton stretch vibrational frequency inhydrogen-bonded complexes. D. Pines,
P.M. Kiefer, J.T. Hynes, E. Pines** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
16:15 – 133. Multiphoton ionization of He,
Ne, Ar, and Xe using full-coherent freeelectron laser seeded by high-order harmonics of near-infrared femtosecond laser pulses. A. Iwasaki, S. Owada,
S. Ogami, T. Togashi, E.J. Takahashi,
K. Midorikawa, M. Aoyama,
K. Yamakawa, S. Matsubara, K. Ogawa,Y. Okayasu, H. Tomizawa, T. Watanabe,
M. Nagasono, M. Yabashi, T. Ishikawa,
K. Yamanouchi
16:30 – 134. Single-shot photoelectron
spectroscopy of nonlinear ionization of
He in intense EUV FEL fields.
Y. Hikosaka*, M. Fushitani, A. Matsuda,
T. Endo, Y. Toida, E. Shigemasa,
A. Hishikawa*
16:45 – 135. Ultrafast two-photon Rabi oscillations in excited He driven by femtosecond intense laser fields. M. Fushitani,
C. Liu, A. Matsuda, T. Endo, Y. Toida,
Y. Hikosaka, T. Morishita*, A. Hishikawa*
Hawaii Convention Center
301A
Multiscale Couplings of Molecular Theory
of Solvation: Fundamentals andApplications (#60)

Organized by: A. Kovalenko, B. Pettitt,
F. Hirata
Presiding: A. Kovalenko, M. Pettitt
13:00 – 136. Characterization of the GroEL –GroES interface and the mechanism ofreversible chaperonin association.
P.J. Rossky*, C. Bajaj, L.H. Kapcha
13:30 – 137. Multiscale modeling using molecular theory of solvation: Effective
forces from statistical-mechanical ensemble of atomic interactions.
A. Kovalenko*
14:00 – 138. Structural fluctuation of protein
induced by thermodynamic perturbation.
F. Hirata
14:30 – 139. Predicting protein motion fromstructural ensembles: A coarse-grainedmodel of protein dynamics. M. Guenza*,
J.T. Copperman
15:00 – 140. Molecular theory of solvation:
From heavy petroleum to plant biomass
valorization. S. Stoyanov, A. Kovalenko
15:15 Coffee Break
15:30 – 141. DPD with an effective pair potential from integral equation theory ofmolecular liquids. A.E. Kobryn,
S. Gusarov, A. Kovalenko
15:45 – 142. Evaluation of effective interactions of kaolinite nanoparticles in aqueous electrolyte solution with polymer bymolecular theory of solvation.
S. Hlushak, S. Stoyanov, A. Kovalenko*
16:00 – 143. Analyzing the binding free energy for the inclusion process of 2-hydroxypropyl-␤-cyclodextrin by means of
the MD/3D-RISM method. M. Sugita*,
F. Hirata
16:15 – 144. Solvation effects in pathologicalconversion of proteins implicated in neurodegeneration: Insight from the 3D molecular theory of solvation. N. Blinov*,
N. Cashman, A. Kovalenko
16:30 – 145. Water and Mg2⫹ ion distributions in EcoRV-DNA complex prior to andafter endonuclease-reaction calculated
by using 3D-RISM. M. Irisa*,
R. Motomatsu, S. Sunaba, J. Yasuniwa ,Y. Maruyama, N. Yoshida, A. Sarai,
F. Hirata
17:00 – 146. High accuracy solvation enthalpies, entropies, and free energies from
3D-RISM. T. Luchko, J. Johnson,
T. Yamazaki, S. Gusarov, A. Kovalenko,
D. Case
Hawaii Convention Center
308B
New Insights from Quantum Dynamics andab initio Potentials in High Dimensional
Systems (#84)

Organized by: T. Carrington, J. Bowman,
D. Zhang
Presiding: S. Manzhos

13:00 – 147. Electronic structure and potential fitting methods suitable for multistate
reactive surfaces. R. Dawes*
13:30 – 148. Large scale exact quantum dynamics calculations: Massive parallelization and the classical phase space picture. B. Poirier*
14:00 – 149. Mixed quantum/classical treatment of the ozone forming reaction.
D. Babikov*
14:18 Break
14:38 – 150. Simple parameterization of thequantum energies, rotational constants,
and centrifugal distortion constants of
Lennard-Jones m-n potentials.
R.B. Shirts*
14:56 – 151. Quantum and isotope effects inwater clusters. V. Mandelshtam*,
S.E. Brown*, J. Mallory*
15:26 – 152. Efficient treatment of coupledlarge amplitude motions using analytic integrals. W.A. Kopp*, M. Döntgen,
K. Leonhard
15:44 – 153. New approaches to simulating
biological and molecular catalysts.
T.F. Miller
16:14 – 154. On the fly semiclassical dynamics. E. Pollak
16:44 – 155. Dynamical effects on multistep
reactions with unstable intermediates.
G. Jimenez-Oses, L. Törk,
C. Doubleday, K.N. Houk
Hawaii Convention Center
305B
Deciphering Molecular Complexity fromSingle Molecules to Cellular Networks(#121)

Organized by: T. Komatsuzaki, J. Wang,
J. Wu
Presiding: S. Pressé, S. Takada
13:00 – 156. Energy landscape theory: Fromfolding proteins to folding chromosomes.
P.G. Wolynes*
13:35 – 157. Enzymes stepping on landmines. S. Pressé
14:05 – 158. Enhanced sampling and applications in protein folding in explicit solvent. J. Ma*
14:35 Break
14:50 – 159. Dynamical energy landscapeperspective on protein functioning.
M. Sasai*, T.P. Terada, Q. Nie
15:25 – 160. Energy landscapes and conformation network learned from single molecule time series. T. Komatsuzaki*
15:55 – 161. Modes of protein large-amplitude conformational change from singlemolecule experiments. H. Yang
16:25 – 162. Signal and information processing with biomolecules: Enzyme-catalyzed
reactions and their cascades.
V. Privman*
Hawaii Convention Center
305A
Computational Modeling of d- and f-Block
Chemistry: Challenges and Opportunities(#130)

Organized by: A. Wilson,
P. Schwerdtfeger, K. Kim, Z. Lin,T. Cundari
Presiding: Z. Lin
13:00 – 163. Advances in GVVPT multireference perturbation theory: Transition metals and lanthanides. M.R. Hoffmann*,
P.K. Tamukong, W. Liu
13:30 – 164. Efficient and size-intensive multireference description of the electronic
excited states of molecules and nanomaterials. B.G. Levine, B.S. Fales,
E.G. Hohenstein, Y. Shu
14:00 – 165. Developments for heavy element chemistry: Towards thermochemical prediction. A. Wilson
14:30 BREAK
14:45 – 166. Tackling the challenges of modeling f-electron species in realistic environments. W.A. de Jong, N. Govind,
E.J. Bylaska, R. Atta-Fynn

15:15 – 167. Designing extractants for separation of critical materials. T. Windus,
V. Bryantsev, N. De Silva, M. Dick-Pérez,
M.S. Gordon, B. Hay, B. McCann,
F. Zahariev
15:45 – 168. Relativistic open-shell HartreeFock theory with time-reversal symmetry.
M. Nakano*, R. Nakamura, J. Seino,
H. Nakai
16:05 – 169. Theoretical studies of rare earth
CeO2 catalysis. X. Gong, X. Wu, L. Yin,
G. Lu, J. Zhang
16:25 – 170. Bonding and structure of redox
non-innocent ligands, and their use to“ennoble” base metal catalysts.
T. Cundari
Hawaii Convention Center
306B
Chemical Imaging: Frontiers of SpatioTemporal Resolution (#134)

Organized by: P. Piotrowiak, M. Fujii,
J. Tang, B. Zhang
Presiding: M. Sakai, J. van de Lagemaat
13:00 Opening remarks
13:05 – 171. Feeling fast charge carriers:
Time-resolved electrostatic force microscopy for solar cells. D. Ginger*
13:45 – 172. Probing the effect of a surface
plasmon on the exciton dynamics in asingle quantum dot by simultaneously
trapping a metal nanoparticle with aquantum dot in a topological singularity.
P.J. Ackerman, H. Mundoor,
I.I. Smalyukh, J. van de Lagemaat*
14:25 – 173. Sub-femtosecond time-resolved photoemission electron microscopy of propagating surface plasmons .
W. Hess, Y. Gong*, A. Joly, d. Hu,
P. El-Khoury
15:05 Break
15:20 – 174. Nanoscopic visualization of
stacking domains of few-layer grapheneinfrared near-field microscopy. Z. Kim*
16:00 – 175. Multistage plasmonic nanofocusing NSOM-Raman tip for high resolution chemical mapping. R. Yan*
16:30 – 176. Influence of polarized light on
metal nanoparticle-originating high resolution TIRF imaging. A. Ishijima*,
P. Wang, S. Ryuzaki, K. Okamoto,
K. TAMADA
Hawaii Convention Center
313C
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

16:30 – 185. Automated search for minimum
energy conical intersection and seam ofcrossing geometries near the FranckCondon region: Toward prediction of fluorescence quantum yields.
Y. Harabuchi*, T. Taketsugu, S. Maeda
Hawaii Convention Center
313A
Frontiers of Metal Clusters andNanostructures: From Fundamental
Properties to Functionalities (#168)

Organized by: A. Terasaki, S. Anderson,
N. GastonPresiding: M. Ichihashi
13:00 – 186. Ligand-protected gold superatoms and superatomic molecules.
T. Tsukuda*
13:30 – 187. Investigating the role of phosphines in the synthesis and stability ofgold clusters. G.E. Johnson*
13:50 – 188. Ligand-mediated control of thesurface plasmon resonance In metal
nanoparticles generated by laser ablation. A. Mulder, R. Tilbury, M. Werrett,P. Wright, M. Massi, P. Raiteri,
M. Buntine
14:10 – 189. Unique optical properties ofshape-controlled gold clusters: Surprising correlation between geometric andelectronic structures. Y. Shichibu*,
M. Zhang, K. Konishi
14:30 – 190. The quest for highly efficientphotocathodes. T.J. Macdonald,
S. Chandrasekaran, A. Fonseka, H. Tan,
C. Jagadish, N.H. Voelcker, T. Nann*
15:00 break
15:15 – 191. Adsorption and desorption ofhydrogen by gas-phase palladium clusters revealed by in-situ thermal desorption spectroscopy. M. Takenouchi,
S. Kudoh, K. Miyajima, F. Mafune*
15:45 – 192. Effect of metal-organic framework on the kinetics of hydrogen absorption in Pd@HKUST-1. T. Tsutsumi,
T. Ishimoto, M. Koyama
16:05 – 193. Structure, stability, and electronic properties of neutral and charged
zinc clusters containing up to 73 atoms.
A. Aguado*, A. Vega, A. Lebon,
B. von Issendorff
16:25 – 194. Percolating films of clusters.
S. Brown
Hawaii Convention Center
304A
Theory of Main Group Chemistry Beyond
First Row (#183)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: J. Hasegawa

Organized by: T. Dunning, M. Gordon,
P. Schwerdtfeger, C. Choi
Presiding: M.S. Gordon

13:00 – 177. Multireference methods for excited-states of molecular systems.
L. Gagliardi*, R. Carlson, K. Vogiatzis,
D.G. Truhlar
13:30 – 178. Relativistic multiconfiguration
methods for excited states. H. Nakano*
14:00 – 179. Relativistic equation-of-motion
coupled-cluster theory. F. Wang
14:20 – 180. Two-component relativistic effects for excited states: Energies and oscillator strengths. F. Egidi*, J. Goings,
X. Li
14:40 – 181. Exploration of excited state potential surfaces of photofunctional molecules using the Global Reaction Route
Mapping (GRRM) strategy.
K. Morokuma*
15:10 – 182. Modelling the photoisomerisation and photodissociation of acetaldehyde. M.J. Jordan*, M. Corrigan,
S. Kable
15:40 – 183. Excited states of the Si/C-alternately mixed annulenes. T. Kudo
16:10 – 184. Theoretical insight into the photodissociation mechanism of methyl formate. H. Xiao

13:00 – 195. Gallium, a molecular metal:
Nanoscale and finite temperature effects
on bonding. N. Gaston*,
K.G. Steenbergen
13:30 – 196. Electronic structures and spectroscopy of adsorbates on semiconductor surfaces: From small clusters to infinite lattices. K. Raghavachari
14:00 – 197. Synergy between experimentand theory: Low valent main group cations and tetrelenes. K.M. Baines** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–171

05 – PHYS
14:30 – 198. Mesoporous silica nanoparticles: Transcending single molecule confinement to understand cluster confinement. I.I. Slowing
15:00 – 199. Donor-acceptor adducts ofaminocarbenes with silylenes: Predicting
the synthesis of novel silenes(R2Si⫽CR’2). Y. Apeloig
15:30 – 200. Gold surfaces and nanoparticles are protected by Au(0)-thiyl species
but not Au(I)-thiolates. J. Reimers*,
J. Ulstrup, N.S. Hush
16:00 – 201. Simulation of phase transitions
with highly accurate ab initio potentials:
Applications to argon. E. Pahl*,
J. Wiebke, P. Schwerdtfeger
Hawaii Convention Center
304B
Latest Development of Advanced
Vibrational Spectroscopy (#187)

Organized by: K. Iwata, S. Asher,
D. Phillips, Y. Furukawa
Presiding: L.A. Nafie, D.L. Phillips
13:00 – 202. Electronic and spectroscopic
properties of avobenzone derivatives attached to M2 quadruple bonds: Implications for the photochemical enol to ketotransformation. M.H. Chisholm,
C.B. Durr, T.L. Gustafson*, W.T. Kender,
T.F. Spilker, P.J. Young
13:25 – 203. Tuning excited state propertiesof dppz complexes with donor substituents: A computational and spectroscopic
study. K.C. Gordon*
13:50 – 204. Time-resolved vibrational spectroscopic studies of the photochemistryof selected drugs and phototrigger compounds. D.L. Phillips*
14:15 – 205. Time-resolved infrared studies
of cyclopentane-1,3-diyl diradicals.
T. Ishibashi*
14:40 – 206. Time-resolved frequency analysis of excited state ab-initio dynamics tounderstand THz-IR signals in photoreactivity and relaxation processes. N. Rega*
14:55 break
15:05 – 207. Low-frequency vibrationalmodes and intermolecular interaction of
Nylon 6 studied by Raman, far-IR, andterahertz spectroscopies with quantum
chemical calculation. Y. Ozaki*,E. Onishi, S. Yamamoto, H. Sato,
D. Ishikawa, H. Hoshina
15:30 – 208. Low-frequency vibrations ofmolecular crystals investigated by terahertz spectroscopy and solid-state density functional theory calculation.
F. Zhang, M. Hayashi, K. Tominaga
15:55 – 209. Probing intermolecular interactions of core fragments of ␤2-microglobulin amyloid fibrils with low-frequency Raman spectroscopy. S. Shigeto*,
C. Chang, H. Chen, H. Hiramatsu
16:15 – 210. Vibrational quantum beats inpure liquids measured with ultrafast terahertz Kerr effect spectroscopy.
M.A. Allodi*, I.A. Finneran, G. Blake
16:30 – 211. Hydrogen bonding in mixturesof ionic liquids. S. Cha*, D. Kim
16:45 – 212. Probing the structure of protonated water solvates in acetonitrile by FTIR
and 1H NMR. E. Pines*
Hawaii Convention Center
301B
Frontier Chemical Applications Using
Accelerator Based Photon Sources (#414)

Organized by: K. Asakura, T. Sham,
L. ChenPresiding: T.K. Sham
13:00 – 213. Hydrogen-related properties ofmetal and alloy nanoparticles.
M. Yamauchi*
13:20 – 214. Visualizing electronic and structural dynamics in transition metal complexes by XFEL sources. M.M. Nielsen*
13:50 – 215. Ultrafast X-ray transient spectroscopy using LCLS. M.L. Shelby,
M.W. Mara, N.E. Jackson, A.B. Stickrath,
L.X. Chen*, P.J. Lestrange, X. Li

172–TECHTECHNICAL PROGRAM
14:10 – 216. Dynamics of the photoexcited
WO3 in the time scale from femtoseconds
to nanoseconds. Y. Uemura, D. Kido,
Y. Wakisaka, H. Uehara, T. Ohba,
Y. Niwa, S. Nozawa, T. Sato,
K. Ichiyanagi, R. Hukaya, S. Adachi,
T. Katayama, T. Togashi, K. Ogawa,
M. Yabashi, S. Takakusagi, T. Yokoyama,
B. Ohtani, K. Asakura
14:25 Break
14:40 – 217. Site specific solvation dynamics
of a model photocatalyst studied with ultrafast diffuse X-ray scattering.
K. Gaffney*, M.M. Nielsen, K. Moller,a. dohn, K. Haldrup, T. Harlang,
R. Hartsock, k. kjaer, H. Lemke,
T. van Driel, W. Zhang
15:10 – 218. Ultrafast molecular structuraldynamics of metal complexes probed bytime-resolved X-ray experiments.
S. Nozawa
15:40 – 219. Freezing reactive ions in time:
Nonlinear optical imaging of the spatial
distribution of X-ray induced ions.
G. Simpson*
16:00 – 220. Liquid flatjet system for solution
phase soft-X-ray spectroscopy.
M. Ekimova, W. Quevedo, M. Faubel,
P. Wernet, E. Nibbering*
16:20 – 221. Studying band gap engineeringin materials using resonant X-ray emission spectroscopy. J. McLeod*,
A. Moewes, E. Kurmaev
Hawaii Convention Center
306A
Frontiers of Photon Upconversion Based on
Triplet-triplet Annihilation (#420)

Organized by: P. Zhang, Y. Murakami,
J. ZhaoPresiding: Y. Murakami, P. Zhang,
J. Zhao
13:00 – 222. Toward efficient photon upconversion: Plasmonic and covalent tethering strategies. T. Kelly*
13:30 – 223. Triplet energy migration in selfassembled molecular systems for efficient photon upconversion. N. Yanai*,
N. Kimizuka
13:50 – 224. Design of organic triplet photosensitizers and applications in triplet-triplet annihilation upconversion. J. Zhao
14:10 – 225. Analytical and statistical analysis of power-dependent NIR to visible upconversion from NaYF4: Yb3⫹, Er3⫹nanoparticles on Au nano-cavity arrays.
S. Smith*
14:40 Break
14:55 – 226. Assessing photodamage in triplet-triplet annihilation-based upconverting polymer films. M. Paige, C. Ponce,
A.M. Pereira, N. Joshi
15:15 – 227. Large distance interaction during triplet-triplet annihilation process.
A. Sakurai, Y. Sakagami, Y. Fujiwara,
K. Kobayashi, K. Kamada*
15:35 – 228. New chromophore systems fornear infrared-to-visible and visible-to-UV
photon upconversion. S. Amemori*,
N. Yanai, P. Duan, N. Kimizuka
15:55 – 229. Triplet–triplet annihilation upconversion using polymeric emitters.
X. Yu, X. Cao, X. Chen, N. Ayres*,
P. Zhang*
16:15 Concluding remark
Hawaii Convention Center
313B
Computational Modeling of Magnetic
Materials and Magnetic Properties (#423)

Organized by: J. Peralta, A. Soncini,
T. Nakajima
Presiding: T. Nakajima, J. Peralta
13:00 – 230. Time-dependent two-component density functional theory. X. Li
13:30 – 231. Correlating magnetic exchange
in dinuclear bis-(phenolate) bridged complexes: A computational perspective.
A. Velloth, H. Sakiyama, M. Hada
13:40 – 232. Landing functional molecularspin clusters on surfaces. M. Affronte*

14:10 – 233. Spin-orbit-assisted correlations
and novel magnetic ground states andexcitations in 5d oxides. L. Hozoi*,
R. Yadav
14:20 – 234. Magnetism and electronic
structure at perovskite fluoride-based interfaces . a.h. romero*,
A.C. Garcia-Castro, E. Bousquet
14:50 Coffee Break
15:10 – 235. Molecular spin filters and polarizers. V. Mujica*
15:40 – 236. Calculation of isotropic exchange coupling constants with density
functional theory. A. Mansikkamäki*,
H.M. Tuononen
15:50 – 237. Spin torque and zeta force inmolecules and magnetic materials.
M. Senami*, M. Fukuda, K. Soga,
A. Tachibana
16:00 – 238. From structures and magnetic
tensors to full EPR spectra of large free
radicals in different environments.
V. Barone*
Hawaii Convention Center
310 Theatre
Frontiers of Plasmon Enhanced
Spectroscopy (#428)

Organized by: Y. Ozaki, Z. Tian, B. Ren,
N. Halas, A. Brolo, T. Itoh, M. Moskovits
Presiding: D. Graham, T. Itoh
13:00 – 239. Nanoparticle based analysis of
biomolecules, cells, and tissue.
D. Graham*, K. Faulds, S. Mabbott,
J. Simpson, H. Kearns
13:20 – 240. Shell-isolated nanoparticle-enhanced spectroscopy. J. Li*, S. Ding,
Z. Yang, C. Li, Z. Tian
13:40 – 241. Electrochemical reactions on
plasmonic nanoparticle electrodes.
K. Willets
14:00 – 242. Driving and following surface
chemical reactions of individual molecules with gap-plasmons. Z. Kim*
14:20 – 243. Molecule trapping monitored bysurface-enhanced Raman scattering
spectroelectrochemistry . K. Murakoshi*
14:40 – 244. Structural and optical properties of linear chains of plasmonic nanocubes. E. Kumacheva
15:00 Break
15:15 – 245. Extreme enhancement factors:
Application of surface enhanced spectroscopy to nonlinear light scattering.
J. Camden*
15:35 – 246. What can we learn from single
molecule SERS?. A.G. Brolo,
D. dos Santos, M. Temperini
15:55 – 247. Electromagnetic strong coupling system composed of Ag nanoparticle dimer and dye molecules evaluatedby a classical coupled-oscillator model.
T. Itoh*, Y.S. Yamamoto, H. Tamaru,
V. Biju, S. Wakida, Y. Ozaki
16:15 – 248. Single-molecule SERS: A multianalyte comparison of the bianalyte andisotopologue proofs. A.B. Zrimsek,
N.L. Wong, R.P. Van Duyne*
16:30 – 249. Chemical enhanced effect of
surface-enhanced Raman spectroscopyof aromatic compounds in electrochemical interfaces. Y. Wu, X. Jin, D. Wu,
Z. Tian
16:45 – 250. Tunneling-plasmon-induced
Raman spectroscopy. K. Rodriguez,
M. Banik, E. Hulkko, S. Dey,
V.A. Apkarian*

13:00 – 251. Correlating photoacidity to hydrogen-bond structure by use of the local
O-H stretching probe in hydrogenbonded complexes of aromatic alcohols.
B.T. Psciuk, M. Prémont-Schwarz,
B. Koeppe, S. Keinan, D. Xiao, V. Batista,
E. Nibbering*
13:25 – 252. Computational investigation of
the vibrational spectra of ionic aqueous
clusters: The OH stretch as a signature ofwater patterning by sulfate ions. X. Wang,
G.H. Peslherbe
13:45 – 253. Structure and dynamics ofcharge accommodation by H-bonded
water networks with temperature-dependent IR -IR double resonance.
M.A. Johnson
14:10 – 254. Spectroscopic investigation on
the hydration structure of the temperature-controlled molecular cations.
H. Ishikawa*, R. Yagi, I. Kurusu,
Y. Kasahara
14:30 – 255. Role of the hydrogen bonds inthe excited state dynamics of protonatedmolecules. G. Féraud, C. Dedonder, M.
Broquier, G. Gregoire, S. Soorkia, C.
Jouvet14:55 Break
15:10 – 256. Spectroscopic studies of jetcooled acetaminophen-water clusters.
M. Choi*, A. Min, A. Ahn, C. Moon, J. Lee
15:30 – 257. Excited state dynamics ofnucleobase clusters. M.S. de Vries*
15:55 – 258. Gas phase spectroscopy ofneurotransmission system by laser desorption supersonic jet technique.
S. Ishiuchi, M. Fujii
16:15 – 259. Probing the dipole-bound excited state of cold anions by temperature
controlled electrospray ionization combined with photoelectron imaging. H. Liu,
L. Wang

Wednesday Morning
Hawaii Convention Center
308A
Ultrafast Intense Laser Chemistry (#35)

Organized by: K. Yamanouchi, R. Levis,
F. Legare, Q. Gong
Presiding: F. Légaré
8:00 – 260. Ultrafast imaging of molecular
deformation induced by intense laser
fields. K. Yamanouchi*
8:25 – 261. Periodical H3⫹ emission from
CH3OH2⫹ by pump-probe coincidence
momentum imaging using few-cycle intense laser pulses. T. Ando,A. Shimamoto, S. Miura, A. Iwasaki,
K. Yamanouchi*
8:40 – 262. Strong-field double ionization ofacetylene. J. Wu
9:05 – 263. Strong field molecular ionization
with shaped laser pulses. T. Weinacht*
9:30 – 264. Mass-resolved ion beam apparatus for investigating dissociation dynamics of molecular ions in intense laser
fields. T. Yamazaki, K. Fujiwara,
R. Kanya, K. Yamanouchi*
9:40 – 265. Pulse duration dependence ofCoulomb explosion of formaldehyde inintense laser fields studied by triple ioncoincidence momentum imaging.
M. Fushitani, C. Tseng, A. Matsuda,
A. Hishikawa*
9:55 Break

Hawaii Convention Center
307AB
Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: M. Fujii, T.S. Zwier* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
10:10 – 266. Directionally asymmetric molecular tunneling ionization by four-color
Fourier-synthesized laser fields.
H. Ohmura*, N. Saito
10:25 – 267. Intensity and wavelength dependence of intense field ionization ofaligned N2 molecules. H. Hasegawa*,
S. Kimura, T. Sato, A. Iwasaki,
K. Yamanouchi
10:40 – 268. Direct and detailed characterization of unidirectional molecular rotation
using a newly developed ion imaging apparatus. K. Mizuse*, Y. Ohshima
10:55 – 269. First-principles simulation of
the reaction dynamics and Coulomb explosions of C60 induced by ultrashort intense laser pulses. H. Kono*,
K. Yamazaki, Y. Takehara, N. Niitsu,
W.C. Chung, M. Kanno, K. Ueda
11:20 – 270. Dynamics of H2He⫹ in intenselaser fields. T.J. Szidarovszky,
K. Yamanouchi
11:35 – 271. Obtaining insights into the dynamics of radical cations produced via
strong field ionization. S. Matsika*,
M. Assmann, T. Weinacht, H. Koeppel
Hawaii Convention Center
301A
Multiscale Couplings of Molecular Theory
of Solvation: Fundamentals andApplications (#60)

Organized by: A. Kovalenko, B. Pettitt,
F. Hirata
Presiding: F. Hirata, A. Kovalenko
8:00 – 272. Multiscale couplings for chemical processes at molecular level: Quantum chemistry and statistical mechanics.
H. Sato*8:30 – 273. Molecular modeling of ionic liquids. A. Yethiraj*
9:00 – 274. Liquid state ttheory for dynamics
of electrochemical materials.
T. Yamaguchi*
9:30 – 275. Density-based adaptive QM/MM
method for modeling explicitly solvatedsystems. M.P. Waller
9:45 – 276. Predictive calculations of redox
potentials of solvated molecules: A combined QM/EFP/PCM approach.
K. Bravaya, R. Tazhigulov
10:00 Coffee Break
10:15 – 277. Optimization of combination of
3D reference interaction site model withdensity functional theory. G. Sergei*
10:30 – 278. Multiscale implementation of
3D-RISM to the electronic structure theory being applicable for solvated biomolecules. N. Yoshida*
11:00 – 279. Modeling bridging water inbinding association: Where do westand?. J. Truchon*, S. Chahal
11:30 – 280. Molecular density functional
theory for water with liquid-gas coexistence and correct pressure.
G. Jeanmairet, M. Levesque,V. Sergiievskyi, D. Borgis
Hawaii Convention Center
308B
New Insights from Quantum Dynamics andab initio Potentials in High Dimensional
Systems (#84)

Organized by: T. Carrington, J. Bowman,
D. Zhang
Presiding: R. Dawes
8:00 – 281. Molecular dynamics of large systems with quantum corrections for the
nuclei. S. Garashchuk*8:30 – 282. Vibrational SCF and correlation
theories with optimized coordinates.
K. Yagi*
9:00 – 283. Multilayer sum-of-products
method for computing vibrational spectra
without storing full-dimensional vectors
or matrices. T. Carrington, P. Thomas
9:30 Break
9:50 – 284. Theoretical model of the vibrational spectroscopy of benzene-(water)nclusters with n ⫽ 3-7. D.P. Tabor,
E.L. Sibert*, P.S. Walsh, R. Kusaka,
T.S. Zwier

10:20 – 285. Self-consistent phonons withquasi-Monte Carlo: An efficient approachfor computing thermodynamic and dynamic properties of high-dimensional
systems. S.E. Brown*, V. Mandelshtam
10:40 – 286. Hamiltonian algorithm and its
application on the optimization of thestructures of monoethanolamine and its
water complexes. H. Teramae*,
Y.Y. Maruo
11:00 – 287. Chemical dynamics on high-dimensional ab initio potential energy surfaces. J. Bowman*, Y. Wang, X. Wang,
R. Conte, C. Qu
Hawaii Convention Center
305B
Deciphering Molecular Complexity fromSingle Molecules to Cellular Networks(#121)

Organized by: T. Komatsuzaki, J. Wang,
J. Wu
Presiding: J. Cao, H. Yang
8:00 – 288. Dynamics and mechanism of
UV-perception by UVR8 photoreceptor.
D. Zhong*
8:30 – 289. Data-driven quantification of heterogeneous microenvironments in livecell Raman microscopic images.
J.N. Taylor, C. Li, A. Palonpon, K. Fujita,
T. Komatsuzaki
8:45 Break
9:00 – 290. Structural insights into chromatinfolding and transcriptional regulation.
S. Takada*
9:35 – 291. Human genome organization anddynamics: Local nucleosome dynamics
facilitate chromatin accessibility.
K. Maeshima*
10:05 – 292. Beyond Forster resonant energy transfer theory. J. Wu
Hawaii Convention Center
305A
Computational Modeling of d- and f-Block
Chemistry: Challenges and Opportunities(#130)

Organized by: A. Wilson,
P. Schwerdtfeger, K. Kim, Z. Lin,T. Cundari
Presiding: T.R. Cundari
8:00 – 293. On the highest oxidation state inactinide compounds. J. Li*
8:30 – 294. Accurate first principles calculations of the surface electronic structure of
GdN. N. Gaston*
9:00 – 295. Novel aspects of lanthanide andactinide chemistry. P.S. Bagus,
C.J. Nelin
9:30 BREAK
9:45 – 296. Theoretical study of the thermosensitive f-f emission and quenching inlanthanide compounds. M. Hatanaka*
10:15 – 297. Structure and vibrations of lanthanide trifluoride (LnF3) embedded innoble gas matrix: Application of largescale ab initio relativistic molecular orbital
theory. H. Mori*, A. Matsuda,
M. Klobukowski
10:45 – 298. Lanthanide and actinide ionswith valenced electron configuration.
F. Furche*, G.P. Chen, A.K. Chan
11:15 – 299. Relativistic theory of active
components in organic light-emitting diodes. J. Gonzalez, A.R. Smith, P.L. Burn,
B. Powell*
Hawaii Convention Center
306B
Chemical Imaging: Frontiers of SpatioTemporal Resolution (#134)

Organized by: P. Piotrowiak, M. Fujii,
J. Tang, B. Zhang
Presiding: L. Gundlach, S. Koshihara
8:00 Session opening remarks
8:05 – 300. Ultrafast multidimensional photoelectron imaging of real and reciprocal
space electron dynamics at metal surfaces. H. Petek*

8:45 – 301. Role of the femtosecond time-resolved photoemission electron microscopy for the imaging of photogenerated
carrier dynamics. S. Koshihara*,
K. Fukumoto, K. Onda
9:15 – 302. Observation of plasmonic wavepacket dynamics by ultrafast time-resolved near-field imaging. Y. Nishiyama*,
K. Imura, H. Okamoto
9:45 Break
10:00 – 303. Ultrafast probe of charge carrier
dynamics and lasing in single II-VI nanowires. L. Gundlach, P.S. Eldridge,
J. Blake
10:30 – 304. Using ultrafast optical microscopy to unravel carrier dynamics in semiconductor nanowires.
R.P. Prasankumar*
11:00 – 305. Polarization- and phase-sensitive vibrationally resonant sum frequency
generation microscopy. Y. Han, J. Hsu,
V. Raghunathan, E. Potma, N. Ge*
11:30 – 306. Ethanol vapor imaging system“sniffer camera” with UV-LED excitation
sheet for monitoring of alcohol metabolism from human. P. Chien, Y. Mei,
K. Iitani, T. Sato, K. Toma, T. Arakawa,
K. Mitsubayashi*
Hawaii Convention Center
313C
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: T. Taketsugu
8:00 – 307. Coupled electronic and nuclear
dynamics in excited states.
K. Takatsuka*
8:30 – 308. New Gaussian basis set methods for multistate dynamics.
T.J. Frankcombe*
9:00 – 309. Exploration of chemical reactions driven by non-adiabatic electron
wave packets created in densely quasidegenerate electronic states.
T. Yonehara*
9:20 – 310. Internal conversion of molecular
crystals. M. Hayashi*
9:50 – 311. Conical intersections and nonradiative recombination in semiconductor
nanocrystals. B.G. Levine, B.S. Fales,
G.A. Meek, Y. Shu
10:20 – 312. Charge carrier generation andtransport in oxide perovskites from firstprinciples localized chemical models.
M. Dupuis*, N. Tyminska, G. Wu
10:50 – 313. Representation of adiabatic potential energy surfaces coupled by conical intersections: Construction and use.
X. Zhu, C.L. Malbon, D.R. Yarkony*
11:20 – 314. Novel approaches to nonadiabatic molecular dynamics. O. Prezhdo
Hawaii Convention Center
313A
Frontiers of Metal Clusters andNanostructures: From Fundamental
Properties to Functionalities (#168)

Organized by: A. Terasaki, S. Anderson,
N. GastonPresiding: N. Gaston
8:00 – 315. Size-selected gold clusters:
Solving the atomic structure of model
nanoparticles then scaling-up production.
R.E. Palmer*
8:30 – 316. Genetically encoded nanocluster
assemblies: Photophysics and catalytic
function. J.S. Martinez*, A. Desireddy,
S. Chakraborty, S. Babanova,
A.P. Shreve, E. Balog, R.C. Rocha,
K. Artyushkova, P. Atanassov
9:00 – 317. Steady state and time-resolved
fluorescence studies on the silver nanoclusters synthesized in human telomericDNA. C. Chang*
9:20 – 318. Bond stiffening in icosahedralbased Au clusters. S. Yamazoe,
S. Takano, W. Kurashige, Y. Negishi,
T. Tsukuda*
9:40 break

9:55 – 319. Cluster magnetism with X-rays
and ion traps: From high spin states oftransition metal diatomics to spin and orbital magnetic moments of transition
metal clusters and complexes. T. Lau*
10:25 – 320. Melting of mercury clusters andthe bulk. E. Pahl*, P. Schwerdtfeger,
F. Calvo, M. Wormit
10:55 – 321. Vibrational and low-temperature thermal properties of metal clusters
and nanoparticles. I.L. Garzon*
11:15 – 322. Intrinsic finite-size constraint on
the cluster liquid state elevates melting
temperatures. K.G. Steenbergen*,
N. Gaston
Hawaii Convention CenterHalls I, II, III
Theory of Main Group Chemistry Beyond
First Row (#183)

Organized by: T. Dunning, M. Gordon,
P. Schwerdtfeger, C. Choi
Presiding: P. Schwerdtfeger
Poster Session
10:00 – 12:00
323. Diagonal correction of Born-Oppenheimer approximation for heavy-element
main-group molecules with scalar-relativistic Hamiltonians. M. Abe*, Y. Imafuku,
M.W. Schmidt, M. Hada
324. 13C- and 207Pb-NMR chemical shifts of
dirhodio and dilithioplumbole complexes:
A quantum-chemical assessment.
R. Narayanan Nair, M. Nakada, M. Saito,
M. Hada325. Computational study of the gas-phasereactivity of 2-iodoethanol with homoand hetero-metallic hydride clusters ofsilver and copper. S.S. Leang*,
M.S. Gordon, G. Khairallah, R. O’Hair326. Theoretical study on the ligand exchange and ligand coupling reactions ofhypervalent Sb and Te compounds.
M. Kobayashi*, Y. Kuroda, K. Akiba,
T. Taketsugu
327. Geometries and molecular properties ofheavy-element molecules based on efficient and accurate two-component relativistic scheme. Y. Nakajima*, J. Seino,
H. Nakai
Hawaii Convention Center
304B
Latest Development of Advanced
Vibrational Spectroscopy (#187)

Organized by: K. Iwata, S. Asher,
D. Phillips, Y. Furukawa
Presiding: P. Champion, T. Ishibashi
8:00 – 328. Ultrafast measures of energy relaxation and solvation in lipids, water, andsupercritical fluids. L. Ziegler*
8:25 – 329. Temporal Raman mapping of vibrational energy flow in hemeprotein.
Y. Mizutani*
8:50 – 330. Relaxation of the OH stretching
overtones in isolated HDO molecules observed by IR pump-repump-probe spectroscopy. D. Hutzler*, J. Werhahn,
R. Heider, m. bradler, R. Kienberger,
E. Riedle, H. Iglev
9:05 – 331. Characterizing lipid bilayer membranes with time-resolved spectroscopies. Y. Nojima, S. Kitamura, T. Takaya,
K. Iwata** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–173

05 – PHYSTECHNICAL PROGRAM

9:30 – 332. Mixed quantum/classical approach for predicting amide vibrational
bands of sphingomyelin bilayer. K. Yagi*
9:55 break
10:05 – 333. An origin of complicated infrared spectra of perfluoroalkyl compounds
involving a normal alkyl group.
T. Hasegawa*, T. Shimoaka, Y. Tanaka,
N. Shioya, K. Morita, M. Sonoyama,
H. Amii, T. Takagi, T. Kanamori
10:30 – 334. Determination of molecular interactions between silica, bitumen, andwater using sum frequency generation
spectroscopy. A.M. Darlington,
J. Gibbs-Davis
10:50 – 335. Operando attenuated total reflection-infrared spectroscopic detectionof the catalytic solid-liquid-gas interface
during semi-batch hydrogenation.
F. Meemken*, L. Rodriguez Garcia,
K. Hungerbühler, A. Baiker
11:10 – 336. Sub-wavenumber resolution
broadband sum frequency generation vibrational spectroscopy and coherent vibrational dynamics at molecular interfaces. H. Wang*, L. Velarde, L. Fu
11:30 – 337. Fast structural dynamics ofself-assembled monolayers on SiO2 andgold surfaces measured with 2D IR spectroscopy. C. Yan, R. Yuan, J. Nishida,
M.D. Fayer*
11:45 – 338. Probing molecular structures of
peptides and proteins at interfaces using
nonlinear and linear vibrational spectroscopic techniques. Z. Chen*

8:50 – 350. Computer-aided design of radical polymerization catalysts and stereocontrol agents. B. Noble, L. Smith,
M.L. Coote*9:15 – 351. Ion-paired chiral ligands forasymmetric transition-metal catalysis.
T. Ooi*
9:30 – 352. Combined experimental andcomputational analysis reveals multiple
rate-enhancing roles of water in olefin epoxidation catalyzed by methyltrioxorhenium. S.L. Scott*, B. Goldsmith,T. Hwang, S. Seritan, B. Peters*
9:45 Break
10:00 – 353. Understanding the interplay between non-covalent interactions and anion reduction in a non-heme system.
A. Fout, Y. Park, E. Matson
10:25 – 354. Single-site catalysis with supported tetrairidium molecular clusters.
A. Katz, D. Ertler, A. Palermo, A. Okrut,
A. Solovyov, D.A. Dixon, B. Gates
10:50 – 355. Theoretical understanding of
catalysis by transition metal complex withunusual valence. S. Sakaki
11:15 – 356. Computational study of asymmetric C-C bond formation catalyzed by
Lewis acid in aqueous media.
M. Hatanaka
11:30 – 357. Activating and deactivating catalysts using reaction discovery simulation. P.M. Zimmerman
11:45 – 358. Cooperative studies with experimentalists to understand/improve catalytic processes. Z. Wang*

Hawaii Convention Center
313B

Hawaii Convention Center
301B

Single-molecule Fluorescence Imaging(#208)

Applications of Coherent Multidimensional
Spectroscopy to Chemistry, Biology, andMaterials (#370)

Organized by: P. Chen, T. Majima,
G. CosaPresiding: G. Cosa, Y. Tan
8:00 Frontiers of methdology I
8:00 – 339. Story of single molecules, fromearly spectroscopy in solids, to superresolution nanoscopy in cells and beyond. W. Moerner*
8:25 – 340. Mapping biomolecular assemblies by super-resolution fluorescenceimaging: Challenges and opportunities
with dSTORM. C.M. Yip*
8:50 – 341. Development of a new fluorescence imaging technique using diamondnanoparticles. Y. Harada*
9:15 Break
9:30 Function and dynamics of proteins, enzymes, and DNAs
9:30 – 342. Single molecule microscopy reveals the mechanisms of noncoding RNA
and DNA nanomachines. N.G. Walter*
9:55 – 343. Building and visualising at thesingle molecule level DNA-based nanostructures. G. Cosa*
10:20 – 344. Probing processes on the orderof milliseconds using smFCS. X. zhao*
10:45 – 345. Studying ion channel structureand function using fluorescence spectroscopy. R. Blunck*
11:10 – 346. Probing molecular mechanismsof signaling proteins with single-molecule
techniques. Y. Tan*
11:35 – 347. First observation of flickering
fusion events by in vitro single-vesicle
content mixing assay. B. Gong, B. Choi,
J. Kim, D. Shetty, Y. Ko, N. selvapalam,
N. Lee*, K. Kim*

Organized by: W. Zhao, W. Zhuang,
M. Cho, G. Sholes
Presiding: W. Zhao

Hawaii Convention Center
312

8:00 – 359. Coherent multidimensional analogs of IR and vis/UV absorption, emission, Raman, and multiphoton spectroscopies and their applications to molecularand materials spectroscopy. J.C. Wright*
8:25 – 360. Investigating the influence ofcomposition on exciton dynamics in organic thin films. D. Blank*, B. Caplins,
P. Goff
8:50 – 361. Simulating, modeling, and analyzing 2D THz-Raman spectroscopies.
Y. Tanimura*
9:15 – 362. Ultrafast dynamics of excitationenergy transfer and coherent oscillations
in chlorosomes elucidated by 2D electronic spectroscopy. S. Jun, C. Yang,
T. Kim, H. Tamiaki, H. Ihee, J. Kim*
9:40 – 363. Structure of alanine pentapeptide investigated by2D infrared spectroscopy andmolecular dynamics simulation.
Y. Feng, J. Huang, S. Kim, J. Shim,
A. MacKerell, N. Ge*
10:05 Break
10:20 – 364. Elucidating multicolor processes with linear and multidimensional
spectroscopy. J.T. Fourkas
10:45 – 365. Enzyme dynamics and their rolein enzyme-catalyzed reactions.
P. Pagano, Q. Guo, A. Kohen,
C. Cheatum
11:10 – 366. Coherence in photosynthetic
reaction centers. J. Ogilvie
11:35 – 367. Pathway selective multidimensional spectroscopy to resolve coherent
dynamics in complex systems. J. Davis*,
J.O. Tollerud, A. Roozbeh, F. Novelli

Interplay between Theory and Experimentin Catalytic Research (#277)

Hawaii Convention CenterHalls I, II, III

Organized by: M. Ehara, C. Cramer,
S. Dai, C. Jones, T. Ziegler, T. Tsukuda

Frontier Chemical Applications Using
Accelerator Based Photon Sources (#414)

8:00 Opening
8:05 – 348. Role of computational models inthe design cycle of catalysts. C. Cramer
8:25 – 349. Factors affecting selectivity inolefin polymerization. P.H. Budzelaar*,
G. Talarico

Organized by: K. Asakura, T. Sham,
L. ChenPresiding: K. Asakura

174 –TECH

Poster Session
10:00 – 12:00
368. Time-resolved spatial distribution analysis of electrode reaction by means ofvertically dispersive XAFS technique.
M. Katayama, R. Miyahara,
H. Yamagishi, S. Yamashita, Y. Inada*369. Study on the structural change of WO3
in its photoexcited state using picosecond W L1-edge XANES. D. Kido,
Y. Uemura, Y. Wakisaka, Y. Niwa,
H. Uehara, T. Ohba, S. Nozawa,K. Ichiyanagi, R. Hukaya, T. Sato,
S. Adachi, H. Ariga, S. Takakusagi,
T. Yokoyama, B. Ohtani, K. Asakura
370. ␮SR study on isolated hydrogen andoxygen vacancy in oxsides.
k. shimomura, H. Ariga, K. Asakura,
E. Torikai, K. Nagamine
371. ␮SR measurements of photocatalyst
rutile TiO2 single crystal. H. Ariga*,
K. Shimomura, D. Kido, A. Pant,
E. Torikai, K. Nagamine, K. Asakura
372. Recent developments of positron diffraction experiment stations for surface
sciences at KEK-IMSS-SPF. K. Wada,
M. Maekawa, Y. Fukaua, I. Mochizuki,
A. Kawasuso, T. Shirasawa, M. Fujinami,
T. Takahashi, T. Shidara, T. Hyodo
373. Total-reflection high-energy positron
diffraction (TRHEPD) analysis for the determination of rutile-TiO2 (110)-(1⫻2) surface structure. I. Mochizuki*, H. Ariga,
Y. Fukaua, K. Wada, M. Maekawa,A. Kawasuso, K. Asakura, T. Shidara,
A. Ichimiya, T. Hyodo
374. Polarization dependent total reflection
fluorescence (PTRF)-XAFS study ofatomically dispersed metals on a
TiO2(110) surface premodified with mercaptobenzoic acid molecules.
S. Takakusagi*, H. Nojima, A. Kunimoto,K. Miyazaki, H. Ariga, H. Uehara,
W. Chun, Y. Iwasawa, K. Asakura375. NEXAFS and soft X-ray photoelectron
spectroscopy studies on ordered V oxide
films on Ag(100). K. Edamoto*,
T. Nakamura, Y. Sugizaki, K. Ozawa
376. Development of surface sensitive XAFS
method based on Kramers-Kronig relations for surface chemistry. H. Abe*,Y. Niwa, H. Nitani, M. Nomura
377. Structural investigation of supported Co
oxide nanocluster catalyst using XAFS
and XPS. N. Ichikuni*, T. Fujii, H. Okuno,
Y. Inoue, K. Nakajima, M. Hara, T. Hara,
S. Shimazu
378. Multiscale simulation for nanomaterials
and comparison with synchrotron radiation results. Y. Li
379. Local atomic structure of fission products in the SiC layer of irradiated TRISO
fuel particles. R.L. Seibert*,
D. Velazquez, J. Terry, K. Terrani
380. Crystallization process of biomimetically deposited hydroxyapatite on TiO2
nanotubes. L. Liu*, S. Kim, X. Guo, J. Li,
P. Shen, T.K. Sham
381. Preparation and hydrogenation activityof SBA-15 supported nanosized niobium
carbide catalyst. F. Yanagase*,N. Ichikuni*, K. Mitsuhara, T. Hara,
S. Shimazu
382. Multi-points XAFS analysis of the Pd/
Al2O3 catalyst overlayer in an actual degraded micro gas sensor. T. Wada*,
N. Murata, T. Suzuki, H. Uehara,
H. Nitani, Y. Niwa, M. Uo, K. Asakura
383. EXAFS applications to the model fuelcell catalyst. K. Asakura

385. Aggregation-free doping of donor insolid acceptor arrays for low-power photon upconversion. M. Hosoyamada,N. Yanai, N. Kimizuka*
386. Photon upconversion in air-saturated
water based on amphiphilic self-assembly of chromophores. H. Kouno,
N. Yanai, N. Kimizuka*
387. Columnar liquid crystals for low-power
photon upconversion. K. Mase, N. Yanai,
G. Watanabe, A. Monguzzi, N. Kimizuka*
388. Air-stable and highly efficient photon
upconversion in self-assembled molecular systems. T. Ogawa, N. Yanai,
N. Kimizuka*
389. Triplet–triplet-annihilation-based upconverted light from microcrystalline
solid. Y. Sakagami, K. Kamada
Hawaii Convention Center
310 Theatre
Frontiers of Plasmon Enhanced
Spectroscopy (#428)

Organized by: Y. Ozaki, Z. Tian, B. Ren,
N. Halas, A. Brolo, T. Itoh, M. Moskovits
Presiding: M. Moskovits, G.C. Schatz
8:00 – 390. Plasmon-enhanced properties ofmolecules near and far from gold nanorods. C. Murphy*
8:20 – 391. Probing different plasmonicmodes of Au nanoclusters coupled to Au
mirror systems with SERS. L. Tay,J. Hulse, J. Fraser
8:40 – 392. Exploring the effect of intermolecular H-bond and the application inenatioselective discrimination by SERS.
Y. Wang*, W. Ji*, Y. Ozaki*, B. Zhao*
9:00 – 393. Surface enhanced Raman spectroscopy of molecular adsorbates on
atomically defined surface sites.
K. Ikeda*
9:20 – 394. Lighting up the Raman signal ofmolecules in the vicinity of graphene related materials. J. ZHANG
9:40 – 395. Surface-enhanced Raman sensing through mesopores. C.L. Haynes,
Z. Gao, A. Campos
10:00 – 396. Combined one- and two-photon NIR excited surface enhanced Raman
scattering for bio-applications.
J. Kneipp*, Z. Heiner, M. Gühlke,
F. Madzharova, T. Büchner, D. Drescher
10:20 – 397. Monitoring PT-103 interactions
with DNA by means of AFM, TERS,SERS, ATR-FTIR, resonant inelastic X-ray
scattering, and nano-IR. B.R. Wood,
E. Lipiec, W. Kwiatek, G. Deacon, J. Sa,
A. Kulik, Y. Kayser, J. Szlachetko,
P. Haputhanthri, D. McNaughton
10:40 – 398. Plasmon-mediated biosensingof glycan expression on positionally-controlled single cells. M. Tabatabaei,
G. Wallace, F. Lagugné-Labarthet*
10:55 – 399. Giant enhancement of the Raman intensity due to 1D ZnO nanostructures. S. Yoon*, H. Shin, T. Nguyen,
H. Moon, J. Park, Y. Choi
11:10 – 400. Nanoscale characterization of
local structure on epitaxial graphene using tip-enhanced Raman spectroscopy.
S. Vantasin, Y. Tanaka, T. Suzuki, T. Itoh,Y. Kutuma, T. Kaneko, Y. Ozaki*
11:25 – 401. Isomerization of a single molecule on an STM tip. L. Rios, N. Tallarida,
J. Lee, V.A. Apkarian*

Hawaii Convention CenterHalls I, II, III
Frontiers of Photon Upconversion Based on
Triplet-triplet Annihilation (#420)

Organized by: P. Zhang, Y. Murakami,
J. ZhaoPresiding: Y. Murakami, P. Zhang,
J. Zhao
Poster Session
10:00 – 12:00
384. Plasmon-enhanced homogeneous andheterogeneous triplet-triplet annihilation
by gold nanoparticles. X. Cao, B. Hu,
R. Ding, P. Zhang** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
11:40 – 402. High-sensitive molecular detection by metamaterial infrared absorber.
T. Tanaka*, A. Ishikawa

Wednesday Afternoon

Hawaii Convention Center
307AB

Ultrafast Intense Laser Chemistry (#35)

Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: K. Yamanouchi, R. Levis,
F. Legare, Q. Gong
Presiding: K. Yamanouchi

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: E. Bieske, M. Fujii

13:00 – 420. Revealing phase structure ofstrong-field molecular tunneling wave
packets. Y. Liu
13:25 – 421. Nonadiabatic tunnel ionizationof atomic and molecular degenerate orbitals in strong circularly polarized laser
fields. I. Barth*, J. Berakdar, M. Lein,
K. Liu, O. Smirnova
13:40 – 422. Electron currents in vibrating
H2⫹. K. Renziehausen, I. Barth*
13:55 – 423. Laser-polarization dependenceof atomic/molecular multiphoton excitation within a single-active-electron modelof spherical symmetry. M. Kanno,
N. Inada, H. Kono*
14:10 – 424. Decomposition of the configuration-interaction coefficients in the multiconfiguration time-dependent HartreeFock method. E.V. Lotstedt*, T. Kato,
K. Yamanouchi
14:25 Break
14:40 – 425. Characterization of the carrier
envelope phase of an isolated attosecond
pulse. F. He*
15:05 – 426. Determination of absolute CEPof circularly-polarized few-cycle laser
pulses by angle-resolved photoelectron
spectra of tunnel-ionized photoelectrons.
S. Fukahori*, T. Ando, S. Miura,
R. Kanya, K. Yamanouchi, T. Rathje,
G.G. Paulus
15:20 – 427. Ultrafast light manipulation using molecular and metallic nanostructures. Q. Gong*, H. Yang*, J. Chen, X. Hu
15:45 – 428. Table-top water window ultrafast X-ray source and applications. F. Légaré, B.E. Schmidt, N. Thiré, S. Beaulieu,
V. Cardin, V. Wanie, F. Sylvain, J. Kieffer,
M. Negro, C. Vozzi
16:10 Closing Remarks

8:00 – 403. Isolating the spectral signature of
H3O⫹ in the smallest droplet of dissociated HCl acid. J. Bowman*, J. Mancini ,R. Conte, C. Qu
8:20 – 404. Rydberg series of alkali atoms on
helium nanodroplets: Probing the screening effects of a nanosized helium dielectric. F. Lackner*, W.E. Ernst
8:40 – 405. Angle-resolved photoelectron
spectroscopy of nanosized aerosol particles. R. Signorell*
9:05 – 406. Ion hydration in aqueous nanodrops. E. Williams, R. Cooper,
M. DiTucci
9:30 – 407. Time-resolved radiiation chemistry: Electron dynamics in iodide-nucleobase clusters. D. Neumark*9:55 Break
10:10 – 408. Vibrational spectra and structures of silicon hydride cluster cations.
O. Dopfer*
10:35 – 409. Assessing internal energy in
gas-phase cluster ions: Measurement,
modeling, and structural effects. J. Lisy*
11:00 – 410. Drastic changes in IR spectralfeatures of solvated metal ions caused byrare-gas attachment. K. Ohashi*,H. Sekiya
11:20 – 411. Novel double-resonance laser
spectroscopy technique in a cold quadrupole ion trap and its application to protonated adenine dimer. H. Kang*
11:40 – 412. Effective molecular model forgas phase spectroscopy of short-lived
biomolecules: Application to IR spectroscopy and anharmonic vibrational calculation. H. Asami*, M. Tokugawa,Y. MASAKI, E. GLOAGUEN, K. SEIO,
H. Saigusa, M. Sekine, M. Mons
Hawaii Convention Center
306A
Interplay between Chemistry and Dynamics
in Biomolecular Machines (#441)

Organized by: S. Hayashi, A. Kitao,
Y. Rhee, E. Tajkhorshid
Presiding: E. Tajkhorshid
8:00 Opening Remarks
8:05 – 413. Structural dynamics of biomolecular machines filmed with time-resolved
X-ray liquidography and crystallography.
H. Ihee*
8:35 – 414. Interplay between chemistry anddynamics in a photon manufacturing protein-chromophore complex. Y. Rhee
9:05 – 415. Crucial role of protein flexibility inenzymatic catalysis. S. Hayashi*
9:35 – 416. Efficient fluorescence emitterand the biomolecular environment: Understanding the photodynamics of thefluorescent protein with computer simulations. J. Park*
9:55 Break
10:10 – 417. Coupling of mesoscale biomolecular phenomena to ATP hydrolysis.
G. Voth
10:40 – 418. Dynamics of linear and rotarymolecular motors revealed by gold nanoprobes. R. Iino*
11:10 – 419. Mechanochemical coupling andinformation fidelity control in simple biomolecular machinery. J. Yu*

Hawaii Convention Center
308A

Hawaii Convention Center
308B
New Insights from Quantum Dynamics andab initio Potentials in High Dimensional
Systems (#84)

Organized by: T. Carrington, J. Bowman,
D. Zhang
Presiding: R.B. Shirts
13:00 – 429. Using diffusion Monte Carlo to
explore the spectroscopy and dynamics
of molecules and ions that undergo large
amplitude vibrational motions.
A.B. McCoy*, M. Marlett, Z. Lin
13:30 – 430. Permutation invariant polynomial-neural network (PIP-NN) approach tomultidimensional potential energy surfaces for gas phase and gas-surface systems. H. Guo
14:00 – 431. High dimensional quantum dynamics studies of chemisorption of polyatomic molecules on metal surfaces.
D. Zhang*
14:30 – 432. On-the-fly ab initio semiclassical dynamics for computing vibrationallyresolved electronic spectra. M. Wehrle,
M. Sulc, S. Oberli, J. Vanicek
15:00 Break
15:20 – 433. Role of the intermolecular interactions on high pressure transitions in ArH2O clusters. D.J. Arismendi Arrieta,
A. Vitek, R. Rodriguez-Cantano, R. Kalus,
R. Prosmiti, P. Villarreal,
G. Delgado-Barrio
15:40 – 434. Computational spectroscopy
and thermodynamics of small clusters of
atmospheric interest. L. Halonen*
16:10 – 435. Theoretical study of the internalconversion from S1 to S0 in H2CO: Effects on dynamics when including thesecond derivative terms of nonadiabatic
coupling matrix elements. T. Nakajima

16:30 – 436. Small molecules in nanocavities: Translation-rotation eigenstates,
spectra, and new selection rules frommultidimensional quantum calculations.
Z. Bacic*, M. Xu, S. Ye, A. Powers
Hawaii Convention Center
305B
Deciphering Molecular Complexity fromSingle Molecules to Cellular Networks(#121)

Organized by: T. Komatsuzaki, J. Wang,
J. Wu
Presiding: M. Sasai, J. Wang
13:00 – 437. Genetic network underlying theepithelial-mesenchymal transition (EMT).
H. Levine*
13:35 – 438. Acetate overflow: Optimal proteome partitioning and regulation. X. Li*,
L. Tang*
14:05 – 439. Let there be force: Modelingcell-ECM interactions in cancer invasion.
Y. Jiang*
14:35 Break
14:50 – 440. Decision making at the cell level: From bacteria to possibly cancer.
J.N. Onuchic
15:25 – 441. Single-molecule imaging forsystems biology via quantum metrology.
F. Herrera*
15:40 – 442. Pathways and networks: Unraveling the complex organization of signaling networks. A. Levechenko*
16:10 – 443. Landscape and fluxes of neuralnetworks. J. Wang*
16:40 Closing Remarks
Hawaii Convention Center
305A
Computational Modeling of d- and f-Block
Chemistry: Challenges and Opportunities(#130)

Organized by: A. Wilson,
P. Schwerdtfeger, K. Kim, Z. Lin,T. Cundari
Presiding: N.J. DeYonker
13:00 – 444. Helical gold nanorods and related gold nanostructures.
I.P. Hamilton*, X. Liu*
13:30 – 445. Thiolene or thiolate: Their noninnocent nature in transition metal complexes. M. Hall, H. Li, H. Tang
14:00 – 446. Electronic interactions between
two transition-metal termini through carbon bridges: What can DFT say (or cannot say)?. J. Halet*
14:30 BREAK
14:45 – 447. Efficient description of electron
correlation effects in actinide compounds. P. Tecmer, K. Boguslawski,
P. Ayers
15:15 – 448. Theoretical analysis in probing
factors influencing metal-metal bondstrength. M.B. Pastor, Q. Zhao
15:45 – 449. Changing the nature of anagostic and agostic interactions - a synthesisby computation approach. A. Nielson*,
J. Harrison, A. Sajjad, P. Schwerdtfeger
16:05 – 450. Accurate two-component relativistic theory based on local unitarytransformation and frozen potential
schemes for large molecules including
heavy elements. J. Seino*, Y. Nakajima,
H. Nakai
16:25 – 451. X-ray spectra of iron complexes: A challenge for quantum chemistry.
A.J. Atkins, J. Rudolph, M. Bauer,
C.R. Jacob
Hawaii Convention Center
306B
Chemical Imaging: Frontiers of SpatioTemporal Resolution (#134)

Organized by: P. Piotrowiak, M. Fujii,
J. Tang, B. Zhang
Presiding: M. Fujii, J. Papanikolas
13:00 Introductory remarks

13:05 – 452. Extending decades-old chemistry and physics to improve modern molecular imaging. W.S. Warren*
13:45 – 453. Cooperative singlet and triplet
exciton transport inorganic semiconductors visualized by ultrafast microscopy.
L. Huang*
14:15 – 454. Using pump-probe microscopy
to visualize charge carrier dynamics insemincoductor nanowires.
J. Papanikolas*
14:45 Break
15:00 – 455. Vibrational imaging by twocolor infrared microscope. M. Fujii*,
M. Sakai
15:30 – 456. kHz frame-rate multichannel
beam-scanning microscopy based on
Lissajous trajectories. S. Sullivan,
j. Newman, R. Muir, M. Carlsen,s. sreehari, C. Bouman, G.J. Simpson*
16:00 – 457. In situ measurement of adlayer
growth and adlayer hydration on metal
nanoparticles by photothermal microscopy. E. Koh*, I.B. Tsvetkova,
B. Dragnea
16:30 – 458. Kerr-gated fluorescence microspectroscopy of P3HT on nanostructured gold and silver. P. Piotrowiak,
J. Bao, L. Gundlach, D. O’Carroll, Z. Yu
Hawaii Convention Center
313C
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: M.S. Gordon
13:00 – 459. Photoinduced proton-coupledelectron transfer in solution: Quantum
mechanical/molecular mechanical nonadiabatic dynamics.
S. Hammes-Schiffer
13:30 – 460. QM/MM studies of excitedstates in complex systems. S. Matsika*
14:00 – 461. Modeling intra- and inter-molecular interactions in chromophore - protein complexes for efficient photodynamic simulations. Y. Rhee
14:30 – 462. Automatic rhodopsin modelingas a prospective tool for high throughput
photobiology. M. Olivucci*
15:00 – 463. Theoretical study on photobiological systems. X. Li
15:20 – 464. On the nature of a large Stokes
shift in mPlum fluorescent protein.
S. Faraji*, A. Krylov
15:40 – 465. Theoretical study on the mechanisms of the selective fluorescence of
PicoGreen. M. Okoshi, P. Saparpakorn,
Y. Takada, S. Hannongbua, H. Nakai*
16:00 – 466. Intra and intermolecularcharge-transfer: Toward the control of
excited state properties of molecules andmaterials. A. Painelli, C. Sissa,
F. Di Maiolo, F. Delchiaro, S. Sanyal,
F. Terenziani
16:20 – 467. Charge-transfer and local excitations in organic dyes. C. Sissa*,
V. Calabrese, M. Cavazzini, L. Grisanti,
F. Terenziani, S. Quici, A. Painelli
16:40 – 468. Ground and excited state electronic structures and optical response
properties of open-shell quinoidal oligothiophenes. R. Kishi*, M. Saito,
N. Matsushita, M. NAKANO* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–175

05 – PHYS
Hawaii Convention Center
313A
Frontiers of Metal Clusters andNanostructures: From Fundamental
Properties to Functionalities (#168)

Organized by: A. Terasaki, S. Anderson,
N. GastonPresiding: A. Terasaki
13:00 – 469. Geometrical structures and reactions of metal oxide cluster ions studied by ion mobility-mass spectrometry.
K. Ohshimo, R. Moriyama, J.W. Wu,
N. Norimasa, T. Komukai, S. Azuma,
R. Sato, M. Latif, M. Nakano, F. Misaizu*
13:30 – 470. Dispersion interactions between metal atom clusters. R. Hatz,
V. Hänninen, L. Halonen*
13:50 – 471. Reactions between series ofheavy metal clusters (Agn⫹/-, Aun⫹/-,Pbn⫹/- and Bin⫹/-) and O2. X. Xing*,
J. Ma, X. Cao
14:10 – 472. Studies on reactions of molecules on metal clusters: Approach fromcluster-cluster collisions. M. Ichihashi*,S. Hirabayashi, H. Odaka
14:30 – 473. Interfacial charge transfer andreactivity of supported metal oxide nanoclusters. M. Nakayama, M. Xue, W. An,
P. Liu, M. White*
15:00 break
15:15 – 474. Supported metallic and bimetallic nanocatalysts. F. Baletto*
15:45 – 475. Size-dependent correlations
between supported cluster physical andcatalytic properties. E. Baxter,
A. von Weber, Y. Dai, T. Gorey,
S.L. Anderson*
16:05 – 476. Theoretical study of the dehydrogenation of isopropanol on Ni13 cluster supported on ⌰-Al2O3 surface.
A. Lyalin, K. Shimizu, T. Taketsugu
16:25 – 477. Cluster-based functional materials: Size-dependent performance ofsubnanometer clusters in heterogeneous
catalysis, electrocatalysis, and Li-air batteries. S. Vajda
16:55 Closing remarks
Hawaii Convention Center
304B
Latest Development of Advanced
Vibrational Spectroscopy (#187)

Organized by: K. Iwata, S. Asher,
D. Phillips, Y. Furukawa
Presiding: T.L. Gustafson, K. Iwata
13:00 – 478. Reading molecular fingerprints
more wisely. M. Ando, S. Yabumoto,
H. Hamaguchi
13:25 – 479. Vibrational coherence spectroscopy as a measure of heme ruffling in cytochrome c. P. Champion*
13:50 – 480. Probing the core and the surface of amyloid fibrils by means of Raman
spectroscopy. I.K. Lednev*, V. Sereda
14:15 – 481. Advances in the VCD study ofprotein amyloid fibrils. L.A. Nafie*,R.K. Dukor, I.K. Lednev, D. Kurouski
14:40 – 482. Quantum-mechanical strategies for the calculation of vibrational optical activity spectra of complex systems.
C. Cappelli*
15:00 break
15:10 – 483. Out-of-plane hydration andconformation effects on the vibrational
properties of the peptide group. H. Torii*
15:35 – 484. Development and application ofcomputationally-guided resonance Raman spectroscopy to investigate metalloenzyme intermediates. H.S. Shafaat*,
P. Maugeri, A. Manesis, J. Slater,
N. Trivelas, S. Behnke
15:55 – 485. Using 13C⫽18O/15N isotope
dependence of the amide-I/II 2D IR crosspeaks to distinguish between peptide
conformations. H. Maekawa, G. Ballano,
F. Formaggio, C. Toniolo, N. Ge*
16:15 – 486. Vibrational spectroscopy ofSouthern Ocean phytoplankton: A new
approach for understanding drivers ofprimary productivity. P. Heraud*,
O. Sackett, K. Petrou, J. Beardall

176 –TECHTECHNICAL PROGRAM
16:40 – 487. DNA conformation and the ultrafine structure of nuclear material infunctional and fixed avian erythrocytes
analysed with synchrotron FTIR and soft
X-ray tomography. B.R. Wood,
D. Whelan, D. Parkinson, J. Zhang,
P. Heraud, D. McNaughton

16:40 – 504. Plasmon-phonon dynamics at
GaP/Si(001) interfaces. K. Ishioka*,
K. Brixius, A. Beyer, W. Stolz, K. Volz,
U. Höfer, H. Petek

Hawaii Convention Center
313B

Interplay between Theory and Experimentin Catalytic Research (#277)

Single-molecule Fluorescence Imaging(#208)

Organized by: M. Ehara, C. Cramer,
S. Dai, C. Jones, T. Ziegler, T. Tsukuda

Organized by: P. Chen, T. Majima,
G. CosaPresiding: R.H. Goldsmith, H. Lu

13:00 – 505. Theoretical studies on the bondactivation in heterogeneous catalysis.
M. Ehara*
13:20 – 506. Enhanced catalysis with nanoconfinement. X. Bao
13:45 – 507. Addressing selectivity challenges in heterogeneous catalysis: Formic acid decomposition on transition
metals. M. Mavrikakis*, J.A. Dumesic,
J. Scaranto, S. Li, S. Singh,
S. Rangarajan, J. Herron, L. Roling,
R. Carrasquillo, B. O’Neill
14:10 – 508. Electrocatalytic oxygen reduction using atomic platinum catalysts dispersed on titanium nitride. H. Lee*,S. Yang, A. Soon
14:25 – 509. Rate enhancement and low
temperature activation for C-C couplingof carboxylic acids with dilute Ce incorporation in MFI. J.C. Hicks*
14:40 – 510. Hydrogen production from formic acid as an energy storage materials
using Pd and Pd alloy catalysts. K. Mori,
M. Dojo, H. Yamashita
14:55 Break
15:10 – 511. Utility of new generations ofcoupled-cluster methods and algorithms
in catalytic, structural, and optical properties of gold nanoparticles. P. Piecuch*,
J.A. Hansen, N.P. Bauman, M. Ehara
15:35 – 512. Catalyst development for therealization of carbon-neutral energy cycles. M. Yamauchi*
16:00 – 513. Mechanistic investigation ofhighly robust hydrogen generation by
new bioinspired Ir complexes for dehydrogenation of formic acid in water.
M.Z. Ertem, W. Wang, Y. Himeda,
E. Fujita, J.T. Muckerman
16:15 – 514. Understanding and design oforganometallic reactivity with experimental and computational tools.
F. Schoenebeck*
16:30 – 515. Theoretical investigation of catalytic activity of boron nitride based
nanomaterials for oxygen reduction reaction and interplay with experiment.
T. Taketsugu*, A. Lyalin, A. Nakayama,
G. Elumalai, H. Noguchi, T. Masuda,
K. Uosaki
16:45 – 516. Rational design of the catalysts
for heterogeneous hydrogenation ofamides to amines . X. Cao*, P. Hu

13:00 Frontiers of methodology II
13:00 – 488. FLUOROCODE, a super-resolution optical map of DNA. J. Hofkens,
V. Leen
13:25 – 489. Probing neuronal receptor ion
channel dynamics in living cells by anovel single-molecule patch-clamp FRET
microscopy. H. Lu*, D. Sasmal
13:50 – 490. Obtaining resolution enhanced
fluorescence images and 3D orientation
information of single molecules by polarization modulation. L.S. Jess, D. Pfennig,
M. Grunwald, A. Albrecht, N. Hafi,
P.J. Walla*
14:05 – 491. Development of new fluorescent sphingomyelin analogs revealedtransient sphingomyelin residency in raftdomains for ⬍50 ms. M. Kinoshita*,
N. Matsumori, M. Takada, H. Ano,M. Murata, K. Suzuki, A. Kusumi
14:20 Break
14:35 Conjugated materials
14:35 – 492. Spectroscopy of single conjugated polymers and aggregates: The roleof interchain and intrachain interactions.
D.A. Vanden Bout
15:00 – 493. Structure-property relationshipof macrocyclic porphyrin arrays probed
by single-molecule defocused wide-fieldimaging. D. Kim
15:25 – 494. Molecular mesoscopics: A bottom-up view of organic electronics.
J.M. Lupton
15:50 – 495. Molecular-level study and control of conformation and photophysics inconjugated molecular complexes.
M. Vacha
16:15 – 496. What to do when the (fluorescent) lights go out: Spectroscopy of individual non-emissive doped conjugatedpolymers using optical microresonators.
R.H. Goldsmith*
16:40 – 497. Optical nanoimaging for block
copolymer self-assembly. M. Zhu
Hawaii Convention Center
301A
Fundamental Science of Photon andElectron Induced Surface Processes (#228)

Organized by: H. Petek, J. Zhao,
Y. Matsumoto
Presiding: U. Höfer
13:00 Introductory remarks
13:05 – 498. Model systems in catalysis forenergy economy. H. Freund*
13:45 – 499. Controlling the transport andreaction of hydrogen at Pd(110) andPd70Au30(110) surfaces. K. Fukutani,
S. Ohno, S. Ogura, M. Wilde
14:25 – 500. Observing and manipulating individual NH molecules and H atoms on
the Pt(111) surface. Z. Liang, H. Yang,
J. Oh, Y. Kim, M. Trenary*
14:45 Coffee break
15:00 – 501. CO2 capture by 1D self-assembled surface metal-organic frameworks at
the molecular scale. M. Feng
15:40 – 502. Substrate-induced control ofmolecular motion at a metal surface.
L. Bartels
16:20 – 503. Coherent phonons of Cs intercalated graphene on Ir(111).
K. Watanabe, M. Petrović, M. Kralj,
P. Lazic, T. Sugimoto, Y. Matsumoto*

Hawaii Convention Center
312

Hawaii Convention Center
301B
Applications of Coherent Multidimensional
Spectroscopy to Chemistry, Biology, andMaterials (#370)

Organized by: W. Zhao, W. Zhuang,
M. Cho, G. Sholes
Presiding: M. Cho
13:00 – 517. Dynamics in the isotropic phaseof liquid crystals. M.D. Fayer*,
K.P. Sokolowsky, H.E. Bailey
13:25 – 518. Broadband 2D UV studies of
DNA: Challenging concepts of inherent
photostability of genetic material.
R. Miller*, H. Duan, S. Maneshi,
P. Nalbach, A. Picchiotti, M. Pola,
V. Prokhorenko, A. Stevens, M. Thorwart
13:50 – 519. Extending multidimensional
concepts of heterogeneity to single-molecule spectroscopy and solvation dynamics. S. Verma, H. Wu, M.A. Berg*
14:15 – 520. Ultrafast vibrational spectroscopy of electronic processes in solution
processed photovoltaic materials .
J. Asbury*

14:40 – 521. Intermolecular vibrational energy transfers in liquids: Phonon-compensation or dephasing?. J. Zheng
15:05 Break
15:20 – 522. Verification of the vibronic origin of long-lived coherence in an artificial
molecular light harvester. J. Hauer*
15:45 – 523. 2D-IR spectroscopy of strongly
coupled hydrogen-bonded complexes.
A.M. Stingel, B.L. Van Hoozen,
P.B. Petersen
16:10 – 524. Mapping the vibronic structureand dynamics of complex systems bysingle-shot supercontinuum 2D spectroscopy. E. Harel*
16:35 – 525. Dynamics of protein molecular
recognition via 2D IR spectroscopy.
R. Horness, E. Basom, A. LeSueur,
M. Thielges*
Hawaii Convention Center
310 Theatre
Frontiers of Plasmon Enhanced
Spectroscopy (#428)

Organized by: Y. Ozaki, Z. Tian, B. Ren,
N. Halas, A. Brolo, T. Itoh, M. Moskovits
Presiding: A.G. Brolo, B. Ren
13:00 – 526. Plasmonically coupled nanostructures and their biomedical applications. J. Nam*
13:20 – 527. Distinguishing different molecules at the nanoscale by plasmon enhanced Raman scattering. Z. Dong
13:40 – 528. Current understanding of lateraland spatial resolution in tip-enhanced
Raman scattering. V. Deckert*
14:10 – 529. Infrared nanoscopy and nanospectroscopy – from vibrational spectroscopy to plasmon mapping.
R. Hillenbrand
14:30 – 530. Toward extreme spatial andtemporal resolution by tip enhanced
spectroscopy in ambient. N. Hayazawa*
14:50 Break
15:05 – 531. Plasmonic arrays. G.C. Schatz*
15:35 – 532. Chemical reactions on plasmonic nanostructures. H. Xu*
15:55 – 533. Measuring the enhanced andmodified absorbance of molecules adsorbed to metallic nanostructures.
B. Darby*, M. Meyer, B. Auguie, E. Le Ru
16:10 – 534. Wavelength dependent energy
transfer and metal-enhanced fluorescence. Y. Pang, J. Lee, M. Jen, S. Lee
16:25 – 535. Blinking from multicolored
SERS-active Ag nanoaggregates.
Y. Kitahama*, T. Nagahiro, Y. Tanaka,
T. Itoh, Y. Ozaki
16:40 – 536. Theoretical methods for infrared absorption spectroscopy with nonuniform electric fields. T. Iwasa*,
T. Taketsugu
Hawaii Convention Center
307AB
Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: N. Kim, T.S. Zwier* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
13:00 – 537. Potential energy surfaces andthe reaction dynamics of excited-state
multiple proton transfer in the 7-azaindole
complexes and the role of mediating alcohols. Y. Kim*
13:25 – 538. Spectroscopic features of molecular aggregates from anharmoniccomputations. M. Biczysko*, T. Fornaro,
J. Bloino
13:45 – 539. Selenium centered hydrogenbonding (SeCHB) interaction.
S. Chakraborty*
14:05 – 540. Positively charged phosphorus
as a hydrogen bond acceptor.
A. Hansen, L. Du, H.G. Kjaergaard
14:25 – 541. Structural motifs of aqueous
clusters: Insights from the modeling of
their infrared spectra obtained from highlevels of electronic structure theory.
S.S. Xantheas*
14:50 Break
15:05 – 542. Frequency- and time-domain
investigation on intermolecular vibrationsof molecular clusters. Y. Ohshima
15:30 – 543. Imaging bond breaking and vibrational energy transfer in water containing clusters. H. Reisler*
15:55 – 544. Experimental and theoretical
study on the excited state dynamics ofmethyl cinnamate and its derivatives.
T. Ebata*, Y. Inokuchi, Y. Miyazaki,
N. Akai
16:20 – 545. Molecular level inspection of Hbond rearrangement and fluctuation in
the gas phase. K. Sakota*
16:40 – 546. Real-time observation of photoionization-induced water migration in
5-hydroxyindole-water cluster. A. Naito,
M. Miyazaki, T. Imajyo, H. Sekiya, M. Fujii
Hawaii Convention Center
306A
Interplay between Chemistry and Dynamics
in Biomolecular Machines (#441)

Organized by: S. Hayashi, A. Kitao,
Y. Rhee, E. Tajkhorshid
Presiding: Y. Rhee
13:00 – 547. Millisecond dynamics of RNApolymerase II translocation at atomic resolution. X. Huang*
13:30 – 548. Ribosomes in motion: The dynamics of nature’s protein synthesis machinery. R.L. Gonzalez, Jr.*
14:00 – 549. Simulating conformationalchanges of the ribosome.
K. Sanbonmatsu
14:30 – 550. Computational study on flexible
dynamics of histone tails. S. Fuchigami*
14:50 Break
15:05 – 551. Mechanism of transmembrane
voltage-sensing in voltage-dependent
potassium ion and proton channels.
D. Tobias*
15:35 – 552. Dielectric constant and water
penetration gradients along transmembrane peptide-lipid bilayer interface.
T. Smirnova*, M. Voynov, A. Smirnov
15:55 – 553. Permeation, gating, and modulation of voltage-gated potassium channels. M.O. Jensen*
16:25 – 554. Characterizing large-scale conformational transitions in membranetransporters at high spatial and temporal
resolutions. E. Tajkhorshid

Wednesday Evening
Hawaii Convention CenterHalls I, II, III
Ultrafast Intense Laser Chemistry (#35)

Organized by: K. Yamanouchi, R. Levis,
F. Legare, Q. Gong
Presiding: K. Yamanouchi

557. Ultrafast dynamics of photoexcitedelectrons and coherent phonons in the
topological insulator. K. NORIMATSU,
M. Hada, S. Tanaka, K. Igarashi,
T. Ishikawa, K. Onda, T. Sasagawa,
K.G. Nakamura
558. Time-resolved X-ray absorption spectroscopy (TR-XAS) study on the metal-toligand charge-transfer (MLCT) states ofRu(bpy)2(dppp2)2⫹. R. Ma, T. Kim*
Hawaii Convention Center
301B
Multiscale Couplings of Molecular Theory
of Solvation: Fundamentals andApplications (#60)

Organized by: A. Kovalenko, B. Pettitt,
F. Hirata
Presiding: A. Kovalenko, M. Pettitt
19:00 – 559. Solvation-induced self-assembly of polyelectrolyte membranes.
A.V. Neimark*, A. Vishnyakov, M. Lee
19:30 – 560. Molecular multipole models forwater. T. Ichiye*
20:00 – 561. Extension of COSMO-RS tophase boundaries, micelles, andbiomembranes. A. Klamt
Hawaii Convention CenterHalls I, II, III
New Insights from Quantum Dynamics andab initio Potentials in High Dimensional
Systems (#84)

Organized by: T. Carrington, J. Bowman,
D. Zhang
Presiding: D. Babikov
Poster Session
19:00 – 21:00
562. First-principles and tight-binding quantum chemical molecular dynamics simulations on low friction mechanism of carbon nitride thin films. M. Nakamura,
S. Sato, H. Murabayashi, T. Tsuruda,
Y. Wang, S. Bai, Y. Higuchi, N. Ozawa,
K. Adachi, M. Kubo*
Hawaii Convention CenterHalls I, II, III
Computational Modeling of d- and f-Block
Chemistry: Challenges and Opportunities(#130)

Organized by: A. Wilson,
P. Schwerdtfeger, K. Kim, Z. Lin,T. Cundari
Presiding: K.S. Kim
Poster Session
19:00 – 21:00
563. Cooperation in bi-/multi-nuclear metal
complexes: Insights from computational
studies. G. Luo, X. Kang, Z. Hou, Y. Luo*564. Theoretical study of the interaction ofcarbon dioxide with the[VCl(MesO)2(THF)2] complex.
W.D. Quintero Martinez*,
I. Ortı́z Verano*
565. Ground and low-lying excited states of
PtCN and PdCN: Theoretical investigation including spin-orbit coupling.
J. Moon, J. Kim
566. First-principles prediction of X-ray photoelectron spectra beyond DFT.
N.D. Keilbart, N. Poilvert, I. Dabo
567. Electronic structure in lanthanum andcerium salen complexes.
C.E. Gaitan Caicedo*, I. Ortiz Verano*
568. 3D visualization of relativistic wave
functions for intuitive understanding ofelectronic structure. K. Ogasawara*

Poster Session
19:00 – 21:00

Hawaii Convention CenterHalls I, II, III

555. Direct time-resolved spectroscopy
studies of the photoreactions of antifungal and photosensitizing drug itraconazole. R. Zhu*, M. Li, D.L. Phillips
556. Field-free orientation dynamics of OCS
molecules induced by a pre-alignment
method. K. Sonoda*, T. Sato, A. Iwasaki,
K. Yamanouchi, H. Hasegawa

Chemical Imaging: Frontiers of SpatioTemporal Resolution (#134)

Organized by: P. Piotrowiak, M. Fujii,
J. Tang, B. Zhang

Poster Session
19:00 – 21:00
569. Orientation-sensitive IR imaging offeather ␤-keratins by a VSFG-detected IRsuper-resolution microscopy.
Y. Watase*, K. Ushio, M. Fujii, M. Sakai
Hawaii Convention Center
313C
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: J. Hasegawa
19:00 – 570. Excitation energy transfer andvibronic couplings in multichromophores.
L. Slipchenko
19:30 – 571. Toward quantitative analysis of
excitation energy transfer in light-harvesting antennas. M. Higashi*
20:00 – 572. Excited-state dynamics at intersystem crossings in first-row transition
metal complexes and clusters.
D.S. Kaliakin, R.R. Zaari, D.A. Fedorov,
G.E. dePolo, A.O. Lykhin, S.A. Varganov*
20:20 – 573. Real-time non-adiabatic modeling of time-resolved transient absorption
and photoelectron ionization spectra ofcyclohexadiene derivatives.
E. Tapavicza*, T. Thompson, N. Baluyot,
W. Narvaez, O. Schalk, R.J. Sension
20:40 – 574. Charge-transfer dynamics oflight-harvesting systems in complex solvated environments. B.M. Wong,
M. Oviedo
Hawaii Convention CenterHalls I, II, III
Frontiers of Metal Clusters andNanostructures: From Fundamental
Properties to Functionalities (#168)

Organized by: A. Terasaki, S. Anderson,
N. Gaston
Poster Session
19:00 – 21:00
575. Systematic investigation of the superatomic character of heteroatom doped,
thiolate protected gold clusters.
J. Schacht, N. Gaston
576. Understanding of ligand exchange reaction mechanism of thiolate-protected
metal clusters by usage of high-resolution hgh-performance liquid chromatography. Y. Niihori, Y. Negishi
577. Influence of size and temperature on
the shape preference of Au nanoparticles.
A.L. Garden, A. Pedersen*, H. Jónsson
578. Effects of the alkynyl substituents on
the geometrical and electronic structuresof “Magic-Number” Au13 cluster.
M. Sugiuchi*, Y. Shichibu, K. Konishi
579. Blue luminescence of dendrimer-encapsulated gold nanoclusters. J. Song580. Controlling of anisotropy of porphyrincoordinated Au cluster. M. Sakamoto,D. Eguchi, T. Teranishi
581. Density of states analogy between Pdmetal and Ag0.5Rh0.5 alloy. Y. Namba,
T. Ishimoto, M. Koyama
582. Vibrational properties of core-shell
AunXm (X⫽Ag and Pt) nanoparticles.
H.E. Sauceda*, D.A. Velasco, I.L. Garzon
583. Chemical reactivity of silver-cobalt binary cluster ions: Effects of geometricand electronic structures. S. Sarugaku,
R. Murakami, J. Matsumoto, M. Arakawa,
A. Terasaki
584. Electronic structures of Ag-Rh alloy
nano particles: Size dependency and relation with hydrogen absorption.
K. Miyazaki, A. Matsuda, H. Mori*
585. Structure and photodissociation reaction of metal-acetone cluster ions
M⫹(CH3COCH3)n (M ⫽ Cu, Ti, Sm, andEr) studied by time-of-flight reflectron imaging spectrometry. Y. Yamakita*,
K. Saito, S. Shimokawara, H. Iwasaki
586. Capturing mechanism of gas-born
metal nanoparticles into solutions.
K. Omori, N. Sakono*

587. Trapping a liquid micro-droplet in a vacuum toward wet chemistry of gas-phaseclusters. K. Ando, M. Arakawa,
A. Terasaki
588. Theoretical study on hydrogen storage
properties of Pd nano cluster: Consideration on cluster shape dependency.
A. Matsuda*, H. Mori
589. Theoretical study of core-shell alloy of
Pd and Pt interacting with hydrogen.
N. Binti Zulkifli*, T. Ishimoto, M. Koyama
590. Size-effect on electrochemical water reduction by size-selected Pt nanoclusters
deposited on SrTiO3(100). Y. Yamano,
C. Zhang, R. Kobayashi, T. Eguchi,
H. Tsunoyama, A. Nakajima*
591. Theoretical study of stability of Pd/Pt
nanoparticles. T. Ishimoto, M. Koyama
592. First principles study of diffusion dynamics of defects in semiconductor
quantum dots. A. Petrone*, E. Chong,
D.B. Williams-Young, D. Lingerfelt, X. Li
593. Genuinely amorphous carbon from explosive nano copper acetylide. K. Judai*,
Y. Hatakeyama594. On the catalytic role of ligands in supported AunRm nanoclusters. Z. Wu,
D.R. Mullins, L. Allard, S.H. Overbury
595. Exploration on magic nanoclusters insilicon-transition metal binary systems byreaction with molecular oxygen.
Y. Sugawara, T. Nagase, H. Tsunoyama,
A. Nakajima*
596. New magnetic superatom: Cr@Zn17.
A. Vega*, A. Aguado, A. Lebon
597. Chemical evaluation of Ta@Si16 nanocluster deposited on graphite surface by
X-ray photoelectron spectroscopy.
T. Ohta, M. Shibuta, H. Tsunoyama,
T. Eguchi, A. Nakajima*
598. Pseudo-atom behavior of M@Al12X(M⫽B, C, N, Al, Si, P): A theoretical study.
B. Molina*, J. Soto, J. Castro
599. Nano material produced by laser ablation and magnetron sputtering of metal.
K. Kitamura, K. Judai
600. Size-selected vanadium oxide clusters
on TiO2(110)-(1⫻1) and their role in oxidative dehydrogenation of methanol: Every atom counts. J.W. Buffon,
H.L. Neilson, J. Robins, S.K. Buratto*
601. Photodissociation spectroscopy of silver cluster cations up to 35 atoms: Sizeand temperature dependence of spectral
profiles. K. Tobita, Y. Kiyomura, T. Ito,
M. Arakawa, A. Terasaki
602. Reaction of cationic rhodium clusters,Rhn⫹, with NO in thermal energy region.
Y. Tawaraya, S. Kudoh, K. Miyajima,
F. Mafune*
603. Computational study of the molecularoxygen adsorption on bimetallic AunPdm⫹ cationic clusters with n⫹m ⫽ 2-5.
L.C. Balbás*604. Temperature-programmed desorptionof NO adsorbed on Ir clusters.
K. Koyama, S. Kudoh, K. Miyajima,
F. Mafune*
605. Reactivity of cerium oxide clusters with
NO and CO revealed by temperature-programmed desorption in the gas phase.
T. Nagata, K. Miyajima, F. Mafune*
606. Reaction of size-selected silicon-oxide
cluster anions with CO and H2O as amodel for chemistry on mineral surfaces.
M. Arakawa, R. Yamane, A. Terasaki
607. Desorption energy of oxygen moleculefrom rhodium oxide clusters probed bytemperature-programmed desorption.
M. Takenouchi, K. Miyajima, F. Mafune** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–177

05 – PHYS
608. Release of oxygen from the palladiumoxide clusters by heat. K. Miyajima,
F. Mafune*
Hawaii Convention CenterHalls I, II, III
Latest Development of Advanced
Vibrational Spectroscopy (#187)

Organized by: K. Iwata, S. Asher,
D. Phillips, Y. Furukawa

TECHNICAL PROGRAM
19:25 – 628. Imaging the cellular internalization and transport of nanoparticles.
C. Payne
19:50 – 629. Investigating membrane protein
interactions by single-protein tracking ina single living cell. N. Lee*
20:15 – 630. Single molecule super-resolution imaging of microtubule bundling incells expressing rabies virus proteins.
T.D. Bell*, D. Whelan, A. Brice,
G.W. Moseley

Poster Session
19:00 – 21:00

Hawaii Convention Center
301A

609. Quantum and semiclassical studies of
weak adjacent substituent effect on theovertone intensities for the XH (X⫽C,O)
stretching vibrations. H. Takahashi,
K. Takahashi, S. Yabushita*
610. Vibrational SCF-CI calculations using
the curvilinear coordinate. H. Iwase,
K. Hashimoto*
611. Vacuum ultraviolet mass-analyzed
threshold ionization spectroscopy of oxetane. D. Kang, H. Kim*, C. Kwon
612. Cationic structures of azabenzenes by
one-photon mass-analyzed thresholdionization spectroscopy. Y. Lee, H. Kim,
C. Kwon*613. Vibrational structure of tetrahydrofuran
cation by VUV-MATI spectroscopy.
S. Park, H. Kim, C. Kwon
614. Study of absorption intendsities in thenear infrared region for the first and second overtones of OH and NH stretchingvibration with hydrogen bonding.
M. Tatsumi, Y. Morisawa
615. Study on electrochemical doping in ionic-liquid-gated transistors fabricated withPBTTT. I. Enokida*, Y. Furukawa
616. Raman and infrared spectra of a blendof low-bandgap polymer PCPDTBT and
fullerene PC71BM. M. Kojima,
Y. Furukawa
617. Photoinduced infrared absorption froma blend of PTB7 and PC71BM.
N. Kawate*, Y. Furukawa
618. Electric field effect on the infrared spectra of ferroelectric nylon 11 and 12 films.
H. Isoda*, Y. Furukawa
619. Raman study of tertiary aromatic
amines used for organic light-emitting diodes. Y. Tanaka*, Y. Furukawa
620. Raman investigation of pentacene:
Fullerene bulk heterojunction films.
Y. Iwasawa*, Y. Furukawa
621. Analysis of amorphous styrene oligomer using an adiabatic calorimeter as
an ultralow frequency spectrometer.
M. Yokota, J. Fujimura, E. Nishiyama,
I. Tsukushi*
622. Vibrational analysis for polyynes of various lengths using local mode model andvibrational self-consistent field method.
M. Tsuyuki*, H. Kanamori, S. Yabushita
623. UV resonance Raman studies of membrane protein structure and dynamics.
J. Kim, I. Lopez-Peña, D. Asamoto,G. Kang
624. Rebinding dynamics of O2 to heme proteins probed by time-resolved vibrational
spectroscopy. S. Park, T. Lee, M. Lim*
625. Roles of structural changes aroundTyr201 in kinase regulation of oxygen
sensor protein FixL. T. YAMAWAKI,
H. Ishikawa, M. Mizuno, H. Nakamura,Y. Shiro, Y. Mizutani
626. Broadband infrared Stokes polarimetry.
W. FitzGerald, D. Hore*

Fundamental Science of Photon andElectron Induced Surface Processes (#228)

Hawaii Convention Center
313B
Single-molecule Fluorescence Imaging(#208)

Organized by: P. Chen, T. Majima,
G. CosaPresiding: C. Payne, J. Xiao
19:00 Cell imaging
19:00 – 627. Transcription factor and stochastic gene expression -- perspectives
from single molecule studies in live cells.
J. Xiao*, Z. Hensel, X. Fang

178 –TECH

Organized by: H. Petek, J. Zhao,
Y. Matsumoto
Presiding: A. Migani
19:00 – 631. Time-resolved spectroscopy by
optical pump-probe STM.
H. Shigekawa*
19:40 – 632. Theoretical description of photoinduced nonadiabatic dynamics.
Z. Lan*
20:20 – 633. Real-time large scale TDDFT
simulations on interface electron-ion dynamics. S. Meng*
Hawaii Convention Center
312
Interplay between Theory and Experimentin Catalytic Research (#277)

Organized by: M. Ehara, C. Cramer,
S. Dai, C. Jones, T. Ziegler, T. Tsukuda
19:00 – 634. A Tribute to Tom Ziegler (19452015). T. Woo*
19:20 – 635. Roles of computational chemistry in understanding base metal organofluorine chemistry. R. Baker
19:45 – 636. Understanding catalysis by ligand-protected nanoclusters. D. Jiang*
20:10 – 637. Search for stable structures inbi-metallic nanoclusters: Application tocarbon-halogen bond activation by small
gold-palladium clusters. E. Pahl,
M. Ehara, B. Boefka
20:30 – 638. Electronic structure and catalytic activity of alloy nanoclusters.
R. Fukuda*
20:45 – 639. Chemical machine reasoning
for the discovery of new reactions.
M.P. Waller
Hawaii Convention CenterHalls I, II, III
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Organized by: D. Kilin, S. Kilina,
I. Burghardt, G. Scholes, U. Diebold,
A. Selloni, X. Gong, Q. Sun, R. Asahi,
K. Donmen
Poster Session
19:00 – 21:00
Dynamics of charge transfer
640. Electron-hole recombination in Srdoped NaTaO3 photocatalysts: Solidstate synthesis vs. solvothermal synthesis. L. An*, H. Onishi*
641. Non-equilibrium charge dynamics infunctionalized semiconductor nanostructures. T. Inerbaev, D. Kilin
642. Non-radiative relaxation dynamics ofphoto-induced excitons in (5,0) carbon
nanotube and semiconducting PbSe
nanowire interface. A.R. Erck*,
W.K. Sapp, D. Kilin
Properties of doped TiO2 and perovskites
643. Ga-doped SrTiO3 photocatalysts prepared via solid-state and molten salt
method. Y. Park, H. Onishi*
644. Theoretical studies of structural andelectronic properties of doped BaTaO2N
systems. H. Iriguchi*, G. Giorgi,
K. Yamashita

645. Effects of octahedral-tilting and anion
ordering on band structures in perovskite
tantalum oxynitrides CaTaO2N and
MgTaO2N. A. Kubo, G. Giorgi,
K. Yamashita

663. Inactivation of Microcystis aeruginosaby TiO2 photocatalysis. K. Kanagawa*,
K. Nakata, Y. YOSHIMI, C. Terashima,
M. Ikekita, A. Fujishima

New non-titania materials forphotocatalysis
646. Electronic structure of a metal-organic
super container molecule by single point
DFT. W.K. Sapp, A.R. Erck, Z. Wang,
D. Kilin
647. Green synthesis of AgI nanoparticle–
functionalized graphene aerogels withenhanced catalytic performance and facile recycling. A. Devulapalli, J. Choi,
R. Ma, T. Kim*
648. Synthesis of AgI-graphene analog boron nitrate nanocomposites as highly efficient photocatalyst for water purification.
J. Choi, A. Devulapalli, R. Ma, T. Kim*

Hawaii Convention CenterHalls I, II, III

Plasmonic particles
649. Visible light-induced charge separationin heterostructured Au/ZnS nanoparticles. M. Kimura, M. Sakamoto,
A. Furube, H. Adachi, T. Sugimoto,
K. Watanabe, Y. Matsumoto, T. Teranishi*
650. Electronic states and photocatalytic activities of titanium dioxide with metal (Au,Pd, Pt) nanoparticles studied by far-ultraviolet spectroscopy. I. Tanabe*, Y. Ozaki
651. Development of photoelectrochemical
glutathione sensor using Au-TiO2 nanocomposites. A. Kuragano, A. Devadoss,
P. Sudhagar, C. Terashima, K. Nakata,
T. Kondo, M. Yuasa, A. Fujishima
DSSC
652. Density functional theory investigationof Ru/organic dye co-sensitized TiO2 surface for solar cell application. Y. Ootani*,
K. Sodeyama, L. Han, Y. Tateyama
Photocatalytic reactions
653. Selective hydrogenation of furfural overtitanium(IV) oxide photocatalyst.
K. Nakanishi, K. Hashimoto,
H. Kominami*
654. Photocatalytic complete oxidative decomposition of acetaldehyde over WO3
mixed with plant ash under visible light irradiation. Y. Yamaguchi*, K. Nakata,
C. Terashima, K. Sakai, H. Sakai,
A. Fujishima
655. Inactivation mechanism of Escherichia
coli and Q␤ phage with visible-light responsive Rh-doped SrTiO3 photocatalyst. S. Usuki, Y. Yamaguchi, K. Nakata,
C. Terashima, A. Kudo, T. Suzuki,
Y. YOSHIMI, M. Ikekita, A. Fujishima
656. Photocatalytic hydrogenation of alkenes over organically-modified TiO2 under visible light irradiation. S. Kitagawa,Y. Okubo, K. Imamura, K. Hashimoto,
H. Kominami*
657. Photocatalytic decomposition of common sugar and generation of rare sugars.
Y. Yamamoto, K. Nakata, Y. YOSHIMI,
C. Terashima, M. Abe, K. Sakaguchi,
M. Ikekita, A. Fujishima
658. Photo-electrochemical reduction of
CO2 using photocatalyst anode-boron
doped diamond cathode hybrid system.
N. Chikamori*, K. Nakata, C. Terashima,
Y. Einaga, A. Kudo, H. Sakai, K. Sakai,
A. Fujishima
Applications and devices
659. Field and laboratory performance testsof an air-cleaner with photocatalysisplasma synergistic reactors for practicaland long-term use. T. Ochiai*,
N. Nishida, T. Machida, Y. Uchida,
A. Fujishima
660. Development of purification technology
in the plant factory using visible-lightdriven photocatalysts. T. Sanada*,
C. Terashima, K. Nakata, T. Kondo,
M. Yuasa, A. Fujishima
661. Ammonia synthesis by liquid plasma
processing under nitrogen stream.
K. Honda*, C. Terashima, K. Nakata,
T. Kondo, M. Yuasa, A. Fujishima
662. Design of photocatalysts for efficient inactivation of E. coli. T. Shimodo,
M. Ikekita, K. Nakata, C. Terashima,
Y. YOSHIMI, A. Fujishima, S. Usuki

Applications of Coherent Multidimensional
Spectroscopy to Chemistry, Biology, andMaterials (#370)

Organized by: W. Zhao, W. Zhuang,
M. Cho, G. Sholes
Presiding: M. Cho, G. Scholes, W. Zhao,
W. Zhuang
Poster Session
19:00 – 21:00
664. Using 2DIR spectroscopy for label free
analysis of drug protein interactions.
H. Sowley*665. Phase-modulated coherent spectroscopy applied to ultracold doped helium
droplets. L. Bruder, M. Binz, M. Mudrich,
F. Stienkemeier*666. Femtosecond time-resolved spectroscopy of various IR probes for studying
structure and dynamics of myoglobin, reverse micelles, and peptides. M. Maj,
K. Kwak, H. Han, M. Cho*667. Frequency fluctuations of non-ionic vibrational probe molecule in water studied
by 2D infrared spectroscopy and molecular dynamics simulation. M. Okuda*,
M. Higashi, K. Ohta, S. Saito,
K. Tominaga
668. Use of 2D infrared spectroscopy for thequantification and spatial mapping of
post-translation modifications of proteins. L. Rezende Valim*, J.A. Davies,
K.R. Willison, D.R. Klug
669. Determination of second hyperpolarizability with computational Raman activities and identification of DOVE signatures
for selected molecules. W. Zhao*
Hawaii Convention Center
310 Theatre
Frontiers of Plasmon Enhanced
Spectroscopy (#428)

Organized by: Y. Ozaki, Z. Tian, B. Ren,
N. Halas, A. Brolo, T. Itoh, M. Moskovits
Presiding: Z. Tian
19:00 – 670. Photobleaching of fluorophores
in surface-enhanced spectroscopies.
E. Le Ru*
19:20 – 671. Plasmonic scattering of linear
nanoantennas and vibrational coupling in
the infrared. C. Huck, J. Vogt, A. Pucci*
19:50 – 672. Mid-IR plasmonics for chemical
specific and ultrasensitive biosensing.
H. Altug, D. Etezadi, O. Limaj,
D.L. Rodrigo
20:10 – 673. Plasmonic nanoparticles andmetasurfaces for sensing and spectroscopy. M. Kall
20:30 – 674. Tip-enhanced Raman spectroscopy: A nanospectroscopy for surface
sciences and electrochemistry. B. Ren*,
Z. Zeng, X. Wang, J. Zhong, S. Huang,
T. Huang, M. Li
20:55 Closing Remarks* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
Hawaii Convention Center
307AB
Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: H. Sekiya
19:00 – 675. Study on hydrogen-bonded
structures of acetylene large clusters by
2D correlation IR spectroscopy.
Y. Matsumoto*, R. Yoshiura, K. Honma
19:20 – 676. Stalking higher energy conformers on the potential energy surface of
charged species. M. Gaigeot*
19:40 – 677. Spectroscopic studies on hostguest complexes in the gas phase and on
gold surface. Y. Inokuchi*
20:00 – 678. Resonance enhanced photodissociation spectra of the H2C3H⫹-Ne
and H2C3H⫹-N2 complexes. K. Catani,
J. Sanelli, V. Dryza, P. Taylor, E. Bieske*
20:25 – 679. Watching solvent migration dynamics in clusters by picosecond timeresolved IR spectroscopy. M. Fujii*
Hawaii Convention Center
306A
Interplay between Chemistry and Dynamics
in Biomolecular Machines (#441)

Organized by: S. Hayashi, A. Kitao,
Y. Rhee, E. Tajkhorshid
Presiding: S. Hayashi
19:00 – 680. Structures and functions ofmacromolecular motor assemblies.
K. Namba*
19:30 – 681. Entropy-driven biological processes: Signaling mechanisms in controlled entry of viruses into host cells.
S. Varma*, M. Botlani, N. Duro, P. Dutta,
R. Leighty
19:50 – 682. Xenobiotic recognition and efflux control by bacterial cells.
M. Hayashi-Nishino, K. Hayashi,
T. Fujioka, Y. Takeuchi, S. Yamasaki,
A. Yan, K. Nishino
20:10 – 683. Structure, dynamics, and function of bacterial flagella investigated bymolecular dynamics simulation. A. Kitao*
20:40 Closing Remarks

Thursday Morning
Hawaii Convention CenterHalls I, II, III
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Poster Session
10:00 – 12:00
684. Rotational spectrum and quantum
chemical calutations for methyl trimethyl
acetate. Y. Tajimi, R. Nomura, N. Kuze
685. Theoretical study on cobalt-catalyzed
transformation of molecular dinitrogen
into silylamine. H. Tanaka*, R. Imayoshi,
Y. Matsuo, M. Yuki, K. Nakajima,
K. Yoshizawa, Y. Nishibayashi
686. Active site genesis within UiO-66 type
metal-organic frameworks: A theoreticalrationalization. M. Vandichel, J. Hajek,
A. Ghysels, M. Waroquier, D. De Vos,
V. Van Speybroeck687. Computational-aided understanding
and design of 2D graphene-like materials.
J. Wang
688. Intramolecular C–H activation reactionsof Ru(NHC) complexes combined with H2transfer to alkenes: A theoretical elucidation of mechanisms and effects of ligands
on reactivities. K. Wenz, P. Liu,
K.N. Houk*
689. Structure of (H2O)20: Quantum chemical
exploration of stable structures.
M. Takagi, S. Maeda, T. Taketsugu

690. Examining structure-function relationships in DNA repair facilitated by adenine
DNA glycosylase. S. Lenz, S. Wetmore*
691. Effects of adduct linkage on DNA replication: A computational investigation of
the benzyl-guanine and pyridyloxobutylguanine adducts. K. Wilson, S. Wetmore*
692. Molecular dynamics study of the hogg1
and Fpg DNA repair enzymes.
S. Sowlati-Hashjin, S. Wetmore*
693. Cobalt and zinc complexes of
hexaamine cage ligands with multiple
conformations in solution. L.J. Alcock,
G. Cavigliasso, R. Stranger, A.C. Willis,
J. Hook, D. Lawes, S.F. Ralph
694. Theoretical study on photoabsorption
properties of unsubstituted boron-dipyrromethene (BODIPY). M. Asaoka,
K. Miyagi, T. Takebayashi, Y. Kitagawa,M. NAKANO
695. Accurate calculation of standard enthalpies of formation of carboxylic acids andderivatives. R. Bacaloglu*
696. Computational study of trans-(E)-4-(2(pydridin-2-yl)vinylbenzoic acid andtrans-(E)-4-(4-(pydridin-4-yl)vinylbenzoic
acid. M. Castro*, M.J. Percino,
J. Soriano, M. Ceron, V. Chapela
697. Probing thermomolecular orientationand fluid polarization by terahertz spectroscopy: Molecular dynamics simulations and experiments. C.D. Daub*,
R. Zamiri, U.L. Østerberg, P. Åstrand,
F. Bresme
698. Analysis of Al organization in zeolites bymultinuclear MAS NMR and QCH calculations. J. Dedecek, S. Sklenak, P. Klein
699. Combining experimental and computational techniques to investigate complex
mineral structures: The multiple structures of vaterite. R. Demichelis*,
M. De La Pierre, P. Raiteri, J.D. Gale,U. Wehrmeister, D.E. Jacob
700. Computational modeling of PHR functional conversion. H. Dokainish,
D. Yamada, t. iwata, H. Kandori, A. Kitao*
701. Development of experiment and theory
to detect and predict ligand phase separation on silver nanoparticles. S. Egorov*,
D. Green, Z. Farrell, S. Merz
702. Structure and vibrational spectra of solid-liquid and liquid-air interfaces, including electrolytes, with DFT-based molecular dynamics simulations. M. Gaigeot*
703. Anharmonic vibrational spectroscopy ofgas phase molecules and clusters: Synergy between DFT-MD simulations and
IR-MPD/IR-PD experiments. M. Gaigeot
704. Theoretical study on the cavity effect ofsemihollow-ligands in gold(I)-catalyzed
alkyne cyclizations. M. Gao*, S. Maeda,
T. Iwai, M. Sawamura, T. Taketsugu
705. Intrinsic electrophilicity of oxalic acidmonomer Is enhanced in the dimer andtrimer by intermolecular proton transfer.
M. Gutowski*, Z.G. Keolopile,
M.R. Ryder, M. Haranczyk,
A. Buonaugurio, J. Graham,
A. Buytendyk, K.H. Bowen
706. Proton delocalization and structurespecific fluorescence in amyloid fibrils.
A. Hassanali*, D. Pinotsi, L. Grisanti,
P. Mahou, R. Gebauer, C. Kaminski,
G. Kaminski
707. Experimental and computational investigation of the transition states for the
1,1-HCl and 1,1-HF elimination reactions
from chemically activated CD3CHFCl
molecules. B.E. Holmes*, G. Heard,
T. Brown, M. Nestler
708. DFT study of the hydrogenation of N2
with H2 to NH3 by heterolytic outersphere cleavage of H2 between tungsten
dinitrogen complexes and cationic rhodium complexes: Is a molecular HaberBosch catalyst in sight?. M. Hölscher*,V. Moha, W. Leitner709. Desk-top tool for eco-toxicity predictionof chemical substances. Y. Inagaki*,T. Yamazaki, Y. Takahashi
710. Artificial intelligence tool for classification of chemical structures. A. Iwamoto*,
Y. Takahashi
711. Vibrational properties and energy redistributions in hydrogen bonded clusters
obtaiuned from ab initio dynamics simulations. S.S. Iyengar

712. Molecular dynamics of designed andevolved enzymes. G. Jimenez-Oses,
S. Osuna, K.N. Houk
713. Theoretical study on electron conductivities of 1D nickel(II) complexes.
Y. Kitagawa, T. Takebayashi, M. Asaoka,
K. Miyagi, Y. Shigeta, M. NAKANO
714. Effects of the anharmonic vibrationalcorrections on molecular structures of
acetates and oximes: Gas-phase electron
diffraction and quantum-chemical studies. N. Kuze*, Y. Tajimi, A. Ishikawa
715. Infrared multiple photon dissociation
spectroscopy and density functional theory (DFT) studies of protonated permethylated ␤-cyclodextrin-water non-covalent complexes. S. Lee, H. Oh, S. Lee
716. Molecular dynamics simulations withpolarizable and reactive force fields fortreating conformation changes and reactions in condensed phase. J. Ma*
717. Solution-phase dynamics of ThioflavinT: Experiment and computation.
J. Breffke, B. Conway, M. Maroncelli*718. Single-molecule piezoelectrics: A novel
approach to energy harvesting materials.
C.W. Marvin*, G. Hutchison
719. Electrostatic effects of the magnesium
ions on the catalysis of critical mutants of
the DNA Polymerase ␤. R.A. Matute*,
A. Warshel*
720. Rational design of inhibitors targeting
human ␤-galactoside ␣-2,6-sialyltransferase I. A. Montgomery, R. Szabo,
H. Yu, D. Skropeta
721. Electronic structure properties of nanohybrid supercapacitive materials comprising polyoxometalate Keggin-likestructures deposited on graphene: A DFT
study. J. Muñiz*, A.K. Cuentas-Gallegos,
M. Robles, M. Valdez
722. Theoretical study of isomerization process of fluvoxamine. k. ODAI*, E. Ito723. Study on ultrafast excited states dynamics of ortho-nitroaniline using femtosecond transient absorption spectroscopy. J. Yi*, X. Pu*, M. Li*
724. Facile Csp2-Csp2 bond cleavage inoxalic acid-derived radicals. R. Molt,
T. Clark, R. Bartlett, N. Richards*
725. 7Li-NMR for corannulene sandwich-likeaggregates: One molecule, three signals,
two records. A. Rogachev*
726. Structural and electronic properties ofpristine and doped polythiophene: Periodic vs. molecular calculations.
T.P. Kaloni, G. Schreckenbach*,
M.S. Freund
727. Lead discovery of telomerase inhibitors
using virtual screening technique.
D. Song*, J. Yang, G. han
728. Pressure-induced deformations of theenergy surfaces of compressed species
and reaction systems. J.A. Spooner*,N. Weinberg*
729. Electronic-structure-based chemoinformatics for molecular design and discovery. M. Sugimoto*
730. Kinetic analysis for complex reaction
networks: Application to organic reactions. Y. Sumiya*, S. Maeda,
T. Taketsugu
731. Quantum-chemical calculations of thescalar-pseudoscalar interaction in heteronuclear diatomic molecules. A. Sunaga,
M. Abe*, B. Das, M. Hada
Hawaii Convention Center
308A

9:05 – 734. Excited state nonadiabatic molecular dynamics in chlorophylls.
S. Fernandez Alberti*,
L. Alfonso-Hernandez, P. Shenai,
Y. Zhao, S. Tretiak
9:35 – 735. Benchmarking calculations of
excitonic couplings between chlorophylls. E. Kenny, I. Kassal
9:55 Break
10:10 – 736. Optical dynamics and coherence of excitons in natural and synthetic
molecular aggregates. J. Knoester*
10:40 – 737. Characterization of excitedstate properties of molecular substituentsusing geometry and topology.
V.Y. Chernyak*
11:10 – 738. Vibronic spectra of organic aggregates and molecule-metallic nanoparticles. W. Liang*
11:40 – 739. Ammonia and cesium adsorption on Keggin-type molybdophosphatestudied by density function quantum
chemistry calculations and batch experiments. Z. Tan*, D. Lan*, Z. Huang*,
X. Wang*
Hawaii Convention CenterHalls I, II, III
Multiscale Couplings of Molecular Theory
of Solvation: Fundamentals andApplications (#60)

Organized by: A. Kovalenko, B. Pettitt,
F. Hirata
Presiding: F. Hirata, A. Kovalenko,
M. Pettitt
Poster Session
10:00 – 12:00
740. Free energy calculation for the ATP-induced dimerization of the nucleotidebinding domains in a maltose transporter:
Importance of the water-mediated entropic force. T. Hayashi, S. Chiba,
T. Furuta, M. Sakurai*
741. Theoretical prediction of mutations
leading to enhanced structural stability of
GPCRs. Y. KAJIWARA, S. Yasuda,
Y. TAKAMUKU, N. SUZUKI, T. MURATA,
M. Kinoshita
742. Effects of cosolvent addition on thethermal stability of a protein.
S. Murakami*, M. Kinoshita
743. 3D-RISM study of water-meditatedforces between the nucleotide binding
domains responsible for the power strokein an ABC transporter.
T. Furukawa-Hagiya, N. Yoshida,
S. Chiba, T. Hayashi, T. Furuta,
M. Sakurai*
Hawaii Convention CenterHalls I, II, III
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: J. Hasegawa
Poster Session
10:00 – 12:00
744. Quantum chemical calculations for theexcited states of para-methylcinnamate(p-MMC). J. Kim*, J. Moon

Modeling and Analyzing Exciton andCharge Dynamics in Molecules andClusters (#44)

Organized by: S. Tretiak, G. Chen,
Y. Tanimura
Presiding: S. Tretiak
8:00 Opening Remarks
8:05 – 732. Theoretical exploration of excitation energy transfer and charge separation dynamics in photosystem II.
D.F. Coker*, P. Huo, J. Moix, J. Cao
8:35 – 733. Quantum coherence in transport
processes. J. Cao** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–179

05 – PHYS
745. Broad range electronic spectra of large
molecules by simplified TD-DFT and
TDA-DFT. S. Grimme*
746. Excited state calculations with exactexchange Kohn-Sham orbitals. K. Hong,
J. Kim, S. Choi, S. Hwang, W. Kim*
747. Computed structures and energetics ofpara-propylaniline complexes with one
and two argon atoms: A basis for interpretation of electronic and cationic spectra. C. Trindle*, Q. Gu, J. Knee748. Constricted variational density functional theory (CV-DFT): Idea and recent
applications. F. Senn*, Y. Park,
M. Krykunov, I. Seidu, T. Ziegler
749. Optimization of complex orbital exponents by analytical gradient method forphotoionization differential cross sections. R. Matsuzaki, S. Yabushita
750. Epoxidation reactions of alkenes usingiron(IV)-oxo porphyrin ␲-cation species: A
SO-CASPT2 study. K. Ukaji, M. Abe,
H. Fujii, M. Hada
751. Introducing a numerical stable ⌬SCFDFT scheme based on the constrictedvariational density functional theory: Triplet calculations. Y. Park, F. Senn,
M. Krykunov, T. Ziegler*
752. All-electron first-principles X-ray adsorption spectra calculations for acetone
and acetic acid. Y. Noguchi*, M. Hiyama,
H. Akiyama, Y. Harada, N. Koga
753. Excited-state dynamics of trans-aminostilbene derivatives. H. Yao*, . Cheng,
J. Yang, I. Chen
754. Beyond semiclassics for heavy particle
dynamics in chemical reactions.
S. Takahashi*, K. Takatsuka
755. Recent progress in ab initio multiconfigurational Ehrenfest method for molecular dynamics study. K. Saita,
A. Kirrander, D.V. Shalashilin
756. Theoretical and experimental investigations on near-infrared absorption of trioxotriangulene derivatives with pistacked columnar structures. Q. Wang,
Y. Ikabata, T. Yoshikawa, A. Ueda,
T. Murata, K. Kariyazono, H. Okamoto,Y. Morita, H. Nakai
757. Combined molecular beam and matrix
isolation methodology for the separation,
trapping, and storage of nuclear spin isomers of water. J. Vermette, P. Turgeon*,
P. Ayotte, G. Alexandrowicz
Hawaii Convention Center
304A
Self-organization in Chemistry (#165)

Organized by: S. Nakata, J. Pojman,
O. Steinbock, Q. Gao, J. Wang,
T. Yamaguchi, R. Yoshida,
S. Nakabayashi
Presiding: S. Nakata, O. Steinbock,
J. Wang
8:00 Opening Remarks
8:05 – 758. Pattern formation in structured
media. I.R. Epstein
8:35 – 759. Metabolic network and glycolytic
oscillations in yeast and cancer cells.
T. Amemiya*, K. Obase, N. Hiramatsu,
K. Itoh, K. Shibata, M. Takinoue,
T. Yamamoto, T. Yamaguchi
8:55 – 760. Interaction between bromatebased chemical oscillators and noble
metal nanoparticles. J. Wang
9:15 – 761. Spectrophotometric study of theBelousov-Zhabotinsky batch pH oscillator. G. Frerichs*, Y. Chen
9:30 – 762. Liesegang patterns produced by
reduction reaction of metal ions.
H. Nabika*, M. Sato, Y. Shimizu,
K. Unoura
9:45 coffee break
10:00 – 763. Morphology and phase separation kinetics of polymer mixtures driven
by photopolymerization: Summary andperspectives. Q. Tran-Cong-Miyata
10:30 – 764. Synchronization and travellingwaves of sulfur electro-deposition in theregions of passivation and transpassivation. Q. Gao*, J. Yang, W. Bi, Y. He
10:50 – 765. Planetary atmospheres as selforganising systems based on Clausius’
virial theorem. I.R. Kennedy*

180 –TECHTECHNICAL PROGRAM
11:10 – 766. Perturbing Turing patterns
formed by the chlorine dioxide-iodinemalonic acid reaction with halide salts.
D. Gaskins, E. Pruc, M. Dolnik,
I.R. Epstein*
11:25 – 767. Variation in dynamics of BZ reaction under various sets of chemicalcomposition in catalyst and organic substrates. Y. Mori, F. Faqiryar, T. Fukuda,
T. Matsumura*
11:40 – 768. Self-motion of aspirin crystals
at the air-water interface. A.F. Taylor*,
T. Bansagi
11:55 Discussion
Hawaii Convention Center
310 Theatre
Recent Progress in Matrix Isolated Species(#199)

Organized by: T. Momose, Y. Lee,
D. Anderson
Presiding: D.T. Anderson, S.A. Reid
8:00 – 769. Solvation of atomic dopants insolid parahydrogen: Quantum Monte
Carlo studies. R. Hinde*
8:30 – 770. High-resolution IR laser kinetic
spectroscopy of CH3F-(ortho-H2)n clusterin solid para-H2. H. Kanamori*
9:00 – 771. Helium droplet assisted preparation and spectroscopy of alkali-alkaline
earth diatomics. F. Lackner,
J.V. Pototschnig, W.E. Ernst*
9:15 – 772. Insights from the application of
the full-configuration-interaction nuclearorbital approach to small doped 3He, 4He
and para-H2 clusters.
M. De Lara-Castells*,
A. Mitrushchenkov
9:30 – 773. Molecular dynamics in parahydrogen matrices. C. Crepin*
10:00 Break
10:15 – 774. Spectroscopy of isolated molecules and chemistry in space-time.
V.A. Apkarian*
10:45 – 775. Spatial manipulation of amplitude and phase distribution of vibrational
excitations in solid para-hydrogen.
H. Katsuki*
11:15 – 776. Multiscale simulations of dynamic processes in argon matrices.
E. Sanchez-Garcia*,
M. Fernandez-Oliva, K. Bravo-Rodriguez,
W. Sander
11:30 – 777. Superradiance of organic molecules attached to rare gas clusters.
F. Stienkemeier*, M. Müller, S. Izadnia,
A. LaForge, A. Eisfeld
11:45 – 778. Coherent frequency conversion
using quantum solid. Y. Miyamoto
Hawaii Convention Center
306B
Metal Ions and Protein Functions:
Theoretical Models and Applications (#202)

Organized by: Q. Cui, M. Meuwly,
T. Allen, Y. Gao
Presiding: Q. Cui
8:00 – 779. Selective recognition of heavy elements by protein-based reagents.
C. He*
8:40 – 780. Principles governing biologicalprocesses: Applications to drug designand drug target identification. C. Lim*
9:20 – 781. Zn coordination chemistry: Validation of the XYG3 type of doubly hybrid
density functionals. N. Su, X. Xu*
10:00 Break
10:15 – 782. Polarizable molecular mechanics and quantum chemistry analyses ofpolyligated complexes of mono- andpolyvalent metal cations: Alkali, alkalineearth, transition, and heavy metal cations.
N. Gresh*
10:55 – 783. Accelerating metal-directed
protein folding and molecular recognition
with enhanced sampling techniques.
F. Feixas*, M. Swart

Hawaii Convention Center
313B
Single-molecule Fluorescence Imaging(#208)

Organized by: P. Chen, T. Majima,
G. CosaPresiding: P. Chen, T. Majima
8:00 Nanooptics, nanophotonics, and nanoplasmonics
8:00 – 784. Microspectroscopy of single
molecules and single gold nanoparticles.
M. ORRIT*
8:25 – 785. Spectroscopic investigation ofelectrochemically charged individual single-walled carbon nanotubes.
T.D. Krauss, S. Schaefer
8:50 – 786. Photoluminescence of plasmonicnanostructure. S. Link
9:15 – 787. Antioxidation of semiconductor
quantum dots by Auger ionization revealed by single-molecule fluorescenceimaging. V. Biju*, S. Yamashita,
M. Hamada, S. Nakanishi, S. Wakida,
H. Saito, Y. Nosaka
9:40 – 788. Synthesis and single-particle
photoluminescence observation of hybridorganic-inorganic perovskite nanoparticles. I. Karimata*, T. Tachikawa*,
Y. Kobori
9:55 – 789. Photoluminescence enhancement and quenching in CdSe/ZnS single
quantum dots. M. Hamada, S. Nakanishi,
V. Biju
10:10 Break
10:20 Frontiers of methodology III
10:20 – 790. Real-time 3D multiresolution visualization of cellular uptake processes.
H. Yang*
10:45 – 791. Rapid sample flow strategy forthe ultrafast tracking of single molecule
fluorescence time series. S. Takahashi*,
H. Oikawa
11:10 Catalysis I
11:10 – 792. Single-particle, -molecule analysis of TiO2 photocatalytic reaction.
T. Majima
11:35 – 793. Nanoscale reactivity mapping
guides the engineering of photoanodes
for water splitting. P. Chen*
Hawaii Convention Center
301A
Fundamental Science of Photon andElectron Induced Surface Processes (#228)

Organized by: H. Petek, J. Zhao,
Y. Matsumoto
Presiding: K. Ishioka
8:00 – 794. Nonlinear light scattering probeof structure and dynamics at interfaces of
DSSC and organic crystalline nanostructures. H. Dai*
8:40 – 795. Ultrafast dynamics at liquid interfaces studied by time-resolved heterodyne-detected vibrational sum-frequency
generation spectroscopy. T. Tahara
9:20 – 796. Structure and dynamics of interfacial water. M. Bonn*
10:00 Coffee break
10:00 – 797. Real time measurement of thevertical binding energy during the birthand lifetime of a solvated electron. J.
Stähler*
10:40 – 798. Heterogeneous catalysis inemergent ordering of strongly correlated
protons in ice. T. Sugimoto*, N. Aiga,
Y. Otsuki, K. Watanabe, Y. Matsumoto
11:20 – 799. Effect of applied electric fieldon condensed molecular films. Dipolar reorientation of molecules and Stark effect.
H. Kang*, S. Shin, H. Kang
Hawaii Convention Center
312
Interplay between Theory and Experimentin Catalytic Research (#277)

Organized by: M. Ehara, C. Cramer,
S. Dai, C. Jones, T. Ziegler, T. Tsukuda
8:00 – 800. Recent material development forphotocatalysis. S. Dai*, J. Zhang

8:20 – 801. Combining theory and experimental validation in the use of TEMPO for
anodic electrocatalysis. S. Minteer*,
D. Hickey, M. Sigman, D. Schiedler,
M. McCammant, I. Matanovic,
P. Atanassov
8:45 – 802. CO2 fixation mechanism of bifunctional porphyrin catalyst: A theoretical study. J. Hasegawa
9:10 – 803. Bioinspired computational design of iron pincer complexes for basefree hydrogenation of carbon dioxide.
X. Yang*
9:25 – 804. Unraveling the enantioselectivitycontrolling surface processes in the proline-mediated isophorone hydrogenation
on Pd supported catalyst.
L. Rodriguez Garcia*, F. Meemken,
K. Hungerbühler, A. Baiker
9:40 Break
9:55 – 805. Combined theoretical and experimental studies on cyclohexene oxidation
reaction; C-H activation reactions are notas simple as you thought. K. Cho*,
Y. Kim, S. Shaik, W. Nam
10:20 – 806. Highly efficient photo-SCR of
NO with ammonia. T. Tanaka*,
A. Yamamoto, T. Shishido, K. Teramura
10:45 – 807. Design and applications of single-site photocatalysts using nanoporous
materials. H. Yamashita*
11:10 – 808. Analysis of the mechanism ofelectrochemical oxygen reduction anddevelopment of Ag- and Pt-alloy catalysts for low temperature fuel cells.
S. Linic
11:35 – 809. Unique reactivity and in-situ
synthesis of oxide-supported single atom
Rh catalysts. P. Christopher*
Hawaii Convention Center
306A
Science with Beams of Radioactive
Isotopes (#340)

Organized by: S. Yennello, K. Starosta,
Y. Zhao, H. Haba
Presiding: K. Starosta
8:00 Welcome
8:05 – 810. Nuclear science: Exploring theheart of matter, serving society, and educating the next generation of innovators.
A. Aprahamian*
8:35 – 811. Scientific programs with exotic
nuclei at RIBF. H. Sakurai
9:05 – 812. Nuclear science program at
ISAC/TRIUMF. J. Dilling*
9:35 – 813. Transitioning NSCL into FRIB at
MSU. C. Gelbke*
10:00 break
10:15 – 814. Radioactive beam facilities in
Europe - current status and future perspectives. P. Egelhof*
10:40 – 815. Nuclear astrophysics experiment at China Jinping underground Laboratory. X. Tang
11:05 – 816. Nuclear forces and their impact
on matter at neutron-rich extremes.
A. Schwenk
11:30 – 817. Use of radioactive beams forthe synthesis of the heaviest elements.
W. Loveland*
12:00 Lei Yang

* Principle Author

Photographing of presentations
and/or taping of talks is
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
Hawaii Convention Center
305B
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Organized by: D. Kilin, S. Kilina,
I. Burghardt, G. Scholes, U. Diebold,
A. Selloni, X. Gong, Q. Sun, R. Asahi,
K. Donmen
Presiding: D. Kilin, B.A. Parkinson
8:00 Introductory Remarks: Photocatalysis
Symposium #344
8:05 – 818. Water splitting by thin film metaloxo catalysts. D.G. Nocera
8:35 – 819. Theoretical study of N-doped
Ta2O5/Ru-complex system for photocatalytic CO2 reduction. R. Asahi*,
A. Akimov, R. Jinnouchi, S. Shirai,
O. Prezhdo
9:05 – 820. First principles simulations ofmaterials and processes in photocatalysis . A. Selloni
9:35 – 821. NO adsorption and diffusion onhydroxylated rutile TiO2(110): electron
trapping and transferring. Y. Yu, X. Gong*
10:00 – 822. Cobalt doped TiO2: A computational analysis of surface dopant placement on anatase. S. Jensen*, D. Kilin
10:15 Break
10:30 – 823. Efficient water splitting on photoelectrodes with surface modifications.
K. Domen*
11:00 – 824. Predicting photocatalytic materials: Condensed matter physics meetselectrochemistry. G. Galli*
11:30 – 825. Suspended inorganic nanostructures for photocatalytic water splitting. F. Osterloh
Hawaii Convention Center
301B
Applications of Coherent Multidimensional
Spectroscopy to Chemistry, Biology, andMaterials (#370)

Organized by: W. Zhao, W. Zhuang,
M. Cho, G. Sholes
Presiding: W. Zhuang
8:00 – 826. Detection modes of vibrationaland electronic coherence in multidimensional stimulated Raman signals.
S. Mukamel*, K. Bennett, H. Ando,B. Agarwalla, K. Dorfman
8:25 – 827. Multidimensional coherent optical photocurrent spectroscopy of a semiconductor microcavity. S. Cundiff*
8:50 – 828. Structure and dynamics at electrode/catalyst interfaces probed by timeresolved vibration sum-frequency generation spectroscopy. T. Lian
9:15 – 829. Femtosecond stimulated Raman
spectroscopy by six-wave mixing.
A. Moran
9:40 – 830. Fifth order coherent multidimensional optical spectroscopies. H. Tan*
10:05 Break
10:20 – 831. Fourier transform multidimensional vibrational-electronic spectroscopies. T.L. Courtney, Z. Fox, J.D. Gaynor,
M. Balasubramanian, M. Khalil
10:45 – 832. Surface-specific 2D vibrational
spectroscopy reveals dynamics of interfacial water . M. Bonn*
11:10 – 833. 2D white-light spectroscopy reveals exciton dynamics in next-generation solar cells. T.J. McDonough*,
R.D. Mehlenbacher, N.M. Kearns, M. Wu,
M. Grechko, M.S. Arnold, M.T. Zanni
11:35 – 834. Probing structure and dynamics
of preferential solvation in biomolecularhydration and photocatalysis using ultrafast 2D-IR spectroscopy. K. Kubarych
Hawaii Convention Center
305A
Practical Strategies for Modeling NonCovalent Interactions (#372)

Organized by: G. Beran, Y. Jung,
H. Nakai, J. Schmidt
Presiding: Y. Jung
8:00 Introduction

8:10 – 835. Modeling noncovalent interactions with RPA-type methods. V.K. Voora,
G.P. Chen, M.M. Agee, B.S. Ganesh,F. Furche*
8:40 – 836. Energetics of nanolayer structures from semi-analytic RPA-level theory. J. Dobson*, T. Gould, S. Lebegue
9:10 – 837. Cost effective quantum chemical
methods for organic crystal modeling.
G. Brandenburg, S. Grimme
9:30 – 838. Properties of racemic and enantiopure crystals from density-functional
theory. E.R. Johnson*,
A. Otero-de-la-Roza, J. Hein
10:00 Break
10:10 – 839. Toward large-scale quantum
chemical calculations with static and dynamical electron correlations.
M. Kobayashi*, T. Taketsugu
10:40 – 840. Density-dependent dispersion
correction for density functional theory:
Local response dispersion approach.
Y. Ikabata*
11:10 – 841. Performance of BLYP can besignificantly improved when used withboth dispersion-correcting potentials andpair-wise dispersion corrections.
G. DiLabio*, J. van Santen
11:30 – 842. Improving accuracy and feasibilty for density functional calculations inmolecules and solids. Y. Jung
Hawaii Convention Center
304B
Interfacial Phenomena for Bubbles,
Droplets, Films and Soft Matter (#403)

Organized by: A. Amirfazli, Y. Zuo, J. Li
Presiding: A. Amirfazli, R. David, F. Duan,
L. Jiang
8:00 Welcome
8:05 – 843. Splashing criterion for impact ofcomplex drops. V. Grishaev, C.S. Iorio,
A. Amirfazli*
8:35 – 844. Branch-shaped particle assembly in drying a sessile colloidal droplet.
A. Crivoi, X. Zhong, F. Duan*
9:00 – 845. Droplet dynamics under the effect of airflow on superhydrophobic surfaces. A. Dolatabadi*
9:20 – 846. Effect of contact angle on theorientation, stability, and assembly ofdense floating cube. M. Donnell,
R. Daniello, J.P. Rothstein
9:40 Coffee Break
9:50 – 847. Bioinspired interfacial materials
with super-wettability. L. Jiang*, W. Guo,
L. Wen, Y. Tian
10:15 – 848. Theoretical model for interfacial
tensions between low-energy liquids andsolids. R. David*, A. Neumann
10:40 – 849. Reversible switching between
contrasting Cassie and Wenzel states.
A. Luzar, D. Vanzo, D. Bratko
11:00 – 850. Dynamics of spreading on microtextured surfaces.
A. Mohammad Karim, H. Kavehpour
11:20 – 851. Effect of surface energy on icephobicity. E. Alizadeh-Birjandi,
H. Kavehpour
Hawaii Convention CenterHalls I, II, III
Frontiers of Plasmon Enhanced
Spectroscopy (#428)

855. Plasmon-induced ultrafast electronic
dynamics in dye molecules showing surface-enhanced fluorescence. T. Itoh*,
Y.S. Yamamoto, H. Tamaru, V. Biju,
S. Wakida, Y. Ozaki
856. Surface-enhanced hyper-Raman scattering for accessing two-photon molecular properties. H.K. Turley*, J. Camden
857. Exploring Fano interferences of mixed
metal nanoparticles. S. Griffin
858. Gold nanoparticle self-assemblies foron-dose-authentication of medical tablets. T. Fukuoka, A. Yamaguchi,
Y. Utsumi, Y. Mori
859. Highly sensitive SERS detection for
CBR materials . Y. Park, S. Jin,
H. Hwang, J. Lee, Y. Jung*
860. Biocompatible SERS nanoprobe for immunosorbent assay. L. Chen, Y. Sa,
Y. Park, X. Wang, B. Zhao, Y. Jung
861. Chloramphenicol molecularly imprinted
polymer synthesis and application on
SERS detection. Y. Xie*
862. Development of concavo-convex graphene aimed at controlling phonon mobility and their property evaluation by
TERS. Y. Wada*, S. Uemura, Y. Ozaki,
S. Vantasin, B. Jeyadevan, T. Itoh,Y. Sunayama
863. Exploring intranuclear molecular information by SERS spectroscopy. L. Liang,
S. Xu, W. Xu*
864. Fabrication of SERS substrates basedon a hierarchical structural AAO template.
Y. Wang, W. Xu, S. Xu*
865. Online combination of high performance liquid chromatography with surface-enhanced Raman spectroscopy.
W. Wang, M. Xu, Y. Yuan*, J. Yao*
866. Improving the SERS detection on aromatic molecules by PDMS coated Au
nanoparticle monolayer film. C. Qian,
Y. Yuan*, Q. Guo, J. Yao*
867. 3D SERS imaging using chemically synthesized nanoporous silver microparticles
with highly symmetric geometry.
S. Vantasin, H. Gatemala, Y. Tanaka,
W. Ji, K. Wongravee, S. Ekgasit*,
Y. Ozaki*868. Rational fabrication of AFM TERS tips
by electrodeposition method. T. Huang*,
L. Yang, Z. Zeng, M. Li, X. Wang, F. Yang,
B. Ren869. Surface-enhanced Raman scatteringfrom size-controlled PbS quantum dots
at gap of Au nanodimer. X. LI*, K. Suzuki,
T. Yoshii, S. Yasuda, K. Murakoshi
870. Tip-enhanced Raman spectroscopy ofmonolayer graphene island grown on 4HSiC (0001) C-face. S. UEMURA,
Y. Tanaka, Y. Kutuma, S. Vantasin,
T. Kaneko, Y. Ozaki
871. Facile synthesis and characterization ofsilver nanoparticles produced by shortchain triazine derivatives and cationicsurfactant. J. Kurawaki, R. Usman,
Y. Niidome
872. Sterically-bulky self assemblies of gold
nanoparticles. T. Fukuoka*,
R. Takahashi, Y. Utsumi, A. Yamaguchi
Hawaii Convention CenterHalls I, II, III
Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: Y. Ozaki, Z. Tian, B. Ren,
N. Halas, A. Brolo, T. Itoh, M. Moskovits

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: M. Fujii, H. Sekiya

Poster Session
10:00 – 12:00

Poster Session
10:00 – 12:00

852. Polyethylenimine-capped gold nanoparticle film with controlled interparticle
distance: Preparation, characterization,
and application as SERS substrate.
K. Shin*853. Study of molecular behavior in dark
SERS state by using power law analysisof blinking SERS. Y. Kitahama*, D. Araki,
Y.S. Yamamoto, T. Itoh, Y. Ozaki
854. Semiconductor-enhanced Raman scattering for monitoring the small inorganic
molecule and ion. W. Ji*, Y. Wang*,. Tanabe*, B. Zhao*, Y. Ozaki

873. Relaxation dynamics following the photoexcitation of the I-(H2O)4 cluster.
W. Sheu*, M. Chiou
874. IR spectroscopy of 5-hydroxyindole–
methanol in the gas phase: Rearrangement of H-bond. K. Yoneyama,
K. Sakota*, H. Sekiya
875. Rearrangement of hydrogen bond network in mono-hydrated 5-hydroxyindole
cluster cations. T. Ikeda*, K. Sakota,
H. Sekiya

876. Study on the conformational structureof monomer and solvated cluster of benzyl methyl ether. K. Nishizono,
Y. Yamada, Y. Nibu
877. 18C6 — benzenediol complex: “Cageeffect” for guest molecule structures andthe S1 dynamics. F. Morishima,
R. Kusaka, Y. Inokuchi, T. Haino, T. Ebata
878. Structural investigation of aspartame,an artificial sweetening, and its hydrated
clusters in the gas phase. D. Nakamura,
H. Saigusa*
879. Photodissociation dynamics of massselected cluster ions studied by a lineartype tandem reflectron with an imaging
detector. K. Okutsu, Y. Nakashima,
K. Fujimoto, K. Yamazaki, M. Nakano,
K. Ohshimo, F. Misaizu*
880. Infrared spectroscopy and theoretical
study on (CH3)3N-H⫹-(H2O)n, n ⫽ 1 – 22:Highly polarized hydrogen bond networksof hydrated clusters. R. Shishido*, Y. Li,
C. Tsai, D. Bing, A. Fujii, J. Kuo
881. Real-time observation of solvent reorientation associated with the intramolecular charge transfer reaction of (p-cyanophenyl)pentamethyldisilane-water clusterby picosecond time-resolved IR spectroscopy. S. Matsuyama, M. Miyazaki,
H. Ishikawa, M. Fujii*
882. Theoretical study on novel intermolecular interactions observed in gas-phase or
liquid-phase conditions: Halogen bond,chalcogen bond, and their simple modeling by effective fragment potential.
N. Kuroki, A. Kawashima, H. Mori*
883. Computational study of vertical detachment energies for o-, m-, and p-bromochlorobenzene dimer anions. J. Heo*884. Vibrational/electronic spectroscopy andtheoretical calculations for studying metal
ions in formamide solutions. N. Hikiishi,
K. Ohashi, H. Sekiya
885. Evolution of molecular stacking duringfreeze-drying fabrication of P3HT:PCBM
bulk heterojuction solar cell. Y. Lan*,
P. Sher, S. Batjargal, C. Tsao, C. Lee,M. Hayashi, Y. Huang, P. Huang, C. Pao,
J. Wang*
886. Silver phenyl-acetylide nano chiralstructure induced by impurities. S. Ito,
K. Judai
887. Is conformation of phenyl rings within astilbene derivative in nanoparticles planaror nonplanar?. Y. Fujimoto, K. Furukawa,N. Yamamoto, H. Sekiya
888. Influence of molecular-weight specificadsorption of polyethylene glycol on twostate transition of myoglobin.
S. Yasutomi, K. Sakota, H. Sekiya
Hawaii Convention CenterHalls I, II, III
Interplay between Chemistry and Dynamics
in Biomolecular Machines (#441)

Organized by: S. Hayashi, A. Kitao,
Y. Rhee, E. Tajkhorshid
Presiding: A. Kitao
Poster Session
10:00 – 12:00
889. Theoretical analysis of the redox reaction in solution by molecular theory of solvation. Y. Seno*, N. Yoshida, H. Nakano
890. Difference in ion permeation mechanism through the Kv1.2 and KcsA channels: A molecular dynamics study.
T. Sumikama, S. Oiki

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–181

05 – PHYS
891. Machinery of new eubacterial lightdriven pumps: Sodium and chloride
pump rhodopsins. K. Inoue, Y. Kato,
A. Mori, R. Abe-Yoshizumi, H. Kandori*892. Plausible model for the inward-facing
conformation of ADP/ATP carrier: A simulation study. K. Tamura, S. Hayashi*
893. Structural and functional roles of coupling helices in ABC transporter MsbA:
Experimental and computational studies.
T. Furuta, T. Yamaguchi, H. Kato,
M. Sakurai894. Molecular mechanism of Ca2⫹-induced
membrane fusion: A molecular dynamics
study. H.G. Tsai
895. Analysis of the free energy landscapefor the open-close dynamics of maltose
transporter ATPase, MalK, using enhanced sampling MD simulation. W. Hsu,
T. Furuta, M. Sakurai
896. Electron/immuno-electron tomographyof autophagosomal membranes and bacterial multidrug efflux systems.
M. Hayashi-Nishino, K. Nishino
Hawaii Convention Center
307AB
Structure and Spectroscopy of Linear
Polyenes: Finite and Infinite (#456)

Organized by: B. Hudson, N. Hush,
T. Kobayashi, Y. Weng, J. Paldus,
R. Christensen
Presiding: B. Hudson
8:00 – 897. Energetics and dynamics of the
low-lying electronic states of constrained
polyenes: Implications for infinite polyenes. R. Christensen*, M. Enriquez,
N. Wagner, A. Peacock-Villada,
C. Scriban, R. Schrock, T. Polivka,
H. Frank, R. Birge
8:30 – 898. Synthetic development of cyclopolymerization of 1,6-heptadiyne derivatives and conformational study ofpolyene. E. Kang, T. Choi*
9:00 – 899. Cis-trans photoisomerization of
1,3,5-hexatrienes. J. Saltiel*,
C.E. Redwood, R. Samudrala,
K. Laohhasurayotin
9:30 – 900. Dissecting the photoinitiated dynamics of carotenoids in solution and inlight harvesting proteins. D.S. Larsen*
10:00 – 901. Single- and double-quantum
2D electronic spectroscopy refine the energy level scheme of carotenoids.
J. Hauer*
10:30 – 902. Singlet fission in carotenoid
dimers and aggregates probed by timeresolved resonance Raman spectroscopy. M.J. Tauber
11:00 – 903. Nature of the intramolecularcharge transfer (ICT) and forbidden 1Bustates of peridinin and peridinin analogs.
N. Wagner*, J. Greco, M. Enriquez,
H. Frank, R. Birge

Thursday Afternoon
Hawaii Convention Center
308A
Modeling and Analyzing Exciton andCharge Dynamics in Molecules andClusters (#44)

Organized by: S. Tretiak, G. Chen,
Y. Tanimura
Presiding: Y. Tanimura
13:00 Opening remarks
13:05 – 904. Probing energy and chargetransfer by broadband X-ray spectroscopy. S. Mukamel, J. Biggs, Y. Zhang,
W. Hua13:35 – 905. Nonlinear optical response innanostructures induced by optical nearfield. K. Nobusada*
14:05 – 906. Simple and accurate method
for time-dependent transport along nanoscale junctions. L. Chen*, T. Hansen,
I. Franco*
14:35 – 907. Decoherence in energy transfer
dynamics from a mixed quantum-classical approach with the mapping formalism. H. Kim, Y. Rhee*
14:55 Break

182–TECHTECHNICAL PROGRAM
15:10 – 908. First-principles method to simulate the dynamics of open electronicsystems. C. Yam, G. Chen
15:40 – 909. Simulation of real-time electronic dynamics at molecule-bulk interfaces. R. Wang, X. Zheng*
16:10 – 910. Description of many-electron
dynamics by multi-determinantal wave
functions and reduced density matrices.
T. Kato*16:40 – 911. Modeling of proton coupledelectron transfer reactions in the framework of density functional theory .
U. Raucci*, N. Rega
Hawaii Convention Center
304A

16:00 – 928. Ab initio study of O4H⫹: A
tracer molecule in the interstellar medium?. R. Hernandez*
16:15 – 929. Investigation on imidazolium
ionic liquids and water molecules by matrix isolation infrared spectroscopy.
W. Sung, D. Kim*
16:30 – 930. Infrared spectra of protonatedovalene (C32H15⫹) and its neutral counterpart in solid para-hydrogen: Formation
mechanisms and implication to unidentified infrared emission. M. Tsuge, Y. Lee
16:45 – 931. Infrared spectra of NgBeSO2(Ng ⫽ Ne, Ar, Kr, Xe) in noble-gas matrices. X. Wang*
Hawaii Convention Center
306B

Self-organization in Chemistry (#165)

Organized by: S. Nakata, J. Pojman,
O. Steinbock, Q. Gao, J. Wang,
T. Yamaguchi, R. Yoshida,
S. Nakabayashi
Presiding: Q. Gao, I.Z. Kiss,
S. Nakabayashi
13:00 – 912. Dynamics of networks of electrochemical oscillations. I.Z. Kiss*,
J. Coleman, Y. Liu, M. Sebek
13:30 – 913. Complex composite oscillationsin the glucose- glucose oxidase- ferricyanide reaction under aerobic conditions.
F. Muzika, K. Ponomareva,
L. Schreiberova*, I. Schreiber
13:50 – 914. Exploring the collective behavior of redox polymer gels. Z.A. Jimenez*,
I.R. Epstein*
14:05 – 915. Application of oscillation in bacterial growth. S. Sasaki, M. Hosoki,
H. Kato14:20 coffee break
14:35 – 916. Multi-oscillator model of the circadian clock system and experiments:
Why is eastbound long-distance trip soheavy?. H. Kori*
15:05 – 917. Cooperative phenomena in aset of nonlinear chemical oscillators.
A.P. Munuzuri*
15:25 – 918. Synchronization patterns in reactive dynamical chemical systems.
E. Panagakou, N.M. Awal, I.R. Epstein*
15:40 – 919. Crowd synchrony in chaotic oscillators. H. singh, P. Parmananda
15:55 – 920. Synthesis of silica-supported
cadmium oxide and phosphorescent zinc
sulfide precipitation tubes using nonequilibrium processes. J.J. Pagano
16:10 – 921. Macroscopic self-oscillation dynamics of plate-like crystals under continuous blue light irradiation. T. Ikegami,
Y. Kageyama, S. Takeda
16:20 Discussion
Hawaii Convention Center
310 Theatre
Recent Progress in Matrix Isolated Species(#199)

Organized by: T. Momose, Y. Lee,
D. Anderson
Presiding: R. Hinde, T. Momose
13:00 – 922. Hydrogen atom reactions insolid parahydrogen. M.E. Balabanoff,
F.M. Mutunga, D.T. Anderson*
13:30 – 923. Laser spectroscopy of radicals,
carbenes, and ions in superfluid helium
droplets. G.E. Douberly*
14:00 – 924. Capture and characterization ofan activated carbon dioxide molecule ona Ni(I) complex using cryogenic vibrational predissociation spectroscopy.
M.A. Johnson
14:30 – 925. Infrared spectra of free radicals
and protonated species isolated in solidpara-hydrogen. Y. Lee*
14:50 Break
15:00 – 926. Hydrogen activation via quantum mechanical tunneling. S. Henkel,
M. Ertelt, W. Sander*
15:30 – 927. Vibrational spectroscopy of noble-gas compounds in matrix environments: A hybrid quantum-classical simulation. A. Nakayama

Metal Ions and Protein Functions:
Theoretical Models and Applications (#202)

Organized by: Q. Cui, M. Meuwly,
T. Allen, Y. Gao
Presiding: K.M. Merz
13:00 – 932. Modulation of metalloregulator
unbinding kinetics for transcription regulation in living cells. P. Chen*
13:40 – 933. Allosteric regulation of nucleosome core particle by transition metal anticancer drugs . U. Rothlisberger*
14:20 – 934. Mechanistic structural view ofras biology. R. Nussinov*, T.S. Chavan,
H. Jang, L. Khavrutskii, N. Tarasova,
V. Gaponenko
15:00 Break
15:15 – 935. Accurate modeling of metal
ions in aqueous solution. K.M. Merz*
15:55 – 936. Valence bond based force field
for hypervalent molecules. M.H. Schmid,
C.R. Landis
16:35 – 937. Active site dynamical effects
that affect the hydrogen transfer rate-limiting step in the catalysis of linoleic acidby soybean lipoxygenase-1 (SLO-1): Primary and secondary isotope studies constructed using a new rare-events sampling ab initio dynamics methodology.
S.S. Iyengar
Hawaii Convention Center
313B
Single-molecule Fluorescence Imaging(#208)

Organized by: P. Chen, T. Majima,
G. CosaPresiding: C.F. Landes, M. Roeffaers
13:00 Catalysis II
13:00 – 938. Super-resolution fluorescenceand stimulated Raman microscopy studyof acid mordenite zeolites.
M. Roeffaers*, A. Kubarev, K. Liu,
J. Hofkens
13:25 – 939. Copper nanocatalysis of the“click” reaction. J. Scaiano*,
M.R. Decan, S. Impellizzeri , M. Marin
13:50 – 940. Single-molecule and -particle
fluorescence microscopy for organic
chemistry and catalysis. S. Blum
14:15 – 941. Single-molecule chemical reaction reveals molecular reaction kinetics
and dynamics. W. Xu*
14:30 – 942. Enzymatic catalysis: Disentangling chemical and conformational steps.
I. Grosmann*, H. Aviram, G. Armony,
A. Horovitz, H. Hofmann, G. Haran,
D. Fass
14:45 Break
15:00 Molecule-surface and molecule-hostinteractions
15:00 – 943. Molecular transport at wet interfaces. D. Schwartz*
15:25 – 944. Hit ‘em where they ain’t: Superresolution imaging of porous nanomaterial. C.F. Landes*
15:50 – 945. Anomalous diffusion of guest
dyes in amorphous polymer solids as revealed by single molecule tracking.
H. Miyasaka, Y. Taga, K. Hiratsuka,
Y. Arai, S. Ito

16:15 – 946. Following single molecules to abetter understanding of mass transportphenomena in organized 1D silica mesopores. D.A. Higgins*, R. Kumarasinghe,
S. Park, T. Ito
16:30 – 947. 3D single-molecule tracking ofvarious dye molecules in polymer films.
K. Hiratsuka*, Y. Taga, S. Takei,
D. Kitagawa, S. Kobatake, S. Ito,
H. Miyasaka
16:45 – 948. Visualizing the function of surface-bound fluorescent molecular rotors.
J.A. Hutchison*, H. Ujii, J. Hofkens,
A. Herrmann, K. Müllen
Hawaii Convention Center
301A
Fundamental Science of Photon andElectron Induced Surface Processes (#228)

Organized by: H. Petek, J. Zhao,
Y. Matsumoto
Presiding: M. Feng
13:00 – 949. Probing ultrafast surface chemistry and catalysis using LCLS.
A. Nilsson
13:40 – 950. Ultrafast dynamics of photoexcited insulators probed by time- and angle-resolved photoemission. M. Wolf*
14:20 – 951. Active electrons carried by surface plasmons. V.A. Apkarian*
15:00 Coffee break
15:00 – 952. Charge transfer excitons at vander Waals interfaces. X. Zhu
15:40 – 953. Electronic excitation at organic
film/substrate interfaces. T. Munakata*,
T. Yamada
16:20 – 954. Dynamics of charge transfer
processes at well-defined metal/organicinterfaces. U. Höfer*
Hawaii Convention Center
312
Interplay between Theory and Experimentin Catalytic Research (#277)

Organized by: M. Ehara, C. Cramer,
S. Dai, C. Jones, T. Ziegler, T. Tsukuda
13:00 – 955. Metal clusters in catalysis: Opportunities and challenges. T. Tsukuda*
13:20 – 956. Atomically precise gold and bimetal nanoclusters for catalysis. R. Jin
13:45 – 957. Metastable platinum clusters
acting as a superior catalyst. T. Imaoka*,
K. Yamamoto
14:00 – 958. Bimetallic platinum nanoparticles as electrocatalysts: Determining
structure-activity relationships using
X-ray absorption spectroscopy.
P.N. Duchesne, C. Deming, S. Chen,
P. Zhang
14:15 Break
14:30 – 959. Theoretical investigation of thecatalytic activities for Au cluster catalysts.
M. Okumura*
14:55 – 960. Metal clusters as catalysts: Experimental analysis underpinned by DFT
calculations. G.F. Metha*,
G.G. Andersson*, V. Golovko*,
T. Nakayama*, K. Kimoto*, J. Alvino,
T. Bennett, H. Al Qahtani, B. Donoeva,
R. Adnan, D. Ovoshchnikov, D. Anderson,
R. Kler
15:20 – 961. Size and support effects in catalysis by supported size-selected clusters. S. Vajda* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
15:35 – 962. Reactivity of metal atoms andclusters on carbon surfaces: Insightsfrom Reax simulations and DFT calculations. M. Mahmoodinia, P. Åstrand*,
D. Chen
15:50 – 963. New insight into the mechanismof ammonia formation in the HaberBosch process. A.L. Garden,
E. Skúlason*
16:05 – 964. Supported M-salen catalysts
for enantioselective reactions: Catalyst
design, structure-reactivity trends, andreaction pathways. K. Venkatasubbaiah,
M. Kennedy, C.D. Sherrill, C. Jones
Hawaii Convention Center
306A

15:00 – 977. Recent progress in organometal halide perovskite solar cells.
N. Park*
15:30 – 978. From engineering interfaces insoft electronic materials to efficient perovskite photovoltaics. S. Tretiak
16:00 – 979. Carrier dynamics of organic-inorganic metal halide perovskite semiconductors. K. Yamashita*
16:30 – 980. Non-equilibrium realtime
TDDFT and application to lead-halide
perovskites. J.A. Parkhill*, T. Nguyen,
R. Nanguneri
Hawaii Convention Center
301B

Science with Beams of Radioactive
Isotopes (#340)

Applications of Coherent Multidimensional
Spectroscopy to Chemistry, Biology, andMaterials (#370)

Organized by: S. Yennello, K. Starosta,
Y. Zhao, H. Haba
Presiding: X. Tang

Organized by: W. Zhao, W. Zhuang,
M. Cho, G. Sholes
Presiding: G. Scholes

13:00 – 965. Potential for harvesting of longlived radioisotopes at the Facility for Rare
Isotope Beams (FRIB): Synergistic activities for basic and applied nuclear science. S.E. Lapi, G.F. Peaslee, A. Pen,
B. Marois, N. Hubley, T. Mastren,
S. Loveless, E. Bollinger, D.J. Morrissey
13:30 – 966. High-power target solutions forlarge-scale direct Tc-99m production via
the Mo-100 (p,2n) reaction. S. Zeisler,
K. Buckley, V. Hanemaayer, B. Hook,
S. McDiarmid, M. Dodd, A. Celler,
J. Tanguay, X. Hou, J. Valliant, F. Prato,
M.S. Kovacs, T. Ruth, F. Benard,
P. Schaffer
14:00 – 967. Applications of nuclear science
for nuclear security. J.A. Cizewski*
14:30 – 968. Story of Miharu in response to
the Fukushima Daiichi nuclear power
plant accident. T. Koike*, Y. Suzuki,
S. Genyu, I. Kobayashi, H. Komori,
H. Otsu, H. Sakuma, E. Sarausad,
K. Shimada, T. Shinozuka, H. Tamura,
K. Tsukada, M. Ukai, T. Yamamoto
15:00 Break
15:15 – 969. Simulating the supernova neutrinosphere with heavy ion collisions including neutron rich radioactive beams.
C. Horowitz*
15:45 – 970. Radioactive isotope beam developments at TRIUMF. P. Kunz*,
P. Bricault, J. Lassen, A. Teigelhöfer,
C. Andreoiu, F. Gracia
16:15 – 971. Beta-delayed neutron spectroscopy using trapped ions. N. Scielzo*,
A. Aprahamian, S. Caldwell, J. Clark,
A. Czeszumska, S. Marley, E. Norman,
S. Padgett, A. Perez Galvan, G. Savard,
R. Segel, K. Sharma, K. Siegl, S. Strauss,
B. Wang
16:40 – 972. Neutron generator facility at
SFU - GEANT4 dose prediction and verification. J. Williams*, K. Starosta

13:00 – 981. Structure and excited state dynamics of electronically coupled molecular dimers in DNA by 2D fluorescence
spectroscopy. A.H. Marcus*
13:25 – 982. Molecular modeling of 2D electronic spectra and energy transfer dynamics in photosynthetic systems.
C. Feng, Y. Cheng*
13:50 – 983. 2D electronic-vibrational spectra: modeling correlated electronic andnuclear motion. F. Terenziani, A. Painelli
14:15 – 984. Mapping the nanoscale exciton
diffusivity in heterogeneous electronicallycoupled materials with time-resolved super-resolution imaging. S.B. Penwell,
L.D. Ginsberg, N.S. Ginsberg*
14:40 – 985. Exploring coherent dynamics
and electronic structure in porphyrin nanorings by 2D spectroscopy. V. Butkus,
J. Alster, E. Basinskaite, R. Augulis,
P. Neuhaus, L. Valkunas, H. Anderson,
D. Abramavicius, D. Zigmantas*
15:05 Break
15:20 – 986. Gaining insights into nanoaggregate structures of polycyclic aromatichydrocarbons with 2D IR spectroscopy.
A. Krummel*, J. Cyran
15:45 – 987. Vibrational frequency fluctuation of ions in aqueous solutions studied
by nonlinear infrared spectroscopy.
M. Okuda, K. Ohta, K. Tominaga*
16:10 – 988. Hydration structure and dynamics of cyanoferrate anions revealed by ultrafast vibrational spectroscopy.
J. Wang*
16:35 – 989. Thermal denaturation of DNA
studied by ultrafast 2D-IR spectroscopy.
N. Hunt*, G. Hithell, G. Greetham,
M. Towrie, A. Parker, G. Burley, M. Baker

Hawaii Convention Center
305B
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Organized by: D. Kilin, S. Kilina,
I. Burghardt, G. Scholes, U. Diebold,
A. Selloni, X. Gong, Q. Sun, R. Asahi,
K. Donmen
Presiding: F. De Angelis, S. Jensen
13:00 – 973. Sensitized photoinduced electron transfer across single crystal semiconducting oxide interfaces.
B.A. Parkinson*
13:30 – 974. Driving force of charge transfer
at heterogeneous interfaces. V. Vaissier,M. Mavros, E. Hontz, T. Van Voorhis
13:55 – 975. On-the-fly fewest switches TDDFT surface hopping method: Application
to nonradiative relaxation in ZnO nanocrystals. X. Li, D. Lingerfelt
14:20 Break
14:30 – 976. Modeling organohalide perovskites for photovoltaic applications:
From materials to interfaces.
F. De Angelis*

15:50 – 996. Testing theoretical models ofaromatic stacking and CH-pi interactions.
K.D. Shimizu*
16:10 – 997. Benchmark harmonic vibrational frequencies for hydrogen bondingin water clusters and explicitly hydrated
systems. G.S. Tschumper*
16:30 – 998. Accurate and efficient quantum
chemistry methods for non-covalent interactions in many-body systems.
J. Herbert*
Hawaii Convention Center
304B
Interfacial Phenomena for Bubbles,
Droplets, Films and Soft Matter (#403)

Organized by: A. Amirfazli, Y. Zuo, J. Li
Presiding: A. Amirfazli, R. Miller,
J.I. Siepmann

15:30 – 1014. ESR spectroscopy of excitedstates in conducting polymers and theirdevices. K. Marumoto
16:00 – 1015. Application of polyene molecule as an interfacial probe for characterization of nanoparticulate TiO2 surface
property and protein . Y. Weng*
16:30 – 1016. Advances in conjugated polymers. K. Akagi*
17:00 – 1017. On the cooperative effect ofdonor and acceptor substituents coupledthrough a polyene chain of various
lengths. P.A. Limacher*Thursday Evening
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Hawaii Convention Center
305A

13:00 – 999. Comparative adsorption studies of surfactants at water/air, water/alkane vapor, and water/bulk alkane interface. A. Javadi, N. Mucic,
E.V. Aksenenko, V.B. Fainerman,
R. Miller*
13:30 – 1000. Determination of the way tomake a Langmuir monolayer of particles
at an air/aqueous interface whose stiffness is not reduced after collisions by foreign material. C. McNamee, H. Butt,
M. Kappl
13:50 – 1001. Measurement of resonant vibrations of small sessile water droplets
and its application to the determination of
surface tension. S. Yamashita*,
K. Amano, N. Nishi, T. Sakka
14:10 – 1002. Determining surface and interfacial tensions with multiple drop andbubble configurations. J. Yang, Y. Zuo*
14:30 – 1003. Water Repellent Coatings toPrevent Icing in Ski Lifts.
F. Montes Ruiz-Cabello,
M. Rodriguez-Valverde, A. Amirfazli,
M. Cabrerizo-Vı́lchez*
14:50 Coffee Break
15:00 – 1004. Monte Carlo simulations of alkane/water/surfactant mixtures: Liquidliquid equilibria and interfacial properties.
J.I. Siepmann, D. Harwood, P. Bai,
R. Lindsey, S. Warrag, C. Peters
15:25 – 1005. Spontaneous and forced resonance of liquid surface in micrometerssized confined geometry. A. Hibara*
15:45 – 1006. Metastable vapor in a Janus
nanoconfinement. D. Bratko*,
J.D. Driskill, D. Vanzo, S. Jabes, A. Luzar
16:05 – 1007. Spreading of liquid Pb droplets on an Al surface exhibiting solid-liquid interfacial premelting. B.B. Laird*,
Y. Yang
16:25 – 1008. System size dependency analysis of homogeneous bubble nucleation
by molecular dynamics. M. Nakamura,
D. Suh, K. Yasuoka*

Practical Strategies for Modeling NonCovalent Interactions (#372)

Hawaii Convention Center
307AB

Hawaii Convention CenterHalls I, II, III

Organized by: G. Beran, Y. Jung,
H. Nakai, J. Schmidt
Presiding: H. Nakai

Structure and Spectroscopy of Linear
Polyenes: Finite and Infinite (#456)

Chemistry of Atmospheric Aerosols (#56)

13:00 – 990. Ab initio molecular crystal andliquid structure, spectra, and phase diagrams. S. Hirata
13:30 – 991. Embedding theories for chemical reactions in the condensed phase.
T.F. Miller
14:00 – 992. Challenges of modeling threebody intermolecular interactions.
G. Beran*
14:20 – 993. Analysis of hydrogen bond energies and hydrogen bonding networks inwater clusters using the locally projected
molecular orbital perturbation theory.
D. Akase, M. Aida, K. Ohno, S. Iwata
14:40 Break
14:50 – 994. Examining noncovalent interactions using modern computational approaches. C. Corminboeuf*, P. de Silva,
A. Prlj, e. pastorczak
15:20 – 995. Fragment-based analysis of intermolecular interactions using fragment
symmetry adapted perturbation theory(F-SAPT). C.D. Sherrill

Organized by: B. Hudson, N. Hush,
T. Kobayashi, Y. Weng, J. Paldus,
R. Christensen
Presiding: R. Christensen
13:00 – 1009. Linear conjugated polyenes:
Extrapolation to the infinite chain limit.
B. Hudson*
13:30 – 1010. Photophysics and excitedstate levels of some of linear polyenes.
T. Itoh*
14:00 – 1011. Ring-substituted diphenylhexatrienes: Controlling solid-state photoproperties by short alkyl chains.
Y. Sonoda
14:30 – 1012. Photoinitated excited state dynamics and time-resolved spectroscopyof linear polyenes. M.S. Schuurman*,S. Neville
15:00 – 1013. Annealing effect on the performance of P3HT:PCBM solar cells by ultrafast spectroscopy. Y. Wang, M. Chen,
C. Lin, J. Fan, C. Chang, C. Luo,
A. Yabushita, K. Wu, T. Kobayashi*

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: G. DiLabio
19:00 – 1018. Professor Russell J. Boyd: A
career of scientific distinction.
H.F. Schaefer*
19:20 – 1019. Arvi Rauk: Some scientific adventures. L. Radom*
19:40 – 1020. Elucidation of complicated reactions around electrolyte – electrode interfaces in Li-ion battery. Y. Tateyama*,
K. Sodeyama, J. Haruyama
20:00 – 1021. Room-temperature ionic liquids at solid interfaces: A combined computational and experimental investigation.
D.M. Smith*
20:20 – 1022. Generalized energy-based
fragmentation approach for structuresand spectra of large molecules and molecular crystals . S. Li
20:40 – 1023. Computational study on CO2
chemical absorption process: Thermodynamic and dynamic analyses. H. Nakai
Hawaii Convention CenterHalls I, II, III
Modeling and Analyzing Exciton andCharge Dynamics in Molecules andClusters (#44)

Organized by: S. Tretiak, G. Chen,
Y. Tanimura
Poster Session
19:00 – 21:00
1024. Molecular modeling and structural
analysis of two-pore domain potassiumchannels TASK-1 interacting with theblocker A1899. D.M. Ramirez,
B.a. Arevalo, G. Martinez, N. Decher,
W. Gonzalez

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: A. Bertram, E. Bieske,
A. Laskin, S. Nizkorodov, C. Ro, X. YANG

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–183

05 – PHYS
Poster Session
19:00 – 21:00
1025. Online hygroscopicity and chemicalmeasurement of urban aerosol in Shanghai, China. X. YANG
1026. Photolysis of secondary organic aerosol material as a source of small oxygenated volatile organic compounds.
K. Malecha, S. Nizkorodov*
1027. Aqueous photochemical aging andmolecular-level characterization of secondary organic aerosol using high-resolution mass spectrometry.
D. Romonosky*, J. Laskin, A. Laskin,
S. Nizkorodov
1028. Viscosity and diffusion in organic particles. M. Song, J.W. Grayson,
Y. Chenyakin, P. Liu, Y. Zhang, S. Kamal,
S. Martin, A. Bertram
1029. Chemical composition of PM2.5 and
VOC emissions from household cookstoves in Palwal District, Haryana, India.
L.T. Fleming, S. Nizkorodov*, D.R. Blake,
R.D. Edwards, P. Lin, A. Laskin, J. Laskin,
K.R. Smith, N.K. Arora, M. Vaswani
1030. Effects of humidity, NOx, and ammonia on the optical properties and molecular composition of photo-oxidized naphthalene secondary organic aerosols.
P.K. Aiona, A. MacMillan, J. Lee,X. Zhang, T. Helgestad, G. Novak, P. Lin,
V. Perraud, J. Laskin, A. Laskin,
T. Bertram, C. Cappa, S. Nizkorodov*
1031. Size-segregated analysis of ionic composition of aerosols transported from
East Asia to Cape Hedo, Okinawa
through Kumamoto City. S. Tatsuta,
K. Shimada, A. Yoshino, A. Takami,
S. Hatakeyama*1032. Long term and seasonal variation ofcarbonaceous aerosols in Okinawa, Japan. Y. Taniguchi, K. Shimada,A. Fushimi, A. Takami, S. Hatakeyama*1033. Hydrogen peroxide produced by carbonaceous particles in physiologically
relevant medium. D. Hinz, J. Barnes,
C. Gutierrez, A.M. Johansen*
1034. Liquid chromatography separation ofbrown carbon constituents produced inmethylglyoxal-ammonium sulfate mixtures. P. Lin*, J. Laskin, A. Laskin1035. Characterization of Antarctic sea-salt
aerosols collected at King George Islandby the combined use of low-Z particle
EPMA, Raman microspectrometry, and
ATR-FTIR imaging. H. Eom*, H. Cho,
H. Hwang, S. Hur, Y. Gim, D. Gupta,
C. Ro*
1036. Volatilization of acid from levitated single aerosol droplet in air studied by laser
trapping-microspectroscopy. A. Miura,
A. Hori, N. Kitamura
1037. Investigation of chemical compositions of urban haze aerosols at Shanghai
and Taiyuan, China using low-Z (atomic
number) particle electron probe X-ray microanalysis. H. Geng*, H. Zhou,
Y. Zhang, R.J. Zeng, Y. Song, L. Wu,
C. Ro
1038. Sea salt aerosols as a reactive surface
for inorganic and organic acids in the arctic troposphere. J. chi, Y. Zhang, w. li*
1039. Single-particle characterization ofaerosols collected at Baengnyeong Island
by low-Z particle EPMA. H. Hong*,
D. Gupta, A. Malek, H. Jung, H. Geng,
C. Ro*
1040. Source identification of particulatematters in an industrial city. S. Lee,
J. Cho, S. Choi*1041. Prediction of spatial and seasonal distributions of particulate polycyclic aromatic hydrocarbons using passive air
samplers and gas/particle partitioning
models. S. Kim*, H. Kwon, M. Park,
S. Choi1042. Size distribution and chemical composition of particulate matters in the multiindustrial city of Ulsan, Korea. M. Park*,
S. Kim, Y. Gim, H. Kwon, S. Choi1043. Microfluidic system for bioaerosol
analysis. W. Jing, L. Zheng, S. Liu, G. Sui
1044. Laser trapping and spectroscopy ofsingle supercooled water droplets in air.
S. Ishizaka*, A. Oomae, T. Fujiwara

184 –TECHTECHNICAL PROGRAM
1045. Determination of accurate vibrationalline shapes and decoherence lifetimes of␣-pinene using high-resolution broadband sum frequency generation (HR-BBSFG) spectroscopy. A.L. Mifflin*
1046. Laser trapping and fluorescence correlation spectroscopy for the study on
viscosity of single supercooled water
droplets in air. T. Ishikawa, T. Fujiwara,
S. Ishizaka*
1047. Laser trapping of black carbon particles in air with a single focused laser
beam. M. Uraoka, T. Fujiwara,
S. Ishizaka*
1048. Aerosol formation of water on solid
seeds by molecular dynamics. D. Suh,K. Yasuoka
1049. Organic speciation and source investigation of atmospheric fine particulatematter in the Pearl River Delta region.
X. Huang, T. Zhang, Y. Feng, Q. Zhang,
J. Yu*
1050. Characterization of ambient aerosols
from Amazonian rainforest and city of
Manaus, Brazil. L. Wu*, X. Li, H. Eom,
D. Gupta, H. Chae, R. Godoi, C. Ro*
1051. Molecular characterization of organic
content of soot along the centerline of a
coflow diffusion flame. J. Cain, A. Laskin,
M. Kholghy, M. Thomson, H. Wang1052. Change of organic composition withatmospheric condition in PM 2.5 and TSP
collected at urban and non-urban sites.
J. Lee*, y. kim, C. Jung, P. Lin, J. yu,
J. kim1053. Hygroscopic properties and aqueous
phase chemical reaction of micrometersized NaCl-malonic acid mixture aerosol
particles. X. Li*, D. Gupta, G. Park,
J. Lee, C. Ro*
Hawaii Convention Center
313C
Recent Progress in Molecular Theory for
Excited-state Electronic Structure andDynamics (#142)

Organized by: J. Hasegawa, M. Collins,
M. Gordon, P. Piecuch, T. Taketsugu
Presiding: J. Hasegawa
19:00 – 1054. Excited-state multiple protontransfer reactions of 7-azaindole withmethanol, water, and ammonia clusters in
the gas phase: Molecular dynamics simulations. N. Kungwan*
19:20 – 1055. Excited state ab-initio molecular dynamics to model the green fluorescent protein photo-induced reactivity.
G. Donati*, A. Petrone, P. Cimino,
N. Rega*
19:40 – 1056. Ab-initio molecular dynamics
combined with different solvation models
for simulating excited state proton transfer. U. Raucci*, N. Rega*
20:00 – 1057. Moving past the particle-holedescription of excited states: Affordable
methodologies. D.B. Williams-Young*,
W. Yang, X. Li
20:20 – 1058. Evaluating ⌬SCF-like strategies for efficient exploration of excitedstate potential energy surfaces.
K. Komoto, V. Laszlo, T. Kowalczyk
20:40 – 1059. Transition properties in X-ray
spectroscopy. P.J. Lestrange*, X. Li
Hawaii Convention CenterHalls I, II, III
Self-organization in Chemistry (#165)

Organized by: S. Nakata, J. Pojman,
O. Steinbock, Q. Gao, J. Wang,
T. Yamaguchi, R. Yoshida,
S. Nakabayashi
Presiding: S. Nakata, O. Steinbock,
J. Wang
Poster Session
19:00 – 21:00
1060. Studies of micellization of dodecyltrimethylammonium bromide-sodiumdodecyl sulphate in pure water and methanol-water mixed solvent media.
A. Bhattarai*

1061. Self-propelled oil droplet chasing pH
wave-front propagation. N. Magome*,
H. Sakuta, T. Okuda, N. Umezawa,
Y. Mori, K. Yoshikawa
1062. Batch oscillations in the acidic periodate-bromide system. G. Frerichs
1063. Dynamic responses of an amphiphilicmolecular layer to chemical stimuli.
A. Deguchi, Y. Seki, K. Fukuhara,
N. Kumazawa, S. Nakata
1064. Characteristic motion and mode-bifurcation of a self-propelled motor on water
depending on the physico-chemcial environment. M. Yoshii*, Y. Matsuda,
N.J. Suematsu, S. Nakata
1065. Coexistence and transition of precipitation wave and stationary Liesegang
rings. J. Zheng*, C. Pan*, L. Ren,
Q. Gao*1066. Synchronization patterns of a reduced
coupled oregonator model using piecewise linear approximation. N.M. Awal,
E. Panagakou, I.R. Epstein*
1067. Self-assembly behavior of mixed surfactants at interfaces. Y. Li*, Y. Sun,
Y. Zhang, Q. Deng, H. Sun
1068. Rebirth of dead oscillator in Ferroincatelyzed BZ reaction. Y. Unegi,
M. Minato, H. Sawahata*
1069. I-F relationship and light-driven directional movement of self-oscillating gel.
L. Ren*, H. Luo, I.R. Epstein, Q. Gao
1070. Novel micromotor working under stationary DC electric field. S. Mori*,
T. Kurimura, M. Miki, D. Yamamoto,A. Shioi, K. Yoshikawa
1071. Continually propagating chemical
pathway responds to environmental
changes. M. hardy
1072. Application of oscillation in bacterial
growth. M. Hosoki*, S. Sasaki
1073. Optochemically organized filaments oflight: From waveguide encoded intersecting (WIDEI) polymer lattices to spontaneous, all-optical transfer of signals.
K. Saravanamuttu, H. Lin, I. Hosein,
A. Hudson, D. Basker, M. Ponte
1074. Escaping liquid-droplet against unfavorable gas stimulus: Self-propelling motion driven by interfacial instability.
H. Sakuta*, N. Magome, Y. Mori,K. Yoshikawa
1075. Network motifs and mechanisms foroscillatory dynamics of enzyme reactions.
F. Muzika, D. Denisov, V. Radojkovic,
L. Schreiberova, M. Pribyl, I. Schreiber*
1076. Behaviors of the Belousov-Zhabotinsky reaction system in the presence ofacrylic monomers. Y. Furue, T. Banno,
K. Asakura
1077. Collective motion of intermittent camphor boats. T. Ichino
1078. “Surface-inactive” effect induced byadding nonionic surfactants on a mixtureof water and organic solvent.
M. Hachiya, K. Sadakane, K. Fukao
1079. Numerical experiments of surface andbulk flow emerging with single chemical
wave propagation in Belousov-Zhabotinsky reaction. A. Nomura*, T. Sakurai,
H. Miike1080. Construction of vesicular system containing catalyst-producing system.
K. Kurihara*, L. Sheng
1081. Giant vesicle containing a photosensitive smaller giant vesicle. K. Machida,
K. Suzuki, T. Sugawara, K. Yamaguchi
1082. Self-emergence of spatial order on
number of standing objects with the timedevelopment through reentrant bifurcation, stationary-fluctuation-stationary: Experiment with vibrating plate.
S.I. Takatori*, T. Ichino, K. Yoshikawa
1083. Lifetime of a Turing pattern generated
by the CIMA reaction in an open gel reactor composed of alkyl ammonium cationic side chains. Y. Miyazaki, T. Banno,
K. Asakura*
1084. Conformation change and odd/even
effect observed in Langmuir layer of anthraquinone derivative at liquid-air interface. Y. Tamaki*, A. Honda,
Y. Takahashi, K. Miyamura
1085. Time-development of spatial orderingfrom circular pearling to 2D hexagonal
packing through a 1D linear array of
emerging droplets. D. Yamamoto,A. Shioi, M.P. Krafft, K. Yoshikawa

1086. Navigation speed of a camphor boaton bubbly water. M. Shimokawa,
R. Egashira1087. Morphological diversity of giant vesicle-based protocell depending on degreeof complexation of DNA and catalysts.
M. Matsuo, K. Kurihara, T. Toyota,
T. Sugawara
1088. Standing thin-film formation of the rotator phase of perfluoroborate with wet
process. S. Tanaka*, F. MUHAMMAD,
A. Taguchi, H. Honda
1089. Colloidal ordering and membrane deformation in giant vesicles encapsulating
two kinds of particles. Y. Natsume*,
K. Ito, K. Kurihara
1090. Self-inverted reciprocation of an oil
droplet on a surfactant solution.
S. Nakata, Y. Sogabe, S. Tanaka
Hawaii Convention Center
310 Theatre
Recent Progress in Matrix Isolated Species(#199)

Organized by: T. Momose, Y. Lee,
D. Anderson
Presiding: M.S. Gudipati
19:00 – 1091. Spectroscopy of isolatedamino acids and amino acid-water complexes. G. Tarczay, G. Bazsó,E. Najbauer, G. Magyarfalvi
19:30 – 1092. Infrared spectroscopy of peptides and proteins embedded in helium
droplets. G. von Helden*
20:00 – 1093. Chiroptical spectral signaturesof flexible chiral molecules and their hydrogen-bonded clusters in cold matrices.
A. Perera, C. Merten, J. Thomas, Y. Xu*
20:30 – 1094. First observation of the elusive
triazene molecule (N3H5). M. Förstel*, P.
Maksyutenko, R. Kaiser
20:45 – 1095. Infrared spectroscopy ofamino acids in parahydrogen matrices.
T. Momose*
Hawaii Convention Center
306B
Metal Ions and Protein Functions:
Theoretical Models and Applications (#202)

Organized by: Q. Cui, M. Meuwly,
T. Allen, Y. Gao
Presiding: Y. Gao
19:00 – 1096. Electron flow through biological molecules. H.B. Gray, J.R. Winkler*
19:40 – 1097. Redox-driven proton pumps:
Insights from computer simulations.
A.A. Stuchebrukhov*
20:20 – 1098. Molecular dynamics simulation of enzyme-catalized reactions withmetal cofactors. J. Gao
Hawaii Convention CenterHalls I, II, III
Single-molecule Fluorescence Imaging(#208)

Organized by: P. Chen, T. Majima,
G. Cosa* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
Poster Session
19:00 – 21:00

Poster Session
19:00 – 21:00

Hawaii Convention CenterHalls I, II, III

1099. Single molecule perspective on masstransport over chemically graded self-assembled monolayers. D.A. Higgins,
D. Giri*, K. Ashraf, M.M. Collinson

1112. Correcting for basis set superposition
error on reactive potential energy surfaces. M. Gutowski*, S.G. Escher,
A. Whiteside1113. Synergistic effect of B. . .N coordinate
bonding and ring strain makes 2-APB an
ideal drug with dual effect. H. Dong*,
W. Li, J. Sun, S. Li, M.L. Klein
1114. Molecular mechanisms of ZnO nanoparticle dispersion in solution: Modelingof surfactant association, electrostatic
shielding, and counter ion dynamics.
P. Duchstein*, T. Milek, D. Zahn
1115. Reverse-docking and virtual screeningof asymmetric organocatalysts.
G. Deslongchamps*
1116. Comparative investigation of the noncovalent binding of nonsteroidal anti-inflammatory drugs with the active site of
cyclooxygenase isoforms. F. Aksakal*,
P. Aksu, Ö. Türkay, A. Dimoglo

Structure and Spectroscopy of Linear
Polyenes: Finite and Infinite (#456)

Hawaii Convention Center
301A
Fundamental Science of Photon andElectron Induced Surface Processes (#228)

Organized by: H. Petek, J. Zhao,
Y. Matsumoto
Presiding: M. Kawai
19:00 – 1100. STM tip-induced reaction of
methanol on TiO2 (110) surface. s. Tan,
H. Feng, y. Ji, B. Wang*, Q. Zeng, Y. Shi,
J. Zhao, A. Zhao, Y. Luo, J. Yang, J. Hou
19:40 – 1101. Reversible reactions of methanol on rutile TiO2(110) mediated by proton transfer. S. Tan, Q. Zheng, H. Feng,
J. Zhao*, B. Wang, X. Cui*
20:00 – 1102. Advanced modeling of heterogeneous photocatalysis: From groundstate quasiparticle level alignment to photoreaction mechanism. A. Migani*
20:20 – 1103. On the mechanism of heterogeneous photocatalysis under magnetic
field. H. OKUMURA*, S. Endo,
E. YAMASUE, K.N. Ishihara
20:40 – 1104. Evaluation of energy–resolved
density of electron traps in particulate
photocatalysts by reversed double– beam
photoacoustic spectroscopy. A. Nitta*,
M. Takase, B. Ohtani
Hawaii Convention Center
305B
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Organized by: D. Kilin, S. Kilina,
I. Burghardt, G. Scholes, U. Diebold,
A. Selloni, X. Gong, Q. Sun, R. Asahi,
K. Donmen
19:00 introducing remarks
19:01 Dynamics and Charge Transfer at interfaces
19:01 – 1105. In-situ evaluation of photocatalytic carriers on TiO2/liquid interface withthe transient grating method.
S. Kuwahara, K. Katayama
19:16 – 1106. Experimental and theoreticalstudies on transient kinetics of carriers in
LaTiO2N solid photocatalyst affected bytrap states. K. Seki, Y. Suzuki, A. Furube,
R. Singh, H. Matsuzaki, T. Minegishi,
T. Hisatomi, K. Domen
19:31 – 1107. Theoretical study of chargetransfer type excitons at donor/acceptor
interfaces of organic solar cells.
A. MURAOKA, M. Fujii, K. Mishima,
R. Jono, K. Yamashita
19:46 – 1108. Electron injection mechanismof squaraine-based sensitizers adsorbed
on a TiO2 cluster in dye-sensitized solar
cells: A DFT/TDDFT investigation. C. Tan,
H.G. Tsai
20:01 – 1109. Titanium hydroxide and polyoxotitanate clusters: A nanostructurecomparison. D.J. Vogel, D. Kilin*
20:15 Photocatalytic Reactions
20:15 – 1110. FT-IR and mass spectroscopic
investigation of photochemistry of mesoporous nanomaterial. D. Paul*
20:30 – 1111. CO2 reduction under periodic
illumination of ZnS. R. Zhou,
M.I. Guzman*
Hawaii Convention CenterHalls I, II, III
Practical Strategies for Modeling NonCovalent Interactions (#372)

Organized by: G. Beran, Y. Jung,
H. Nakai, J. Schmidt

Hawaii Convention Center
313A
Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: B. Hudson, N. Hush,
T. Kobayashi, Y. Weng, J. Paldus,
R. Christensen
Presiding: R. Christensen, B. Hudson,
T. Kobayashi
Poster Session
19:00 – 21:00
1126. Necessary lack of bond alternation inpolyacetylene. B. Hudson1127. Excited electronic states and spectroscopy of methylphenylpolyenes.
T. Itoh*1128. Resonant Raman and infrared absorption studies of isolated and conjugatedpolyene chains embedded in a urea inclusion complex. S.A. Dinca, D. Allis,
M.B. Sponsler, B. Hudson1129. Electronic absorption spectra andphotophysics of diiodo linear polyenes
and photopolymerization of ␣,␻-diiodoalkanes in host urea inclusion compounds.
P.F. McLaughlin, B. Hudson

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: D. Osborn

Friday Morning

19:00 Opening Remarks
19:02 – 1117. Keto-enol photo-tautomerization is responsible for the formation of organic acids in the atmosphere. M. Shaw,
A. Kharazmi, B. Sztaray, L. Whalley,
D. Heard, D. Osborn, M. Jordan,
S. Kable*
19:32 – 1118. Formation and oxidation
mechanisms of atmospheric enols.
G. da Silva*
20:02 – 1119. Using the master chemicalmechanism as a framework to explore
the impacts of newly discovered chemical processes on atmospheric composition and oxidising capacity. L. Whalley*,
D. Heard, R. Hansen, M. Blitz, P. Seakins,
T. Ingham, S. Kable, M. Jordan, M. Shaw,
D. Osborn, B. Sztaray, C. Fittschen
20:22 – 1120. Atmospheric chemistry ofshort-chain haloolefins. T.J. Wallington*,
M. Andersen, O.J. Nielsen
20:42 Poster Slam

Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Hawaii Convention Center
307AB
Developments in Spectroscopic
Investigation of Intermolecular Interactions
and Dynamics of Molecular Clusters (#438)

Organized by: H. Sekiya, T. Zwier,
M. Fujii, E. Bieske, N. Kim
Presiding: E. Bieske
19:00 – 1121. Mechanism of the ionizationinduced isomerization of phenol–Ar cluster studied by mass analyzed thresholdionization detected infrared spectroscopy. M. Miyazaki, K. Müller-Dethlefs,
O. Dopfer, M. Fujii*
19:20 – 1122. On the Stark effect in open
shell complexes exhibiting partiallyquenched electronic angular momentum.
G.E. Douberly*, C.P. Moradi
19:40 – 1123. Cooperative effects on hydrogen-bonded networks in molecular clusters and crystals studied via vibrational
spectroscopy and quantum chemical calculations. H. Sekiya*
20:05 – 1124. Electronic circular dichroism
spectroscopy of chiral molecules andclusters in a supersonic jet. N. Kim*
20:30 – 1125. Effect of aromatic moleculeson the spectroscopy and structure of water clusters. E.G. Buchanan, P.S. Walsh,
D.P. Tabor, E.L. Sibert, T.S. Zwier
20:55 Closing Remarks

Hawaii Convention Center
301B

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: A. East, H.F. Schaefer
8:00 – 1130. Statistical fluctuations, dynamics, and de novo enzyme catalysis.
T. HeadGordon*
8:20 – 1131. In silico prediction of pharmaceutical degradation pathways: A Zeneth
benchmarking study. D.L. Reid*
8:40 – 1132. Computational studies of catalytic reactions of organic molecules, enzymes, and metal-organic frameworks.
H. Hirao*
9:00 – 1133. Quantum-chemical structure
optimization of biomolecules: are thepopular methods really the best possible
choice?. L. Goerigk*
9:20 – 1134. SP Explorer: Novel software facilitating the exploratory analysis ofchemical simulations. K.W. Hall*,C. Hurter, S. Carpendale, P.G. Kusalik
9:40 Break
9:50 – 1135. Antiaufbau electron configurations in DNA. G. Jiande*, M.L. Coote
10:10 – 1136. Impact of bulky carcinogens
on DNA structure and function.
S. Wetmore
10:30 – 1137. DNA damage by aristolochic
acids and ochratoxin A: A tale of two toxins. P. Sharma
10:50 – 1138. Hierarchical multiscale studyof DNA structure and dynamics.
A. Laaksonen*
11:10 Break
Hawaii Convention Center
308A

9:35 – 1142. Ultrafast electron-hole dynamics in dinaphtho[2,3-b:2’,3’]thieno[3,2-b]thiophene (DNTT) organic semiconductor. T. Fujita*, S. Atahan-Evrenk,
N. Sawaya, A. Aspuru-Guzik
9:55 Break
10:10 – 1143. Quantum simulation of coherent exciton dynamics in conjugated systems. P.J. Rossky*
10:40 – 1144. Understanding and tuning excitons of organic materials. L. Wang
11:10 – 1145. Theoretical study on photoinduced charge transfer at molecular interfaces. K. Yamashita
11:40 – 1146. Ground and excited state abinitio molecular dynamics with non periodic boundary conditions to model
charge transfer processes in condensed
phase. N. Rega*
Hawaii Convention Center
313B
Chemistry of Atmospheric Aerosols (#56)

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: S. Nizkorodov, C. Ro
8:00 opening remarks
8:05 – 1147. Water uptake and heterogeneous chemistry of authentic and model
sea spray aerosol particles. V. Grassian*
8:35 – 1148. Evidence for biological andphotochemical seawater influence on sea
spray aerosol water soluble and water insoluble organic matter composition revealed by ultrahigh resolution mass spectrometry. A.S. Wozniak, A. Willoughby,
S. McElhenie, P.K. Quinn, D.J. Coffman,
P.G. Hatcher
8:50 – 1149. Hygroscopic behavior of NaClMgCl2 mixture particles as nascent sea
spray aerosol surrogates including dynamic structural rearrangement in MgCl2hydrates. D. Gupta, H. Eom, H. Cho,
J. Lee, C. Ro*
9:05 – 1150. Humidity-dependent surface
tension measurements of individual submicrometer liquid particles. A.V. Tivanski
9:20 – 1151. Atmospheric particles: Viscosity, phase, and response to relative humidity. M.K. Gilles*, T.H. Harder,
B. Wang, R.E. O’Brien, S. Nizkorodov,
A. Laskin
9:50 Break
10:00 – 1152. Insights into atmospheric ice
nuclei from laboratory and field measurements. D. Haga, R. Mason, R. Iannone,
M. Wheeler, C. Chou, V. Irish, M. Si,
R. Dickie, A. Bertram, C.L. Schiller,
J.P. Abbatt, J.A. Huffman, J. Li
10:20 – 1153. Imaging the interiors of individual aerosol particles using transmission electron microscopy. K. Adachi*,P.R. Buseck
10:50 – 1154. Physical state of the atmospheric particle population above a tropical rain forests in GoAmazon2014/5.
S. Martin*, A. Bateman, R. Souza,
P. Artaxo
11:10 – 1155. Molecular characterizationand chemical imaging of atmospheric organic particles collected in the Amazonia.
A. Laskin*, J. Laskin, P. Lin, B. Wang,
A.B. Guenther, P. Artaxo, S. Nizkorodov,
R. O’Brien, M.K. Gilles

Modeling and Analyzing Exciton andCharge Dynamics in Molecules andClusters (#44)

Organized by: S. Tretiak, G. Chen,
Y. Tanimura
Presiding: G. Chen
8:00 Opening Remarks
8:05 – 1139. Bottom-up excitonics.
A. Aspuru-Guzik*
8:35 – 1140. Computational studies of energy transfer in dendrimers.
A.E. Roitberg*
9:05 – 1141. Theoretical studies on triplettriplet annihilation processes of diphenylanthracene derivatives in solution.
Y. Shigeta** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–185

05 – PHYS
11:30 – 1156. Aerosol physical and chemical
properties in Amazonia investigated in
the GoAmazon 2014/15 experiment.
P. Artaxo, H. Barbosa, S. Carbone,
J.F. Brito, B. Holanda, G. Cirino,
R. Souza, L. Rizzo, S.T. Martin,
M.O. Andreae
Hawaii Convention Center
308B
Advances in Quantum Monte Carlo (#80)

Organized by: S. Tanaka, L. Mitas,
P. RoyPresiding: P. Roy
8:00 – 1157. Approach to pure-sampling
quantum Monte Carlo. S. Rothstein*
8:30 – 1158. Exact QMC calculations for the
H-H-H system using flexible single-determinant trial functions. J.B. Anderson*
9:05 – 1159. How do exact quantum Monte
Carlo projection methods behave in thethermodynamic limit?. D. Ceperley*,
M. Holzmann
9:40 – 1160. It’s NO MAGIC: A new method
for electronic structure theory that uses
compressed sensing and imaginary time
evolution. A. Aspuru-Guzik*
10:05 Break
10:15 – 1161. Window on universality
through simulations of entanglement entropy. R.G. Melko*
10:50 – 1162. Entanglement in quantum fluids and gases. A. Del Maestro*
11:25 – 1163. Using quantum Monte Carlo to
study magnetism, delocalization, andelectronic correlation in materials.
L.K. Wagner
Hawaii Convention Center
304A
Self-organization in Chemistry (#165)

Organized by: S. Nakata, J. Pojman,
O. Steinbock, Q. Gao, J. Wang,
T. Yamaguchi, R. Yoshida,
S. Nakabayashi
Presiding: A. De Wit, H. Kitahata,
N.J. Suematsu
8:00 – 1164. Liesegang patterns of calcium
carbonate and calcium phosphate in various gel medium. A. Kaminaga*,
J. Kurawaki
8:15 – 1165. Pattern formation in reactive
flows. A. De Wit*
8:45 – 1166. Oscillatory motion of self-propelled Belousov-Zhabotinsky droplet.
N.J. Suematsu*, K. Ito, T. Amemiya,
Y. Mori, S. Nakata
9:05 – 1167. Spontaneous interfacial convection and the corresponding electricalpotential oscillation in three-phase liquid
membrane system. B. Nanzai*,D. Terashita, Y. Koyano, H. Kitahata,
M. Igawa
9:25 – 1168. Division of self-propelled oil
droplet induced by amphiphilic precursor.
T. Banno, K. Asakura, T. Toyota*
9:40 coffee break
9:55 – 1169. Self-propelled nanomotors andnonlinear chemical dynamics. R. Kapral,
B. Robertson
10:25 – 1170. Blebbing motion of an oil-water interface induced by transition of lamellar structure. Y. Sumino*, N. Yamada,
M. Nagao, H. Kitahata, Y. Melnichenko,
H. Seto10:45 – 1171. Oscillatory dynamics of active
deformable particles. M. Tarama*,
T. Ohta
11:00 – 1172. Spontaneous movement ofoil-droplet emerged after photochemical
reaction. K. Suzuki*, N. Nakayama,
T. Sugawara*
11:15 – 1173. Theoretical approach to congestion of camphor boats. K. Ikeda*,
S. Ei, M. Nagayama, A. Tomoeda
11:30 Discussion

186 –TECHTECHNICAL PROGRAM
Hawaii Convention Center
310 Theatre

Hawaii Convention Center
301A

Recent Progress in Matrix Isolated Species(#199)

Fundamental Science of Photon andElectron Induced Surface Processes (#228)

Organized by: T. Momose, Y. Lee,
D. Anderson
Presiding: Y. Lee, W. Sander

Organized by: H. Petek, J. Zhao,
Y. Matsumoto
Presiding: V.A. Apkarian

8:00 – 1174. Molecular reactions on waterand ice media. B.R. Gerber
8:30 – 1175. Matrix-isolation in water-ice:
Applications to chemistry, astrophysics,
and planetary sciences. M.S. Gudipati
9:00 – 1176. Irradiation of N2-dominatedices relevant to Triton and Pluto. Y. WU*
9:30 – 1177. Kuiper Belt objects: A casestudy of matrix isolated species on themacroscopic scale. R. Kaiser
10:00 Break
10:15 – 1178. Nuclear spin conversion of
H2O in rare gas matrices. J. Vermette,
P. Turgeon*, P. Ayotte, X. Michaut10:30 – 1179. Low temperature studies of
halogenated reaction intermediates:
From iso-halocarbons to radical-molecule complexes. S.A. Reid
11:00 – 1180. Matrix isolation spectroscopic
studies of coronene reactions with waterand iron: New insights in astrochemistryof neutral PAHs. J. Mascetti, J.A. Noble*,
A. Moudens, C. Aupetit
11:30 – 1181. Electronic spectroscopy ofmass-selected hydrocarbon ions andradicals in neon matrices. J.P. Maier

8:00 – 1192. Electron transport through asingle molecule and the excitation observed by STM. M. Kawai*
8:40 – 1193. Inelastic tunneling probe ofbonds and chemical interactions. W. Ho*
9:20 – 1194. Construction and manipulationof individual molecules: From reversible
conductance transition to reversible single spin control. H. Gao
10:00 – 1195. Observation of Franck-Condon blockade in single molecules gatedby local electric field. A. Zhao
10:20 Coffee break
10:35 – 1196. Recent progress in the studyof single molecule chemistry at the nanometer length scale and picosecond timescale. R.P. Van Duyne*
11:15 – 1197. Time-resolved tip-enhanced
coherent anti-Stokes Raman scattering in
an STM junction. N. Tallarida, J. Lee,L. Rios, K.T. Crampton, A. Zeytunyan,
V.A. Apkarian
11:35 – 1198. Toward time-resolved single
molecule chemistry: Probing plasmonicnanostructures with femtosecond light.
K.T. Crampton, A. Zeytunyan,
V.A. Apkarian*

Hawaii Convention Center
306B
Metal Ions and Protein Functions:
Theoretical Models and Applications (#202)

Organized by: Q. Cui, M. Meuwly,
T. Allen, Y. Gao
Presiding: M. Meuwly
8:00 – 1182. Artificial metalloenzymes: Challenges and opportunities. T.R. Ward
8:40 – 1183. Force field-based simulationsof metal-containing systems.
M. Meuwly*
9:20 – 1184. Metalloenzymes from quantum
many-body wavefunctions. G.K. Chan
10:00 Break
10:10 – 1185. Ab initio QM/MM molecular
dynamics simulations of zinc-dependent
histone deacetylases. Y. Zhang
10:50 – 1186. QM/MM calculations of reactions in proteins. U. Ryde*
11:30 – 1187. Understanding metalloenzyme
catalysis with QM/MM free energy simulations. Q. Cui*
Hawaii Convention CenterHalls I, II, III
Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. Gewirth
Poster Session
10:00 – 12:00
1188. Theoretical study of the prediction of
the electronic and inhibition properties ofSchiff base (E)-2-(4-hydroxybenzylideneamino) phenylarsonic acid.
M. Castro*, M.J. Percino, M. Ceron,
J. Soriano, V. Chapela, O. Rodrı́guez
1189. Morphology-controlled synthesis ofplatinum-based nanocrystals and theirelectro-catalytic activities toward oxygen
reduction reaction. Y. Li*, F. Quan,
L. Chen1190. CO2 electroreduction over Cu and Au
nanostructured catalysts: Size, oxidation
state, and interparticle distance effects.
H. Mistry, R. Reske, F. Behafarid,
P. Strasser, B. Roldan Cuenya*
1191. Influence of surface charges at insulating materials on the voltammetric behavior of nanoelectrodes. C. Kubeil*,A. Bund

Hawaii Convention CenterHalls I, II, III
Interplay between Theory and Experimentin Catalytic Research (#277)

Organized by: M. Ehara, C. Cramer,
S. Dai, C. Jones, T. Ziegler, T. Tsukuda
Poster Session
10:00 – 12:00
1199. Experimental vs. computational ruthenium-xantphos catalyzed olefin hydrogenation – can contemporary density functionals be used for in-silico-catalyst
design prior to experimental art?. M.
Hölscher*, K. Rohmann, W. Leitner*
1200. Construction of QSAR models in catalytic asymmetric reactions by using L1regularization method. S. Yamaguchi*,T. Nishimura, H. Sato1201. Density functional theory investigationof planar and cubane tetrametallic complexes of first-row transition metals forcatalytic hydrotreatment. F. Spillebout*,
O. Zelyak, S. Stoyanov, J. Stryker,
A. Kovalenko
1202. Accurate thermochemistry by harmonic solvation model: Application tocatalytic reactions in solution.
A. Ishikawa*, H. Nakai
1203. Tuning of barrier gaps between competing reactions. C. Ehm*,
P.H. Budzelaar, V. Busico
1204. Reactivity of Mo-Mo multiple bondand its application to catalytic reaction:
Theoretical understanding. Y. Chen,
S. Sakaki
1205. Computational study on Cp*Ir complex-mediated 1-phenylethanol dehydrogenation and acetophenone hydrogenation with or without existence of acidic
compounds. E. Maeyama, M. Sumimoto,K. Hori*
1206. Theoretical study of the nucleophilic
substitution reaction via complex formation of propargyl alcohol derivatives andSnCl2. M. Nakamura*, S. Nanbu
1207. Reaction mechanism of fructose dehydration to 5-hydroxyl-methyl-furfural on
external surface of H-ZSM-5 zeolite.
S. Namuangruk*1208. Adsorption characteristics of thiophene on seven transition metal surfaces:
A density functional study. L. Wang*,
L. Zhao*, J. Ji, C. Xu, J. Gao
1209. Low-temperature reduction of N2 with
H2 on palladium surfaces. J. Murakami*,
M. Futamata, K. Bando, Y. Shimoi

1210. Chemical reactivity of metal-supported ceria thin films: A DFT⫹U study.
L. Szabova, V. Matolin, Y. Tateyama,
S. Fabris
1211. Theoretical studies on interaction between metal cluster and ceria: The role ofceria in CO adsorption. R. Kindaichi*,H. Ushiyama, K. Yamashita
1212. Theoretical studies on the mechanismof alkali carbonate loaded on aluminosilicate catalysts for soot combustion.
T. Imamura*, H. Ushiyama, K. Yamashita
1213. Oxidation of silanes to silanols on Pd
nanoparticles:H2 desorption accelerated
by surface oxygen atom. T. Kamachi*,K. Shimizu, K. Igawa, K. Tomooka,
K. Yoshizawa
1214. DFT study on reaction mechanisms forselective photocatalytic oxidation of benzyl alcohol on partially hydrated anatase(101) surfaces. H. Kobayashi*,S. Higashimoto
1215. Reaction mechanism of ethylene epoxidation on a mesoporous metal-substituted silica heterogenous catalyst: An experimental and theoretical investigation.
P.D. Patel*, W. Yan, A. Ramanathan,B. Subramaniam, B.B. Laird,
W.H. Thompson
1216. Practicable measure and visualizationof static electron correlation effects andits application for catalysts modeling.
A. Hansen*
1217. Mechanism of NO reduction on a dinuclear metal complex. K. Yoshizawa*,
H. Tanaka, T. Suzuki, Y. Shiota, S. P.K.,
Y. Arikawa
1218. Understanding the formation process
and selective nitrile hydrogenation performance of Ru nanocatalysts on K-Al2O3
by in-situ spectroscopy and theoretical
calculation. S. Muratsugu*, S. Kityakarn,
F. Wang, N. Ishiguro, O. Sekizawa,T. Uruga, T. Kamachi, K. Yoshizawa,
M. Tada1219. MoS2 supported platinum single atom
and its superior catalytic activity for low
temperature CO oxidation: A density
functional theory study. H. Lin*, Y. Li*
1220. Immobilizing metal nanoparticles on
single wall nanotubes. Effect of surface
curvature. A. Staykov*, T. Ishihara
1221. Computational study of the heterojunction effect in polymer-stabilized Aucluster. K. Sakata*, K. Tada, A. Oguni,
Y. Kondo, T. Saito, T. Kawakami,
S. Yamanaka, M. Okumura
1222. DFT calculations for the investigationon the phenomena during preparation of
Au cluster supported catalysts. K. Tada*,
H. Koga, K. Sakata, A. Oguni, Y. Kondo,
T. Saito, T. Kawakami, S. Yamanaka,
M. Okumura
1223. Synthesis of dendronized gold clusters with peptide-dendron-thiolates.
K. Ishibashi, K. Isozaki, H.R. Takaya,
M. Nakamura*
Hawaii Convention Center
312
Quantum Coherence in Energy Transfer:
Electronic Energy Transfer in Molecular
Systems (#297)

Organized by: J. Cao, P. Brumer, J. Wu
8:00 – 1224. Nature and role of coherence inphotosynthetic light harvesting.
B. Whaley** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
8:35 – 1225. Persistent electronic coherence
despite rapid loss of electron-nuclear
correlation. A. Akimov, O. Prezhdo
9:10 – 1226. Anomalous localization and optics of excitons in nanotubular molecularaggregates. J. Knoester*
9:45 – 1227. A few lessons from non-adiabatic excited state dynamics simulationsof large molecules. S. Tretiak
10:20 – 1228. New frontier in electronic
structure: Establishing the connection
between electronic correlation and decoherence. I. Franco*
10:55 – 1229. Localized operator partitioning
method for electronic energy transfer.
A. Izmaylov*
11:25 – 1230. Highly efficient energy transfer
in FMO: Optimization and cluster-based
dynamics. J. Wu
Hawaii Convention Center
306A
Science with Beams of Radioactive
Isotopes (#340)

Organized by: S. Yennello, K. Starosta,
Y. Zhao, H. Haba
Presiding: H. Haba
8:00 – 1231. S␲RIT project at RIBF, RIKEN exploring symmetry energy at supra-density. T. Murakami
8:30 – 1232. Dipole response of exotic nuclei
and the nuclear symmetry energy.
T. Aumann
9:00 – 1233. Learning from the continuum
structure of light nuclei. L.G. Sobotka*
9:30 Break
9:45 – 1234. Partial dynamical symmetries innuclei. R.F. Casten*, R. Cakirli,
A. Couture
10:05 – 1235. In-trap decay spectroscopy
for electron capture branching ratios using TITAN at TRIUMF. C. Andreoiu*
10:25 – 1236. Measured charge density difference between the isotones 206Pb–205Tl. S. Shlomo*
10:40 – 1237. Investigating the low-lying
structure of 46Ca from the ␤- decay of
46K. J.L. Pore
10:55 – 1238. Doppler shift lifetime measurements using the TIGRESS Integrated
Plunger. A. Chester
Hawaii Convention Center
305B
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Organized by: D. Kilin, S. Kilina,
I. Burghardt, G. Scholes, U. Diebold,
A. Selloni, X. Gong, Q. Sun, R. Asahi,
K. Donmen
Presiding: V. Batista, S. Kilina
8:00 – 1239. Quantum dynamics of exciton
migration and dissociation in functionalorganic polymer materials. I. Burghardt*,
R. Binder, J. Wahl, H. Tamura
8:30 – 1240. Energy and charge transfer inpolynuclear metal complexes. J. Tate,s. Yamazaki, A. cadranel, P.S. Oviedo,
L.M. Baraldo, V. Kleiman
9:00 – 1241. Engineered semiconductor
quantum dots for solar energy conversion. V.I. Klimov*
9:30 Break
9:40 – 1242. Nonadiabatic molecular dynamics of singlet fission and charge separation. A. Akimov*, O. Prezhdo
10:05 – 1243. Large-area quantum dotbased luminescent solar concentrators:
General considerations and Monte Carloray tracing modeling. K.A. Velizhanin*
10:30 – 1244. Photomobilities at nanostructured semiconductor surfaces from ab initio atomic modeling: A combined density
matrix and energy band states treatmentof excited electrons and holes at Si surfaces. D.A. Micha*, R.H. Hembree,
T. Vazhappilly
11:00 – 1245. Technical and operational perspective on the DOE energy innovation
hub in fuels from sunlight, the Joint Center for Artificial Photosynthesis.
N.S. Lewis*

11:30 Concluding remarks
Hawaii Convention Center
305A
Practical Strategies for Modeling NonCovalent Interactions (#372)

Organized by: G. Beran, Y. Jung,
H. Nakai, J. Schmidt
Presiding: J. Schmidt
8:00 – 1246. Effective fragment potential
method for biological systems.
L. Slipchenko
8:30 – 1247. Energy decomposition analysis
of intermolecular interactions from blocklocalized density functional theory.
J. Gao9:00 – 1248. Accurate, ab-initio-quality PES
for H2 adsorbed to MOF-5. J. D’Arcy*,
M. Jordan, T.J. Frankcombe, M. Collins
9:20 – 1249. Ab initio many-body potentials
for chemically accurate simulations fromthe gas to the condensed phase.
F. Paesani
9:50 Break
10:00 – 1250. Insight into structure andtransport of battery electrolyte from molecular simulation. O. Borodin*,
M. Olguin, K. Xu, L. Suo, C. Wang,
W. Henderson
10:30 – 1251. High performance polarizable
molecular dynamics: Large scale modeling of noncovalent interactions.
J. Piquemal*
11:00 – 1252. Visualizing cooperativity: Nonadditive contributions to the deformation
density. C. Mück-Lichtenfeld*
11:20 – 1253. Fixed diabatic atomic charge
formalism: An efficient route for simulating dynamics with electronic excitations.
Y. Rhee
11:50 Closing Remarks
Hawaii Convention Center
304B
Interfacial Phenomena for Bubbles,
Droplets, Films and Soft Matter (#403)

Organized by: A. Amirfazli, Y. Zuo, J. Li
Presiding: K. Ariga, J. Huang, T. Liedl,
D. PANG
8:00 – 1254. Hand-operating nanotechnology: Manual handling of molecular machines at interfaces. K. Ariga
8:30 – 1255. Self-assembly of DNA origami
arrays on lipid membranes. T. Liedl*
8:55 – 1256. Peptides-modulated self-assembly of photoactive dyes toward complex functional systems. X. Yan*
9:20 – 1257. On the formation of lipid nanoscale structures at interfaces beyond planar bilayers. A. Dabkowska, C. Niman,
G. Piret, H. Persson, H. Wacklin, H. Linke,
C. Prinz, T. Nylander*
9:45 – 1258. Molecular-scale mechanism ofprotein adsorption resistance of oligo(ethylene glycol) terminated-SAMs investigated by frequency modulation AFM inliquid. N. Inada, H. Asakawa,
K. Miyazawa, T. Fukuma*
10:05 Coffee Break
10:15 – 1259. Controllable live-cell synthesisof fluorescent semiconductor quantum
dots: How to have cells do what theycannot do?. D. PANG*, R. Cui, Y. Li,
H. Liu, Z. Xie, Z. Zhang, B. Hu
10:40 – 1260. Bioinspired controllable liquidtransfer by topological asymmetric fibers.
H. Liu*, L. Jiang
11:00 – 1261. Underwater wettability ofbioinspired adhesive surfaces.
B. Soltannia, D. Sameoto ,P.R. Waghmare*
11:20 – 1262. Numerical simulation and experimental study on the mass transport inbiogranules with implication to their deformable feature. W. SUN*, X. Li

Hawaii Convention Center
313A
Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: S. Kable
8:00 – 1263. Directly measuring the kinetics
of key intermediate species in hydrocarbon oxidation. C.A. Taatjes*
8:30 – 1264. The biosphere is CO2L? The
role of reactive intermediates in offsetting
climate change. D. Shallcross, A.H. Khan
9:00 – 1265. Microwave perspective on thechemistry of reactive oxygen molecules.
M.C. McCarthy*
9:30 – 1266. Directly detecting QOOH radicals: Key intermediates in combustion
and atmospheric chemistry. D. Osborn
10:00 – 1267. Atmospheric autoxidation via
fast hydrogen shift reactions.
H.G. Kjaergaard
10:30 – 1268. Underemployed and looking
for action: The plight of unpaired electrons in reactive intermediates and otherelusive species. A. Sanov*
11:00 – 1269. Role of polycyclic aromatichydrocarbons with a multiradical character in soot formation. X. You*
11:30 – 1270. Toward high-level theoreticalstudies of large biodiesel molecules: An
ONIOM [QCISD(T)/CBS:DFT] study of reactions of unsaturated methyl esters withhydrogen radical. L. Zhang, P. Zhang*
Hawaii Convention Center
307AB
Structure and Spectroscopy of Linear
Polyenes: Finite and Infinite (#456)

Organized by: B. Hudson, N. Hush,
T. Kobayashi, Y. Weng, J. Paldus,
R. Christensen
Presiding: T. Kobayashi
8:00 – 1271. Butadiene, the simplest polyene? Not by a long shot. R.J. Cave*,
S. Rabidoux, J. Stanton
8:30 – 1272. Defining and (at least partly)
meeting the challlenges of developing
electronic structure methods suitable fordescribing polyenes. M. Head-Gordon
9:00 – 1273. Bootstrap embedding.
M. Welborn*, T. Tsuchimochi,
T. Van Voorhis
9:30 – 1274. Non collinear Hartree-Focksoultions of fullerenes and other carbon
systems. G. Scuseria*,
C. Jimenez-Hoyos
10:00 – 1275. Electronic structure of transpolyenes from two electron functions.
K. Boguslawski*, P. Tecmer, P. Ayers
10:30 – 1276. The many particle expansion:
A systematic method for removing selfinteraction from DFT. T. Van Voorhis,
T. Zhu, H. van Aggelen
11:00 – 1277. Large scale modelling ofstrong electron correlation effects in extended systems from geminals.
P. Tecmer*, K. Boguslawski, P. Ayers
11:30 – 1278. Not just linear polyenes: The
intriguing case of squaraine dyes.
C. Sissa*, S. Sanyal, F. Avila, J. Cerezo,
F. Santoro, A. Painelli

1281. A step closer to understanding acidsolvation: Dissociation dynamics of
mixed HCl and H2O clusters. K. Zuraski,
D. Kwasniewski, A.K. Samanta,
H. Reisler*
1282. Electronic state separation of NHn⫹(n⫽1-3) in ion mobility measurements.
K. MORI, T. YAMAZAKI, H. MAKI,
A. NINOMIYA, H. Tanuma*
1283. Direct observation of relaxation of nitric oxide Rydberg states to a strongly
coupled plasma. H. Sadeghi Esfahani*
Liquids (Experimental)
1284. Photoreduction yields of Sm3⫹ andYb3⫹. M. Kusaba*
1285. Excess enthalpies of propylamine andalcohol isomers. H. Hayashi,
T. Kamiyama, K. Takayoshi
1286. Hydration behavior of substances
bearing tertiary amino group. N. Sagawa,T. Shikata
1287. Rebinding dynamics of NO to microperoxidase-8 probed by femtosecond
IR spectroscopy. T. Lee, S. Park, H. Kim,
M. Lim*1288. Ultrafast terahertz Kerr effect spectroscopy of aromatic liquids.
I.A. Finneran*, M. Allodi, G. Blake
1289. Experimental and computational thermodynamic characterization of naphthoxazoles derivatives in beta- and gamma-cyclodextrins. S. Valdebenito*,
A. Zanocco, G. Zapata-Torres
1290. Study of electronic states of aqueous
solutions of sodium halides by using temperature dependence attenuated total reflectance spectroscopy in the far ultraviolet region. Y. Nishikawa, Y. Morisawa,
A. Ikehata
1291. High pressure solubility and partial
molar volume of L-tyrosine in water at298.2 K. S. Sawamura*, E. Atsuda
1292. Raman spectroscopic and density
functional calculations investigations onwater molecules in tetrahydrofuran clathrate hydrate. M. Kato*, S. Matsumoto,A. Takashima, Y. Fujii, Y. Takasu, I. Nishio
1293. Considerations on the hydrogen bondformation and proton transfer in methylpyridinimine-alcohol system by spectroscopy and theoretical method. N. Iwasaki,
M. NIWA, S. Tanaka, T. SUZUKI
Surfaces and Clusters
1294. Photocatalytic hydrogen formation by
Pt/Au/WO3 under visible light. A. Tanaka,
H. Kominami
1295. Comparison of self-assembled structures of the unnatural amino acid vs.
naphthalene on Au(111). S. Yang, H. Lee
1296. Step sensitive mechanism of CO2 hydrogenation on copper surface of Cu/
ZnO/Al2O3 catalyst . Y. Kim, H. Lee
1297. Preparation of titania thin films in theadsorbed water layer formed at the solid/
organic solvent interface. T. Kenmotsu*,
T. Endo, K. Torigoe, K. Sakai, M. Abe,H. SakaiSoft Matter (Experimental)
1298. Antiparallel dimer formation of
4-cyano-4⬘-alkylbiphenyls in isotropic cyclohexane solution. S. Takabatake*,
T. Shikata
1299. Hierarchical self-organization dynamics of millimeter-long helical assemblycomposed of oleic acid. Y. Kageyama*,
T. Ikegami, S. Takeda

Hawaii Convention CenterHalls I, II, III
Physical, Theoretical & Computational
General Posters* Principle Author

Presiding: M. Waterland, K. Yamanouchi
10:00 – 12:00
Data Base Development1279. InChI - recent developments in theworldwide IUPAC chemical structure
identifier standard. S. Heller*
Gas Phase (Experimental)
1280. Characterizing the electronic states ofgold monosulfide, AuS. T.D. Varberg*,
B.W. Pearlman, I.A. Wyse, D.L. Kokkin,
R. Zhang, T.C. Steimle

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–187

05 – PHYS
1300. Effect of industrial waste on chemical
resistance and water absorption of bamboo fibre reinforced epoxy composites.
A. Gupta*
1301. Generation dependent ultrafast chargetransfer dynamics in pyrene-viologen
dendrons. Z. Gong*, J. Bao*, T. Iyoda,
T. Kawauchi , P. Piotrowiak*
1302. Polarity effect of exterior chains on
self-assembled structure and aggregation mechanism of tetraphenylethene derivatives in THF/water mixture. S. Cho
Solids (Experimental)
1303. Dehydration process of crystal of
metal salt hydrate. S. Yoshida, T. Miyaji,
T. Kamiyama, K. Takayoshi
1304. Structural change of vapor deposited
H2O–CO2 amorphous ice with warming.
R. Netsu, T. Ikeda-Fukazawa
1305. Evaluation of the magnetic propertiesof cuprate molecular spin ladders.
S. Nishihara*, X. Zhang, Y. Nakano,
K. Maryunina, K. Inoue*
1306. Electrochemical studies of copper (II)ion using voltammetric method and digital simulation at HMDE. A. ALOWAIS*
Development of DFT
1307. Application of the space-pseudo-time
method to Kohn-Sham and orbital-freedensity functional theory.
D. Gebremedhin, C. Weatherford
1308. Novel correction on DFT noncovalentinteractions based on S22, S66, and X40
benchmark databases. L. Hu*, L. LI, H. LI
1309. Applications of machine learning on
quantum chemical databases.
A.R. Cameron*, J. Pearson
1310. Probing interelectronic interactions
with the localized pair model.
A.J. Proud*, D.E. Mackenzie, J. Pearson
Theoretical Calculations
1311. Correction system for efficient prediction of molecular physicochemical properties based on machine learning. H. Li*,L. Hu, T. Gao, H. LI, C. Fang, J. Huang
1312. Potential energy curves for excitedstates of selected alkali metal diatomics
with multireference coupled cluster
method. M.A. Musial*1313. Search for variation of fundamental
constants: Strong enhancements in X2⌸
cations selected diatomics.
L.F. Pasteka*, A. Borschevsky,
P. Schwerdtfeger, V.V. Flambaum
1314. Application of relativistic prolapse-freebasis sets in obtaining of fundamental
properties of the homonuclear bariumand radium dimers. T.Q. Teodoro,
R.L. Haiduke, U. Dammalapati, S. Knoop,
L. Visscher
1315. Applications of time-dependent andtime-independent density functional theory to Rydberg transitions. I. Seidu,
M. Krykunov, T. Ziegler*
1316. Novel method for determining themean-field directly from the single particle matter density: Application to themeasured charge density difference between the isotones 206Pb- 205Tl.
S. Shlomo*1317. Theoretical study for methane activation on zinc modified ZSM-5 zeolite system. Y. Park*, Y. Kim
1318. Theoretical study of acetylation of ethylamine catalyzed by Mn2⫹ ions.
S. Caglieri*, G. Servetti
1319. New method for designing effective
fields that mimic catalytic fieldsbased onlinear response function of bond order.
S. Yamanaka*, Y. Mitsuta, T. Kawakami,
M. Okumura, . Nakamura
Chemical Reactions (Theory)1320. Mechanistic study of methanol oxidation by RuIV– oxo complexes. Y. Shiota*,
T. Kojima, K. Yoshizawa
1321. Automated mapping and computationof the complete rearrangement networksof substituted bullvalene. L.F. Pasteka*,
T. Fallon, P. Schwerdtfeger
1322. Theoretical studies of hydroformylation of butadiene. C.H. Mendis*,W.H. Thompson, J.A. Tunge, T. Maji1323. Using the global reaction route mapping strategy to explore methylation effects on carbocation precursors to terpenes. B. Hudson*, R. Ramozzi,
C. Sameera, K. Morokuma, D.J. Tantillo

188 –TECHTECHNICAL PROGRAM
1324. Efficient algorithm of finding chemical
reaction pathways: Stochastic and deterministic. Y. Kim*, S. Choi, J. Kim,
W. Kim*Solutions (Theory and Computational)
1325. Understanding the comparative molecular field analysis (CoMFA) within theframework of molecular quantum similarity and chemical reactivity descriptors using density function theory.
A. Morales-Bayuelo
1326. Diffusion-influenced reactions facilitated by dimension reduction. H. Kim
1327. Application limitations of analytical solution to determine intraparticle diffusivity
from concentration decay curve.
Y. Nakayama*, N. Sonetaka, Y. Seida,
E. Furuya
1328. Sensitivity of the linear responses
function of the bond orders for the conformation. Y. Mitsuta*, S. Yamanaka,
T. Kawakami, T. Saito, M. Okumura
1329. First-principles calculation of NMR
shielding in paramagnetic molecules including magnetic couplings. S. Rouf*,
J. Mareš, J. Vaara
1330. Prediction of biodegradability and toxicity of aromatics in water using QSAR
modeling. J. Dermadi, D. Juretic,
M. Novak Stankov, H. Kusic, S. Ukic,
T. Bolanca, A. Loncaric Bozic*
1331. Density functional theory benchmark
for the structure and reactivity of frustrated Lewis pairs. Q. Almas*, J. Pearson
1332. Method optimization for UV/visible
spectrum calculations of indigoı̈d dyes
and complexes. S.W. MacLean*,
R. Hicks
1333. Solvent effects on azobenzene derivative photodynamics with spin-flip timedependent density functional theory andeffective fragment potential methods.
K. Keipert, Y. Harabuchi, M. Gordon
1334. New concept for high power target
and new concept energy system.
L. Yang* Solids and Interfaces (Theory)
1335. Adsorption and diffusion of proton on
amorphous ice. M. Aoki*,
T. Ikeda-Fukazawa
1336. Surface structure of amorphous ice.
Y. Kumagai, T. Ikeda-Fukazawa
1337. Studying the phase transition of multiferroics thin film by Landau theory.
A.M. Alrub
1338. Na doped Sr2CrOsO6, a novel half
metal predicted by first principles. Z. Wu*
1339. Magnetic and electronic structure of
Mn2CuSi and Mn2ZnSi half-metallic inverse Heusler alloy. I.H. Bhat*,
D.C. Gupta
1340. Studies on optimized operational conditions for experimental determination ofmass transfer properties with the circulating-type fixed-bed adsorber method.
K. Teshima*, E. Furuya, J. Fujiki,T. Kawakita, K. Watanabe
1341. Time-dependent electron wave packet
dynamics of transient current in 1D arrayof quantum dots. T. Sako*1342. Thermodynamic scaling of dynamic
properties in liquid crystalline phase.
K. Satoh*
1343. Theoretical approach to the carbon
deposition avoidance on the surfaces of
BaTiO3(001). D.S. Rivera Rocabado*,
T. Ishimoto, M. Koyama
1344. Molecular study on adhesion phenomena. T. Semoto*, K. Yoshizawa
1345. Influence of solution-phase and mesoporous environments on excited state
lifetime in 9-mesityl-10-methylacridinium.
N. Garcia, T. Kowalczyk*
1346. Study of the interfacial array behaviorof surfactant at very low concentration bysecond harmonic generation and molecular simulaion. D. Li*, H. Pan, Y. Li
1347. CO oxidation reactivity on the COcovered Pt nanoparticle. D. Kim*, J. Lee,
J. Park, S. Lee, M. Jeong, Y. Jo
1348. Alloy catalyst configuration and adsorbate distribution revealed via first principles based Monte Carlo simulations.
T. Tan*, L. Wang, D. Johnson, J. Zhang
1349. Density functional theory study oftransition metal and metal alloy catalysts
in energy production. X. Wu, Y. Lu,
S. Tsang, X. Gong Polymers (Theory)

1350. Molecular simulations of single-walledcarbon nanotubes grafted with polymers.
H. Lee*1351. Density functional theoretical study on
dialkoxyphenylene-benzothiadiazolecontaining photovoltaic polymers.
S. Hwang, H. Woo
1352. Density functional theoretical andtime-dependent density functional theoretical study on thiophene-benzothiadiazole-based polymers. Y. Cho, S. Hwang,
H. Woo1353. Density functional theoretical study on
benzodithiophene-thiophene-based photovoltaic polymers. Y. Lee, S. Hwang,
H. WooBiophysical (Theory)
1354. Rational design and synthesis of selective blockers of the K2P channel
TASK-3.. B.a. Arevalo*, L. Zúñiga,
M. Gutierrez, W. Gonzalez
1355. Third-generation density functional
calculation program: ProteinDF.
T. Hirano, F. Sato1356. Study of protein aggregation as a process of cataract formation. V. Prytkova,
M. Heyden, D. Tobias
1357. Evaluation of physical properties using
thermodynamic quantities of hydration.
M. Fujisawa*, h. Ikeda, M. Okanami,
K. Takayoshi
1358. Evaluation of structual differences between estrogen receptor ␣ and ␤ using
the ligand binding site search program
HBOP/HBSITE. K. Fujii*, S. Fukuyoshi,
N. Yamaotsu, S. Hirono, A. Oda
1359. Source of the drug resistance toward
the mutation of influenza neuraminidases:
MD and 3D-RISM studies. J. Phanich,T. Rungrotmongkol*, S. Hannongbua
1360. Development of bioinspired catalysts
for efficient peptide hydrolysis .
R. Prabhakar*
1361. Revealing monoamine oxidase B catalysis mechanisms using quantum
chemical cluster approach.
G. Zapata-Torres*, A. Fierro,
C. Celis-Barros
1362. In silico identification of small molecules that modulate the aminoglycosidesensing riboswitch. S. Park*, G. Lee,
H. Park*1363. Structural prediction of wild-type andmutant CYP1A2 complexed with
7-ethoxyresorufin using docking and molecular dynamics simulations.
Y. Watanabe*, S. Fukuyoshi,
M. Hiratsuka, N. Yamaotsu, S. Hirono,
A. Oda1364. Stability and dynamics of beta-sheet
aggregates of polyalanine peptides.
J. Kim*1365. Theoretical study on [Ru(bpy)2dppz]2⫹
at well-matched and mismatched sites
for binding structures and interactions
with the neighboring DNA. M. Otsuka,
K. Takano

Friday Afternoon
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: N.M. Cann, Y. Wu
13:00 Break
13:10 – 1366. Conical intersections withdensity-functional theory?. A. Becke*
13:30 – 1367. Dispersion-corrected DFT formolecular crystals and polymorphism.
E.R. Johnson*, S.R. Whittleton,
A. Otero-de-la-Roza
13:50 – 1368. Density functional model for
nondynamic and strong correlation.
J. Kong*, E. Proynov
14:10 – 1369. Steady-state density functional theory and its applications.
C. Zhang

14:30 – 1370. New and improved energy decomposition analysis: Well-defined physical contributions to intermolecular interactions from density functional theory
calculations?. M. Head-Gordon
14:50 – 1371. Density functional theory for
accurate potential energy surfaces.
W. Kim*15:10 Break
15:20 – 1372. Some new ways to do excitedstates for large molecules. R.J. Bartlett*,
J. Byrd, D. Bokan, V. Rishi
15:40 – 1373. Electronic communication
across noncovalent interactions on vinyl
silyl bridged biferrocenyl compounds.
O. Mo*, M. Montero-Campillo, S. Bruña,I. Cuadrado
16:00 – 1374. Fresh perspective on the
spectroelectrochemistry of ferrocene derivatives. J.R. Lane*
16:20 – 1375. Electronic spectroscopy andphotochemistry: Solvent effects and dynamics. M.S. Gordon*
16:40 – 1376. Single-determinant models of
excited states. G. Barca, A. Gilbert,
P. Gill*
Hawaii Convention Center
306A
Coarse Grained Modeling and its
Integration with Experiments (#30)

Organized by: R. Faller, D. Huang,
M. Karttunen
Presiding: D.M. Huang
13:00 – 1377. Systematic and simulationfree coarse graining of polymer melts.
Q. WANG*
13:50 – 1378. Systematic multiscale modeling for photovoltaic applications.
T.F. Harrelson, A. Moule, R. Faller*
14:20 – 1379. Polymers in inorganic scale
control: Molecular dynamics study ofedge-active polymers. E.J. Smith*,
C. Fellows
14:50 – 1380. In-depth exploration of theself-assembling mechanisms of a designed lytic peptide by molecular dynamic simulation. S. Luo*, F. Sun
15:20 – 1381. Common physical framework
explains phase behavior and dynamics ofatomic, molecular, and polymeric network-formers. S. Whitelam
Hawaii Convention Center
308A
Modeling and Analyzing Exciton andCharge Dynamics in Molecules andClusters (#44)

Organized by: S. Tretiak, G. Chen,
Y. Tanimura
Presiding: V.Y. Chernyak
13:00 Opening Remarks
13:05 – 1382. Photoinduced dynamics in
nanoparticles: Time-domain ab initio
studies. O. Prezhdo
13:35 – 1383. Efficient semiclassical method
for modeling non-adiabatic dynamics inmultiatomic molecules. D. Mozyrsky*
14:05 – 1384. Manipulation of light-matterinteraction at the nanoscale. Y. Luo
14:35 Break
14:50 – 1385. Optical properties of graphene
derivatives. H. SU*, X. Zhu* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
15:20 – 1386. Energy-specific excited stateelectronic structure methods for modeling high-energy exciton and charge dynamics. X. Li*, B. Peng, P.J. Lestrange
15:50 – 1387. Role of surface defects and ligands in energy transfer and nonradiative
relaxation in quantum dots. S. Kilina*
16:20 – 1388. Molecular-level details of morphology-dependent exciton migration inpoly(3-hexylthiophene) nanostructures.
P.C. Tapping*, S.N. Clafton,
K.N. Schwarz, T.W. Kee, D.M. Huang
Hawaii Convention Center
313B
Chemistry of Atmospheric Aerosols (#56)

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: A. Bertram, X. YANG
13:00 – 1389. On the heterogeneous uptakeof ClNO2 on organic aerosol.
H.D. Osthoff*, J. Liggio, S.G. Moussa
13:30 – 1390. Laboratory and field studies ofheterogeneous uptake of HO2 radicals toaerosols and clouds. D. Heard*,
L. Whalley, D. Moon, C. Kidd, P. Lakey,
G. Cousins, P. Seakins, I. George,
M. Baeza-Romero, D. Stone,
D. van Pinxteren, A. Tilgner, H. Herrmann,
M. Evans, T. Berkemeier, M. Shiraiwa,
S. Mertes, M. Ammann, J. Dommen
13:50 – 1391. Impacts of mixed aerosols onheterogeneous reactions of atmosphericparticles. S. Tong, F. Tan, M. Ge
14:10 – 1392. Effects of temperature, pH,
and ionic strength on the Henry‘s law
constant of atmospheric amines. Y. Liu
14:30 – 1393. Heterogeneous reactions ofatmospheric oxidizing gases with soot.
H. He*
15:00 Break
15:10 – 1394. Microspectroscopic examination of atmospheric ice nucleating particles. D.A. Knopf*, P.A. Alpert, D. Bothe,
J.C. Charnawskas, W. Kilthau, B. Wang,
R. O’Brien, R. Moffet, M.K. Gilles,
A. Laskin, J.Y. Aller
15:40 – 1395. Dynamic ice nucleation studies on laboratory-generated and field-collected atmospheric particles using a microscopic imaging platform. B. Wang*,
D.A. Knopf, M.K. Gilles, A. Laskin
15:55 – 1396. Climatology of ice nucleating
particles at the high altitude station Jungfraujoch. Z.A. Kanji*, Y. Boose,
L. Lacher, U. Lohmann
16:10 – 1397. On the relationship between
acidic aerosols and types of ice clouds
over the North Slope of Alaska.
E. Girard*
16:25 – 1398. Observations of aerosol particles and low cloud in the summertime
Arctic. R. Leaitch*, J. Burkart, M. Willis,
F. Koellner, J. Schneider, H. Bozem,
P. Hoor, A. Herber, J.P. Abbatt
Hawaii Convention Center
308B
Advances in Quantum Monte Carlo (#80)

Organized by: S. Tanaka, L. Mitas,
P. RoyPresiding: L. Mitas
13:00 – 1399. Recent progress in FCIQMC.
A. Alavi
13:35 – 1400. Optimization of many-body
wavefunctions by minimizing the fixednode projector Monte Carlo energy.
C.J. Umrigar, J. Toulouse, M. Otten,
R. Assaraf
14:10 – 1401. Using perturbatively selected
CI expansions in fixed-node diffusion
Monte Carlo. M. Caffarel*, E. GINER,
T. APPLENCOURT, A. Scemama
14:45 Break
14:55 – 1402. Tensor network quantum
Monte Carlo. G.K. Chan, B. Verstichel
15:30 – 1403. Model space quantum Monte
Carlo method for degenerate and quasidegenerate electronic states. S. Ten-no
16:05 – 1404. Dissection of a covalent bondthrough quantum entanglement.
N. Tubman

Hawaii Convention Center
305B
Recent Advances in Dynamics of Confined
Liquids (#123)

Organized by: A. Luzar, G. Patey,
M. Kinoshita
Presiding: C. Neto
13:00 Opening Remarks - Luzar
13:05 – 1405. Correlated nonequiliubrium response in nanoconfined systems.
D.T. Limmer*
13:35 – 1406. Molecular theory of hydrodynamic boundary conditions in nanofluidics. A.E. Kobryn, A. Kovalenko
14:05 – 1407. Viscosity of aqueous electrolyte solutions: The dynamic point of viewfor hydrophobicity and hydrophilicity.
J. Dufreche*, J. Molina, B. Siboulet,
M. Duvail, P. Turq, B. Bagchi
14:35 – 1408. Effect of electric field on watermolecules confined in carbon nanotubes.
.. Winarto*, D. Takaiwa, E. Yamamoto,K. Yasuoka
15:05 break
15:20 – 1409. Static and dynamic boundary
conditions for confined ionic liquids.
J. Ralston*, M. Krasowska
15:50 – 1410. Ordered nonwetting water,water-surface composition structure,
evaporation, and heat transfer on the surfaces studied using molecular dynamics
simulations. H. Fang*, C. Wang, P. Guo,y. Tu, R. Wan, J. Chen
16:20 – 1411. Microfluidics in micropillar arrays. G. Holzner, F.H. Kriel, C. Priest*
Hawaii Convention Center
304A
Self-organization in Chemistry (#165)

Organized by: S. Nakata, J. Pojman,
O. Steinbock, Q. Gao, J. Wang,
T. Yamaguchi, R. Yoshida,
S. Nakabayashi
Presiding: T. Amemiya, A.F. Taylor,
T. Yamaguchi
13:00 – 1412. Spontaneous rotation of colloidal fluids in electroconvective flows under gravity. M. Sano*
13:15 – 1413. Hierarchical self-organization:
From nanorods to biomorphs and macroscopic tubes. O. Steinbock*, E. Nakouzi,
B. Batista
13:45 – 1414. Wave-particle duality in dissipative systems. Y. Nishiura*
14:15 – 1415. Dynamics of chemical selfreplication in artificial peptide networks.
E. Peacock-Lopez
14:35 – 1416. Self-organized ordering in skintissue. S.K. Schnyder*, R. Yamamoto
14:50 coffee break
15:05 – 1417. Non equilibrium structured
nanomolecular assemblies. L. Cronin*
15:30 – 1418. Motion of a BelousovZhabotinsky reaction droplet coupledwith pattern formation. H. Kitahata
15:50 – 1419. Mechanism of the generationof stochastic nature of the Soai system.
K. Asakura*, S. Imamura, H. Mashimo,
T. Banno, K. Takao
16:10 – 1420. Synchronization in populations of chemical oscillators: Phase clusters and chimeras. K. Showalter*,
M. Tinsley, S. Nkomo, A. Taylor, F. Wang
16:40 Discussion
16:55 Closing Remarks
Hawaii Convention Center
313C
Challenges in Plasmonic Photochemistry(#176)

Organized by: H. Misawa, P. Kamat,
H. Sun, S. Gwo
Presiding: S. Gwo, T. Teranishi
13:00 Opening Remarks
13:05 – 1421. Surface-plasmon enhanced
terahertz spectroscopy using gold nanostructured terahertz antennae. K. Ueno,
S. Nozawa, H. Misawa

13:25 – 1422. Plasmon-based hot carrier
photocatalysis. N. Halas*
13:55 – 1423. Plasmon-enhanced chemistry:
Theoretical studies. G.C. Schatz
14:35 – 1424. Large-scale hot spot engineering for quantitative single-molecule
detection using SERS. H. Chen, M. Lin,C. Wang, Y. Chang, S. Gwo*
15:05 – 1425. Single nanoparticle SERS
studies of plasmonic photochemistry.
R.P. Van Duyne*
15:35 – 1426. Visible-to-NIR plasmonics ininorganic nanodisks. T. Teranishi*
16:05 – 1427. Local optical activity and chirality of metal nanostructures.
H. Okamoto*, S. Hashiyada,
T. Narushima, Y. Nishiyama
16:25 – 1428. Super-resolution and defocused microscopy on single molecules
coupled with gold nanorod optical antennas. J. Hofkens*, L. Su, H. Yuan, H. Ujii
Hawaii Convention Center
310 Theatre
Challenges and Opportunities for ExascaleComputational Chemistry (#184)

Organized by: J. Rice, W. Swope,
A. Rendell, Y. Okamoto
Presiding: W. Swope
13:00 Opening Remarks
13:05 – 1429. Algorithmic and software
techniques for scaling quantum chemistry on massively parallel computers.
J.R. Hammond*
13:30 – 1430. Center for accelerated application readiness: Early experiences in
preparing applications for the summit architecture. T. Straatsma*
13:55 – 1431. Quantum chemistry on lowpowered processors. A.P. Rendell,G. Mitra, K. Keipert, S.S. Leang,
M.S. Gordon
14:20 – 1432. Hardware trends and the challenges for computational chemistry.
B. Austin*
14:45 Break
15:00 – 1433. Emerging computer architectures and their implications for computational chemistry. R. Dror
15:25 – 1434. Parallel computing with
NTChem software for petascale supercomputing and toward exascale supercomputing. M. Katouda*, T. Nakajima
15:45 – 1435. QuantumChemistry500 ranking: A benchmark suite for quantum
chemical program packages and supercomputers. M. Nakata*, K. Ishimura,T. Hirano, J.R. Hammond
16:05 – 1436. Enabling energy-efficient exascale computing on heteregenous architectures with ARM. K. Keipert,
S.S. Leang, M. Gordon, G. Mitra,
A.P. Rendell
Hawaii Convention Center
306B
Metal Ions and Protein Functions:
Theoretical Models and Applications (#202)

Organized by: Q. Cui, M. Meuwly,
T. Allen, Y. Gao
Presiding: T.W. Allen
13:00 – 1437. Conduction and block of sodium channels by metal and organic cations: Computational and experimental
viewpoints. R.J. French*,
R.K. Finol-Urdaneta, Y. Wang, S. Huang,
K. Jia, S. Noskov
13:40 – 1438. Understanding sodium selective conduction using the bacterial NavAb
channel. C. Boiteux, E. Flood,
I. Vorobyov, T.W. Allen
14:20 – 1439. Hydration mimicry: A strategy
for ion permeation through channel proteins?. M. Chaudhari, J. Vanegas,
S. Rempe
15:00 Break
15:00 – 1440. Role of electronic polarization
effects in mechanisms of cation recognition by metalloproteins. V. Ngo,
M. Chagas Da Silva, H. Li, M. Kubillus,
D. Salahub, Q. Cui, B. Roux, S. Noskov

15:40 – 1441. Computational studies of ionssolvation with ring polymer molecular dynamics. l. dang*
16:20 – 1442. Structure and dynamics in ion
solvation—from clusters to solutions.
Y. GaoHawaii Convention Center
304B
Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. GewirthPresiding: B.D. Gates, A. Gewirth
13:00 Introductory remarks
13:10 – 1443. Sunlight-driven hydrogen formation by membrane-supported photoelectrochemical water splitting.
N.S. Lewis*
13:40 – 1444. Surface plasmon assisted
photo-electrochemistry on microelectrodes. W. Wang, Y.F. Huang, H. Guo,
D. Zhan, D. Wu, B. Ren, Z. Tian
14:10 – 1445. Catalytic activity and durabilityof LixNi2-xO2/Ni anode for alkaline waterelectrolysis. S. Mitsushima*, S. Fujita,
Y. Kohno, I. Nagashima, Y. Sunada,
Y. Nishiki, A. Manabe, K. Matsuzawa
14:30 – 1446. Redox catalysis and chargestorage for indirect water electrolysis.
H.H. Girault*
15:00 Break
15:20 – 1447. Structure and reactivity in efficient electrocatalysis and photoelectrocatalysis. P.J. Kulesza*
15:50 – 1448. Electrochemical and photoelectrochemical biomass valorization.
K. Choi
16:10 – 1449. Study of surface reactivity of
Li-ion positive electrode materials in organic carbonate electrolytes.
R. Kostecki*, A. Jarry
16:40 – 1450. On the mechanism of photocatalytic Ag(I) ion reduction under magnetic field. H. OKUMURA*, S. Endo,
E. YAMASUE, K.N. Ishihara
Hawaii Convention Center
312
Quantum Coherence in Energy Transfer:
Coherence in Light-harvesting Energy
Transfer (#297)

Organized by: J. Cao, P. Brumer, J. Wu
13:00 – 1451. Fano coherences in the molecular dynamics induced by incoherent
light. P. Brumer*, T. Tscherbul
13:35 – 1452. Quantum coherence in lightharvesting energy transfer. J. Cao*
14:10 – 1453. Coherent transport enhancements in incoherent light harvesting.
I. Kassal
14:45 – 1454. Water-soluble chlorophyllbinding protein (WSCP): An interesting
system for the development of theory andmodeling. T. Renger, T. Dinh,
D. Lindorfer, F. Müh, H. Lokstein,
J. Adolphs, M. Berrer,
M. Schmidt am Busch
15:20 – 1455. Chlorosome of green sulfur
bacteria: Energy transfer dynamics andcoherence. A. Aspuru-Guzik* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–189

05 – PHYS
15:55 – 1456. Classical multichromophoric
resonance energy transfer. S. Duque,P. Brumer, L. Pachon*
16:30 – 1457. Excitation energy transfer inphotosynthetic and artificial light-harvesting systems: A coherent modified Redfield approach. Y. Cheng
Hawaii Convention Center
301A
Dynamical Intermolecular Interactions for
Biological Functions (#307)

Organized by: D. Zhong, M. Terazima,
Q. Lu
13:00 Introduction
13:05 – 1458. Light-sensitive molecules fortime-resolved crystallography and optogenetics. K. Moffat*
13:35 – 1459. Novel photodynamics in phytochrome and cyanobacteriochrome
photosensory proteins. D.S. Larsen*
14:05 – 1460. Probing protein structural dynamics with pump-probe X-ray liquidography and crystallography. H. Ihee*
14:35 – 1461. Analysis of gallstone component with Fourier transform infrared spectroscopy. H. Mizumoto*, L. Li
14:55 Break
15:10 – 1462. Time-resolved detection of inter-protein interaction during protein reaction. M. Terazima*
15:40 – 1463. Secondary structure and intermolecular interaction of biomolecules at
the interface investigated by sum frequency generation vibrational spectroscopy. S. Ye, K. Lin, Y. Luo*
16:10 – 1464. Mechanism of amyloid formation of human calcitonin. M. Kataoka*,
H. Kamikubo
16:40 – 1465. Genetically encoded electrontransfer probes in proteins. J. Wang
Hawaii Convention Center
305A
Interfacial Phenomena for Bubbles,
Droplets, Films and Soft Matter (#403)

Organized by: A. Amirfazli, Y. Zuo, J. Li
Presiding: J.S. Allen, N. Gu,
R. Veldhuizen, Y. Zuo
13:00 – 1466. Functional nanoparticles encapsulated lipid nanobubbles. J. Tian,
Y. Zhou, D. Sun, X. Lin, X. Ruan, F. Yang,
N. Gu*
13:30 – 1467. Dynamics of high frequency
ultrasound contrast agents. J.S. Allen
13:55 – 1468. Specific binding of functionalized droplets to integrin receptor ␣V␤3.
N.A. Smith, M.L. Fabiilli, R. Seda, D. Li,
J. Pitre, J.L. Bull
14:15 – 1469. Phase transitions of biopolymer blends in cell-sized droplets coatedwith a lipid layer. M. Yanagisawa*
14:35 Coffee Break
14:45 – 1470. Pulmonary surfactant: Drops,
bubbles, and the lung. R. Veldhuizen,
J. Lewis, L. McCaig, F. Possmayer
15:10 – 1471. Constrained drop surfactometer as a miniaturized film balance forstudying spread and adsorbed films.
Y. Zuo*15:35 – 1472. Interactions between inhaledparticles and lung surfactant. J.B. Sorli,
E. Da Silva, S. Larsen
16:00 – 1473. Surface free energy of bacterial cells: Determination and applications.
X. Zhang*, X. Zhang*, Y. Zuo*
16:25 – 1474. Impact of nanoparticles on the
spreading of “living droplets”.
G. Beaune, F. Brochard-Wyart,
F. Winnik*
Hawaii Convention Center
313A

TECHNICAL PROGRAM
13:00 – 1475. Key phenomena enabling direct simulation of real fuel combustion
chemistry. H. Wang
13:30 – 1476. Predictive a priori kinetics forreactive intermediates. S. Klippenstein*,N. Labbe, M. Verdicchio, K. Pelzer,
M.P. Burke, C.F. Goldsmith,
L.B. Harding, A. Jasper, A.M. Mebel,
J.A. Miller, R. Sivaramakrishnan
14:00 – 1477. Inelastic collisions between
NO and NO2. E.A. Wade*, C. Sugie,
D.W. Chandler, A. Jasper
14:20 – 1478. Reaction paths and intermediates in electrophilic aromatic substitution:
New insights from experiment and theory.
S.A. Reid
14:50 – 1479. Chemical activation in combustion and atmospheric chemistry.
P. Seakins*
15:20 – 1480. Non-adiabatic molecular dynamics simulations of isoprene photochemistry. D.R. Glowacki*, B. Curchod,
T.J. martinez
15:50 – 1481. Single-conformation vibronic
and infrared spectra of alkylbenzyl radicals. T.S. Zwier, J.R. Korn, K.M. Jawad
16:20 – 1482. Predictive kinetic modeling of
the pyrolysis and oxidation of cyclic molecules. C.W. Gao*, W.H. Green
16:40 – 1483. Muonium addition kinetics toalkenes and alkynes: the high-pressure
limit at any total pressure?.
D.G. Fleming*, D.J. Arseneau, D. Garner,
I.D. Reid
Hawaii Convention Center
307AB
Recent Experimental and Theoretical
Advances in Studies of Liquid Interfaces(#437)

Organized by: T. Tahara, A. Morita,
R. Walker, L. Dang, H. Kang,
S. Yamaguchi, J. Gibbs-Davis
Presiding: A. Morita, R. Walker
13:00 Opening Remarks
13:10 – 1484. Optical studies of competitiveand cooperative adsorption to liquid interfaces. R. Walker*, E. Gobrogge,
L. Woods
13:40 – 1485. Water flow along a solid surface affects interfacial water organization.
M. Bonn
14:10 – 1486. Surface-bulk correlation spectroscopy of adsorbed biomass. D. Hore*
14:40 – 1487. Structure and dynamics of water confined to nanoscale environments .
G.W. Leach*, A.K. Schiffer, A. Elliott,
T. Johansson
14:55 Break
15:15 – 1488. Single-channel heterodynedetected sum frequency generation
spectroscopy for liquid interfaces.
S. Yamaguchi
15:45 – 1489. Spectroscopy and molecularorientation at aqueous interfaces.
A.V. Benderskii
16:15 – 1490. Unveiling microscopic structures of charged water interfaces by surface-specific vibrational spectroscopy.
C. Tian
16:45 – 1491. Probing the buried interface
between a tunable functionalized surface
and aqueous solutions with heterodynedsum-frequency generation spectroscopy.
A.R. Barrett, M. McDermott,
P.B. Petersen

Friday Evening
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: K.S. Kim

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: X. You

19:00 – 1492. Alternative coupled clustermodels. G. Scuseria

190 –TECH

19:20 – 1493. Efficient computational methods for the accurate calculation of thermochemical properties. B. Chan,
L. Radom
19:40 – 1494. Getting down to the fundamentals of hydrogen bonding: Anharmonic vibrational frequencies for hydrogen bonding prototypes from ab initio
electronic structure computations.
G.S. Tschumper*
20:00 – 1495. Benchmarks for intermolecularinteraction energies between larger systems. T. Janowski, P. Pulay*
20:20 – 1496. Localized pair model of thechemical bond and non-covalent interactions. A.J. Proud, B.H. Sheppard,
J. Pearson
20:40 – 1497. From chemical graph theory to
the electronic structure fingerprinting of
localization-delocalization matrices(LDMs) and of electron density-weighted
adjacency matrices (EDWAMs).
C.F. Matta*, I. Sumar, R. Cook, P. Ayers
Hawaii Convention Center
313B
Chemistry of Atmospheric Aerosols (#56)

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: A. Bertram, A. Laskin
19:00 – 1498. Hygroscopicity and mixing
state of organics in atmospheric aerosols
over Japan. M. Mochida*
19:30 – 1499. Size distribution and mixing
state of black carbon particles during aheavy polluted episode in Shanghai.
X. YANG
19:50 – 1500. Chemical compoition of marine clouds and fogs in the Pacific and the
Yellow Sea. J.L. Collett*, T. Lee, A. Boris,
D. Straub, K.B. Benedict
20:10 – 1501. Photochemistry of individual
particles: Evidence of sulfate formation
through oxidation of organic sulfur compounds on particle surface. S. Seng,
Y. Tobon, R. Ciuraru, L.A. Picone,
C. GEORGE, R.M. ROMANO,
S. SOBANSKA
20:25 – 1502. Understanding the effect of
mixing state and water on CCN activation. D. Vu*, S. Gao, M. Kacarab,
A. Asa-Awuku
20:40 – 1503. Water adsorption on aerosols
from nuclear magnetic resonance.
E. Vonhof*, F. Stratmann, M.S. Conradi,
J. Haase
Hawaii Convention CenterHalls I, II, III
Advances in Quantum Monte Carlo (#80)

Organized by: S. Tanaka, L. Mitas,
P. RoyPresiding: S. Tanaka
Poster Session
19:00 – 21:00
1504. Targeting excited states with quantum
Monte Carlo. L. Zhao, E. Neuscamman
Hawaii Convention CenterHalls I, II, III

1507. Solid-liquid and solid-solid phase transition of Lennard-Jones fluid in the confined 2D system. H. Doi*, T. Kaneko,
K. Yasuoka
1508. Dynamics of supercooled water in partially crystallized gelatin-water mixture
studied by broadband dielectric spectroscopy. K. Sasaki*, R. Kita,
N. Shinyashiki, S. Yagihara
1509. Effect of charge density of ammonium
cations on their penetration into nanoporous silicon electrodes. Y. Imaoka,
A. Koyama, K. Fukami*, A. Kitada, T. Abe,K. Murase
1510. Interplay between thermomolecularorientation and imposed density gradients in models of confined fluids.
C.D. Daub*, J. Tafjord, S. Kjelstrup,
P. Åstrand, F. Bresme
1511. Destructive extraction of phospholipids from cell membranes by graphenenanosheets. y. Tu
1512. Characterization of ionic liquids between sliding surfaces using resonanceshear measurement. T. Kamijo,
H. Arafune, T. Morinaga, T. Sato*,
M. Hino, M. Mizukami, K. Kurihara
1513. Exfoliation of electrolyte-intercalated
graphene: Molecular dynamics simulations. O. Lee*
1514. Bioinspired artificial single ion pump.
Y. Tian, L. Jiang
Hawaii Convention CenterHalls I, II, III
Challenges in Plasmonic Photochemistry(#176)

Organized by: H. Misawa, P. Kamat,
H. Sun, S. Gwo
Poster Session
19:00 – 21:00
1515. Effects of agglomeration of silver
nanoplates on refractive-index detection
sensitivity. Y. Takahashi*, Y. Yamaguchi,
N. Ide, H. Tahara, T. Ishida, S. Yamada*1516. Location, location, location: Distancedependant plasmon-enhanced singlet
oxygen generation . N. Macia, O. Planas,
S. Nonell, B. Heyne*
1517. Edge-gold coated silver nanoprisms
for efficient dielectric sensing and plasmon-enhanced organic photovoltaics.
C. Xue*, M. Shahjamali
1518. Selective nitrogen fixation to ammonia
via plasmon-induced charge separation.
T. Oshikiri, K. Ueno, H. Misawa*
1519. Plasmon-mediated formation andgrowth of gold nanoparticles on ITO substrates. S. Kajimoto*, T. Okamoto,T. Takahashi, H. Fukumura
1520. Microfabrication of polystyrene quadrupole combined with top-down and bottom-up approach. T. Takahashi,
A. Matsutani, D. Shoji, K. Nishioka,
T. Isobe, A. Nakajima, S. Matsushita*
1521. Ultrasensitive detection of chirality ofviruses using chiral electromagnetic fields
created by achiral metal nanostructures.
S. Hashiyada*, A. Karimullah,
H. Okamoto, M. Kadodwala1522. Preparation and spectroscopic properties of gold noparticles modified withporphyrin monolayers. T. Ishida*,
Y. Takahashi, S. Yamada*

Recent Advances in Dynamics of Confined
Liquids (#123)

Organized by: A. Luzar, G. Patey,
M. Kinoshita
Presiding: M. Kinoshita
Poster Session
19:00 – 21:00* Principle Author

1505. Penetration of platinum complex anions into nanoporous silicon originatingfrom surface-induced phase transition:
Effect of counter cationic species.
A. Koyama, R. Koda, K. Fukami*,
N. Nishi, T. Sakka, T. Abe, A. Kitada,
K. Murase, M. Kinoshita
1506. Highly-efficient zinc electrodeposition
within nanoporous electrodes: An effectof the ionic charge controlled by complexation. Y. SUZUKI, A. Koyama,
K. Fukami, A. Kitada, T. Abe, K. Murase*

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
1523. Localized surface plasmon resonanceinduced visible light-responsive photocatalyst by loading (Au@Ag)@Au double
shell NPs. S. Yamashita, S. Kamimura,T. Ohno*1524. Plasmon excitation of size-controlled
PbS quantum dots on Au/TiO2 electrodefor effective photocurrent generation at
visible wavelength region. X. LI*,
K. Suzuki, T. Toda, S. Yasuda,
K. Murakoshi
1525. Development of far-ultraviolet (FUV)
surface plasmon resonance sensor usingaluminum thin films. T. Ryoki, Y. Tanaka,
I. Tanabe, T. Goto, . Kikawada, W. Inami,
Y. Kawata, Y. Ozaki
1526. Exploring plasmonic hot spots andtheir dynamics by photoemission electron
microscopy. Q. Sun*, H. Yu, K. Ueno,
A. Kubo, Y. Matsuo, H. Misawa
1527. In situ observation of enhancement ofmultiphoton emission from a single colloidal quantum dot (QD) using a silvercoated AFM tip. H. Takata*, S. Masuo
1528. Development of metal-enhanced fluorescence platforms based on copper
nanostructures. K. Sugawa*, T. Tamura,
H. Tahara, T. Akiyama, J. Otsuki
1529. Unique photochatalytic activity of
Cu2O/Cu plasmonic nanostructures under visible and near-infrared light.
N. Tsunenari*, S. Fujiwara, K. Sugawa,J. Otsuki
1530. Observation of charge separation between gold nanoparticles and titanium dioxide using surface plasmon spectroscopy. X. Shi, T. Oshikiri, K. Ueno,
H. Misawa*
1531. Metal enhanced up-conversion fluorescence by triplet-triplet annihilationnear silver nanoparticles. S. Jin*,
N. Takeshima, K. Sugawa, J. Otsuki
1532. Plasmon-enhanced surface catalytic
coupling reactions of aromatic aminecompounds. M. Zhang, L. Zhao, D. Wu*,
B. Ren, Z. Tian
1533. Precise control of carrier density andthickness of thin film plasmonic solar cell.
K. Nakamura*, T. Katase, T. Oshikiri,
K. Ueno, H. Ohta, H. Misawa
1534. Plasmon-induced photoelectric conversion system using gallium nitride substrate. R. Masunaga, T. Oshikiri,
K. Ueno, H. Misawa
1535. Site-selective deposition of polypyrrole via plasmon excitation. T. Toda, X. LI,
H. Minamimoto, K. Murakoshi*
1536. Spectral properties of plasmon-molecule hybrid states under strong coupling
and its dynamics . J. Li*, H. Uehara,
T. Oshikiri, K. Ueno, H. Misawa
1537. Microscopic photoluminescence mapping of plasmonic enhanced emission
from InGaN/GaN quantum well.
K. Tateishi, K. Okamoto*, M. Funato,
Y. Kawakami, P. Wang, S. Ryuzaki,
K. TAMADA
1538. Biosensor fabricated by biomoleculemodified Au nanoislands decorated TiO2
photoelectrode. J. Guo, K. Ueno,
T. Oshikiri, H. Misawa
1539. Fluorescence imaging of a single
nanoparticle on the plasmonic chip.
K. Tawa*, C. Sasakawa, C. Hosokawa
1540. Spectral properties and dynamics of
exciton-plasmon coupling states between J-aggregate and metal hybridnanostructure. H. Uehara*, J. Li,
T. Oshikiri, Q. Chen, K. Ueno, H. Sun,
H. Misawa
1541. Fano resonances on gold nano dolmen structures probed by photoemission
electron microscopy. H. Yu*, Q. Sun,
K. Ueno, Y. Matsuo, A. Kubo, H. Misawa
Hawaii Convention CenterHalls I, II, III
Recent Progress in Matrix Isolated Species(#199)

Organized by: T. Momose, Y. Lee,
D. Anderson

Poster Session
19:00 – 21:00

Hawaii Convention CenterHalls I, II, III

1542. UV photochemistry of cyclohexadiene
in solid parahydrogen. J. Miyazaki*,
S.Y. Toh, P. Djuricanin, T. Momose
1543. Rotational and translational dynamics
of hydrogen fluoride in solid parahydrogen. S. Kuma*, Y. Miyamoto, H. Ooe,
N. Sasao, K. Kawaguchi
1544. Matrix effects in NMR-matrix-isolation
spectroscopy. F.T. Zischka, A.J. Kornath1545. Exploring the potential energy landscape of alcohol-water complexes: The
observation of large-amplitude hydrogenbond motion by far-infrared matrix isolation spectroscopy. J. Andersen,
J. Heimdal, R. Wugt Larsen*
1546. Conformational properties and photochemistry of 2-(1,2,4-triazol-5(3)-yl)phenol in low temperature matrices.
M. Pagacz-Kostrzewa*, M. Saldyka
1547. Photochemical reaction of sulfur
hexafluoride with oxygen in low-temperature krypton matrices. K. Iijima*,
D. Takeda, Y. Yamada
1548. Isomerization and photodecomposition of N-hydroxyurea in argon matrices:
FTIR and theoretical studies.
M. Saldyka*, M. Pagacz-Kostrzewa

Dynamical Intermolecular Interactions for
Biological Functions (#307)

Hawaii Convention CenterHalls I, II, III
Metal Ions and Protein Functions:
Theoretical Models and Applications (#202)

Organized by: Q. Cui, M. Meuwly,
T. Allen, Y. Gao
Poster Session
19:00 – 21:00
1549. Catalase activity of MnIII complexes.
A. Romero-Rivera, M. Swart*
1550. Computational study of effect of different metal ions on dioxygenase activity.
T. Saito, T. Numata, T. Kawakami,
S. Yamanaka, M. Okumura
1551. Effects of salt ions on the dynamics
and thermodynamics of protein unfolding
and aggregation. H. Du, R. Jennings,
Z. Liu, X. Qian*
1552. Modeling of ligand binding to metalloproteins. A. Cho*1553. New force field parameters for copper-zinc SOD1 enzyme and effects of
SOD1 demetalation: Implications for understanding of the molecular origin of
amyotrophic lateral sclerosis (ALS) anddesigning therapeutic targets for ALS
treatment. V.K. Hinge, N. Blinov,
N. Cashman, A. Kovalenko
1554. Structural elucidation of Ca2⫹-triggered folding in a de novo-designed intrinsically disordered peptide.
A.T. Church*, Z.E. Hughes, T.R. Walsh
Hawaii Convention Center
304B
Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. GewirthPresiding: H.H. Girault
19:00 – 1555. Ionic liquids in nanonoconfinement and the physics of charging of
nanoporous electrodes. A.A. Kornyshev*
19:40 – 1556. Ultrathin carbon electrodes formolecular electronics. R.L. McCreery*,A. Bergren, B. Szeto, A. Morteza-Najaran,
O. Ivanshenko, J. Fereiro, A. Bayat,
D. James
20:10 – 1557. Studies of the electrodeposition of Ge and the possible formation ofGermanene. J.L. Stickney*
20:40 – 1558. Non-Faradic energy storage
by room temperature ionic liquids in
nanoporous electrodes. D. Bedrov,
J. Vatamanu

Organized by: D. Zhong, M. Terazima,
Q. Lu
Poster Session
19:00 – 21:00
1559. Conformational dynamics of the cyanobacterial phytochrome1 (Cph1) studied
by the transient grating method.
K. Takeda*, M. Terazima
1560. Photodynamic diagnosis of peritoneal
metastatic cancer using photosensitizer
Talaporfin in vivo. H. Ryoma*, l. li
1561. Theoretical study of high-pressure effect on the structure of helical peptides.
Y. Mori, H. OKUMURA
1562. Insight into the blinding domains of Pglycoprotein through homology modelingand molecular dynamics simulation.
R. Arenas*, Y. Ba
Hawaii Convention Center
305B
Photocatalysis and Charge Transfer at
Interfaces and Nanomaterials (#344)

Organized by: D. Kilin, S. Kilina,
I. Burghardt, G. Scholes, U. Diebold,
A. Selloni, X. Gong, Q. Sun, R. Asahi,
K. Donmen
19:00 Properties of Doped Titania Nanostructures
19:00 – 1563. Structural, electronic, and optical properties of minority surfaces, bilayers, and nanocomposites of anatase
TiO2: A combined DFT⫹MBPT analysis.
G. Giorgi, K. Yamashita
19:15 – 1564. Visible light-induced photocatalysis by rhodium-doped titania particles. B. Ohtani*, T. Arima, M. Takase,
J. Kuncewicz
19:30 – 1565. Visible light induced hydrogen
evolution of alternate stacked structure oftitanate nanosheets and tungstate nanosheets position-selectively modified with
Pt complex and Ru complex.
F. Kishimoto*, D. Mochizuki, M. Maitani,E. Suzuki, Y. Wada
19:45 Plasmonic Nanoparticles for Photocatalysis
19:45 – 1566. Direct observation of plasmon-driven photocatalytic hydrogen generation over Au/Pt-TiO2 composite nanofibers through dual-beam irradiation.
C. Xue, Z. Zhang
20:00 – 1567. Visible light photocatalytic
performance of Au-Pd alloy nanoparticles
for various reactions. H. Zhu*, S. Sarina,
Q. Xiao
20:15 – 1568. Novel photocatalyzed aqueous hydrogenation system for unsaturated aromatics using formic acid.
y. huang*, H. Zhu, C. Guo
20:30 concluding remarks
Hawaii Convention CenterHalls I, II, III
Interfacial Phenomena for Bubbles,
Droplets, Films and Soft Matter (#403)

1573. Photoinduced manipulation of aqueous solutions using a photoresponsive
surfactant. Y. Ayako, Y. Takahashi,
Y. Kondo*
1574. Prevention of biofilm formation due to
enzymatic inactivation of quorum sensing
signal. R. Kawakami, Y. Takayama,
Y. Sato, K. Iimura, E. Nasuno, N. Kato*
1575. Suppressive effects of cyclodextrins inbiofilm formation of Pseudomonas
aeruginosa. Y. Sato, R. Kawakami,
K. Iimura, E. Nasuno, N. Kato*
1576. Aqueous phase behavior and polymerization of molecular assemblies in polymerizable gemini and monomeric surfactant mixtures. N. Kobayashi,
Y. Takamatsu, Y. Okabe, T. Endo,
K. Torigoe, K. Sakai, H. Sakai, M. Abe
1577. Preparation of polymer nanoparticle
using highly stable oil in oil type emulsions. A. Morioki, T. Endo, K. Sakai,
Y. Watanabe, K. Ando, S. Uozumi,
S. Okuda, M. Abe, H. Sakai
1578. Emulsification by coacervate-type active interfacial modifier. M. Tanaka,
T. Endo, K. Sakai, K. Sakamoto, M. Abe,H. Sakai1579. Light-induced huge assembly formation, dense liquid droplets formation, andcrystallization of protein at air/solution interface. I. Yoshimatsu*, A. Miura,
N. Kitamura
1580. Emulsification by poly(acrylic acid)-alkylamine complex as active interfacial
modifier. M. Shijo*, T. Endo, K. Sakai,
K. Sakamoto, M. Abe, H. Sakai
1581. Selective formation of mannosyl-larabitol lipid by Pseudozyma tsukubaensis
JCM16987. A. Kosaka*, T. Morita,
T. Imura, T. Fukuoka, K. Sakai, H. Sakai,
M. Abe, D. Kitamoto
1582. Synthesis and interfacial properties of
optical-active surfactants analogous to
AOT. S. Murooka, Y. Takahashi,
Y. Kondo*1583. Detection of hydrogen nanobubbles atPt(111) atomic flat surface.
K. Kashiwagi, R. Shinozaki,
S. Nakabayashi
1584. Fabrication of femtoliter polymer containers using droplets consisting of hydrocarbon oil/fluorocarbon oil. M. Kano,
Y. Takahashi, Y. Kondo*
1585. Adsorption characteristics of vitamin A
from its emulsion to lipid Langmuir monolayers. M. Kawahara, K. Iimura,
M. Miyake
1586. Accurate measurement of surface viscosity for dilute surfactant monolayer
with electromagnetically spinning system.
T. Hirano*, K. Sakai
1587. Measurement system for surface tension of flying droplet with high time resolution. S. Mitani*, K. Sakai
1588. Study on existence inspection of thefine bubble. T. Hata*, M. KARIYA,
J. NAGAHARA, K. TADA, Y. NISHIUCHI,
Y. YOSHIDA, S. WATANABE,
M. OHMORI
1589. Colloidal stability of surfactant-free oilin-water emulsions in multicomponent
system. A. YAMAMOTO*, T. Sakai
1590. Study on decomposition of organic
matter by using the fine bubble and ultrasonic waves. T. MORITA, A. HIGUCHI,
T. Hata*, J. NAGAHARA, K. TADA,
Y. NISHIUCHI

Organized by: A. Amirfazli, Y. Zuo, J. Li
Poster Session
19:00 – 21:00
1569. Separation of chalcopyrite and pyrite
through bioflotation. B. Bleeze*,
S. Harmer
1570. Preparation and hydrophobicity of solid/liquid bulk composite using porous
glass and low-surface-energy oil.
K. Yokoyama, M. SAKAI, T. Isobe,
S. Matsushita, A. Nakajima*
1571. Phase-separated structures of mixed
LB films of long-chain alcohol and hybrid
carboxylic acid. T. Sensui*, S. Watanabe,
M. Matsumoto*, K. Murai
1572. Structure of Langmuir-Blodgett-Gibbs
films of D19A and C12E8. K. Suzuki*,
S. Watanabe, K. Murai, M. Matsumoto* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–191

05 – PHYS
1591. Study on washing by using fine bubbles. Y. MATSUDA, T. ISHIZAKI,T. Hata*, J. NAGAHARA, K. TADA,
Y. NISHIUCHI
1592. Study on oil/water (O/W) emulsion
manufacture technology using liquid -liquid two phase flow. K. TADA*,
H. SURYADINATA, T. Hata,
J. NAGAHARA, Y. NISHIUCHI
Hawaii Convention Center
313A
Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: J.R. Lane
19:00 – 1593. Reactions of atmospheric free
radicals studied by cavity ringdown andtime-resolved frequency comb laser
spectroscopies. M. Okumura*
19:30 – 1594. Imaging studies of atmospheric radical photochemistry: From energetics to roaming dynamics.
S.W. North
20:00 – 1595. Imaging the effect of reactant
rotations on the dynamics of the Cl ⫹CHD3(v1 ⫽ 1, ⱍ J, K⬎) reaction. K. Liu*
20:30 – 1596. Zero-point energy corrected
potential energy surface for roaming reactions. M.J. Jordan*, K. Lee, S. Kable

Saturday Morning
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: H. Nakai, J. Pearson
8:00 – 1597. Fullerenes encaging metal atoms: Interplay of calculations and experiment. S. Nagase
8:20 – 1598. Playing with pentagons andhexagons: Fullerenes and their golden
duals. P. Schwerdtfeger*, L. Wirz
8:40 – 1599. DFT approaches designing new
ferromagnetic organic magnetic diradicals. J. Lee*, D. Cho, Y. Nam
9:00 – 1600. GPU-based molecular dynamics simulations of complex fluids and interfaces. N.M. Cann, S. Kazachenko,
C. Si
9:20 – 1601. Anisotropic noncovalent interactions in molecular assembly and collective properties in condensed phase.
K.S. Kim*
9:40 Break
9:50 – 1602. Dative bonding in main-groupcompounds. G. Frenking*10:10 – 1603. Molecular design of simple
D-␲-A architecture as potential sensitizers for highly efficient dye-sensitized solar cells. S. Jungsuttiwong
10:30 – 1604. CompChem & NMR studies ofquadrupolar nuclei in solution. F. Mocci*,
A. Laaksonen, M. Porcu, K. Aidas
10:50 – 1605. Theoretical studies of highpressure reactions. N. Weinberg*,
J.A. Spooner*, H. Wiebe*
11:10 – 1606. Molecular dynamics of bimolecular organic reactions. K.N. Houk*
11:30 Break
Hawaii Convention Center
306A

TECHNICAL PROGRAM
8:50 – 1608. Insights into the packing
switching of the EphA2 transmembrane
domain by molecular dynamic simulations. F. Sun*, S. Luo*
9:20 – 1609. Computer simulations of membrane proteins in a plasma membranemodel. V. Corradi*, G. Singh, S. Marrink,
D. Tieleman
9:50 – 1610. Multiscale approach to proteinmediated interactions between cellular
membranes: Using simulations of cadherin self-assembly to explain the experimentally observed sensitivity of the adhesion process. A. Smith
10:20 – 1611. Multiscale modeling with the
integral equation coarse-graining approach. M. Guenza
Hawaii Convention Center
313B

Organized by: R. Faller, D. Huang,
M. Karttunen
Presiding: M. Karttunen
8:00 – 1607. Molecular view on cellular
membranes. S. Marrink*

192–TECH

Hawaii Convention Center
308A
Conformational Dynamics of Biomolecules
and the Biomolecule-Solvent Interface (#98)

Chemistry of Atmospheric Aerosols (#56)

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: E. Bieske, S. Nizkorodov
8:00 – 1612. Complex refractive index of
secondary organic aerosols generated
from isoprene. T. Nakayama*
8:30 – 1613. Atmospheric processing ofmodel mineral dust particles and the impact on aerosol optical properties.
M.A. Young, J.M. Alexander,
P.D. Kleiber, V. Grassian
8:50 – 1614. Changes in the optical properties of secondary organic aerosols bychemical processes. Y. Rudich*
9:20 – 1615. Estimation of light absorption
by biomass burning aerosols using detailed chemical composition data.
V. Samburova, M. Gyawali, R.L. Yatavelli,
R. Chakrabarty, A. Watts, J. Knue,
A. Cunningham, J. Connolly,
H. Moosmuller, B. Zielinska, A. Khlystov*9:40 – 1616. Formation of light absorbing
soluble secondary organics and polymeric particles from the dark mixing ofcatechol and guaiacol with Fe(III).
H.A. Al-Abadleh*, S. Slikboer, L. Grandy,
S. Blair, S. Nizkorodov, R. Smith
10:00 Break
10:10 – 1617. Cloud chamber studies ofbrown carbon formation and aerosol production by aqueous-phase aldehydeamine reactions during cloud cycling.
D.O. De Haan*, M.D. Zauscher,
L.N. Hawkins, A. Pajunoja,
M. Cazauneau, E. Pangui, P. Formenti,
J. Doussin
10:30 – 1618. Brown carbon formation via
atmospheric prevalent carbonyls reactingwith methylpyrroles. P. Lin*, P.K. Aiona,
S. Nizkorodov, J. Laskin, A. Laskin*
10:45 – 1619. Computational screening of
possible brown carbon compounds in theatmospheric aerosol. M. Caricato*
11:05 – 1620. Molecular level characterization of aerosol nucleation processes combined photoelectron spectrosopy
and ab-initio modeling approach.
M. Valiev, X. Wang
11:25 – 1621. Molecular probe for SOA precursors: The photochemical mechanismof sunlight irradiated aqueous pyruvic
acid. A.J. Eugene, M.I. Guzman*
11:40 – 1622. Composition and photochemistry of biodiesel and diesel fuel SOA.
S. Blair, A. MacMillan, G. Drozd,
A. Goldstein, P. Lin, J. Laskin, A. Laskin,
S. Nizkorodov*
Hawaii Convention Center
308B
Advances in Quantum Monte Carlo (#80)

Coarse Grained Modeling and its
Integration with Experiments (#30)

9:10 – 1625. Targeting excited states directlyin quantum Monte Carlo.
E. Neuscamman*
9:45 Break
9:55 – 1626. Brueckner-Goldstone quantum
Monte Carlo. S. Hirata*
10:30 – 1627. Water clusters, ice, and bulk
liquid: Improving ab-initio structure andenergetics. D. Alfe‘ *11:05 – 1628. Ab-initio molecular dynamics
by quantum Monte Carlo. S. Sorella*
11:40 – 1629. Path integral Monte Carlo
method for Rényi entanglement entropies. C.M. Herdman*, S. Inglis, P. Roy,
R.G. Melko, A. Del Maestro

Organized by: S. Tanaka, L. Mitas,
P. RoyPresiding: C.J. Umrigar
8:00 – 1623. Going beyond single determinant trial functions for diffusion Monte
Carlo calculations. K. Jordan*
8:35 – 1624. QMC using very large configuration interaction-type expansions.
A. Scemama*, E. Giner, T. Applencourt,
M. Caffarel

Organized by: M. Nagaoka, D. Leitner,
J. Straub, Y. Gao
Presiding: R. Elber, C. Hyeon
8:00 – 1630. Conformation changes and water-protein interaction change for functionof proteins. M. Terazima*
8:30 – 1631. Simple, yet powerful conformational sampling methodologies for proteins. R. Harada, Y. Takano, Y. Shigeta
8:50 – 1632. Protein-solvent dynamical coupling in solution and in membranes.
D. Tobias*
9:20 – 1633. Vibrational coupling of site-specific probe pairs for 2D IR studies of protein conformational dynamics.
M.J. Tucker*
9:40 Break
9:50 – 1634. Modeling nanotoxicity: Molecular simulation of protein-nanoparticle interactions and their implications in nanomedicine. R. Zhou
10:20 – 1635. Accelerated quasidynamics of
biomolecules steered with 3D-RISM-KH
mean solvation forces. A. Kovalenko*,
I. Omelyan
10:40 – 1636. Exact milestoning. R. Elber*
11:10 – 1637. Inhibition of amyloid formation
by immunoglobulin light chain variabledomain based on the analysis of structural fluctuations. D. Hamada*,
H. Tsutsumi, M. Nawata, C. Ota
11:30 – 1638. Site-specific interrogation ofprotein conformational dynamics. F. Gai
Hawaii Convention Center
305B
Recent Advances in Dynamics of Confined
Liquids (#123)

Organized by: A. Luzar, G. Patey,
M. Kinoshita
Presiding: D.T. Limmer
8:00 – 1639. From microscopic ion adsorption to macroscopic wettability alteration
at solid-liquid interfaces. F. Mugele*
8:30 – 1640. Toward ab initio molecular dynamics simulations of electrochemical reactions at battery electrode interfaces.
K. Leung*
9:00 – 1641. Harvesting atmospheric waterwith dewetted polymer surfaces.
C. Neto*, O. Al-Khayat, S. Thickett,D. Beck
9:30 break
9:45 – 1642. THz time domain studies of water entrapped in micelles. M. Havenith*
10:15 – 1643. Dynamic responses in electricfield-induced nanowetting. D. Bratko*,
D. Vanzo, A. Luzar
10:35 – 1644. Molecular dynamics simulation of water between metal walls underelectric field: Dielectric response and dynamics after field reversal. A. Onuki
11:05 – 1645. Surface effects in nanofluidic
energy harvesting. D.J. Rankin,
D.M. Huang*

Hawaii Convention Center
313C
Challenges in Plasmonic Photochemistry(#176)

Organized by: H. Misawa, P. Kamat,
H. Sun, S. Gwo
Presiding: S. Link, H. Misawa
8:00 – 1646. Simultaneous evaluation offluctuation in surface-enhanced resonance Raman scattering and surface-enhanced fluorescence using single silver
nanoparticle dimers. T. Itoh*,
Y.S. Yamamoto, H. Tamaru, V. Biju,
S. Wakida, Y. Ozaki
8:20 – 1647. Plasmonic metal-semiconductor composites for solar energy harvesting. N. Wu*
8:50 – 1648. Plasmonic gold nanoparticles in
the cancer cell: Following cell cycle, photothermal cell death, drug delivery dynamics, and efficacy. M.A. El-Sayed*
9:20 – 1649. Nanovortex fields formed bydesigned plasmonic structures.
K. Sasaki*, R. Takei, K. Sakai
9:40 – 1650. Plasmon-induced artificial photosynthesis using gold nanostructuredoxide semiconductor photoelectrodes.
H. Misawa*, Y. Zhong, T. Oshikiri,
Y. Mori, K. Ueno
10:10 – 1651. Hot-electron induced photocatalysis. P. Nordlander*
10:40 – 1652. Plasmonic vertical split-ringresonators for sensing and light manipulation. D. Tsai*, P. Wu, W. Hsu, . Chen,
Y. Huang, W. Tsai, C. Liao
11:10 – 1653. Photochemistry in ultranarrowplasmonic gaps. C. Tserkezis,
R. Esteban, D. Sigle, J. Mertens,
L.O. Herrmann, J.J. Baumberg,
J. Aizpurua
11:30 – 1654. Single-particle absorption
spectroscopy by photothermal contrast.
S. Link
Hawaii Convention Center
310 Theatre
Challenges and Opportunities for ExascaleComputational Chemistry (#184)

Organized by: J. Rice, W. Swope,
A. Rendell, Y. Okamoto
Presiding: W. Swope
8:00 – 1655. A priori prediction of chemical
reaction mechanisms in complex systems based on quantum chemical molecular dynamics. S. Irle*
8:30 – 1656. Challenge of simulating crystallisation from aqueous solution: Prospects
for exascale computation. J.D. Gale,P. Raiteri, R. Demichelis, M. De La Pierre,
T. Ling, A.L. Rohl
9:00 – 1657. Challenges to overcome inpolymeric simulations. M. Stevens
9:30 – 1658. Quantum simulations of heterogeneous materials. G. Galli*
10:00 Break
10:15 – 1659. Improving the performance of
ab initio molecular dynamics simulations
for actinide and geochemical systems
with new algorithms and new machines.
E.J. Bylaska*, W.A. de Jong,
M. Jacquelin, D. Song, J. Weare* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
10:45 – 1660. Development of massive parallel code for quantum mechanical molecular dynamics simulations: DCDFTB-K program. Y. Nishimura,
H. Nishizawa, M. Kobayashi, S. Irle,
H. Nakai*
11:05 – 1661. Real-time electron dynamics
for excited-state simulations on exaflop
supercomputers. X. Andrade*, A. Correa
Hawaii Convention Center
304A
Quantum Fluid Clusters (#203)

Organized by: T. Momose, A. Vilesov,
M. Choi
Presiding: F. Stienkemeier, A. Vilesov
8:00 – 1662. Superfluidity in helium droplets.
J.M. Eloranta*
8:35 – 1663. Superfluidity in finite-size helium systems: Critical Landau velocity
and vortices. M. Drabbels
9:10 – 1664. Superfluidity of quantum clusters in confinement. M. Boninsegni*
9:45 Break
9:55 – 1665. Interaction anisotropy andchaos in collisions of ultra-cold highlymagnetic atoms. S. Kotochigova*
10:30 – 1666. Dynamics of helium droplets ina cryogenic electrostatic ion storage ring.
S. Kuma*, Y. Nakano, Y. Enomoto,T. Azuma
10:50 – 1667. Theoretical calculations ofrovibrational spectra of small molecules
inside helium clusters. M. Lewerenz
11:25 – 1668. Dynamics of trapped molecules. P. Roy*, T. Zeng
Hawaii Convention Center
304B
Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. GewirthPresiding: M. Eikerling, K. Malek
8:00 – 1669. Simulating electric double layers using density functional theory based
molecular dynamics. J. Cheng
8:20 – 1670. First-principles prediction ofsolvation energies and redox potentials inaqueous environments. I. Dabo*
8:50 – 1671. Structure of electrode/electrolyte interfaces studied from first principles. A. Gross*
9:20 – 1672. Electrocatalysis on model electrodes and modern DFT concepts: Experiment meets theory. S. Brimaud*,
R. Behm
9:40 Break
10:00 – 1673. Modeling heterogeneous photoelectrocatalysis from first principles.
E.A. Carter*
10:40 – 1674. Electrocatalysis from first principles: Mechanistic insights into the oxygen and CO2 reduction reactions.
M. Neurock*
11:10 – 1675. Reversible potentials, bondstrengths, and insertion reactions onelectrocatalysts. A. Anderson
11:40 – 1676. Computational modeling forunderstanding electrochemical processes at the bio-nano interface.
I. Matanovic-Gonzales*, S. Babanova,
P. Atanassov
Hawaii Convention Center
312
Quantum Coherence in Energy Transfer:
General Open System Theory and Methods(#297)

Organized by: J. Cao, P. Brumer, J. Wu
8:00 – 1677. Quantum spectroscopy of photosynthetic complexes with entangled
photons. S. Mukamel*, F. Schlawin,
K. Dorfman

8:35 – 1678. Influence of initial electronic coherent superposition on energy transfer
and charge separation dynamics in PSII
reaction center. D.F. Coker, P. Huo,
M. Lee9:10 – 1679. Vibrational coherence dynamics
in multidimensional spectra with the optimized mean-trajectory approximation.
M. Alemi, R.F. Loring*
9:45 – 1680. Quantum mechanics of open
systems with three classes of bath.
Y. Yan
10:20 – 1681. First-principles simulation ofopen systems. G. Chen*
10:55 – 1682. Open quantum walk approachto a transport problems in biological systems. F. Petruccione
11:30 – 1683. Quantum-induced vs. thermally-induced structural transitions in small
and very large Lennard-Jones clusters.
V. Mandelshtam*, I. Georgescu*,
J. Deckman*, P. Frantsuzov*

10:40 – 1699. Reactions of small sulfur-containing molecules with hydrated radical
anions in the gas phase. C.A. Siu*
11:00 – 1700. Evaluation of gas-phase ion
activation strategies for ‘targeted’ and‘global’ Identification, characterization,and quantitation of microcystin peptides.
G.E. Reid*, T.J. Attard
11:20 – 1701. Probing the residue configuration in peptides based on the MS-fragment of Pd (II)-peptide complexes.
Y. Pan
11:40 – 1702. Peptide UV-photodissociation- a statistical interpretation. J. Moon*,
M. Kim, S. Yoon
Hawaii Convention Center
305A
Advances in Quantum Dynamics fromSpectroscopy to Reactions (#384)

10:05 – 1718. Nanocapillary bridging as a
new tool for binding of ultraflexible reconfigurable nanoparticle filaments and gel
networks. O.D. Velev*, B. Bharti,
M. Rubinstein, A. Fameau
10:30 – 1719. Charge effects on surfactant
bilayer dynamics. R.D. Bradbury,
M. Nagao
10:50 – 1720. Photoinduced coalescence ofoil droplets in emulsions prepared using
photoresponsive surfactants.
Y. Takahashi*, N. Koizumi, Y. Kondo*
11:10 – 1721. Basic flows in thermocapillarydriven convection in free liquid film.
I. Ueno*, L. Fei, T. Tamura, T. Kaneko,
D. Pettit
Hawaii Convention Center
313A
Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: H. Guo, D. Xie, A. Brown
Hawaii Convention Center
301A

8:00 Introduction
8:05 – 1684. Electrostatics, hydrogen bonding, and dynamics in proteins.
S.G. Boxer*
8:35 – 1685. Significance of dynamic interaction between the BLUF photoreceptor
PixD and its downstream factor PixE forcontrolling phototaxis in cyanobacteria.
S. Masuda*
9:05 – 1686. Structural dynamics of proteinsusing novel visible fluorescence probes.
H. Pan, J. Xu*
9:35 – 1687. Controlling reactivity by remote
protonation of a basic side group.
E. Pines*
9:55 Break
10:10 – 1688. Structural and functional dynamics of the influenza M2 proton channel . F. Gai
10:40 – 1689. Molecular mechanism of
H/ACA RNP-guided pseudouridylation.
X. zhao*
11:10 – 1690. On the low photo-inactivation
rate of bacteria in plasma. J. Chen,
P. Rentzepis, T.C. Cesario
11:40 – 1691. Prehydrated electron, reductive DNA damage, and cancer initiation.
Q. Lu*, Y. Mei, Q. Zhang

8:00 – 1703. Photochemical dynamics.
D.G. Truhlar
8:30 – 1704. State-to-state photodissociation studies by VUV-VUV laser timesliced velocity-map imaging method.
C. Ng
8:50 – 1705. Geometric phase effects in
non-adiabatic dynamics near conical intersections. A. Izmaylov*
9:10 – 1706. Role of triplets in photochemical processes of molecules in solutions.
Y. Luo9:30 – 1707. Novel path-integral based dynamics for photochemistry. N. Ananth*
9:50 Coffee Break
10:10 – 1708. CPUF: Probing multichannel
reaction dynamics with chirped pulse microwave spectroscopy in uniform supersonic flows. A. Suits*, C. Abeysekera,
L. Zack, N. Ariyasingha, B. Joalland,
B. Park, R. Field, I. Sims
10:40 – 1709. Isotopic effects in the O ⫹ O2
exchange reactions by reactive quantum
wavepacket method. Z. Sun
11:00 – 1710. Long-lived complexes in theF ⫹ H2O and F ⫹ CH3OH hydrogen abstraction reactions. R. Continetti*
11:20 – 1711. Quantum interference effectobserved in various properties of photofragments of simple molecules .
T. Matsuoka, S. Yabushita
11:40 – 1712. H ⫹ H2 quantum dynamics
using potential energy surfaces based on
the XYG3 type of doubly hybrid density
functionals. X. Xu, N. Su*, J. Chen,
Z. Sun, D. Zhang

Hawaii Convention Center
306B

Hawaii Convention Center
326B

Dissociation of Biomolecules in the Gas
Phase for Structural Characterization (#352)

Interfacial Phenomena for Bubbles,
Droplets, Films and Soft Matter (#403)

Organized by: S. Shin, R. Julian,K. Honma, K. Siu, S. Blanksby
Presiding: R. Julian, S. Shin

Organized by: A. Amirfazli, Y. Zuo, J. Li
Presiding: J. Hao, T. Lee, O.D. Velev,
Y. Zuo

8:00 Opening Remakrs
8:05 – 1692. Proposed nomenclature systemfor peptide ion fragmentation. K. Siu
8:25 – 1693. Ground and excited statechemistry of peptide cation-radicals in
the gas phase. F. Turecek*
8:50 – 1694. Collisional isomerization anddissociation of odd-electron peptide ions.
I. Chu9:10 – 1695. Gas-phase ion-electron andion-photon reactions for biomolecular
structural determination. K. Hakansson*
9:30 – 1696. Efforts to make radical-driven
peptide fragmentation mass spectrometry as a more practical laboratory tool.
H. Oh
9:50 – 1697. Evaluation of a bifunctional
TEMPO-active ester reagent for peptide
structure analysis by tandem mass spectrometry. M. Schaefer*, C. Ihling,
F. Falvo, A. Sinz
10:05 Break
10:15 – 1698. Peptide fragmentation: Energetics, structures, and mechanisms.
P.B. Armentrout, A. Mookherjee

8:00 – 1713. Viscoelastic surfactant gels.
J. Hao*8:30 – 1714. Partially fluorinated self-assembled monolayers having an inverted surface dipole. O. Zenasni, M.D. Marquez,
T. Lee*8:55 – 1715. Mechanism of action of additives for flocculation and dewatering of
mature fine tailings revealed by moleculartheory of solvation. S. Hlushak,S. Stoyanov, A. Kovalenko*
9:15 – 1716. Using densely packed, hyperbranched, hydrocarbon surfactants togenerate low aqueous surface tensions
comparable to those attained with fluorinated surfactants. M. Sagisaka*,
R. Soma, T. Narumi, A. Ohata, C. James,
A. Yoshizawa, F. Guittard, J. Eastoe
9:35 – 1717. Dispersing carbon nanotubes
and graphene nanoplatelets with surface
free energy. X. Zhang*, X. Zhang*,
Y. Zuo*9:55 Coffee Break

Dynamical Intermolecular Interactions for
Biological Functions (#307)

Organized by: D. Zhong, M. Terazima,
Q. Lu

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: K. Liu
8:00 – 1722. Spectroscopy and dynamics offree radicals studied by slow electron velocity-map imaging of cryogenicallycooled anions (cryo-SEVI). D. Neumark
8:30 – 1723. Signature of roaming dynamics
in the thermal decomposition of ethyl nitrite: Chirped-pulse millimeter-wave
spectroscopy and kinetic modeling.
K. Prozument*, Y.V. Suleimanov,B. Buesser, J.M. Oldham, W.H. Green,
A.G. Suits, R. Field
9:00 – 1724. Automatic pathway exploration
for combusiton and atmospheric reactions. J. Zádor
9:30 – 1725. Product detection and kinetic
studies of substituted-phenyl oxidation
reactions. A. Trevitt*, S. Blanksby,
M. Prendergast, G. da Silva
10:00 – 1726. Simulation of the photodetachment spectrum of the methoxy radical. J.F. Stanton*
10:30 – 1727. Laser excitation spectra ofresonance-stabilized radicals for atmospheres, combustion, and astrophysics.
T. Schmidt
11:00 – 1728. Yearning for the complete
photoionization experiment: Are coincidence techniques all-rounders?. A. Bodi*
11:30 – 1729. Recent advances in synchrotron-based VUV photoionization mass
spectrometry for combustion and energy
studies. F. Qi*, Y. Li, B. Yang
Hawaii Convention Center
307AB
Recent Experimental and Theoretical
Advances in Studies of Liquid Interfaces(#437)

Organized by: T. Tahara, A. Morita,
R. Walker, L. Dang, H. Kang,
S. Yamaguchi, J. Gibbs-Davis
Presiding: H. Kang, S. Yamaguchi
8:00 – 1730. Protein structures and folding
at interfaces probed by chiral sum frequency generation vibrational spectroscopy. z. Wang, L. Fu, E. Yan*
8:30 – 1731. Heterodyne-detected chiral
VSFG of bulk liquids and liquid interfaces.
T. Ishibashi*, M. Okuno* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–193

05 – PHYS
9:00 – 1732. In situ sum-frequency vibrational spectroscopy of electrochemicalinterfaces. W. Liu*
9:15 Break
9:35 – 1733. Water orientation and dynamics
at surfactant and lipid interfaces.
J. Skinner*
10:05 – 1734. Computational SFG analysisof organic liquid surfaces. A. Morita*,
L. Wang, T. Ishiyama
10:35 – 1735. Hydrogen bonding structureand dynamics at the liquid/solid interface.
J. Karnes, I. Benjamin*
11:05 – 1736. Understanding the rates andmolecular mechanism of water-exchangearound aqueous Ions using molecularsimulations. l. dang*
11:35 – 1737. Molecular theory of liquid interfaces. A. Kovalenko*

Saturday Afternoon
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: N. Mora-Diez,
P. Schwerdtfeger
13:00 Break
13:10 – 1738. Automatic search of reaction
pathways for complex reaction systems
using the Global Reaction Route Mapping(GRRM) strategy. K. Morokuma
13:30 – 1739. Protodeauration step ingold(I)-catalysed organic reactions.
B.F. Yates*, A. Ariafard, S. Hashmi,
R. BabaAhmadi, P. Ghanbari, N.A. Rajabi
13:50 – 1740. Computational investigation
into the oxo-transfer mechanisms of diselenolene-Mo and W complexes.
E. Bushnell*
14:10 – 1741. Refining our understanding of
the complex solution chemistry of copper
coordination with cuprizone.
J.M. Pushie*, K.L. Summers,
K.H. Nienaber, S. Caine, I.J. Pickering,
G.N. George
14:30 – 1742. Mechanistic understandingsof catalytic meta-C-H bond activations.
Y. Wu*
14:50 – 1743. Application of halogen bonding to organocatalysis. M. Wong*
15:10 Break
15:20 – 1744. Computational investigationsof 1,2-HX elimination reactions in competition with 1,1-HX elimination reactions
from halocarbons - using experimental
evidence to validate computationallygenerated transition state geometries.
G. Heard
15:40 – 1745. Can noncovalent interactions
trigger spontaneous heterolytic and homolytic bond cleavages?. M. Yanez*,
O. Mo, I. Alkorta, J. Elguero
16:00 – 1746. Inversion reactions on graphene nanoflakes. A. Karton*
16:20 – 1747. Modelling aqueous protontransfer steps: The reaction of CO2 withaqueous amines. A. East
16:40 – 1748. HERON reaction of anomeric
amides. S.A. Glover
Hawaii Convention Center
306A
Coarse Grained Modeling and its
Integration with Experiments (#30)

Organized by: R. Faller, D. Huang,
M. Karttunen
Presiding: R. Faller
13:00 – 1749. Wear process simulation ofpolymer brushes using coarse-grained
molecular dynamics. R. Takakuwa*,
Y. Higuchi, N. Ozawa, Y. Tsujii,
K. Kurihara, M. Kubo
13:30 – 1750. Coarse-grained molecular dynamics simulation for fracture process of
double-network gel. K. Saito*,
Y. Higuchi, N. Ozawa, M. Kubo

194 –TECHTECHNICAL PROGRAM
14:00 – 1751. Self-rolled nanotubes with
controlled hollow interiors by surface
grafts. E. Sim*, M. Han
14:30 – 1752. Coarse-graining electrostaticinteractions in molecular simulations ofionic systems. D. Bedrov*, J. Vatamanu
15:00 – 1753. Minimal, soft, coarse-grainedmodels for polymer blends and copolymers: Successes and challenges.
M. Mueller
Hawaii Convention Center
313B
Chemistry of Atmospheric Aerosols (#56)

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: A. Laskin, X. YANG
13:00 – 1754. Model simulations of stress induced biogenic VOC emissions.
A.B. Guenther*, D. Gu, H. Yu
13:30 – 1755. Ozonolysis of unsaturated biogenic VOCs: Formation of H2SO4 throughthe reaction of Criegee intermediates with
SO2. W. Mellouki, A. Kukui, H. Chen,
Y. Ren, V. Daele
13:50 – 1756. Analysis of bonding patterns
in Criegee intermediates.
S.S. Xantheas*, E. Miliordos
14:10 – 1757. New photosensitized aerosol
source at the ocean microlayer .
C. GEORGE, P.A. Alpert, R. Ciuraru,
S. Rossignol, L. Tinel, M. Passananti,
S. Perrier
14:30 break
14:40 – 1758. Understanding chemistry oforganic aerosols using high-resolution
mass spectrometry. J. Laskin*,A. Laskin, S. Nizkorodov
15:00 – 1759. Atmospheric dimethyl sulfoxide oxidized to methanesulfonate on
aqueous aerosol surfaces . A.J. Colussi*,
S. Enami*, Y. Sakamoto, K. Hara,
M. Hoffmann
15:20 – 1760. Size-dependent molecularlevel characterization of secondary organic aerosol from O3 vs. NO3 oxidationof monoterpenes . J. Fry*, H. Kang,
D. Draper, A. Laskin, J. Laskin
15:40 – 1761. Effects of temperature and relative humidity on photochemistry inside
secondary organic aerosol materials.
M.L. Hinks*, M. Brady, H. Lignell,
M. Song, J. Grayson, A. Bertram, P. Lin,
A. Laskin, J. Laskin, S. Nizkorodov
15:55 – 1762. Uptake of organic nitrates into
secondary organic aerosols during theozonolisys of ␣-pinene. V. Perraud*,
A.C. Vander Wall, B.J. Finlayson-Pitts
16:10 – 1763. Direct observation of chiralselective surface reaction of limoneneand ␣-pinene on solid surfaces. L. Fu,
H. Wang
Hawaii Convention Center
308B
Advances in Quantum Monte Carlo (#80)

Organized by: S. Tanaka, L. Mitas,
P. RoyPresiding: J.B. Anderson
13:00 – 1764. Quantum Monte Carlo methods in curved spaces: Applications tomolecular clusters. E. Curotto*, M. Mella,
S.E. Wolf
13:35 – 1765. Diffusion quantum Monte
Carlo approaches for studying rovibrational excited states. A.B. McCoy*,
J. Ford, Z. Lin, M. Marlett, A. Petit
14:10 – 1766. Quantum Monte Carlo simulations of confined rotors. P. Roy*
14:35 – 1767. Variable spins in electronic
structure quantum Monte Carlo calculations. L. Mitas*, C. Melton
15:00 Break
15:10 – 1768. Magnetism and spin transport
in transition metal organometallic clusters. I. Stich*
15:45 – 1769. Application of quantum Monte
Carlo methods in acidity studies.
N. Thellamurege*, M. Per
16:05 – 1770. Variational quantum Monte
Carlo with inclusion of pairwise molecularorbital correlations. S. Tanaka*

16:25 – 1771. Advances in quantum Monte
Carlo - past, present, and reflections on
its future. S. Rothstein*
Hawaii Convention Center
308A
Conformational Dynamics of Biomolecules
and the Biomolecule-Solvent Interface (#98)

Organized by: M. Nagaoka, D. Leitner,
J. Straub, Y. Gao
Presiding: d. matyushov, T. Yamato
13:00 – 1772. Visualizing protein structuraldynamics by time-resolved X-ray diffraction. S. Adachi*
13:30 – 1773. Volume profiles for conformational changes in macromolecules andtheir mechanistic applications.
H. Wiebe*, N. Weinberg*
13:50 – 1774. Application of 2D fluorescence
lifetime correlation spectroscopy to elucidating conformational dynamics of
biomolecules. K. Ishii*, T. Tahara
14:20 – 1775. Theoretical study of the dynamic heterogeneity in protein conformational dynamics. T. Mori*, S. Saito
14:40 Break
14:50 – 1776. Mapping allosteric signaling
pathways of GPCRs. C. Hyeon*
15:20 – 1777. Revealing structural dynamics
of GPCR signaling through atomic-level
simulation. R. Dror
15:40 – 1778. “It is water what matters:” THzabsorption spectroscopy as a powerfultool to study biomolecular hydration.
M. Havenith*
16:10 – 1779. Dynamics of biomolecule hydration, crowding, and preferential solvation probed with ultrafast 2D-IR spectroscopy. K. Kubarych
16:40 – 1780. Hidden roles of Na⫹ in enzymatic activation of thrombin. I. Kurisaki*,
M. Takayanagi, C.E. Barberot,
M. Nagaoka
17:00 – 1781. Single molecule and superresolution study of nuclear structure anddynamics. y. sun
Hawaii Convention Center
305B
Recent Advances in Dynamics of Confined
Liquids (#123)

Organized by: A. Luzar, G. Patey,
M. Kinoshita
Presiding: j. Dufreche
13:00 – 1782. Responsive fluid-based gating
mechanism with tunable multiphase discrimination and antifouling behavior.
J. Aizenberg*, A. Grinthal, X. Hou
13:30 – 1783. Water permeation, desalination, gating, and dipole signal transduction with nanopores. R. Zhou*
14:00 – 1784. Penetration of platinum complex anions into porous silicon: Anomalous behavior caused by surface-induced
phase transition. K. Fukami*
14:30 Break
14:45 – 1785. Bioinspred smart nanochannels. L. Jiang*, W. Guo, L. Wen, Y. Tian
15:15 – 1786. Diffusion in quasi-1D: Crossing over from single file to normal diffusion. R.K. Bowles*, S. Ahamdi
15:45 – 1787. Evaluation and control ofdroplet motion on various hydrophobicsilane coatings. A. Nakajima

13:50 – 1790. Gold nanoparticles: Utilizing
plasmonic heating and optical forces forphotonic applications. J. Feldmann*
14:20 – 1791. Visible photoactivity of goldclusters and their interaction with plasmonic nanoparticles. P.V. Kamat,
K. Stamplecoskie
14:50 – 1792. Nonlinear continuum generation in nanoparticle hot spots.
J.M. Lupton
15:10 – 1793. Active control of surface
chemistry on plasmonic nanomaterials.
C.F. Landes
15:40 – 1794. Coupling of elementary excitations: A case study with plasmons andexcitons. G. Thomas*
16:10 – 1795. Plasmonic liquid marbles as
sensors and microreactors. X. Ling*
16:30 – 1796. Plasmonic sensitization of
TiO2 photoelectrodes with Au nanoparticles prepared by ionic liquid/metal sputter deposition. T. Kameyama, Y. Satou,
S. Kuwabata, T. Torimoto*
Hawaii Convention Center
310 Theatre
Challenges and Opportunities for ExascaleComputational Chemistry (#184)

Organized by: J. Rice, W. Swope,
A. Rendell, Y. Okamoto
Presiding: Y. Okamoto
13:00 – 1797. Turning on micromachines:
Activation of cytokine receptors andtransport proteins. A.E. Mark*
13:30 – 1798. Molecular dynamics calculation study of entire poliovirus empty capsids using K-computer. S. Okazaki*
14:00 – 1799. Multiscale modeling and design of biological systems in ground andexcited states . U. Rothlisberger*
14:30 – 1800. Role of exascale computing in
the modeling of polymeric nanoparticles
for drug delivery. W. Swope*
15:00 Break
15:15 – 1801. How do we map molecular dynamics simulations to exascale computing resources? Rethinking the problem.
R. Walker
15:45 – 1802. Multi-petaflops DFT calculations of electronic structure and electrontransport. J. Bernholc
16:05 – 1803. Molecular dynamics simulation: At a crossroad between molecularbiophysics and exascale computing.
X. Cheng
16:25 – 1804. Molecular simulation toward insilico screening of materials: Prediction ofn-octanol/water partition coefficients using molecular simulation combined withthe theory of solutions in the energy representation. M. Kitabata*, T. Kawakami,
I. Shigemoto, Y. Mitsuta, N. Matubayasi
Hawaii Convention Center
304A
Quantum Fluid Clusters (#203)

Organized by: T. Momose, A. Vilesov,
M. Choi
Presiding: J.M. Eloranta, W.E. Ernst
13:00 – 1805. Microsolvation at 0.37 K: IR
spectroscopic studies of aggregates insuperfluid helium nanodroplets.
M. Havenith*

Hawaii Convention Center
313C
Challenges in Plasmonic Photochemistry(#176)

Organized by: H. Misawa, P. Kamat,
H. Sun, S. Gwo
Presiding: P.V. Kamat, C.F. Landes
13:00 – 1788. Applications of plasmon-induced charge separation. T. Tatsuma*,
H. Nishi, K. Saito, K. Akiyoshi
13:20 – 1789. Study of molecules released
from bacteria using SERS based on arrays of Ag-nanoparticle plasmonic hotjunctions. Y. Wang** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
13:30 – 1806. Spectroscopy and photochemistry in superfluid helium nanodroplets. A. Slenczka*
14:00 – 1807. Path integral simulation studies on quantum clusters. S. Miura
14:30 – 1808. Infrared laser spectroscopy
and ab initio computations of OH-(D2O)N
complexes in helium nanodroplets.
J.T. Brice, C.M. Leavitt, C.P. Moradi,
G.E. Douberly*, F.J. Hernandez,
G.A. Pino
14:50 Break
15:00 – 1809. Quantum molecular dynamics
of doped helium clusters. W. UNN TOC,
N. Halberstadt*
15:30 – 1810. Excitation and ionization dynamics in helium nanodroplets.
F. Stienkemeier*, M. Mudrich,
J. von Vangerow, A. LaForge,
A. Ciavardini, P. O’Keeffe,
Y. Ovcharenko, T. Möller, M. Drabbels,
P. Piseri, O. Plekan, P. Finetti, M. Coreno,
C. Grazioli, R. Richter, K.C. Prince,
C. Callegari, M. Ziemkiewicz
16:00 – 1811. Dynamics in helium nanodroplets studied by ultrafast XUV and X-ray
techniques. O. Gessner
16:30 – 1812. Controlling strong field ionization of clusters in nanodroplets.
J. Tiggesbaeumker*
Hawaii Convention Center
304B
Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. GewirthPresiding: G. Jerkiewicz, M. UMEDA
13:00 – 1813. Role of well-defined surfaces
in electrocatalyst design.
V. Stamenkovic*
13:30 – 1814. Electrocatalysis on well defined (100) Pt-Ni, Pt-Ir and Pt-Ru model
systems. D. Guay*
14:00 – 1815. Oxygen reduction reaction activity and durability of well-defined Pt–
M(111) single crystal surfaces.
R. Kawamura, M. Asano, Y. Bando,
H. Watanabe, S. Takahashi, N. Todoroki,
T. Wadayama*
14:20 – 1816. Surface structures enhancing
the activity for the oxygen reduction reacton on well-defined single crystal electrodes. N. Hoshi*, M. Nakamura
14:40 Break
15:00 – 1817. Shape-controlled and shapedegraded metal alloy ORR nanocatalysts:
Atomic-scale growth, structure, degradation, and reactivity. P. Strasser*
15:30 – 1818. Electrochemical preparation of
Pt and Pt-based catalysts for fuel cell applications. H. Kim, S. Bong, S. Woo
16:00 – 1819. Mechanism of CO electro-oxidation on polycrystalline Pt in alkaline
media studied by surface-enhanced infrared absorption spectroscopy. J. Joo,
M.T. Koper, M. Osawa*
16:20 – 1820. Electrooxidation of CO in solution on Pt electrodes investigated byscanning tunneling microscopy and DTF
calculations. J. Inukai*, D.A. Tryk
16:40 – 1821. Irrelevance of CO poisoning of
Pt in methanol and formic acid oxidation
on PtRu surfaces. D. Chen, Y. Tong*
Hawaii Convention Center
312
Quantum Coherence in Energy Transfer:
Nanoscale and Excitons (#297)

Organized by: J. Cao, P. Brumer, J. Wu
13:00 – 1822. Direct vs indirect exciton dissociation and recombination dynamics:
Role of interfacial disorder and coherence. E.R. Bittner*
13:35 – 1823. Charge transport mechanism
in organic semiconductors. Z. Shuai*
14:10 – 1824. Coherent exciton decay andtransfer in nanostructure arrays. X. Li,
D. Lingerfelt, A. Petrone

14:45 – 1825. Time-dependent wavepacket
diffusive method and its applications tocarrier quantum dynamics in materials.
Y. Zhao*
15:15 – 1826. Vibronic quantum coherence
in nonequilibrium exciton dynamics.
M. Thorwart*
15:50 – 1827. Impacts of environmentally induced fluctuations on quantum mechanical mixtures in energy/charge transfersand 2D electronic spectra . A. Ishizaki
16:25 – 1828. Spectroscopy and topologicalphases for organic excitons. J. Yuen
Hawaii Convention Center
301A

16:30 – 1846. Molecular dynamics simulation of the strand break processes inmodel DNAs: Analysis of electron and energy transfer. H. Kono*, N. Hishinuma,
M. Kanno, Y. Kino, K. Akiyama
16:45 – 1847. Theoretical study of the binding of tetracationic porphyrin to thrombinbinding aptamer. H. Kim, D. Kim,
Y. Rhee, S. Shin*

16:30 – 1866. Secondary organic aerosol
formation via the oligomerization reactionof Criegee intermediate in the ozonolysis
of unsaturated volatile organic compounds. Y. Sakamoto, R. Yajima,
S. Inomata, J. Hirokawa

Hawaii Convention Center
305A

Recent Experimental and Theoretical
Advances in Studies of Liquid Interfaces(#437)

Advances in Quantum Dynamics fromSpectroscopy to Reactions (#384)

Organized by: H. Guo, D. Xie, A. Brown
Dynamical Intermolecular Interactions for
Biological Functions (#307)

13:00 introduction
13:05 – 1829. Protein dynamics and protein
design for enzymatic catalysis.
S.D. Schwartz*
13:35 – 1830. Redox-driven proton pumps:
Insights from computer simulations.
A.A. Stuchebrukhov
14:05 – 1831. Contributions of protein dynamics on coupled transfer of electron
and protein processes. J. Gao
14:35 – 1832. Probing electrostatics andconformational motions along the catalytic cycle of an enzyme.
S. Hammes-Schiffer
14:55 Break
15:10 – 1833. Protein structure and dynamics-force field and polarization. J. Zhang
15:40 – 1834. Molecular recognition conjugated with structural fluctuation of protein, studied by the 3D-RISM/RISM theory. F. Hirata
16:10 – 1835. Effects of sequence andchemical modification on DNA structure
and protein/DNA interactions. Y. Gao
16:40 – 1836. Transient dimerization andconformational dynamics of full-length
phototropin from Chlamydomonas reinhardtii. Y. Nakasone*, K. Okajima,
S. Tokutomi, M. Terazima

13:00 – 1848. Probling resonances in chemical reactions. X. Yang*
13:30 – 1849. Hybrid approach for ultracold
chemical reactions. B. Naduvalath*
13:50 – 1850. Untangling the energetics anddynamics of reactions of ground state silylidyne radicals with hydrocarbon molecules. R. Kaiser*, T. Yang, B. Dangi,
M. Head-Gordon
14:10 – 1851. Surface temperature effects inmethane dissociation on Ni and Ir surfaces. A. Utz
14:30 – 1852. Mixed quantum/classical theory (MQCT) for rotationally and vibrationally inelastic scattering. D. Babikov*
14:50 Coffee Break
15:10 – 1853. Direct dynamics simulations.
From microsolvation to semiclassical theory. W.L. Hase*
15:30 – 1854. Muon science: Providing
unique tests of quantum mass effects inthe chemical sciences. D.G. Fleming*,
S.L. Mielke, B.C. Garrett, D.G. Truhlar,
H. Guo, J. Manz, T. Takayanagi
15:50 – 1855. Mode-specific vibrational enhancement in reactions of polyatomic
molecules. A. Mullin*
16:10 – 1856. Quantum manifestation oftransition state control of state-to-state
dynamics. H. Guo*
16:30 – 1857. Quantum dynamics on “onthe-fly” diabatic states: Theory and applications to small hydrogen bonded clusters. S.S. Iyengar*

Hawaii Convention Center
306B

Hawaii Convention Center
313A

Dissociation of Biomolecules in the Gas
Phase for Structural Characterization (#352)

Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: S. Shin, R. Julian,K. Honma, K. Siu, S. Blanksby
Presiding: S. Blanksby, K. Honma

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: Y.J. Kajii

13:00 – 1837. Probing gas phase biomolecular structure via excitation energy transfer. R. Julian*
13:20 – 1838. Expanding the capabilities ofmultidimensional tandem mass spectrometry for top-down proteomics andstructural biology. S. Chen, D.H. Russell*
13:45 – 1839. Collision induced unfolding ofprotein complexes: Current mechanisms
and applications. B. Ruotolo*
14:05 – 1840. Comprehensive analysis ofprotein glycosylation on proteins and implications in disease biomarkers and therapeutic production. C. Lebrilla*
14:30 – 1841. Supercharging and activationof proteins in mass spectrometry.
E. Williams, C. Going, A. Susa, Z.B. Xia
14:55 Break
15:05 – 1842. Experimental and theoreticalstudies of the porphyrin binding site on
G-quadruplex thrombin-binding aptamer.
S. Shin15:25 – 1843. Influence of protonation vs.
noncovalent interactions with alkali metal
cations on the structures and glycosidic
bond stability of DNA and RNA nucleosides. M.T. Rodgers, R. Wu, Y. Zhu,
C. He, L. Hamlow
15:50 – 1844. Top-down electron capture
dissociation mass spectrometry for deep
sequencing of phosphoproteins. Y. Ge*
16:10 – 1845. Laser desorption of nucleic
acid components and their structuralcharacterization by IR spectroscopy.
H. Saigusa

13:00 – 1858. Characterization of reactive intermediates in the ozonolysis reactions ofalkenes. J. Zhang*
13:30 – 1859. Photoelectron spectroscopy
and photochemistry of ozonide cluster
anions, O3⫺(H2O)n, O3⫺(Ar)n, O3⫺(C2H4),
and nitrous acid anion, HONO⫺.
J. Lehman, A.M. deOlivera, A.B. McCoy,
W.C. Lineberger*
13:50 – 1860. Photolysis of organic compounds in atmospheric aerosols.
S. Nizkorodov*, M.L. Hinks, M. Brady,
H. Lignell, S. Blair, S. Epstein, S. Kim,
C. Engelmann, D. Romonosky, N. Ali,
M. Saiduddin, M. Wu, J. Lee, P.K. Aiona,
A. MacMillan, K. Malecha, M. Song,A. Bertram, J. Grayson, P. Lin, A. Laskin,
J. Laskin, R. Gerber, D. Shemesh
14:10 – 1861. Infrared detection of synICH2OO and the Criegee intermediates
CH2OO. Y. Lee
14:40 – 1862. Kinetics of simple Criegee intermediates at atmospheric conditions.
J. Lin*
15:10 – 1863. Free radical multiphase chemistry of organic aerosols. K.R. Wilson
15:40 – 1864. In-situ mass spectrometric detection of radical intermediates at the airwater interface. S. Enami*
16:10 – 1865. Quantum mechanics/molecular mechanics (QM/MM) perspective ofreactive intermediates and non-covalentinteractions. R. Crespo-Otero,
K. Bravo-Rodriguez, E. Sanchez-Garcia*

Organized by: D. Zhong, M. Terazima,
Q. Lu

Hawaii Convention Center
307AB

Organized by: T. Tahara, A. Morita,
R. Walker, L. Dang, H. Kang,
S. Yamaguchi, J. Gibbs-Davis
Presiding: l. dang, J. Skinner
13:00 – 1867. Protons and hydroxides inamorphous solid water: Interfacial distribution and transport mechanism.
H. Kang, D. Lee, C. Choi, T. Choi,
B. Sung
13:30 – 1868. Interfacial interactions between water, ions, and polymers that aid
in water purification. M. Chaudhari,
S. Rempe
14:00 – 1869. “First Principles” vibrational
spectroscopy of water from many-bodymolecular dynamics. F. Paesani*
14:30 – 1870. 2D sum frequency generation
spectra at vapor/water interface: Molecular dynamics simulation study.
T. Ishiyama*, A. Morita, T. Tahara
14:45 Break
15:05 – 1871. 2D heterodyne-detected vibrational sum-frequency generation
study of water interfaces. T. Tahara
15:35 – 1872. Ultrafast vibrational dynamics
at mineral/water interfaces. E. Borguet*
16:05 – 1873. Ultrafast excited-state dynamics at liquid-liquid interfaces. G. Licari,
C. Hsieh, E. Vauthey*
16:35 – 1874. 2D SFG provides molecular insights into aggregation of amyloid peptides on self-assembled monolayers.
A. Ghosh*, J. Ho, M.T. Zanni*

Saturday Evening
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: M. Wong
19:00 – 1875. Computational simulation ofmolecules interacting with intense laser
fields. H.B. Schlegel*
19:20 – 1876. Dyson orbitals within equation-of-motion coupled-cluster formalism
for wave function analysis and cross section calculations. A. Krylov
19:40 – 1877. The SMART cyberinfrastructure: Space-time multiscale approaches
for research and technology. V. Barone*
20:00 – 1878. Something for almost nothing? A computationally tractable approach to variational anharmonic frequencies for molecules, clusters, andmaterials. D.L. Crittenden*, M. Sibaev* Principle Author

Photographing of presentations
and/or taping of talks is
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

TECH–195

05 – PHYS
20:20 – 1879. Recent advances in F12 molecular electronic structure theory.
S. Ten-no
20:40 – 1880. Electron-pair distribution functions for electron correlation studies.
J.M. Ugalde*Hawaii Convention Center
313B
Chemistry of Atmospheric Aerosols (#56)

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: E. Bieske, C. Ro
19:00 – 1881. Direct measurements of thetime-evolving optical cross-sections ofindividual aerosol particles. J.P. Reid*,
M.I. Cotterell, R. Willoughby,
A.J. Orr-Ewing
19:30 – 1882. Incandescence of trappedcarbon nanoparticles. E. Bieske*
19:45 – 1883. Polycyclic aromatic hydrocarbons transported from China to Japaneseisland in the East China Sea. K. Miura,
X. Yang, X. Chen, F. Meng, K. Sato,
A. Takami, S. Hatakeyama*
20:00 – 1884. Microdroplet and mass spectrometry tools for the study of liquidphase photochemistry. A. Trevitt*,
P. Tracey, C. Hansen, B. Vaughn
20:30 – 1885. Whispering gallery modes in
optically trapped aerosol particles.
T.C. Preston*
20:45 – 1886. Chemical reactions inducedby collision of aerosol droplets.
J. Kohno*
Hawaii Convention CenterHalls I, II, III
Conformational Dynamics of Biomolecules
and the Biomolecule-Solvent Interface (#98)

Organized by: M. Nagaoka, D. Leitner,
J. Straub, Y. Gao
Poster Session
19:00 – 21:00
1887. Phase-resolved high-resolution broadband sum frequency generation vibrational spectroscopy of peptides and proteins at surfaces and in membranes.
L. Fu, H. Wang1888. Application of the 3D-RISM-KH molecular theory of solvation to study biomolecular interfaces. N. Blinov*,
A. Kovalenko
1889. Reaction mechanism of glycinamide
ribonucleotide synthetase in the purine
nucleotide biosynthetic pathway:
QM/MM simulations combined with aminimum energy path search algorithm
and a free-energy perturbation method.
N. Yamamoto, G. Sampei, G. Kawai
1890. Application of fragment molecular orbital method for structure-based drug design. K. Fukuzawa*, . Watanabe,
Y. Okiyama, H. Watanabe, T. Honma,
Y. Mochizuki, S. Anzaki, S. Tanaka
1891. Benchmark for new fragmentation
breaking peptide bonds. M. Sakaguchi*,K. Fukuzawa, Y. Mochizuki
1892. Smaller 145th residue makes fluorescent protein nonfluorescent: Fluorescence lifetimes of enhanced yellow fluorescent protein (eYFP) Y145 mutants andH148 mutants. H. Hosoi*, S. Hazama
1893. Protein interactions in and at themembrane: Computational predictions
and their validation for the plexin family of
single transmembrane receptors.
M. Buck*
1894. Gating mechanism of the calcium release-activated calcium channel: Insightsfrom the pore flexibility. H. Dong*
1895. P-loop conformation governed crizotinib resistance in G2032R-mutated
ROS1 tyrosine kinase: Clues from freeenergy landscape. T. Hou, Y. Li
1896. Conformational sampling by a novel
replica exchange method: tq-REM.
M. Lee, J. Yoon, S. Jang, S. Shin*
1897. Advanced simulations of peptide adsorption at the aqueous titania interface.
A.M. Sultan*, L. Wright, Z.E. Hughes,
T.R. Walsh

196 –TECHTECHNICAL PROGRAM
1898. Molecular dynamics analysis of reactant complex structure of lactone ringopening reaction catalyzed by cyclodextrin. S. Ito*, M. Takayanagi, M. Nagaoka
1899. Calculation of ␤-cyclodextrin andguest binding enthalpy and entropy:
From thermodynamics to kinetics.
Z. Tang*, C. Chang
1900. Role of water molecule on the reaction
mechanism of CAL-B catalyzed ringopening polymerization of ␤-lactam: A
QM/MM study. C.E. Barberot*,
I. Kurisaki, Y. Suzuki, M. Nagaoka
1901. Theoretical analysis of the effects
caused by incorporation of Trifluridine toDNA. J. Koseki*, K. Tsunekuni,
M. Konno, N. Nishida, K. Kawamoto,Y. Doki, M. Mori, H. Ishii
1902. Affinity of HIV-1 antibody 2G12 withmonosaccharides: A theoretical study
based on explicit and implicit water models. K. Noto*, K. Takano
1903. Molecular docking of alkyl benzoquinones and alkil phenols with the XIAP’s
BIR3 domain. M.A. Hernandez,
I. Ortiz Verano, D.R. Muñoz Cendáles
1904. Diffusion of nanoparticles in semidilutepolymer solutions: A modecoupling theory study. N. Zhao*
Hawaii Convention Center
305B
Recent Advances in Dynamics of Confined
Liquids (#123)

Organized by: A. Luzar, G. Patey,
M. Kinoshita
Presiding: M. Heyden
19:00 – 1905. Thermoelectrokinetic energy
conversion in liquid water microjets.
R. Saykally
19:30 – 1906. Electrokinetic flow of aqueous
NaCl solutions in amorphous silica nanotubes. C.D. Daub*, N.M. Cann, D. Bratko,
A. Luzar
20:00 – 1907. Simulations of water and ion
transport through model nanopores: The
influences of water parameters and poregeometry. L. Liu, G. Patey*
20:20 – 1908. Field-induced electro-osmodiffusion of uncharged particles in water.
A. Smith*
20:40 Q & A
Hawaii Convention Center
304A
Quantum Fluid Clusters (#203)

Organized by: T. Momose, A. Vilesov,
M. Choi
Presiding: W. Jaeger
19:00 – 1909. Reactions driven by metastable helium anions in doped helium nanodroplets. P. Scheier*
19:30 – 1910. On the role of helium anions inhelium droplet. A. Mauracher*,
S.E. Huber, A.M. Ellis, P. Scheier
19:50 – 1911. Rotation of quantum impurities in the presence of a many-body environment. M. Lemeshko, R. Schmidt
20:20 – 1912. Hydrogen clusters in helium
droplets probed by methane infrared
spectroscopy. T. Momose
20:50 Break
Hawaii Convention Center
304B
Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. GewirthPresiding: D. Guay
19:00 – 1913. Novel materials for an efficientelectrocatalyst for oxygen reduction reaction: Insulating boron nitride nanosheet
on an inert gold substrate. K. Uosaki*,
G. Elumalai, H. Noguchi, A. Lyalin,
T. Taketsugu

19:30 – 1914. Unraveling the mysteries ofactive sites in non PGM catalysts.
S. Mukerjee*
20:00 – 1915. Group 4 and 5 metal oxidebased compounds as new non-platinum
oxygen reduction electrocatalysts.
A. Ishihara*, K. Matsuzawa,
S. Mitsushima, K. Ota
20:20 – 1916. Oxygen reduction electrocatalysis: Mechanism and the design of new
catalysts. A. Gewirth, C.J. Barile, E. Tse
20:40 – 1917. Study of the nickel oxy-hydroxide formation and ethanol electro-oxidation reactions at low temperature in alkaline media. J. van Drunen,
A.F. Barbosa, G. Tremiliosi-Filho*
Hawaii Convention Center
301A
Dynamical Intermolecular Interactions for
Biological Functions (#307)

Organized by: D. Zhong, M. Terazima,
Q. Lu
19:00 – 1918. 2D IR spectroscopy reveals
the dynamics a ␤-sheet intermediate in
type-II diabetes. A.L. Serrano, L. Tu,
D. Raleigh, M.T. Zanni
19:30 – 1919. Elucidating excited state reaction pathways in photosensitive systems
using femtosecond stimulated Raman
spectroscopy. Y. Wang, B.G. Oscar,
W. Liu, L. Tang, L. Zhu, C. Fang*
20:00 – 1920. On “allosteric” regulation
through dynamical intermolecular interactions between proteins and small molecules/cations: A molecular dynamics simulation study. M. Nagaoka*
20:30 – 1921. Molecular dynamics simulations for oligomerization and disruption ofamyloid-␤ fibril. H. OKUMURA*
Hawaii Convention CenterHalls I, II, III
Advances in Quantum Dynamics fromSpectroscopy to Reactions (#384)

Organized by: H. Guo, D. Xie, A. Brown
Poster Session
19:00 – 21:00
1922. Resonant two-photon ionization of terpenyl derivatives in the presence of cyclodextrins. Y. Kasaba, T. Takeshita,
M. Hara1923. Theoretical infrared spectra of deuteronated PAHs: Astrophysical implications. A. Pathak*, M. Buragohain,
P.J. Sarre
1924. Theoretical investigation of isotope exchange reaction between several smallorganic molecules and tritium. L. Dong,
L. Du, Z. Tan
1925. Theoretical study of photoisomerization between 1,3-cyclohexadiene and1,3,5-cis-hexatriene. A. Ota*,
O. Kobayashi, S.O. Danielache, S. Nanbu
1926. First-principles in-situ XAS simulationof chemical reaction at cathode-electrolyte interface in Li-ion batteries.
T. Tamura*
1927. Nonadiabatic ab initio molecular dynamics of uracil and 6-azauracil.
S. Takashima*, T. Murakami, S. Nanbu
1928. Measuring and modeling the electronic structure of explosives at the explosive/air interface. D. Farrow*,
I.T. Kohl, H. Fan, R. Knepper,
M. Marquez, S.P. Kearney, J.J. Kay
Hawaii Convention CenterHalls I, II, III
Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Poster Session
19:00 – 21:00
1929. Acetone photodynamics: What the
fragments tell us. K. Lee*, K. Nauta,
S. Kable1930. Atmospheric chemistry of cis-3,3,3-trifluoro-1-chloro-propene(HCFO1233zd(Z)). O.J. Nielsen*,
M. Sulbaek Andersen, L. Andersen,
T.J. Wallington
1931. Atmospheric chemsitry of trans-3,3,3,trifluoro-1-chloro-propene (HCFO1233zd(E)). M. Sulbaek Andersen*,
O.J. Nielsen, L. Andersen, T.J. Wallington
1932. MRCI study of ground state and lowlying states of Si2. A. Shah, D. Corey,
A. Seitz, J. Song*1933. Reaction models of the pyrolysis ofhydrocarbons. A. Jamal*, K. Morokuma
1934. Non-intrusive isomer specific detection of combustion intermediates via photoionization through Rydberg states.
F. Rudakov*, P. Weber
1935. Bimolecular cyclization reactions under single collision conditions: Formations of the benzyl radical and toluene.
B.B. Dangi, D.S. Parker, T. Yang,
R. Kaiser, A. Jamal, A.M. Mebel
1936. Spectroscopic evidence of jet-cooledp-methyl-alpha-methylbenzyl radical.
S.K. Lee
1937. Computational challenges in investigations of elusive intermediates in combustion and atmospheric chemistry.
E. Papajak, J. Zádor
1938. Alternative fate of formyl: Formic acidas a comubstion intermediate. M. Döntgen, W.A. Kopp, K. Leonhard
1939. Direct kinetic measurement of the reaction of the simplest Criegee intermediate with water vapor. W. Chao, J. Hsieh,
C. Chang, J. Lin*
1940. Investigating the role of pyrene on theoxidative capacity of the atmosphere.
A.L. Gomez, K. Foster*1941. Method to estimate the contribution ofunidentified VOCs to OH reactivity: Ambient air, car exhaust, and plant emission.
S. Kato*, Y. Nakashima, Y.J. Kajii
1942. Development of an instrument for themeasurements of gaseous glyoxal bybroad band cavity enhanced absorption
spectroscopy (BBCEAS). Y. Nakashima,
H. Tsurumaru, Y.J. Kajii
1943. Unimolecular reaction dynamics of atmospherically relevant ␣-keto carboxylic
acids: Capturing hydroxycarbene intermediates. S. Sutradhar, A.K. Samanta,
H. Reisler*
1944. Atmospheric chemistry of(CF3)2CHOCH3, (CF3)2CHOCHO, andCF3C(O)OCH3. F.F. Østerstrøm*, T.J.
Wallington, M.P. Sulbaek Andersen, O.J.
Nielsen
Hawaii Convention CenterHalls I, II, III
Recent Experimental and Theoretical
Advances in Studies of Liquid Interfaces(#437)

Organized by: T. Tahara, A. Morita,
R. Walker, L. Dang, H. Kang,
S. Yamaguchi, J. Gibbs-Davis
Poster Session
19:00 – 21:00
1945. Molecular dynamics study of thestructures at the free surface and theelectrode interface of a quaternary ammonium based ionic liquid. S. Katakura*,
N. Nishi, K. Kobayashi, K. Amano,
T. Sakka* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS
1946. Toward ab initio molecular dynamics
modeling for sum-frequency generation
spectra: An efficient algorithm based on
surface-specific velocity-velocity correlation function. T. Ohto*, K. Usui,
Y. Nagata1947. Vibrational spectroscopic study of lipid/water interface by molecular dynamics
simulation. D. Terada, T. Ishiyama*,
A. Morita*
1948. Heterodyne-detected vibrational sum
frequency generation spectroscopy studies of hemocompatibility at the polymer/
water interface. A. Myalitsin,
S. Nihonyanagi, S. Yamaguchi,
J. Yanagisawa, T. Aoki, T. Tahara*
1949. Nanoparticle-biomolecule interactions
at aqueous interface Investigated by surface-selective nonlinear spectroscopy.
Z. Lu*
1950. Reaction of SO2 and NO2 on ice surfaces at low temperature (90-170 K).
J. Bang*, Y. Kim, S. Kim, D. Lee, H. Kang
1951. Origin of the instability of octadecylamine Langmuir monolayer at low pH.
W. Sung, Z. Avazbaeva, J. Lee, M. Phan,
K. Shin, D. Vaknin, D. Kim*
1952. Developing ab initio-based potentials
for studying ion hydration: The i-TTM
model. D.J. Arismendi Arrieta,
R. Prosmiti, F. Paesani
1953. Non-uniform distributions of completely miscible liquids at gel/solid interface as probed by confocal Raman microscopy. K. Honma, K. Matsuka,
M. Sano*1954. Protein salting-out observed at a liquidinterface. Y.F. Yano*, E. Arakawa,
W. Voegeli, T. Matsushita, T. Uruga
1955. Role of water fingering in ion transport
through oil-water interface. N. Kikkawa,
L. Wang, A. Morita*
1956. Heterodyne-detected vibrational sum
frequency generation spectroscopic
study on the structure of water at the air/water interface. S. Nihonyanagi,
R. Kusaka, K. Inoue, A. Kundu,
A. Adhikari, S. Yamaguchi, T. Tahara
1957. Eutectic mixture of indomethacin andlidocaine can lower the entropy of fusion.
Y. Shimada*, H. Kataoka, R. Tateuchi,
H. Terada, K. Makino, S. Gotou
1958. Transport properties of hydronium andhydroxide ions in amorphous solid water:
Surface segregation and transport mechanism. D. Lee, J. Bang, Y. Kim, Y. Park,
H. Kang*
1959. Characterizing the influence of interfacial environments on the early growth ofE.coli biofilms. T. Jarisz, D. Hore*1960. Enhanced understanding of amphipathic peptide adsorbed structure bymodeling of the nonlinear vibrational response. S. Roy, D. Hore*1961. Thermodynamics and intrinsic structure of the Al⫺Pb liquid⫺liquid interface.
B.B. Laird, Y. Yang
1962. Thermodynamics and kinetics for theparticular phase transformation of S-ibuprofen/lidocaine mixture. H. Kataoka,
r. tateuchi, Y. Shimada, S. Gotou
1963. Structure and oversaturation of the inclusion complex formed between 1,4-dihydropyridine calcium channel blockers
and (2-hydroxypropyl)-␤-cyclodextrin.
Y. Li, Y. Shimada, Y. Yokoyama,. Terada, K. Makino, S. Gotou*
1964. Congo red aggregation and emulsion
at the oil/water interface: A simplified
model for histological amyloid aggregation. T. Wada, T. Iijima, S. Osozawa,
Y. Shimada, S. Gotou

Sunday Morning
Hawaii Convention Center
301B
Synergistic Relationships between
Computational Chemistry and Experiment(#9)

Organized by: S. Wetmore, H. III,L. Radom, P. Schwerdtfeger, R. Wah,
H. Nakai, K. Kim
Presiding: J.M. Pushie, L. Radom

8:00 – 1965. “Negative” catalysis and coolquantum effects revealed through mutagenesis and quantum chemical studies
of ornithine 4,5-aminomutase.
G. DiLabio*, K.R. Wolthers, C. Makins
8:20 – 1966. Catalysing alternate reactions
to achieve high-fidelity: A multiscale computational study on aminoacyl-tRNA synthetases. J.W. Gauld*
8:40 – 1967. Computing highly accurate
spectroscopic line lists for characterization of exoplanet atmospheres and assign astronomical observations: A collaboration between theory and experiment.
T.J. Lee, X. Huang, D.W. Schwenke
9:00 – 1968. Direct phosphorylation mechanism of GHMP kinases disclosed by hybrid QM/MM calculations. M. Huang*
9:20 – 1969. Elongation factor 2 diphthamide
unit: Unique, essential, and vulnerable.
L.A. Eriksson*
9:40 – 1970. Computational insights into thedevelopment of novel therapeutic strategies for Alzheimer’s disease.
R. Prabhakar*
10:00 Break
10:10 – 1971. Applications of computer
aided drug design to Alzheimer’s disease.
D.F. Weaver*, C. Barden, M. Reed,
M. Taylor, F. Wu, E. Lu, A. Yadav,
S. Yang, Y. Wang, L. Pan, M. Carter
10:30 – 1972. Comparing the binding
strength of different pseudo-peptides to amodel of amyloid beta peptide.
B. Mehrazma, A. Rauk
10:50 – 1973. Competitive copper inhibiting
ligands and protonation studies on A␤
(13-23) /ligand design. S.K. Opare*,
A. Rauk
11:10 – 1974. Retired for 15 years and fretting over Alzheimer’s. A. Rauk*
11:30 – 1975. Reflections of a computational
quantum chemist on the road taken.
R.J. Boyd
11:50 Break

11:25 – 1985. Chemical composition of
PM2.5 collected in São Paulo city, Brazil(2014). P.C. Vasconcellos*,
G.M. Pereira, S.E. Caumo, R. Hillamo,
K. Saarnio, K. Teinila, W. Maenhaut,
M. Claeys
11:40 – 1986. Seasonal characteristics of
PM2.5 components in urban environment,
Busan, Korea. G. Park*
Hawaii Convention Center
308B
Advances in Quantum Monte Carlo (#80)

Organized by: S. Tanaka, L. Mitas,
P. RoyPresiding: S. Tanaka
8:00 – 1987. Quantum Monte Carlo (QMC)
simulation making progress for reactions
at metal surfaces. P.E. Hoggan*
8:35 – 1988. Topological analysis of |⌿|2: Insight into chemical bonding with quantum Monte Carlo. A. Luechow
9:10 – 1989. Noncovalent interactions inmolecules by quantum Monte Carlo.
M. Dubecky*
9:45 – 1990. QMC high performance computing of molecular interactions.
K. Hongo*, R. Maezono
10:05 Break
10:15 – 1991. Quantum Monte Carlo calculation of positron-attached polyatomic molecules. M. Tachikawa
10:50 – 1992. Quantum Monte Carlo calculations on helium clusters with open shelland ionic dopants. M. Lewerenz
11:25 – 1993. Atomistic quantum simulations of doped helium nanodroplets: Approaching the kilo-atom size regime.
R. Hinde
Hawaii Convention Center
308A

Hawaii Convention Center
313B

Conformational Dynamics of Biomolecules
and the Biomolecule-Solvent Interface (#98)

Chemistry of Atmospheric Aerosols (#56)

Organized by: M. Nagaoka, D. Leitner,
J. Straub, Y. Gao
Presiding: M. Havenith, K. Kubarych

Organized by: A. Laskin, S. Nizkorodov,
A. Bertram, X. Yang, C. Ro, E. Bieske
Presiding: A. Laskin, S. Nizkorodov
8:00 – 1976. Latest developments in predicting aromatic-derived SOA in a regional air
quality model. M. Dawson, R. Griffin,
D. Dabdub*
8:30 – 1977. Stochastic particle-resolved
models for atmospheric aerosol simulation. N. Riemer*, M. West
9:00 – 1978. New, experimentally based
secondary organic aerosol paradigm.
A. Zelenyuk-Imre*, D. Imre,M. Shrivastava, J. Wilson, E. Abramson,
J. Beranek, L. Kleinman, J. Fast,
S. Springston
9:20 – 1979. Examination of sulfate aerosol
formation over the southern ocean.
Q. Chen*, B. Alexander, Z. Xie, J. Dachs,
J. Cole-Dai, L. Geng, M. Camp
9:35 – 1980. Simulating secondary organic
aerosol and its climatic impacts fromglobal to regional scales: Model improvements, multi-year applications, and interactions with climate. Y. Zhang*,
K. Yahya, T. Glotfelty, K. Wang
9:50 Break
10:00 – 1981. Mass spectrometric characterization and quantification of organosulfates in Chinese aerosols. J. Yu*,
B. Kuang, Y. Zhao, Y. Wang
10:30 – 1982. Effect of anthropogenic pollutants on biogenic organic aerosol formation. J. Ye*, C. Adam, B. Urch, A. Chan
10:50 – 1983. Airborne submicron particulate. J. Chen*
11:10 – 1984. Simultaneous measurementsof aerosol metallic compositions at three
Chinese and Japanese island sites.
S. Hatakeyama*, Y. Araki, K. Shimada,
A. Yoshino, A. Takami, X. Yang, X. Chen,
F. Meng

8:00 – 1994. Investigation conformationalchanges of biological macromolecules
using kinetic network models. X. Huang
8:30 – 1995. Dynamic stabilization mechanism of human leukocyte antigen B*35:
01. S. Yanaka*, T. Ueno, K. Tsumoto,
K. Sugase
8:50 – 1996. Role of protein flexibility in immunogenic recognition. C. Ayres,
B. Baker, S. Corcelli*
9:10 – 1997. Mechanism of quality control ofbiogenesis of OMPs in periplasm.
X. zhao*
9:40 – 1998. Conformational dynamics coupled to signal transduction in downstream regulatory element antagonist
modulator. J. Miksovska*
10:00 Break
10:05 – 1999. Electron transport in biology:
Ergodicity breaking and protein-water interface. d. matyushov*
10:35 – 2000. Interplay between interfacial
water and signal transduction in proteins:
Molecular dynamics study of virus-hostprotein complexes. P. Dutta, M. Botlani,
S. Varma*
10:55 – 2001. Energy exchange networkmodel of proteins. T. Yamato*
11:25 – 2002. Oxygen behavior inside andsurface of hemoglobin for respiratory
function. M. Takayanagi*, I. Kurisaki,
M. Nagaoka
11:45 – 2003. Deciphering cryptic bindingsites on proteins by molecular dynamics
in mixed solvent. S.R. Kimura, H. Hu,
A. Ruvinsky, A. Favia

Hawaii Convention Center
305B
Recent Advances in Dynamics of Confined
Liquids (#123)

Organized by: A. Luzar, G. Patey,
M. Kinoshita
Presiding: G. Patey
8:00 start 30 min later:8:30 AM
8:30 – 2004. Nanoconfined catalytic Angstrom-size motors. R. Kapral,
P. Colberg*
9:00 – 2005. Water in the pocket: Exploring
local entropies and dynamics of water
confined on biomolecular surfaces in atomistic simulations. M. Heyden*
9:30 – 2006. Water dynamics and selective
cation transport in ion channels and biological nanopores. S. Noskov, V. Ngo
10:00 break
10:15 – 2007. Macromolecular ion-solvent
interactions in charged droplets.
S. Consta*
10:45 – 2008. Molecular dynamics simulation on the phase behavior of water confined in a peroidic array of hydrophobic
pillars. Z. Zhang, H. Kim, J. Jang
11:00 – 2009. GPU-accelerated replica-exchange molecular dynamics simulation offreezing behavior in confined quasi-1Dwater. K. Nomura*, D. Takaiwa, J. Bai,
K. Yasuoka, X.C. Zeng
11:15 – 2010. Solid-liquid critical behavior ofwater in hydrophobic nanotubes.
K. Koga, K. Mochizuki
11:45 Closing remarks
Hawaii Convention Center
313C
Challenges in Plasmonic Photochemistry(#176)

Organized by: H. Misawa, P. Kamat,
H. Sun, S. Gwo
Presiding: K. Murakoshi, H. Sun
8:00 – 2011. Fabrication of metal nanostructures using energy difference at organic/
metal/dielectric interface.
S. Matsushita*, T. Sannomiya,
T. Tatsuno, T. Takahashi, T. Isobe,
A. Nakajima
8:20 – 2012. Identifying plasmons in molecular quantum-chemical calculations.
C.R. Jacob
8:40 – 2013. Self-assembled metamaterials
on a viral coat protein template .
A.S. Blum, O. Zahr
9:00 – 2014. Control of multiexciton dynamics in a single quantum dot using plasmonic nanostructures. S. Masuo*,
H. Takata
9:20 – 2015. Plasmon-enhanced chemical
oxidation of adenine adsorbed on silver
nanostructures. D. Wu*, R. Huang,
Y. Chen, Z. Tian
9:40 – 2016. Protein-based functional micronano-devices enabled by femtosecond
laser fabrication. H. Sun
10:10 – 2017. Broadband plasmonics toward high-efficiency light-emitting device. K. Okamoto*, K. Tateishi, P. Wang,
S. Ryuzaki, K. TAMADA
10:30 – 2018. Ultrafast capture and releaseof hot plasmonic electrons in Ag@niobate
nanopeapods. M. Liu, J.B. Wiley,
P. Piotrowiak** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–197

05 – PHYSTECHNICAL PROGRAM

10:50 – 2019. Plasmonic photovoltaics atsmooth and nanostructured metal/dialectric interfaces. G.W. Leach*, F. MacNab,
M. Cetinbas, C. McCague, H. Qiao,
T. Johansson, X. Zhang, S. Gou,
G. Wong, J. Chan, K. Khosraviani,
D. Star, A. Pattantyus-Abraham
11:10 – 2020. Surface plasmon resonancehydrogen sensing by electrons exchange.
E. Gazzola, F. Romanato, M. Guglielmi,
A. Martucci
11:30 – 2021. Characteristic intermediates at
plasmon-induced water oxidation process. K. Suzuki, S. Yasuda,
K. Murakoshi*
11:50 Closing Remarks

11:10 – 2037. Symmetric arrangements ofxenon clusters and quantum vortices inhelium nanodroplets. C.F. Jones*,
R. Tanyag, C. Bernando, L. Gómez,
A. Vilesov, C. Bacellar, J. Cryan,
K. Siefermann, F. Sturm, O. Gessner,
D. Anielski, L. Englert, L. Foucar,
D. Rolles, A. Rudenko, J. Ullrich,
R. Hartmann, K. Ferguson, S. Schorb,
C. Bostedt, F. Weise, S. Carron
11:30 – 2038. X-ray coherent diffraction imaging with superfluid helium nanodroplets. A. Vilesov

Hawaii Convention Center
310 Theatre

Molecular Perspectives on Interfacial
Electrochemistry and Electrocatalysis(#218)

Challenges and Opportunities for ExascaleComputational Chemistry (#184)

Organized by: J. Rice, W. Swope,
A. Rendell, Y. Okamoto
Presiding: A.P. Rendell
8:00 – 2022. Radical development of thefragment molecular orbital method.
D.G. Fedorov*
8:25 – 2023. Parallel implementations ofmulti-reference coupled-cluster methods
for molecular systems. K. Kowalski*
8:50 – 2024. Enhanced sampling methods
for exascale computationlal chemistry.
Y. Okamoto*
9:15 – 2025. Ab initio predictions for structures and spectra of molecules in condensed phases. S. Li
9:40 – 2026. Concurrency and sparsity: Major challenges for electronic structure.
E.F. Valeev*
10:05 Break
10:20 – 2027. Accurate and robust embedding methodologies for enzymatic andcatalytic systems. J.D. Goodpaster*,
T.F. Miller, A. Bell, M. Head-Gordon
10:45 – 2028. occ-RI-K: A fast, accurate newalgorithm for exact exchange.
S. Manzer*, N. Mardirossian, P. Horn,
M. Head-Gordon
11:05 – 2029. Parallelization of quantum
chemical calculations by using divideand-conquer method. T. Yoshikawa,
H. Nakai
11:25 – 2030. Linear-scaling quantum manybody theory via sparse scale-adaptive
tensor algebra and massively parallel virtual processing. D.I. Lyakh (Liakh)*
Hawaii Convention Center
304A
Quantum Fluid Clusters (#203)

Organized by: T. Momose, A. Vilesov,
M. Choi
Presiding: T. Momose,J. Tiggesbaeumker
8:00 – 2031. Modeling of soft, 4He dropletassisted, deposition of metal nanostructures. M. De Lara-Castells*, N. Aguirre,
R. Fernández-Perea, C. Cabrillo, H. Stoll,
A. Mitrushchenkov, D. Mateo, M. Pı́,
L. Gómez, A. Vilesov
8:30 – 2032. Aggregation dynamics of metal
dopants in helium nanodroplets.
W.E. Ernst*
9:00 – 2033. Cluster films by helium droplet
mediated cluster assembly: growth andcharacterization. C.J. Ridge, S.B. Emery,
K.B. Rider, C.M. Lindsay*
9:30 – 2034. Helium nanodroplet spectroscopy of unstable species. C. Knapp,
P. Das, W. Jaeger
10:00 Final remarks
10:10 – 2035. Ion-pairs in polar solvents: Infrared spectroscopy of salt-solvent complexes in helium nanodroplets. J. Tandy,
A. Sadoon, G. Sarma, C. Feng, S. Yang,
A.M. Ellis*
10:40 – 2036. Effect of kinetic energy on thedoping efficiency of cations into superfluid helium droplets. L. Chen, J. Zhang,
W. Freund, W. Kong*

198 –TECH

Hawaii Convention Center
304B

Organized by: M. Eikerling, G. Jerkiewicz,
S. Mitsushima, A. GewirthPresiding: S. Mitsushima, P. Strasser
8:00 – 2039. Impact of temperature on platinum electro-oxidation and dissolution.
G. Jerkiewicz*, M. Alsabet, M. Grden,
L. Xing, M. Hossain, M. Tian,
D. Beauchemin
8:20 – 2040. Electrochemical quartz crystal
microbalance study of Pt electrode dissolution accelerated by H2O2 and Fe2⫹ inacidic solution. S. SHIRONITA,
M. INOUE, M. UMEDA*
8:40 – 2041. Nanostructured porous electrocatalysts from modular templates.
B.D. Gates*, M.T. Paul, B.K. Pilapil,
B. Yee, X. Zhang, D. Kim
9:00 – 2042. Electrolyte pore/solution partitioning under electric field. D. Bratko*,
F. Moucka, A. Luzar
9:20 – 2043. New insights into the oxygen
reduction reaction on platinum and platinum alloy surfaces. D.A. Tryk*,
M. Wakisaka, H. Uchida, M. Watanabe,
A. Iiyama
9:40 Break
10:00 – 2044. Proton distribution at PtO/
ionomer interface in the PEMFC catalyst
layer model. A. Nouri Khorasani,
K. Malek, M. Eikerling
10:20 – 2045. Microelectrode-based modeling of three-phase interface of polymer
electrolyte fuel cell electrodes.
W. ZHANG, S. SHIRONITA, M. UMEDA
10:40 – 2046. How voltage drops are manifested by lithium ion configurations at interfaces and in thin films on battery electrodes. K. Leung*
11:00 – 2047. First-principles modeling ofelectrolyte decomposition reactions on
the spinel-structured LiNi0.5Mn1.5O4
high-voltage cathode. M. Olguin*,
O. Borodin
11:20 – 2048. Coarse-grained molecularsimulations of additives for secondary
batteries. H. Washizu*, K. Aikawa,
T. Kinjo, H. Yoshida
11:40 – 2049. Development of noble-metalbased nanoreactors within mixed-metaloxide supports for efficient electrocatalytic oxidations of selected organic fuels.
I.A. RUTKOWSKA*, P.J. Kulesza*
Hawaii Convention Center
312
Quantum Coherence in Energy Transfer:
Vibrational Dynamics and Dissipation (#297)

Organized by: J. Cao, P. Brumer, J. Wu
8:00 – 2050. New developments in the theory of dissipative systems. E. Pollak*
8:35 – 2051. Steered quantum dynamics:
Tunneling through Coulombic barriersand energy minimization. M. Soley,
A. Markmann, V. Batista*
9:10 – 2052. Quantum Brownian dynamics
of open systems. J. Shao*
9:45 – 2053. Effects of nuclear motion in anelectronic energy-transfer system.
J.A. Cina*
10:20 – 2054. Gaussian process model ofcollision dynamics of complex polyatomic molecules. R. Krems, J. Cui, Z. Li

10:55 – 2055. Quantum energy flow and localization during photochemical reactionsin proteins. D.M. Leitner
11:30 – 2056. Coherent nonlinear optical
spectroscopy of interacting chromophores in optical cavities. F. Herrera*
Hawaii Convention Center
301A
Dynamical Intermolecular Interactions for
Biological Functions (#307)

Organized by: D. Zhong, M. Terazima,
Q. Lu

11:20 – 2074. Cold spectroscopic study on
metal ion– benzo-crown ether complexes
in the gas phase. Y. Inokuchi*
11:40 – 2075. Highly specific peptide-bonddissociation following exciting core electron of some peptide model molecules.
C. Liu*, Y. Lin, C. Ni
11:55 Closing Remarks
Hawaii Convention Center
305A
Advances in Quantum Dynamics fromSpectroscopy to Reactions (#384)

Organized by: H. Guo, D. Xie, A. Brown
8:00 Introduction
8:05 – 2057. Glucose binding and sensing
using self-assemblies of boronic acidbuilding blocks of perylenediimide framework. Z. Chen, X. Wu, Y. Huang, Z. Li,
Y. Jiang*
8:35 – 2058. Imaging neurodegeneration
with coherent Raman contrast. D. Cote
9:05 – 2059. Cellular biochemical analysis
and molecular imaging using laser tweezers Raman spectroscopy, reflectanceconfocal microscopy, and multiphoton
fluorescence microscopy. S. Feng,
Y. Huang, J. Zhao, E. Shen, Y. Tian,
W. Wang, H. Zeng*
9:35 – 2060. Molecular dynamics simulations on the interaction of the transmembrane NavAb channel with cholesterol
and lipids in the membrane.
C. Suwattanasophon, R. Faller*
9:55 Break
9:55 – 2061. Recognition of bacterial protein
biomarkers by synthetic DNA molecules.
Y. Li*
10:25 – 2062. Systematic study of protein
dynamics by integrating click chemistry
and mass spectrometry-based proteomics. R. Wu*
10:55 – 2063. Urokinase receptor, a dynamic
cell surface receptor capable to bind todifferent ligands. M. Huang
11:25 – 2064. Conformational influences ofsingle-strand DNA on hybridization kinetics. H. Hata, A. Suyama
Hawaii Convention Center
306B
Dissociation of Biomolecules in the Gas
Phase for Structural Characterization (#352)

Organized by: S. Shin, R. Julian,K. Honma, K. Siu, S. Blanksby
Presiding: P.B. Armentrout, K. Siu
8:00 – 2065. Combining ozone- with collision-dissociation for structure elucidationin complex lipids. S. Blanksby,
T.W. Mitchell, M. Bhujel, D. Marshall,
H. Pham
8:20 – 2066. Structural mass spectrometry
strategies for comprehensive metabolomics – surface, electron, and collision
dissociation information. J.A. McLean
8:45 – 2067. Unveiling lipid C⫽C locationisomer distributions in biological samples
using online photochemical reactions and
MS/MS. Y. Xia*
9:05 – 2068. Tandem mass spectrometry imaging of lipids and metabolites in tissue
sections. J. Laskin, I. Lanekoff,
M. Thomas
9:30 – 2069. Photodissociation spectroscopy of protonated histidine and its hydrogen-bonded clusters. H. Ishikawa*,
M. Kondo, Y. Kasahara
9:50 Break
10:00 – 2070. Spectroscopy of isolated ionsin a RF ion-trap. K. Honma
10:15 – 2071. VUV photodissociation of conformer selected protein ions.
G. von Helden
10:40 – 2072. Flexible configurations of
N-H. . .O⫽C hydrogen bonds for pyrroleketone binary clusters studied by IR cavity ringdown spectroscopy.
Y. Matsumoto*, K. Honma
11:00 – 2073. Action spectroscopy ofN-substituted azabenzene ions: Productpathways and (some) vibronic structure.
A. Trevitt*, S. Blanksby, C. Hansen

8:00 – 2076. Vibrational-induced steric effects on chemical reactivity. K. Liu*
8:30 – 2077. State-to-state photodissociation dynamics of H2O. D. Xie
8:50 – 2078. Ultraviolet photodissociation
dynamics of the alkyl radicals. J. Zhang*
9:10 – 2079. Sulfur mass independent fractionation (S-MIF): How quantum dynamics will answer fundamental questions
about the origins of life. B. Poirier*,
P. Kumar
9:30 – 2080. Further wrinkles on the photodissociation dynamics of acetone between 230 and 320 nm. S. Kable*,
M. Jordan, K. Lee, D. Andrews, K. Nauta
9:50 Coffee Break
10:10 – 2081. Photo-induced chemistry ofCriegee intermediates. M.I. Lester*
10:40 – 2082. Spectroscopy and dynamics
study of Criegee Intermediate CH3CHOO.
X. Wang*, J. Bowman*
11:00 – 2083. First-principles investigation of
the electronic structure and dynamics ofthe photoexcited iodide-uracil complex.
C.C. Mak, G.H. Peslherbe
11:20 – 2084. Single-conformation spectroscopy in the alkyl CH stretch region: Development of a first-principles model.
T.S. Zwier, D.P. Tabor, E.L. Sibert,
N.M. Kidwell, D.M. Hewett
11:40 – 2085. Theoretical study of ultraviolet
induced photodissociation dynamics ofsulfuric acid. T. Murakami,
S.O. Danielache, S. Nanbu*
Hawaii Convention Center
313A
Reactive Intermediates in Combustion andAtmospheric Chemistry (#419)

Organized by: D. Osborn, S. Kable,
K. Liu, J. Lane, Y. Kajii, X. You
Presiding: K.R. Wilson
8:00 – 2086. Photodissocaition of phenol derivatives, comparison of multimass ion
imaging, velocity map ion imaging, andRydberg atom translational spectroscopy. C. Ni
8:30 – 2087. Theoretical study on effect ofwater clustering on reactions: Dynamicaland statistical aspect. K. Takahashi
9:00 – 2088. Water vapor enhancement ofrates of peroxy radical reactions.
J. Hansen*, S. Kumbhani, T. Cline,
M. Killian, J. Clark, W. Keeton, L. Hansen,
R.B. Shirts, D. Robichaud
9:20 – 2089. Simple model for the vibrational
partition function to calculate the equilibrium constants for formation of peroxy
radical/water complexes. R.B. Shirts*,
S. Kumbhani, E. Burrell, J. Hansen* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

05 – PHYS/06 – ENVR
9:40 – 2090. Concerted elimination vs. hydrogen migration in alkylperoxy radicals:
The impact of tunneling at low temperatures. A. Davis, J. Francisco*
10:10 – 2091. Novel technique for the determination of HOx yield from OH reaction in
the atmosphere. Y.J. Kajii
10:40 – 2092. Laser-based field measurements of OH, HO2, RO2 and OH reactivity
in the atmosphere and comparisons withnumerical models. D. Heard*
11:10 – 2093. Gas phase reactions of alkyl
amines in the atmosphere. T. Imamura*,
K. Sato, T. Seta
11:40 – 2094. Atmospheric chemistry of tetrahydrofurans and lactones: Potential
new biofuels. C. Andersen*,
F.F. Østerstrøm,
M.P. Sulbaek Andersen, O.J. Nielsen
Hawaii Convention Center
307AB
Recent Experimental and Theoretical
Advances in Studies of Liquid Interfaces(#437)

Organized by: T. Tahara, A. Morita,
R. Walker, L. Dang, H. Kang,
S. Yamaguchi, J. Gibbs-Davis
Presiding: J. Gibbs-Davis, T. Tahara
8:00 – 2095. Interactions of cations and anions at aqueous interfaces. P. Cremer*
8:30 – 2096. Specificity and variation oflength scale over which monovalent halide ions neutralize a charged interface.
W. Sung, W. Wang, J. Lee, D. Vaknin,
D. Kim
9:00 – 2097. IV-SFG studies on the structureof liquid/liquid interface with a variation ofphase boundary potential. Y. Ouchi*
9:30 – 2098. Ultrafast vibrational dynamics
of water in the vicinity of positively
charged interfaces studied by time-resolved heterodyne-detected vibrationalsum frequency generation. P.C. Singh*,
S. Nihonyanagi, S. Yamaguchi, T. Tahara
9:45 Break
10:00 – 2099. Counterfactual-enabled molecular spectroscopy from computationand experiment. F.M. Geiger
10:30 – 2100. Reorientation and intermolecular coupling of water molecules at the
top-most layer of the air/water interface.
H. Wang*
11:00 – 2101. Using nonlinear optical spectroscopy to monitor the relationship between water structure and the electric
double layer at the silica/aqueous interface. J. Gibbs-Davis, A.M. Darlington,
M. Azam
11:30 – 2102. Rearrangement of molecularorientation at liquid/superoleophobic interfaces and surfactant adsorbed humanhair model interfaces probed by sum-frequency generation spectroscopy.
T. Miyamae*

ENVR
Area 6 – Agrochemistry,
Environmental andGeochemistry
Tuesday Morning
Hilton Waikiki Beach
Territorial III
Application of Mass Spectrometry toAgrochemical Challenges (#72)

Organized by: M. Thurman, Y. Wu,
P. Marriott
Presiding: I. Ferrer, M. Thurman
8:00 – 1. Studies on advanced separations
and detection methods for fatty acids andpesticides analysis in foods.
P.J. Marriott, A. Zeng, S. Chin, X. Liu

8:30 – 2. Prediction of MS signal intensitiesof pesticide transformation products overa range of analyte cation concentration
basing on a novel ionization kinetic modelof ESI with electrostatic field effects.
T. Ueda*, H. Takanashi, J. Kadokawa
8:55 – 3. Optimization of dispersive liquid–
liquid microextraction coupled with gas
chromatography-negative ion chemical
ionization mass spectrometry for the determination of pyrethroids in agricultural
products. Y. Wang*, Y. Shu, J. Wang
9:20 – 4. Fast, sensitive technique for realtime, in situ quantification of commonly
applied pesticides in the atmosphere using high resolution time-of-flight chemical
ionization mass spectrometry.
T. Murschell*, D. Farmer
9:45 Morning Break
10:00 – 5. United States survey of mycotoxins in beer, wine, cereal, milk, infant cereal, and infant formula by LC/MS/MS.
J. Zweigenbaum, J. Cappozzo*
10:30 – 6. Mass spectrometry imaging of endogenous metabolites in Arabidopsis.
T. Morikawa-Ichinose, J. Nakamura,
Y. Fujimura, M. Shindo, H. Wariishi,
D. Miura*
10:55 – 7. Analysis and profiling of maple
syrups by LC/Q-TOF-MS. I. Ferrer,
M. Thurman, J. Zweigenbaum
Hilton Waikiki Beach
Prince David
Nanointerfaces and their Role inEnvironmental Systems and Processes(#86)

Organized by: D. Dionysiou,
J. Gardea-Torresdey, W. Lee, X. Zhao,
B. Pan, M. Litter
Presiding: D. Dionysiou
8:00 – 8. Electroreductive debromination of
polybrominated diphenyl ethers by nitrogen-doped nanodiamond rod array electrode. X. Quan*, Y. Liu, S. Chen, H. Yu
8:30 – 9. Competing redox reactions at
Fe2⫹–Cr6⫹–CeO2 nanoparticle interfaces
in wastewater treatment systems. J. Ray,
Z. Li, C. Neil, B. Lee, Y. Jun*
9:00 – 10. Facile electrospinning of Pd-carbon nanofiber catalysts for waterborne
contaminant reduction. D. Shuai, T. Ye
9:30 – 11. Formation of nitrous oxide (N2O)
hydrate in soil mineral suspensions withelectrolytes. D. Kyung, T. Park, W. Lee*
10:00 Break
10:15 – 12. Interfacially electronic structuresof gold-magnetite heterostructures for effectively reduction of nitropheols.
R. Doong*, S. Chang
10:45 – 13. Single particle characterizationof the chemical reactivity and environmental transformation of nanoparticles
using collision electrochemistry.
A. Karimi, D. Andreescu, S. Andreescu*
11:15 – 14. Systematic development of oxyanion reduction catalysts for water purification with molecular and materials design. J. Liu*, M. Han, X. Chen,
T.J. Strathmann
Hilton Waikiki Beach
Territorial I & II
Sustainable Chemistry: Beyond the Bench(#103)

Organized by: M. Abraham, M. Gonzalez,
P. Jessop, M. Hearn
Presiding: P.G. Jessop
8:00 Opening Remarks
8:05 – 15. Integrating metrics into sustainable chemistry research and development. D.C. Constable
8:40 – 16. Development of organic/inorganic
composites formed through approaches
inspired by biomineralization for functional materials. T. Kato*
9:15 – 17. Sustainability in the design andfabrication of a 3D-printed solid oxide
fuel cell. G. Manogharan*, C. Linkous,
M. Kioko, M. Abraham
9:40 Break - 15 mins

9:55 – 18. Application of flow chemistry todevelop sustainable manufacturing inemerging countries. P. Watts*
10:20 – 19. Business logics for green chemistry. I. Milne*, S. Maguire
10:55 – 20. Chemical durability of pervious
fly ash concrete under acidic environments. S.S. Hwang
Hilton Waikiki Beach
Kauai
UV Photochemistry for Water: Implicationsfor Safe Water Disinfection and Oxidation
Treatment Applications (#204)

Organized by: G. Knight, W. Liu, K. Bell,M. Mohseni, K. Linden, G. Shin,K. Oguma
Presiding: K. Bell, G. Shin
8:00 Introduction to Symposium
8:05 – 21. Action spectra for pathogens andsurrogates: Implications for polychromatic UV systems. S. Beck, K. Linden
8:35 – 22. Fundamentals of UV action of microorganism and the response (repair) of
microorganism to UV action. G. Shin*
9:05 – 23. Molecular approaches to studying
UV-induced damage of microorganisms.
R.A. Rodriguez*
9:35 – 24. Implications of PCR techniques
for measuring the fate of viruses and
ARGs in UV-treated waters.
K.R. Wigginton*, Z. Qiao
9:55 – 25. Impact of inner wall reflection on
UV reactor performance as evaluated using the discrete ordinates (DO) radiation
model. W. Li, M. Li, J. Bolton, Z. Qiang*
10:15 AM Tuesday Break
10:25 – 26. CFD models define advanced
monitoring for polychromatic UV disinfection systems. H. Wright*
10:55 – 27. Communicating the science of
UV to the regulatory and engineeringcommunity. K. Bell*11:25 – 28. Sensing technology for validationand monitoring of disinfection at multiple
wavelengths. G. Knight*,
F. Daynouri-Pancino, S. McDermid,
B. Petri
Hilton Waikiki Beach
Prince Johah
Genomics and Metabolomics for
Phytochemical Research (#267)

Organized by: K. Saito, E. Pichersky,
V. Luca
8:00 Break (late start)
8:15 Introduction
8:20 – 29. Geranyllinalool synthases and theorigin of specialized terpenes in plants.
E. Pichersky*
8:45 – 30. Genomic insight into gossypol
biosynthesis in cotton. X. Chen*,
C. Yang, Y. Mao, L. Wang
9:10 – 31. Discovery of a CYP450 for stereospecific monoterpene hydroxylation inthujone biosynthesis based on transcriprome and metebolite analysis of
wildtype and mutant genotypes of Thuja
plicata. J. Bohlmann, A. Gesell,
M. Blaukopf, L. Madilao, M. Yuen,
S.G. Withers, J. Mattsson, J. Russell
9:35 Coffee Break
9:55 – 32. Intriguing aspects of phenylalanine biosynthesis, regulation, and transport. N. Doudareva*
10:20 – 33. Melabolic profiling of isohexenylnaphthazarins in Echium plantagineum,an exotic invader in Australia.
D. Skoneczny*, P.A. Weston, G.M. Gurr,
L.A. Weston
10:40 – 34. Dissection of pathway for prenylated polyketides: From glandular
trichomes to chemical factory in yeast.
G. Wang
11:00 – 35. Accumulation of chlorothalonil insoil after repeated applications and its effect on soil enzyme activities and bacterial community structure. X. Wu, J. Tang,
R. Hua, H. Cao, X. Li

Hilton Waikiki Beach
HawaiiPhytochemicals for Crop Protection:
Discovery to Molecular Target (#358)

Organized by: K. Matsuda, S. Duke,
L. WestonPresiding: S. Duke, L.A. Weston
8:00 Opening remark
8:05 – 36. Botanical insecticide pyrethrum
elicits olfactory response in Drosophilaantennae. K. Dong*, P. Xu, Y. Du
8:40 – 37. Deciphering biosynthesis of natural insecticides pyrethrins. K. Matsuda*
9:15 – 38. Phjytochemicals as natural synergists to replace piperonyl butoxide (PBO
synergist in insect control. J.R. Coats,
E.J. Norris, A.D. Gross, L.C. Bartholomay
9:50 Break
10:05 – 39. Grass roots chemistry: The development of meta-tyrosine, a non-protein amino acid produced by Festuca
spp. as a potential commercial bioherbicide for weed suppression. L.A. Weston
10:40 – 40. Understanding the role of secondary metabolites in orchid pollination.
R. Barrow*, B. Bohman, G. Flematti,
R. Peakall, E. Pichersky
11:15 – 41. Probing the mode of action ofnatural phytotoxins with omics methods.
S. Duke
11:50 Closing remark
Hilton Waikiki Beach
Prince Edward
Sources, Fates and Risks from Consumer
Product Ingredients in the Environment(#391)

Organized by: P. DeLeo, K. Solomon,
S. Mudge, C. Linares
Presiding: S. Mudge
8:00 Introductory Remarks
8:05 – 42. Effects of dissolved organic matter on the photochemistry of triclosan andtriclocarban and the toxicities of theirphototransformation products and mixture toxicities. K. Albanese, Y. Chin,
R. Lanno, C.M. Hadad
8:35 – 43. Influences of ratios among elements from different sources on nitrosamine formation during chlor(am)inationand ozonation of nizatidine and chlorpheniramine. W. Chen*
8:55 – 44. PBT 2.0? Perspectives on environmental assessment of consumer
products and other industrial chemicals.
B.W. Brooks
9:35 Break
9:50 – 45. Broad-scale exposure modelling
and risk assessment of consumer product ingredients: Applications and opportunities using the iSTREEM® model.
K.E. Kapo*, R. Vamshi, C.M. Holmes,
P. DeLeo, D. Ferrer
10:30 – 46. Evaluation of anionic surfactantsin the environment using a novel approach for regional probabilistic exposure
assessments. K.M. McDonough*,
T.W. Federle, K. Wehmeyer, S. Belanger,
P. DeLeo
11:00 – 47. Fate of my fatty alcohol-based
surfactants after changing the feedstock.
S. Mudge* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–199

06 – ENVRTECHNICAL PROGRAM

Hilton Waikiki Beach
Molokai

Hilton Waikiki Beach
Prince David

Food Processing: Chemistry, Quality,
Safety, Sustainability, and Value-added Byproducts (#400)

Nanointerfaces and their Role inEnvironmental Systems and Processes(#86)

Organized by: M. Tunick, L. Liu, X. Liao,
H. Nabetani, S. Yoon, X. Dai
Presiding: L. Liu, M. Tunick

Organized by: D. Dionysiou,
J. Gardea-Torresdey, W. Lee, X. Zhao,
B. Pan, M. Litter
Presiding: G. Li Puma

8:00 Opening Remarks
8:05 – 48. Formulation and characterizationof lipid-based micro/nanodispersion systems for developing food processing
technology. S. Ichikawa*
8:35 – 49. Characteristics and possible function of dehydrin proteins in crop seed.
M. Momma*
9:05 – 50. Fluorescence fingerprint for the
rapid assessment of aging period of
Awamori - the oldest spirits in Japan.
M. Tsuta*, E. Taira, M. Tsukahara,
K. Tsukahara
9:35 – 51. Polysorbate-false-positive substances in meat.
M. Ohnishi-Kameyama*, K. Takagi,
I. Matsunaga, K. Kudo
10:05 Break
10:20 – 52. Biobased,environmentallyfriendly lubricants for processing plants.
S.Z. Erhan, B.K. Sharma
10:50 – 53. Anti-allergic action of ‘Benifuuki’
green tea rich in O-methylated EGCG and
the use of new food functional labelingsystem in Japan. M. Maeda-Yamamoto
11:20 – 54. Using ultrahigh pressure treatment to stimulate the ageing process ofwine. X. Sun*, L. Li, X. Chen, W. Huang,
J. Zhan

13:00 – 63. Redistribution of a protective
alumina layer on sunscreen nanoparticles
subjected to swimming pool and sea water. S. Al-Abed*
13:30 – 64. Solar active nanocomposite photocatalysts for the removal of pharmaceuticals. M. Kovacic, S. Salaeh,
D. Juretic, H. Kusic*,
U. Lavrencic Stangar, D. Dionysiou,
A. Loncaric Bozic
14:00 – 65. Site-selective Pt-Pb nanoparticles deposition on TiO2 nanorod photocatalyst for acetic acid oxidative decomposition under UV-Vis irradiation.
T. Tanabe*, W. Miyazawa, T. Gunji,
S. Kaneko, M. Miyauchi, F. Matsumoto
14:30 – 66. Highly efficient, visible-light-activated photocatalysts with post-illumination “memory” effect. Q. Li
15:00 Break
15:15 – 67. Achieving sustainable water
treatment: Graphitic carbon nitride for
persistent waterborne contaminant removal under visible light irradiation.
D. Shuai*, Q. Zheng
15:45 – 68. Application of TiO2 xerogel in coagulation. S. Zhang, M. Li, X. Wang

Tuesday Afternoon

Hilton Waikiki Beach
Territorial I & II

Hilton Waikiki Beach
Territorial III

Sustainable Chemistry: Beyond the Bench(#103)

Application of Mass Spectrometry toAgrochemical Challenges (#72)

Organized by: M. Thurman, Y. Wu,
P. Marriott
Presiding: P.J. Marriott, J. Zweigenbaum
13:00 – 55. Simultaneous determination ofacrylamide mercapturic acid adducts asshort-term exposure biomarkers by isotope dilution ultra-high performance liquid chromatography coupled with tandem mass spectrometry. Y. Zhang*,
Q. Wang, J. Cheng, X. Chen
13:30 – 56. Self-caramelization of sucralose:
Identification of over 100 degradation
products by UHPLC and LC/QTOF-MS
with ultrahigh resolution time-of-flightmass spectrometry and accurate mass.
M. Thurman*, I. Ferrer, J. Zweigenbaum
13:55 – 57. Determination of E,E-farnesoland squalene in Korean rice wine (makgeolli) using thermal desorption stir bar
sorptive extraction couped with GC-MS.
J. Ha*, H. Jang, J. Lee
14:20 – 58. Mass spectrometry as the primary tool in the structure determinationof agrochemical metabolites. M.A. Jalal*,T. Nguyen, S. Bondarenko, R. Allen
14:45 Afternoon Coffee Break
15:00 – 59. Direct simultaneously determination of 4-methylimidazole and 2-acetyl-4(1,2,3,4-tetrahydroxybutyl)imidazole invinegar by high performance liquid chromatography-electrospray ionization tandem mass spectrometry. W. Rong
15:25 – 60. Characterization of American elderberry fruit juice using mass spectrometry. M. Johnson, A. Thomas,
C. Greenlief*
15:50 – 61. Mass spectrometric study of
protoberberines in historical textiles dyedwith Kihada (Phellodendron spp.).
Y. SASAKI, R. FUKAE, K. SASAKI
16:15 – 62. Characterization of pyrrozilidine
alkaloids in botanicals and dietary supplements by LC/QTOF MS. B. Avula*,
J. Zweigenbaum, S. Sagi, Y. Wang,
M. Wang, I. Khan

200 –TECH

Organized by: M. Abraham, M. Gonzalez,
P. Jessop, M. Hearn
Presiding: M. Abraham
13:00 Opening Remarks
13:05 – 69. Life cycle impact assessment:
What is the state of the research?.
J.C. Bare
13:40 – 70. Solvent wars: Sustainability
awakens. V. Isoni, L. Wong*, H. Khoo,
P. Sharratt
14:15 – 71. Virtual screening as a strategy formolecular design of switchable solvents.
J.R. Vanderveen, L. Patiny, P.G. Jessop*
14:40 Break - 15mins
14:55 – 72. Compatibility of green solventswith chemiluminescent labels. J.-. Grote
15:20 – 73. Chemical properties and theirimpacts on the environment and functionality. J.C. Bare
15:45 – 74. Tailoring rhamnolipid and related
glycolipid surfactant properties throughsustainable production by green chemical synthesis. J.E. Pemberton*,
R. Palos-Pacheco, C. Coss, R. Gonzalez,
L. Szabo, D. Hogan, F. Tian, R. Maier,
R. Polt
16:10 – 75. Chemistry and its role in sustainability. M.A. Gonzalez*
Hilton Waikiki Beach
Kauai
UV Photochemistry for Water: Implicationsfor Safe Water Disinfection and Oxidation
Treatment Applications (#204)

Organized by: G. Knight, W. Liu, K. Bell,M. Mohseni, K. Linden, G. Shin,K. Oguma
Presiding: K. Linden
13:00 – 76. Sunlight inactivation of viruses
and bacteria: Mechanistic insights andimplications for practice. K.L. Nelson
13:30 – 77. Photochemical (sunlight) fate ofpharmaceutical compounds in natural
waters and its application in the designand optimization of constructed wetlands. W.J. Cooper

14:00 – 78. Role of pH on photolytic andphotocatalytic degradation of antibiotic
oxytetracycline in aqueous solution undervisible/solar light: Kinetics and mechanism studies. C. Zhao*, H. Deng*,
D. Dionysiou*
14:20 – 79. Model photosensitizers for thephotochemical production of hydroxyl
radical from dissolved organic matter.
G. McKay, F. Rosario-Ortiz*
14:40 – 80. Looking at water chlorination in a
new light: Mechanistic elucidation andmodeling of enhanced microbial inactivation during solar photolysis of chlorine toreactive oxygen species and ozone.
P. Zhou, G.D. Di Giovanni, J.S. Meschke,
M. Dodd
15:00 Tuesday PM Break
15:15 – 81. Solar UV disinfection for waterproduction in developing countries.
E.R. Blatchley*
15:45 – 82. Solar inactivation of fecal indicator bacteria and microbial source tracking
markers in surface water. A. Boehm*,
M. Mattioli, L. Sassoubre, P. Maraccini,
J. Griffith, Y. Cao
16:15 – 83. Algal toxin photodegradation
mediated by reactive halogen species in
the marine environment. K.M. Parker*,
A. Ghadouani, W. Mitch
16:35 – 84. Matrix effects in the attenuationof trace organics in wastewater effluent
by solar irradiation. L. Cheng*, T. Zhang,
H. Vo, L.I. Márquez, D. Dı́az, B. Dong,
R.G. Arnold, E. Saez
Hilton Waikiki Beach
Prince Johah
Genomics and Metabolomics for
Phytochemical Research (#267)

Organized by: K. Saito, E. Pichersky,
V. Luca
13:00 Break (Late start)
13:10 – 85. Biochemical basis of specialized
metabolic evolutionary diversity: Acylsugars in the Solanaceae. R.L. Last*
13:35 – 86. Genetic and structural variety ofglycosyltransferases bring chemical diversity of flavonoids.
K. Yonekura-Sakakibara, K. Saito*
14:00 – 87. Expanding the toolbox for synthetic biology of tropane alkaloids.
J.C. D’Auria*
14:25 – 88. Evolution of lysine-derived alkaloid biosynthesis. M. Yamazaki,
S. Bunsupa, K. Saito
14:50 Coffee Break
15:10 – 89. Combined genomics andmetabolomics for phytochemical research in major crops. J. Luo*, W. Chen,
L. Gong, Y. Gao, X. Lian, Q. Zhang,
J. Yan
15:35 – 90. Integrated metabolomics, gene
expression analyses, and GWAS identify
saponin biosynthetic genes in Medicago
truncatula. L.W. Sumner, V. Tzin,
J. Snyder, B. Watson, Z. Lei, D. Yang,
Y. Tang, D. Nedveck, P. Tiffin, N. Young
16:00 – 91. Metabolomics for heteroatomcontaining metabolites in the case of sulfur-containing metabolites.
R. Nakabayashi*, Z. Yang, T. Nishizawa,T. Mori, K. Saito
16:20 – 92. Integrated advanced multi-omics
strategies: A new paradigm for agricultural and medicinal plant biotechnology
with metabolomics/metabolite imaging insitu. N.G. Lewis*, J.V. Marques,
D.S. Dalisay, M.A. Costa, B. Herman,
L.B. Davin
Hilton Waikiki Beach
HawaiiPhytochemicals for Crop Protection:
Discovery to Molecular Target (#358)

Organized by: K. Matsuda, S. Duke,
L. WestonPresiding: S. Duke, L.A. Weston
13:00 Opening remark
13:05 – 93. Amaranthus toxicity in production livestock. J.C. Quinn*, E. Birckhead,
D. Skoneczny, A.E. Kessell, L.A. Weston

13:35 – 94. Chemical ecology of three species of alien Orobanchaceae in Japan.
M. Morimoto*, M. Ishida, K. Matsuda
14:05 Break
14:20 – 95. Discovery of novel targets for selective chemical control of root parasitic
weeds based on metabolomic and transcriptomic analysis of their germination.
A. Okazawa*, T. Wakabayashi,
T. Muranaka, Y. SUGIMOTO
14:50 – 96. Discovery of plant chemical defenses and novel biosynthetic pathways.
M.c. Pedras*, Q. To, M. Alavi
15:20 Closing remark
Hilton Waikiki Beach
Prince Edward
Sources, Fates and Risks from Consumer
Product Ingredients in the Environment(#391)

Organized by: P. DeLeo, K. Solomon,
S. Mudge, C. Linares
Presiding: K.R. Solomon
13:00 – 97. Estimating emissions and environmental exposure for home and personal care product ingredients at the
global scale using spatially explicit data.
R. Vamshi*, C.M. Holmes, K.E. Kapo,
J. Kilgallon, J. Hodges, O. Price,
A. Franco, V. Sclater
13:30 – 98. High throughput modeling of exposures to semi-volatile chemicals in articles of commerce. C.I. Nicolas*,M. Goldsmith, R. Pearce, R. Setzer,
J. Wambaugh
14:00 Break
14:15 – 99. Challenges of applying PBT criteria to super-hydrophobic chemicals
used in consumer products: A case studyof cyclic volatile methyl siloxanes.
D. Mackay*, D.E. Powell
14:45 – 100. Assessment of the exposureand environmental health risks of siloxanes: The case of D5. F.A. Gobas*
15:15 – 101. Quantitative weight of evidence
analysis of the persistence, bioaccumulation, toxicity, and potential for long range
transport of the cyclic volatile methyl siloxanes. K.R. Solomon*, J. Bridges
15:55 Closing Remarks
Hilton Waikiki Beach
Molokai
Food Processing: Chemistry, Quality,
Safety, Sustainability, and Value-added Byproducts (#400)

Organized by: M. Tunick, L. Liu, X. Liao,
H. Nabetani, S. Yoon, X. Dai
Presiding: L. Liu, M. Tunick
13:00 Opening remarks
13:05 – 102. Quality of whey powders stored
under adverse conditions. M. Tunick*,A. Thomas-Gahring, D. Van Hekken,
S.K. Iandola, R. Bazemore, C. Allison,
K. Bazemore, M. Singh, P.X. Qi,
D.O. Ukuku, S. Mukhopadhyay,
C.I. Onwulata, P.M. Tomasula
13:30 – 103. Controlled delivery of 1-MCP
from R1, R2-B-nethylene cyclopropane
complexes: An effective approach to be
used both in closed environments andopen crop fields. M.I. Sarker,
P. Tomasula, L. Liu*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

06 – ENVR
14:00 – 104. Quality changes of mango pulp
after high pressure processing and hightemperature short time. X. Liao
14:30 – 105. Protection of anthocyanins
against acrylamide-induced oxidative
stress. M. Zhao, J. Song, P. Wang, D. Li,
F. Chen*
15:00 Break
15:15 – 106. Kinetic models for enzyme activity and thermo stability of polygalacturonase under ultrasound treatment.
D. Liu15:45 – 107. Oxidation of phytosterols in themodel oil: Influence of heating and metal
ions. Y. Hu, J. Deng, B. Lu*
16:10 – 108. Solar drying of papaya andpineapple from Fiji: Investigating nutritional and organoleptic properties ofdried finished product. R. RAJU*
16:35 – 109. Effects of processing units on
secondary metabolites and functional
properties of carrot juice processing.
T. Ma*, C. Tian, J. Luo, X. Sun, J. Zhan

9:00 – 118. Effect of the substrate-bilayer interface on nanoparticle-induced membrane disruption of supported lipid bilayers. N. Yousefi, A. Wargenau, N. Tufenkji
9:30 – 119. Role of membrane proteins in
nanoparticle interaction with supported
lipid bilayers. E.S. Melby, A.C. Mensch,
M.D. Torelli, L. Jacob, A. Vartanian,
C. Murphy, R.J. Hamers, J.A. Pedersen
10:00 Break
10:15 – 120. Influence of environmental factors on nanoparticle-biological interactions and processes for disinfection.
S.O. Obare, S.T. Nick, A. Bolandi
10:45 – 121. Extracellular polymeric substances reduced sliver nanoparticles toxicity to wheat roots. D. Zhou*

Wednesday Morning

Organized by: M. Abraham, M. Gonzalez,
P. Jessop, M. Hearn
Presiding: M.A. Gonzalez

Hilton Waikiki Beach
Prince Edward
Ferrites and Ferrates: Chemistry andApplications in Sustainable Energy andEnvironmental Remediation (#13)

Organized by: V. Sharma, R. Doong,
H. KimPresiding: R. Doong, J. Jiang, H. Kim,
V. Sharma
8:00 Introduction
8:05 – 110. Application of ferrate(VI) to water
treatment: Stability, kinetics, and mechanisms. U. von Gunten, Y. Lee
8:40 – 111. Advances of Ferrate(VI) preoxidaiton in water and wastewater treatment.
J. Ma, Y. Liu, Z. Huang
9:15 – 112. Degradation of the cytostatic
methotrexate by electrosynthesized ferrate (VI): Identification of oxidation byproducts. S. Barisci*, Ö. Türkay, F. Ulu,
A. Dimoglo
9:40 Break
9:55 – 113. Oxidation of oseltamivir (or tamiflu) by ferrate(VI). I. Lee, Y. Hong, H. Kim*
10:20 – 114. Study on 4-bromophenol degradation using liquid ferrate(VI) synthesized by wet oxidation method.
F.B. Laksono, I. Kim
Hawaii Convention CenterHalls I, II, III
Application of Mass Spectrometry toAgrochemical Challenges (#72)

Organized by: M. Thurman, Y. Wu,
P. Marriott
Poster Session
10:00 – 12:00
115. Determination of emamectin benzoate
and lufenuron in cabbage and soil underfield conditions by QuEChERS andRRLC-MS/MS. J. Hu
Hilton Waikiki Beach
Prince David
Nanointerfaces and their Role inEnvironmental Systems and Processes(#86)

Organized by: D. Dionysiou,
J. Gardea-Torresdey, W. Lee, X. Zhao,
B. Pan, M. Litter
Presiding: W. Lee
8:00 – 116. Nanoparticle interaction withmodel biological membranes: Influenceof lipid composition and non-lipid components. J.A. Pedersen*, E.S. Melby,
T.R. Kuech, I. Gunsulos, M.D. Torelli,
A. Vartanian, G. Orr, C. Murphy,
C.L. Haynes, R.J. Hamers
8:30 – 117. Disruption of critical growth andcommunication signals in bacteria: Nanoparticles that rescue cell populations.
K.B. Gregory*, E. McGivney, L. Han,
J. VanBriesen

Hilton Waikiki Beach
Kauai
UV Photochemistry for Water: Implicationsfor Safe Water Disinfection and Oxidation
Treatment Applications (#204)

Organized by: G. Knight, W. Liu, K. Bell,M. Mohseni, K. Linden, G. Shin,K. Oguma
Presiding: G. Knight

8:00 Opening Remarks
8:05 – 122. Removal of organic dyes andheavy metals from wastewater using new
chitosan-based materials.
P. Champagne*, O. Garcia-Valdez,
E. Madill, B. Tsai, M. Cunningham
8:30 – 123. Efficient multigram-scale synthesis of model lignin oligomers.
G. Sheldrake*, G. Forsythe, X. Ji
8:55 – 124. Definition and application of asustainability indicator for the productionof energy and carbon-based chemicals.
I.T. Horvath*
9:30 Break - 15 mins
9:45 – 125. From plant to plant - hydrothermal conversion of biomass. A.K. Yuen,
T. Maschmeyer*
10:20 – 126. Vegetable proteins as potential
carbon dioxide scrubbers. G. Sun,
A. Aghanouri
10:45 – 127. Generation of anhydrosugars
from carbohydrates by catalytic pyrolysis
in dicationic liquids. G. Sheldrake*

8:00 – 133. Emerging UV technologies for
fluid disinfection. G. Knight*,
F. Daynouri-Pancino, D. Bogojevic
8:30 – 134. Novel deployment of UV-C LEDs
in disinfection applications. O. Lawal*
9:00 – 135. ACF cathode strengthen the
E-UV-O2 process to degrade nitrobenzene. Y. Zhou*, Y. An, X. Zhang,
X. Zhang, H. Zheng, C. Zhao
9:20 – 136. Disinfection and suspended solid
reduction of municipal wastewater effluent by flow-through pulsed UV-light treatment system. A. Demirci*, G. Uslu,
J. Regan
9:40 – 137. Photobleaching of fulvic acid andoil sands blowdown water samples using
chlorine oxidants and blue LED lightsources. M. Izadifard, C.H. Langford,
G. Achari
10:00 Wednesday AM Break
10:10 – 138. UV light emitting diodes for water disinfection. K. Oguma*
10:40 – 139. Optimizing pathogen inactivation at low energy cost with a tailored,
multiple-wavelength UV LED unit.
S. Beck, K. Linden
11:00 – 140. Plasma-based water treatment:
An effective method to degrade perfluorooctanoic acid and other emerging contaminants. S. Mededovic Thagard,
F. Dai, G. Stratton, C. Bellona, T. Holsen
11:20 – 141. Impact of fluence rate on microbial inactivation: Assessment with a novel
minifluidic UV photoreaction system(MUPS). M. Li, W. Li, J. Bolton, Z. Qiang*
11:40 – 142. Liquid-phase electrical discharge plasmas for inactivation of microorganisms in water. S. Rogers,
P. Estifaee, S. Mededovic Thagard

Hilton Waikiki Beach
Territorial III

Hawaii Convention CenterHalls I, II, III

Chemistry and Biology of Auxin,
Strigolactone and their Interactions (#107)

Genomics and Metabolomics for
Phytochemical Research (#267)

Organized by: T. Asami, Y. Zhao,
C. Beveridge
Presiding: H. Kasahara, Y. Zhao

Organized by: K. Saito, E. Pichersky,
V. Luca

Hilton Waikiki Beach
Territorial I & II
Sustainable Chemistry: Beyond the Bench(#103)

8:00 Preparation
9:00 Opening Remarks
9:05 – 128. How to make strigolactones.
S. Al-Babili*
9:45 – 129. Strigolactones as germination
stimulants for root parasitic weeds.
Y. SUGIMOTO*, H. TAKIKAWA
10:15 – 130. Target sites for chemical regulation of strigolactone signaling.
H. Nakamumra, K. Fukui, O. Mashita,
K. Kikuzato, T. Asami*
10:45 – 131. Regulation of strigolactone biosynthesis by gibberellin. S. Ito,
D. Yamagami, M. Umehara, A. Hanada,
S. Yoshida, S. Yajima, J. Kyozuka,
M. Ueguchi-Tanaka, M. Matsuoka,
K. Shirasu, S. Yamaguchi, T. Asami*
11:05 – 132. Development of novel germination stimulant for Striga. M. Yoshimura,
Y. Tsuchiya*, Y. Sato, K. Kuwata, A. Sato,S. Toh, D. Holbrook-Smith, H. Zhang,
P. McCourt, K. Itami, T. Kinoshita,
S. Hagihara*
11:25 SL-BR Cross Talk
11:45 Lunch Time

Poster Session
10:00 – 12:00
143. Development and application of a reporter bioassay system to screen for phytochemicals mimicking the anti-aging effects of caloric restriction. T. Chiba,
Y. Ohata, Z. Wang, S. Serizawa,
I. Shimokawa
144. Preventative effect of Hyuganatsu oranges on osteoporosis. S. NISHIZONO*,
H. Hata, Y. Sakatani, M. Yamaguchi,
H. Sameshima
145. Serum metabolomics research of theantihypertensive effects of tengfu jiangya
tablet on spontaneously hypertensive
rats. H. Jiang*, y. li*

9:15 – 148. Characterization of adverse outcome pathways of ethynylestradiol in Xenopus laevis. M. Hecker, A.R. Tompsett,
S. Wiseman, E.B. Higley, J. Giesy
9:45 Break
10:00 – 149. Do differences in key amino acids in the aryl hydrocarbon receptor explain differences in sensitivity of fishes todioxin-like compounds?. J. Doering*,
S. Wiseman, R. Farmahin, S. Beitel,
S. Kennedy, J.P. Giesy, M. Hecker
10:30 – 150. Impact of exposure to perfluoroalkyl acids on the development of metabolic diseases. C.K. Wong*, R. Li,
H. Wan
11:00 – 151. Interrelationships of microbialcommunities and secondary metabolite
profiles from sponges around Okinawa
Islands, Japan. S. Aratake, T. Fujii,
M.C. Roy, T. Yamazaki,
H. Jenke-Kodama
Hawaii Convention CenterHalls I, II, III
Phytochemicals for Crop Protection:
Discovery to Molecular Target (#358)

Organized by: K. Matsuda, S. Duke,
L. WestonPresiding: K. Matsuda
Poster Session
10:00 – 12:00
152. Insect-antifeedant and growth-inhibitory activities of a limonoid from seeds ofCitrus reticulata against larvae of Asiancorn borer (Ostrinia furnacalis).
R. Abogado*, A. Abrera, M. Lit,
M. Manalo
153. Phytotoxicity and insect antifeedant activity of calamenene and cadinene typesesquiterpenes from camphorweed exudate. R. Morita, M. Morimoto,
K. Matsuda
Hilton Waikiki Beach
Prince Johah
Fukushima and Radiological ContaminatedEnvironments World-wide: The ImportantRole of Environmental Chemistry andRadiochemistry in Remediation and
Restoration (#374)

Organized by: T. Sasaki, H. Nitsche,
C. Liu, Z. Yoshida, S. Kalmykov, L. Rao
Presiding: S.B. Clark, S.N. Kalmykov,
T. Sasaki, Z. Yoshida
8:00 Opening remarks
8:05 – 154. Challenges for Fukushima environmental restoration - JAEA’s perspective. K. Iijima, K. Miyahara*
8:45 – 155. 134Cs and 137Cs in the North Pacific Ocean derived from the TEPCO Fukushima Dai-ichi Nuclear Power Plant accident, Japan in March 2011.
M. Aoyama*
9:10 – 156. Sorption, diffusion, and migration of Cs-134/137, Sr-85/90 in loess:Laboratory and field experiments. C. LIU*
9:35 Break
9:45 – 157. Experimental data and thermodynamic modeling of plutonium speciation in mineral colloidal suspensions.
A.Y. Romanchuk, I. Vlasova, A. Egorov,
Y. Zubavichus, S.N. Kalmykov

Hilton Waikiki Beach
Hawaii
Environment and Gene Interaction (#336)

Organized by: G. Cobb, C. Matson,
M. Hecker, C. Wong
Presiding: M. Hecker
8:00 Welcome and Introductionn
8:05 – 146. Predicting consequences of xenobiotic-biomolecule interactions: Role of
the adverse outcome pathway framework. G. Ankley*
8:45 – 147. Environmental surveillance andmonitoring – the next frontier for pathway-based high throughput toxicology.
D.L. Villeneuve** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–201

06 – ENVR
10:10 – 158. Accumulation of radioactive cesium in edible mushroom. T. Ohnuki,
F. Sakamoto, N. Kozai, T. Saito, Q. Yu,
S. Yamasaki
10:35 – 159. Application of bench-scale
sample preparation techniques and 3D
fluorescence for the speciation of Cs, Co
and Cu in contaminated groundwater.
F. Caron*, S. Hume, S. Siemann
11:00 Break
11:10 – 160. Scientific aspects in development of the certified reference materialsof fish meat and bone for determining radioactivity from FDNPP: Cs-134, Cs-137,
and Sr-90. Y. Minai*, T. Miura,
C. Yonezawa, H. Iwamoto,
M. Shibukawa, Y. Takagai, Y. Okada,M. Furukawa, F. Arakawa, K. Kakita,
I. Kojima, Y. Uematsu, A. Okada,
T. Sanada, T. Maeyama, T. Yamada,
H. Ohta, S. Hirai
11:35 – 161. Radiocesium fate in the Japanese agricultural systems and the effectof soil remediation acts. K. Tagami*,
S. Uchida
Hawaii Convention CenterHalls I, II, III
Sources, Fates and Risks from Consumer
Product Ingredients in the Environment(#391)

Organized by: P. DeLeo, K. Solomon,
S. Mudge, C. Linares
Presiding: P. DeLeo
Poster Session
10:00 – 12:00
162. Investigation of interactions between
tribenuron methyl and montmorillonite:
Insights on factors affecting its fate insoil. S. Ahmadi*, F. Fathi,
A. Ghasempour, M. Taghavi163. An analytical method for simultaneous
determination of alternative flame retardants of hexabromocyclododecane in indoors. Y. Miyake*, H. Nakayama,
T. Amagai, S. Ogo, K. Kume,
T. Kobayashi, S. Takasu, K. Ogawa
Hilton Waikiki Beach
Molokai
Food Processing: Chemistry, Quality,
Safety, Sustainability, and Value-added Byproducts (#400)

Organized by: M. Tunick, L. Liu, X. Liao,
H. Nabetani, S. Yoon, X. Dai
Presiding: L. Liu, M. Tunick
8:00 Opening Remarks
8:05 – 164. Separation of benzoic acid from
cranberry by use of nanofiltration.
H. Nabetani*, D. Quoc Lai, S. Hagiwara,
N. Tagashira, T. Kimura, M. Nakajima
8:35 – 165. Review of current studies on radioactive cesium (134Cs⫹137Cs) behavior
in the processing and cooking of agricultural, livestock, and fishery products inJapan. S. Kawamoto*, M. Hachinohe,
S. Hamamatsu
9:05 – 166. Inactivation of spores in fruit
juice and the quality change by high electric field alternating current. K. Uemura*
9:35 – 167. Detection of novel trichothecene
mycotoxin glucosides (masked mycotoxins) by high-resolution liquid chromatography-Orbitrap mass spectrometry.
H. Nagashima*, Y. Matsuo,
H. Nakagawa
10:05 Break
10:25 – 168. Mitigation of acrylamide in potato chips in Japan. M. Yoshida*
10:55 – 169. Formation and analysis of“food-borne toxicants”. M. Granvogl
11:20 – 170. Simultaneous determination of
113 pesticide residues in sorghum, rice
husk, distilled spirit samples, and their dietary intake assessment. y. han, l. song,y. li, n. zou, y. qin, k. gu, j. zhang, C. Pan*

202–TECHTECHNICAL PROGRAM
Hawaii Convention CenterHalls I, II, III
Agrochemistry, Environmental, andGeochemistry General Posters
10:00 – 12:00
171. Comparison of Cosmos bipinnatus Cav.
essential oil constituents in wild and cultivated population from Bangladesh andantimicrobial activity. M.N. Bhuiyan*
172. Occurrence and source apportionmentof pesticidal persistent organic pollutantsin the surface riverine water from theeastern and northeastern part of India:
Implications for ecotoxicological risk.
P. Chakraborty*, S. Khuman,
S. Sakthivel, B. Kumar, L. Bommanna173. Study on reduction of heavy metals in
the foods using recycling resource.
J. Kim*, s. kweon, D. Heo, J. Kim
174. Classification of freshness using nontargeted analysis of volatile components,
in frozen fishery products, during decay.
H. Park*, S. Lee, K. Um, A. Baek, J. Kim
175. Browning reduction of juice concentratefrom a new cultivar of Asian pear (Pyruspyrifolia cv. Hwasan) treated with different ascorbic acid concentrations.
J. Eun*, G. Jiang, S. Yim
176. Effects of oxic and anoxic conditions on
metals release from mine tailings.
S. Al-Abed
177. Analysis of toxic metals leached into
soils, water, and plants. J. Chou*,J. Merono, T. Robinson
178. Standard heats of oxidation for soils in
the remediation of chemically-contaminated soils and waters. N. Moulton,
S. Mezyk, M. Becker
179. Thermodynamic analysis of Pb(II) andNi(II) adsorption onto manganese oxide
nanoparticles in the presence of humic
acids. S. Ko, B. Bae, A. Jang, S. Kang*
180. Modified dispersion property of carbon
nanotubes in hybrid photocatalyst containing both carbon nanotubes and titanium. J.J. Bang*, S. Muslim, K. Kendall,c. Johnson, M. Nguyen
181. Effect of herbicide glyphosate on the
cyanobacterium Cylindrospermopsis raciborskii growth and saxitoxin production.
F. Dorr*, E. Pinto
182. Monitoring and risk assessment ofchemicals residues in commercial agricultural products in Korea. A. Song*,
J. Yim, S. Choi, J. Kim
183. Chlorophenol photodegradation in water from rural areas using carbon nanotubes and TiO2 nanocomposites as photocatalysts. S. Ponce*, J. Rodriguez,
C. Belver, J. Bedia, A. Alvarez
184. Removal of diclofenac from water matrix by zeolite-assisted photo-AOPs.
D. Juretic*, H. Kusic,
U. Lavrencic Stangar, D. Dionysiou,
A. Loncaric Bozic
185. Sterilization with low temperature forlong time in baby food added with persimmon (Diospyros kaki. cv. Daebong)
puree and citric acid. J. Eun*, C. Lee,Y. Kim186. Enhanced catalytic activity of doped
graphene for wastewater treatment.
B. PARK*
187. Polycyclic aromatic hydrocarbons in theJapan Sea. K. Hayakawa
188. Utilization of raw and activated maize
tassel for the removal of nutrient andheavy metal contaminants in water.
A.M. Shofolahan*
189. Sorption radioactive methyl iodide on
silver doped zeolite for filtered venting
system. T. ISHII, N. Sato, A. Kirishima,
D. Akiyama, T. NARABAYASHI
190. Classification of almonds (Prunus dulcis) with concealed damage using nearinfrared spectroscopy and partial-leastsquare regression. C. Rogel-Castillo*,
R.B. Boulton, A.E. Mitchell191. Plasmonic enhanced optical disk reactor for wastewater treatment. M. Chen*,I. Chiang, W. Hsieh, Y. Chen, Y. Huang,
C. Chu, D. Tsai
192. Leaching in soil column of Methiozolin.
J. Kim, J. Kim, S. Kim, S. Choi, B. Lee,
S. Koo, K. Hwang, J. Seo*

193. Debris plastics as sources of chemical
contaminations of coast and open sea
area. K. Saido*, Y. Kodera, H. Sato,S. Togawa, N. Maximenko, K. Kogure,N. Togawa, D.M. Karl
194. Contamination by the styrene oligomer
generated from debris polystyrene fromcoastal regions of Japan. B. Kwon,
T. Kusui, A. Okabe, S. Chung, D.M. Karl,
K. Takatama, M. Nishimura, K. Saido
195. Reactivity of horseradish peroxidase fordetergent formulations. M. Morita*,
F. Masuko, K. Mase
196. Coastal phytoplankton growth in seawater media containing biodegradablechelating ligands and humic substances.
H. Hasegawa*, M.A. Rahman, M. Okada,T. Maki, Y. Tate, T. Ichijo
197. Removing diethylphthalate (DEP) fromwater systems by use of zeolites andmesoporous materials. A. Masuda,
H. Honda*
198. Antimutagenic activity of organic solvent extracts from pulp of Pyrus communis (pear). H. Tomosaka*, S. Ota,
S. Kumehara, M. Kudo, H. Toi, M. Ota
199. Effect of 1-MCP treatment on quality
and flavor of fresh-cut sage. X. Zhao,
Y. Li, Y. Ma, C. Zhang
200. Removal of arsenic from aqueous solution using semi-burnt dolomite.
H. Sango*, M. Hirano
201. Chemometric analysis of real-time mobile membrane introduction mass spectrometry data for the source apportionment of atmospheric samples.
L. Richards*, D. Yeung, N. Davey,
C.G. Gill, E.T. Krogh
202. Investigation of diarrhetic shellfish toxins using SPATT in Lingshan Bay, Yellow
Sea, China. z. li*
203. USP 䢇 䢇 and you: What is the sum of
toxic elements you might ingest everyday?. E.M. Pruszkowski
204. Fruit polyphenols may play a role in fruit
ripening and senescence. W. Jiang*
205. Study on digestion of desiccated coconut and changes of pHs in simulated gastric acids. H. Wu, J. Xiong, J. Ye*
206. Determination of the botanical origin of
single-source honey samples and detection of adulteration with HFCS using SNIF
(2D) NMR techniques. A.D. Marchetti,
N.S. Green
207. Low temperature pyrolysis investigationon the behavior of hazardous materials in
waste PCBs. A. Shokri*
208. Isolation and characterization of plant
growth promoting bacteria from earthworm. N. Washio*, T. Ohike,
M. Okanami, T. Ano209. Improvement of a HONO sampling system and its application to atmospheric
HONO monitoring in Vietnam and Japan.
H.T. Trinh*, N. Takenaka
210. Investigation of the catalyst for highly
concentrated of ammonia and hydrogen
peroxide removed in industrial wastewater by subcritical hydrothermal reaction.
M. Maeda, D. Tokunaga, M. Negoro,
A. Miyakoshi, K. Fukunaga, H. Yamasaki*
211. Removal of arsenic and lead from contaminated soils by washing with biodegradable chelating agents. N. Jii,
H. Sawai, I.M. Rahman, T. Maki,
H. Ishiwata, H. Hasegawa
212. Antialgae activity of calcined colemanite. H. Shoji*, A. Sato, H. Onami,
A. Tsuneshige, S. Okouchi
213. Environmental geochemistry of tailingand stream water in Yonghwa Mine, Korea. J. Kim, Y. Kim, H. Byun, H. Jeon,
J. Kim214. Flue gas stream elemental mercury
capture using activated carbon: A review.
S.R. Shewchuk*215. Study of reductive reaction of selenate
with hydrazine over metal oxide-supported Pt catalyst in aqueous solution.
J. Zhao, H. Matsune, S. Takenaka,
M. Kishida*216. Optimization of dispersive liquid-liquid
microextraction coupled with gas chromatography-negative ion chemical ionization mass spectrometry for the determination of nitrated polycyclic aromatichydrocarbons in environmental aqueous
samples. Y. Shu*

217. Wound inducible antimicrobial compoundsin Citrus hassaku leaves.
T. Matsukawa*, T. Asai, S. Kajiyama
218. Characterization of the ACR12 gene in
Arabidopsis thaliana. M. Yoshizawa,Y. Tanaka, M. Yamada, K. Sugiyama*
219. Study of cleaning effects in cleaning of
microbubble with ultrasonic vibrationconsidering environmental problem.
H. Ikeda*, K. Kurita, S. AOKI, S. HIRAI
220. Emission and behavior of Mercury, fromthe fumarolic activity of Minamijigokudani, Mt. Myoko, Japan.
H. Kodamatani*, S. Katsuma,
A. Shigetomi, T. Hokazono, R. Imura,
R. Kanzaki, T. Tomiyasu
221. Indium separation from lead-smelting
dust by chelant-assisted extraction athigh pressure and temperature.
H. Sawai*, I.M. Rahman, N. Jii,
T. Wakabayashi, Z.A. Begum, T. Maki,
S. Mizutani, H. Hasegawa
222. Novel adsorbent for removal of inorganic arsenic contained in polluted
groundwater. K. Inaba*, M. Haga,
K. Ueda, H. Yoshikawa, T. Takemoto
223. Control of aqueous CO2 concentration
by temperature-sensitive materials forchanging osmotic pressure. J. Park,
Y. Lee*224. Nondestructive prediction of degreening rate of broccoli buds by photosensing. G. Amino, Y. Makino*, S. Oshita
225. Microwave extraction of essential oilfrom Hyuganatsu juice solid wastes.
K. Sugamoto, N. Hirozawa,
Y. Matsushita
226. Oxidation of trichloroethylene by persulfate activated with ZVMs. Y. Kim*,
J. Kim, J. Kim, J. Geum
227. Removal of toxic mercury in contaminated water using Tubang Bakod (Jatropha curcas L.) latex. V.C. Badong228. Role of pyrrolizidine alkaloids in invasion success of Echium plantagineum metabolic profiling in Echium spp.
D. Skoneczny, P.A. Weston,
R. Callaway , L.A. Weston
229. Adsorption and desorption of methiozolin on five soils. J. Kim, J. Kim, J. An,
S. Kim, S. Koo, K. Hwang, J. Seo*
230. Degradation of oxalic acid using Fenton
oxidation processes. Y. Kim*, H. Kwon,
S. Choi, W. Oh
231. Heavy metal uptake of acacia from tailing soil in abandoned Janggun Mine, Korea. J. Kim*, C. Lee, Y. Kim, M. Lee*,
G. Jeong
232. Remove of phenol and fluorescencedye by two-step process of titanium dioxide catalyzed photodecomposition andadsorption. M. Cheng*, L. Au, Z. Hasan
233. Construction and improvement of microbial fuel cells using alkaliphiles.
S. Ebe*, T. Ohike, M. Okanami, T. Ano234. Studies on metals and speciation of
metals in rice. J. Sneddon*
235. Production of a ␤-1,3-glucan hollow fiber due to an environmental stress response in plant protoplasts. S. Tagawa,Y. Yamagishi, U. Watanabe, R. Funada,
T. Kondo*236. Evaluation of lignin content in Japanesesoftwood species by pyrolysis-gas chromatography/mass spectrometry.
H. Yoshida237. Transport of stratospheric ozone to thefree troposphere over central Chile.
R.J. Seguel*, N. Olivares, P. Sakamoto* Principle Author

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06 – ENVR
238. Effect of rubber media on the treatmentof ammonia wastewater in a biologicalaerated filter. P. YU
239. Preparation of butyl levulinate of cellulose using a single reaction process.
Y. Hishikawa, M. Yamaguchi, S. Kubo,
T. Yamada*240. Development of TiO2 nanotube layer
anodized in EG electrolyte for environmental decontamination. S. Oh, J. Jang*
241. Indirect radiocarbon dating using microscope observation and bibliographicalconsideration of calligraphy. H. Oda*,
H. Yasu, S. Sakamoto, K. Ikeda

Wednesday Afternoon
Hilton Waikiki Beach
Prince Edward
Ferrites and Ferrates: Chemistry andApplications in Sustainable Energy andEnvironmental Remediation (#13)

Organized by: V. Sharma, R. Doong,
H. Kim
13:00 Introduction
13:05 – 242. Participation of multi-oxidants
in the pH dependence of the reactivity offerrate(VI). K. Yoshizawa*
13:40 – 243. DFT study on the oxidation of
sulfite and arsenite by ferrate.
C. Chuang*, G. Liu*, M. Sung*
14:15 – 244. Encapsulation of ferrate for air
purification application. R. Wu,
E. Kanchanatip, W. Den
14:40 Break
14:55 – 245. Removal of tetrabromobisphenol A by ferrate(VI)-ozone oxidation technology: degradation, bromate inhibition,and toxicity evaluation. W. Dong*,
Q. Han*, H. Wang*, F. Sun*, Y. Tian*
15:20 – 246. Effect of ferrate(VI) and UV radiation on THMs formation. C. Li*, j. zhao
15:45 – 247. Comparison of the effect of ferrate and ozone pre-oxidation on disinfection byproduct formation. Y. Jiang*,
J. Goodwill, D. Reckhow, J. Tobiason
16:10 – 248. Preliminary study of oxidationof selected aliphatic amino acids and dipeptides by Ferrate (VI). L. Chen,
V. Sharma
16:35 – 249. Use of chemical and biologicalcharacterization to evaluate the toxicity ofdrinking water disinfection by-products
following chloramination, chlorination, ora novel ferrate disinfection process.
L. Cizmas*, C. Gray, V. Sharma, L. Chen
Hilton Waikiki Beach
Prince David
Nanointerfaces and their Role inEnvironmental Systems and Processes(#86)

Organized by: D. Dionysiou,
J. Gardea-Torresdey, W. Lee, X. Zhao,
B. Pan, M. Litter
Presiding: B. Pan
13:00 – 250. Removal of arsenic and metals
from water using nano-adsorbents.
H.J. Shipley, D. Wagle, K. Engates,
J. Hu, V. Grover
13:30 – 251. Chemical hardness in the adsorption of oxoanionic species onto
metal oxide nanoparticles. Y. Suh*,
F. Belay, K. Cho*
14:00 – 252. Unique phosphate uptake behavior of lanthanum hydroxides nanoclusters confined in polymeric network.
Y. Zhang, B. Pan*, X. Gao
14:30 Break
14:45 – 253. Effect of aging method on adsorption and elution of phosphate andcrystallite size in Mg/Fe layered doublehydroxide. M. Kurashina*, Y. Ogawa,E. Kanezaki
15:15 – 254. Characterization of co-sorptionof tungstate and cobalt on boehmite (␥AlOOH): Uptake mechanisms of the sorption. H. Hur, R.J. Reeder , S. Lee, Y. Lee*
15:45 – 255. Adsorption of chlorophenols
from aqueous solutions by single-walledcarbon nanotubes. H. Ding, X. Li,
J. Wang, C. Chen*, X. Zhang

Hilton Waikiki Beach
Territorial III
Chemistry and Biology of Auxin,
Strigolactone and their Interactions (#107)

Organized by: T. Asami, Y. Zhao,
C. Beveridge
Presiding: S. Al-Babili, T. Asami
13:00 Lunch Time
13:30 – 256. Current view of the auxin biosynthesis and inactivation pathways inplants. H. Kasahara*
14:00 – 257. Molecular mechanisms of auxin
biosynthesis. Y. Zhao*
14:30 – 258. Local auxin metabolism in hypocotyl plays crucial roles in modulating
environment-triggered rapid hypocotyl
elongation. J. chory, z. zheng*
15:00 – 259. Roles of auxin and strigoalctones in the control of rice tillering.
D. Sang, L. Jiang, D. Chen, X. Liu,
N. Zhang, Q. Qian, J. Li, Y. Wang*
15:30 Coffee Break
15:50 – 260. Novel chemical tools for auxin
biology ⬃auxin-biosynthesis inhibitors.
Y. Shimada, Y. Kakei, A. Nakamura,
R. Kikuchi, K. Soeno
16:20 – 261. New auxin analogs that selectively modulate auxin transport via PIN localization. K. Hayashi*, A. Ochi,
H. Motose, K. Takahashi, T. Kinoshita,
H. Nozaki
Hilton Waikiki Beach
Kauai
UV Photochemistry for Water: Implicationsfor Safe Water Disinfection and Oxidation
Treatment Applications (#204)

Organized by: G. Knight, W. Liu, K. Bell,M. Mohseni, K. Linden, G. Shin,K. Oguma
Presiding: W. Liu, M. Mohseni
13:00 – 262. DBPs formed from chlorine following the LP-UV and MP-UV irradiationof the ammonia containing raw water.
W. Liu*, X. Gao, X. Nie, Z. Ye
13:30 – 263. Understanding the UV disinfection of wastewater: The role of influent
quality and process parameters.
R. Farnood*
14:00 Wednesday PM Break
14:10 – 264. Chlorine/UV for selective degradation of micropollutant. E.R. Blatchley*
14:40 – 265. Vacuum UV (VUV) based advanced oxidation: Scale up considerations and field evaluation. M. Mohseni
15:10 – 266. Prediction of organic micropollutant elimination during treatment of municipal wastewater effluent with UV/H2O2.
Y. Lee*, U. von Gunten
15:40 – 267. Comparison of UV and ozone
based advanced oxidation processes foroxidation of micropollutants. M. Kwon*,
Y. Jung, H. Kae, H. Oh, T. Hwang,
J. Kang*
16:00 – 268. Modeling of UV fluence rate inan annular reactor for advanced oxidationof trace organic contaminants: Significance of reflection. T. Zhang, L. Cheng,
R.G. Arnold, S. Snyder, E. Saez
16:20 – 269. Understanding and predicting
fate of degradation of organic compounds and associated transformation
products in aqueous-phase UV photolysis and UV/H2O2 advanced oxidation
process. D. Minakata, D. Kamath,
S. Mezyk
16:40 – 270. Applications of ceramic membrane filtration and UV oxidation synergism. J. Alvey
Hilton Waikiki Beach
Hawaii
Environment and Gene Interaction (#336)

Organized by: G. Cobb, C. Matson,
M. Hecker, C. Wong
Presiding: C. Matson

13:00 – 271. Altered reproductive capacity ofJapanese medaka exposed to maternallytransferred TBCO. D. Saunders, J. Sun,h. peng, J.P. Giesy, S. Wiseman
13:30 – 272. Effects of short term and multigenerational exposures to PAHs in fishes:
Laboratory and field studies.
R.T. Di Giulio*
14:00 – 273. Evolutionary toxicology: Gradient of heritable resistance to PCBs andPAHs in Gulf killifish (Fundulus grandis)
from Galveston Bay, Texas, USA.
C. Matson*, E. Oziolor, B. Dubansky
14:30 Break
14:45 – 274. Quantification of antibiotic resistant bacteria and genes in urban watersheds. J. He, A. Low
15:15 – 275. Natural role of palytoxin: Reallya toxin or a modulator of microbial communities?. T. Yamazaki*, Y. Taira,S. Yang, H. Izumi, S. Aratake,
J.D. Reimer, H. Jenke-Kodama
15:45 – 276. Atmospheric emissions of veterinary pharmaceuticals from CAFOs.
G. Cobb, B. Blackwell, P. Smith
16:15 Closing and Summary
Hilton Waikiki Beach
Prince Johah
Fukushima and Radiological ContaminatedEnvironments World-wide: The ImportantRole of Environmental Chemistry andRadiochemistry in Remediation and
Restoration (#374)

Organized by: T. Sasaki, H. Nitsche,
C. Liu, Z. Yoshida, S. Kalmykov, L. Rao
Presiding: K. Iijima, C. LIU, T. Ohnuki,
L. Rao
13:00 – 277. Lessons we have learned fromradiological accidents: The behavior of
Cs-137 in the environment. S.B. Clark*
13:40 – 278. Radionuclides sorption and migration characters in the candidate landfill site. L. Du, Z. Tan, X. WANG*
14:05 – 279. Actinide transport in the vadosezone: Observations from old and new
field lysimeter studies. B.A. Powell*,
D.I. Kaplan, L. Bagwell, H. Emerson,
K. Roberts, M. Witmer
14:30 Break
14:40 – 280. Insights into the future of radionuclide retention in Fukushima soils fromfirst principles simulations. K. Rosso*,
M. Sassi, M. Okumura, S. Kerisit,
M. Machida
15:05 – 281. Physicochemical characterizations of radioactive particles emitted at
the Fukushima Dai-ichi Nuclear Power
Plant accident. Y. Satou, K. Adachi,
T. Ono, Y. Iizawa, Y. Abe, I. Nakai,
Y. Igarashi, K. Sasa, K. Sueki
15:30 Break
15:40 – 282. Radionuclides sorption on soil:
Surface complexation model and its application. W. Wu
16:05 – 283. Pu transport mechanisms in theenvironment: Field evidence, conceptualmodels, and experimental data.
m. zavarin*
16:30 – 284. Radionuclides removal by graphene oxide. S.N. Kalmykov,
A.Y. Romanchuk, A. Slesarev, J. Tour
16:55 Closing remarks
Hilton Waikiki Beach
Molokai

14:05 – 287. Manipulation of molecular design of vegetable oil-based polymers forhigh performance. J. Zhang*
14:35 – 288. Biobased products via microwave-assisted maleation of tung oil.
Z. Liu*, C. Liu, B. Tisserat , R. Wang,
T.P. Schuman, Y. Zhou, L. Hu
15:05 Break
15:20 – 289. Alternative uses for important
U.S. agro-industrial coproducts.
A. Sousa, N. Nghiem, P.M. Tomasula,
L. Liu15:45 – 290. Stimulation of sulforaphane
production in broccoli under modified atmosphere. Y. Makino*, Y. Nishimura,
S. Oshita, T. Akihiro, T. Mozosoe
16:10 – 291. Evidence for the multifunctional
bioactive properties of hemp seed peptides during oral administration to spontaneously hypertensive rats. R. Aluko*
16:35 – 292. Preparation of Si/VxOy film forlow moisture barriers. H. Chiu*,
C. Huang, Y. Liao*, S. Chong

Wednesday Evening
Hawaii Convention CenterHalls I, II, III
Ferrites and Ferrates: Chemistry andApplications in Sustainable Energy andEnvironmental Remediation (#13)

Organized by: V. Sharma, R. Doong,
H. KimPoster Session
19:00 – 21:00
293. Ferrate prepared through microwaveassisted wet oxidation method and its
decoloring performance towards eosin Y.
X. Chen294. Degradation of 2,6-dichlorophenol byliquid ferrate(VI). B. Gwak, I. Kim
295. Degradation of 2,4-dichlorophenol using ferrate(VI) synthesized by wet oxidation method. K. Park*, I. Kim
Hawaii Convention CenterHalls I, II, III
Nanointerfaces and their Role inEnvironmental Systems and Processes(#86)

Organized by: D. Dionysiou,
J. Gardea-Torresdey, W. Lee, X. Zhao,
B. Pan, M. Litter
Presiding: D. Dionysiou
Poster Session
19:00 – 21:00
296. Enhanced stability of natural dye incorporated in mesoporous silicate.
Y. Kohno, Y. Maeda
297. Mechanism elucidation of direct adhesions between polyimide films and stainless steel substrates. H. Akabori,K. Iijima, M. Hashizume298. Immobilization of metal oxide nanostructures on the surface of cellulose fibers of paper matrices and study of thephotocatalytic and antibacterial activities.
I. Chauhan, S. Aggrawal , P. Mohanty*
299. Superhydrophobic hollow silica micelles for highly efficient recyclable smart
materials for oil/water separation.
M. Islam, W. Choi, H. Jeon, Y. Jin,
H. Lee*Food Processing: Chemistry, Quality,
Safety, Sustainability, and Value-added Byproducts (#400)

Organized by: M. Tunick, L. Liu, X. Liao,
H. Nabetani, S. Yoon, X. Dai
Presiding: L. Liu, M. Tunick
13:00 Introductory Remarks
13:05 – 285. Production of bioactive lipids,
conjugated linoleic acids, using hydrogenation process. S. Yoon*
13:35 – 286. Optimal parameters to produce
microencapsulated Kenaf seed oil(MKSO) by co-extrusion technology.
K. Nyam** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–203

06 – ENVRTECHNICAL PROGRAM

300. Immobilization of poly(acrylic acid) onpoly(tetrafluoroethylene) substrate surfaces for biomedical applications using
supercritical carbon dioxide treatments.
A. Furukawa*, K. Iijima, K. Otake,
M. Hashizume301. Enhanced reactivity of Bi/Fe0 by trace
amount of citric acid in degradation ofchlorophenols. J. Gong, Y. Chang,
Y. Chang*
302. Removal of heavy metals from aqueous
solutions using biogenic magnetite nanoparticles. Y. Kim*, Y. Roh

20:20 – 314. Phototransformation of iodinated contrast media and implication in
the formation of iodinated disinfection by
products. S. Allard*, C. Falantin,
j. criquet, J. Croue
20:40 – 315. Pilot study using engineered
photolysis for the photolytic degradationof landfill leachate. P. Thimmaraju*,
S. Bolyard, D. Reinhart, D. Soulsby,
B. Cottrell

Hawaii Convention CenterHalls I, II, III

Food Processing: Chemistry, Quality,
Safety, Sustainability, and Value-added Byproducts (#400)

Sustainable Chemistry: Beyond the Bench(#103)

Organized by: M. Abraham, M. Gonzalez,
P. Jessop, M. Hearn
Presiding: M. Abraham
Poster Session
19:00 – 21:00
303. Catalyst development for green oxidation chemistry. C.J. Davy*, T.J. Collins,
L.J. Wright304. Simultaneous production of vitamin E
and biodiesel from waste oils obtained
during edible oil refining. K. Hiromori,
S. Borjigin, N. Shibasaki-Kitakawa*305. Immobilized Iron TAML oxidation catalysts for drinking water purification.
N. Ismail, T.J. Collins, L.J. Wright306. Catalytic oxidation of organic compounds by macrocyclic tetraamidate
complexes. X. Lin*, T.J. Collins,
L.J. Wright307. Green processing technologies for thevalorization of waste mussel shells.
J.N. Murphy, K. Hawboldt, F. Kerton*
Hawaii Convention CenterHalls I, II, III
Chemistry and Biology of Auxin,
Strigolactone and their Interactions (#107)

Organized by: T. Asami, Y. Zhao,
C. Beveridge
Poster Session
19:00 – 21:00
308. Hormonal diterpenoids besides gibberellin are involved in photomorphogenesisof Physcomitrella patens. S. Miyazaki,
S. Park, H. Kawaide, K. Hayashi,
T. Asami, M. Nakajima*
309. Screening of chemicals that affect protonemal differentiation of Physcomitrella
patens. M. Nakajima*, C. Yang,
S. Miyazaki, S. Park, M. Otani,
H. Kawaide, K. Hayashi, T. Asami
310. Auxin biosynthesis inhibitor effectively
targets YUCCA. Y. Kakei*, C. Yamazaki,
M. Suzuki, A. Nakamura, A. Sato,
Y. Ishida, R. Kikuchi, S. Higashi,
Y. Yamasaki-Kokudo, T. Ishii, K. Soeno,
Y. Shimada
Hilton Waikiki Beach
Kauai
UV Photochemistry for Water: Implicationsfor Safe Water Disinfection and Oxidation
Treatment Applications (#204)

Organized by: G. Knight, W. Liu, K. Bell,M. Mohseni, K. Linden, G. Shin,K. Oguma
Presiding: M. Mohseni
19:00 – 311. Development of a simulator fordesign and optimization of advanced oxidation reactors. F. Taghipour*
19:30 – 312. UV/chlorine as an alternative to
UV/H2O2 for advanced oxidation treatment of drinking water. R. Hofmann*
20:00 – 313. Kinetics modeling and performance assessment of UV advanced oxidation processes on trace organics removal in complex water matrices. H. Liu*,
L. Li

204 –TECH

Hawaii Convention CenterHalls I, II, III

Organized by: M. Tunick, L. Liu, X. Liao,
H. Nabetani, S. Yoon, X. Dai
Presiding: L. Liu, M. Tunick
Poster Session
19:00 – 21:00
316. Fabrications of pullulan and pectin submicron fibers by electrospinning. L. Liu*
317. Improving the functionality of Citrus junos Tanaka (yuzu) juice by underwatershock wave pretreatment. E. Kuraya*,S. Nakada, O. Higa, S. Itoh318. Enhancement of anti-wrinkle activities
of Agastache rugosa by lactic acid fermentation. H.Y. Lee*, N. Kim
319. Adsorption of Shiga toxin to foods containing indigestible components.
K. Yokoigawa*, M. Tsuji, T. Goto
320. Alaska pollock fish oil as nutritional andfunctional ingredient for processed muscle foods. A. Hunt*, R. Draves, J.W. Park
321. Injection of marinade made of fish protein and nano fish bone for improved nutrition and eating quality of frozen fish fillets. J.W. Park, A. Hunt
322. Analysis of deterioration in early stageof frying oil. M. Kiuchi*, M. Maki,
M. Iwamatsu, M. Kataoka
323. CO2 processing of fruit and vegetabletissues by CO2 clathrate hydrate formation. S. Takeya*, K. Nakano, M. bat,H. Umeda, A. Yoneyama, K. Hyodo,
T. Takeda, S. Matsuo
324. High levels of icosapentaenoic and docosahexaenoic acid in the lipid of the
Humboldt squid, Dosidicus gigas: A
healthful marine food. h. saito*
325. Nitrosation reaction of amines underfreezing condition. K. Kitada326. DNA protection and antioxidant potential of chestnut shell extrcts. J. Lee,K. Seo, y. Lee, T.K. Park, B. Lim
327. Validation of quantification method for
ethyl carbamate in four food matrices.
B. Choi, D. Ryu, E. Kim, S. Park,
H. Paeng, E. Koh*328. Effects of temperature and period offermentation on total phenolics and antioxidant activity of Maesil (Prunus mume)extract. B. Choi*, E. Koh
329. Effect of predehydration for freezing ofwalleye pollock roes. Y. Uchiumi*,
T. Suzuki
330. Title comparison of ice structure formedin homogenous or inhomogeneous foodmartials by freezing under conditions ofdeep supercooling. R. Kobayashi*,T. Suzuki
331. Study on freezing induced texture softening of fish meat considering collagendegradation. T. Kobayashi*,
M. Watanabe, T. Suzuki332. Oxidative stability of pork meat sausage: Effect of bee pollen extract as natural antioxidant. S.T. Carpes, M. Bianchin,
J.d. Almeida, H.H. Carline de Lima,
A.S. Reis, D. Pereira, I.S. Ribeiro,
M.S. Oviedo, C.W. Haminiuk, C. Moura
333. Functional properties, antioxidant capacity, and sweetener potential duringdrying process of Stevia rebaudiana
leaves. R.A. Lemus-Mondaca*, L. Zura,
A. Vega, P. Rojas
334. Decomposition inhibition of the perishable food using a visible-light-active TiO2
photocatalyst without cooling.
K. Satahira, K. Nakasone, T. Ihara*

335. Use of reducing/nonreducing two-dimensional electrophoresis for study of disulfide-mediated interactions among proteins in egg white during storage.
S. Ishikawa*
336. Development of low-allergenic prawn
protein using polysaccharide as a substrate for Maillard reaction. T. Komoda*,
N. Sasaki
337. Fate of dimethachlon during tobacco
planting and processing. L. Chen*,
H. Cui, F. Yu, L. Pan, L. Zhao, H. Liu
338. Preparation of cross-linked ␤-glucosidase aggregates for synthesis of salidroside, a nutraceutical additive. X. Shi,
L. He, Y. Xue
339. Development of carrot (Daucus carota
L.) juice powder using spray drying by response surface methodology and perturbation plot. Q. Chen, J. Bi, R. Chen,
X. Liu, X. Wu, J. Yi, L. Zhou, M. Zhou
340. Influence of explosion puffing drying
conditions on physiochemical propertiesof blueberries. J. Bi, Q. Chen, X. Wu,
C. Shao, X. Liu, X. Si
341. Inhibition and criterion of deteriorationof frying oil by titanium oxide plate.
K. Munakata, I. Aruse, N. Koseki,S. Eguchi, A. Sasaki, M. Endo342. Phenolic profiles and antioxidant activity of different fractions in whole brownrice. H. Ti*, M. Zhang*, R. Zhang*,
Y. Zhang, Z. Wei, Y. Deng, L. Liu,
X. Tang, Y. Ma

Thursday Morning
Hilton Waikiki Beach
Prince Edward
Ferrites and Ferrates: Chemistry andApplications in Sustainable Energy andEnvironmental Remediation (#13)

Organized by: V. Sharma, R. Doong,
H. Kim
8:00 Break
8:05 – 343. Potassium ferrate(vi) performance in the removal of selected micropollutants. J. Jiang*
8:40 – 344. Transformation of olefins andthioethers by aqueous ferrate(VI): Implications for organic micropollutant elimination during water treatment with ferrate(VI). Y. Lee*
9:15 – 345. Ferrate-induced iron particles
during ferrate(VI) treatment of secondary
effluent. Y. Deng
9:40 Introduction
9:55 – 346. Electrochemical ferrate(VI) synthesis by using sponge iron. X. Sun*
10:20 – 347. Kinetic investigations of the oxidation of p-chlorophenol by ferrate(VI).
z. luo10:45 – 348. Rapid and efficient degradationof dimethylphthalate by ferrate/titanium
dioxide composites. S. Yang, R. Doong*
11:10 – 349. Sequential treatment of mining
waste using bacterial assisted fuel cell
technology. W. Ju, E. Jho, K. Nam
11:35 – 350. Recent advances made in understanding mechanisms of oxidation byferrate(VI). V. Sharma, R. Zboril
Hilton Waikiki Beach
Hawaii
Chemicals of Emerging Environmental
Concern: A Global Perspective (#19)

9:05 – 353. Occurrence of glucocorticoids
and their metabolites in waters of Beijing,
China. H. Chang*, Y. Sun, D. Sun,
J. Giesy
9:35 Break
9:50 – 354. Emerging contaminants incoastal waters: Personal care products
and steroid hormones in Lyttelton Harbour, New Zealand. S. Gaw*, P. Emnet,
G. Northcott
10:15 – 355. Neonicotinoids: Pollinator decline reveals also a worldwide threat on
biodiversity and food production.
J. Bonmatin*, M. Chagnon, C.A. Downs,
D. Goulson, C.H. Krupke, E. Long,
F. Sanchez-Bayo, J.P. van der Sluijs
10:40 – 356. Environmental fate of synthetic
growth promoters in animal agriculture:
Recent progress and remaining challenges amid increasing trends in global
use. D.M. Cwiertny*, E.P. Kolodziej
11:05 – 357. Biomass-based chemicals andprocesses with environmental concerns.
I.T. Horvath
Hilton Waikiki Beach
Kauai
Analysis of Flavors in Specialty Asian Foods(#58)

Organized by: F. Chen, F. Zheng, J. Lee
Presiding: F. Chen, H. Kumagai,
M. Steinhaus
8:00 Introductory Remarks
8:05 – 358. Characterization of the aromaimpact volatiles in some speciality Asian
foods by application of the molecularsensory science approach.
M. Steinhaus*, J. Li, P. Schieberle
8:35 – 359. Characterization of free andbound volatile compounds of Chinese
bayberry (Myrica Rubra). X. Ye*,
H. Cheng
9:05 – 360. Identification of predominant
contributors to off-odors in thermally processed muskmelon juice. J. Wu
9:35 – 361. Neutraceutical functions of lenthionine, a flavor component from shiitake mushrooms. H. Kumagai*
10:05 Session Break
10:15 – 362. Flavor changes of citrus fruits
during storage are mainly determined byorganic acid metabolism. Y. Cheng,
X. Shun, L. Sheng, J. Xu, X. Deng
10:45 – 363. Changes in aroma-related volatiles and genes expression during peach
fruit ripening and postharvest storage.
b. zhang*, H. Liu, J. Shen, W. Xi,
K. Chen*
11:15 – 364. Features in citrus terpenoids
production as revealed by carotenoids, limonoids, and aroma profiles of two pummelos (Citrus maxima) with different flesh
colours. C. Liu, F. Yan, Y. Cheng, Z. Ma,
X. Deng, J. Xu*
Hawaii Convention CenterHalls I, II, III
UV Photochemistry for Water: Implicationsfor Safe Water Disinfection and Oxidation
Treatment Applications (#204)

Organized by: G. Knight, W. Liu, K. Bell,M. Mohseni, K. Linden, G. Shin,K. Oguma
Presiding: K. Oguma

Organized by: G. Cobb, J. Giesy,
M. Murphy
Presiding: G. Cobb
* Principle Author
8:00 Welcome and Introduction
8:05 – 351. Lessons learned from pharmaceuticals to understand bioaccumulationof ionizable environmental contaminants.
B.W. Brooks
8:35 – 352. Untargeted screening of brominated compounds in sediments using adata independent precursor isolation andcharacteristic fragment (DIPIC-Frag)method. J.P. Giesy*, h. peng, c. chen,
D. Saunders, S. Tang, G.P. Codling,
M. Hecker, S. Wiseman, P.D. Jones, A. Li,
N. Sturchio, K.J. Rockne

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

06 – ENVR
Poster Session
10:00 – 12:00

Hilton Waikiki Beach
Prince David

365. Inactivation and photoreactivation ofE.coli in secondary treated wastewater by
various UV light sources. A. Ishida*,
N. Kamiko
366. Field test of photocatalytic solar water
purifier in Thailand. N. NEGISHI*,
M. Sugasawa, C. Chawengkijwanich,N. Pimpha, S. Larpkiattaworn,
J. Panichpakdee, T. Charinpanitkul,
K. Kerdnawee
367. Enhancement of hydroxyl radical generation of aquatic using the visible light responsive photocatalysts of TiO2 codoped with nitrogen and vanadium.
Y. Han*, Y. Ishibashi,
S. Kuwano-Nakatani, M. Takeda,
T. Fukamatsu
368. Development and study of process effectivity of the novel conducting polymer
based photocatalysts for reactive azo dye
degradation in model wastewater. Z.
Katančić*, V. Gilja, I. Peternel, Z. HrnjakMurgić
369. Variation in dissolved component with
irradiation ultraviolet light on mist of water
samples. T. Konno, A. Sasaki, M. Endo370. Photolytic and photocatalytic degradation of microcystins: from photochemical
approaches to engineering considerations. H. Zamankhan, A. Zakersalehi ,M. Eskandarian, H. Choi*371. Photo-Fenton reaction of dissolved organic matters with Fe(III)-treated hydroxyapatite catalysts activated by adsorption of humic substances.
T. Moriguchi*, S. Nakagawa
372. Application of ultraviolet irradiation tobreakpoint chlorination process for ammonia removal. A. Kubota, N. Kamiko
373. Comparative evaluation of CECs removal by UV/H2O2 and UV/chlorine at pilot scale plant. T. Hwang*374. Comparison of UV-C and UV-C LED
germicidal efficiency for Marine bacillus
subtilis spore inactivation. T. Hwang*,
E. Kim, S. Nam

Opportunities and Advancements in Rice
Research and Aquaculture Research (#282)

Hilton Waikiki Beach
Territorial III
Complex Mineral Growth and Dissolution
Reactions: Collaborative Experimental andComputational Perspectives (#225)

Organized by: A. Stack, J. Gale,P. Raiteri, L. Wang
Presiding: J.D. Gale, P. Raiteri, A. Stack,l. wang
8:00 Opening Remarks
8:15 – 375. On the pre-nucleation cluster
pathway. D. Gebauer*
8:55 – 376. Computational investigation ofmineral pre-nucleation speciation.
P. Raiteri*, W. Zhao, E. Byrne,
R. Demichelis, M. De La Pierre, J.D. Gale
9:15 – 377. Computational investigation of
the crystallization of calcium oxalate.
W. Zhao, R. Demichelis*, P. Raiteri,
J.D. Gale, F. Jones, N. Sharma
9:35 – 378. Nucleation of metastable aragonite CaCO3 in seawater. W. Sun,
S. Jayaraman, W. Chen, K. Persson,
G. Ceder9:55 – 379. Nucleation and growth of barium
sulfate nanoparticles at organic-water interfaces. C. Dai, A. Stack, A. Koishi,
A. Fernandez-Martinez, Y. Hu*
10:15 Intermission
10:35 – 380. In situ investigations of crystal
nucleation and growth using electron microscopy in liquids. R. Kroeger
11:15 – 381. In situ view of CaCO3 nucleation. J.J. De Yoreo, M.H. Nielsen,
P.J. Smeets, N.A. Sommerdijk

Organized by: J. Johnston, T. Arao,
J. Sandahl, M. Estela, S. Beebout
Presiding: S.E. Beebout, J. Johnston,
J.F. Sandahl
8:00 Opening Remarks
8:05 – 382. Is arsenic in rice a public healthconcern?. J. Johnston*
8:25 – 383. Effects of assorted cooking techniques on vitamin retention and arsenic
mitigation in rice. P.J. Gray*, T. Todorov,
S. Conklin
8:45 – 384. Mutagenic approaches for reducing Cd and As in rice grains.
S. Ishikawa, M. Kuramata, T. Abe,T. Arao
9:05 – 385. Weed management techniques
affect water quality and availability in ricelandscapes. S.E. Beebout*,
M.A. Bunquin, J. Opena, E. Pasuquin,
R. Lampayan
9:25 Break
9:40 Remarks
9:45 – 386. Mineral extracts used as feed
additive to control pathogens and stimule
immune system on shrimps Litopenaus
vannamei. C.T. Le*, M. Arella,
G. Lafreniere Di Fruscia,
F. Ascencio-Valle,
H. Villarreal-Colmenares
10:05 – 387. Antimicrobial residues in aquaculture products and what to do about it.
b. koonse*
10:25 – 388. Inhibition and recovery of olfactory function in chum salmon (Oncorhynchus keta) following copper exposure. J.F. Sandahl*
10:50 – 389. Effects of pesticides on fish andrice culture. M. Islam*
11:10 – 390. Current status of pesticide usage and its elimination in rice-cum-fish
system in the mekong delta, Vietnam.
P.T. Nguyen*
11:30 Concluding Remarks
Hilton Waikiki Beach
Prince Johah
Advances in Functional Foods and Flavor
Chemistry Research (#329)

Organized by: M. Qian, Z. Chen,
M. Herderich, C. Wang, H. Tamura,
K. Wilkinson, A. Mitchell, Q. Li
Presiding: M. Herderich, M. Qian
8:00 Introduction
8:05 – 391. Multidimensional and chiral studies for flavour analysis and assessment.
P.J. Marriott*, S. Chin, M. Capobiango,
Y. Wong
8:25 – 392. Simple HPLC-MS/MS approachto the analysis of potent thiols at ultratrace levels in wine. D.W. Jeffery*,R. Ristic, K.H. Pardon, D.L. Capone
8:45 – 393. Development of a method for purification of thiols. K. Sakaguchi*,D. Sugimoto, H. Kasuga, Y. Yaguchi
9:05 – 394. Application of sorptive bar solid
extraction for the analysis of flavor compounds in Tequila spirits.
P.A. VAZQUEZ-LANDAVERDE*
9:25 Break
9:40 – 395. Defining the grape metabolome
and its relationship with wine composition through comprehensive HPLCMS/MS profiling of non-volatile grape andwine compounds. M. Herderich*,
N. Lloyd, V. Hysenaj, M. Solomon,
M. Parker, J. Hack, D. Perenzoni,
F. Mattivi
10:00 – 396. Tannins structural characterization by quantitative 31P-NMR analysis: An
unprecedented tool for tannins analysis,
screening, and quality control.
C. Crestini*, H. Lange
10:20 – 397. Characterization of butter
aroma in terms of solvent extraction and
Lod method. H. Tamura*, S. Ueno,
A. Naka, H. Zhao, Q. Chen, L. Yonekura,
R. Yang, T. Isogai, R. Wakui, M. Shiota

10:40 – 398. Recent advances in gas chromatography retention model and retention mechanism. L. Wu, Q.X. Li
11:00 Closing remark

16:35 – 415. Degradation of BTEX in aqueous solutions using Fe3O4 activated persulfate oxidation system. C. Hung*,
C. Chen, Y. Liu, C. Dong

Hilton Waikiki Beach
Molokai

Hilton Waikiki Beach
Hawaii

Status and Trends of Persistent Organic
Chemicals in the Environment (#402)

Chemicals of Emerging Environmental
Concern: A Global Perspective (#19)

Organized by: L. Bommanna,
S. Masunaga, P. Kodavanti, J. Khim
Presiding: L. Bommanna, J. Khim

Organized by: G. Cobb, J. Giesy,
M. Murphy
Presiding: J.P. Giesy

8:00 Introductory Remarks
8:10 – 399. Spatial and temporal trends ofpersistent organic chemicals with emphasis on brominated flame retardants.
P. Kodavanti*, L. Bommanna
8:40 – 400. Contamination of water bodies
by persistent organochlorine and organophosphate pesticides in cotton croppingarea. T. Jindal, S. Thakur, K. Gulati,
A. Kumar, A. Ranjan, R. Lal, P. Jain
9:10 – 401. Perfluorinated alkyl acids in captive dolphins and their diet from Hawaii.
J.L. Reiner*, H. Horton, C. Bryan
9:30 – 402. Effect-directed assessment of
AhR-active PAHs in oil-contaminatedsediments by the Hebei Spirit oil spill,
South Korea. S. Hong, S. Jeon, B. Kwon,
U. Yim, W. Shim, J. Giesy, J. Khim*
9:50 – 403. Lessons learned from 15 years ofmonitoring contaminants in Pacific seabird eggs. S.S. Vander Pol*, P. Becker,
C.E. Bryan, R. Pugh, D.G. Roseneau
10:10 Break
10:30 – 404. Spatial and temporal trends ofpersistent organic pollutants in ringed
seals from the Canadian Arctic. D. Muir,
X. Wang, E. Barresi , E. Sverko,
S. Ferguson, B. Young
11:00 – 405. Persistent toxic substances inestuarine and coastal areas of the Yellow
Sea regions: An international perspective.
J. Khim*, S. Hong, B. Kwon, T. Wang,
Y. Lu, J. Giesy
11:20 – 406. Continuous monitoring of polychlorinated dibenzo-p-dioxins and dibenzofurans in the air collected from thebackground area in China:2007-2014.
M. Zheng, L. Gao, Q. Zhu, Q. Fu, Y. Lv
11:40 – 407. Spatial and temporal distributions of POPs and PAHs in sediment from
Masan Bay, Korea. H. Lee*, X. Jin,
S. Lee, A. Shen, Y. Jeong, S. Lee,
H. Moon13:00 afternoon introduction
13:05 – 416. Applications of environmental
forensics for chemicals of emerging concern. K.J. Rockne, G.P. Codling,
J.P. Giesy
13:30 – 417. Occurrence of PPCPs in Chinese streams: A nationwide study.
B. Yao, S. Yan, W. Song
13:55 – 418. PPCP/EDCs: From soil toplants. J. Gan*, S. Wu, J. Conkle,
L. Dodgen, F. Ernst
14:20 – 419. Evaluating plant uptake of pharmaceuticals from soil afterment withurine-derived fertilizers. D.S. Aga,
R. Mullen, A. Noe-Hays, K. Nace,
N. Love, K.R. Wigginton
14:45 Break
15:00 – 420. Chemical legacy from US military bombing. D. Klein
15:25 – 421. Fate of emerging cyanobacterial harmful metabolites in water supply
systems. A. Zamyadi*, S. Dorner,
M. Prevost, G. Newcombe,
R.K. Henderson
15:50 – 422. Understanding biosyntheticroutes for polybrominated aromatic pollutants and toxins from the marine environment. V. Agarwal*, B. Moore
16:15 – 423. Investigation of perfluorinatedalkyl substances contamination in
groundwater: Influence of field sampling
and laboratory analytical techniques.
D. Loock, N. Battye, K. Reimer,
K.P. Weber, I. Koch
Hilton Waikiki Beach
Kauai
Analysis of Flavors in Specialty Asian Foods(#58)

Organized by: F. Chen, F. Zheng, J. Lee
Presiding: F. Chen, K. Lee, Z. Xiao,
F. Zheng

Thursday Afternoon
Hilton Waikiki Beach
Prince Edward
Ferrites and Ferrates: Chemistry andApplications in Sustainable Energy andEnvironmental Remediation (#13)

Organized by: V. Sharma, R. Doong,
H. Kim
13:00 Introduction
13:05 – 408. Sustainably sound strategies
for the production of nanometal-adorned
ferrites and their safer applications in catalysis and remediation. R.S. Varma
13:40 – 409. Synthesis of monodisperse ferrite nanocrystals and M-Fe3O4 heterostructures for effective degradation of nitropheols. F. Lin, R. Doong*
14:15 – 410. Catalytic ozonation of sulfamethoxazole by using magnetic mesoporous
molecular sieve. C. Chang, H. Kuo
14:40 Break
14:55 – 411. Generation of OH radical in thetreatment of dye effluent by zero-valentiron (ZVI). T. Harada*, Y. Kawase
15:20 – 412. Carboxymethyl chitosan functionalized magnetic cored dendrimers forenvironmental applications. H. Kim,
J. Park*
15:45 – 413. Experimental determination ofstorage solution and regenerants of magnetic-cored dendrimers. K. Kim, H. Kim,
J. Park*
16:10 – 414. Investigation of reducing capacities and redox potentials of sewage
sludge humic substances with iron oxides. J. Jiang*, Z. Yang

13:00 Introduction Remarks
13:05 – 424. Characterization of aroma compounds of Chinese famous liquors by gas
chromatography–mass spectrometry andflash GC electronic-nose. Z. Xiao
13:35 – 425. Chemical profiles and antioxidant activity of volatile extracts isolated
from Korean rice beers and wines. K. Lee
14:05 – 426. Analysis of volatiles in Chinese
Dezhou braised chicken by ASE-SAFE/
GC⫻GC-HR TOF MS. F. Zheng
14:35 – 427. Chemical and sensory profilesof Korean soybean pastes using GC-olfactometry, GC-mass spectrometry, andsensory descriptive analysis. S. Lee*
15:05 Session Breaks
15:15 – 428. Differentiation of aroma compounds in Chinese bayberry by GC-MSand GC-O combined with principal component analysis (PCA). H. Cheng*, X. Ye** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–205

06 – ENVR
15:45 – 429. Flavor component analysis ofsweet potato shochu by GC-MS-based
non-target analysis and sensory evaluation. Y. Matsuo*, T. Namiki, K. Toyama,
S. Oda, K. Yamazaki, T. Nakajima
16:15 – 430. Investigation of the sunlight-induced aroma deterioration of pummelo(Citrus maxima) essential oil. H. Ni*,P. Hong, H. Sun, F. Chen, H. Cai
Hilton Waikiki Beach
Territorial I & II
Advanced Products from Lignin and Microor Nano-fibrillated Cellulose (#70)

Organized by: T. Hu, A. Ragauskas,
H. Hatakeyama
Presiding: T. Hu
13:00 – 431. Overcoming challenges on thedevelopment of nanocellulose-based
products. M. Peresin*, T. Hänninen,
M. Hakalahti, J. Pere, V. Kunnari,
J. Varitianen, P. Qvintus, T. Tammelin
13:25 – 432. Commercial advances in theapplication of fibrillated cellulose.
A. Dodd*, S. Winter13:50 – 433. Effect of micro- and nanofibrillated celluloses on the structure, physicalproperties, and dewatering of a composite paper. J.J. Rantanen*, T. Maloney
14:15 – 434. Nanocellulose composites: Optimization of properties and process.
P. Raj*, S. Varanasi, W. Batchelor,
G. Garnier
14:40 – 435. Effect of cellulose nanofibrils on
curing behaviour of epoxy amine systems. N. Yan
15:05 Break
15:15 – 436. Nanofibrillation of dried pulp in
NaOH solutions and applications.
K. Abe*, H. YANO
15:40 – 437. Cellulose nanopaper with controllable optical properties. M. Hsieh*,
H. Koga, M. Nogi, K. Suganuma
16:05 – 438. Xylan tyramine conjugate as abiomimetic crosslinker for 3D bioprinted
materials from trees. K. Markstedt,
G. Toriz, P. Gatenholm
Hilton Waikiki Beach
Territorial III
Complex Mineral Growth and Dissolution
Reactions: Collaborative Experimental andComputational Perspectives (#225)

Organized by: A. Stack, J. Gale,P. Raiteri, L. Wang
Presiding: J.D. Gale, P. Raiteri, A. Stack,l. wang
13:00 – 439. In situ scanning transmission Xray microscopic analysis of biofilm formation and dissolution of sulfide minerals by
Acidithiobacillus ferrooxidans.
S. Harmer*
13:20 – 440. Fe(II)-catalyzed recrystallizationof hematite and goethite: Experimental
observations, computational questions.
M. Scherer*, K. Rosso, D.E. Latta,
A. Frierdich, M. Helgeson
13:40 – 441. Iron electron transfer, atom exchange, and Fe oxide growth at the clay
mineral-water interface. D.E. Latta*,
W. Premaratne, K. Rosso, M. Scherer,
A. Neumann
14:00 – 442. Molecular-scale change of thehydration structure of calcite surfaces
due to magnesium ions probed by FMAFM. Y. Araki, H. Onishi, N. Oyabu,
K. Kobayashi, H. Yamada
14:20 – 443. Combined experimental andcomputational analysis of silica-water interfaces to understand dissolution mechanisms. J.D. Kubicki*, J. Boettger,
M. DelloStritto, J. Sofo, M. Fedkin,
A. van Duin, D. Wesolowski, P. Fenter,
S. Gomez, F.M. Geiger
14:40 – 444. Reactive surface area in the environment: New solid-state NMR tools
coupled with computational chemistry.
K.T. Mueller*, N. Washton
15:00 Intermission
15:20 – 445. Monte Carlo simulation of
nanoporous crystal growth.
M.W. Anderson*, J.T. Gebbie

206 –TECHTECHNICAL PROGRAM
15:40 – 446. Atoms to pores growth of barite. A. Stack
16:00 – 447. Fingering patterns induced by
precipitation reactions during injection in
porous media. A. De Wit*, G. Schuszter,
F. Haudin, P. Shukla, F. Brau,
J. Cartwright, Y. Nagatsu
16:20 Closing remarks/Open Discussion
Hilton Waikiki Beach
Prince Johah
Advances in Functional Foods and Flavor
Chemistry Research (#329)

Organized by: M. Qian, Z. Chen,
M. Herderich, C. Wang, H. Tamura,
K. Wilkinson, A. Mitchell, Q. Li
Presiding: H. Tamura, K. Wilkinson
13:00 Opening remark: Introduction
13:05 – 448. Characterization of branchedlong-chain aliphatic aldehyde analogs aspotent odorants in ripe natural cheeses.
K. Kumazawa*, S. Inagaki, S. Fujikawa,Y. Wada13:25 – 449. New approach to investigate
the flavor release from different beveragecompositions: Influence of milk on aroma
release during consumption of coffee
beverages. T. Itobe, K. Kumazawa*
13:45 – 450. Characterization of importantaroma compounds in raw licorice (Glycyrrhiza glabra). M. Granvogl, J. Wagner,
P. Schieberle
14:05 – 451. Formation of peppery, minty,
rosy and woody sequiterpenes derived
from ␣-guaiene. D. Taylor*, A. Huang,
M. Sefton
14:25 – 452. Characterisation of volatile profile of Chinese rice wines by comprehensive 2D gas chromatography coupledwith time-of-flight mass spectrometry(GC ⫻ GC-TOFMS). S. Chen*, J. Wu,
N. Wang, Y. Xu*
14:45 Break
15:00 – 453. Toward a systems-based approach for hop flavoromics. R.A. Shellie,
L. Tedone, D. Yan, L. Staskova,
A. Koutoulis, S. Whittock
15:20 – 454. Combined analysis of non-targeted volatile profile and sensory evaluation of commercial tomato juices to elucidate flavor characteristics. Y. Iijima*,
Y. Iwasaki, Y. Otagiri, T. Sato, H. Otomo,
Y. Sekine, A. Obata
15:40 – 455. Distinguishing the botanical origin of honey for authentication using
head-space solid-phase microextraction(HS-SPME) gas chromatography mass
spectrometry (GC/MS) and multivariate
analysis. A.E. Mitchell*,S. Charoenprasert
16:00 – 456. Understanding the compositionof coffee quality. H.E. Smyth*,
W. Sunarharum, H. Tran, U. Pappu,
B. Cheng, J. Mayze, A. Furtado,
D. Williams, S. Fuller, S. Richards,
R. Henry
16:20 – 457. Impact of vineyard exposure tosmoke on the composition and sensory
properties of wine. L. van der Hulst,
C. Ford, R. Burton, R. Ristic, N. Lloyd,
Y. Hayasaka, K. Wilkinson
16:40 – 458. Flavor and flavor stability ofready-to-drink tea beverage during storage. F. Yuan, F. He, Y.L. Qian, J. Zheng,
W. Huang, M. Qian*
17:00 Closing remark
Hilton Waikiki Beach
Molokai
Status and Trends of Persistent Organic
Chemicals in the Environment (#402)

Organized by: L. Bommanna,
S. Masunaga, P. Kodavanti, J. Khim
Presiding: P. Kodavanti, S. Masunaga
13:00 – 459. Impact of crude electronic
waste recycling in loading polychlorinated biphenyls in Indian environment:
Implications for atmospheric outflow.
P. Chakraborty*, S. Sakthivel,
P. Balasubramanian

13:30 – 460. Pilot study of the breakdown oforganics present in reverse osmosis concentrate from a potable water reuse facility in a constructed wetland system.
A.K. Robinson, B. Cottrell, G. McCarthy,
P. Thimmaraju, W.J. Cooper, K. Ishida
13:50 – 461. Study of analyte recovery as afunction of chlorinated hydrophobic pollutant concentration and sample storage
time using headspace solid-phase microextraction (HS SPME) coupled with GCECD. F.M. Dunnivant*, J. Tillman,
W. Weckel-Dahman
14:10 – 462. Cryo-repository and persistentorganic pollutant monitoring of sea turtle
tissues from the U.S. Pacific Islands region. J.M. Lynch*, G. Balazs, C. Allen,
F. Arengo, S. Benson, J. Brooker,
T. Eguchi, H. Harris, B. Jensen,
R. LeRoux, R.S. Pugh, M.R. Rice,J. Seminoff, E. Sterling, T.M. Summers,
T. Work, P.R. Becker
14:30 – 463. Black carbon: A reactive sorbent for the destruction of persistent organic contaminants by sulfides. W. Xu*,
K. Ding
14:50 Break
15:10 – 464. Behaviors of perfluoroalkyl acidprecursors in sewage treatment plants.
S. Masunaga*, F. Ye, M. Tokumura
15:40 – 465. Transformation and phytoxicity
of PBD-47 in maize (Zea mays L.).
S. Zhang, S. Wang, X. Xu
16:00 – 466. Effect of addition of Bacillus
subtilis on biodegradation of DDT by
Pleurotus ostreatus. A.S. Purnomo*,
F.T. Hermansyah
16:20 – 467. Characteristics of PAHs adsorption on inorganic particles and activated sludge in domestic wastewater
treatment. J. Liu*
16:40 Closing remarks

Thursday Evening
Hilton Waikiki Beach
Hawaii
Chemicals of Emerging Environmental
Concern: A Global Perspective (#19)

Organized by: G. Cobb, J. Giesy,
M. Murphy
Presiding: G. Cobb
19:00 – 468. Aqueous organic emerging
contaminants from arid, anthropogenic
watersheds of North America. L. Abrell*,C. Carreón-Diazconti, I. Aviña-Lamarque,
R. Preciado-Monjardin,
M. Valdez-Carrillo,
S. Samanthi Wickramasekara,
J. Chorover
19:20 – 469. Impacts of global change on atmospheric mercury. S. Wu
19:40 – 470. Granulation of partial nitrifying
sludge facilitated by gel carriers in treating high-strength ammonia wastewater.
Y. LI*, X. Li, R. Li, L. LIN, J. Xu
20:00 – 471. Effect of intrinsic properties ofactivated carbons on mercury adsorption
ability. K. Tachibana, E. Karagianni,
H. Yamaura, S. Yamaguchi, Y. Ikushima,
M. Ikushima, H. Yahiro*
20:20 – 472. Experimental determination ofsolubilities of di-calcium ethylenediaminetetraacetic acid
[Ca2C10H12N2O8(s)] in NaCl and MgCl2
solutions to high ionic strengths and its
Pitzer model: Applications to geologicaldisposal of nuclear waste and other low
temperature environments. Y. Xiong*
20:40 – 473. Innovative use of carbonaceous
geosorbents for sequestration of antibiotics to reduce their transport and bioavailability. C. Liu*, Y. Chuang, Y. Zhang,
H. Li, S.A. Boyd, B.J. Teppen, W. Zhang
Hawaii Convention CenterHalls I, II, III
Analysis of Flavors in Specialty Asian Foods(#58)

Organized by: F. Chen, F. Zheng, J. Lee
Presiding: F. Chen

Poster Session
19:00 – 21:00
474. Use of stir bar sorptive extraction andthermal desorption for gas chromatography-mass spectrometry characterizationof selected volatile compounds in Chinese liquors. Y. Niu
475. Optimization and application of headspace-solid-phasemicro-extraction coupled with gas chromatography–massspectrometry for the determination of volatile compounds in cherry wines. R. Zhou
476. Volatile compounds in foot muscle ofabalone (Haliotis discus hannai Ino) during heating process. L. Qin*, S. Hao,
H. Wang, Y. Wang, B. Zhu
477. Effect of steam cooking on physicochemical properties of turbot (Scophthalmusmaximus L.) muscle and its volatilecompounds. X. Dong, Y. Wang, J. Pan,
B. Zhu478. Comparison of volatile profiles in buckwheat (Fagopyrum esculentum) soksungjang fermented with different starter combinations. I. Cho*, M. Park, H. Choi,
B. Shin, Y. Kim
479. Evaluation of Pu-erh tea by the electronic tongue: Correlation with sensory
properties and chemical compositions
according to different grade levels andvaried ages. L. Gao, M. Bian, W. Zhao,
X. Hu, J. Wu*
480. Regulating the functional component
contents and antioxidant activity of tea
leaves by fertilizing with N, P, Se, and Zn.
H. Li481. Comparison of volatile compounds insimulated mozzarella cheeses. X. Wang*,
L. Ma*
482. Analysis of characteristic aroma components in sesame seed oil and optimization of roasted aroma producing condition for Chinese black sesame
Jinhuangma. Y. Wan*, Y. Song, L. Bai,
G. Fu, S. Nie, H. Li, M. Xie*
483. Research of volatile components in Sichuan pickles during fermentation. B. Pu*
Hawaii Convention CenterHalls I, II, III
Complex Mineral Growth and Dissolution
Reactions: Collaborative Experimental andComputational Perspectives (#225)

Organized by: A. Stack, J. Gale,P. Raiteri, L. Wang
Presiding: J.D. Gale, P. Raiteri, A. Stack,l. wang
Poster Session
19:00 – 21:00
484. Evaluating the contribution of energetically reactive surface sites to the dissolution of spent nuclear fuel analogs CeO2
and ThO2. C.L. Corkhill, D.J. Bailey,
M.C. Stennett, J.A. Miller, J.L. Provis,
N. Hyatt
485. Leaching behavior of radium and thorium isotopes in ishikawaite.
K. Komatsubara*, Y. Kurihara,
R. Shiobara, K. Nomura, T. Nakamura,
Y. Koike486. Manipulation of the texture and elemental composition of the novel sheaths produced by the iron oxidizing bacterium
Leptothrix in culture by altering components of the medium. H. Kunoh** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

06 – ENVR
487. Formation of calcite or vaterite via reactions between gaseous CO2 and Ca2⫹
electrolytes. G. Choi, S. Jeon,
S. Namgung, J. Choi, G. Lee*
488. Leaching of radium and thorium isotopes from thorium minerals, thorite, andyttrialite. R. Shiobara*, Y. Kurihara,
K. Komatsubara, T. Nakamura, Y. Koike
489. Effective recovery process of insoluble
Sb in urban mine by controlling the metal
complexes condition in Sb-tartaric acid-OH aqueous system. S. Ueno,
S. Yokoyama, K. Shinoda, H. Takahashi*,K. Tohji
Hawaii Convention CenterHalls I, II, III
Opportunities and Advancements in Rice
Research and Aquaculture Research (#282)

Organized by: J. Johnston, T. Arao,
J. Sandahl, M. Estela, S. Beebout
Poster Session
19:00 – 21:00
490. Pesticide multiresidue analysis in Red
Swamp crayfish using QuEChERS andHPLC/MS/MS. L. Han, K. Zhu, M. Feng,
Z. Zhang
491. Development of anode material for rechargeable battery from rice husk gasification technology. M. Seo*, W. Cho,
H. Ra, S. Yoon, Y. Kim, J. Kim, J. Lee,
H. Kim, J. Choi
Hilton Waikiki Beach
Prince Johah
Advances in Functional Foods and Flavor
Chemistry Research (#329)

Organized by: M. Qian, Z. Chen,
M. Herderich, C. Wang, H. Tamura,
K. Wilkinson, A. Mitchell, Q. Li
Presiding: M. Qian, H. Tamura
19:00 Opening remark
19:05 – 492. Isolation, identification, andquantification of Lichenysin, a novel nonvolatile compound in Chinese distilled
spirits reduced the headspace concentration of phenolic off-flavors via hydrogen-bond interactions. Y. Xu*, R. Zhang,
Q. Wu
19:25 – 493. Analysis and identification ofcharacteristic aroma components inHong Qu glutinous rice wine. W. Zhang,
Z. Liu, C. Zheng, L. Ni*
19:45 – 494. Characterization of aroma compounds which induce or modulate the activity of the human sweet taste receptor.
K. Nojiri*, S. Fujiwara, T. Misaka
20:05 – 495. Green synthesis of benzaldehyde from cinnamon oil. H. Ji*
20:25 – 496. Molecular characterisation of
starch by NMR and FT-IR spectroscopies, and X-ray diffraction.
M. Van Leeuwen*, M. Toutounji, J. Mata,
E. Gilbert, A. Shrestha, L. Pallas, R. Ward,
P. Castignolles, M. Gaborieau
20:45 Closing remark
Hawaii Convention CenterHalls I, II, III
Status and Trends of Persistent Organic
Chemicals in the Environment (#402)

Organized by: L. Bommanna,
S. Masunaga, P. Kodavanti, J. Khim
Presiding: L. Bommanna, S. Masunaga
Poster Session
19:00 – 21:00
497. Spatial distribution and temporal trendsof polybrominated diphenyl ethers (PBDEs) in sediment and bivalves from Korean coastal waters collected between
2004 and 2013. S. Lee*, H. Lee, X. Jin,
A. Shen, J. Lee, S. Lee, Y. Jeong,
H. Moon498. Source identification and seasonal variation of allochthonous organic matter inan artificial Lake Shihwa and surrounding
inland creeks in South Korea. Y. Lee,S. Hong, J. Hur, J. Khim, K. Shin*499. Current efforts to produce environmental certified reference materials.
J. Kucklick*, J.L. Reiner,
S.S. Vander Pol, K. Huncik, S. Long,
S. Christopher, R. Day, J. Bowden,
M. Ellisor, B. Kassim, B. Benner,
A. Boggs, J. Murray
500. Electrochemical process: Contribution
to water environment. D.R. Wulan*,
S. Cahyaningsih, D. D
501. Variations of detection of the Japanese
PRTR chemicals in urban river water.
S. MIHO, T. KAMEYA*, T. Kobayashi,
K. FUJIE
502. Combined instrumental and bioanalytical assessments of estuarine and coastal
sediments along the west coast of Korea.
S. Jeon*, S. Hong, B. Kwon, J. Khim
503. Screening and source identification offlame retardants in car indoor dust using
field emission electron probe micro analyzer. M. Tokumura*, Y. Yamatori,
Y. Negishi, S. Masunaga
504. Simultaneous biosorption of iodine andphenanthrene by soil indigenous microorganisms. D. Zhang*, P. Zhou, T. Lyu,
H. Zhao505. Simple method for the determination of
H2S inside the shell of bivalves and its
application to Corbicula japonica.
S. SUGAHARA*, H. KAMIYA,
M. YAMAMURO, J. PARK, M. Egawa,Y. SEIKE
506. Behavior of arsenic in acidic river environments. K. Eiki, N. Sugai, A. Sasaki,
M. EndoFriday Morning
Hilton Waikiki Beach
Hawaii
Chemicals of Emerging Environmental
Concern: A Global Perspective (#19)

Organized by: G. Cobb, J. Giesy,
M. Murphy
Presiding: S. Gaw
8:00 Welcome and Introduction
8:05 – 507. Detection, identification, andquantification of novel brominated flame
retardants in environmental matrices.
D. Saunders*, h. peng, J. Sun,
P.D. Jones, S. Wiseman, J.P. Giesy
8:30 – 508. Characterization of endocrine
active substances in surface waters in
Taiwan using biological assays and liquid
chromatography tandem mass spectrometry. P. Chou*, K. Chen, T. Li,
M. Kawanishi, T. Yagi
8:55 – 509. Measurement of in vitro biotransformation rates of xenobiotic chemicals
for identifying bioaccumulative organics
among chemicals in commerce. Y. Wan,
G. Zheng, J. Hu
9:20 Break
9:35 – 510. Environmental and health issuesof extensive herbicide and pesticide application from multiple agrobased activities in a tropical freshwater river systemof Thailand. B.N. Noller, T. Komarova,
C. Boonthai Iwai*, A. Somparn,
N. Tokhun, J. Mueller, I.R. Kennedy
10:00 – 511. Saving our bees – removing
neonicotinoids from waters using oxidizing radicals. B. Daws, J.J. Kiddle,
S. Mezyk
10:25 – 512. Solvent usage for chemiluminescent labeling processes. J.-. Grote
10:50 – 513. Mechanistic study of environmentally persistent free radical formationin phenol contaminated soils. U. Nwosu,
R. Cook*
Hilton Waikiki Beach
Territorial I & II
Advanced Products from Lignin and Microor Nano-fibrillated Cellulose (#70)

Organized by: T. Hu, A. Ragauskas,
H. Hatakeyama
Presiding: A. Ragauskas

8:00 – 514. Electrosterically stabilized nanocrystalline cellulose as a green, sustainable, advanced material. A. Sheikhi*,
T. van de Ven
8:25 – 515. Chemically assembly of hydrolyzed electrosterically stabilized nanocrystalline cellulose. H. Yang,
T. van de Ven
8:50 – 516. Advances in nanolignocellulosics
for foams and fills. A. Ragauskas,
Q. Sun, T. Köhnke
9:15 – 517. Order of addition effects on thechemistry, structure and properties of
CNC-epoxy nanocomposites.
C. Meredith*, M. Shofner,
G. Schueneman, N. Girouard
9:40 – 518. Technical challenges and market
opportunities of nanocellulose for highvolume, innovative composite-based
commercial applications. S. Ozcan*
10:05 Break
10:15 – 519. In situ preparation of magnetic
composite by immobilizing ferrite on cellulose nanocrystals. S. Fu, C. Tian
10:40 – 520. Cellulose nanomaterials fromthe viewpoint of the new microfibril
model. U. Agarwal*
11:05 – 521. Molecular origins of twists incellulosic materials. K. Conley,
L. Godbout, M. Whitehead, T. van de Ven
11:30 – 522. Lignin-based nanocomposite
aerogels reinforced with nanocrystalline
cellulose for energy storage applications.
M.A. Karaaslan, F. Ko
Hilton Waikiki Beach
Prince Edward
Proteomics and Metabolomics inAgricultural, Environmental, and Public
Health Sciences (#264)

Organized by: J. Johnston, Q. Li,
J. Emon, J. Chen, S. Lee, C. Zhang
Presiding: J. Johnston, Q.X. Li, C. Zhang
8:00 Opening Remarks
8:05 – 523. Genetic diversity of four anti-nutritional factors in kidney bean (Phaseolus
vulgaris L.). C. Chen
8:25 – 524. Advantage of proteomics study
in microorganism involved plant-plant interaction complex. R. Jia, Q.X. Li, A. Guo,
Y. Guo8:45 – 525. Shiga toxin-producing Escherichia coli analyzed by RT-qPCR, MALDITOF-TOF-MS/MS-PSD and top-down
proteomic analysis. C.K. Fagerquist*,
W.J. Zaragoza
9:05 – 526. Proteomic analysis on rice seedgermination. P. Yang*
9:25 – 527. Identification and classificationof rhizobia by matrix-assisted laser desorption/ionization time-of-flight mass
spectrometry. R. Jia*, Q.X. Li, Q. Wei,
A. Guo, Y. Guo
9:45 – 528. Workflow for SWATH-MS dataprocessing and analysis. K.M. Frederick,N. Haverland, M. Majumder,P. Ciborowski*
10:05 Break
10:20 – 529. Identification of protein complexes and pathways contributes toEscherichia coli resistance to balofloxacin
using native/SDS-PAGE-based proteomics. H. Li
10:40 – 530. Expression and site-directedmutagenesis of the highly stable royalpalm peroxidase in Pichia pastoris.
H. Zhao, Q.X. Li
11:00 – 531. Proteomics for adverse outcome pathway discovery using humankidney cells. J. Van Emon*,F. van Breukelen , P. Pan
11:20 – 532. Stenotrophomonas sp. L60 degrades Cry1Ab. S. Gao, Q.X. Li, J. Li
11:40 – 533. Visualization of proteomics datafor bioinformatics analyses.
K.M. Frederick, N. Haverland,
M. Majumder, P. Ciborowski*

Hilton Waikiki Beach
Prince David
Analytical Development Relevant toEnvironmental Exposure and Effects (#288)

Organized by: C. Le, X. Li, G. Jiang,
S. Richardson
Presiding: K. Chen, C. Le
8:00 – 534. Analysis of agrichemicals in theenvironemnt using paper spray ionization
mass spectrometry. S.L. Reeber,
G.L. Glish*
8:30 – 535. Environmental metabolomics
and ecotoxicity modeling using earthworms. C.K. Larive*, C. Griffith
8:50 – 536. Identification of flame retardant
additives in consumer products usingmass spectrometry and understanding
human exposure pathways.
H. Stapleton*, E. Cooper, K. Davis,
K. Hoffman
9:10 – 537. Biomarker excretion rate as amethod for assessing exposure to environmental toxicants. B. Blount9:30 – 538. Trace analysis of gold nanoparticles in environmental waters. B. Hu,
B. Chen, M. He
9:50 Break
10:10 – 539. Integrating analytical biology
and chemistry to resolve molecularmechanisms of toxicity for water disinfection by-products. M.J. Plewa*, J. Pals,
Y. Komaki, E.D. Wagner
10:40 – 540. Occurrence and toxicity of halobenzoquinones - an emerging class of
disinfection byproudcts in drinking water.
X. Li*, W. Wang, J. Li
11:00 – 541. High resolution and tandem
mass spectrometry uncovers chlorination
reaction pathways for transformation of
medical imaging compounds in drinking
water treatment. S. Richardson*,
C. Joseph, F. Wendel,
C. Luetke-Eversloh, C. Postigo,
T. Ternes, E. Machek, N. Ackerson,
S. Duirk, E.D. Wagner, M.J. Plewa
11:20 – 542. Chemical and toxicologicalanalyses of halogenated disinfection byproducts in tap water and boiled tap water. X. Zhang*, J. Liu*, Y. Li
11:40 – 543. Development of an easy and efficient tool for nitrosamine precursor concentration in water based on cation exchange. S. Li, E. Bei, J. Wang, C. Chen*,
X. Zhang, M. Suffet
Hilton Waikiki Beach
Prince Johah
Advances in Functional Foods and Flavor
Chemistry Research (#329)

Organized by: M. Qian, Z. Chen,
M. Herderich, C. Wang, H. Tamura,
K. Wilkinson, A. Mitchell, Q. Li
Presiding: Q.X. Li, A.E. Mitchell
8:00 Opening remark: Introduction
8:05 – 544. Trehalose bioproduction by anovel trehalose synthase from Arthrobacter chlorophenolicus SK38.001. B. Jiang
8:25 – 545. Mechanisms to retain naturallyoccurring anthocyanin pigments In thermally processed whole fruits in aqueous
media. Y. Zhao, J. Jung
8:45 – 546. Preparation and microstructureof food lipid nanoparticles modified bytrehalose. Z. Wen* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–207

06 – ENVR
9:05 – 547. Investigation of volatile antioxidants formed from coffee beans undervarious roasting conditions.
T. Shibamoto*
9:25 – 548. Searching for aroma compounds
which are effective for Alzheimer’s disease. K. Murata, K. Tanaka, T. Furuta,
Y. Ueno, Y. Yoshioka, S. Matsumura,
H. Matsuda*
9:45 Break
10:00 – 549. Anxiolytic-like effects of ylangylang essential oil and its major components in anxiety models in mice.
N. Zhang, L. Yao*, Y. Deng, L. Feng
10:20 – 550. Analysis and identification ofbitter compounds from Lulo (Solanum
quitoense L.) fruit with potential ACE-inhibitory activity. D. Forero*, C. Masatani,
Y. Fujimoto, D.G. Peterson,
E. Coy-Barrera, C. Osorio
10:40 – 551. Explore the physiological effectof functional foods by proteomics.
F.C. Kuo*
11:00 – 552. Carotenoid metabolism andcancer prevention. S. Schwartz*
11:20 – 553. Procyanidins as functional foodingredients? Systemic absorption, metabolism, and bioavailability. H. Humpf*,
S. Rzeppa, K. Bittner
11:40 – 554. Heart protection of roselle drink- a human clinical trial. C. Wang*
12:00 Closing remark
Hilton Waikiki Beach
MolokaiRadioactive Contaminants and Waste
Management in the Environment (#390)

Organized by: W. Um, M. Baik,
O. Toshihiko, A. Francis, D. Kaplan
Presiding: T. Ohnuki, W. Um
8:00 – 555. Independent monitoring of theradiological release event at the Waste
Isolation Pilot Plant (WIPP) repository in
New Mexico, USA. P. Thakur*
8:20 – 556. Fundamental study of conditioning of wastes generated from several
contaminated water treatment devices inFukushima Daiich Nuclear Power Station.
Y. Meguro*, J. Sato, J. Kato,
A. Nakagawa, Y. Koma, T. Ashida
8:45 – 557. Technetium and chromium release from reducing cementitious materials under laboratory and field conditions.
D.I. Kaplan*, Y. Arai, G. Flach, D. Li,
B.A. Powell9:10 – 558. Radiological contamination at
US Department of Energy facilities: Lessons learned from site characterization
and remediation activities. S.B. Clark*
9:35 – 559. Uranium(VI) chemistry in natural
groundwater: Chemical speciation, molecular structure, and adsorption behavior. J. Yun*
10:00 – 560. Evaluation of fluorescence as amonitoring tool for phytoremediation oftritium. R.L. Brigmon*, E. Doman,
E. Wilde, K. McLeod, J. Seaman
10:20 – 561. Applications of two photon
spectroscopy in uranium bio-geochemistry. L. Natrajan*
10:40 – 562. Application of phytoextraction
using lettuce, Chinese cabbage, and radish to the uranium contaminated soil in
Korea. M. Lee*, Y. Han, J. Kim
11:00 – 563. Geochemical behaviors of uranium in granitic groundwater. M. Baik*,
T. Park, . Jung
11:20 – 564. Characterizing the mineralogy
and redox reactivity of potential hostrocks in a geological disposal facility forradioactive waste. J. Quirke,
M. Henderson, R. Pattrick, K. Rosso,
A. Dent, J. Sharples, C.I. Pearce*
11:40 – 565. Emerging strategies for the disposal of iodine-129 in deep geological repositories. D. Laurencin*, L. Campayo,
A. Coulon, A. Grandjean

208 –TECHTECHNICAL PROGRAM
Friday Afternoon
Hilton Waikiki Beach
Hawaii
Chemicals of Emerging Environmental
Concern: A Global Perspective (#19)

Organized by: G. Cobb, J. Giesy,
M. Murphy
Presiding: J. Gan
13:00 – 566. Rare earth elements as chemicals of emerging concern.
P.G. Campbell*, C. Beaubien,
A. Crémazy, C. Fortin
13:25 – 567. Pollutant toxicity as measured
by Artemia Franciscana with a focus on
humic acid and surfactant interactions.
R. Williams, R. Cook
13:50 Break
14:05 – 568. Naphthenic acid property responses to environmentally relevantchanges in temperature, pH, and salinity
modeled with COSMO-RS solvation theory. J.M. Parnis*, A. Celsie, D. Mackay
14:30 – 569. Utilizing chlorine atom reactivity
in UV-based advanced oxidation processes: Kinetics and efficiencies of chlorine atom reactions. K.D. Couch,
T. Reutershan, S. Mezyk, K. Ishida
14:55 – 570. Chloramine dissipation models
for stormwater sewers. Q. Zhang*,
E. Davies, J. Bolton, Y. Liu
15:20 Closing and Summary
Hilton Waikiki Beach
Territorial III
Pectin Chemistry and Technology (#20)

Organized by: B. Savary, M. Williams,
S. Lu, S. Yoo, R. Cameron
13:00 Opening
13:10 – 571. Current models of pectin structure: How they were arrived at and how
toimprove them. A.J. Mort*, X. Wu
13:50 – 572. Deciphering the structure ofpectic oligosaccharides by a new tandem
mass spectrometry method based on
photo-activation in the vacuum ultraviolet
range. D. Ropartz*, A. Giuliani,
J. Lemoine, P. Dugourd, M. Ralet,
H. Rogniaux
14:25 – 573. 3D architecture of arabidopsis
plant cell wall. M. Auer
15:00 Break
15:10 – 574. Molecular moas vs. molecularmotor-mowers: The trimming of pectin by
non-processive and processive methylesterases. G.B. Jameson*, L.M. Kent,
T.S. Loo, G.E. Norris, L.D. Melton,
D. Mercadante, B. Williams
15:45 – 575. Regulation and roles of pectin
methylesterases (PMEs) in plants.
L. HOCQ, F. SENECHAL, F. FOURNET,
S. BOUTON, H. DEMAILLY,
L. GUTIERREZ, V. LEFEBVRE,
J. PELLOUX
16:20 Session close
Hilton Waikiki Beach
Territorial I & II
Advanced Products from Lignin and Microor Nano-fibrillated Cellulose (#70)

Organized by: T. Hu, A. Ragauskas,
H. Hatakeyama
Presiding: H. Hatakeyama
13:00 – 576. Determining what key attributes
are needed for strong lignin based carbon
fibers. A.P. Dodd, S.K. Straus*
13:25 – 577. Control of physical propertiesof advanced polyurethanes derived fromindustrial lignins. H. Hatakeyama*
13:50 – 578. Useful plastics with very highlignin contents should be imminent.
Y. Wang, Y. Chen, S. Sarkanen*
14:15 – 579. Unrivaled enhancement ofproperties in polyolefin/lignin, polyolefin/
cellulose nanocrystal, and polyolefin/
waste cardboard biocomposites madepossible by solid-state shear pulverization. K. Iyer, G. Schueneman,
J. Torkelson*
14:40 Break

14:50 – 580. Lignin nanoparticles from tequila agave bagasse as an active component in sunscreen. J. Gutiérrez-Hernández, N. Murillo, A. Escalante, E. Delgado,
G. Toriz*, F. Gonzalez
15:15 – 581. Green Technology for valorization of lignin: Application for productionof biofuels and higher valuable small molecules. S. Afewerki, A. Córdova,
C. Carlos-Palo Nieto
15:40 – 582. Synthesis and thermal properties of epoxy resins cured with acetylated
lignin. S. Hirose*
16:05 – 583. Agricultural biomass based catalysts for organic reactions. X. Peng*,
W. Chen, C. Wu, L. Zhong, Z. Xiang,
R. Sun*Hilton Waikiki Beach
AltitudeChemical Ecology Applied to Sustainable
Agriculture (#105)

Organized by: C. Osorio, J. Bento,
T. Ando, X. Chen
Presiding: C. Osorio, J. Simões-Bento
13:00 Introductory Remarks
13:05 – 584. Sustainable management forthe oriental fruit moth in pear and peachorchards in Jiangsu Province of China.
X. Chen*, M. Piao, J. Xu, G. Zhan, H. Fu
13:35 – 585. Identification and synthesis ofchiral methyl-branched sex pheromones
secreted by female moths. T. Ando
14:05 – 586. Role of host-kairomones andpheromones in the interaction between
guava, Psidium guajava L. and the guava
weevil, Conotrachelus psidii Marshall. A.
Romero Frı́as, Y. Murata, J. SimõesBento, C. Osorio*
14:35 – 587. Chemical ecology of fluorescent compounds in flower pollen.
S. Mori*, M. Kawakami, M. Oishi,
t. Fukui, t. Goto, J. Tsukioka,
M. Osakabe, N. Sugioka, M. Sakuma,
N. Hirai
Hilton Waikiki Beach
Kauai
Fate and Risks of Nanoparticles in Aquaticand Terrestrial Environments (#220)

Organized by: J. Kirby, J. Ranville, Y. Ma,
B. Lee13:00 – 588. Necessary step forward: Incorporating chemistry and spatial and temporal resolution into environmental fatemodels for nanomaterials. G. Lowry*,
A. Dale, E. Casman
13:40 – 589. Development of nanoinformatics tool for environmental risk assessment of nanomaterials. Y. Tian,
M. Wiesner
14:00 – 590. Influence of natural organic
matter and carbon nanotube on inorganicand organic pollutant and nanoparticle
toxicity: An interface point of view.
C.L. Schneider, R. Cook*
14:20 – 591. Assessing the fate of metalbased nanoparticles in environmental
matrices by single particle ICP-MS (SPICP-MS). C. Stephan*, K. Wilkinson
14:40 – 592. Methods for detection andmeasurement of nanomaterials in and on
foods. R.B. Reed*, J. Schoepf, J. Faust,
P. Westerhoff
15:00 Break
15:10 – 593. Framework for forward modeling of engineered nanomaterials in terrestrial systems. G. Cornelis*,
J. Perez-Holmberg
15:40 – 594. Measuring the mass and density of nanoparticles using Centrifugal
FFF, single particle ICP-MS and TEM.
S. Tadjiki*, M. Mantano, A. Barber,
J. Ranville, R. Beckett
16:00 – 595. Tracking single-wall carbon
nanotubes with ICP-MS: Release fromnanocomposites and biological uptake.
J. Ranville*, J. Wang, R. Lancone,
H. Fairbrother
16:20 – 596. Fate of silver nanoparticles in aboreal lake ecosystem. H. Hintelmann*,
L. Furtado, C. Metcalfe

16:40 – 597. Analysis of bimetallic and polymer nanocomposites by single particle
ICP-MS and field-flow fractionation.
A.G. Barber, J. Wang, M.D. Montano,S. Tadjiki, J. Ranville
Hilton Waikiki Beach
Prince Edward
Proteomics and Metabolomics inAgricultural, Environmental, and Public
Health Sciences (#264)

Organized by: J. Johnston, Q. Li,
J. Emon, J. Chen, S. Lee, C. Zhang
Presiding: S. Lee, Q.X. Li, J. Van Emon
13:00 Opening Remarks - PM Session
13:05 – 598. Blood volatile profiling formetabolomics studies. A. de la Mata*,
H. Kim, J. Harynuk
13:25 – 599. Metabolomic analysis of Rhodococcus opacus PD630 for its capabilityof paper and pulp wastewater treatment
and lipid accumulation. P. Fu*
13:45 – 600. Antibioitc-resistant metabolome and metabolites-enabled killing ofantibiotic-resistant bacteria by kanamycin. X. Peng
14:05 – 601. Analysis of potential metabolic
products of asparagus bean (Vigna unguiculata subsp. sesquipedalis) under saline conditions. L. Pan
14:25 – 602. Genome-wide investigation ofditerpene biosynthesis in Salvia miltiorrhiza reveals rapid functional divergenceof diterpene synthases. G. Cui, L. Duan,
B. Jin, R. Peters, X. Qi*
14:45 Break
15:00 – 603. Comprehensive measurementof vitamin D metabolic markers in humanserum. D.A. Volmer*, M. Müller,
C. Stokes, F. Lammert
15:20 – 604. Dissection of metabolic network in soybean seeds: From – omics
data to synthetic biology. G. Wang*
15:40 – 605. Toxicological effects of BaP,
DDT and their mixture on the green mussel, Perna viridis, revealed by an integrated proteomic and metabolomic approach. Q. Song, H. Zhou*
16:00 – 606. Geochemical influences on thethe dental wastewater microbiome.
K.J. Rockne, A. Rani
16:20 – 607. In situ extraction of bioactive
shikonins in Paterson’s curse (Echium
plantagineum) root system using polydimethylsiloxane microtubing. X. Zhu,
J. Mwendwa, J.D. Weidenhamer,
D. Skoneczny, G.M. Gurr, L.A. Weston*
16:40 – 608. Quantitative proteomics analysis of high and low antioxidant expressing
lines of peanut, Arachis hypogaea..
S. Muralidharan, Y.Y. Poon, G. Wright,
N.A. Lee*
Hilton Waikiki Beach
Prince David
Analytical Development Relevant toEnvironmental Exposure and Effects (#288)

Organized by: C. Le, X. Li, G. Jiang,
S. Richardson
Presiding: C. Le, L. Zhu
13:00 – 609. Super high through put and ultra sensitive analytical methods wanted
for large-scale children’s epidemiologicalstudies. S.F. Nakayama** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

06 – ENVR
13:20 – 610. Volumetric absorptive microsampling of blood for the measurementof selected persistent organic pollutants
in humans. J. Focant*, B. L’Homme
13:40 – 611. Mechanisms of ammonium assimilation by Chlorella vulgaris F1068:
Isotope fractionation and proteomic approaches. F. Ge*, N. Liu*, F. Li, Q. Zhou,
N. Tao, M. Wong
14:00 – 612. Direct measurement of pharmaceuticals and naphthenic acids throughonline membrane extraction coupled tomass spectrometry. K.D. Duncan*,D. Letourneau, G. Vandergrift, E.T. Krogh,C.G. Gill
14:20 – 613. Methoxylated and hydroxylated
polybrominated diphenyl ethers in a marine food web from Bohai Bay, China.
Y. Liu, J. Liu*, M. Yu, G. Jiang
14:40 – 614. Development of sensitive analytical methods for studies on environmental exposure and effects. R. Freitas,
Â. Almeida, V. Calisto, V.I. Esteves,
R.J. Schneider*
15:00 break
15:20 – 615. Addressing the challenge of
bioactive contaminant identifcation inaquatic systems with LC/MS/QTOF.
E.P. Kolodziej*, B. Du, J.E. Baker
15:40 – 616. Variation of airborne quartz inthe air of Beijing during the Asia-Pacific
Economic Cooperation meeting.
Q. Zhang, G. Li, Y. Li, G. Jiang
16:00 – 617. Chemiluminescence method formonitoring chemical oxygen demand andammonium ion in water. H.T. Do*,
N. Takenaka
16:20 – 618. Fate and toxicity of benzophenone-type UV filters in chlorination disinfection. Y. Du
16:40 – 619. Metallomics study on mercury
selenium interaction in rice grown in Hg
contaminated field. Y. Li*, J. Zhao,
Y. GaoHilton Waikiki Beach
Prince Johah
Advances in Functional Foods and Flavor
Chemistry Research (#329)

Organized by: M. Qian, Z. Chen,
M. Herderich, C. Wang, H. Tamura,
K. Wilkinson, A. Mitchell, Q. Li
Presiding: Z. Chen, C. Wang
13:00 Opening remark: Introduction
13:05 – 620. Conformation of cinnamic acidand its derivatives exert different strength
on inhibiting tuberculosis and cancer invasion. C. Weng*
13:25 – 621. Hypocholesterolemic efficacy
of quercetin rich onion juice in healthy
mild hypercholesterolemic adults: A pilot
study. H. Chiu, Y. Shen,
K. Venkatakrishnan, C. Wang*
13:45 – 622. Unexpected electrophiles in the
bioactivity of curcumin. C. Schneider*,R. Edwards, P. Luis
14:05 – 623. Functional foods from ethnomycology research in Papua New
Guinea. R. Barrow*,
E.M. Castillo Martinez, L. Liao, O. Kevo,
A. Barish, S. Wossa
14:25 Break
14:40 – 624. Effects of the infusion of green
tea, oolong tea, and black tea on gut microbiota in a mouse model with high-fatinduced obesity. Z. Liu, W. Zhang,
Z. Chen, L. Ni*
15:00 – 625. Generation of anti-inflammatory
pyroglutamyl-leucine and related peptides in rat by ingestion of enzymatic soyprotein hydrolysate. K. Sato*, A. Miki
15:20 – 626. Immunomodulation of monosaccharide conjugated ovalbumin with atolerogenic phenotype to prevent allergic
response in mice. Y. Mine*
15:40 – 627. Cholesterol-lowering activity of
dietary sesamin is mediated by downregulation on the genes involved in cholesterol absorption. Z. Chen*, Y. Liang
16:00 – 628. Health benefits of walnut consumption: Combining physiological studies with genomic and metabolomic approaches. N.F. Shay, t. luo,
O. Miranda-Garcia, A. Hansen

16:20 – 629. Iron-fortified rice and malunggay leaves powder may impact the expression of genes associated with irondeficiency anemia and levels of bloodiron concentration in pregnant Filipinas.
V.A. Timoteo*, L.M. Dalmacio,
M.V. Capanzana
16:40 – 630. Growth-promoting effects on
intestinal probiotics in vitro by cellooligosaccharides from radix puerariae.
Y. Zhang*, S. Liu*, M. Zhang*, Y. Deng*,
R. Zhang*, Y. Ma, Z. Wei
17:00 Closing remark
Hilton Waikiki Beach
MolokaiRadioactive Contaminants and Waste
Management in the Environment (#390)

Organized by: W. Um, M. Baik,
O. Toshihiko, A. Francis, D. Kaplan
Presiding: M. Baik, D.I. Kaplan
13:00 – 631. NMR and X-ray studies of uranium-containing solid-phase precipitates.
K.T. Mueller, W. Um, G. Wang,
E. Reinoso-Maset, P. O’Day, J. Chorover,
N. Washton
13:20 – 632. Micro- to macroscale observation of radiocesium released from the Fukushima Daiichi Nuclear Power Plant.
K. Tanaka*, Q. Fan, A. Sakaguchi,
Y. Takahashi
13:40 – 633. XAS studies of radiation damage in glass - ceramic wasteforms for actinide disposition. N. Hyatt*
14:00 – 634. Behavior of technetium in nitricacid during denitration and doping intotransition metal oxides. W. Lukens
14:20 – 635. Characterization of Fe, S, andTc speciation within cementitious waste
forms during aging under oxic and anoxic
conditions. B.A. Powell*, S. Estes,
D.I. Kaplan, Y. Arai
14:40 – 636. X-ray absorption spectroscopic
investigation of the molybdenum speciation in the uranium mine tailings management facility at McClean Lake, Saskatchewan. P. Blanchard, J. Hayes,
A.P. Grosvenor*, J. Rowson, K. Hughes,
C. Brown
15:00 – 637. Atomistic modeling and simulations of the Tc incorporation process into
iron-oxides. E. Kim*, P.F. Weck, W. Um,
K. Czerwinski
15:20 – 638. Scanning transmission electron
microscopy detection of Lu incorporated
in a transformation product of 2-line ferrihydrite. T. Yokosawa*, E. Prestat,
N. Finck, M. Bouby-Laliron, K. Dardenne,
R. Polly, S. Haigh, M.A. Denecke,
H. Geckeis
15:40 – 639. Experimental determination ofsolubility of neodymium hydroxide in highionic strength soljutions at 298.15 K under well-constrained conditions: Comparison with modeld predictions. Y. Xiong*,
L. Kirkes, C. Marrs
16:00 – 640. Facilitated dissolution of metaloxides by the effect of hydrazine andcopper ions. S. Kim, W. Choi, J. Moon
16:20 – 641. Transport behaviour of strontium under the effect of seawater intrusion on NPP sites. S. Chang*, W. Um
16:40 – 642. Fabrication of borate glass-ceramics to sequester lanthanide oxide
wastes generated from pyro-processing
technology. M. Kim*, J. Heo644. Interactions of aerosols and cloud waterchemistry in the free troposphere.
H. Ogata*, H. Okochi, K. Matsunaga,
S. Ogawa, Y. Minami, H. Kobayashi,
K. Miura
645. Effect of urban heat island on frequency
and chemistry of summer heavy rainfall in
downtown Tokyo, Japan. R. Uchiyama*,
H. Okochi, H. Ogata, T. Nakano
646. Observation of acidic trace gases, gaseous mercury, and water-soluble inorganic aerosol species at the top and thefoot of Mt. Fuji. S. Ogawa*, H. Okochi,
H. Ogata, T. Nagoya, H. Kobayashi,
K. Miura, Y. Minami, S. Kato,
S. Yonemochi, N. Umezawa
647. Formation of volatile carbonyls fromelectronic (e-) cigarette carriers. P. Wang,
W. Chen, T. Matsuo, K. Ito, J. Fowles,
k. Kumagai
648. Method of reducing the elution of arsenic from gypsum by use of iron-based
agent. D. Yang, A. Sasaki, M. Endo649. Flocculation of emulsified oil using anovel amphiphilic and cationic chitosanbased flocculant. T. Lyu*, H. Zhao,
D. Zhang
650. Effects of environmental factors on the
degradation on neonicotinoids.
M.M. McManus, A.M. Cano, S. Deleon,
J.D. Maul, J.E. Canas-Carrell*
651. Geospatial analysis of lead in American
woodcock. A. French*, D. Sullins,
W.C. Conway, D. Klein
652. Arsenic uptake by Muskmelon (Cucumis melo) fruits from contaminated water.
B.E. Hettick*, D. Klein
653. ZnO nanoparticles exposure induces
developmental toxicity in embryo-larvalzebrafish. J. Choi*654. Expanded polystyrene debris as asource of toxic substance, hexabromocyclododecanes, in the marine environment. S. Hong*, M. Jang, M. Rani,
W. Shim, G. Han, Y. Song662. Transport and removal of nanoparticles
with water in porous media. X. Li*,
G. Zhai
663. Differential effect of ZnO NPs and Zn
ions on corn seedlings at different temperatures: enzyme activity, protein production, and Zn biotransformation.
G. de la Rosa, L. Lopez,
G. Cruz-Jimenez, L. Castellanos-Torres,
J. Gonzalez-Chavez,
K. Sanchez-Sánchez,
J. Gardea-Torresdey664. Oxidative dissolution of silver nanoparticles in presence of free chlorine.
S. Garg*, H. Rong, C.J. Miller, T.D. Waite
665. Fate and transport of TiO2 and ZnO insimliar environmental conditions.
S. Al-Abed*
666. Observation of fine particles at the summit of Mt.Fuji, 2013-2015. S. Oishi*,
S. Yonemochi, M. Murata, H. Okochi,
T. Nagoya
667. Direct interaction of Fe(III) complexes
with inorganic/organic hybrid sheaths of
Leptothrix, Fe-oxidizing bacterium.
T. Kunoh*, K. Tamura, H. Kunoh,
J. Takada668. Characterization of fine and ultrafine
particles in urban, forest, and mountainous site in Japan. K. Matsunaga*,
H. Okochi, H. Ogata, T. Nagoya,
K. Adachi, y. zaizen, Y. Igarashi,
A. Miyazaki

Hawaii Convention CenterHalls I, II, III

669. Proteomic analysis of Pinctada martensii up on exposure to benzo[a]pyrene.
H. Chen*, Q. Song, X. Diao
670. New, easy-to-use, automated, and fast
method for biomarker discovery.
A. de la Mata, L. Adutwum,
A. Mani-Varnosfaderani, J. Harynuk
671. Proteomics profiling of Bacillus licheniformis reveals metabolic mechanism insynthesis of extracelluar polymeric flocculants. N. He*, W. Yu, L. Shen, Y. Wang
672. CuO/TiO2 photocatalysts for highly efficient and rapidly debromination of decabromodiphenyl ether. M. Lei, Q. Zhou,
H. Tang
673. Qualitative and quantitative proteomicsof legume-symbiont Mesorhizobium loti.
Y. Tatsukami, M. Nambu, H. Morisaka,
K. Kuroda, M. Ueda
674. Differential regulation to OmpC andOmpF between nalidixic acid- and chlortetracycline-resistant Escherichia coli.
S. Wang, X. Lin, X. Peng
675. Ni doped graphitic-like carbon nitride
nanoplate based electrochemical sensor
for the determination of octylphenolin environmental water samples. J. Zou*,
w. Gong, S. Zhang, X. Zhou
676. Rapid analysis of tetracyclines and sulfonamides in chicken meat by on-line
solid phase extraction– high performanceliquid chromatography coupled with accelerated solvent extraction. Q. Zhou,
M. Lei, L.h. Zhu, H.q. Tang

Chemical Ecology Applied to Sustainable
Agriculture (#105)

Organized by: C. Osorio, J. Bento,
T. Ando, X. Chen
Poster Session
19:00 – 21:00

Friday Evening

655. Effect of hydrogen on plant growth subjected to salinity stress. T. YAMAOKA*,
Y. Kurita, S. Okouchi, T. Antonio,
R. Okajima
656. Overview of research and application of
insect pheromones in China. X. Chen,
C. Sheng*
657. Radiation application for environmental
pollution prevention. T. Kim*, J. Kim,
S. Lim658. Browning mechanism on the roots ofrice plant attacked by rice root aphid,
Rhopalosiphum rufiabdominalis, and effects of salycylic acid. A. Mori,
S. Tebayashi, S. Ueda, A. Oikawa,
R. Sasaki, M. Uwate, H. Maseda,
K. Saito, A. Ishihara
659. Insect growth inhibitor from Itea virginica. K. Seo, S. Tebayashi, M. Hiroshima,
S. Oonishi, M. Sato, T. Hukuda
660. Regulation of flavonoid production in
the leaves of bell pepper by light condition. S. Tebayashi*, Y. Takeo, S. Oonishi,
K. Yoshida

Hawaii Convention CenterHalls I, II, III

Hawaii Convention CenterHalls I, II, III

Chemicals of Emerging Environmental
Concern: A Global Perspective (#19)

Fate and Risks of Nanoparticles in Aquaticand Terrestrial Environments (#220)

Organized by: G. Cobb, J. Giesy,
M. Murphy

Organized by: J. Kirby, J. Ranville, Y. Ma,
B. LeePoster Session
19:00 – 21:00

Poster Session
19:00 – 21:00

643. In-cloud and below-cloud scavenging
of volatile organic compounds and their
dry deposition via dew water. G. Rossini661. Concentration-dependent influence ofengineered magnetic nanoparticles on
the disinfection of fecal coliforms in
wastewater effluent. V. Hwang*,
E. Montalvo

Hawaii Convention CenterHalls I, II, III
Proteomics and Metabolomics inAgricultural, Environmental, and Public
Health Sciences (#264)

Organized by: J. Johnston, Q. Li,
J. Emon, J. Chen, S. Lee, C. Zhang
Poster Session
19:00 – 21:00* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–209

06 – ENVR
677. Rapid biodegradation of organophosphorus pesticides by Stenotrophomonas
sp. G1. S. Deng, R. Hua, X. Tang, X. Wu,
H. Cao, X. Li, J. Tang
Hawaii Convention CenterHalls I, II, III
Analytical Development Relevant toEnvironmental Exposure and Effects (#288)

Organized by: C. Le, X. Li, G. Jiang,
S. Richardson
Presiding: X. Li, S. Richardson
Poster Session
19:00 – 21:00
678. Role of EPS from Chlorella vulgaris in
the removal of ammonium and orthophosphate under the stress of cadmium. B. Chen*, F. Li*, N. Liu, F. Ge,
H. Xiao, Y. Yang
679. Estimation of heavy metals captured by
Konara (Quercus serata Murray) canopy
in a small forest ecosystem in the Greater
Tokyo area using a leaf washing method.
M. Yoshida, H. Okochi, A. Miyazaki*
680. Capillary electrophoresis-mass spectrometry/characterization of water samples derived from Athabasca lean oilsands and mixed surficial materials.
M.S. MacLennan, J.V. Headley, K. Peru,
C. Swyngedouw, I. Fleming, D.D. Chen*
681. Evaluation of RAR binding activity materials in Azolla to inhabit the reservoir
with yeast two hybrid assay. A. Sawabe*,
S. Mukai, R. Takeda, A. Iida, D. Nakajima,
F. Shiraishi
682. Atmospheric behavior and health risk
assessment of polycyclic aromatic hydrocarbons in urban, forest, and mountainous site in Japan. K. ONO*, H. Okochi,
H. Ogata, Y. Minami, H. Kobayashi,
K. Miura, S. Kato, K. Matsuda
683. Pyrethroid pesticide pollution of hardclams in an estuary adjacent to industrial
areas. M. Goto*, T. KANEKO,
R. TAKANASHI, Y. MANAKA,
T. FURUHATA
684. Composition and particle size distribution of particulate fatty acids derived fromthermal cooking. N. Shinomiya*,
A. Miyazaki, N. Tanaka
685. Composition and particle size distribution of PAHs generated by thermal cooking: Effect of cooking equipment and heatsources. N. Tanaka*, E. Saito,
M. Tsuzaki, A. Miyazaki
686. Occurrence, estrogenic activity, andtoxicity of emerging bisphenol analogs.
M. Song*, T. Ruan, G. Jiang
687. Age, smoking, and radiation effects on
the production of reactive oxygen species in blood cells of atomic-bomb survivors and their association with immunerelated biomarkers. T. Hayashi*,
K. Furukawa, W. Ohishi, I. Hayashi,
K. Yoshida, S. Kyoizumi, Y. Kusunoki,
K. Nakachi
688. Development and application of a simultaneous measurement method forgaseous ammonia and particulate ammonium in ambient air. H.H. Duong*,
N. Takenaka*
689. Production control of edible mushrooms by the specific irradiation of blue
light LED. Y. Miyazaki*, S. Kaneko,
Y. Sakamoto, M. Nakamura
690. Role of urban small forest on air pollution reduction and BVOCs emission in the
Greater Tokyo, Japan. C. Aso*,
H. Okochi, H. Ogata, A. Miyazaki
691. Observation of dry deposition of acidic
substances onto the forest canopy in asmall conifer/deciduous mixed forest in
greater Tokyo using foliar rinsing and surrogate surface method. Y. Sugiura*,
H. Okochi, A. Miyazaki, H. Ogata
692. Fractionation and determination of glycidol, 3-MCPD, glycidyl fatty acid esters
and 3-MCPD fatty acid esters in infant
formula. T. Fukazawa*, H. Kido,
S. Wada, T. Maruyama
693. Interannual change, seasonal variations, and the size distribution of anionicsurfactants in particulate phase in downtown Tokyo, Japan. R. Hirokawa*,
H. Okochi, H. Ogata, M. Soda

210 –TECHTECHNICAL PROGRAM
694. New sensitive method for the determination of trace hydroxylamine in environmental water using hypochlorite, followed
by gas chromatography. Y. SEIKE*,
S. SUGAHARA, Y. SENGA, M. Egawa,H. KAMIYA, M. OKUMURA
695. Geographic distribution and interannualchange of trace metals in stream water inthe east Tanzawa mountains and the effect of atmospheric deposition.
K. Shinmen, H. Okochi, R. Aoki,
H. Ogata
696. Simultaneous determination of urinary
cotinine and an oxidative stress marker(8-OHdG) by on-line column switchingliquid chromatography tandem mass
spectrometry. Y. Onoda, M. Yoshikane,
F. Mizutani, N. Sato697. Study on determination of inorganic nitrogen in the presence of residual chlorine. M. Egawa, S. SUGAHARA,
Y. SEIKE*
698. In-cloud and below-cloud scavenging
of polycyclic aromatic hydrocarbons andtheir dry deposition onto forest canopy.
H. Okochi, H. Ogata, M. Fujita,
G. Rossini, Y. Minami
Hawaii Convention CenterHalls I, II, III
Advances in Functional Foods and Flavor
Chemistry Research (#329)

Organized by: M. Qian, Z. Chen,
M. Herderich, C. Wang, H. Tamura,
K. Wilkinson, A. Mitchell, Q. Li
Presiding: Z. Chen, A.E. Mitchell
Poster Session
19:00 – 21:00
Opening remark
699. Pyrolysis GC-MS of fractionated tobacco extracts for the in-depth study ofaroma compounds. K. Mitsui*, F. David,
P. Sandra, H. Tamura
700. Metabolomics approach to thermalchanges in the flavor profile of tomato
juice as a cooking model. Y. Iwasaki*,Y. Otagiri, T. Sato, H. Otomo, A. Obata,Y. Iijima
701. Scale down quick, easy, cheap, effective, rugged and safe method for the determination of 3-alkyl-2-methoxypyrazines in wines by gas chromatographymass spectrometry. A.R. Fontana*,
R. Bottini702. Screening discrimination of snack confectionery with fragmentless ionization
mass spectrometry. T. TSUGOSHI*,
Y. Kato, Y. Mishima
703. Development of a high-performance liquid chromatography method based on acore-shell column approach for the rapid
quantification of polyphenols in grape
pomaces. A.R. Fontana*, A. Antoniolli,
R. Bottini
704. Strategy for evaluating food functionality: Application of MALDI-MS to highthroughput metabolic profiling of green
tea extracts with antioxidant activity.
Y. Fujimura*, E. Hayakawa, D. Miura,
H. Wariishi, H. Tachibana
705. Applying laser Doppler vibrometer todetection of watermelon texture. Z. Gao,
D. Cui706. Analysis of organic acids in sake using
gas chromatography. C. Kohsaka*,
K. Hirooka, Y. Yamamoto, K. Ichihara
707. Isotope dilution LC-MS method for thequantification of curcumin and its metabolites in human plasma. C. Schneider*,P. Luis708. 3-Methylbutanoyl glycosides in raw
Coffea arabica beans are potent determinants of coffee beverage quality.
K. Iwasa*, D. Setoyama, H. Shimidzu,
H. Seta, Y. Fujimura, D. Miura,
H. Wariishi, C. Nagai, K. Nakahara709. Selective reduction of aged odor in Japanese sake by supported noble metal
nanoparticles. Y. YAMAMOTO,
T. HASEGAWA, H. Murayama, T. ISHIDA,
A. ISOGAI, T. FUJII, M. Tokunaga

710. Flavor, taste, and functional components of sweet peppers and theirchanges during cultivation and cooking.
N. Otsuka, T. Esumi, T. Nishimoto,H. Takamura*
711. Taste properties of theanine.
M. Narukawa*, Y. Toda, T. Nakagita,
K. Morita, Y. Hayashi, T. Misaka
712. Comparison of tea catechin polymers
generated by enzymatic and chemical
oxidation, microbial fermentation, roasting, and treatment with herbal essential
oils. Q. Hao, T. Shii, S. Teramoto,
A. Inada, Y. Matsuo, T. Tanaka*
713. Neuroprotective compounds from cornsilks alleviate amyloid cytotoxicity in SHSY5Y cells. Z. Liang, Q.X. Li*
714. Antioxidant activity and cytotoxicity of
black rice extract. K. Seo*, J. Lee, y. Lee,
T.K. Park, B. Lim
715. Searching for functional foods for prevention of Alzheimer’s disease.
S. Matsumura, Y. Yoshioka, Y. Ueno,
T. Furuta, K. Murata, H. Matsuda*
716. Effects of a newly found active ingredient, Fraglide1, in Zhenjiang vinegar, on amodel mouse of dietary obesity.
Y. TSUJINO*, M. TAKAGI, Y. YOSHIDA,
N. Gotoh, A. Satoh717. Protective effects of dietary 1,5-Anhydro-D-glucitol in diabetes and metabolic syndrome. A. Kato*, K. Tomohara,
I. Adachi, F. Ishikawa, K. Takeshita,
J. Hollinshead, R. Nash, Z. Liu,
S. Jenkinson, G.W. Fleet
718. Prevention of the photobleaching ofchlorophyll using antioxidants and surfactant Triton X-100. M. Yasuda*,
M. Tabata719. Potential use of Katsuobushi processing residues as nutritional supplements orantioxidant sources. D. MENG*,
G. Kasane, H. Endo, H. Ren*
Closing remark
Hawaii Convention CenterHalls I, II, III
Fukushima and Radiological ContaminatedEnvironments World-wide: The ImportantRole of Environmental Chemistry andRadiochemistry in Remediation and
Restoration (#374)

Organized by: T. Sasaki, H. Nitsche,
C. Liu, Z. Yoshida, S. Kalmykov, L. Rao
Poster Session
19:00 – 21:00
720. Activity concentrations of radiocesiumin Tamagawa River Watershed, western
district of Tokyo after the Fukushima Daiichi Nuclear Power Plant accident.
K. Ochi, Y. Kurihara, R. Aobayashi,
K. Hagiwara, N. Nogawa, T. Nakamura,
Y. Koike*
721. Seasonal change of radiocesium andpotassium concentrations in Someiyoshino cherry and Japanese chestnut trees
observed after Fukushima nuclear accident. K. Tagami*, S. Uchida722. Radioactive contamination of the Tokyo
metropolitan area by the Fukushima Daiichi Nuclear Power Station accident.
H. Yamazaki, M. Ishida, W. Ishii,
K. Takashimizu, K. Honda
723. Ab initio description of the changes induced by radioisotopic transmutations inFukushima soil minerals. M. Sassi,
K. Rosso, M. Okumura, S. Kerisit,
M. Machida724. Basic study on contaminated coolingseawater in Fukushima NPP: Behavior offission products leached from neutron-irradiated uranium oxide solid solutions.
T. Sasaki*, Y. Takeno, T. Kobayashi,
A. Kirishima, N. Sato725. Dynamics of radioactive cesium in fishby the Fukushima Daiichi Nuclear Power
Station accident and their environmental
consequence in aquatic ecosystem.
M. Ishida*, T. Ikeuchi, K. Takashimizu,
H. Yamazaki
726. Thermodynamic study of the complexation of humic acid by calorimetric titration. S. Kimuro, A. Kirishima*,
D. Akiyama, N. Sato727. Electro-occlusion of cesium into a porous aluminum plate. T. Ihara*,
H. Yamanishi, N. Tanaka, H. Noma, T. Ito
728. Pu contamination in surface soils after
the Fukushima Dai-ichi Nuclear Power
Plant accident. M. Yamada*,
T. Yamaguchi, H. Tazoe, Y. Hosokawa
729. Decontamination system for radionuclear contaminated water caused by Fukushima Daiichi nuclear disaster.
K. Yokota, H. Ogawa, M. Iwasa,
K. Fukunishi, M. Ito, T. Otsu, H. Yoshida,
R. Nakamura
730. Relation between adsorption/desorption characteristics of cesium ions onto
the rocks and components. T. Miura,
N. Takizawa, A. Sasaki, M. Endo731. Study on Cs(I) adsorption and desorption on suspended matters in Fukushima
river water. M. Onodera, A. Kirishima,
D. Akiyama, N. Sato, S. Nagao
732. Development of radioactive cesium absorbent using chitosan-modified rayon fiber. S. Omote, T. Furuike, H. Tamura*
733. Effect of contact time, pH, ionicstrength, coexisting ions and humic substances on the sorption of uranium(VI) on
kaolinite. X. Wang*, S. Li*, L. Du, Z. Tan,
X. WANG734. Dry, non-heated decontamination of radioactive cesium polluted soils usingparamagnetic Fe3O4. Y. Mitoma*,
C. Simion, S.R. Mallanpati, T. Okuda,
K. Nakata735. Sorption of uranium(VI) on GMZ bentonite: Effect of pH, ionic strength, foreignions, and humic substances. S. Li*,X. Wang*, Z. Huang*, L. Du, Z. Tan
736. Sorption behaviors of 125I- on Beishangranite and Gaomiaozi bentonite. C. LIU,
X. Yang*, J. He, W. Tian, B. Ma
737. Leaching of actinide elements fromsimulated fuel debris to seawater andpure water. M. Hirano*, A. Kirishima,
N. Sato, T. Sasaki
738. Adsorption properties of cesium to micaceous clay minerals: Molecular modeling using density functional theory calculations. M. Okumura*, H. Nakamua,
M. Machida, M. Sassi, K. Rosso739. Environmental dynamics of dissolved
radionuclides and ions in riverine water
after the FDNPP accident. R. Tomita,
T. Matsunaka, M. Honda, Y. Satou,
M. Matsumura, T. Takahashi,
A. Sakaguchi, H. Matsuzaki, K. Sasa,
K. Sueki740. Concentrate of radiactive iodine in inland water to water plant. T. Masaomi,
H. Yamamoto, H. Momose
741. Time variation of iodine-129 and radioactive cesium in river water at Ohori
River. K. Sueki, N. Shibayama,
R. Tomita, Y. Satou, K. Sasa,
T. Takahashi, T. Matsunaka,
M. Matsumura, H. Matsuzaki,
M. Murakami, R. Yamashita, H. Takada,
Y. Koibuchi, H. O, G. Mouri, T. Oki
742. Distribution of the atmospherically deposited radioactive cesium in small forest
in Fukushima prefecture and development of ecofriendly technology for its decontamination. S. Kinno, H. Okochi,
H. Kuroshima, H. Ogata, M. Hosoda,
S. Tokonami, A. Sorimachi, J. Kataoka,
A. Kishimoto
743. Inhibitory effects for the desorption ofabsorbed Cs⫹ from the natural zeolite.
K. Togashi, N. Takizawa, A. Sasaki,
M. Endo* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

06 – ENVR
744. Simulating the interaction between humic acid and uranyl. D. Wang*, Z. Chai,
H. Wang, T. Lan
Hawaii Convention CenterHalls I, II, III
Radioactive Contaminants and Waste
Management in the Environment (#390)

Organized by: W. Um, M. Baik,
O. Toshihiko, A. Francis, D. Kaplan
Presiding: W. Um
Poster Session
19:00 – 21:00
745. Detection efficiency curve using threecommercially available chemical reagentsfor gamma-ray spectrometry. R. Suzuki,
Y. Kurihara, Y. Iwahana, T. Nakamura,
Y. Koike*
746. Uranyl peroxide cage cluster interactions at mineral interfaces. C. Dorais*,
A.E. Hixon
747. Immobilization of volatile 129I by vitrification. C. Lee*, J. Heo
748. Thermodynamic properties of Tc retention in magnetite. M. Lee, W. Um,
V. Glezakou*
749. Study of colloid facilitated transport ofcontaminates in a microscale saturated
porous media analog. Y. Guo*, J. Huang,
X. Yin, K. Neeves, N. Wu
750. Impacts of physical and chemical heterogeneities on radionuclide-carrying colloids transport in saturated porous media. G. Wang, W. Um, J. Chun751. Fracture flow of radionuclides in unsaturated conditions at Wolsong LILW Disposal Facility, South Korea. W. Kim*,
J. Kang, J. Kim, S. Nam, H. Jung, W. Um
752. Recovery of cesium using a thixotropic
gel. T. Watanabe*, T. Saito
753. Consideration of water radiolysis in void
volumes of porus zeolite bed loaded inadsorption vessels for decontaminationof radioactive water. R. Nagaishi*,
M. Inoue, T. Matsumura, I. Yamagishi,
R. Hino, T. Ogawa
754. Transport behavior of 137Cs, 90Sr and99Tc in the proposed near surface repository in Wolsong Site, South Korea.
J. Kim*, W. Kim, S. Choi, M. Kwon,
W. Um
755. Functional engineered barriers: A mineralogical approach to improved radionuclide sorption. C.L. Corkhill*,
J.W. Bridge, D.E. Crean, J.E. Vigor,
R. Tappero, C.A. Murray, C. Tang,
N. Hyatt
756. New Techneitum-99 LSC counting
methodology for environmental and radiopharmaceutical analysis. M. Khan*,W. Um*
757. Thorium waste immobilization in hierarchical zeolite prepared from natural resources through tandem acid-base treatment. G. Nurliati, Y.K. Krisnandi*,
R. Sihombing, Z. Salimin
758. Adsorption of Th4⫹ on temperaturesensitive urea-formaldehyde resin and its
regeneration by extraction separation.
S. Tang*759. Adsorption properties of Ag⫹ and Ce4⫹
in nuclear power plant wastewater by
urea-formaldehyde chelating resin.
S. Tang
760. Uranium immobilization by plant rootsin acidic wetlands. D. Li*, D.I. Kaplan,
J. seaman, H. Chang, P. Jaffé,K. Scheckel, C. Segre
761. Mercury speciation in Savannah River
Site high-level waste: Determination andimplications for waste handling and disposal. C.J. Bannochie*, C.L. Crawford,
M.M. Reigel, P. Garcia-Strickland
762. Low temperature hydrothermal synthesis of soil into pollucite to immobilize radioactive Cs. J. Fan, Z. Jing, F. Jin
763. Synthesis of phosphate functionalized
magnetic mesoporous carbon for sequestering of uranium. S. Husnain,
W. Um*, Y. Chang*
764. Synthesis of amine impregnated mesoporous silica for radioactive iodine gas removal. S. Han*, J. Kang, W. Um

765. Immobilization of strontium via strontianite (SrCO3) precipitation by aerobic microorganism enriched from rhodoliths.
S. Kang, Y. Roh766. Removal of strontium ions from anaqueous solution by the adsorption onto
Okara. R. Ikeda, H. Sakano, K. Omata,H. Shimofuruya*
767. Temporal variation of microbial community in low- and intermediate-level radioactive waste(LILW) disposal facility in Republic of Korea. J. Ahn*, W. Kim, J. Park,
W. Um
768. Leaching characterization methods applied to core samples from an engineered
scale demonstration of a prospective
cast stone process. C.L. Crawford*,
A.D. Cozzi, D.J. Swanberg
769. Removal of refractory compounds fromstabilized leachate using low-cost coconut shell waste-based activated carbon
modified with ozone. T.A. Kurniawan*
770. Organic apatite synthesis and application for uranium removal. H. Kim*, W. Um
771. Soil-soil solution partitioning coefficientof Mn-54 in Japanese agricultural fields.
S. Uchida*, K. Tagami
772. Chemical decontamination process for
Chalk River unidentified deposit (CRUD)
removal. S. Nam*, W. Kim, W. Um
773. Solubility of Niobium in aqueous solution under high pH conditions. H. Iwata*,
A. Kitamura
774. Role of iron oxides on the rheology ofcementitious paste. C. Chung, J. Chun,
G. Wang, W. Um
775. Effect of curing condition on immobilization of cesium in waste Incineration fly
ash by geopolymerization. M. Takaoka*,
T. Nakamura, K. Shiota, T. Fujimori,K. Oshita

Saturday Morning
Hilton Waikiki Beach
Territorial III

8:40 – 784. Assessing exposure to persistentand emerging environmental contaminants in the Australian population with anemphasis on early life exposures.
J. Mueller*, A. Heffernan, Y. Chen,
C. Baduel, M. Gomez Ramos, P. Thai,
P. Hobson, S. Broomhall, L.L. Toms
9:00 – 785. Meconium and placenta as a
non-invasive human tissue for prenatal
exposure to persistent organic pollutants(POPs). Y. Jeong, S. Lee, s. kim, j. park,
K. Choi, s. kim, H. Moon*
9:20 – 786. Maternal urinary concentrationsof free and total bisphenol A (BPA) andBPA-alternatives in the APrON birth cohort. J. Liu, C. Field, I. Dinu, D. Dewey,
J. Martin*
9:40 – 787. Occurrence of phthalate diesters(phthalates), p-hydroxybenzoic acid esters (parabens), bisphenol A diglycidyl
ether (BADGE), and their derivatives in indoor dust from Vietnam: Implications for
exposure. T.M. Tran*, T.B. Minh,
T.A. Kumosani, K. Kannan
10:00 – 788. Biomonitoring of human exposure to endocrine disrupting chemicals in
the United States. K. Kannan
10:20 – 789. Application of thermodynamic
activity to assess human exposure andhealth risks of phthalate esters in consumer products. F.A. Gobas*,
L. Tupper-Ring, V. Susan
10:40 – 790. Role of biofilm roughness andhydrodynamic conditions in Legionella
pneumophila adhesion to and detachment from simulated drinking water biofilms. Y. Shen, H. Nguyen*
11:00 – 791. Arsenic in wine and other alimentary items. I. Koch*, M. Mills,
K. House, J. Sui, J. Zhang, M. Nearing,
K. Reimer, D. Loock, K.P. Weber
11:20 – 792. Estrogenic exposure in humanfrom the photochemical transformation of
typical emerging organic contaminations
in water. Y. Gao*, G. Li*, Y. Ji*, T. An*

Pectin Chemistry and Technology (#20)

Hilton Waikiki Beach
Territorial I & II

Organized by: B. Savary, M. Williams,
S. Lu, S. Yoo, R. Cameron

Recycling of Polymeric Materials:
Challenges and Perspectives (#36)

8:00 Opening
8:05 – 776. Presence of proteoglycans containing apiose-rich pectin, xylan, and arabinogalactan in Spirodela polyrhiza.
L. Tan*, E. Hunt, J. Qian, G. Huang
8:35 – 777. Epitope detection chromatography: A new method to study pectin heterogeneity. V. Cornuault, P. Knox
9:05 – 778. Technological application for
pectin methylesterase activity inhibition intropical fruits. P. Vasu*
9:35 – 779. Structure-function analyses oftomato and strawberry pectic polysaccharides in relation to fruit textural properties during ripening. S. Pose*, P. Knox
10:05 Break
10:15 – 780. Composition and structure ofpectic material from frozen concentrated
orange juice and characterization of its
molecular structural changes during juice
cloud destabilization. A. Galant*, Y. Kim,
G.a. Luzio, W. Widmer, R. Cameron
10:45 – 781. Fibergel lc® - novel gelifying fiber for texture development in foods.
E.P. Anders*
11:15 – 782. Composition and rheologicalproperties of processed citrus fiber.
B. Lundberg*, x. pan, A. Hotchkiss
11:45 Close

Organized by: T. Yoshioka, K. Joo-Sik,
V. Sahajwalla, B. Thallada

Hilton Waikiki Beach
Hawaii
Human Exposure to Environmental
Contaminants (#26)

Organized by: J. Martin, K. Kannan,
L. Zhu, H. Moon
Presiding: K. Kannan, J. Martin
8:00 – 783. Chemical-specific exposure assessment at EPA: Case studies on dioxin,
PBDEs, and DEHP. M. Lorber*

8:00 Opening
9:00 – 793. Production of a hydrogen-richsyngas with low tar and ammonia fromsteam/oxygen gasification of dried sewage sludge in a two-stage gasifier.
Y. Choi*, J. KIM
9:20 – 794. Recycling waste polymers inironmaking: Fundamental investigations
on thermal degradation, structure evolution, and carbon dissolution. R. Khanna*,
V. Sahajwalla
10:00 – 795. Recycling technology of fiber
reinforced plastics using subcritical fluids. M. Goto*, T. Nakagawa
10:40 – 796. Decrosslinking of crosslinked
polyethylenes via ultrasonically aided extrusion technologies. A.I. Isayev*
11:00 – 797. Transforming electronic waste
into value-added materials.
R. Rajagopal*
11:20 – 798. Efficient conversions of plastics
into economically valuable products.
A. Kamimura*, H. Matsumoto, K. Ikeda,
K. Kaiso800. Synthesis and thermal properties ofcross-linked epoxy resins with ester
chains derived from glycidylated lignin.
M. Masuda*, S. Hirose
801. Novel epoxy resins with ester chainsderived from lignin and alicyclic compound. M. Shimizu*, K. Zaito,
D. Yamane, S. Inada, S. Hirose
802. Synthesis of lignoalkanes from lignocresols with a Ca-Rh/C-EtOH system andtheir application as polymer compatibilizer. Y. Mitoma*, M. Aoyagi, N. Egashira,C. Simion, D. Yokoyama
803. Thermal conductive properties of nanocellulose materials. T. Okada*, K. Uetani,
H.T. Oyama
804. Fluorescent property of CMC/Tb nanocomposites in different pHs. J. Ye, Q. Li,
J. Xiong
805. Use of ultrasonic technology in the catalysis of the TEMPO oxidation for the
nanofibrillation of Kraft pulp: Reinforcement of nanocomposites materials.
C. Daneault*
806. Characterization of lignin-carbohydratecomplex linkages using nuclear magnetic
resonance spectroscopy. H. Nishimura*,
A. Kamiya, M. Katahira, T. Watanabe
807. Composition of cellulosic fibers andlignin based on acidification of black liquor. H. Nonaka*, T. Kato
808. Horseradish peroxidase modification of
sulfomethylated alkali lignin to improve
enzymatic saccharification of lignocelluloses. D. Yang, Y. Chang, H. Lou, X. Qiu*,
Y. Qian*
809. Cellulose nanofibres-polyvinyl alcohol
nanocomposite films with improved mechanical strength. C. Yadav, P. Mohanty*
810. Pickering emulsion stabilized using amphiphilic cellulose nanofibers prepared by
the aqueous counter collision method.
K. Kamada, S. Yokota, T. Kondo*
811. Cellulose/chitin nanowhiskers stabilizedsterically by grafted polymer brushes.
J. Araki*812. Preparation of lignin microsphere andits adsorption performance towards leadions from aqueous solution. Z. Li*, Y. Ge*
813. Characterization of biocompatible materials produced by nanofibrillation andsurface modification of cellulose.
F. Tani*, K. Abe, T. Masuda,
K. Matsumiya, Y. Nanbu, Y. Kase,
D. Kamitaka, K. Fujiwara, S. Kikkawa,N. Ishii, M. Ryu, Y. Suzuki, Y. Matsumiya,
H. Watanabe, Y. Matsumura, H. YANO
814. High-resolution solution-state NMR
analysis of wood, cellulose, and surfacemodified nanocelluloses in ionic liquid
electrolytes. A. Holding, J. Helminen,
V. Mäkelä, E.I. Filpponen, I. Kilpeläinen,
A.W. King
Hilton Waikiki Beach
AltitudeChemical Ecology Applied to Sustainable
Agriculture (#105)

Organized by: C. Osorio, J. Bento,
T. Ando, X. Chen
Presiding: T. Ando, J. Simões-Bento
8:00 Introductory Remarks
8:05 – 815. Design, synthesis, and insecticidal activity of novel oxadiazine derivatives. D. XU*

Hawaii Convention CenterHalls I, II, III
Advanced Products from Lignin and Microor Nano-fibrillated Cellulose (#70)

Organized by: T. Hu, A. Ragauskas,
H. Hatakeyama
Presiding: T. Hu
Poster Session
10:00 – 12:00
799. Thermal properties of kappa-carrageenan hydrogels filled with micro fibrillated cellulose. M. Iijima*,
T. Hatakeyama, H. Hatakeyama* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–21106 – ENVR
8:35 – 816. Autoxidation of longifolene andantitermite activity of its products.
A. Mukai*, T. Ashitani, K. Takahashi
9:05 – 817. Manipulation of (2E)-hexenal
production in plants to elucidate its roles
under biotic and abiotic stress conditions. M. Kunishima, Y. Yamauchi,
M. Mizutani, Y. SUGIMOTO
Hawaii Convention CenterHalls I, II, III
Enzymes Essential to Biosphere Health:
Bioremediation and Biogeochemical
Cycling (#219)

Organized by: L. Eltis, M. Fukuda,
L. Wackett
Poster Session
10:00 – 12:00
818. Expression of the bacterial heavy metaltransporter MerC fused with a plant
SNARE in Arabidopsis thaliana increases
mercury accumulation. M. Kiyono*,
Y. Sone, R. Nakamura, Y. Takanezawa,
S. Uraguchi
819. Role of Mer in the transport of mercurials in Escherichia coli. Y. Sone,
R. Nakamura, Y. Takanezawa,
S. Uraguchi, M. Kiyono*
820. Aerobic reduction of selenite by a filamentous fungus, Aspergillus oryzae forselenium recovery and recycling.
T. Sakaguchi*, H. Kimura, M. Nagaoka,
T. Arima, Y. Okamura, M. Maeda
821. Identification and characterization of anovel N-acylhomoserine lactonase fromcoagulase-negative staphylococci.
R. Sato*, T. Yamaguchi, N. Someya,
T. Ikeda, T. Morohoshi
822. Identification and characterization of anovel N-acylhomoserine lactonase fromplant-associated bacteria.
T. Yamaguchi, S. Kikuchi, N. Someya,
T. Ikeda, T. Morohoshi
823. Identification and characterization of anovel N-acylhomoserine lactone acylasefrom activated-sludge bacteria.
S. Yasumoto*, S. Ochiai, T. Morohoshi,
T. Ikeda
824. Biological hydrolysis and acidificationof iron-enhanced primary wastewatersludge under an anaerobic condition: Effects of pH, temperature, and the substrate concentration. X. Li*, R. Li, H. Li,
Y. LI, J. Xu
825. Transformation and products of thiol
drugs with the presence of humic substance in water during enzymatic catalysis. P. Du, H. Zhao, H. Cao826. Enzymatic activity of cell-free extractfrom Geobacillus sp. UZO 3 catalyzes reductive cleavage of diaryl ether bonds of
2,3,7,8-TCDD. M. Nakamura*,
Y. Otsuka, Y. Miyazaki, Y. Suzuki,
Y. Katayama, T. Kameyama
Hilton Waikiki Beach
Kauai
Fate and Risks of Nanoparticles in Aquaticand Terrestrial Environments (#220)

Organized by: J. Kirby, J. Ranville, Y. Ma,
B. Lee8:00 – 827. Dose and duration of manufactured nanoparticle exposure in ecosystems influences nanoparticle fate and impacts. B.P. Colman*, L. Baker,
C. Matson, R. King, C. Richardson,
E. Bernhardt
8:40 – 828. Screening method for the ecotoxicological effects of engineered nanomaterials on microbial communities interrestrial and aquatic environments.
K.P. Weber*
9:00 – 829. Effects of nanomaterials on soil
microbial communities, plant-rhizobia
symbiosis, and mycorrhizal colonizationof plant roots in biosolid-amended soil.
J. Judy*, J. Kirby, M. McLaughlin,
P. Bertsch

212–TECHTECHNICAL PROGRAM
9:20 – 830. Determination of uptake and bioaccumulation of multi-walled carbon
nanotubes in Daphnia magna andPimephales promelas using microwave
induced heating. A.M. Cano*, M. Saed,
M. Green, J.D. Maul, J.E. Canas-Carrell
9:40 – 831. Trans-generational impact of silver sulfide nanoparticles on the earthworm Eisenia fetida. J. Kirby, J. Judy,
D. Navaroo
10:00 Break
10:15 – 832. Long-term effects of silver
nanoparticles on activated sludge.
Z. Sheng, J. Zhou, Y. Liu*
10:35 – 833. Carbon nanotube uptake,translocation, and stress effects in corn
(Zea mays L) grown in soil.
J.E. Canas-Carrell, A.M. Cano,
M.M. McManus, S. Deleon, F. Irin,
P. Payton, M. Green
10:55 – 834. Exposure of Arabidopsis thaliana to iron nanoparticles induces the enhancement of photosynthesis as a resultof promoted stomatal opening. H. Yoon,
J. Kim, Y. Kang, Y. Chang*
11:15 Final remarks
Hilton Waikiki Beach
Molokai
Chemistry of Integrated Water Treatment
Systems for Halogenated Organics andLong-lived Radionuclides (#454)

Organized by: W. Lee, H. Kim,
H. Anderson, M. Diallo, D. Waite
Presiding: W. Lee
8:00 Opening Remark
8:05 – 835. Polymer stabilized nanogold astracer to use in co-injection with nZVI
during in-situ DNAPL remediation.
B. Uthuppu*, A.S. Fjordbøge,
M. . Broholm, M.H. Jakobsen
8:35 – 836. Reductive removal of Cr(VI) using
zero-valent magnesium under oxygenated circum-neutral pH conditions.
J. Park, J. Ahn, J. Kim, G. Lee*
9:05 – 837. Microtiter plate based colorimetric assay for characterization of dehalogenation activity of GAC/Fe0 composite.
Y. Hwang*, A. Salatas, P.D. Mines,
M.H. Jakobsen, H.R. Andersen
9:35 – 838. Uranium Immobilization in a contaminated soil column by iron phosphatemineral. W. Lee*, Y. Sihn
10:05 Break
10:15 – 839. Mechanistic understanding ofcontaminant degradation on the catalyst
surface. H. Kim*, K. Jeon, H. Shin
10:45 – 840. Nanoporous disulfide networks
for selective uptake for halogenated organics and ethers. H. Patel, J. Byun,
M.S. Yavuz, C.T. Yavuz
11:15 – 841. Covalent organic polymer functionalized activated carbon: A novel material for water contaminant removal andCO2 capture. P.D. Mines*, D. Thirion,
B. Uthuppu, Y. Hwang, M.H. Jakobsen,
H.R. Andersen, C.T. Yavuz
11:35 – 842. Simultaneous determination ofheavy metal ions in contaminatedgroundwater by absorption spectrophotometry with Br-PADAP (2-(5-bromo-2pyridylazo)-5-diethylaminophenol).
T. Kim*, J. Yun
11:55 Closing Remark

Saturday Afternoon
Hilton Waikiki Beach
Territorial III
Pectin Chemistry and Technology (#20)

Organized by: B. Savary, M. Williams,
S. Lu, S. Yoo, R. Cameron
13:00 (delay session start)
13:15 Opening
13:20 – 843. Thermostable pectinases forprocessing pectin-rich food and agricultural biomass – evaluation for in planta
expression. B. Savary*, J.C. Tovar, J. Xu,
N. Zhang

Hilton Waikiki Beach
Hawaii

14:00 – 858. Rapid and highly effective conversion of biomass into chemicals and fuels under hydrothermal conditions.
F. Jin*, G. Yao, Z. Huo
14:40 – 859. Biosynthesis of polyhydroxyalkanoates (PHAs) using volatile fatty acids(VFAs) generated from the wastewatersludge of Fe-enhanced primary treatment. J. Xu*, X. Li, Y. Li, R. Li, L. LIN
15:00 – 860. Production of volatile fatty acids (VFAs) from the wastewater sludge of
the Al-enhanced primary treatment.
L. LIN*, X. Li, H. Li, J. Xu, R. Li, Y. LI
15:20 – 861. Status and strategies for effective utilization of lignocellulosic biomass
in India: Case study. B. Thallada*
16:00 – 862. Pyrolysis: a promising process
for the utilisation of lignocellulosic biomass in decentralised units.
B.B. Krishna, B. Biswas , J. Kumar,
R. Singh, B. Thallada*
16:20 – 863. Energy recovery from municipal
solid waste incineration in Japan.
M. Takaoka*, T. Yokoyama

Human Exposure to Environmental
Contaminants (#26)

Hilton Waikiki Beach
Altitude

Organized by: J. Martin, K. Kannan,
L. Zhu, H. Moon
Presiding: J. Martin, H. Moon

Chemical Ecology Applied to Sustainable
Agriculture (#105)

13:50 – 844. Directed expression of anendo-arabinanase in plants with a designer molecular carrier and colon-endothelium functioning by arabino-oligosaccharide products. J. Xu, N. Zhang,
B.J. Savary
14:20 – 845. Colon-specific delivery of Lactobacillus rhamnosus GG using pectin hydrogel beads. L. Liu
14:50 Break
15:00 – 846. Encapsulation of a model compound in pectin delays its release from abiobased polymeric material.
V.L. Finkenstadt*
15:30 – 847. Role of bioactive pectic polysaccharides on intestinal immune system. H. Yamada*, H. Kiyohara
16:00 – 848. Bioactive pectic oligosaccharide structure function relationships.
A. Hotchkiss*
16:30 Closing

13:00 – 849. Bisphenol A and its replacement BPS induce precocious neurogenesis and hyperactivity in zebrafish.
D. Kurrasch*, C. Kinch, K. Ibhazehiebo
13:40 – 850. Maternal co-exposure to methylmercury (MeHg) and perfluorooctane
sulfonate (PFOS) alters the neurodevelopment of Sprague-Dawley rat pups.
A. Reardon*, K. Fouad, T. Hamilton,
J.P. Benskin, B. Chandramouli,
J.R. Cosgrove, E. Khodayari, I. Dinu,
J. Martin
14:00 – 851. Polybrominated diphenyl ethersand 2,4,6-tribromophenol and their associations with thyroid hormone levels andthyroid sulfotransferase activity in humanplacental tissues. H. Stapleton,
C. Leonetti, C. Butt, K. Hoffman,
M. Miranda
14:20 – 852. Pesticide residues and dietaryrisk assessment of pesticides in fruits andvegetables in Beijing, China from 2012 to2014. n. zou*, c. yu, y. li, Y. Han, y. qin,k. gu, j. zhang, C. Pan*
14:40 – 853. Using chemical and in-vitro
cell-based methods for the presiction ofbioavailability of arsenic and cadmium inhealth risk assessment. J. Ng*,
B.N. Noller, C. Peng, V. Diacomanolis,
R. Taga, H. Harris, Q. Xia
15:00 – 854. In vitro demonstration of polycyclic aromatic hydrocarbon uptake, biotransformation and DNA-adduct formation in human liver cells. V. LAL*,
C. Peng, M. Fletcher, S. Were, J. Ng
15:20 – 855. Human and environmental risk
assessment: A chemical fugacity and activity approach. F.A. Gobas, D. Mackay,
J.A. Arnot
15:40 – 856. Biomonitoring persistent organic pollutants and emerging contaminants in breast milk from Korea. S. Lee*,s. kim, j. park, H. Kim, J. Lee, G. Choi,
S. Choi, S. Kim, S. Kim, s. kim, K. Choi,
H. Moon16:00 – 857. Several persistent environmental chemicals among susceptible humanpopulations, and endocrine disruption:
Epidemiological observations and experimental evidences. s. kim, S. Kim,
H. Kang, J. Jung, H. Moon, s. kim, j. park,
K. Choi*
Hilton Waikiki Beach
Territorial I & II
Recycling of Polymeric Materials:
Challenges and Perspectives (#36)

Organized by: T. Yoshioka, K. Joo-Sik,
V. Sahajwalla, B. Thallada
13:00 No name

Organized by: C. Osorio, J. Bento,
T. Ando, X. Chen
Presiding: T. Ando, X. Chen
13:00 Introductory Remarks
13:05 – 864. Aluminum oxalate complex as
an antimicrobial substance from the active mycorrhizal zone of Tricholoma matsutake. K. Nishino*, M. Shiro, K. Oizumi,
R. Okura, T. Fujita, A. Yamada,
C. Tanaka, T. Sasamori, N. Tokitoh,N. Hirai
13:35 – 865. Regulatory factors that control
asexual reproduction of the plant pathogen Phytophthora. M. Ojika*, R. Iwai,
C. Han
14:05 – 866. Measurements of nitrous acid
(HONO) direct emission from rice paddy
soil and its contribution to atmospheric
HONO. C. Minejima*, R. Nakane,
K. Shimada, S. Riya, K. Sato, M. Ohyama,
A. Terada, M. Hosomi
Hilton Waikiki Beach
Kauai
Enzymes Essential to Biosphere Health:
Bioremediation and Biogeochemical
Cycling (#219)

Organized by: L. Eltis, M. Fukuda,
L. Wackett
13:00 – 867. Haloalkane dehalogenases inbacteria. Y. Nagata*, R. Moriuchi,
Y. Ohtsubo, M. Tsuda
13:25 – 868. New chemistry in biodegradation of (halogenated) aromatic compounds. D. Leys*
13:50 – 869. Kinetic, mechanistic, and structural characterization of three hydratase/aldolases in polycyclic aromatic hydrocarbon degradation: Analysis and
Implications. C.P. Whitman*,
W.H. Johnson, W. Li, Y. Zhang
14:15 – 870. Bacterial phosphate uptake:
Sub-Angstrom insights into exquisite molecular discrimination. R. Qi, A. Wellner,
D.S. Tawfik, m. elias** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

06 – ENVR
14:40 – 871. Phosphotriesterases as catalysts for the hydrolysis and detoxificationof organophosphate nerve agents.
F.M. Raushel*
15:05 – 872. Formation and breakdown ofcompounds with phosphorus-carbon
bonds. W.A. van der Donk*
15:30 – 873. Evolutionary contingency in an
emergence of an organophosphate hydrolase. N. Tokuriki*
15:55 – 874. Enzyme engineering for thebioremediation of s-triazine compounds.
L.P. Wackett*
Hilton Waikiki Beach
Molokai
Chemistry of Integrated Water Treatment
Systems for Halogenated Organics andLong-lived Radionuclides (#454)

Organized by: W. Lee, H. Kim,
H. Anderson, M. Diallo, D. Waite
Presiding: J. Han
13:00 Opening Remark
13:05 – 875. Mining critical metals and uranium from seawater: Overview of recent
advances. M. Diallo*, M. Kotte, M. Cho
13:35 – 876. Innovative fuel cell-based technologies for the treatment of H2S andelectricity generation. K. Kim, J. Han*
14:05 – 877. Remediation of pharmaceuticals in DOM containing wastewaters.
T.A. Reutershan, S. Mezyk
14:35 Break
14:50 – 878. Removing antibiotics fromwastewater: Alternative radical treatments. C.A. Rice, S. Mezyk
15:20 – 879. Water purification by a novel
flow plasma. Y. Mizukoshi*, H. Horibe,
Y. Nishimura
15:50 Closing Remark

Saturday Evening
Hawaii Convention CenterHalls I, II, III
Human Exposure to Environmental
Contaminants (#26)

Organized by: J. Martin, K. Kannan,
L. Zhu, H. Moon
Presiding: K. Kannan, J. Martin, H. Moon,
L. zhuPoster Session
19:00 – 21:00
880. Survey of cyclic and linear siloxanes inindoor dust and their implications for human exposures in twelve countries.
T.M. Tran, K. Abualnaja,
A. Asimakopoulos, A. Covaci, B. Gevao,
T.A. Kumosani, K. kannan*
881. Cyclic and linear siloxanes in indoor air
from Albany, New York, USA, and its implications for inhalation exposure.
K. Kannan, T.M. Tran
882. Parabens and their derivatives in pharmaceuticals: A source of human exposure. K. Kannan*, C. Moreta, M. Tena883. Human exposure assessment by characterization of perfluoroalkyl acids andtypical isomers in foodstuff, indoor dust
and tap water in Tianjin, China. L. zhu*
884. Comparative assessment of human exposure to tetrabromobisphenol A andeight bisphenols including bisphenol A
via indoor dust ingestion in twelve countries. T.A. Kumosani, W. Wang,
K.O. Abulnaja, A. Asimakopoulos,
A. Covaci, B. Gevao,
B. Johnson-Restrepo, G. Malarvannan,
T.B. Minh, H. Moon, H. Nakata ,R.K. Sinha, K. kannan*885. Method for evaluating the exposure
concentration of phenols in water.
w. zhong, d. wang, L. zhu
886. Occurrence of phthalate diesters in particulate and vapor phases in indoor air
and implications for human exposure in
Albany, New York, USA. T.M. Tran*,
K. Kannan
887. Changes of chemical characteristics ofthe outdoor, indoor, and individual exposure of suspendeded particles in Osaka,
Japan. K. Funasaka*

888. Development of suppression method
for boron elution from coal ash with formation of insoluble inorganic salt.
N. Sugai, T. Kawashima, T. Naruse,
A. Sasaki, M. Endo889. Study on the inhibition of dissolution
fluoride from the sludge. X. Kuang,
A. Sasaki, M. Endo890. Investigating the influence of temperature and acid matrix on the determinationof arsenic in the As reference speciation
standards. S. Rabb*, M. Le, L. Yu
891. Association between arsenic concentration and satisfaction level for well water in Basailbogh village, Bangladesh.
M. Sekine*, M. RAKNUZZAMAN,
M. Tokumura, K. AHMED, S. Masunaga
892. Study on the exposure by environmental samples for arsenic species using ion
chromatography coupled with mass
spectrometry. J. Lee*
893. Physico-chemical and microbiologicalcharacteristics of the nearshore and surface sediments environment of the Hawkbill Turtles (Pawikan ) Sanctuary in Davao
City. V.C. Badong*
Hawaii Convention CenterHalls I, II, III
Recycling of Polymeric Materials:
Challenges and Perspectives (#36)

Organized by: T. Yoshioka, K. Joo-Sik,
V. Sahajwalla, B. Thallada
Poster Session
19:00 – 21:00
894. Adhesion behavior of blue mussel (Mytilus galloprovincialis) and effects of poly(llactic acid). T. Furukawa, H. Nishida895. Preparation of activated carbon fromphenol resin for adsorption of low concentration benzene from humid air.
A. Hiwada, M. Uddin, Y. Kato
896. Effect of reaction environment on hydrothermal valorization of lignin.
A. Prakash, R. Singh, B.B. Krishna,
J. Kumar, B. Thallada*
897. Scrap tire pyrolysis using a two stage
pyrolyzer and absorbents for the removalof sulfur in pyrolysis oil and char.
G. Choi*, S. Oh, J. KIM
898. Basic study of advanced material recycle of waste plastics based on the physical degradation theory. A. Tominaga,
H. Sekiguchi, R. Nakano, S. YAO*,
E. Takatori899. Fluid catalytic cracking reaction ofwaste plastic: Effect of addition of woody
biomass. K. Otani*, K. Momono,
K. Takagi, N. Okazaki
900. Fluid catalytic cracking reaction ofwaste plastic: Activities of the iron-based
catalysts. T. Hotta*, K. Otani,
K. Momono, K. Takagi, N. Okazaki
901. Geopolimerization of pulp paper industrial wastes for thermal insulating application. M.P. Seabra*, R.M. Novais,
L.H. Buruberri, J.A. Labrincha
902. Preparation of quality control plastic
disks containing flame retardants and application to the weathering tests. N. Itoh*,
T. Otake, M. Ohata, A. Wada, N. Hanari903. Surface design by photo-vapor-phaseassisted surface polymerization.
S. Gomi*, H. Nishida904. Availability of woody biomass degradedby mushrooms as ingredient of fermented
total mixed ration for feeding dairy cattle.
N. Nagatani, T. Kojima, N. Nishino,
K. Tokimoto, S. Nagao, T. Nitoda,
H. Kanzaki*
Hawaii Convention CenterHalls I, II, III
Chemistry of Integrated Water Treatment
Systems for Halogenated Organics andLong-lived Radionuclides (#454)

Organized by: W. Lee, H. Kim,
H. Anderson, M. Diallo, D. Waite
Presiding: H. Kim

Poster Session
19:00 – 21:00
905. Theoretical studies on catalytic properties of Au nanoparticles. T. Eom*, H. Kim
906. Reduction mechanism of nitrophenol toaminophenol on magnetie (111) surface.
S. Gim, H. Kim
907. Study on regeneration method of spentactivated carbon which adsorbs halogenated organics by using liquefied dimethyl ether gas. T. Sano*,
M. Matsuzawa

Sunday Morning
Hilton Waikiki Beach
Territorial III
Pectin Chemistry and Technology (#20)

Organized by: B. Savary, M. Williams,
S. Lu, S. Yoo, R. Cameron
8:00 Opening
8:10 – 908. Pectin homogalacturonans:
Nanostructural characterization of methylesterified domains. R. Cameron*,
Y. Kim, A. Galant, G.a. Luzio, J.T. Tzen
8:40 – 909. Characterization of nanostructure introduced into a model pectic homogalacturonan by pectin methyl esterases and relationship between its
structure and functionality of calciummediated gel. Y. Kim*, R. Cameron*,G.a. Luzio, B.J. Savary, M.A. Williams,
S. Yoo9:10 – 910. Processive PME as a fine-structure amplifier for high DM substrates: A
tale of two pectins. B. Williams*,
R. Cameron, m. ralet, J. Owen
9:40 – 911. Effect of fine-structure on thelong timescale dynamics of pectin gels.
J. Owen*, B. Mansel, B. Williams
10:10 Break
10:20 – 912. Role of pectin on the mechanical properties of hydrated cellulose networks as plant cell wall analogs.
P. Lopez-Sanchez, D. wang,
M. Rincon-Bonilla, J. Stokes, M. Gidley
10:50 – 913. Stability of modified low methoxyl pectin under simulated gastricconditions is greater than commercial low
methoxyl pectin. J. Koh, L. Wicker,
Y. Kim11:20 – 914. Response surface methodology
to explore the effects of polyvalent andmonovalent cations on the thermal andgelling properties of low DM pectins.
G.a. Luzio*, R. Niedz
11:50 Close
Hilton Waikiki Beach
Hawaii
Human Exposure to Environmental
Contaminants (#26)

Organized by: J. Martin, K. Kannan,
L. Zhu, H. Moon
Presiding: J. Martin, L. zhu
8:00 – 915. Strategies based on high resolution mass spectrometry to identify novel
per- and polyfluorinated alkyl substances(PFAS) in human serum.
M. Gomez Ramos*, A. Rotander,
A. Kärrman, L.L. Toms, J. Mueller
8:20 – 916. Distribution of perfluoroalkyl acids and the typical isomers between
paired human serum and whole blood
samples. L. zhu
8:40 – 917. Occupational exposure to perfluoroalkyl acids and the isomers in afluorochemical manufacturing plant in
China: Body burden, intake, and half-lives
estimation. J. Fu, Y. Gao, Y. Wang,a. zhang, G. Jiang
9:20 – 918. Assessment of human exposure
to airborne particles using simulated lung
fluids. R. Balasubramanian*
9:40 – 919. Effects of size and concentration
variance of Ag nanoparticles on their interfacial phenomenia in the form of surface tension in pulmonary physiology.
J.J. Bang*, T. Poteat, Z. Hendren

10:00 – 920. Studies on environmental pollutants entering food chain in southwest
Louisiana - case study. J. Sneddon*,C.E. Hardaway
10:20 – 921. Hair mercury level and fish consumption: Perception of mercury risk
among general residents in China.
Y. ZHANG, J. ZHOU
10:40 – 922. Identification of environmental
sources of lead exposure in Nunavut(Canada) using stable isotopes analyses.
M. Fillion, J. Blais*, E. Yumvihoze,
M. Nakajima, P. Workman, G. Osborne,
H. Chan
Hilton Waikiki Beach
Territorial I & II
Recycling of Polymeric Materials:
Challenges and Perspectives (#36)

Organized by: T. Yoshioka, K. Joo-Sik,
V. Sahajwalla, B. Thallada
8:00 Opening
9:00 – 923. Interactions between beech
wood and polyethylene during co-pyrolysis. S. Kumagai*, K. Fujita, G. Grause,
T. Kameda, T. Yoshioka*
9:40 – 924. Deicer preparation from dolomite
and bio-oil from the fast pyrolysis of corncob. S. Oh*, J. KIM, G. Choi
10:00 – 925. Physical regeneration methodof waste plastics based on physical degradation theory. S. YAO*, A. Tominaga,
N. Takenaka, R. Nakano, H. Sekiguchi
10:20 – 926. Generation behavior of nitrogencompounds during steam pyrolysis ofpolyimide film using Ni-based catalysts.
T. Hosaka*, S. Kumagai, G. Grause,
T. Kameda, T. Yoshioka
10:40 – 927. Recovery of useful resourcesfrom waste photovoltaic module by liquefaction of cured EVA. T. Kamo*, H. Ito
11:20 – 928. Applicability of polyurethane
foam generated from WEEE as energy
sources by thermal methods. S. Park,
J. Lee, W. Yang, C. Oh, Y. Seo*
Hilton Waikiki Beach
Kauai
Enzymes Essential to Biosphere Health:
Bioremediation and Biogeochemical
Cycling (#219)

Organized by: L. Eltis, M. Fukuda,
L. Wackett
8:00 – 929. Structure of anaerobic methaneoxidizing enzyme. S. Shima*
8:25 – 930. Making diesel fuel in bacteria via
the cryptically-redox oxygenation reaction of aldehyde deformylating oxygenase. J.M. Bollinger, M. Pandelia, N. Li,
D.M. Warui, W. Chang, H. Nørgaard,
L.J. Rajakovich, A.L. Compton, C. Krebs,
S.J. Booker
8:50 – 931. Emergence of bacterial ligninases. R. Singh
9:15 – 932. Catalytic function of aromaticring-hydroxylating dioxygenase, carbazole 1,9a-dioxygenase. H. Nojiri*
9:40 – 933. Structure and function of type II
extradiol dioxygenases in a catabolic
pathway of lignin-derived aromatic compounds. T. Senda*, K. Sugimoto,
M. Senda, D. Kasai, M. Fukuda, E. Masai* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–213

06 – ENVR/07 – BIOL
10:05 – 934. C-C bond-cleaving amidohydrolases involved in biomass degradation. L. Eltis, E. Kuatsjah, H. Otani
10:30 – 935. Enzymes involved in microbial
metabolism of toxic compounds and theirapplication. M. Kobayashi*
10:55 – 936. Rapid oxidation and slow mineralization of iron by a diatom ferritin.
S. Pfaffen, J.M. Bradley, G.R. Moore,
N.E. Le Brun, M.E. Murphy
11:20 – 937. Characterizing Mnx, the Mn(II)oxidizing multicopper oxidase complex
from Bacillus sp. PL-12. C. Romano*,
M. Zhou, L. Tao, T. Stich, Y. Song,
C. Butterfield, A. Dohnalkova,
L. Paša-Tolić, A. Soldatova, Z. Pinder,
W.H. Casey, V. Wysocki, R. Britt,T. Spiro, B. Tebo

BIOL
Area 7 – Biological
Tuesday Morning
Sheraton Waikiki
Ewa
Low-Energy Photoexcited States in
Photosynthesis (#117)

Organized by: J. Reimers, E. Krausz,
A. Freiberg, D. Bruce, A. Holzwarth,
H. Hashimoto, D. Coker
Presiding: E. Krausz
8:00 – 1. Algae switch excitons on and off inlight harvesting. G. Scholes*
8:30 – 2. Low-energy photoexcited states in
Photosystem II: A 2D electronic spectroscopy study. E. Romero*,
V. Novoderezhkin, r. van grondelle
9:00 – 3. Modeling exciton dynamics andcharge transfer states. T. Kramer*
9:30 Break
9:45 – 4. Low energy coherent oscillations in
the non-adiabatic excited state of lightharvesting phycocyanin-645. J. Davis*,
F. Novelli, A. Roozbeh, P. Curmi, K. Wilk
10:15 – 5. Tracking the energy flow throughthe entire photosynthetic apparatus insitu. J. Dostal, J. Psencik, D. Zigmantas*
10:45 Break
11:00 – 6. Influence of heterogenous chromophore environments on excitation energy transport in photosynthetic complexes. D.F. Coker, M. Lee,
D. Montemayor, E. Rivera, S. Jang
11:30 – 7. Quantum coherence between
B800 and B850 assemblies of light-harvesting complex from purple bacteria observed by 5 fs optical pulses.
H. Hashimoto*Royal Hawaiian
Regency III
Advances in Biological Solid-State NMR(#120)

Organized by: A. Naito, M. Auger,
A. Ramamoorthy, F. Separovic,
T. Fujiwara, Y. Kim
Presiding: A. Naito, F. Separovic
8:00 Opening Remarks
8:10 – 8. Warburg metabolism in three rapidly proliferating cell lines using solidstate NMR. J. Schaefer*
8:35 – 9. Aggregation of ␤-amyloid peptides
in confined space. J.C. Chan*
9:00 – 10. Solid-state NMR of viral fusion
proteins. D. Weliky*
9:25 – 11. MAS NMR of HIV-1 capsid assemblies and their complexes with hostfactors: Insights into structure and dynamics. M. Lu, G. Hou, M. Wu, C. Suiter,
H. Zhang, R. Gupta, C. Quinn, X. Lu,
J. Ahn, I. Byeon, C. Aiken, P. Zhang,
J. Perilla, K. Schulten, A.M. Gronenborn,
T. Polenova*
9:50 Break

214 –TECHTECHNICAL PROGRAM
10:05 – 12. Molecular complexity of sea silk
as revealed by solid-state NMR.
A.A. Arnold, B. Genard, F. Byette,
C. Pellerin, R. Tremblay, I. Marcotte*
10:30 – 13. Structure and propagation ofamyloid fibril for 42-residue amyloid-␤
A␤(1-42) and nano-mole-scale protein
solid-state NMR using ultrafast MAS.
Y. Ishii
10:55 – 14. Spectral snapshots of bacterialcell-wall composition and the influence ofantibiotics by whole-cell NMR.
J. Romaniuk, R. Nygaard, D. Rice,
L. Cegelski
11:20 – 15. NMR characterization of conformational transition of amyloid-␤ peptide
promoted on ganglioside clusters.
M. Yagi-Utsumi*, K. Nishimura, K. Kato*
11:35 – 16. Amyloid, membranes, microwaves, and the magic angle. R. Griffin*
Sheraton Waikiki
Kohala/Kona
Fluorescent and Luminescent Proteins:
New Chemistries and New Functions (#180)

Organized by: M. Lin, R. Campbell,
T. Nagai
8:00 Miyawaki
8:30 – 17. Physical bases for developing
next generation far red fluorescent proteins. H. Ng*
9:00 – 18. Far-red fluorescent protein
evolved from the phycobilisome of a cyanobacteria. E.A. Rodriguez, G.N. Tran,
R.Y. Tsien
9:30 – 19. Capturing photoinduced structural
snapshots of emerging fluorescent protein biosensors with ultrafast vibrational
spectroscopy. W. Liu, B.G. Oscar,
L. Tang, Y. Wang, Y. Zhao,
R.E. Campbell, C. Fang*
10:00 – 20. Computational exploration ofone- and two-photon absorption in fluorescent protein chromophores.
A. Brown*, M.A. Salem
10:15 – 21. Multicolor monomeric near-infrared fluorescent proteins engineered frombacterial phytochromes.
D.M. Shcherbakova, M. Baloban,
V.V. Verkhusha*
10:45 – 22. Developing photoactivatable fluorescent proteins for super-resolution imaging. P. Xu
11:15 Zhang
11:45 – 23. Improving optical control of protein activities with an engineered photodissociable dimeric fluorescent protein
domains. M. Lin
Royal Hawaiian
Regency I
Frontiers of Iron Chemistry in Biology (#268)

Organized by: K. Ishimori, S. Sliger,
G. Mauk
Presiding: A.G. Mauk, J.S. Olson,
E. Raven
8:00 – 24. Structural and functional characterization of heme-regulated proteins:
Heme as a signaling molecule.
K. Ishimori*8:24 – 25. Probing [4Fe-4S] and nitrosyl
chemistry with NRVS, Mössbauer, and
EXAFS, for WhiD and NsrR proteins.
P. Serrano*, H. Wang, S. George,
S. Kamali, J.C. Crack, M. Hu, E.E. Alp,
N.E. Le Brun, S. Cramer
8:43 – 26. Heme modulates cardiac KATP
channel function. E. Raven
9:07 – 27. Hydrogen bonding interactions inligand sensing and signaling by Mycobacterium tuberculosis DosS and DosT.
Y. Madrona, D. Basudhar,
S. Sivaramakrishnan, E. Yukl,
P. Moënne-Loccoz,
P.R. Ortiz de Montellano*
9:31 – 28. Ligand discrimination by hemoglobins and myoglobins: How does it
work and why should we care?.
J.S. Olson*
9:55 – 29. New twist on heme structure andfunction. K.L. Bren*

10:19 – 30. Human indoleamine 2,3-dioxygenase isoforms IDO1 and IDO2: A study
in contrasts. H.H. Kuo, G. Mauk*
10:43 Break
10:53 – 31. Determination of the iron(IV/III)
reduction potential in P450 compound II.
M. Green
11:17 – 32. Oxygen activation by cytochrome P450. S.G. Sligar
11:41 – 33. Making and breaking heme in
Staphylococcus aureus: New enzymological developments. J. DuBois*,
B. Streit
Sheraton Waikiki
KahukuChemical Approaches to Astrobiology(#326)

Organized by: H. Mita, H. Clerves,
A. Negron-Mendoza, H. Yabuta
Presiding: H. Mita, A. Negrón-Mendoza,
H. Yabuta
8:00 Introductory Remarks
8:05 – 34. Identity as life acquired by hierarchical dynamics emerged in molecularsystem. T. Sugawara*
8:35 – 35. Theoretical and methodologicalissues in the study of the origin of life.
A. Lazcano*
9:05 – 36. Purine biosynthetic intermediatecontaining ribose-phosphate polymers as
evolutionary precursors to RNA.
H.S. Bernhardt*, R. Sandwick
9:25 – 37. Simplification of the genetic code:
Restricted diversity of genetically encoded amino acids. D. Kiga*, K. Amikura
9:45 – 38. Drawbacks regarding the chemical evolution of biopolymers under theprimitive hydrothermal earth environments. K. Kawamura*
10:05 Break
10:20 – 39. Nature of the Last Common Ancestor and early evolution of autotrophy.
A. Becerra*
10:40 – 40. CHIRGEN approach to decipher
the possible origin of genetic asymmetry.
T. Buhse, G. Cocho, H.I. Cruz-Rosas,
L. Le Sergeant d’Hendecourt,
P. de Marcellus, U.J. Meierhenrich,
C. Meinert, I. Myrgorodska, L. Nahon,
A. Negrón-Mendoza, L. Rendon,
P. Santiago
11:00 – 41. Size, shape, functional group
distributions of organic microspherules
formed by Maillard-type reaction.
A. Takahashi, H. Yabuta
11:20 – 42. Abiotic origins of fundamental
metabolic pathways from amino- and␣-keto acids. G. Springsteen
11:40 – 43. Prebiotic polyamino acid formation under molten states. H. Mita*,
E. Nagasawa, S. Nomoto
Sheraton Waikiki
Honolulu
Chemical Biology of Protein-Lipid
Modification (#421)

Organized by: M. Distefano, J. Ohkanda,
Y. ChenPresiding: J. Ohkanda
8:00 – 44. Investigating RAS GTPases’ lipid
modifications. Y. Chen*
8:40 – 45. Chemical reporters for exploring
protein fatty-acylation. H. Hang*
9:20 – 46. Imaging cellular protein fatty acylation. R. Hannoush*
10:00 Break
10:20 – 47. Development of stably membrane-anchoring molecules for “chemicaltransformation” of cells. T. Mori*,
W. Hatanaka, M. Takeo, R. Tokunaga,
M. Kawaguchi, A. Kishimura,Y. Katayama
11:00 – 48. Elucidation of the isoprenylated
substrate binding site in ras carboxyl
methyltransferase using biotinylated photoaffinity probes. A. Funk, K. Hahne,
J. Vervacke, L. Shrestha, J.L. Donelson,
R.A. Gibbs, M. Distefano, C. Hrycyna*
11:40 – 49. Development and application ofsmall molecule probes for the analysis ofprotein prenylation. M. Distefano

Tuesday Afternoon
Sheraton Waikiki
Ewa
Low-Energy Photoexcited States in
Photosynthesis (#117)

Organized by: J. Reimers, E. Krausz,
A. Freiberg, D. Bruce, A. Holzwarth,
H. Hashimoto, D. Coker
Presiding: D.F. Coker
13:00 – 50. Elucidation of the mechanisms ofphotoprotection in single LHCII complexes. G. Schlau-Cohen*
13:30 – 51. Making every photon count: Single molecule spectroscopy applied tonatural light-harvesting materials.
r. van grondelle*, T.P. Krüger
14:00 – 52. Explicit calculation of coupled
excited states in photosystems.
T.J. Frankcombe*
14:30 Afternoon tea
14:45 – 53. Assignments of the lowest excited states of CP43, CP47 and Photosystem II core complexes via the newtechnique of temperature dependent circular polarization of luminescence.
E. Krausz*, J. Hall, R. Picorel, J. Shen
15:15 – 54. On the excited state electronic
structure, excitation energy transfer, andelectron-phonon coupling in selected
photosynthetic antenna protein complexes. R. Jankowiak*, J. Chen,
M. Jassas, A. Kell
Royal Hawaiian
Regency III
Advances in Biological Solid-State NMR(#120)

Organized by: A. Naito, M. Auger,
A. Ramamoorthy, F. Separovic,
T. Fujiwara, Y. Kim
Presiding: T. Fujiwara, I. Marcotte
13:00 – 55. Dynamic nuclear polarization at
16.4 T and 30 K using a novel closed-cycle helium-cooling MAS NMR probe system. Y. Matsuki, T. Idehara,
Y. Tatematsu, J. Sirigiri, S. Nakamura,
T. Fujiwara
13:25 – 56. NMR determination of C-H/N-H
distances for unlabeled molecules.
j. Amoureux*
13:40 – 57. Single crystal NMR of magnetically oriented microcrystal array.
R. Kusumi, F. KIMURA, T. Kimura
13:55 – 58. Overtone 14N solid-state NMR: A
route to natural abundance C-N correlations. L. O’Dell*
14:20 – 59. Photoreaction pathways of photoreceptor membrane proteins revealed
by in-situ photo-irradiation solid-state
NMR. A. Naito*
14:45 Break
15:00 – 60. Instrumentation development for
2H NMR of biological solids.
R.W. Martin*
15:25 – 61. Recent advances in17O NMR
spectroscopy of biological solids. G. Wu
15:50 – 62. Using liquids to probe solids with
NMR diffusometry. W.S. Price*,
G.R. Dennis, B. Ghadirian,T. Stait-Gardner, A.M. Torres, S.A. Willis,
G. Zheng* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
16:15 – 63. Short- and long-distance spinspin correlations for spectroscopic assignment and distance information in solid-state NMR of macroscopically aligned
membrane proteins. A. Nevzorov
16:30 – 64. 1020 MHz LTS/HTS NMR: Application to solid-state NMR. Y. Nishiyama
16:45 – 65. Closed-loop MAS-DNP-NMR at
30 K for affordable dramatic gains in S/N.
J. Staab, J. Spitzmesser, D. Arcos,
J. Doty, V. Cothran, M. Bremmer,
G. Doty, D. McCree, H. suematsu,
L. Holte, P. Ellis, F. Doty
Sheraton Waikiki
Kohala/Kona
Fluorescent and Luminescent Proteins:
New Chemistries and New Functions (#180)

Organized by: M. Lin, R. Campbell,
T. Nagai
13:00 – 66. Fluorescent protein-based redox
probes. H. Ai
13:30 – 67. Directed evolution and structureguided recombination of fluorescentmembrane proteins. F.H. Arnold*
14:00 – 68. mGRASP for mapping mammalian synaptic circuit at multiple scales.
J. Kim
14:30 – 69. Directed evolution via multiparameter microfluidic screening to identify
new red fluorescent proteins with longer
lifetimes and higher photostability.
F. Vietmeyer, K. Dean, P. Manna, P. Friis,
L. Davis, R. Jimenez, A.E. Palmer
14:45 – 70. FRET imaging in organoids andmice. E. Kiyokawa*
15:15 – 71. Bioimaging with bright luminescent proteins: Comparing pros and consof fluorescence and luminescence.
T. Nagai*Royal Hawaiian
Regency I
Frontiers of Iron Chemistry in Biology (#268)

Organized by: K. Ishimori, S. Sliger,
G. Mauk
Presiding: B.M. Hoffman, K. Ishimori,
J.D. Lipscomb
13:00 – 72. Heme regulates protein-protein
interaction of transcription factor Bach2.
M. Matsui, T. Matsui, M. Ikeda-Saito,
K. Igarashi, K. Murayama*
13:19 – 73. Crystal structure of HydG and[FeFe] hydrogenase H-cluster biosynthesis. P.L. Roach
13:38 – 74. Diversity of the heme-copper oxidoreductase superfamily. J. Hemp,
R. Murali, R.B. Gennis*
14:02 – 75. Visualizing oxygen activation inmononuclear nonheme iron oxygenases.
C.J. Knoot, B.S. Rivard, M.S. Rogers,
J.D. Lipscomb*
14:26 break
14:36 – 76. New synthetic approaches toheme-O2-copper assemblies and insights
into the O-O reductive cleavage using
proton-electron sources. K.D. Karlin*
15:00 – 77. Fungal tyrosinase. Crystal structures and maturation process. S. Itoh*,N. Fujieda
15:24 – 78. Structure, dynamics, and mechanisms of zinc and iron receptors which
regulate gene expression.
T.V. O’Halloran
15:48 – 79. Biosynthesis of the catalytic
H-cluster of [FeFe] hydrogenase. R. Britt*
16:12 – 80. X-ray spectroscopy combinedwith crystallography for studying wateroxidation reaction in Photosystem II at
XFEL. J. Yano*, J. Kern, V. Yachandra,
R. Chatterjee, F. Fuller, S. Gul,
U. Bergmann, R. Alonso-Mori
16:36 – 81. Why nature uses radical SAM
enzymes so widely: ENDOR studies oflysine 2,3-aminomutase shows the 5’dAdo● ‘free radical’ is never free.
B.M. Hoffman*, M. Horitani, A. Byer,
K.A. Shisler, T. Chandra, J.B. Broderick

Sheraton Waikiki
KahukuChemical Approaches to Astrobiology(#326)

Organized by: H. Mita, H. Clerves,
A. Negron-Mendoza, H. Yabuta
Presiding: H. Mita, A. Negrón-Mendoza,
H. Yabuta
13:00 – 82. Approaches to structural complexity analysis in abiotic planetary organics. M.A. Smith*, H. Imanaka
13:30 – 83. Organic chemistry in planetaryatmospheres: Chemical potential toward
the origins of life. H. Imanaka*,
M.A. Smith
14:00 – 84. 1D photochemical model coupled to chemical disequilibrium applied toArchean atmospheres. S.O. Danielache
14:20 – 85. Evidence from meteorites for
multiple amino acid alphabets for the origins of life. A. Burton*, J.E. Elsila,
M.P. Callahan, D.P. Glavin, J.P. Dworkin
14:40 – 86. Physical properties of possible
glycine precursor, CH2NH sources.
T. Suzuki, M. Ohishi, T. Hirota, M. Saito
15:00 Break
15:15 – 87. Solution plasma synthesis of ammonium ions from water-CO2-N2 system
and its time-resolved spectroscopic
study. H. Yui*, K. Kanno, Y. Hagiwara,
M. Banno
15:35 – 88. High power laser-shock experiment of chondritic meteorites: Contributions of hydrocarbons and sulfur-bearing
compounds to the early Earth atmosphere. H. Yabuta*, T. Sakaiya,
T. Kondo, S. Ohno, T. Kadono,
K. Shigemori, Y. Hironaka, T. Yamanaka
15:50 – 89. Radiation chemical processes inprebiotic chemistry. A. Negrón-Mendoza*, S. Ramos-Bernal, M. Colin-Garcia, A. Heredia
16:10 – 90. Expanding the glyoxylate/dihydroxyfumarate scenario: Production ofglyceric acid and other aldonic acids.
C.J. Butch*, R. Vindas, J.D. Crowe,
P.L. Pollet, R. Krishnamurthy, C.L. Liotta
16:30 – 91. Chemical astrobiology experiments in Earth orbit: The Tanpopo Mission and beyond. K. Kobayashi*,Y. Kebukawa, H. Mita, Y. Bessho,
H. Yabuta, H. Shibata, J. Takahashi,
K. Nakagawa, E. Imai, Y. Ishibashi,
K. Okudaira, H. Yano, H. Hashimoto,
S. Yokobori, A. Yamagishi
16:45 – 92. Using experimental evolution toassess a possible early origin for DNA.
A. M. Poole
Sheraton Waikiki
Honolulu
Chemical Biology of Protein-Lipid
Modification (#421)

Organized by: M. Distefano, J. Ohkanda,
Y. ChenPresiding: Y. Chen
13:00 – 93. Structure-based design of PPI
inhibitors that disrupt ras prenylation.
J. Ohkanda*
13:40 – 94. Protein farnesyltransferase inhibitors: From oncology to progeria.
C. Strickland*
14:20 – 95. Signaling pathways the regulate
the prenylation of small GTPases in cancer. C. Williams*
15:00 Break
15:20 – 96. Postsynaptic nanodomain regulated by PSD-95 palmitoylation machinery. M. Fukata*, Y. Fukata
16:00 – 97. Membrane composition and protein lipidation as determinants of the freeenergy of HIV-1 matrix protein membranebinding. M. Barros, F. Heinrich, S. Datta,
A. Rein, H. Nanda, M. Lösche

Wednesday Morning
Sheraton Waikiki
Ewa
Low-Energy Photoexcited States in
Photosynthesis (#117)

Organized by: J. Reimers, E. Krausz,
A. Freiberg, D. Bruce, A. Holzwarth,
H. Hashimoto, D. Coker
Presiding: T. Renger
8:00 – 98. Rebuilding the photosynthetic
unit: Moving energy in, and electrons out,of the reaction center in nanoscale model
systems. N. Woodbury*, D. Seo,
T. Beatty, S. Lin, H. Yan, A. Carey,
S. Levenberg, P. Dutta, R. Yang, M. Liu,
T. Murrell, H. Zhang, D. Mieritz, K. Jeon,
D. Jun, R. Saer, d. matyushov, D. Martin
8:30 – 99. Simulation of electronic spectraline-shapes of chlorophylls in different
environmental conditions. M. Biczysko*
9:00 – 100. Structure-based identification of
low-energy excited states in photosynthetic antenna complexes: Electrostatics
and beyond. F. Müh*9:30 morning tea
9:45 – 101. Photosynthetic complexes studied with picosecond spectroscopy: Fromdead crystals to living cells.
H. van Amerongen
10:15 – 102. Far-red light induced photosynthesis. F. Mamedov*, J. Jacques,
A. Thapper, F. Mokvist, S. Styring
10:45 break
11:00 – 103. Linear and non-linear excitationof low-energy excited states in photosynthetic systems and related pigments.
P.J. Walla
11:30 – 104. Energy transfer dynamics inpigment-protein complexes. M. Lee,
D.F. Coker
Royal Hawaiian
Regency III
Advances in Biological Solid-State NMR(#120)

Organized by: A. Naito, M. Auger,
A. Ramamoorthy, F. Separovic,
T. Fujiwara, Y. Kim
Presiding: Y. KIM, A. Ramamoorthy
8:00 Introductory Remarks
8:15 – 105. Structure and dynamics of G
protein-coupled receptors and interactions with their ligands in phospholipid bilayers. S. Park*, A. De Angelis, B. Das,
H. Pavlova, J. Radoicic, S. Berkamp,
V.S. Wang, Z. Long, S.J. Opella8:40 – 106. NMR and EPR structural studiesof membrane proteins. G.A. Lorigan*
9:05 – 107. Backbone structure determination of protein in solid-state using paramagnetic relaxation enhancement andchemical shifts. M. Demura
9:30 – 108. Structural characterization of
fully protonated proteins by ultrafast
MAS. R.J. Linser*, S. Vasa, P. Rovó,K. Grohe, S. Xiang, N. Kulminskaya
9:45 – 109. Advancing structure determination of membrane proteins in lipid bilayer
membranes. F.M. Marassi*
10:00 Break
10:15 – 110. Solid-state NMR characterization of a panel of membrane proteins in
phospholipid bilayers. S.J. Opella*
10:40 – 111. Solid-state NMR analysis ofproteins by spectral simulation.
T. Fujiwara*
11:05 – 112. Inactivation of a potassiumchannel. A. McDermott*, I.V. Sergeyev
11:30 – 113. Structure and dynamics ofAnabaena Sensory Rhodopsin studied bymagic angle spinning solid-state NMR.
V. Ladizhansky

Sheraton Waikiki
Kauai
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang
Presiding: Y. Zheng
8:00 – 114. Discovery of chemical probes forhistone methyltransferases. J. Jin
8:30 – 115. Journey of developing chemical
tools to interrogate protein methyltransferases. M. Luo
9:00 – 116. Synthesis of cyclodepsipeptide
histone deacetylase inhibitors. T. Doi*
9:30 – 117. Mechanism-based inhibition ofprotein N-terminal methyltransferase.
R. Huang
10:00 Break
10:10 – 118. Picking the PADlock: Chemicalprobes to study the protein arginine
deiminases. P.R. Thompson*
10:40 – 119. Discovery of histone lysine demethylase-selective inhibitors. T. Suzuki*
11:10 – 120. Novel eight-membered products from polyamines under oxidative
stress conditions: Possible epigenetics
modulators. K. Tanaka*
11:40 – 121. Exploring chemical strategies tocontrol and analyze protein methylations.
Y. SOHTOME, J. Barjau, S. Fujishiro,
K. Dodo, A. Ito, M. Yoshida, T. Shimazu,
Y. Shinkai, M. Sodeoka*
Hawaii Convention CenterHalls I, II, III
Fluorescent and Luminescent Proteins:
New Chemistries and New Functions (#180)

Organized by: M. Lin, R. Campbell,
T. Nagai
Poster Session
10:00 – 12:00
122. Novel bright large-Stokes shift fluorescent protein improves the sensitivity of
dual-emission microscopy and deep-tissue imaging. J. Chu*, M. Lin123. Development of intrabody-based FRET
probe for monitoring histone H3 acetylation in living cells. C. Chung,Y. Ohmuro-Matsuyama, Y. Sato,
H. Kimura, H. Ueda
124. Optical control of extending neurite direction with light-induced protein oligomerizing system. M. Endo, M. Hattori,
T. Ozawa*
125. Visible-wavelength two-photon excitation of fluorescent proteins for multicolorand high-resolution imaging. K. Fujita*,
M. Yamanaka, K. Saito, N.I. Smith,
Y. Arai, K. Uegaki, Y. Yonemaru,
K. Mochizuki, S. Kawata, T. Nagai
126. QM/MM free energy perturbation calculations to probe the formation of an active
photoprotein. T.M. Griffiths*, A. Oakley,
H. Yu
127. Novel genetically encoded antibodybased biosensor for fluorescence ratio
detection of antigen. K.P. Huynh Nhat,
T. Watanabe, T. Hohsaka*
128. Engineering light inducible proteins tocontrol biomolecule activity and behavior
in live cells. Z. Huang, Y. Wang

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–215

07 – BIOL
129. Genetically-encoded chemiluminescentindicator applicable in millisecond voltage
phenomena. S. Inagaki, T. Matsuda,
Y. Arai, Y. Jinno, H. Tsutsui, Y. Okamura,
T. Nagai*
130. HIV-1 Rev or Tat fused florescent proteins induces its folding and emission bybinding with corresponding RNAs.
Y. Itou, K. Takahashi, T. Tanaka,
S. Urata, H. Kozuka, A. Kikuchi,
K. Hamasaki*
131. Quenching-type of fluorescent Ca2⫹ indicator for detecting neuronal inhibition.
S. Kuge, T. Nishihara, T. Matsuda,
H. Furuie, T. Teramoto, T. Nagai,
T. Ishihara132. Intravital two photon imaging with integrated use of chemical probes, dyes, andfluorescent proteins in living animals.
S. Nishimura*
133. Chiroptical properties of fluorescentprotein UnaG. Y. SHITASHIMA*,
T. SHIMOZAWA, M. ISHIDA, T. ASAHI
134. Multiple color pallet of super-duper luminescent proteins for long-term and ultrafast acquisition of biological phenomena. K. Suzuki, K. Enami, S. Mizobuchi,
Y. Arai, M. Nakano, T. Nagai*
135. Development of a genetically-encoded
probe to visualize ␤-actin mRNA in living
cells based on a reconstituted GFP and
an RNA binding domain PUM-HD.
H. Yoshimura, T. Yamada, T. Ozawa*
Sheraton Waikiki
Maui
Strategies for Coupling and Decoupling
Diverse Molecular Units in the
Glycosciences (#201)

TECHNICAL PROGRAM
8:50 – 144. Potential of extremophiles forcost-competitive bioenergy production.
L. Christopher*
9:15 – 145. Enhancing cell-specific H2 production of the hyperthermophilic archaeon Thermococcus kodakarensis via
genetic engineering. J.R. Simons,
T. Kanai, H. Atomi
9:35 – 146. Unique property of acetic acidbacteria conferred by a specific regionaldeletion in a leucine responsive regulator.
Y. Ishii, N. Akasaka, H. Sakoda,
S. Fujiwara
9:55 – 147. Cysteine desulfurase, a key enzyme for thriving outside solfataric environment in a hyperthermophilic archaeon,
Thermococcus kodakarensis. R. Hidese,S. Fujiwara*, T. Imanaka
10:15 Break
10:25 – 148. Physiology and motility of alkaliphilic bacillus. M. Ito*
10:50 – 149. Tactic responses of extremely
halophilic archaeon Haloarcula japonica
overexpressing its aerotaxis transducers.
T. Matsubara, T. Tadikara, R. Yatsunami,
T. Fukui, S. Nakamura*
11:10 – 150. Detection of rotation of archaeal flagella under advanced optical
microscopes. Y. Kinosita, D. Nakane,
T. Nishizaka*
11:35 – 151. Multi-omics analysis revealed
the mechanism of the degradation ofpoultry feathers by the extremophilic eubacterium Fervidobacterium islandicumAW-1. Y. Lee, K. Chandrasekhar, J. Shin,
D. Lee*Royal Hawaiian
Regency I
Frontiers of Iron Chemistry in Biology (#268)

Organized by: Z. Witczak, M. Brimble,
Y. Miura, R. Bielski
Presiding: R. Bielski, Z. Witczak

Organized by: K. Ishimori, S. Sliger,
G. Mauk
Presiding: Y. Shiro, A. Wilks

8:00 Oppenning Remarks
8:05 – 136. Synthesis and application ofneoglycopeptides using click chemistry
combined with native chemical ligationand enzymatic glycosylation.
M.A. Brimble
8:40 – 137. Synthetic antitumor vaccines
through coupling of mucin glycopeptide
antigens to proteins. H. Kunz*
9:15 – 138. NKT cell-dependent glycolipidpeptide vaccines with potent anti-tumour
activity. C. Hayman, R. Anderson,
B. Compton, C. Tang, A. Authier-Hall,
R. Kowalczyk, M.A. Brimble, D. Larsen,
O. Gasser, R. Weinkove, I. Hermans*,
G. Painter*
9:50 Break
10:05 – 139. Chemical synthesis of homogeneous glycoproteins and an insight into
the relationship between glycosylation
pattern and biological activity.
Y. Kajihara*
10:40 – 140. Neoglycopeptides and neoglycoproteins as diagnostic tools and potential vaccines. K. Michael*,
N.S. Schocker, R.A. Ashmus, S. Portillo,I.C. Almeida
11:15 – 141. Coupling polyphenols with carbohydrates, a strategy toward molecules
for the prevention of diabetes and Alzheimer’s disease. A.P. Rauter*
11:50 Concluding Remarks

8:00 – 152. Peroxidase proton coupled electron transfer. T. Poulos
8:24 – 153. It makes NO sense: Visualizing
nitric oxide receptor gymnastics at ultrahigh-resolution. C.S. Raman*
8:48 – 154. Proton transfer in bacterial nitricoxide reductases coupled with NO reduction. Y. Shiro, T. Tosha
9:12 – 155. Biosynthetic models of heteronuclear metalloenzymes involved in multielectron redox processes. Y. Lu*, Y. Yu,
A. Bhagi-Damodaran, I. Petrik,
A. Mukherjee, C. Cui, S. Chakraborty,
J. Reed9:36 break
9:46 – 156. CO releasing proteins as bioinorganic tools for CO gas biology. T. Ueno*
10:10 – 157. Structural snapshots into mycobacterial heme uptake. N. Chim,
R. Morse, A. Chao, G. Batot,
C. Goulding*
10:34 – 158. Iron release from heme by IsdI
and the reductase IruO. S.A. Loutet,
S.J. Takayama, M.J. Kobylarz,
A.G. Mauk, M.E. Murphy*
10:58 – 159. Host-pathogen interaction:
Overcoming iron limitation through heme
acquisition. A. Wilks
11:22 – 160. Paradigm shift in heme degradation. M. Ikeda-Saito*, T. Matsui,
S. Nambu, H. Fujii, S. Takahashi

Sheraton Waikiki
Molokai

Hawaii Convention CenterHalls I, II, III

Physiology and Metabolism ofExtremophiles (#249)

Chemical Approaches to Astrobiology(#326)

Organized by: H. Atomi, J. Reeve, M. Ito,
S. Kang
Presiding: S. Kang

Organized by: H. Mita, H. Clerves,
A. Negron-Mendoza, H. Yabuta
Presiding: H. Mita, A. Negrón-Mendoza,
H. Yabuta

8:00 Opening remarks
8:05 – 142. Novel pathway for cysteine biosynthesis in Thermococcus kodakarensis.
H. Atomi, Y. Makino, H. Kawamura,
T. Imanaka, T. Sato
8:25 – 143. Structural investigations into apromiscuous metabolic pathway in the
Archaeon Sulfolobus solfataricus.
S.D. Bull, M. Danson

216 –TECH

Poster Session
10:00 – 12:00
161. Origin of terrestrial bioorganic homochirality relevance to asymmetry of the universe: Approaches with synergy effectsof observations, experiments, and computations. J. Takahashi*, M. Tamura,
M. Katoh, K. Kobayashi, M. Umemura,
J. Kwon, N. Kusakabe, M. Hosaka,
N. Yamamoto, T. Konomi, K. Matsuo,
Y. Ueno, Y. Kamei, M. Ehara, R. Fukuda,
K. Shiraishi, H. Shinojima
162. Formation of complex amino acid precursors from possible interstellar media
by particles irradiation. T. Matsuda*,
S. Enomoto, Y. Kebukawa, T. Kaneko,
H. Fukuda, Y. Oguri, S. Yoshida,
K. Kobayashi
163. Laboratory synthesis of alkyl phosphanes in astrochemical ice analogs.
A. Turner*, R. Kaiser, M.J. Abplanalp
164. Mass spectrometric studies of organics
in the interstellar ice analogs.
M. Nakayama*, Y. Ishibashi, H. Mita,
H. Naraoka, S. Tachibana, T. Hama,
Y. Endo, A. Kouchi
165. Organic compounds exposure experiments on the Japanese Experiment Module, the International Space Station.
H. Mita*, K. Kobayashi, K. Nakagawa,
H. Yabuta, Y. Kebukawa, E. Imai,
Y. Kawaguchi, H. Hashimoto,
S. Yokobori, H. Yano, K. Okudaira,M. Tabata, H. Kawai, A. Yamagishi
166. Structure analysis of cooligomers inthermal proteinoids. E. Nagasawa,
H. Mita167. Prediction of 66.7% glycerol solution
behavior in Mars exploration mission.
M. Nishizawa*, S. Sasaki, E. Imai,
T. Sato, A. Yamagishi
168. Thermodynamics and the possibility oflife on extra-terrestrial worlds.
N.V. Pandey*
169. Detection of biological activities in extreme environments by amino acid analysis and phosphatase assay.
Y. Ishikawa*, K. Aoki, Y. Obayashi,
Y. Kebukawa, T. Kaneko, H. Mita,
M. Ogawa, R. Navarro-Gonzalez,
K. Kobayashi
Sheraton Waikiki
Lanai
Carbohydrate Recognition in Health andDisease (#342)

Organized by: G. Boons, Y. Ito,
A. Demchenko, D. Vocadlo
8:00 – 170. Glycocalyx engineering toward
probing cancer glycome evolution.
C.R. Bertozzi
8:30 – 171. Carbohydrate HIV vaccine design through directed evolution.
I.J. Krauss
9:00 – 172. Glycans, guts, and PULs: Carbohydrate recognition in dietary fiber utilization. H. Brumer*
9:30 – 173. Expanding glycoconjugate library on DNAs and its enhanced affinity
to lectins. Y. Ebara*, Y. Nomura,
M. Matsuda, M. Yamabe, D. Akamatsu
9:45 break
10:00 – 174. Synthetic receptors for carbohydrates. A. Davis*
10:30 – 175. Analysis of ER glucosyltransferase by means of chemical synthesis.
Y. Ito
11:00 – 176. Metabolic glycan labeling using
liposomal unnatural sugars. X. Chen
11:30 – 177. Synthesis of designer polysaccharides as probes of glycan function.
T. Lowary
Sheraton Waikiki
KahukuLuciferin/Luciferase Engineering (#410)

Organized by: M. Pirrung, M. Li,
M. Hiyama
Presiding: M. Pirrung
8:00 Coffee
8:30 – 178. Beyond D-luciferin: A bright future for bioluminescence. S.C. Miller*

9:00 – 179. Imaging cell-cell contacts withengineered bioluminescent tools.
J. Prescher*
9:30 – 180. Reaction-based luciferin probes
for in vivo metal and redox imaging.
C.J. Chang*
10:00 – 181. Structural variations enhancing
the bioluminescence of luciferin.
M. Pirrung*, A. Dorsey, N. De Howitt,
J. Liao
10:30 – 182. Mystery of firefly bioluminescence revealed?. P. Naumov*, M. Sliwa,
L. Hintermann, P. Didier
11:00 – 183. Expand the scope of bioluminescence from firefly luciferase/luciferin
system. M. Li*
Hawaii Convention CenterHalls I, II, III
Chemical Biology of Protein-Lipid
Modification (#421)

Organized by: M. Distefano, J. Ohkanda,
Y. Chen
Poster Session
10:00 – 12:00
184. Glutathione adduct of methylmercury
activates Nrf2 through covalent modification of Keap1in SH-SY5Y cells.
Y. Kumagai
185. Liver cell specific targeting by myristoylated preS1-conjugated nanocages for
drug delivery. M. Murata*, J. Piao,
S. Narahara, T. Kawano, N. Hamano,
M. Hashizume
Sheraton Waikiki
Honolulu
The RNA World: From Prebiotic Chemistry
to the Emergence of Complexity (#449)

Organized by: N. Hud, P. Unrau,
Y. Furukawa
Presiding: P.J. Unrau
8:00 – 186. Meteorite impacts and abiotic
formation of RNA components.
Y. Furukawa*, H. Nakazawa, T. Sekine,
T. Kobayashi, T. Kakegawa
8:30 – 187. Resolving paradoxes in the originof life: The interface between mineralogy
and organic chemistry. S. Benner*,
H. Kim, J. Kawai
9:00 – 188. Self-assembly approach toproto-RNA. N. Hud*
9:30 15 min Break
9:45 – 189. Emergence of RNA.
R. Krishnamurthy*
10:15 – 190. Iron and the primordial biochemistry of nucleic acids. L. Williams*
10:45 15 min Break
11:00 – 191. Ribozymes that catalyze tRNAaminoacylation. N. Terasaka, S. Ishida,
H. Suga*
11:20 – 192. Spontaneous assembly of anorganic-inorganic nucleic acid Z-DNA
double helix structure. L. Cronin*
11:40 – 193. Abiotic synthesis of nucleic acidbases from possible interstellar media byparticles irradiation. K. Kobayashi*,H. Tokimura, Y. Kebukawa, T. Kaneko,
H. Fukuda, Y. Oguri, S. Yoshida* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
Wednesday Afternoon
Sheraton Waikiki
Ewa
Low-Energy Photoexcited States in
Photosynthesis (#117)

Organized by: J. Reimers, E. Krausz,
A. Freiberg, D. Bruce, A. Holzwarth,
H. Hashimoto, D. Coker
Presiding: A. Freiberg
13:00 – 194. Different strategies to collect
light in photosynthesis: A bottom up theoretical approach. T. Renger, A. Klinger,
F. Steinecker, M. Schmidt am Busch,
F. Müh13:30 – 195. Low energy forms of photosystem I in plants and green algae.
R. Croce*
14:00 – 196. Spectroscopic evidence formodulation of the carotenoid - bacteriochlorophyll interactions in assembly of
the core LH1-RC complex of photosynthetic bacteria. A. Freiberg*, J. Linnanto,
M. Rätsep
14:30 Afternoon tea
15:00 – 197. Chlorophyll c and the paradoxof light-harvesting in chromophyte algae.
A.W. Larkum
15:30 – 198. Structural basis for the unusual
red-shift of the LH1 Qy transition of
LH1-RC core complex from Thermochromatium tepidum. T. Kawakami, L. Yu,
Z. Wang-Otomo*
16:00 – 199. Low energy excited states:
Successes and challenges. J. Reimers
Royal Hawaiian
Regency III
Advances in Biological Solid-State NMR(#120)

Organized by: A. Naito, M. Auger,
A. Ramamoorthy, F. Separovic,
T. Fujiwara, Y. Kim
Presiding: A. Naito, F. Separovic
13:00 – 200. NMR approaches to view highresolution interactions of Cytochrome
P450 with its REDOX partners in a membrane environment. M. Zhang,
K. Yamamoto, R. Huang, S. Im,
L. Waskell, A. Ramamoorthy*
13:25 – 201. Proton conduction mechanismin the cytoplasmic-containing influenza
M2 protein and new solid-state NMR
techniques for membrane protein structure determination. M. Hong*, S. Liao,
B. Kwon, J. Williams, T. Wang, P. White
13:50 – 202. NMR studies of lipid rafts.
N. Matsumori, T. Yasuda, T. Yamaguchi,
M. Murata
14:15 – 203. NMR studies of lipid-associatedproteins in complex systems. V. Booth
14:40 – 204. Solid-state NMR studies forchromophore-protein interaction changes
in pharaonis phoborhodopsin.
I. Kawamura*, R. Nishikawa,
S. Nakatani, T. Okitsu, A. Wada,
N. Kamo, A. Naito
14:55 Break
15:10 – 205. Solid-state NMR structural
studies of antimicrobial peptides with enhanced activities. Y. KIM*, J. KIM,
J. Jeong
15:35 – 206. Localisation of the antimicrobial
peptide maculatin 1.1 in anionic bicelles
using solid-state NMR. M. Sani*,
F. Separovic
16:00 – 207. Solid-state NMR studies ofcrystalline state DMPC and a synthetic
mimic of GPI-anchored protein in membranes. K. Nomura*
16:25 – 208. Solid-state NMR of membraneproteins: From 6 kDa transmembrane domains to 2MDa membrane protein complexes. G. Veglia*

Sheraton Waikiki
Kauai
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang
Presiding: C. Arrowsmith
13:00 – 209. Chemical probes for chromatin
regulators. C. Arrowsmith*
13:30 – 210. Gripping histone aceylation
mark with YEATS domain. H. Li*, Y. Li,
H. Wen, Y. Xi, W. li, X. Shi
13:55 – 211. Binding mechanisms and specificities of epigenetic readers.
J. Gatchalian, M. Ali, F. Andrews,
B. Klein, Q. Tong, R. Rosas Ospina,
T. Kutateladze*
14:20 – 212. Functional interplay between
epigenetic DNA modifications and RNA
polymerase II transcriptional machinery.
D. Wang*
14:45 Break
14:55 – 213. From epigenetic mechanism totargeted therapy. M. Zhou*
15:20 – 214. Protein methyltransferases:
Structure and inhibition. M. Schapira*
15:45 – 215. Aromatic amino acids: Privileged side-chains for bromodomain ligand discovery. W.C. Pomerantz*,
N. Mishra, A. Urick, S.W. Ember,
E. Schonnbrunn
16:10 – 216. Oligomerization of protein arginine methyltransferase 8 and a novel regulatory site for substrate specificity.
M. Ho*
16:35 – 217. Identification and crystallographic analysis of a small molecule selective SIRT2 inhibitor. A. Ito, N. Kudo,
A. Nakata, S. Maeda, M. Yoshida*
Sheraton Waikiki
Maui
Strategies for Coupling and Decoupling
Diverse Molecular Units in the
Glycosciences (#201)

Organized by: Z. Witczak, M. Brimble,
Y. Miura, R. Bielski
Presiding: M.A. Brimble, Y. Miura
13:00 – 218. Levoglucosenone, a not so new
but now abundant and highly versatile
chiron. M.G. Banwell*
13:30 – 219. Large-scale production of levoglucosenone and dihydrolevoglucosenone from cellulosic wastes and residues. C. Gunawan*, J. Clark,
A. Constantinou, G.R. Court,
M. De bruyn, T. Duncan, T.J. Farmer,
A.J. Hunt, S.G. Lawrence, R. McElroy,
L. Moity, W.D. Raverty, J. Sherwood
14:00 – 220. Sequential thiols recognition incoupling of functionalized carbohydrates.
Z. Witczak*, R. Bielski
14:30 – 221. Enzymatic strategies to glycan
synthesis. S.L. Flitsch
15:05 Break
15:15 – 222. Application of the inverse-electron-demand Diels-Alder reaction for thevisualization of cellular carbohydrates.
V. Wittmann*
15:50 – 223. Palladium-triggered activationof cytotoxic glycosides: An unorthodox
use of the bioorthogonal concept.
A. Unciti-Broceta*
16:25 – 224. Sacrificial units in coupling anddecoupling (CAD) of diverse molecules.
R. Bielski*, Z. Witczak
16:55 Concluding Remarks
Royal Hawaiian
Regency I
Enzyme Engineering and Biocatalysis
Applications (#222)

Organized by: J. Pelletier, S. Lutz,
B. Kim, R. Kazlauskas, N. Itoh
Presiding: J. Pelletier
13:00 – 225. Enzyme engineering as an enabling tool for synthetic biology/chemistry. H. Zhao

13:20 – 226. Continuous evolution of proteins with novel therapeutic potential.
D.R. Liu
14:00 – 227. Site-directed mutagenesis of
the human ITPase substrate specificity
pocket. N.E. Burgis*
14:20 – 228. Metalloenzyme design using
genetic code expansion. J. Wang*
14:40 COFFEE BREAK
14:50 – 229. Protein engineering using“small, but smart” mutant libraries.
U.T. Bornscheuer*
15:10 – 230. Engineering an enzyme complex that exhibits substrate channeling.
S. Seah*
15:50 – 231. Novel enzymes and synthetic
pathways for sustainable chemicals.
D. Grabs, E. Althoff, Y. Ban, M. Galdzicki,
R. Toofanny, A. Zanghellini
16:10 – 232. Substrate-selecting mechanismof alcohol and phenol sulfotransferases.
Y. Yang*
Sheraton Waikiki
Molokai
Physiology and Metabolism ofExtremophiles (#249)

Organized by: H. Atomi, J. Reeve, M. Ito,
S. Kang
Presiding: H. Atomi
13:00 – 233. Formation of P-N, P-S and P-Obonds by a single archaeal enzyme.
R.G. Brinson, J. Shin, Y. Simón-Manso,
S. Li, J.P. Marino, Z. Kelman*
13:25 – 234. Structure and functions of the
Thermococcal-specific exonuclease.
S. Ishino*, K. Miyazono, T. Yamagami,
T. Hamasuna, T. Shirai, H. Tomita,
T. Kanai, H. Atomi, M. Tanokura, Y. Ishino
13:50 – 235. Characterization of an archaeal
hyperthermophilic cellulase expressed inplanta: Glycosylation, activity, and substrate specificity. P. Bubner,
H. Szemenyei, S. Tang, D. Clark,
C. Somerville
14:15 – 236. Geographical characteristic ofpiezophiles. M. Kusube, M. Inoue,
K. Tanikawa, D.H. Bartlett
14:40 Break
14:50 – 237. Histones, chromatin structure,and genome expression in hyperthermophilic Archaea. J. Reeve*, K. Sandman,
D. Jaeger, Y. Fondufe-Mittendorf,
T. Santangelo, S. Bhattacharyya, P. Dyer,
K. Luger
15:15 – 238. Cold-stress response and adaptation in hyperthermophilic archaea.
S. Fujiwara*
15:40 – 239. Enhancing effect of thermostable archaeal helicase on the PCR
specificity. A. Fujiwara, K. Yasukawa,
S. Fujiwara
16:00 – 240. Physiological and transcriptional response of Thermus scotoductus
SA-01 to dielectric heating.
J.C. Biffinger*, A. Cockrell, K.D. Cusick,J. Dale, J. Baldwin, S. Tsoi,
L.A. Fitzgerald, D.E. Barlow, C. Soto,
S. Strycharz-Glaven, B. Lin, A. Malanoski,
J. Cramer, R. Morris, B. Little
16:25 – 241. Studies on the adaptivechanges of a hyperthermophilic archaeon
Thermococcus onnurineus NA1 underlong-term selection on carbon monoxide.
S. Kang*, S. Lee, M. Kim, J. Lee, J. Lee,
H. Lee16:50 Closing Remarks

13:30 – 243. Novel glycosidase inhibition
motifs found in amylase inhibitors.
S.G. Withers*, G.D. Brayer, R. Andersen,
L. Williams, X. Zhang, C. Tysoe, C. John,
R. Keyzers, J. Mcneill, V. Yuen,
D. Williams, S. Caner, N. Nguyen
14:00 – 244. Newborn screening for lysosomal storage diseases: Clinical carbohydrate enzymology from research to product. M.H. Gelb
14:30 – 245. Understanding the roles ofcomplex glycolipids in innate immunity
through chemical synthesis.
M. Richardson, P. van der Peet, S. Shah,
S.J. Williams*
14:45 break
15:00 – 246. Target-selective photodegradation of oligosaccharides in health and disease. K. Toshima*
15:30 – 247. Glycopeptide vaccines for cancer immunotherapy. Y. Li
16:00 – 248. Druggability of lectins, using theexample of a bacterial adhesin. B. Ernst*,
P. Frei, J. Bezencon, D. Eris, R. Preston
16:30 – 249. Analysis of mucin-type O-glycans in tumor cells by saccharide primer
method. R. Sakura, Y. Takahashi,
T. Sato*16:45 – 250. Analyses of glycans expressedin human hepatoma cells sensitive tohepatitis C virus. H. Yamaguchi*,T. Suzuki, T. Sato
Sheraton Waikiki
KahukuLuciferin/Luciferase Engineering (#410)

Organized by: M. Pirrung, M. Li,
M. Hiyama
Presiding: M. Li
13:00 – 251. Theoretical study for photoluminescence of firefly-bioluminescence-related molecules. M. Hiyama*,
Y. Noguchi, T. Mochizuki, K. Yamada,
H. Akiyama, N. Koga
13:30 – 252. Bioluminescence multicolor imaging and assay using secreted and nonsecreted luciferases. Y. Ohmiya
14:00 – 253. Characterization of the luciferase active site for the color modulation mechanism in firefly bioluminescence. T. Hirano
14:30 – 254. Hinge region engineering offirefly luciferases for robust protein-protein interaction assay FlimPIA. H. Ueda*,
H. Yamaji, Y. Ohmuro-Matsuyama
15:00 – 255. Luminous reaction analysis of
firefly luciferin analogs. M. Kiyama*,
R. Obata, T. Hirano, S. Maki
15:30 – 256. Study on the color modulation
mechanism of firefly bioluminescencewith an amine substituent effect of luciferin and oxyluciferin. M. Kakiuchi,
M. Yamaji, S. Maki, T. Hirano*
Sheraton Waikiki
Honolulu
The RNA World: From Prebiotic Chemistry
to the Emergence of Complexity (#449)

Organized by: N. Hud, P. Unrau,
Y. Furukawa
Presiding: Y. Furukawa
13:00 – 257. Role of chance in the evolutionof early life. I. Chen

Sheraton Waikiki
Lanai
Carbohydrate Recognition in Health andDisease (#342)

Organized by: G. Boons, Y. Ito,
A. Demchenko, D. Vocadlo
13:00 – 242. Glycosaminoglycan recognitionand signaling in the brain.
L. Hsieh-Wilson** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–217

07 – BIOL
13:30 – 258. Evolving increasing complexity
in the RNA world. P. Higgs*
14:00 – 259. RNA membrane vesicle: Microcompartment made by designed RNA
molecules. S.M. Nomura, H. SAITO,
M. Takinoue, K. Fujiwara, H. OHNO
14:30 15 min Break
14:45 – 260. Ribozymes that utilize heme
and thiamin as cofactors. D. Sen*,
P. Cernak, N. Shumayrikh, J. Grigg
15:15 – 261. Von Neumann, and Turing with
RNA: The challenges inherent in building
and understanding self-replicating RNA
machines. P.J. Unrau
15:45 15 min Break
16:00 – 262. Experimental RNA evolution in
droplets: How cellularity contributes theearly RNA world evolution.
S. Matsumura, F. Coldren, A. Kun,
P. Nghe, F. Jossinet, E. Szathmary,
A. Griffiths*, M. Ryckelynck
16:20 – 263. In vitro selection of peptides
with enhancing effect for the RNA polymerase ribozyme. S. Kumachi,
N. Nemoto

Wednesday Evening
Sheraton Waikiki
Honolulu
New Platforms for Natural Products
Discovery (#18)

Organized by: G. Carter, R. Andersen,
B. Copp, S. Matsunaga
Presiding: G. Carter
19:00 – 264. Discovery of novel chlorinatedacyl amides from a marine cyanobacterium using integrated genome mining andMS-based molecular networks.
W. Gerwick*, K. Kleigrewe, J. Almaliti,
I. Tian, R. Kinnel, A. Korobeynikov,
E. Monroe, B. Duggan, V. Di Marzo,
D. Sherman, P. Dorrestein, L. Gerwick
19:40 – 265. Biologically active natural
proucts: Discovery, SAR, and interactions
with protein targets. R. Andersen*
20:20 – 266. Search for marine natural products with anticancer associated activity.
S. Matsunaga*
Sheraton Waikiki
Waialua
Advances in Biological Solid-State NMR(#120)

Organized by: A. Naito, M. Auger,
A. Ramamoorthy, F. Separovic,
T. Fujiwara, Y. Kim
Presiding: M. Auger
19:00 – 267. Solid-state NMR relaxometry
and structural deformation in biomembrane function. M.F. Brown*, X. Xu,
J.J. Kinnun, A. Leftin, S. Lee,
K.J. Mallikarjunaiah, T.R. Molugu,
A.V. Struts
19:25 – 268. NMR relaxation in solid proteinsand peptides: Insights into protein dynamics and structure. K.W. Zilm
19:50 – 269. Influenza virus fusion peptideinduced membrane acyl chain hairpins
detected by paramagnetic enhancementof 2H relaxation. S. Liang, D. Weliky
20:05 – 270. Hierarchy of picosecond to microsecond anisotropic protein motions.
J.M. Lamley, R. Stevens,
J. Lewandowski*
20:20 – 271. Intrinsic disorder and conformational heterogeneity: Surprising complexities from membrane proteins.
T. Cross*, N. Das, Y. Miao, C. Escobar,
V. Ekanayake, A. Wright, J. Paulino,
J. Dai, M. Rajagopalan, H. Zhao
20:45 Closing Remarks
Hawaii Convention CenterHalls I, II, III
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang

218 –TECHTECHNICAL PROGRAM
Poster Session
19:00 – 21:00
272. Regulation of histone modifications intelomere by G-quadruplex telomere DNA
and TERRA binding protein. T. Oyoshi
273. Acetylation of the nucleoprotein of influenza A virus by GCN5 and PCAF.
D. Hatakeyama, M. Shoji, R. Yoh,
N. Ohmi, S. Takenaka, S. Yamayoshi,
Y. Arakaki, T. Komatsu, A. Masuda,
M. Nakano, T. Noda, Y. Kawaoka,
T. Kuzuhara*
274. Identification of lysine demethylase 5A
inhibitors and their effect on cancer cells.
Y. Itoh, H. Sawada, M. Suzuki,
T. Mizukami, T. Suzuki
275. DNA methylation pattern analysis ofcommon plant virus promoter used to develop genetically modified crops.
K. Nakamura*, T. Ishigaki, K. Hanada,
S. Akimoto, K. Kondo,
T. NISHIMAKI-MOGAMI
276. Developing novel photoaffinity probes
to identify ‘readers’ of histone modifications. X. Li, T. yang, X.D. Li*
277. Effects of epigenetic modifications on
the binding of histone tail peptides with
DNA strands. K. Murata, S. Higashida,
S. Pramanik, N. Sugimoto, D. Miyoshi*
278. Discovery of dual-functional anticancer
drugs using LSD1 inhibition as a trigger.
Y. Ota, Y. Itoh, T. Suzuki*
279. Isoform-selective protein arginine methyltransferase inhibitors. K. Qian,
Y. Zheng*
280. Synthesis strategy of linker histone H1for chromatin research. R. Sakamoto,G. Hayashi, A. Okamoto*281. Molecular basis for N-terminal tri-methylation of CENP-A by NRMT1. R. Wu*
282. Identification of lysine glutarylation as a
new type of histone modification.
X. Bao*, Y. Xiong, Y.E. Fung, X.D. Li
283. Search for active components of Japanese “miso” affecting histone modification and neural differentiation.
S. OTSUKA, K. Sugie, K. MACHIDA,
D. Arai, Y. Hayashi-Takanaka, H. Kimura,
Y. Nakao284. Isolation and structure elucidation of anactive compound affecting histone modification from the marine sponge.
K. MACHIDA*, N. Ishibashi, R. Kataoka,
D. Arai, Y. Hayashi-Takanaka, H. Kimura,
N. Fusetani, Y. Nakao
285. Application for live-cell imaging withchemically synthesized histone H2A.
T. Sueoka, G. Hayashi, A. Okamoto*286. Toward SIRT7 inhibitors: From screening of known SIRT1-3 modulators to denovo-design. P. Mellini, Y. Itoh,T. Kakizawa, M. Lahtela-Kakkonen,
E. Jarho, S. Valente, D. Rotili, A. Mai,
T. Suzuki*
287. Development of a genetically encoded
FRET indicator for intra-nucleosomal histone H3 lysine 9 tri-methylation and livecell imaging. K. Sasaki*, M. Suzuki,
A. Ito, K. Shin-ya, M. Sodeoka, Y. Nakao,
M. Yoshida288. Integrative chemical biology approaches for examining “erasers” for fatty
acid acylation of lysine residues in proteins. Z. Liu*, T. yang, X. Li, X.D. Li
289. Interaction between arginine methylation and serine phosphorylation in histone H3. M. Mendoza
290. Probing lysine acetyltransferase substrates with clickable acetyl-CoA analogs
and engineered enzymes. Z. Han*,
Y. Zheng
291. Construction and screening of a focused library for histone demethylase inhibitors. B. Li, Y. Ota, Z. HUI, Y. Itoh,T. Suzuki
292. Investigation of DNA demethylation by
Tet protein. S. Kizaki, Y. Suzuki,
A. Chandran, Y. Han, M. Endo,
Y. Harada, H. Sugiyama*
293. Selective chemical probes of protein arginine methyltransferases. H. Hu,
Y. Zheng*
294. New biochemical assays for the histone
acetyltransferases. L. Ngo, Y. Zheng*
295. Crystal structure of PARG provides insight into molecular mechanism of poly
ADP-ribose turnover for epigenetic regulation. C. Hsu*, C. Cho, M. Lin, Y. Chang

296. Identification of histone deacetylase
1/2-selective inhibitors using click chemistry-based combinatorial fragment assembly. Z. HUI, P. ZHAN, T. Tojo, Y. Itoh,T. Suzuki
297. 2.2Å crystal structure of Bre1-RING finger domain. S. Zhao*, X. Su, H. Li
298. Developing chemical tools to study histone acetyltransferases. X. Li*, X. Bao,
X.D. Li
Hawaii Convention CenterHalls I, II, III
Physiology and Metabolism ofExtremophiles (#249)

Organized by: H. Atomi, J. Reeve, M. Ito,
S. Kang
Poster Session
19:00 – 21:00
299. Protective effects of tartary buckwheat
flavonoids against high TMAO diet-induced vascular dysfunction and liver injury in mice. X. Yang*, Y. Hu*
300. Lipid characteristics of a seep clam,
Mesolinga soliditesta: Comparison withthose of two coastal clams. h. saito*
301. Studies on the physiological function
and biochemical properties of the
frhAGB-encoding hydrogenase from a
non-methanogenic hyperthermophilic archaeon. H. Lee, J. Jeon, J. Lim, J. Lee,S. Kang*
302. Effects of salt on the structure, stability,and function of a halophilic dihydrofolate
reductase. Y. Miyashita, E. Ohmae*,
K. Nakasone, K. Katayanagi
303. Co-cultivation with Methylobacterium
sp. ME121 and Kaistia sp. 32K increased
swimming velocity of ME121.
Y. Wakabayashi*, T. Shimizu,
A. Nakamura, M. Ito304. Structural analysis of PilQ from Thermus thermophilus. T. Maruyama,
A. Sasaki, M. Tamakoshi,
A. Koike-Takeshita*
305. Functional analysis of ⌽TMA-encoded
GroES-like protein. K. Kondo,
M. Tamakoshi, A. Koike-Takeshita*306. Characteristics of microbial water gas
shift reaction by carboxydotrophic archaeon Thermococcus onnurineus NA1
with various carbon monoxide concentrations. J. Na, H. Jeong, D. Jin, T. Kim*,
S. Chung, S. Kang, T. Jung*
307. gaa and glgX genes are responsible forthe glycogen degradation in thermoacidophilic archaeon Sulfolobus acidocaldarius. J. Cha*, J. Park, K. Choi, Y. Seo,
Y. Jung308. Computational prediction of novel nucleases involved in tRNA maturation in
hyperthermophilic prokaryotes.
D. Matelska, K. Ginalski*
309. Medium optimization for enhnacementof formate-driven biohydrogen production by the hyperthermophilic archaeon,
Thermococcus onnurineus NA1. T. Kim,
S. Lee, H. Lee, J. Lee, J. Na*, S. Kang*
310. Elucidation of the reduced motility
mechanism of alkaline Bacillus at low pH.
Y. Takahashi, Y. Noguchi, M. Ito
Hawaii Convention CenterHalls I, II, III

313. Cytoplasmic heme-binding protein(HutX) from the heme utilization system ofVibrio cholerae is an intracellular hemetrafficking protein for the heme degrading
enzyme, HutZ. Y. Sekine*, K. Ishimori,T. Uchida314. Identification of functionally critical residues for NO reduction of nitric oxide reductase from Pseudomonas aeruginosaby in vivo and in vitro mutagenesis analyses. R. Yamagiwa, H. Sawai, T. Tosha,
H. Nakamura, H. Arai, Y. Shiro*
315. Unique heme degradation catalyzed by
IsdG-type enzymes from Staphylococcus
aureus. T. Matsui*, S. Nambu, Y. Ono,
K. Tsumoto, M. Ikeda-Saito*
316. Heme degradation by the heme oxygenases from different biological species:
Discrimination of their heme-cleavage kinetics. C.T. MIGITA*, N. Miyake,
T. Matsui, S. YANAGISAWA, T. OGURA,
M. Ikeda-Saito
317. Microbial biosynthesis of terminal alkenes and alkynes. X. Zhu, Z. Rui,
W. Zhang
318. Enhanced MRI relaxivity induced bynovel 1D Fe3O4 building blocks.
J. Beltran-Huarac*, D. Diaz-Diestra,
J. Vilmenay, B.R. Weiner, G. Morell319. Expression of an oxygen-stable group
III alcohol dehydrogenase from the hyperthermophilic archaeon Pyrococcus
horikoshii OT3. C. Sugimoto, K. Takeda,
M. Yohda, N. NAKAMURA*, H. Ohno
320. Improvement of expression and purification systems for thermophilic cytochrome P450. N. Tsuruoka,
S. Hayakawa, K. Takeda, M. Yohda,
N. NAKAMURA*, H. Ohno
321. Zinc(II) facilitates interaction between
the multicopper ferroxidase ceruloplasmin and the iron transporter transferrin
resulting in safe transfer Fe(III) from theformer enzyme to the latter protein.
T. Yamamura*, T. Sakajiri
Hawaii Convention CenterHalls I, II, III
Luciferin/Luciferase Engineering (#410)

Organized by: M. Pirrung, M. Li,
M. Hiyama
Poster Session
19:00 – 21:00
322. Highly selective bioluminescent probes
for fluoride detection and the applicationin bioimaging. B. Ke
323. Study of specific interactions of oxyluciferin with catalytic center of firefly luciferase by computational analysis oftitration curves of its some amino acidresidues. H. Sakai*, S. Takamatsu,
N. Wada324. Development of non-CRET based orange chemiluminescent imidazo[1,2a]pyrazin-3(7H)-ones. R. Saito*,
T. Hirano, S. Maki, H. Niwa
325. Development of red-shifted luciferase
mutants derived from Brazilian click beetle Pyrearinus termitilluminans.
T. Nishiguchi, T. Yamada, Y. Nasu,
H. Yoshimura, T. Ozawa*
326. Role of luciferase in myrFMN formation.
E. Brodl*, C. Tabib, T. Bergner,
J. Ivkovic, R. Breinbauer, P. Macheroux

Frontiers of Iron Chemistry in Biology (#268)

Organized by: K. Ishimori, S. Sliger,
G. Mauk
Poster Session
19:00 – 21:00
311. Stopped-flow kinetic analysis of human
duodenal cytochrome b561. H. Takeda*,
H. Togashi, T. Kimura, G. Mauk,
H. Sugimoto, Y. Shiro
312. Development of a time-resolved visible/IR absorption spectrometer with anovel microfluidic device and its application to catalytic reaction of NO reductase.
T. Kimura, S. Ishii, T. Tosha, Y. Shiro*,
M. Kubo** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
327. Imaging system for monitoring of intracellular acidification in living tissues byphotocontrollable luciferase. M. Hattori,
T. Ozawa*
328. Creation of artificial luciferases and theirapplication to bioassays. S. Kim
Hawaii Convention CenterHalls I, II, III
The RNA World: From Prebiotic Chemistry
to the Emergence of Complexity (#449)

Organized by: N. Hud, P. Unrau,
Y. Furukawa
Poster Session
19:00 – 21:00
329. Effect of clay minerals on the evolutionof RNA function. J.D. Stephenson*,
P.S. Fliss, M. Popovic, M.A. Ditzler
330. Prebiotic flow synthesis of bioactive nucleoside precursors. A. Evans, J. Kading,
J. Feng331. UV photochemistry of prebiotic nucleobases. M.S. de Vries
332. Non-enzymatic ribonucleotide reduction in the prebiotic context. D.M. Smith*333. Difficulty of spontaneous formation andreplication of oligonucleotides containing
4 kinds of nucleotide residues using themonomeric activated nucleotides.
K. Kawamura*
334. Emergence of RNA self-replication cycle through RNA template-directed RNA
polymerization by DNA dependent RNA
polymerase. Y. Kakimoto*, A. Fujinuma,
Y. Kikuchi, S. UMEKAGE*
335. Overcoming strand inhibition using viscous environments. C. He*, I. Gallego,
B. Laughlin, N. Hud, M. Grover

9:15 – 345. Characterization of ␤-aspartyltransferase from Delftia acidvorans.
R. Naohara*, A.A. Prihanto,
Y. Nonomura, K. Takagi, M. Umekawa,
M. Wakayama
9:35 – 346. Microparticle-enhanced production of ferulic acid esterases by submerged cultivation of Aspergillus niger
ZJUQH and its application for productionof ferulic acid from wheat bran. Q. Chen
9:55 Session Breaks
10:05 – 347. First characterization of anacidic D-psicose 3-epimerase from Dorea
sp. CAG317. W. Mu
10:25 – 348. Effect of glycosylationon catalytic characteristics and stability of tannase from Aspergillus niger JXF02.
G. Fu*, C. Liu, S. Luo, J. Wu, P. Zhou,
L. Gao, S. Wang
10:45 – 349. Purification and characterization of an ␣-L-rhamnosidase from the solid-state fermentation product of Aspergillus tubingensis. H. Ni*, S. Wang, F. Chen,
H. Cai, A. Xiao, G. Su
11:05 – 350. Characterization and genecloning of proteases from Lentinula
edodes. Y. Fukuta, T. Iwanaga,
T. Terashita, N. Shirasaka
11:25 – 351. Gene cloning, expression, andbiochemical characterization of two novel
cold-active lipases from Rhizomucro endophyticus. S. Yang*
Hawaii Convention CenterHalls I, II, III
Advances in Biological Solid-State NMR(#120)

Thursday Morning

Organized by: A. Naito, M. Auger,
A. Ramamoorthy, F. Separovic,
T. Fujiwara, Y. Kim
Presiding: T. Fujiwara, Y. KIM

Royal Hawaiian
Regency II

Poster Session
10:00 – 12:00

New Platforms for Natural Products
Discovery (#18)

352. Membrane interaction and calcium myristoyl switch of recoverin: A 2H and 31P
solid-state NMR study.
K. Potvin-Fournier*, G. Valois-Paillard,
C. Salesse, M. Auger
353. Interaction of Bombinin H4 containing aD-amino acid residue with lipid membranes as studied by solid-state NMR
and MD simulations. Y. Kitahashi*,N. Javkhlantugs, S. Kaneda,
N. Altannavch, K. Ueda, A. Naito,
I. Kawamura
354. Hydrogen bond alterations of Tyr174
and Tyr199 of phoborhodopsin in thelipid environment as studied by solidstate 13C MAS NMR. R. Nishikawa*,
I. Kawamura*, T. Okitsu, A. Wada,
Y. Sudo, N. Kamo, A. Naito
355. Structural changes in the photo-reaction pathways of retinal in bacteriorhodopsin studied by in-situ photo-irradiation solid-state NMR. A. Shigeta*,
K. Oshima, R. Miyasa, M. Horigome,
I. Kawamura, T. Okitsu, A. Wada, S. Tuzi,
A. Naito356. Structural diversity of amyloid fibril andits intermediate in human calcitonin asstudied by solid-state NMR and MD simulation. S. Toyoda*, L. Ganchimeg,
N. Javkhlantugs, H. Itoh-Watanabe,
I. Kawamura, K. Ueda, A. Naito
357. Photo reaction pathways of sensory
rhodopsin I as revealed by in-situ photoirradiation solid-state NMR. Y. Makino*,
H. Yomoda*, Y. Tomonaga, T. Hidaka,
I. Kawamura, T. Okitsu, A. Wada,
Y. Sudo, A. Naito
358. H⫹-translocation of thermophilic FoF1ATP synthase c-subunit rings investigated using solid-state NMR. S. Kang,
Y. Todokoro, I. Yumen, B. Shen,
I. Iwasaki, T. Suzuki, A. Miyagi,
M. Yoshida, T. Fujiwara, H. Akutsu

Organized by: G. Carter, R. Andersen,
B. Copp, S. Matsunaga
Presiding: S. Matsunaga
8:00 – 336. Sterol-targeting antibiotics andthe balance of membrane trafficking.
S. Nishimura, H. Kakeya
8:35 – 337. Natural product library design forfragment-based screening using bioaffinity mass spectrometry. R.J. Quinn*
9:10 – 338. Mass imaging as a tool to study
the unique natural products of plant andinvertebrate microbiomes. M.T. Hamann
9:45 Break
10:15 – 339. Natural products-based
screening study on disease and development pathways. M. Ishibashi*
10:50 – 340. Development of in vitro and invivo fluorescence imaging systems forchemical screening. Y. Miwa*, Y. Nakao,
J.K. Tanaka, S. Takahashi
11:25 – 341. Adhesion of alive mycolic acidcontaining bacteria during the inductionof secondary metabolisms in Streptomyces. S. Asamizu*, T. Ozaki, K. Satoh,
K. Teramoto, H. Onaka*
Sheraton Waikiki
Ewa
Characterization and Applications of Food
Enzymes (#59)

Organized by: F. Chen, F. Chen, H. Ni,
Y. LeePresiding: F. Chen, H. Ni, D. Wong, J. Wu
8:00 Introductory Remarks
8:05 – 342. Preparation and application of
Thermobifida fusca cutinase. J. Wu,
L. Su, X. Duan
8:35 – 343. From metagenomic gene discovery to enzymatic breakdown of crosslinks
in agricultural fibers for functional products. D. Wong*, V. Chan, M. Murakami
8:55 – 344. Optimizing heterologous protein
production in food-grade lactic acid bacteria with fusion partners. P. Lim,
F. Wong, D. Ow*

Sheraton Waikiki
Kauai
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang
Presiding: Y. Nakao
8:00 – 359. New tools for studying chromatinbiochemistry. T. Muir
8:30 – 360. Use structurally defined nucleosomes to profile epigenetic targets of histone lysine deacylases and demethylases. W. Liu
8:55 – 361. Proteomic approaches for epiproteome analysis. A. Tackett
9:20 – 362. Modified histone proteins in thetest tube and the cell. J.J. Ottesen*
9:45 Break
9:55 – 363. Understanding aberrant methylation patterns on histones in b-cell cancers. N.L. Kelleher*
10:25 – 364. New approach to study histone
modification changes controlling biological phenomena by small molecules.
Y. Nakao*, D. Arai, Y. Kina, R. Kataoka,
Y. Hayashi-Takanaka, H. Kimura
10:50 – 365. Chemical strategies to investigate histone sumoylation. C. Chatterjee*
11:15 – 366. Allele-specific chemical genetics for the functional elucidation of chromatin modifiers. K. Islam*
11:40 – 367. Bio-inspired synthetic DNAbased epigenetic switches for pharmaceutical gene modulation.
G. NAMASIVAYAM, S. Sato,
J. Taniguchi, J. Syed Jabarulla, T. Bando,
G. Kashiwazaki, H. Sugiyama
Royal Hawaiian
Regency III
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada
Presiding: I. Shimada
8:00 Opening Remarks
8:15 – 368. Studies of integral membraneproteins in nanodiscs. G. Wagner*
8:45 – 369. How does cholesterol promoteamyloidogenesis and Alzheimer’s disease?. C. Sanders*
9:15 – 370. Structure and interaction of Focring and lipid membranes for efficient energy transfer. H. Akutsu
9:45 – 371. Membrane interaction and conformational equilibrium of nanodisc-tethered KRAS and its oncogenic mutants.
M. Ikura*, M. Mazhab-Jafari, Z. Fang,
M.J. Smith, C.B. Marshall
10:15 BREAK
10:30 – 372. Functional analyses of target
proteins for drug development by NMR.
I. Shimada*
11:00 – 373. How membranes determinefunction of lipoproteins, enzymes, andtrafficking systems. M. Overduin,
M. Lenoir, T. Knowles, I. Henderson,
S. van Doren, I. Kufareva , R. Abagyan
11:15 – 374. NMR-based drug design targeting membrane-bound proteins.
T. Haselhorst
11:30 – 375. Molecular basis of voltagegated ion channel inhibition by venom
peptides. C.H. Lau, Y. Chin, J.K. Klint,
G.F. King, M. Mobli
Sheraton Waikiki
Maui
Strategies for Coupling and Decoupling
Diverse Molecular Units in the
Glycosciences (#201)

Organized by: Z. Witczak, M. Brimble,
Y. Miura, R. Bielski
Presiding: R. Bielski, M.A. Brimble
8:00 – 376. Syntheses and functions of glycosaminoglycan mimic polymers.
Y. Miura, H. Seto, Y. Hoshino

8:30 – 377. Glycoconjugate-based inhibitorsof essential enzymes in Mycobacterium
tuberculosis. S.K. Veleti,
J.J. Lindenberger, S. Thanna,
D.R. Ronning, S. Sucheck9:00 – 378. “Sugaring Tag” library.
T. Kitsunezuka, K. Haneda, Y. Koda,
T. Inazu
9:30 – 379. Pyranoside-into-furanoside rearrangement: New reaction in carbohydratechemistry and its application in oligosaccharide synthesis. V.B. Krylov,
D.A. Argunov, A.G. Gerbst,
N.E. Nifantiev*
10:00 Break
10:10 – 380. Synthesis and conformations of
septanosides. N. Jayaraman*,
D. Supriya, N. Vijaya Ganesh
10:45 – 381. Sugar-based multicomponent
coupling reactions for “Click” conjugation. P.R. Andreana*
11:20 – 382. New methods for the direct
synthesis of glycoconjugates from reducing sugars in water. A.J. Fairbanks*
11:55 Closing Remarks
Royal Hawaiian
Regency I
Enzyme Engineering and Biocatalysis
Applications (#222)

Organized by: J. Pelletier, S. Lutz,
B. Kim, R. Kazlauskas, N. Itoh
Presiding: N. Itoh
8:00 – 383. Controlled burning: Toward therational redesign of O2 and nonheme
Fe(II) enzymes. J. Niederhauser,
G. Straganz
8:20 – 384. Enzymatic route toward the prenylation of linear and macrocyclic peptides. S. Nair*, Y. Hao, E. Pierce,
V. Agarwal, E.W. Schmidt
8:40 – 385. Innovation by evolution: Expanding the enzyme universe. F.H. Arnold*
9:20 – 386. Aldolase-catalyzed chemo-enzymatic syntheses of fine chemicals.
M. Sugiyama
9:40 COFFEE BREAK
9:50 – 387. Novel metabolic pathway of 3,6anhydro-L-galactose for the red algae
biorefinery. E. Yun, S. Lee, J. Yoon,
I. Choi, K. Kim*
10:10 – 388. Harnessing the promiscuity ofnatural product biosynthesis: A platform
for engineering biosynthetic pathways
with new specificities. G.J. Williams*
10:30 – 389. Enzymes from microbial, plant,
and animal aldoxime-nitrile pathways andtheir applications. Y. Asano
11:10 – 390. Establishing high-level intracellular propionyl-CoA pool for biosynthesisof non-native chemicals in Escherichia
coli. K. Srirangan, M. Moo-Young,
C. Chou
Sheraton Waikiki
Lanai
Carbohydrate Recognition in Health andDisease (#342)

Organized by: G. Boons, Y. Ito,
A. Demchenko, D. Vocadlo
8:00 – 391. Bioconjugates vaccines for theprevention of bacterial infections.
M.T. Kowarik* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–219

07 – BIOL
8:30 – 392. Design, pre-clinical, and humanclinical studies of the glycomimetic antagonists Rivipansel and GMI-1271 thattarget the selectins. J. Magnani*
9:00 – 393. Synthesis of a 24-member libraryof heparin/heparan sulfate oligosaccharides for use in glycomics applications.
A.S. Campbell*, R. Laura, T. George,
O. Plante
9:30 – 394. Glycophosphonate strategy forcontrol of protein glycosylation: Discovery of fucosephosphonate inhibitors ofprotein fucosylation in CHO cells.
J.G. Allen*
9:45 break
10:00 – 395. Us vs. them: Exploiting microbial cell surface glycosylation.
L.L. Kiessling
10:30 – 396. Chemical synthesis of correctly
folded and misfolded glycoproteins forunderstanding of glycoprotein quality
control system. Y. Kajihara*
11:00 – 397. Functional glycomics throughchemical synthesis. G. Boons*
11:30 – 398. Heparan sulfate mimetics:
Promising therapeutics for a wide rangeof diseases. V. Ferro*
11:45 – 399. Mouse inflammatory monocytes express SIGNR1 and differentiate
into mature antigen presenting cells by
uptake of oligomannose-coated liposomes. Y. Matsuoka*, N. Kojima
Sheraton Waikiki
KahukuBioorthogonal Chemistry: Tools andApplications in Chemical Biology (#343)

Organized by: J. Pezacki, Q. Lin, M. Finn,
I. Hamachi, P. Chen
Presiding: P. Chen, I. Hamachi, Q. Lin,
J. Pezacki
8:00 Welcome and Introductory Remarks
8:05 – 400. Bioorthogonal chemistry for biology and drug development.
C.R. Bertozzi
8:45 – 401. Site-specific ADC generation using SMARTag™ technology. D. Rabuka
9:15 – 402. Metabolic labeling of polysialic
acids in living primary hippocampal neurons by tissue-based system. J. Choi*,
K. kang*, S. Joo*, I. Choi*
9:35 – 403. Novel tetrazine-mediated transfer reaction probes for turnover-amplified
detection of biological nucleic acid targets. B.T. Cisneros*, H. Wu,
N.K. Devaraj
9:55 coffee break
10:10 – 404. Interfacial bioorthogonal chemistry based on tetrazine ligations withtrans-cycloalkenes. J. Fox*
10:50 – 405. Identifying prostate cancer biomarkers by profiling glycoproteins in human prostate tissue. D. Spiciarich,
S.L. Maund, S.C. Purcell, D.M. Peehl,
C.R. Bertozzi*
11:10 – 406. Transition-metal-mediated uncaging in living human cells – an emerging alternative to photolabile protecting
groups. T. Völker, E. Meggers*
11:30 – 407. Bioorthogonal elimination reaction-mediated protein decaging in living
cells. P. Chen*
Sheraton Waikiki
Molokai
Small Molecule Interactions in
Biomembranes (#418)

TECHNICAL PROGRAM
10:40 – 412. Head group-selective interaction of cations and sugars with phospholipids in multiple component bilayer systems. S. Matsuoka*
11:00 – 413. Design, synthesis, and biological evaluation of fluorinated bafilomycin
analogs as an NMR probe to analyze theinteraction with vacuolar-type ATPase.
H. Tsuchikawa, H. Shibata, T. Hayashi,
S. Hanashima, N. Matsumori, M. Murata*,
T. Usui
11:20 – 414. Mycolactone, a membrane perturbing bacterial toxin, behaves as a linactant. C. Lopez, B. Swanson,
J. Swanson, G. Gnanakaran
11:40 – 415. Structure and function of heronamides, polyene macrolactams frommarine-derived actinomycetes.
S. Nishimura, R. Sugiyama, K. Fujita,
S. Ito, K. Sakanishi, Y. Iwabuchi,
N. Kanoh, N. Matsumori, H. Kakeya

Thursday Afternoon
Sheraton Waikiki
Kohala/Kona
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: H. Suga
13:00 – 416. Rapid way for the discovery ofmacrocyclic peptide drug leads.
H. Suga*
13:30 – 417. In vitro selection for a cocrystallization ligand of a eukaryotic P-glycoprotein homolog. C.J. Hipolito, A. Kodan,
T. Yamaguchi, Y. Kimura, K. Ueda,
H. Kato, H. Suga*
13:50 – 418. Structural diversity of catalytic
antibody light chains (Antigenases) andthe solving method. T. Uda,
S. Matsumoto, H. NAKASHIMA,
S. Itonaga, E. Hifumi*
14:10 – 419. Cryptand library construction
via the 10BASEd-T for specific binding
toward a cancer-related protein.
M. Kazuto, M. Taki*
14:30 – 420. Application of selenopeptides
as the active-site models of selenoenzymes. M. Iwaoka
14:50 – 421. Development of selective peptide catalysts having secondary structures. K. Kudo*, K. Akagawa
15:20 – 422. Unrecognized amidation reactivity of propargyl esters and its biologicalapplications. K.K. Vong, K. Tanaka*
15:40 – 423. Identification and characterization of human sORF-encoded polypeptides. A. Saghatelian
16:10 – 424. Circular permutation: Database,prediction, and design. P. Lyu*
16:40 – 425. Site-specific investigation of OGlcNAc modifications using synthetic
proteins. M.R. Pratt
17:00 – 426. Synthesis of sulfotyrosine containing peptides by incorporating flurosulfated tyrosine using an Fmoc solid-phasestrategy. j.w. kelly*, W. Chen, j. dong,
K.B. SharplessRoyal Hawaiian
Regency II
New Platforms for Natural Products
Discovery (#18)

Organized by: M. Murata, M. Burke, J. Yu
Presiding: J. Yu

Organized by: G. Carter, R. Andersen,
B. Copp, S. Matsunaga
Presiding: R. Andersen

8:00 – 408. Making molecular prosthetics
from membrane-active small molecules.
M. Burke*
8:40 – 409. Small molecule interactions withmembrane sterols. N. Matsumori,Y. Umegawa, Y. Nakagawa, R. Espiritu,
M. Murata
9:20 – 410. Phospholipid and sterol interactions by solid-state NMR: Roles in bloodclotting and antifungal drug mechanisms.
C.M. Rienstra*
10:00 – 411. Molecular aspects of Amphotericin B mode of action. M. Baginski*

13:00 – 427. Discovery and biological characterization of natural products with potent cytoxocity against non-small celllung cancer. J.B. MacMillan*,
D. Colosimo, N. Oswald
13:35 – 428. Microbial biodiscovery: Valuing
the new, the known, the broken and theunknown. R.J. Capon*
14:10 – 429. From marine toxins to promising anticancer agents through mechanistic insight and medicinal chemistry.
H. Luesch
14:45 Break

220 –TECH

15:15 – 430. Synthesis of the natural productmarthiapeptide A: A complex heterocyclic containing macrocycle.
s.r. mcalpine*, Y. Zhang, A. Islam
15:50 – 431. Potentiating the activities ofmonoclonal antibodies for cancer and inflammatory disease treatment. P. Senter
16:25 – 432. Chemical and biochemical
studies of alkaloids from marine invertebrates. T.F. Molinski*

16:10 – 449. OH-seq: A new method to produce a whole-genome map of chromosome topography. T. Tullius, C. Chiang,
S.C. Parker
16:40 – 450. Design and synthesis of peptidic probes for polycomb group proteins
upregulated in stem cells and prostatecancer. N.H. Milosevich*, M. Gignac,
C. Simhadri, N. Prashar, R. Flemmer,
J. Li, C. Croft, L. Bai, R. Kratofil, F. Hof

Sheraton Waikiki
Ewa

Royal Hawaiian
Regency III

Characterization and Applications of Food
Enzymes (#59)

Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

Organized by: F. Chen, F. Chen, H. Ni,
Y. LeePresiding: F. Chen, B.J. Savary, J. Wu

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada
Presiding: M. Ikura

13:00 Introductory Remarks
13:05 – 433. Enzymology, structural characterization, and emerging applications of
the thermally-tolerant Citrus fruit pectin
methylesterase. B. Savary*, J.C. Tovar,
P. Vasu, R. Cameron
13:35 – 434. Application of proteases in preparing bioactive peptides. J. Wu*
13:55 – 435. cDNA cloning of ␤-glucosidase
gene from Tricholoma matsutake.
H. Onuma*, Y. Fukuta, M. Kusuda,
T. Terashita, N. Shirasaka
14:15 – 436. Biochemical characterization of
an intracellular 6G-fructofuranosidasefrom Xanthophyllomyces dendrorhousand its application in production of neofructooligosaccharides (neo-FOSs).
P. Wang*, X. Xu, J. Chen, Z. Jin
14:35 – 437. Free astaxanthin preparation bylipase/astaxanthin esterase co-hydrolysis
of its esters from Haematococcus pluvialis oil. X. Mao*, H. Dong, C. Xue
14:55 Session Break
15:05 – 438. Biochemical characterization of
two novel chitinases from Paenibacillus
barengoltzii suitable for the production of
N-acetyl glucosamine and N-acetyl chitobiose. Z. Jiang
15:35 – 439. Enzymatic synthesis of dipeptide valyl-glycine using L-amino acid esterase. T. Tanaka*, M. Wakayama
15:55 – 440. Endogenous proteases andtheir inhibitors during autolysis of sea cucumber Stichopus japonicus. L. Sun*,
B. Zhu*, M. Yu, Y. Ma, H. Hou, G. Zhang
16:15 – 441. Internal amino-acid sequenceof pigment from Pleurotus salmoneostramineus. Y. Fujii, Y. Fukuta,
N. Shirasaka
16:35 – 442. Laccase: Fermentation processintensification and purification by functional magnetic nanoparticles. C. Liu*

13:00 – 451. Conformational dynamics inprotein function: Comparisons of mesophilic and thermophilic ribonuclease H
enzymes. A.G. Palmer*
13:30 – 452. Large-amplitude, slow breathing motions in proteins: New insights forthe dynamics of protein interiors and protein-ligand interfaces. M. Kainosho
14:00 – 453. Are intrinsically disordered protein termini important to biological function: Real or imaginary?. B.D. Sykes
14:30 – 454. Direct observation of hierarchical protein dynamics. J. Lewandowski,
M. Halse, M. Blackledge, L. Emsley
14:45 BREAK
15:00 – 455. Structural basis for antibody
recognition of an intrinsically disorderedantigen. R.S. Norton
15:30 – 456. Structural dynamics and theirfunctional implications of the intrinsicallydisordered regions (IDRs) in transcription
regulatory proteins. S. Tate
16:00 – 457. NMR characterization of dynamic conformational ensembles and interactions of carbohydrate chains.
K. Kato*16:30 – 458. High fidelity protein dynamic
properties analysis using nuclear magnetic resonance. C. Tian*, Y. Xiong
16:45 – 459. Slow conformational switch in a
dynamic transactivation domain regulatesthe 24-hour circadian clock.
C.L. Partch*

Sheraton Waikiki
Kauai
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang
Presiding: H. Lin
13:00 – 443. Reversible RNA and DNA methylation in gene expression regulation.
C. He
13:30 – 444. Chemical technology for analysis of DNA epigenetic modification.
A. Okamoto*
14:00 – 445. Toward small-nolecule nonnucleoside inhibitors of DNA methyltransferases. A. Gagnon*
14:30 – 446. Selective inhibition of EZH2 by
EPZ-6438 as personalized cancer therapy. T. Owa*
15:00 Break
15:10 – 447. Regulation of the core premRNA splicing machinery by MYC andPRMT5 is essential to sustain lymphomagenesis. E. GUCCIONE
15:40 – 448. Discovery of selective protein
arginine methyltransferase 5 (PRMT5) inhibitors and biological evaluations.
S. Yang

Royal Hawaiian
Regency I
Enzyme Engineering and Biocatalysis
Applications (#222)

Organized by: J. Pelletier, S. Lutz,
B. Kim, R. Kazlauskas, N. Itoh
Presiding: B. Kim
13:00 – 460. Development of enzyme-loaded
polymeric nanocapsules as a versatile
platform for enzyme applications: Effectof co-encapsulation of neutral macromolecules. Y. Sakamura, H. Tang, T. Mori,
Y. Katayama, A. Kishimura*
13:20 – 461. Engineering the dynamics inenzymes for reducing the product inhibition by facilitating the product release.
H. Kim*
14:00 – 462. Methyltransferase engineering:
Using substrate analogs to turn alkylators
into oxidizers. K.C. Catcott*, Z. Zhou

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
14:20 – 463. Directed-ish evolution: Engineering bacterial nitroreductases as tools
for cancer gene therapy and cell biology.
E. Williams, J. Copp, R. Little,
A. Patterson, J. Smaill, J. Mumm,
D. Ackerley*
14:40 COFFEE BREAK
14:50 – 464. Making biorefineries more costeffective by on-site enzyme production.
B.K. Ahring*
15:10 – 465. Progress toward a near-universal optogenetic activation strategy basedon genetically “caged” proteins.
R.E. Campbell*
15:50 – 466. Robust NAD(P)H regeneratorsfor biotransformation. M. Hayashi*,
H. Yamamoto
16:10 – 467. Recombinant myriococcum
thermophilium cellobiose dehydrogenase
possessing increased oxygen reactivity:
Application in antimicrobial composites.
G. Tegl*, B. Thallinger, B. Beer,
C. Sygmund, R. Ludwig,
G.S. Nyanhongo, G.M. Guebitz
Sheraton Waikiki
Lanai
Carbohydrate Recognition in Health andDisease (#342)

Organized by: G. Boons, Y. Ito,
A. Demchenko, D. Vocadlo
13:00 – 468. O-GlcNAc occurs cotranslationally to stabilize nascent polypeptides.
Y. Zhu, T. Liu, S. Cecioni, L. Eskandari,
W. Zandberg, L. Willems, D.J. Vocadlo*
13:30 – 469. Targeting virus-host cell interactions for drug and vaccine discovery.
M. von Itzstein
14:00 – 470. Carbocyclic carbohydrate mimics as inhibitors and inactivators of glycoside hydrolases. A. Bennet*,
C. Adamson, R. Britton, S. Mohan
14:30 – 471. Effects of glycosylation on an
immunodominant region of the HIV-1 envelope protein. J. Tian, C. Lopez,
C. Derdeyn, B. Korber, G. Gnanakaran*
14:45 break
15:00 – 472. Exploring and exploiting carbohydrate-lectin interactions. X. Liu*
15:30 – 473. Probing specific cell-surface
carbohydrate-protein interactions.
S. Hung*
16:00 – 474. O-protecting groups in sialylation reactions: Scope and limitations.
C. De Meo*
16:30 – 475. Stereoselective construction ofchallenging glycosidic linkages via anomeric O-alkylation. J. Zhu

16:10 – 482. Bioorthogonal CuAAC-based
hemoglobin-hemoglobin coupling optimized by regioselective serial cross-llnking. R. Kluger*, S. Singh
16:30 – 483. Diazo compounds: Versatile reagents for chemical biology and pharmacology. R.T. Raines*
Sheraton Waikiki
Molokai
Small Molecule Interactions in
Biomembranes (#418)

Organized by: M. Murata, M. Burke, J. Yu
Presiding: M. Burke
13:00 – 484. Helix-loop-helix motif of amphipathic LK peptides as a nanomolar inhibitor of HIV-1 transcription. S. Jang*,
Y. Lee, M. Baba, J. Yu
13:20 – 485. Solid-state NMR investigationsof membrane-curvature induction by viralproteins. M. Hong*, H. Yao, Y. Yang,
T. Wang
14:00 – 486. Exploiting hemolytic amphiphilic peptides as a design template for cytosolic antibody delivery. S. Futaki
14:40 – 487. Membrane permeability and ion
transport across the cell membranes induced by binol-functionalized ion transporters. A. Hébert, A.R. Schmitzer*
15:00 – 488. Interaction between transmembrane model peptides and ladder shaped
polycyclic ethers (LSPs). K. Yamada,
M. Satake*, S. Fukuzawa, K. Tachibana,M. Murata, T. Hara
15:20 – 489. Mechanism of self-assembly ofa transmembrane pore triggered by specific biomembranes. K. Tanaka,
J.M. Caaveiro, K. Morante, K. Tsumoto*
15:40 – 490. Study of synthetic membrane
perturbing peptides incorporating crownether by oriented circular dichroism. P.
Paquet-Côté*, J. Buerck, A. Ulrich, N.
Voyer
16:00 – 491. Synergistic role of lipids andpeptides in controlling membrane dynamics. E.G. Kelley, A.C. Woodka,
M. Ohl, P.D. Butler, M. Nagao
16:20 – 492. Novel technique for forming
supported anionic lipid membranes
through vesicle fusion and an investigation of its interactions with chrysophsin-3.
T.A. Camesano*, K. Wang, R. Nagarajan
16:40 – 493. Umbrella rotaxanes and theirtransmembrane transport properties:
Transport of small anions and biologicalactive macrocycles. J. Kempf,
A.R. Schmitzer*

Thursday Evening
Sheraton Waikiki
KahukuBioorthogonal Chemistry: Tools andApplications in Chemical Biology (#343)

Organized by: J. Pezacki, Q. Lin, M. Finn,
I. Hamachi, P. Chen
Presiding: P. Chen, I. Hamachi, Q. Lin,
J. Pezacki
13:00 Introduction
13:05 – 476. Sugars and proteins: Toward asynthetic biology. B.G. Davis*
13:45 – 477. Optimizing the tetrazole-based
photoclick chemistry for biological applications. Z. Yu, C.P. Ramil,
T. Lewandowski, Q. Lin*
14:15 – 478. Template-assisted bioorthogonal photopolymerization of molecularglue for site-selective manipulation of biological events. J. Hatano*, K. Okuro*,
T. Aida*14:35 – 479. Acyl-acyl carrier protein synthetases: A versatile tool. K. Finzel, J. Beld,
M. Burkart
14:55 Coffee Break
15:10 – 480. Site-specific labeling and cellular delivery of functional proteins.
C.P. Hackenberger
15:50 – 481. Enzymatic protein modification
using protein farnesyltransferase for biotechnology applications. M. Distefano,J.K. Dozier, M. Rashidian

Hawaii Convention CenterHalls I, II, III
New Platforms for Natural Products
Discovery (#18)

Organized by: G. Carter, R. Andersen,
B. Copp, S. Matsunaga
Presiding: G. Carter
Poster Session
19:00 – 21:00
494. Automated genomes-to-natural products platform. C. Johnston, M. Skinnider,
M. Wyatt, X. Li, L. Yang, D. Zechel, B. Ma,
N. Magarvey*
495. Basic research for the evaluation ofnovel apoptosis-inducing anti-tumor
agent based on the binding inhibition ofsurvivin and HBXIP. Y. Hasebe,T. Saitoh, T. Takamura, Y. Iida*
496. Investigation of the products of transformation of Stemodin analogs by Beauveria bassiana ATCC 7159 to generate an
active site model of its cytochrome P450
enzyme. G.G. Williams*
497. New polyketides from dinoflagellate
Amphidinium sp. T. Kubota*, T. Iwai,
H. Sato, J. Kobayashi*
498. Construction of HAS2-GFP fusion vector for analysis of HAS2 intracellular localization. S. Tokioka, T. Ide, Y. Iida*
499. Elucidation of inhibition of apoptosis forthe survivin-interaction with use of yeast
two-hybrid method. T. Saitoh*,
Y. Hasebe, T. Takamura, Y. Iida

500. Investigation of autolytic enzyme for antifungal agent. A. Kida, Y. Iida*
501. Study of fungal biotransformations on
terpenoid substrates using alginate-immobilized filamentous fungi.
M.A. Collins, P.B. Reese*502. Goadsporin, a peptidic natural productwhich induces secondary metabolism in
actinomycetes. T. Ozaki, S. Asamizu,
H. Onaka*
503. Evaluation of the In vitro schistosomicidal activity of Brazilian ascidians.
M.E. Ribeiro, J.P. Batista,
L.G. Magalhães, G.M. Dias,
M.L. Andrade e Silva, W.R. Cunha,
P.M. Pauletti, V.H. Woolner, A.J. Singh,
P.T. Northcote, A.H. Januario504. Effect of endophytic fungal associations
on the chemical profile of Vochysia divergens seedlings. L.P. Pimenta,
L.C. Kellner Filho, B.A. Soares Parpinelli,k.A. Siqueira, M.A. Soares, R.M. Costa,
R.L. Tame Parreira, R.C. Sola Veneziani,
M.L. Andrade e Silva, W.R. Cunha,
P.M. Pauletti, A.H. Januario505. Evalution of hyaluronan production by
HAS2 inducung compounds from Atractylodis lanseae. Y. Hosaka, Y. Iida*,
Y. Nakamura, M. Naruoka
Hawaii Convention CenterHalls I, II, III
Characterization and Applications of Food
Enzymes (#59)

Organized by: F. Chen, F. Chen, H. Ni,
Y. LeePresiding: F. Chen
Poster Session
19:00 – 21:00
506. Extracellular production of recombinantBacillus deramificans pullulanase in
Brevibacillus brevi. X. Duan, C. Zou,
J. Wu
507. Identification and analysis of antigenic
epitopes of arginine kinase from Scyllaparamamosain. L. Guang-Ming
508. Study on the enzyme related with GABA
formation in Lentinula edodes.
K. Iwamoto, Y. Fukuta, N. Shirasaka
509. Influence of probiotic fermentation on
the efficacy components of fruit and vegetable. T. Xiong
510. Alkaline protease expressed by a recombinant strain and immobilization in
microcapsules. S. Lin*, M. Zhang,
R. Liang, J. Liu
511. Activation and conformational changesof mushroom polyphenoloxidase by highpressure microfluidization treatment.
C. Liu*, W. Liu, J. Chen, J. Liu, Y. Yejun,
J. Wan, W. Liu
512. Purification and cDNA cloning of ␤-xylosidase from Tricholoma matsutake.
k. kamei*, Y. Fukuta, M. Kusuda,
T. Terashita, N. Shirasaka
513. Purification and characterization ofD-amino acid oxidases from Aspergillus
sp. GI-3. A. Kariyone*, S. Yano,
K. Takagi, M. Wakayama
514. Enhancing extracellular production ofStreptomyces sp. FA1 xylanase by co-expression with phospholipase C. L. Su,
J. Wu
Sheraton Waikiki
Kauai

20:40 – 519. Bioorthogonal chemical probes
of protein acetylation. Y. Zheng*
Sheraton Waikiki
Waialua
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada
Presiding: G. Otting
19:00 – 520. Exploiting chemical shifts and
RDCs in the study of structured and intrinsically disordered proteins. A. Bax*,
Y. Shen, N. Sgourakis, A. Mantsyzov,
J. Ying, J. Roche
19:30 – 521. Chemical tags for protein NMR
spectroscopy. G. Otting*
20:00 – 522. PRE and PCS techniques utilized for high-resolution protein structure
determination. C. Kojima*
20:15 – 523. NMR experiments for proteinsat high-magnetic field strength.
R. Ishima*
20:30 – 524. Study of cancer metabolism inreal-time with Live NMR metabolomics.
S. Park
20:45 – 525. Computational and experimental studies of CH and NH isotopic exchange effects on 13C NMR spectra ofsmall, rigid peptides. E.M. Kleist*,
B. Hudson
Hawaii Convention CenterHalls I, II, III
Enzyme Engineering and Biocatalysis
Applications (#222)

Organized by: J. Pelletier, S. Lutz,
B. Kim, R. Kazlauskas, N. Itoh
Presiding: J. Pelletier
Poster Session
19:00 – 21:00
526. Super catalytic antibody light chains(Antigenase) capable of suppressing theinfection of influenza virus. E. Hifumi*,
T. Uda, M. Arakawa
527. Engineering a glucose-sensitive regulator. F. Wong*, K.J. Png , M.M. Zhang
528. Biocatalytic approach for enhancementof antimicrobial activity of 7,10-dihydroxy-8(E)-octadecenoic acid. I. Choi,
H. Sohn, C. Hou, H. Kim*
529. Riboregulation of gene expression in
Synechococcus elongatus PCC7942.
D.T. Fox, M. Krishnamurthy, T. Kern,
M.K. DeAguero, S. Hennelly, T. Dale,
S.N. Twary, S.R. Starkenburg,
R. Marti-Arbona, K. Sanbonmatsu*,
C. Unkefer*
530. Modular multi-enzyme cascade reactions using highly stabilized enzyme microbeads. M. Gu*
531. Modeling of enhanced catalysis in multienzyme nanostructures: Effect of molecular scaffolds, spatial organization, andconcentration. C. Chang*, C. Roberts
532. Creation of hypermultivalent protein
polymer using horseradish peroxidase
mediated tyrosyl radical coupling reaction. K. Minamihata, S. Yamaguchi,
K. Nakajima, T. Nagamune
533. Effect of hydrothermal dissolution on
the rate of enzymatic hydrolysis.
M. Kanna, Y. Fukutomi, Y. Matsumura

Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang
Presiding: M. Yoshida
19:00 – 515. CoREST in peace: Adventuresin epigenetics drug discovery. P. Cole*,
J.H. Kalin
19:30 – 516. Integrative chemical biology approaches to study histone posttranslational modifications. X.D. Li*
19:55 – 517. Sirtuins and novel protein posttranslational modifications. H. Lin*
20:20 – 518. New insights into protein acetylation from chemoproteomics. J.L. Meier* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–22107 – BIOL
534. Efficient conversion of genomic promoter region by genome engineering systems. W. Nomura*, H. Tamamura
535. CorNet: Correlated mutation network
analysis combined with structure and literature data to guide smart library design.
H. Joosten*536. Expression of a cloned alcohol oxidase
gene from Ochrobactrum sp. AIU 033:
Glyoxylate production from glycolate using resting cells of recombinant Escherichia coli. M. Yamada*, H. Muto,
K. Isobe
537. Lipase-catalyzed stereoselective transesterification of 2-methylcycloalkanols.
K. Ashida, C. Yamamoto, K. Hiraiwa,
C. Fujiwara, Y. Utaka, T. Kitayama
538. Thymidine phosphorylase synthesis of
nucleosides labeled with three types ofmarkers. N. Terado, A. Hatano
539. Screening for cyclic dipeptide-producing fungi using enzymatic conversion bycyclo(Leu-Phe) oxidase. M. Tokushima,
K. Takahashi, Y. Fukuda, T. Nitoda,
H. Kanzaki*
540. Identification and characterization ofphysiologically active ␥-glutamyltranspeptidase in Pseudomonas aeruginosa
PAO1. M. Wakayama*, Y. Nonomura,
K. Takagi, S. Yano
541. Approach for an alignment of chaperonin GroEL complexes encapsulating
metal nanoparticles. H. Yoda,
O. Yamamoto, A. Koike-Takeshita*
542. Expression and site-directed mutagenesis of the highly stable royal palm peroxidase in Pichia pastoris. H. Zhao*, Q.X. Li
543. Inhibition studies of LL-diaminopimelate aminotransferases (DapL).
E.M. Rodriguez-Lopez*, J.C. Vederas
544. Quantification of free heme by using asensor based on fluorescently labeledheme oxygenase-1. Y. Nakashima,
J. Taira, Y. Higashimoto, S. Sueda,
H. Komatsu, H. Sakamoto*545. Pros and cons between whole-cell microorganisms and Chiralscreen® in thequest of best biocatalyst for asymmetric
reduction. R. Tsunekawa, N. Natori,
M. Hataoka, S. Sakurai, K. Hanaya,
M. Shoji, T. Sugai*
546. Effect of alkyl tail length of allylic substrate analogs to the enantioselectivity offarnesyl pyrophosphate synthase from
Geobacillus stearothermophilus.
P.Y. Samori, Y. Yoshida, M. Kusakari,
S. Murakami, B. Hatano, N. Ohya,
T. Kijima
547. Comparative study of transglycosylation and hydrolysis activities of ␤-glucosidases from different organisms.
S. Suganuma, M. Terasaka,
Y. Hayakawa, T. Nitoda, H. Kanzaki*
548. Construction of cassette mutagenesis
library for esterase containing GGGX-motif. R. Momma, S. Yoshida, N. Kawakami,
K. Miyamoto
549. Engineering increased activity of the
key degradative enzyme chlorocatechol
1,2-dioxygenase from Burkholderia xenovorans LB400. M. Muthu*,
G. Lloyd Jones*
550. High performance hybrid nano-cellulosome design with the synergy effect-inductivity in cellulase activity between different CBD. H. Nakazawa, I. Okada,
Y. Ishigaki, E. Kobayashi, M. Umetsu
551. Recognition of remote stereogenic center in lipase-mediated kinetic resolutionof 1,3-benzodioxols, useful scaffold ofchiral derivatizing reagents. N. Natori,
M. Shoji, T. Sugai, K. Hanaya*
552. Construction of GroEL-GFP protein
which holds the chaperonin function: A
tool to study elucidation of GroEL molecular mechanism in vivo. Y. Nishimura,T. Niwa, H. Taguchi, A. Koike-Takeshita*
553. Detection of dopamine on glassy carbon electrode modified by using tyrosinase and multiwalled carbon nanotube.
D. Park*, S. Rahman*, H. Lee, S. Park,J. Park, G. Jeong, D. Kim

222–TECHTECHNICAL PROGRAM
554. Chemoenzymatic synthesis of bloodgroup antigens and development of highthroughput assays enables a platform forscreening blood group antigen-cleaving
enzymes. D. Kwan, I. Constantinescu,
R. Chapanian, M. Higgins, S. Ernst,
M. Kötzler, E. Samain, A. Boraston,
J. Kizhakkedathu, S.G. Withers*
555. Structural basis for BVMO substrateprofile and stereospecificity. B. Yachnin,
M. McEvoy, R. MacCuish, P. Lau,
A. Berghuis556. Chemoenzymatic synthesis of epoxydocosapentaeoic acids. K. Lee, J. Yang,
L. Cheruzel, B. Hammock*, A. Lewis
557. Expression of recombinant aryl alcoholoxidase from Trichoderma reesei.
Y. Maegaki, Y. Liu, K. Takeda,
M. Yoshida, N. NAKAMURA, H. Ohno
558. Screening of microorganisms fromflowers for high reducing ability of the aldehyde group of oleuropein aglycon.
S. Makio, T. Norimatsu, M. Jyo,
K. Kikuchi, T. Nitoda, H. Kanzaki*
559. Enzymatic removal of steryl glucosides
from biodiesel. H.G. Menzella560. Characterizing the thioesterase from
6-deoxyerythronolide B synthase: Stereoselective macrolide and macrodiolide
formation. T.P. Hari*, A. Pinto,
A.A. Caissie, C.N. Boddy
561. Identification of phenylmalonate metabolic pathway in Bordetella bronchiseptica KU1201. R. Hemmi*, S. Yoshida,
N. Kawakami, K. Miyamoto
562. Expansion of substrate scope of Candida antarctica lipase B toward bulky
phenylalkanols by liquid carbon dioxide.
H.N. Hoang*, T. Matsuda
563. Biochemical characterization of a novel
xylanase from rhizosphere microorganisms. M. Kanoh*, N. Kawakami,
S. Yoshida, K. Miyamoto
564. Genetic engineering of esterases to improve polyester hydrolysis.
K. Gitschtaler, D. Ribitsch,
S. Zitzenbacher, E. Herrero Acero,K. Gruber, G.M. Guebitz*
565. Biotransformation of flavonoid compounds using plant cultured cell.
Y. Fujitaka, T. Akashi, S. Kawamura,
T. Ono, K. Manabe, K. Ishihara,
N. Nakajima, H. Hamada
566. Screening of thermostable ␣-1,3-glucanase producing bacteria and characterization of the isolates. H. Fujiki*,
W. SUYOTHA, S. Yano, M. Wakayama
567. Design of a potent host for artificial
metal centers in assymetric Diels-Alderreactions. J. Fischer, F. Quitterer,
M. Groll, J. Eppinger*
568. Enzymatic route to one-component
thiol-alkene functional resins.
M. Finnveden, S. Nameer,
M. Johansson, M. Martinelle
569. Proteins and oligopeptides as green
catalysts for chiral epoxidations. C.
Bérubé*, C. Bouchard, N. Voyer
570. Biotransformation of stilbene compounds using plant cultured cells.
D. Uesugi, E. Noyama, M. Araki,
N. Nakayama, S. Okada, S. Ozaki,
K. Shimoda, N. Kubota, H. Hamada
571. Identification of novel cupredoxin homologs using overlapped conserved residues based approach. A. Goyal,
K. Hwang, J. Kim*, S. Lee*
572. Fluorescence-based kinetic assay forhigh-throughput discovery and engineering of stereoselective ␻-transaminases.
H. Land*, T. Scheidt, M. Anderson,
Y. Chen, P. Berglund, D. Yi, W. Fessner
573. Glucose-driven chemo-mechanical autonomous drug-release system toward
feedback control of blood glucose in diabetes. R. XIE, K. Kurihara,
M. Munkhbayar, K. Toma, T. Arakawa,
K. Mitsubayashi*
574. Engineering of Photobacterium Lipolyticum M37 lipase to increase catalytic activity for efficient production of biodiesel.
K. Yang, S. Jung, J. Lee, B. Sung,
H. Kim, S. Kim

575. Accurate detection and manipulation of
adenylation domain functions in nonribosomal peptide synthetases by an enzyme-linked immunosorbent assay system using active site-directed probes foradenylation domains. F. Ishikawa*,
K. Miyamoto, S. Konno, S. Kasai,
H. Kakeya*
576. Enzymatic synthesis of chiral ␥-aminoacids Using ␻-transaminase. H. Yun
577. Synthesis of chitin/chitosan stereoisomers by phosphorylase-catalyzed enzymatic polymerization. K. Yamashita,
R. Shimohigoshi, K. Yamamoto,J. Kadokawa*
578. Development of biosensor system bydegradation of azo dyes using azoreductase from Geobacillus stearothermophilus. N. Suzuki*, T. Ooi, S. Murakami,
B. Hatano, T. Kijima
579. Investigating the sulfur incorporation
mechanism into biotin. D.L. Tran*,
J.T. Jarrett
580. Bioproduction of optically pure (S)-epoxides using styrene monooxygenase of
Rhodococcus sp. ST-10 expressed in organic solvent-tolerant microorganism.
H. Toda, N. Itoh*581. Design of an artificial cellulase with cellulose-binding DNA aptamer.
M. Takahara*, Y. Mori, G.A. Gonçalves,
H. Nakazawa, M. Umetsu, N. Kamiya
582. Characterizing and modifying archaeal
prephenate dehydrogenases for efficientbiocatalysis in tyrosine biosynthesis.
I. Shlaifer*, J.L. Turnbull*
583. Isolation of bacterial expansins and enhancement of cellulose saccharification.
F. SUMISA*
584. Asymmetric nitroaldol reactions of aromatic aldehydes using human serum albumin. S. Asakura, T. Shimoda,
K. Matsumoto*585. Generation of functionally and structurally distinct Rhizopus oryzae lipase
through protein folding memory.
A. Satomura, K. Kuroda, M. Ueda
586. Kaurene production in recombinant
Escherichia coli. P. Lee, M. Kong
587. Accelerated protein engineering using
cell-free transcription-translation systems. L.T. Quertinmont*, S. Lutz
588. Ionic liquid-type activating agents forthe lipase-catalyzed reaction.
T. Nishihara*, Y. Matsubara, Y. Fukaya,
T. Nokami, T. Itoh589. Enzymatic production of dicarboxylic
acids by combining an enzyme fromPhialemonium sp. AIU 274 oxidizing the␻-amino group in ␻-amino compounds
and an aldehyde oxidase from Pseudomonas sp. AIU 362. M. Ooe,
M. Yamada*, W. Hojo, T. Yamashita,
K. Isobe
590. Enhanced enantioselectivity of thermostable esterase from Archaeoglobus fulgidus toward (S)-ketoprofen ethyl ester using directed evolution andcharacterization of mutant esterases.
J. Kim*, E. Hong, H. Kang, Y. Ryu
591. Screening of gene-specific amplicons
from metagenomes for chiral biocatalysis. M. Kazama, S. Kariya, J. Kurokawa,H. Toda, N. Itoh*592. Ortho-hydroxylation of monophenolic
compounds by tyrosinase. B. Kim*,
S. Lee, J. Lee
593. Enzyme-mediated hydrolysis of aliphatic dicarboxylic acid diesters.
Y. Igawa, H. Ise, S. Ichinoseki,
A. Kobayashi, F. Maeda, K. Matsumoto*594. Facile dynamic kinetic resolution ofamino acid esters in organic media by enzymatic hydrolysis combined with racemases from Pseudomonas putida.
T. Kijima*, K. Shimizu, S. Murakami,
B. Hatano, N. Ohya595. Encapsulation of laccase and its biocatalysis in non-conventional media.
S. Kermasha*
596. Biocatalyst activity of entomogenous
fungi: Stereoselective reduction of carboynl compounds using tochukaso andrelated species. K. Ishihara, G. Hori,
N. Masuoka, H. Hamada, N. Nakajima

597. Thiol-functionalization of oligo- andpolysaccharides by phosphorylase-catalyzed enzymatic glycosylation. T. Jodoi,
R. Shimohigoshi, K. Yamamoto,J. Kadokawa*
598. Heterologous production and characterization of marine-derived tyrosinases inE. coli. Y. Choi599. Enzyme-assisted aqueous extraction of
pumpkin oil. G. Ustun, G. Balcioglu*,
M. Tuter
600. Preparation of chiral alcohols using actinobacteria: Biocatalyst activity of marine-derived actinomycetes. K. Ishihara*,
G. Hori, N. Masuoka, N. Nakajima,
H. Hamada601. Biotransformation of monoterpenoids
using plant cultured cell. S. Doi,
S. Takara, J. Akahori, K. Shimoda,
H. Hamada602. Cofactor-assisted protein folding in flavoenzymes. S. Iamurri*, S. Lutz
Hawaii Convention CenterHalls I, II, III
Carbohydrate Recognition in Health andDisease (#342)

Organized by: G. Boons, Y. Ito,
A. Demchenko, D. Vocadlo
Poster Session
19:00 – 21:00
603. Hexavalent glycoclusters having tris-bipyridine ferrous complex cores for probing intramolecular carbohydrate-carbohydrate interactions. Y. Nonaka,
T. Hasegawa*604. Synthesis and molecular recognition offerrocene carrying two GlcNAc units.
F. Dai, T. Hasegawa*605. Studies towards understanding the biosynthesis of the capsular polysaccharide
in Campylobacter jejuni. R.A. Ashmus,
A. Jayasuriya, C.Q. Wenzel,
C.M. Szymanski, T. Lowary
606. Probing interactions between cell wallbinding proteins and B. anthracis secondary cell wall polysaccharide usingsynthetic compounds. R.N. Chapman,
G. Boons*, L. Liu
607. Design and synthesis of potential influenza viral neuraminidases inhibitors
based on a fused cyclopropane scaffold.
C. Colombo, A. Bennet*, M.B. Pinto,
A. Bernardi
608. Elucidation of the essential elements forrecognition of anti-MUC1 antibodies.
F. Garcia-Martin*, G. Artigas,
E.J. Cabrita, H. Coelho, H. Hinou,
C. Leclerc, R. Lo-Man, F. Marcelo,
M. Takahiko, S. Nishimura
609. Discovery, characterization, and exploitation of the first sulfoquinovosidase.
G. Speciale, Y. Jin, G.J. Davies,
S.J. Williams, E.D. Goddard-Borger*
610. Novel approach in cancer immunotherapy: Using synthetic ␣-gal epitope to increase the immunogenicity of tumor antigens. L. Hao Sheng, Y. Manabe,
K. Tokunaga, N. Terao, S. Takamatsu,
M. Tanemura, E. Miyoshi*, F. Koichi*
611. Synthetic study of the polymer as multivalent bioprobe (V): Novel approach for
lectin detection using combination of theglycocluster effect and FRET in the fluorogenic glycopolymers. R. Hayama,
T. KOYAMA, K. Hatano, K. MATSUOKA** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
612. Structual and functional eveluation of
POMGnT1 modification using synthetic
glycopeptide. H. Hinou*, S. Kikuchi,
A. Seo, S. Nishimura
613. Computational modeling of carbohydrate recognition in norovirus capsid protein with Lewis antigen. T. Ishida*,
T. Kubota, H. Shirato
614. Synthesis of substrate for analysis ofhydrolysis reaction of ENGases. N. Ishii,
C. Sunaga, Y. Yoshimura, J. Kumada,Y. Matsuzaki, I. Matsuo
615. N-Glycosylation with synthetic undecaprenyl pyrophosphate-linked oligosaccharide to oligopeptides by PglB oligosaccharyltransferase from
Campylobacter jejuni. A. Ishiwata*,
Y. Taguchi, Y. Lee, T. Watanabe,
D. Kohda, Y. Ito
616. High throughput evaluations of carbohydrate-carbohydrate interactions by using fluorescence intensity distribution
analysis-polarization technique.
M. Iwamura, T. Hasegawa*617. Chemical synthesis of ubiquitinated glycoproteins having different protein conformation. M. Izumi*, H. Araki,
M. Tominaga, R. Okamoto, Y. Kajihara
618. Detection of Helicobacter pylori using
carbohydrate conjugates. J. Jeong,
S. Park, I. Shin*
619. Suppression of IL-6 production frommurine macrophages by phagocytosis
mediated by the specific C-type lectin receptor. Y. Kawauchi, N. Kojima*
620. Synthetic lectin (SL) arrays to target tumor associated carbohydrate antigens(TACAs) for the detection and management of cancer. J.J. Lavigne
621. Stereoselective synthesis of ␤-mannopyranosides in N-linked glycans. X. Li*,
H. Nguyen, J. Zhu
622. Rare sugars as potential inducers of therhamnose operon: Biotechnology andchemistry in the production of 6-deoxyhexoses and related monosaccharides.
Z. Liu*, C. Kelly, A. Yoshihara, K. Izumori,
M. Wormald, J.M. Otero-Casas,
A.M. Estevez-Reino, J. Heap, A. Kato,
S. Jenkinson, G.W. Fleet, R.J. Estevez
623. Synthesis and interactions of rhamnose
iminosugar mimics with the rhamnose
operon, rhamnosidases, and rhamnose
isomerase. Z. Liu*, C. Kelly, A. Yoshihara,
K. Izumori, M. Wormald,
J.M. Otero-Casas, A.M. Estevez-Reino,
J. Heap, A. Kato, I. Adachi, S. Jenkinson,
G.W. Fleet, R.J. Estevez
624. Analysis of endo ␣-mannosidase usingsynthetic glycan. I. Matsuo*, S. Iwamoto,Y. Yoshimura, N. Ishii, T. Utsui, A. Seko,
Y. Takeda, Y. Ito625. Synthesis of helical glyco-polyacetylene
for probing cation-induced carbohydratecarbohydrate interactions. R. Matsuoka,
T. Hasegawa*626. Molecular interaction between rhamnose and a bacteria recognition lectin.
S. Ng, Y. Lee, T. Fu, T. Wu, S. Sue, T. Pai,
M. Chang*
627. Chemical synthesis of inducible costimulator molecule (AILIM/ICOS) bearing
three complex-type oligosaccharides at
the native positions. H.M. NGUYEN,
M. Izumi, R. Okamoto, Y. Kajihara*
628. Structure analysis of glycosaminoglycan-type oligosaccharides elongated onsaccharide primers and investigation of
their priming abilities. Y. Otsuka*, T. Sato629. Synthesis of LacNAc derivatives used
for identification of specific lectin binders.
C. Park, I. Shin*
630. Inhibition of rotavirus adhesion protein
VP8* utilizing asymmetric human milk oligosaccharides. A. Prudden, S. Wang,
Z. Gao, L. Meng, K. Moremen, G. Boons*631. Targeting cancer’s sweet spot: Taking
advantage of a polymer platform. Q. Qin*
632. Complexation of PDI family protein
ERp29 with lectin chaperone calreticulin.
M. Sakono*, A. Seko, Y. Takeda, Y. Ito633. Novel ionic glyco-tools to harness theglycosynthetic machinery of live systems.
I. Sittel*, M.C. Galan
634. Glycation of bone matrix proteins andskeletal health. G.E. Sroga*, A. Siddula,
D. Vashishth635. Targeted labeling of glycans in B-cell
lymphoma with CD22 ligands. Y. Sun,
R. Xie, X. Chen*
636. Linear synthesis and immunologicalevaluation of monoglycosylated andpentaglycosylated MUC1 vaccine candidates for cancer. N.T. SUPEKAR,
A. Sirohiwal, S. Sarkar, M. Wolfert,
G. Boons*
637. Functional analysis of UDP-Glc: glycoprotein glucosyltransferase using synthetic substrates. Y. Takeda, A. Seko,
K. Ohara, M. Hachisu, K. Fujikawa,
N. Wang, Y. Ito*638. Synthetic study of Fc fragment by using
Boc SPPS and expression method.
M. Ueda, S. Imada, R. Okamoto,
M. Izumi, Y. Kajihara*
639. Syntheses of LacdiNAc-containing trisaccharides applying for antibody discovering. T. Utsui, S. Miyazawa, N. Ishii,
Y. Yoshimura, I. Matsuo
640. Chemoenzymatic synthesis of homogeneous glycoproteins for studying glycanmediated protein folding. N. Wang*,
A. Seko, Y. Takeda, Y. Ito*641. New family of 7-bladed bacterial familyof lectins. P. Sykorova, J. Novotna,
M. Pokorna, G. Demo, M. Wimmerova*
642. Sialic acid-modified nucleic acids thatbind to all kinds of influenza viruses.
M. Yamabe, D. Akamatsu, K. Kaihatsu,
N. Kato, Y. Ebara*643. Conformational dynamics of high-mannose-type oligosaccharides as studied by
NMR spectroscopy combined with molecular dynamics simulation.
T. Yamaguchi*, T. Satoh, T. Zhu,
K. Kato*644. Analysis for the mechanism of deposition and fibril formation of beta-amyloid
on lipid membrane. H. Yasumori,
T. Matsubara, R. Fukuda, N. Oikawa,
H. Hatsuta, M. Shigeo, A. Suzuki,
K. Yanagisawa, T. Sato*645. Structural elucidation of fucosylated
glycoepitops: Nonconventional C-H●●●O
hydrogen bonds contribute to a reductionof conformational flexibility. M. Zierke,
T. Aeschbacher, M. Schubert*, B. Ernst*
Hawaii Convention CenterHalls I, II, III
Bioorthogonal Chemistry: Tools andApplications in Chemical Biology (#343)

Organized by: J. Pezacki, Q. Lin, M. Finn,
I. Hamachi, P. Chen
Presiding: P. Chen, I. Hamachi, Q. Lin,
J. Pezacki
Poster Session
19:00 – 21:00
646. Spontaneous reconstitution of functional transmembrane proteins duringbioorthogonal phospholipid membrane
synthesis. C.M. Cole, R.J. Brea,
M. hardy, Y. Kim, J. Yang, N.K. Devaraj
647. Expanding the bioorthogonal chemistry
toolbox with click boronate formation.
B. Akgun, S. Bernard, D. Hall*648. New methods for living virus labelingbased on bioorthogonal chemistry.
H. XIE*, L. Huang, G. Lu
649. In vivo imaging of sialic acid in a zebrafish cancer model. N.A. Yee*,
A. Baldridge, C.R. Bertozzi
650. Azido-type selective reactions for molecular conjugation. T. Hosoya*,
S. Yoshida, A. Shiraishi, K. Kanno, I. Kii,
K. Johmoto, H. Uekusa, M. Hagiwara
651. Construction of 3D tissues containing
tubular structures by bioprinter.
Y. Takamura, M. Matsusaki, M. Akashi
652. Development of CHAD-Linkers fortheranostic multiplexed antibody constructs. R.A. Willand-Charnley,
C.R. Bertozzi
653. Development of histological evaluation
method for the analysis of 3D tissues
constructed by LbL technique. A. Hiura,
M. Matsusaki, M. Akashi
654. Electrochemical control of rapid
bioorthogonal tetrazine ligations for selective functionalization of microelectrodes. F. Ehret*, H. Wu, S.C. Alexander,
N.K. Devaraj

655. Exploration of novel methods for in situ
vesicle formation and linking them withgene expression. A. Bhattacharya*,
N.K. Devaraj
656. Fluorogenic RNA labeling facilitated byshort encoded recognition sequences atthe 3’ end of transcribed RNAs.
S.C. Alexander*, K.N. Busby,
N.K. Devaraj
657. In situ synthesis of fluorogenic
bioorthogonal tetrazine probes and its
application on bioorthogonal tetrazinemediated transfer reactions facilitate reaction turnover in nucleic acid-templated
detection of microRNA. H. Wu
658. Isotope targeted glycoproteomics (IsoTaG): A chemical proteomics platform for
N- and O-glycopeptide discovery.
C. Woo*, C.R. Bertozzi, A. Iavarone
659. ppGalNAcT protein substrate identification: Bump-hole engineering and substrate delivery. M.F. Debets*,
L. Wagner*, M. Ito, C.R. Bertozzi
660. Reassignment of a sense codon withunnatural amino acids. T. Yoo*, B. Lee,
S. Shin
661. Substituted PABC linkers to improvethe bioorthogonal activation rate and stability of prodrugs. S. Matikonda*,
F. Feidler, A.B. Gamble
662. Transient protection of strained alkynes
from click reaction via complexation withcopper. S. Yoshida*, Y. Hatakeyama,
K. Johmoto, H. Uekusa, T. Hosoya*
Hawaii Convention CenterHalls I, II, III
Small Molecule Interactions in
Biomembranes (#418)

Organized by: M. Murata, M. Burke, J. Yu
Presiding: M. Murata
Poster Session
19:00 – 21:00
663. Physical interactions of catechin derivatives with cell membrane models.
T. Matsuzaki*, H. Ito, V. Chevyreva,
A. Makky, S. Kaufmann, M. Suganuma,
S. Nakabayashi, H. Yoshikawa,M. Tanaka
664. Relationship of accumulation pattern ofamyloid ␤ protein on lipid planar membrane with fibril morphology.
M. Iwamura, T. Shimanouchi, S. Aoyagi,
Y. Kimura
665. Optimization and characterization ofsynthetic antimicrobial peptides.
N. Poulin, G. Simon, P. Paquet-Côté,
M. Auger, N. Voyer*
666. Design and synthesis of tetracaine derivatives as CNG channel blockers.
S. Kirk*, J. Neal, C. Gangan, S. Wax,
A. Andrade, K. Melich, J. Karpen
667. The more the merrier: C-terminus multimerization potentiates membrane permeability of the prototypical cell penetrating
peptide TATp. I. Monreal, D.S. Dalisay,
G. Wayman, H. Aguilar, J.P. Saludes*
668. Conjugation of methotrexate to cell
penetrating peptide enhances anti-inflammatory effect of the drug. S. Hyun,
Y. Choi, D. Kim, J. Ko, D. Chung*, J. Yu*
669. Are mechanosensitive channels involved in entry of streptmycin in to thebacterial cell?. K. Hashimoto*, I. YABE,
H. KAWASAKI
670. Interactions of small molecules on mutant N-methyl-D-aspartate (NMDA) receptors: Implications for epilepsy. B. Ito*,Y. Chen671. Susceptibility of the nAChR to inhibition
is regulated by a single amino acid residue in the TM2 region. E.K. Henze*,
Y. Chen, J. Huang

Friday Morning
Sheraton Waikiki
Kohala/Kona
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: W. Lubell
8:00 – 672. Advances in the synthesis andapplication of heterocycle turn mimics.
W. Lubell, N. Atmuri, M.K. Boukanoun,
J. Dufour-Gallant, X. Hou, D. Chatenet,
S. Chemtob
8:30 – 673. Synthetic, structural, and biological studies of peptides containing bulky
dehydroamino acids. S.L. Castle*
8:50 – 674. AApeptides: From structure tofunction. J. Cai
9:10 – 675. Combinatorial library screening
platform for rapid discovery and SAR ofprotein ligands. K. Pels*, D. Trader,
T. Kodadek
9:30 – 676. Optimization for robust and reliable high-throughput screening of beadbased peptide libraries. J. Jee*, S. Lee,
J. Lim, l. Gao, Y. Ong, J. Oon
9:50 Coffee Break
10:00 – 677. Flexible approaches for the selective C-terminal modification of peptides. P.E. Dawson*
10:30 – 678. Chemoselective Staudinger reactions for the synthesis of functional
peptide protein-conjugates.
C.P. Hackenberger*
10:50 – 679. New method for N-to-C direction peptide synthesis. C.A. Hutton*,
J.R. Cochrane, A. Pourvali
11:10 – 680. Sortase A as a tool for the enzymatic cyclization of disulfide-rich cyclic
peptides. D. Craik, X. Jia, Y. Huang,
L. Chan, J. Rosengren, C. Schroeder
Sheraton Waikiki
Molokai
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)

Organized by: S. Silverman, Z. Huang,
Y. Li, Y. Lu, H. Suga
Presiding: Y. Li
8:00 Opening remarks
8:05 – 681. RNA mango: A fluorophore-binding aptamer for single molecule visualization of RNA and native RNA/protein complex purification. S. Jeng, P.J. Unrau*,
S. Panchapakesan
8:30 – 682. DNA nanotechnology-based dynamic organization on the nano-bio interfaces. C. Fan
8:55 – 683. Achieving room temperature
DNA amplification by dialing in destabilization. B. Alladin-Mustan*,
J.M. Gibbs-Davis
9:15 – 684. Functional DNA nanotechnology:
Precise spatial and dynamic controls of
nanomaterials assembly and its applications in sensing, imaging, and targeted
drug delivery. Y. Lu*, L. Tan, J. Zhang,
H. Xing
9:40 – 685. DNA nanostructures for cellulardelivery of therapeutics. H. Sleiman*
10:05 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–223

07 – BIOL
10:20 – 686. Toward the development of oligonucleotide-based therapeutic drugs.
M.J. Damha*
10:45 – 687. Fine-tuning thermal stability
and pH sensitivity of i-motif DNA structures. R.M. Wadkins*, S.M. Reilly,
R.K. Morgan, T.A. Brooks
11:05 – 688. Selenium atom-specific functionalization for structure and function
studies of nucleic acid-protein complexes. R. Abdur , J. Gan, J. Salon,
Z. Huang*
11:30 – 689. Chemical biology of nucleic acids: DNA origami and artificial genetic
switch. H. Sugiyama*
Royal Hawaiian
Regency II
New Platforms for Natural Products
Discovery (#18)

Organized by: G. Carter, R. Andersen,
B. Copp, S. Matsunaga
Presiding: G. Carter
8:00 – 690. Stimulation of secondary metabolism in actinomycetes. B.A. Haltli,
F. Berrue, A. Grunwald, L. Liang,
N. Prigoda-Lee, E. McCauley, A. Sproule,
R.G. Kerr*
8:35 – 691. New methods for compound discovery in symbiosis. E.W. Schmidt
9:10 – 692. Metagenome mining of spongederived natural products. T. Wakimoto*
9:45 Break
10:15 – 693. Chemical diversity of limonoids
from mangrove plants. J. Wu*, L. Shen
10:50 – 694. Genomes to natural products
and back. N. Magarvey*, M. Skinnider,
G. Chen, C. Dejong, P. Rees
11:25 – 695. Sponge-metabolomics for the
discovery of new cytotoxic constituents.
K. Takada*
Hawaii Convention CenterHalls I, II, III
Biosynthesis of Natural Products (#27)

Organized by: I. Abe, B. Moore, D. Ro
Poster Session
10:00 – 12:00
696. De novo biosynthesis of terminal
alkyne-tagged natural products and applications. W. Zhang*
697. Functional and strctural analysis of
␤-amino acid-activating adenylation enzymes in macrolactam biosynthesis.
A. Miyanaga*, J. Cieslak, Y. Shinohara,
F. Kudo, T. Eguchi
698. Elucidation of pseurotin biosynthetic
pathway revealing the unexpected role ofglutathione S-transferase in natural product biosynthesis. Y. Tsunematsu*,
T. Yamamoto, H. Noguchi, K. Hotta,
K. Watanabe*699. Functional analysis of a new diterpene
biosynthetic gene cluster in Herpetosiphon aurantiacus. C. Nakano,
M. Oshima, N. Kurashima, T. Hoshino*
700. Aspoquinolone biosynthesis: Non-heme
dioxygenase catalyzes atypical oxidations of 6,7-bicycle to form 6,6-quinolone
core of viridicatin-type fungal alkaloid.
Y. Hirayama, K. Watanabe*, N. Ishikawa,
H. Noguchi, K. Hotta
701. Understanding the role of ketoreductase in polyketide biosynthesis. A. Garg,
D. Cane702. Oxidase domains in nonribosomal peptide synthesis: Probing the mechanism ofthiazole and oxazole formation.
T.L. Schneider*, J.W. Dronzek
703. Structure-function analyses of two
novel plant type III polyketide synthases
obtained from medicinal plant Evodia rutaecarpa. T. Kodama*, T. Matsui, T. Mori,
T. Tadakoshi, H. Noguchi, I. Abe,H. Morita*
704. Synthetic plant activator affect production of antifungal compounds by fluorescent pseudomonads as biocontrol agent.
N. Akiyama, K. Nara, N. Someya,
T. Ikeda, T. Morohoshi

224 –TECHTECHNICAL PROGRAM
705. Biosynthesis and characterization of thepolyketide antibiotic 2,4-diacetylphloroglucinol produced by plant-associatedpseudomonads. N. Ichimura*,
T. Yamaguchi, T. Yokotsuka, K. Nara,
N. Someya, T. Ikeda, T. Morohoshi*
706. Enzymatic syntheses of unnatural headto-tail pentacyclic triterpenes by sesquarterpene cyclase. W. Okamoto, T. Sato707. Cyclization of squalene from both termini: identification of an onoceroid synthaseand enzymatic synthesis of ambrein.
D. Ueda, T. Hoshino, T. Sato708. Enzyme-catalyzed stereoselective intramolecular Diels–Alder reaction in biosynthesis of decalin-containing natural products. M. Sato, F. Yagishita, T. Mino,N. Uchiyama, A. Patel, Y. Chooi, Y. Goda,
W. Xu, H. Noguchi, K. Hotta, K.N. Houk,
Y. Tang, K. Watanabe*709. Biosynthetic study on fungal
polyketides using Aspergillus oryzae heterologous expression system. T. Ugai,
A. Minami, R. Fujii, H. Oguri, H. Oikawa*
710. Characterization of PLP-dependent
3-aminobenzoate synthase PctV in pactamycin biosynthesis. A. Hirayama,
A. Miyanaga, F. Kudo, T. Eguchi*
711. Biosynthesis of antimycins with a reconstituted 3-formamidosalicylate pharmacophore in Escherichia coli. J. Liu,
W. Zhang
712. 1,3-Propanediol production from glycerol in engineered K. pneumoniae AJ4 byinactivating LPS biosynthesis-related
wabG gene. E. Hong*, J. Kim, S. Ha,
H. Kang, Y. Ryu
713. Functional identification of lycopene
␤-cyclase and ␤-carotene hydroxylase ina cyanobacterium Arthrospira platensis.
K. Sugiyama*, M. Ebisawa,
Y. Nagashima, H. Suzuki, S. Takaichi,
M. Yamada714. Substrate sequestration and proteinprotein interactions of NRPS PCPs.
M.J. Jaremko, D. Lee, M. Burkart*
715. Total biosynthetic study of antitumor
antibiotic ophiobolins using by Aspergillus oryzae heterologous expression system. K. Narita*, R. Chiba, A. Minami,
H. Oikawa
716. New enzyme involved in the control ofthe stereochemistry in the decalin formation during equisetin biosynthesis.
N. Kato, T. Nogawa, H. Hirota,
S. Takahashi, J. Jang, J. Ahn, H. OSADA
717. Detoxicification catabolism of chlorophylls among a secondary plant Euglenophyceae: Physiology and biochemical
processes. J. Kawahara, M. Maruyama,
Y. Kashiyama*, T. Suzaki, A. Yokoyama,
M. Nakazawa, T. Ishikawa, H. Tamiaki
718. Biosynthesis and efficient heterologous
production of haliangicin, the first marine
myxobacterial polyketide antibiotic.
Y. Sun, Z. Feng, T. Tsuge, J. Suh,
M. Ojika*
719. Biosynthetic study of alkyl citrate natural products. I. Takeuchi*, A. Minami,
H. Oikawa
720. Engineering a tandem acyl carrier protein domain in 6-deoxyerythronolide B
synthase. Z. Wang, C. Kim*
721. Reconstitution of biosynthetic machinery for highly elaborated indole diterpene
penitrem in Aspergillus oryzea.
L. Chengwei, K. Tagami, A. Minami,
T. Matsumoto, H. Oikawa
722. Rapid and efficient genome mining for
novel fungal metabolite. Y. Ye, A. Minami,
H. Oikawa
723. Biosynthesis and characterization of theantibiotic phenazine-1-carboxylate produced by plant-associated Pseudomonas
chlororaphis subsp. aurantiaca.
T. Morohoshi, N. Someya, T. Ikeda
724. Progress on chemoenzymatic total synthesis of albomycin ␦2. H. Kim*, J. An,
W. Song725. Characterization of the first bryophyte
isoprene synthase from the isopreneemitting moss Campylopus introflexus(heath star moss). A.T. Lantz,
J.F. Cardiello, T.A. Gee, M.G. Richards,
T.N. Rosenstiel, A. Fisher*

726. Improved astaxanthin productivity in
Haematococcus pluvialis by fungicide.
J. Lee, D. Vijayan, R. Praveenkumar,
B. Kim, K. Lee, Y. Oh*
727. Characterization of fatty acyl-CoA ligase for the biosynthesis of the extenderunit of reveromycin A. S. Takahashi,
T. Miyazawa, H. Osada
728. Precursor-directed biosynthesis of unnatural novel alkaloids by using a plant
type III polyketide synthase obtained
from Evodia rutaecarpa. T. Ito,
T. Kodama, H. Noguchi, I. Abe, H. Morita
729. Study on solution structure of an acyl
carrier protein domain from a highly reducing fungal iterative polyketide synthase and its interactions with an acyltransferase protein. W. Xu*, Y. Tang
730. Profiling of nonribosomal peptide synthetase activities using active site-directed proteomic probes for adenylation
domains. S. Konno, F. Ishikawa*,
T. Suzuki, N. Dohmae, H. Kakeya*
731. Characterization of the unusual enzymatic transformations in cylindrocyclophane biosynthesis. H. Nakamura,
E.P. Balskus*
732. Characterization of indole diterpene cyclase genes in yeast. m. tang, Y. Tang
733. Biosynthesis of the ortho-diazoquinone
secondary metabolite cremeomycin in
Streptomyces cremeus. Y. Sugai,
Y. Katsuyama, Y. Ohnishi*
734. Exploring novel peptide ligase orthologs in Actinobacteria.
Y. Ogasawara*, J. Kawata, M. Noike,
K. Furihata, T. Dairi
735. Exploring synthetic utility of natural
product glycoside biosynthetic enzymes
by genome mining, functional characterization, and combinatorial biosynthesis.
H. Chiu*
736. Structure-function analyses of novel indole prenyltransferases. T. Mori,
H. Morita, I. Abe*
737. Functional identification of ␨-carotene
isomerase (Z-ISO) in a cyanobacterium
Arthrospira platensis. K. Takahashi,
H. Fukuizumi, K. Shimizu, Y. Nagashima,
H. Suzuki, S. Takaichi, M. Yamada,K. Sugiyama*
738. Cloning of saprolmycin biosynthetic
gene cluster from Streptomyces sp.
TK08046. T. Kawasaki*, A. Moriyama,
K. Nakagawa, N. Imamura
739. Biosynthesis of methanobactins.
H. Wang*
Sheraton Waikiki
Ewa
Heat Shock Proteins: The Next Target in the
Disease Frontier (#91)

Organized by: P. Wipf, S. McAlpine,
P. PanPresiding: P. Pan
8:00 Opening Remarks
8:15 – 740. Why is inhibiting hsp90 function
via the C-terminus a highly effective oncogenic treatment when N-terminal inhibitors have failed?. s.r. mcalpine*,
Y. Wang, Y. Koay, l. Buckton
8:55 – 741. Role of Hsp 70 in the protective
effect of 17-DMAG on the heat stroke
rats and the possible mechanism of action. P. Cheng, C. Yang, Y. Tsai, M. Yen
9:35 – 742. Synthesis and mitochondrial targeting of Hsp70 inhibitors. P. Wipf*
10:15 – 743. Isolation of novel small molecule modulators of the Hsp70 molecularchaperone: A route to novel therapeutic
applications. J.L. Brodsky*
10:55 – 744. Amyloid diversity necessitates
chaperone functional complexity: A specific role for the yeast auxilin homolog
Swa2 in [URE3] prion propagation.
J.K. Hines*, E.M. Troisi, M.E. Rockman,
E.E. Oliver

Sheraton Waikiki
Kauai
Frontiers in Chromatin Biology andChemical Epigenetics/Epigenomics (#151)

Organized by: Y. Zheng, M. Yoshida,
H. Lin, H. Jiang, A. Cheryl, Y. NAKAO,
P. Cole, Y. Chang
Presiding: Y. Chang
8:00 – 745. Development of chemical tools
for imaging protein localization and epigenetic phenomena. K. Kikuchi*
8:30 – 746. Targeting PRMT5 for cancer
therapeutics. J. Park, K. Qian, Y. Zheng,
K. Malik*
8:55 – 747. Adipose stem cells: Potential for
metabolic reprogramming. S. Sugii
9:20 – 748. Direct lineage conversion of fibroblasts into oligodendrocyte progenitor
cells. J. Kim*, H. Lee*, M. Park, D. Nam,
M. Araúzo-Bravo, H. Zaehres
9:45 Break
9:55 – 749. Fluorescent smartprobes for live
cell imaging. M. Vendrell*
10:20 – 750. Understanding reprogrammingby pluripotent stem cell probe, CDy1.
S. Park, N. Kang, S. Yun, Y. Chang*
10:45 – 751. Understanding the functionalroles of histone methylation and acetylation. S.D. Taverna*
11:10 – 752. YcgC represents a new protein
deacetylase family in prokaryote. H. Zhu
11:35 – 753. Marine natural products that
control a specific set of histone modifications. D. Arai*, C. Sakuma,
Y. Hayashi-Takanaka, H. Kimura,
Y. Nakao
Royal Hawaiian
Regency III
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada
Presiding: M. Tsai
8:00 – 754. Hybrid methods approach to determine the structure of Tetrahymena telomerase. J. Feigon*
8:30 – 755. Structure and dynamics of thepolymyxin-resistance-associated response regulator PmrA in complex withthe promoter DNA. C. Chen*
9:00 – 756. Molecular insight into the
RanGTP level regulated by hMog1 forfaithful mitotic chromosome segregation.
Y. Shi*
9:30 – 757. NMR structural view and mechanism of non-Watson-Crick dG:dGTP incorporation by DNA polymerase X.
M. Tsai
10:00 BREAK
10:15 – 758. Redefining the double helix using NMR. H. Al-Hashimi*
10:45 – 759. Structural and dynamics studies of the influenza A virus RNA and recognition mechanism by RIG-I. B. Choi
11:15 – 760. Design of potent and selective
integrin drugs for cancer. W. Chuang*
11:45 – 761. Structural mapping and comparability assessment of protein-based
therapeutics using high-resolution NMR.
R.G. Brinson, L.W. Arbogast,
J.P. Marino** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOLRoyal Hawaiian
Regency I
Enzyme Engineering and Biocatalysis
Applications (#222)

Organized by: J. Pelletier, S. Lutz,
B. Kim, R. Kazlauskas, N. Itoh
Presiding: S. Lutz
8:00 – 762. Rapid evolution of enzymes forpharmaceutical applications.
J.J. Lalonde*, O. Alvizo, D. Entwistle
8:20 – 763. Dynamic amino acid networks
regulate catalytic activity of tryptophan
synthase. J. Axe, K. O’Rourke,
N. Kerstetter, E. Yezdimer, D.D. Boehr*
8:40 – 764. Expanding the synthetic capabilities of yeast. V. Cornish
9:20 – 765. Ancestral ␣/␤-hydrolases catalyze a broader range of reactions than themodern equivalents. T. Devamani,
A. Rauwerdink, M. Lunzer, B. Jones,
J. Mooney, M. Tan, Z. Zhang, J. Xu,
A. Dean, R. Kazlauskas*
9:40 COFFEE BREAK
9:50 – 766. Indirect immobilization of cytochrome P450 and cofactor regeneration
system on magnetic beads using PCNA
subunit as a scaffolding protein.
T. Nagamune*, Y.C. Tan, H. Hirakawa
10:10 – 767. Engineering proteins for selective catalysis. H. Yang, C. Zhang,
K. Ellis-Guardiola, P. Srivastava,
J.C. Lewis
10:30 – 768. Metalloprotein design using genetic code expansion. L. Jiang, J. Wang
10:50 – 769. Enzymatic antifouling. J. Kim
Hawaii Convention CenterHalls I, II, III
Bioorganic Reaction Mechanisms (#224)

Organized by: J. Richard, M. Tanner,
C. Easton
Poster Session
10:00 – 12:00
770. Effect of pressure and temperature on
the viability and function of human-derived glioblastoma cell line a-172.
K. Ishikawa, A. Shimizu, B. yamanoha,
K. Nei, S. Yamamoto
771. Structural study on reaction mechanisms of enzymes involved in resorcinol
catabolism. Y. Hata*, T. Fujii,
T. Yamauchi, T. Oikawa
772. Structure and mechanism of ObcA: An
enzyme responsible for bacterial quorum
sensing-dependent oxalogenesis.
S. RHEE*
773. Analysis of the stability of DNA duplexes containing DNA damages.
M. Suzuki, T. Kawada, M. Morikawa,
T. Kobayashi, H. Miyazawa, K. Kino*
774. Rolling circle translation using small circular RNA. N. Abe*, Y. Nakano, H. Abe*775. Coupling of polyaniline polymerization
on giant vesicles with membrane fluctuation. T. Shimanouchi, S. Fukuma,
P. Walde, Y. Kimura
776. Redox chemistry of the formylglycinegenerating enzyme: A unique thiol oxidase. M.J. Appel, C.R. Bertozzi
777. Destabilization of a radical intermediate
accelerates catalysis in a coenzyme B12dependent aminomutase. C. Makins,
G.A. DiLabio, K.R. Wolthers*
Sheraton Waikiki
Maui
Bio/chemical Approaches for Single Cell
Biosensing Technologies (#257)

Organized by: E. Tamiya, K. Kerman,
D. Chiu, G. Zhou
8:00 Opening remark
8:03 – 778. Toward innovative technology
platforms for integrated single cell analysis. S. Sugano
8:23 – 779. Single cell omic analysis basedon microfluidic chips. B. Liu*

8:38 – 780. Phosphorescence lifetime measurement for oxygen concentration imaging inside a single cel. T. Kamachi*,H. Ito, H. Kurokawa, M. Inoue, S. Yano,
Y. Kobayashi
8:53 – 781. Ratiometric dual pH and oxygen
intracellular sensors. F. Su*, K. Day,
L. Zhang, X. Kong, Y. Tian, D.R. Meldrum
9:08 – 782. Imaging of single cancer andfungal cells using scanning electrochemical microscopy and multifunctional quantum dots. F. Zhou*, T. Kai*, G. Zhang,
J. Lopez, J. Ren
9:23 – 783. Organotellurium probes for single cell multiparameter biology. L. Edgar,
L. Willis, M. Nitz
9:38 – 784. Enhanced-scRRBS for massive
single cell methylome analysis toward insilico 3D-reconstructions of mouse andhuman tissues. J. Yamane,
K. Kobayashi, N. Taniyama,
W. FUJIBUCHI*
9:53 Coffee break
10:00 – 785. Signal amplification for bioanalysis and cytosensing. H. Ju
10:15 – 786. Microtechnologies to interrogate signaling in single cells.
N. Allbritton*
10:30 – 787. Membrane fluidity and cell signal transduction: Effect of menthol on cell
membrane. M. TAKAGI*, S. YABUUCHI,
N. SHIMOKAWA, K. HOSHINO,
Y. TSUJINO
10:45 – 788. Bioluminescence analysis in living cells using NanoLuc luciferase based
probes. M. Hattori, T. Ozawa*
11:00 – 789. Development of Quenchbody toimage and quantify tumor-associatedmembrane protein claudin. H. Ueda*,
H. Jeong, T. Kawamura, M. Iida,
Y. Kawahigashi, M. Takigawa, C. Chung,J. Dong, M. Kondoh
11:15 – 790. Decipherment of olfactory receptor repertoire by using an automatedsingle-cell analysis and isolation systemequipped with real-time calcium imaging
device. N. Yoshimoto*, M. Suzuki,
A. Kida, K. Shimono, S. Kuroda
11:30 – 791. Application of PC12 cells expressing Yellow Cameleon for monitoring
the intracellular Ca2⫹ concentration
change by nanosecond electric field stimulation. H. SHINOHARA*, M. SUGA,
R. HASEGAWA
11:45 – 792. Droplet-based cell manipulation
for analyzing environmental microbes atsingle-cell resolution. M. Hosokawa*,
Y. Nishikawa, H. Takeyama
Sheraton Waikiki
KahukuBioorthogonal Chemistry: Tools andApplications in Chemical Biology (#343)

Organized by: J. Pezacki, Q. Lin, M. Finn,
I. Hamachi, P. Chen
Presiding: P. Chen, I. Hamachi, Q. Lin,
J. Pezacki
8:00 Introduction
8:05 – 793. Ligand-directed chemistry forbioorthogonal protein labeling in living
system. I. Hamachi*
8:45 – 794. TQ-ligation: A powerful tool forchemical biology. X. Lei*
9:15 – 795. Refined mechanism of the copper (I)-catalyzed azide-alkyne Huisgencycloaddition reaction. W. Liu*
9:35 – 796. Bioorthogonal prodrug activation
via a 1,3-dipolar cycloaddition.
A.B. Gamble*, S. Matikonda, D.L. Orsi,
V. Staudacher, I.A. Jenkins, F. Feidler,
J. Chen
9:55 Coffee Break
10:10 – 797. Chemoenzymatic methods forvisualizing glycans in the immune systemand human samples. P. Wu*
10:50 – 798. Visualizing mycobacterial trehalose glycolipids during infection.
F.P. Rodriguez-Rivera, C.R. Bertozzi*
11:10 – 799. Dual-intein autoprocessing domain that directs synchronized protein
co-expression in both prokaryotes andeukaryotes. B. Zhang, M. Rapolu,
Z. Liang, Z. Han, P.G. Williams, W. SU*

11:30 – 800. Strain-promoted alkyne-nitrone
cycloaddition reactions and their use instudying host-pathogen interactions.
J. Pezacki*, A. Sherratt, M. Chigrinova,
L. Cheung
Sheraton Waikiki
Honolulu
Chemistry and Applications of Retinal
Proteins: From Microbes to Humans (#395)

Organized by: L. Brown, H. Kandori,
M. Olivucci
Presiding: L. Brown
8:00 Introduction
8:05 – 801. Lessons from rhodopsin andbacteriorhdopsin: Engineered protein/chromophore systems with unique spectroscopic properties. B. Borhan*,
J. Geiger
8:35 – 802. Understanding and designingcolor variants of retinal biding proteins bymolecular simulations. S. Hayashi*
9:05 – 803. Proton transfers and water dynamics in retinal proteins. C. Mielack,
A. Bondar*
9:35 – 804. Mechanistic insights from thecrystal structure of an inward protontransporting Anabaena sensory rhodopsin mutant. H. Luecke
9:50 – 805. Ultrafast 2D correlation spectroscopy elucidates primary proton pumpdynamics in bacteriorhodopsin.
A. Yabushita*, C. Hung, C. Kao, C. Yang,
T. Kobayashi
10:05 Break
10:15 – 806. Early activation of Channelrhodopsin-2: The EHT(E90-Helix2-Tilt)model. K. Gerwert*
10:45 – 807. On the gating mechanism ofchannelrhodopsin. J. Heberle*
11:15 – 808. Spectroscopic and structural
studies on the sodium transporting
mechanism of sodium pump rhodopsin.
K. Inoue, H.E. Kato, Y. Kato,
R. Abe-Yoshizumi, O. Nureki, H. Kandori*
11:30 – 809. Crystal structures of the N, X,
and O states occurring in late steps of theion pumping cycle of pharaonis halorhodopsin. T. Kouyama*
Hawaii Convention CenterHalls I, II, III
Biological General Posters
10:00 – 12:00
Agricultural and environmental biology
810. Effect of GABA-enriched brown rice on
blood pressure in spontaneously hypertensive rats. K. Kawakami*, K. Yamada,T. Yamada, R. Takada, A. Sawabe,
M. Nomura, T. Nabika
811. UPLC-MS analysis of endocannabinoids in plasma using magnetic dispersive micro-extraction (MDME). M. Guo*812. Influence of food matrix on chemical
properties and bio-activities of dry sugaramino acid Maillard reaction models.
Y. Chen, X. Chen, D. Kitts
813. Isolation, identification, and characterization of lactic acid bacteria from raw
milk and traditional food used for fermented dairy products. T. Kouya*,
Y. Negoro
814. ␣-Glucosidase inhibitory effect of various coffees by three types extractingmethods. M. Shirahase, T. Furune,
K. Terao, H. Yasui, Y. Yoshikawa*
815. Physicochemical characteristics andtoxicity of leachate from livestock mortality burial. J. Kim*, J. Choi, S. Han,
J. Song, J. Park, C. Lee*
816. Effect of eggshell membrane on the inhibition of food discoloration. C. Maeta,
M. Yamamura, Y. Nishio, S. Tabara,
M. Tanaka, N. Konishi, N. Tanifuji*817. Extraordinary heat production of Pseudomonas putida. K. Tabata*, T. Kamachi
818. Changes of functional components andbacterial augmentation in the plasticwrapped and vacuum packed fresh foods
during cold storage. M. Moriyama*,
R. Moriyama, A. Yamamoto, M. Kurotani

819. Functional characterization of chloride
channel proteins in development of rice.
T. UM, G. JANG, Y. Choi*, S. CHANG,
J. MOON
820. Inactivation of MS2 coliphage by UV
and hydrogen peroxide: Comparison by
cultural and molecular methodologies.
S.P. Sherchan*
821. Quality and antioxidant activity of ginseng seed processed by fermentation
strains. K. Kim, M. LEE*, C. Cho,
Y. RHEE, H. Hong, Y. LEE, Y. KIM,
S. CHOI
822. Isolation and characterization of potassium-solubilizing bacteria and their status
in rhizospheric microbial communities.
x. liu823. Effect of the petit-high pressure carbon
dioxide gas to the microbes. M. Kusube,
R. Okabe, C. Horie, S. Hamada
Cancer therapy
824. Design and synthesis of a potent HDAC
inhibitor. H. Jung*, C. Lee, J. Kim
825. Organometallic C^N-C-R^C Au(III) coupled systems for cancer cell treatment.
S. Juergens*, F. Guarra, N. Ortiz*,F. Kuhn, A. Casini*826. Antitumor activity of (–)-antofine via
negative regulation of Met endosomal
signaling in renal cancer cell. J. Song,Y. Kwon, S. Kim, S. Lee
827. Toxicity and mechanisms of transportof a novel organometallic Au(III) compound compared to cisplatin on rat kidney tissue slices ex vivo.
S. Spreckelmeyer*, G. Groothuis,
I. Lambert, S. Stürup, C. Orvig, A. Casini828. Gold-labeled liposomes enhances triggered drug release in tumor microenvironment by photothermal effect.
B.C. Shin*, S. Cho, H. Kwon
Peptides829. (D-Trp)3-OMe: D-homo tripeptide constructed by enzymatic synthesis showed
antibacterial activity against Gram-positive bacteria. Y. Isoda, Y. Tsunehara,
J. Arima*
830. Effect of cell-penetrating peptides oninteractions between liposomal membranes. T. Shimanouchi, M. Tanaka,
P. Walde, D. Seebach, Y. Kimura
831. Construction of non-natural dipeptide
library by peptide bond formation reaction catalyzed by D-stereospecific amidohydrolase. Y. Tsunehara, A. Tamura,
Y. Isoda, J. Arima*
Bacteria and antimicrobials
832. Relationship of between biomembranecomposition and fluidity. n. Iwamoto,
K. Sumiyama, Y. Masaki, M. Kusube,
M. Nishimoto
833. D-amino acid analogs to study the bacterial cell wall. P. Shieh, C.R. Bertozzi
834. Behavior of elongated E.coli membranecomponents under high pressure.
K. Sumiyama, M. Kusube
835. Piezophilic characterization of Colwellia
MTCD1 from mariana trench challenger
deep. K. Tanikawa, M. Kusube,
D.H. Bartlett
836. Copper(II) complexes as antibiofilm
agents. D. Nguyen, N. Ng, M. Wu,
J. Aldrich-Wright* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–225

07 – BIOL
Cell biology and biochemistry
837. Phosphorylations of Grb14 BPS domain
by GSK-3 are correlated with complex
forming between Grb14 and insulin receptor. J. Taira*, Y. Higashimoto,
H. Sakamoto
838. ATRX and small molecules bind toG-quadruplex formed by VNTR sequence
and affect ␣-globin gene expression.
Y. Li, J. Syed Jabarulla, H. Sugiyama
839. Small molecular chemicals with botulinum toxin-like activity modulating neuroexocytosis. D. Kweon, J. Park, Y. Jung,
P. Heo840. Design and development of a chemically-inducible activator of RAS. J. Rose,D. Maly
841. Analysis of chemoselective derivativesof carbonyl and thiol metabolites in complex mixtures by HRMS and NMR.
R.M. Higashi, A.N. Lane, S. Gori,
P. Lorkiewicz, S. Laulhe, N. Michael,
S. Arumugam, H. Moseley, t.W. fan*842. Exploring biomarker signatures ofstress-associated diseases using 1H
NMR metabonomics. D. Kiss, E. Paxman,
M. Ambeskovic, T. Montina, G.A. Metz*
843. [Zn(hinokitiol)2] complex showed the insulin-like effects on the insulin signaling
pathway through an insulin-independent
manner. Y. Naito, Y. Yoshikawa*,
H. Yasui*, H. Yamamoto
844. Structural basis of PPAR␥ transactivation by endocrine-disrupting organotin
compounds. T. Nakanishi*, Y. Hiromori,
S. Harada, S. Nakamura, S. Uchiyama,
H. Nagase, T. Yoshida
Bioactive natural products
845. Probing the adhesion of Caulobacter
crescentus holdfast by atomic force microscopy. C. Berne*,
M. Hernando-Pérez, X. Ma, N. Licata ,B. Neves, S. Setayeshgar, Y. Brun,
B. Dragnea
846. Anticancer activity of the flower bud ofSophora japonica L. through upregulating
activating transcription factor 3 in humancolorectal cancer cells. H. Jeong, J. Lee,G. Park, H. Eo, H. Song, M. Kim,
J. Jeong
847. Sphingolipids upregulated caspase-14
expression by involvement of MAPK.
Y. Nagahara*, K. Kawakami, K. Sunaga
848. Anti-inflammatory and anti-proliferative
activities of lees of Korean traditional ricewines. S. Lee, S. Woo, H. Sohn, W. Shin,
J. Kim849. Identification of natural product anticancers that inhibit CDC25s phosphataseactivity. K. Park, H. Kang, S. Chung
850. Metabolomic analysis of protective effects of Prunus mume Sieb. et Zucc. on
alcohol-induced liver injury by regulating
apoptotic signaling pathway. Y. Kim*,
J. Pan, E. Lee, J. Lee
851. Identification novel natural product inhibitors for slingshot (SSH) family. S. Lee,Y. Lee, H. Kang, S. Chung852. Efficacy of Citrus plants on lifestyle diseases: Anti-obesity effect of Citrus unshiu
leaf. K. Ito, K. Shimizu, Y. Horikawa,N. Tomohiro, T. Tsumoto, J. Hashizume,
T. Fujita, M. Fumuro, N. Utsunomiya,
Y. Takada, T. Matsukawa, S. Kajiyama,
Y. Nakagaki, A. Shimizu, K. Murata,
H. Matsuda*853. Effectiveness of sublingual immunotherapy with transgenic rice seeds expressing hypoallergenic modified antigens in murine allergic rhinitis model.
T. Yamada, Y. Qu, F. Takaiwa, N. Aoi,
I. Morikura, T. Fuchiwaki, H. Kawauchi
854. Effect of nutmeg (Myristica fragrans
Houtt) on cedar pollinosis in mice.
H. Matsuo, T. Yamada, K. Kawakami,
R. Takeda, A. Sawabe, M. Nomura,
T. Nabika
855. Lifestyle-related disease improvement
effect of alpha-lipoic acid with ␥-cyclodextrin. Y. Hashimoto, H. Okamoto,K. Terao, Y. Yoshikawa*
856. Discovery of potent natural product inhibitors for Vaccinia H1-related (VHR)
phosphatase. K. Roh, H. Kang, S. Chung857. Effects of saturated fatty acid to thelipid bilayer membarane fluidity.
Y. Masaki*, Y. Nishi, M. Kusube,
M. Nishimoto

226 –TECHTECHNICAL PROGRAM
858. Effects of unsaturated fatty acid to lipid
bilayer membrane fluidity. C. Nishikawa,
Y. Masaki, M. Nishimoto
Enzymes and enzyme inhibitors
859. Family S9 peptidase from Pleurotus eryngii: Change in aminolysis function andsubstrate specificity by oxidation.
J. Arima*, S. Tokai, N. Mori
860. Cavity size of D-stereospecific amidehydrolase relates to its side reaction“aminolysis”. K. Miyatani, A. Ota,
J. Arima*
861. Reductive dehalogenation reactions using modified cytochromes P450.
R.K. Bains*, J. Warren
862. trans-Aconitic acid from citric acid bywhole-cell reactions of Escherichia coli
heterologously expressing aconitate
isomerase gene (ais). K. Kobayashi,
K. Yuhara, H. Yonehara, J. Maruebi,
T. Hattori, K. Kirimura
863. Characterization of the hot hepper(Capsicum annuum) NADPH-cytochrome
P450 reductase. Y. Joung*, H. Kim,
. Kim, S. Park, S. Ma, C. Yun
864. Probing the binding orientation of endogenous substrate, epoxy-eicosanoid(EET), in soluble epoxide hydrolase with
EET mimics. K. Lee, C.J. Ng, J. Yang,
B. Hammock
865. Identification of mutations causing theincrease in secretory laccase activity inagaricomycete Copriniopsis cinerea.
T. Nakazawa*, H. Muraguchi, Y. Honda
866. Distinct characteristics of two 2-cys
peroxiredoxins of Vibrio vulnificus suggesting differential roles in detoxifying oxidative stress. Y. Bang, M. Oh, S. Choi*
Genes and transcription
867. Synthetic transcriptional activator ofgenes associated with retina in humandermal fibroblasts. J. Syed Jabarulla,
A. Chandran, G. NAMASIVAYAM,
J. Taniguchi, S. Sato, K. Hashiya,
G. Kashiwazaki, T. Bando, H. Sugiyama*
868. Rational design of the specific binding
hairpin Py-Im polyamides targeting human telomere sequences. C. Guo*,
Y. Kawamoto, S. Asamitsu, Y. Sawatani,
K. Hashiya, T. Bando, H. Sugiyama
869. Mixed isotope labeling strategies forbiomarker analysis. S.M. Lamos*
870. Identification of SNPs in genes that
confer susceptibility to iron deficiency
anemia and their potential association
with the biochemical parameters of bloodiron status and concentration among
pregnant Filipinas. V.A. Timoteo*,
L.M. Dalmacio, M.V. Capanzana,
J.S. Nacis, R.L. Agarrado
871. Synthetic genetic switches for directeddifferentiation of human pluripotent stem
cells. J. Taniguchi*, Y. Wei, T. Sadoi,
S. Sato, G. NAMASIVAYAM, T. Bando,
H. Sugiyama
872. Bioactivity of pyrrole-imidazole polyamides conjugated with a synthetic HAT
activator. G. Kashiwazaki*,
G. NAMASIVAYAM, T. Bando,
H. Sugiyama*
873. Effect of FABP2 Ala54Thr gene polymorphism on obesity and metabolic syndrome in Korean middle aged womenwith abdominal obesity. T. Han, S. Woo*,
Y. KimProteins and protein structure874. Purification and crystallization of a type
II extradiol dioxygenase DesZ derived
from Sphingobium sp. SYK-6.
H. Matsubara, N. Kamimura, E. Masai,
T. Senda*
875. Volume fluctuation of protein in ionicliquid aqueous solutions at various temperatures. K. Shimotani, T. Inomata,K. Takayoshi, T. Kamiyama
876. Stability of protein in ionic liquids at various mole fraction. M. Okabe, T. Miki,
K. Takayoshi, T. Kamiyama
877. Thermodynamic properties of sorbitolinduced molten globule state of myoglobin. t. marutani, T. Kamiyama,
K. Takayoshi
878. Thermodynamic properties of aggregate state of proteins in dioxane aqueous
solutions. T. Kamiyama*, T. Inomata,K. Takayoshi

879. Altering stability of a transmembraneprotein, MsbA, by structural comparison
with its thermophilic homolog. K. Lu*,T. Yamaguchi, T. Nakatsu, H. Kato
880. Copper binding-induced tertiary foldingof the cellular prion protein revealed bysite-directed spin labeling with EPR
spectroscopy and molecular dynamics.
J.M. Pushie, E.G. Evans, G.L. Millhauser,
G.N. George
881. Development of selective covalent labeling method for proteins and its application to visualization of proteins bytransmission electron microscopy.
S. Tabata, M. Kido, H. Fuchida,
R. Shigemoto, I. Hamachi, A. Ojida*882. Enhanced catalytic activity and oxidative stress tolerance in Escherichia coli byoverexpression of Deinococcal Hsp20.
Y. Choi*
883. Selectivity of protein binding on surface
templates of organosilane nanopatterns
investigated using atomic force microscopy. Z.L. Highland, R. Girard,
J.C. Garno
884. Unnatural amino acids in proteins: Exploring the permissivity of orthogonaltRNA/aaRS pairs and designing biosensors. L. Rowe*, B. Kelly, E. Wetzel,
K. Puvar, R. Clark, T. Goyne
885. Fragment-based drug development targeting KEAP1/Nrf2 binding. M. Zhong,
A. Lynch, S. Jehle, L. Luo, D. Kozakov,
S. Vajda, K. Allen, A. Whitty
DNA and RNA
886. Identification of genomic targets of DNA
binding small molecules using next generation sequencing. A. Chandran,R. Taylor, J. Syed Jabarulla, S. Sato,
G. Kashiwazaki, T. Bando, H. Sugiyama*
887. DNA cleavage through reductive dioxygen activation by iron-bleomycin mimics.
A. Nomura*
888. Evaluating a molecular mechanism of
the intracellular A-to-I RNA editing by analyzing a reaction behavior of ADAR2 invitro and in the cell. K. Nose,
A. Nishitarumizu, H. Umeno,
H. Nakagawa, M. Deshimaru, M. Fukuda
889. Protein-dependent destabilization of
DNA duplex on DNA-linked AuNP assembly. Y. Kim*, X. Zheng, S. Park, H. Lee
890. Construction of artificial guide-RNAs fora site-directed RNA mutagenesis utilizing
intracellular RNA editing by hADAR2.
H. Umeno, A. Nishitarumizu, K. Nose,
M. Deshimaru, M. Fukuda
891. Determining the efficacy of disinfectants against human noroviruses among
10 commercially available disinfectants in
Asia. M. Kim*, J. Choi, J. Kim
892. Studies of the rapid detection of Staphylococcus aureus by the antibody andisothermal target and probe amplification
assay. H. Shin*, G. Kang, J. Kim
893. Extra-chromosomal DNA maintenancein Bacillus subtilis, dependence on flagellation factor FliF and moonlighting mediator EdmS. Y. Hakumai*, k. shimomoto,
M. Ashiuchi
894. Synthesis and evaluation of N-methylpyrrole-N-methylimidazole polyamide
probes for human telomeres.
Y. Kawamoto*, A. Sasaki, S. Ide,
K. Hashiya, T. Bando, K. Maeshima,
H. Sugiyama895. Sequence-specific DNA alkylation andtranscriptional inhibition by pyrrole-imidazole polyamide-chlorambucil conjugates.
S. Asamitsu, Y. Kawamoto, F. Hashiya,
K. Hashiya, M. Yamamoto, S. Kizaki,
T. Bando*, H. Sugiyama*

13:00 – 896. Understanding peptide macrocycles: From structural studies to oral
bioavailability. A.K. Yudin*
13:30 – 897. Comparing how heat shockprotein inhibitors as oncogenic therapies:
Have we forgotten something?.
s.r. mcalpine, Y. Wang
14:00 – 898. Preparation and preliminary biological evaluation of Ga-68 labeled somatostatin analog DOTA-Pasireotide.
F. Liu, H. Zhu, X. CHiyi, C. Li, Z. Yang*
14:20 – 899. When structure leads to activity- analysis of a novel conotoxin. N. Daly,
Z. Dekan, A. Jin, M. Smout, D. Wilson,
A. Loukas, P. Alewood
14:50 – 900. Constrained peptide analogs
elucidate the complex pharmacology of
the Apelin GPCR. R.C. Glen*,
A.P. Davenport, J. Gavard, K.A. Jolliffe
15:10 – 901. Peptide isolated from thevenom of bothrops asper. enhances theactivity of endothelin converting enzyme
and neprilysin. I. Smith*, S.D. Kuruppu
15:40 – 902. Modulating the apelin (APJ) receptor signaling with macrocycles.
E. Marsault*, A. Murza,É. Besserer-Offroy, J. Côté, J. Longpré,P. Sarret
16:00 – 903. Synthesis of a cytotoxic amanitin for biorthogonal conjugation.
D. Perrin*, L. Zhao, D. Dietrich, A. Blanc,
J. May, K. Matinkhoo, A. Pryyma
16:30 – 904. Molecular recognition of venom
peptides by acid-sensing ion channels
and their therapeutic potential in stroke
and pain. L.D. Rash*
Royal Hawaiian
Regency II
New Platforms for Natural Products
Discovery (#18)

Organized by: G. Carter, R. Andersen,
B. Copp, S. Matsunaga
Presiding: R. Andersen
13:00 – 905. Novel LXR antagonist represses
hepatic steatosis and ameliorates glucose tolerance in mice. D. Won, J. Hong,
E. Kim, J. Kim, T. Lee, H. Hwang, A. Giri,
V. Reddy, D. Hahn, H. Kang*
13:35 – 906. Genetic network analysis fortarget identification of theonellamides.
M. Yoshida*, S. Nishimura
14:10 – 907. Something old, something new,something bottled, something blue.
V.H. Woolner, M. Stott, P.T. Northcote,
R.A. Keyzers*
14:45 Break
15:15 – 908. Bioprospecting in micro-algae:
mega-scale meta-meatabolomics.
G. Carter
15:50 – 909. Phytochemical and biologicalinvestigations of Conradina canescens
Gray. N.S. Dosoky, D.M. Moriarity,
W.N. Setzer
16:25 – 910. Fungal fragments immobilisedin calcium alginate: Transformation ofsubstrates to new analogs. P.C. Peart,
A.R. Chen, P.B. Reese*
Sheraton Waikiki
Kauai
Biosynthesis of Natural Products (#27)

Organized by: I. Abe, B. Moore, D. Ro
Presiding: B. Moore

Friday Afternoon* Principle Author

Sheraton Waikiki
Kohala/Kona

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: I. Smith

07 – BIOL
13:00 – 911. Recent studies on fungal metabolite biosynthesis by iterative
polyketide synthase enzymes.
J.C. Vederas*
13:30 – 912. Aspoquinolone biosynthesis:
Non-heme dioxygenase catalyzes atypical oxidations of 6,7-bicycle to form 6,6quinolone core of viridicatin-type fungal
alkaloid. K. Watanabe*
14:00 – 913. Genome mining of filamentous
fungi natural products. Y. Tang
14:30 – 914. Hapalindole alkaloid biosynthesis: a treasure trove of novel enzymatictransformations. X. Liu*
14:50 – 915. Total biosynthetic study of bioactive fungal natural products: Pathway
elucidation and genome mining.
H. Oikawa*
15:20 – 916. Discovery of novel natural products via synthetic biology. H. Zhao
15:50 – 917. Genome mining of natural product biosynthesis pathways in filamentous
fungi. C. Wang*
16:10 – 918. Cure for baldness and cryptic
biosynthesis in Streptomyces calvus.
D. Zechel*
16:30 – 919. Diverse solutions in nature to
the synthesis of beta-lactam antibiotics.
C.A. Townsend, J.M. Davidsen,
D.H. Long, N.M. Gaudelli
Sheraton Waikiki
Ewa
Heat Shock Proteins: The Next Target in the
Disease Frontier (#91)

Organized by: P. Wipf, S. McAlpine,
P. PanPresiding: s.r. mcalpine, P. Wipf
13:00 – 920. Targeting protein-protein interactions in the heat shock protein 70(Hsp70) complex. J. Gestwicki*
13:40 – 921. 17-DMAG induces HSP70 toameliorate multiple organ dysfunction
syndrome caused by endotoxemia inrats. Y. Lee*
14:20 – 922. Hsp90 inhibitor drug conjugates (HDCs). W. Ying*
15:00 – 923. Characterization and targetingof androgen receptor regulation by the
Hsp90-associated cochaperone FKBP52
for the treatment of prostate cancer.
M.B. Cox
15:40 – 924. Developing HSP60/10 chaperonin inhibitors for breast cancer chemotherapy. N. Salim, S.J. Abdeen,
A. Ambrose, E. Chapman,
S.M. Johnson*
16:10 Closing Remarks
Royal Hawaiian
Regency III
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada
Presiding: W. Lee
13:00 – 925. Complex interactions among
the proteins involved in the maturation ofiron-sulfur proteins. T.R. Alderson,
J.H. Kim, J.L. Markley
13:30 – 926. Structural aspects of gene regulation. J. Mackay*, S. Webb,
N. Shepherd, J. Low, A. Silva, D. Ryan
14:00 – 927. Allosteric inter-domain communication in protein kinase A. M. Akimoto,
E.T. McNicholl, A. Ramkissoon,
G. Melacini*
14:15 – 928. Look into the factors in modulating chemokine CXCL4 oligomerization.
Y. Chen, C. Lin, Y. Chen, C. Pan, S. Sue*
14:30 – 929. Structural basis of nonthermal
plasma effect on cancer cells by NMR
spectroscopy. W. Lee*, S. Choi, P. Attri,
E. Choi
15:00 BREAK
15:15 – 930. Cargo recognition mechanismsof unconventional myosins. M. Zhang*
15:45 – 931. Self-mediated protein metamorphosis. B. Xia*
16:15 – 932. Protein-protein interaction thatinvolves coupled unfolding and binding.
J. Suh*16:30 – 933. Structural polymorphism andsubstrate promiscuity a ribosome-associated molecular chaperone. S. Hsu*,
C. Huang, Y. Lai, Y. Chiang
16:45 – 934. Characterization of the functionally relevant changes in the structureand dynamics of PPIase. J. Wang,
N. Tochio, Y. Tamari, R. Kawasaki, N. Xu,
J. Uewaki, S. TateRoyal Hawaiian
Regency I
Bioorganic Reaction Mechanisms (#224)

Organized by: J. Richard, M. Tanner,
C. EastonPresiding: M.E. Tanner
13:00 – 935. Structural and mechanistic basis of capsular polysaccharide-synthesizing enzymes CapE/F, and the route todiscovery novel inhibitors with antibacterial properties. J.M. Caaveiro,
T. Miyafusa, T. Chigira, K. Nakano,
S. Nagatoishi, K. Tsumoto*
13:20 – 936. Ring strain and mechanismbased inactivators. A. Bennet,
M. Farren-Dai, N. Sannikova, T. Gloster
13:50 – 937. Inhibitors of enolase superfamily enzymes: Insights into evolution andactive site architecture. S. Bearne*,
M. Nagar, B. Wyatt, M. St. Maurice,
S. Aboushawareb
14:20 – 938. Getting bacteria to generate resistance inhibitors that lead to their own
demise in the presence of antibiotics.
K. Auclair
14:55 – 939. Inhibition of resistance enzymes to rescue legacy antibiotics.
G. Wright*
15:30 – 940. Biomimetic approach to understanding inhibition of dihydrodipicolinate
synthase. D.R. Palmer*, D.A. Sanders,L. Konermann, Y. Skovpen, C. Conly,
M. Sowole
16:00 – 941. Inhibition studies on cell shapedetermining proteases and prenyltransferases. Y. Liu, W. Abdelmagid,
N. Mahmoodi, J. morrision, M.E. Tanner*
16:30 – 942. Site-specific covalent posttranslational modification of mRNA-displayed libraries for selection of peptide
inhibitors. S.A. Jongkees, H. Suga
Sheraton Waikiki
Molokai
Bio/chemical Approaches for Single Cell
Biosensing Technologies (#257)

Organized by: E. Tamiya, K. Kerman,
D. Chiu, G. Zhou
13:00 – 943. Modified surfaces for capturing,monitoring the release of enzymes upon
stimuli, and releasing cells down to thesingle cell level. J. Gooding, S.G. Parker,
Y. Yang, Y. Zhu, B. Gupta, R. Piya,
P.J. Reece, K. Gaus
13:20 – 944. High-resolution bioelectrochemical imaging and sensing for single
cells. T. Matsue
13:35 – 945. NMR study on neurotransmitter
diffusion in synaptic cleft using biomimetic extended-nanospaces. Y. Kazoe*,
Y. Tsuchiya, K. Mawatari, T. Kitamori
13:50 – 946. Molecular sensor to quantify
the internalisation of nanoparticles andproteins. A.P. Johnston*
14:05 – 947. High-resolution, quantitative
analysis for measuring heterogeneities of
G-protein signaling at single-cell levels inyeast. J. Ishii*, A. Kondo
14:20 – 948. Nanoneedle technology for single cell biosensing and cell sorting.
C. Nakamura
14:35 – 949. Rapid and highly-effective formation of precise single-cell pairing
based on dielectrophoresis.
T. YASUKAWA*, Y. Yoshimura,
M. Tomita, F. Mizutani
14:50 Coffee break
14:57 – 950. Dual selection assay using circulating tumor cell subpopulations for
precision medicine in cancer-related diseases. S.A. Soper*

15:12 – 951. Integrated Smartphone quantum dot barcode device for diagnosing
infected patients. W.C. Chan*
15:27 – 952. In vitro sensing of cancer metastasis behaviors using 3D-vascular tissue models. M. Matsusaki*,A. Nishiguchi, M. Akashi
15:42 – 953. In vitro 3D co-culture patterningmodel for evaluation of tumor cell malignancy. M. OKOCHI*, Y. Shuhei,
H. Honda
15:57 – 954. Development of neuron network high throughput screening device
measuring single cell ionchannel current
by planar patch clamp. Z. Wang, H. Uno,
T. Urisu*
16:12 – 955. Analysis of the intercellularcommunication in a pancreatic ␤ cellcluster by microfluidic stimulation to single cell. K. Terao*, K. Imai, T. Suzuki,
H. Takao, F. Shimokawa, S. Matsuoka,
H. Kotera
16:27 – 956. Oligonucleotide synthesis on
PDMS chip using mild reagents aiming to
tag molecules in single cell analysis.
R. Bhardwaj, Y. Takamura*
16:42 – 957. Exploration of protein-ligand interactions by nm-ordered molecularly imprinted polymer thin layers containing
specific ligands as interaction sites within
the binding cavities. Y. Kamon,
Y. Kitayama, T. Takeuchi*
16:57 Closing remark
Sheraton Waikiki
KahukuBioorthogonal Chemistry: Tools andApplications in Chemical Biology (#343)

Organized by: J. Pezacki, Q. Lin, M. Finn,
I. Hamachi, P. Chen
Presiding: P. Chen, I. Hamachi, Q. Lin,
J. Pezacki
13:00 Introduction
13:05 – 958. Bioorthogonal modification ofprotein cages: From changing their biological function to applications in bionanotechnology. J.J. Cornelissen
13:45 – 959. Fluorogenic protein labellng.
J.W. Keillor*, Y. Chen, M. Strmiskova,
C. Clouthier, K. Tsao
14:15 – 960. Toolbox of clickable andbioorthogonal gold nanoparticles: From
synthesis to application. P. Gobbo*,
W. Luo, P. Gunawardene, S. Ghiassian,
M. Workentin*
14:35 – 961. Systematic comparison of
bioorthogonal reactions enables site-specific fluorescence labeling and imaging of
intracellular proteins in live cells.
T. Peng*, H. Hang
14:55 Coffee break
15:10 – 962. Advancing bioorthogonal tetrazine reactions for applications in cellularimaging. N.K. Devaraj
15:50 – 963. Development of a cyanobenzothiazole-binding peptide tag for proteinlabeling. S.G. Keyser, C.R. Bertozzi*
16:10 – 964. SNAP-tag reactive lipid anchors
enable targeted and spatiotemporally
controlled localization of proteins tophospholipid membranes. A. Rudd*,
N.K. Devaraj
16:30 – 965. Photo-click chemistry tools for
spatiotemporal control of reagentless ligation, labeling, immobilization, andcross-linking. V. Popik

13:35 – 967. Rhodopsin guanylyl cyclase of
the aquatic fungus Blastocladiella emersonii enables fast optical control of cGMP
signaling. U. Scheib, K. Stehfest,
C.E. Gee, H.G. Koerschen, R. Fudim,
T. Oertner*, P. Hegemann*
13:50 – 968. Optogenetic silencing of neuronal activity using a light-driven sodium
ion pump in marine bacteria. T. Ishizuka,
S. Hososhima, M.R. Hoque, K. Yoshida,
K. Inoue, H. Kandori, H. Yawo*
14:05 – 969. Mechanism diversity in microbial rhodopsins. J.L. Spudich*
14:35 – 970. Characterization of new lightdriven cation pumping rhodopsins andoptogenetic application. K. Jung
14:50 – 971. Spectroscopic investigation of
the red-activatable channelrhodopsin
ReaChR. B.S. Krause*, J. Kaufmann,
F. Bartl, P. Hegemann
15:05 Break
15:15 – 972. From the structure of vertebrate
and invertebrate rhodopsins to new applications in optogenetics. G.F. Schertler*,
E. Lesca, V. Panneels, X. Deupi,
R. Kammerer, R.J. Lucas, A. Terakita
15:45 – 973. Diverse animal bistable pigments and their optogenetic potential.
A. Terakita*
16:15 – 974. Evaluation of the spatial resolution and efficacy of a protein-based retinal implant. N. Wagner*, J. Greco,
R. Birge
16:30 – 975. Rhodopsin benchmarks novel
chemical biology methods for single-molecule fluorescence imaging of GPCRs.
T. Huber*, T.P. Sakmar
16:45 – 976. Photochemical reaction cycleof PsChR2 and its relationship to channel
currents. I. Szundi*, H. Li, E. Chen,
R. Bogomolni, J.L. Spudich, D.S. Kliger*

Friday Evening
Hawaii Convention CenterHalls I, II, III
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Poster Session
19:00 – 21:00
977. Environmentally-responsive cyclic ␣,␣disubstituted ␣-amino acids for controlling peptide secondary structures.
M. Oba*, H. Nounaka, K. Furukawa,
K. Toyama, M. Tanaka
978. Correlation and prognostic significanceof mgmt promoter methylation and mgmt
protein in glioblastomas. T.V. Cao979. Artificial division of codon boxes to encode nonproteinogenic amino acids
along with 20 proteinogenic ones.
Y. Iwane, A. Hitomi, H. Murakami,
T. Katoh, Y. Goto, H. Suga*
980. High-speed in vitro display method forselection of functional peptides and proteins. T. Ishizawa, S. Nakayama,
H. Murakami*
981. Molecular simulation of short selenopeptides by application of the SAAP force
field. N. Babe, T. Suzuki, T. Shimosato,
T. Minezaki, M. Iwaoka
982. Rapid purification of peptides and small
proteins. B. Kachel*, S. Jayanthi,
T. KumarSheraton Waikiki
Honolulu
Chemistry and Applications of Retinal
Proteins: From Microbes to Humans (#395)

Organized by: L. Brown, H. Kandori,
M. Olivucci
Presiding: H. Kandori
13:00 Introduction
13:05 – 966. Microbial rhodopsins as multitalented fluorescent reporters.
A.E. Cohen* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–227

07 – BIOL
983. Optical use of light for re-engineering
protein function. J. Lee*, J. Moon,
J. Gam984. Antioxidant activity of short selenopeptides designed as glutathione peroxidase
active-center models. S. Shimodaira,T. Takei, H. Hojo, M. Iwaoka
985. Photoinduced growth system of peptide nanofibers addressed by DNA hybridization photoinduced growth systemof peptide nanofibers addressed by DNA
hybridization. A. Uemura, M. Furutani,
K. MATSUURA, A. Shigenaga,
C. Komiya, A. Otaka
986. Global substrate specificity of serinehydrolases in Mycobacterium smegmatis.
B. Bassett*, R.J. Johnson987. Anti-aggregation effects on proteinsduring desiccation by model peptides ofgroup-3 LEA proteins. T. Furuki,
T. Shimizu, K. Yamakawa, R. Hatanaka,
T. Takahashi, T. Kikawada, T. Okuda,
H. Mihara, A. Tunnacliffe, M. Sakurai*
988. Effective synthesis and influenza virus
inhibitory activities of carbosilane dendrimers peripherally functionalized with
influenza hemagglutinin-binding peptide.
Y. Sato, Y. Muramatsu, T. KOYAMA,
K. MATSUOKA, R. Kuriyama, H. Kori,
T. Matsubara, T. Sato, K. Hatano
989. High cell penetrating ability and inducing apoptosis by conformationally constrained dimeric peptide at low concentration. S. LEE, S. Hyun, S. Kim, S. Jang,
J. Yu*, Y. Lee*
990. Parallel synthesis to construct a metalchelating library as artificial metalloprotease candidates. T. Midorikawa,M. Taki*
991. Antifusion effects on liposomes during
desiccation by model peptides ofgroup-3 LEA proteins. T. Furuki,
M. Sakurai*
992. Reinvestigation of oxidative folding
pathways of bovine ␣-lactalbumin by using water-soluble selenium oxidant DHSox. R. Shinozaki*, M. Iwaoka
993. Protein conformational analysis by fluorescence-detected circular dichroism(FDCD). T. Nehira*, H. Ito, K. Ishihara,
K. Matsuo, S. Izumi, K. Ukena,
K. Masuda, T. Yamazaki, A. Ishida994. Studies on lactam formation of arginine
derivative using fluorous protecting
group. R. Akashi*
995. Mechanistic investigations into theasymmetric epoxidation of enones catalyzed by 2,5-diketopiperazines. C.
Bérubé*, X. Barbeau, P. Lagüe, N. Voyer
996. Role of the constant region of humanantibody light chain for the structural diversity. S. Itonaga, T. Uda, E. Hifumi
997. Thioester bond formation by ribosome
and its application. R. Takatsuji,
T. Katoh, H. Suga*
998. Comparative atomic force microscopy(AFM) and field emission scanning electron microscopy (FE-SEM) studies of
mixed phospholipid monolayers.
A. Sunda-Meya*, N. Phambu
999. Efficient synthesis of hemoglobin-albumin cluster. R. Funaki, T. Komatsu*
1000. Selective enrichment for hydroxytyrosine-containing proteins toward proteomics. M. Yanase, G. Hayashi,
A. Okamoto*
1001. ScFv-ferritin as a novel targeted nanocage with high antigen-binding affinity.
H. Kang, G. Go, S. Chung1002. Site-selective cleavage of target RNA
by artificial RNA nucleases. T. Mori,
K. Masaoka, Y. Fujita, R. Morisada,
K. Sakabayashi, K. Mori, T. Tobimatsu,
T. Sera*1003. Development of post-translational
modification reactions for the synthesis of
peptides with ⌿(CH2NH) structures.
Y. Kato, Y. Goto, H. Suga*
1004. Three-days rapid construction of artificial antibody libraries on T7 bacteriophages. Y. Saigusa, M. Taki*
1005. Enhanced function control of a multimeric protein by chemically designing
one of its interfaces. D. Sawada*,
S. Sakurai, A. Tsuneshige

228 –TECHTECHNICAL PROGRAM
1006. Optimization of surroundings of a solvatochromic fluorophore via the
10BASEd-T for specific detection of a target protein. H. Inoue, M. Kazuto, Y. Arai,
M. Taki*
1007. Effects of calcium and lipids on recoverin, a neuronal calcium sensor (NCS)
protein: Evidences from FTIR and solidstate NMR spectroscopy.
K. Potvin-Fournier, A. Picard-Lafond,
C. Marcotte, G. Valois-Paillard,
T. Lefèvre, L. Cantin, C. Salesse,
M. Auger1008. Synthesis and property of recombinant canine serum albumin. K. Yamada*,
R. Yoneyama, M. Akiyama, T. Komatsu*
1009. Substrate multispecificity of a protoncoupled oligopeptide transporter, Saccharomyces cerevisiae Ptr2p. K. Ito*,
S. Kawai, T. Motoyama, Y. Yoshikawa,R. Kato, Y. Kawarasaki
1010. Peptide-membrane interaction studies
applied to Combi-2: effect of metal ions.
B. Almarwani, A. Sunda-Meya,
N. Phambu*
1011. Recombinant production and purification of Interleukin-1␣ using novel soluble
affinity tag. M.H. Al-Ameer*, S. Jayanthi,
T. Kumar1012. Effects of an antimicrobial peptide on
the biophysical properties of model membranes. A.T. Alshammari,A. Sunda-Meya, N. Phambu
1013. Consensus-based approach to protein
structure prediction. B.E. Husic*,
J. Ponder
1014. Control of site-specific silica and calcium precipitation on DNA using a designed peptide. M. Ozaki, N. Endo,
T. Imai, K. Tomizaki, K. Usui*1015. Fluorescence ratiometric detection of
antigen using double fluorescent-labeled
scFv based on FRET and fluorescencequenching. K. Yoshikoshi*, T. Hohsaka
1016. Novel IgG-based fluorescent biosensor that shows antigen-dependent fluorescence enhancement. K. Fukunaga,
T. Watanabe, D. Novitasari, T. Hohsaka*
1017. Incorporation of a photoisomerizable
non-natural amino acid into proteinsthrough in vitro and in vivo protein expression. R. Shiba, T. Watanabe,
T. Hohsaka*
1018. Improvement of biological activities ofsyringolin A. T. Chiba, A. Matsuda,
S. Ichikawa
1019. Novel ␣ helical peptide with membrane-disruptive properties for endosomal escape. S. Nam
1020. Theoretical study on potency and selectivity of dipeptidyl peptidase IV inhibitors using the first-principles calculation.
S. Okazaki, E. Ishitsubo, Y. Nakano,
H. Shimano, H. TOKIWA*
1021. Preparation of BSA-based hybrid enzyme containing multiple functions.
K. Hanaya*, S. Yamazawa, M. Shoji,
T. Sugai
1022. Genome editing in Escherichia coli bysandwiched zinc-finger nuclease. T. Kai,
K. Shimizu, S. Ohno, T. Mori, K. Mori,
T. Tobimatsu, T. Sera*
1023. Structural analysis of RNA-binding
protein to generate artificial RNA-binding
proteins. T. Nakao, K. Nakamura,
Y. Fujita, K. Masaoka, T. Mori, K. Mori,
T. Tobimatsu, T. Sera*
1024. Peptide-based tunable molecularwires. G.M. Sylvia*, J. Horsley, J. Yu,
A. Abell
1025. Zinc-finger-based artificial transcription factors and their applications.
K. Ofuji, N. Nishida, T. Mori, K. Mori,
T. Tobimatsu, T. Sera*
1026. Construction of self-assembled artificial viral capsid decorated with fab fragment. Y. Shiomi, T. Honjo,
K. MATSUURA*
1027. Immunoglobulin Fc-fused, neuropilin1-specific peptide penetrates tumor tissue efficiently and inhibits tumor growth
via anti-angiogenesis. Y. Kim, J. Bae,J. Kim, Y. Kim*
1028. Photo-triggered fluorescent labeling ofrecombinant proteins in live cells.
Y. Kwon*1029. Quantification of proteins by selectedreaction monitoring mass spectrometry.
S. Niwayama*, S. Kurono
1030. Evaluation of cell-penetrating helicalpeptides having five-membered ring disubstituted amino acids. T. Kato, M. Oba,
M. Tanaka
1031. Thermodynamic analysis for the interaction between sugar-mimic peptide andhemagglutinin. S. Yoshikawa*,
T. Matsubara, T. Sato1032. Affinity selection of hemagglutininbinding heptapeptide and in silico docking simulation. T. Matsubara, A. Onishi,
D. Yamaguchi, T. Sato*1033. Design and construction of a novel
heparin-binding peptide for the purification of recombinant proteins. J.A. Morris,
S. Jayanthi, T. Kumar*
1034. Development of FcBP-ferritin nanocage as a novel targeted delivery platform. H. Kang, G. Go, S. Chung1035. Protective effects on enzymes during
desiccation by model peptides ofgroup-3 LEA proteins. T. Furuki,
M. Sakurai*1036. Chemical and biochemical features ofhuman catalytic antibody light chain, #7
clone. H. NAKASHIMA, T. Uda, E. Hifumi
1037. Synthesis of D, L-amino acid derivatives bearing thiol at the ␤ -position andits enzymatic optical resolution.
Y. Morishita*
1038. Peptide-based supramolecular structures. B.R. Linton*1039. Selection and engineering design ofshort molecular binders recognizing biomarker proteins. H. Hwang, M. Ryu,
J. Park*
1040. Catalytic and anticancer functions ofhuman super catalytic antibody (antigenase). T. NONAKA, T. Uda, E. Hifumi
1041. Expression and refolding of the taste
modifying plant protein, Miraculin.
S. Yamaguchi, M. Namba, N. Hashikawa
1042. O2-affinity and safety of hemoglobinalbumin cluster. H. Iwasaki, R. Haruki,
T. Komatsu*
1043. Inclusion behavior of fluorescent molecules into artificial viral capsids self-assembled from ␤-annulus peptide.
S. Fujita, K. MATSUURA*
1044. Creation of artificial viral capsid modified oligohistidine chain. T. Sakata,T. Iwasaki, K. MATSUURA*
Sheraton Waikiki
Molokai
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)

Organized by: S. Silverman, Z. Huang,
Y. Li, Y. Lu, H. Suga
Presiding: H. Suga
19:00 – 1045. Triazole-linked analogs of
DNA and RNA (TLDNA and TLRNA): Synthesis and functions. T. Fujino,
N. Yamazaki, K. Yasumoto, K. Endo,K. Okada, N. Tsunaka, A. Hasome,K. Sogawa, H. Isobe*
19:15 – 1046. RNA-aptamer probes for invivo single virus assembly studies.
I.B. Tsvetkova*, G. Yi, C. . Kao,B. Dragnea
19:30 – 1047. Site-specific regulation andmaintenance of an expanded genetic alphabet. B.M. Lamb
19:45 – 1048. Synthesis of novel pseudocytidine derivatives for the selective recognition of CG base pairs in triple-helix DNA.
H. Okamura, Y. Taniguchi, S. Sasaki*
20:00 – 1049. Improvements to prediction of
RNA secondary structure from sequence.
B.M. Znosko*
20:15 – 1050. In vitro selection of new RNAcleaving DNAzymes, biochemical studies
and analytical applications. J. Liu*
20:30 – 1051. Synthesis and hybridization
property of a boat-shaped pyranosyl nucleic acid analog whose nucleobase orientation is similar to that of natural RNA.
T. Kanagawa, K. Mori, T. Kodama,
S. Obika

Sheraton Waikiki
Kauai
Biosynthesis of Natural Products (#27)

Organized by: I. Abe, B. Moore, D. Ro
Presiding: C.A. Townsend
19:00 – 1052. Biosynthesis of macrolactam
antibiotics. T. Eguchi*
19:30 – 1053. Engineered biosynthesis ofglycosylated natural products. Y. Yoon*
19:50 – 1054. Orthogonal mechanism to linksugars in the biosynthesis of antibiotic
polysaccharides. B.O. Bachmann*
20:10 – 1055. Biosynthesis and physiological function of a moss-specific diterpenoid hormone. H. Kawaide*, S. Miyazaki,
M. Nakajima
20:30 – 1056. Creating the Facebook for natural product analysis. P. Dorrestein
Hawaii Convention CenterHalls I, II, III
Heat Shock Proteins: The Next Target in the
Disease Frontier (#91)

Organized by: P. Wipf, S. McAlpine,
P. PanPoster Session
19:00 – 21:00
1057. Role of heat shock proteins in the protective effect of raloxifene in endotoxemic
rats. H.H. Shen, Y. Lee
1058. 17-DMAG, an Hsp90 inhibitor, improves ovariectomy-induced obesity infemale rats. s. Leu*, Y. Tsai, P. Cheng
1059. Role of heat shock proteins on depression-like behavior in mice.
M. Ogawa*, T. Ogawa, Y. Utaka,
N. Hashikawa-Hobara, N. Hashikawa
1060. The forgotten heat shock protein,
HSP27: The design and synthesis of molecules targeting HSP27 as chemotherapies. J. Kho, R. Mehmood, H. Ecroyd,s.r. mcalpine*
1061. Crystal structure of a symmetric football-shaped GroEL:GroES2-ATP14 complex reveals rearrangement between two
GroEL rings. A. Koike-Takeshita*,
T. Arakawa, H. Taguchi, T. Shimamura
Sheraton Waikiki
Waialua
Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada
Presiding: A.M. Gronenborn
19:00 – 1062. Ingenious cloak for subterfuge– the HIV capsid structure.
A.M. Gronenborn*
19:30 – 1063. In situ structural biology by
NMR. Y. Ito*
19:45 – 1064. Probing the structural effects
of neo-glycosylation on STIM1 EF-SAM
by solution NMR. Y. Choi,
P.B. Stathopulos*
20:00 – 1065. Interaction of ras GTPases
with cell signaling phospholipids: Identification of binding sites using NMR, biophysical assays and computational modeling. M. Buck** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
20:15 – 1066. Substrate-bound form of heatshock 70 kDa protein (HSP70) maintains
the open lid structure in contrast to the Xray structure. N. Tochio, M. Hoshikawa,S. Tate*20:30 – 1067. Revised structures of halogenated sucrose prepared using Appel reactions by one- and 2D magnetic resonance spectroscopy. Z.P. Tachrim,
L. Wang, Y. Hashidoko, M. Hashimoto
20:45 – 1068. NMR approach for biomedical
application. H. Takahashi*
Sheraton Waikiki
WaianaeBioorganic Reaction Mechanisms (#224)

Organized by: J. Richard, M. Tanner,
C. EastonPresiding: J. Richard
19:00 – 1069. Six to five membered rings:
Structural, mechanistic, and inhibition
studies of novel sugar biosynthetic enzymes in pathogenic microorganisms.
D.A. Sanders
19:20 – 1070. Enzyme architecture: Optimization of transition state stabilization froma cation-phosphodianion pair.
J. Richard*, T.L. Amyes, A.C. Reyes
19:45 – 1071. Unraveling the novel deoxynucleoside triphosphate triphosphohydrolase activity of the HIV restriction factor SAMHD1. M. Webb, I. Taylor,
K. Bishop, D. Schwefel,
V. Ennis Adeniran, G. Kelly, L. Arnold,
D. Goldstone , H. Groom, S. Kunzelmann,
J. Stoye
20:10 – 1072. Theoretical study on a missing
piece in understanding of biosynthesis ofanthocyanin. H. Sato*, C. WANG,
K. Saito, M. Uchiyama
20:35 – 1073. Toward isoform-specific lipoxygenase inhibitors: Acetaminopheninspired compounds. R. Shah,
M. Haycock, D. Pratt*Hawaii Convention CenterHalls I, II, III
Bio/chemical Approaches for Single Cell
Biosensing Technologies (#257)

Organized by: E. Tamiya, K. Kerman,
D. Chiu, G. Zhou
Poster Session
19:00 – 21:00
1074. New assay method of nephrotoxic
chemicals using transparent transgenic
zebrafish. S. Akiyama*1075. Integrating reductive and synthetic approaches in biology using man-madecell-like compartments. W. Aoki*,
M. Saito, E. Tamiya*
1076. Fabrication of single neural stem cellchip to detect cellular redox state basedon spectroelectrochemical method.
J. Choi*, W. El-Said, T. Kim, Y. Chung1077. Cytogenetic effects of low-dose tritiated water in human peripheral blood
lymphocytes. B. Deng*, y. quan, z. tan
1078. Isothermal and visual RNA detection
system using enzymatic signal amplification and specific emission of thioflavin-T
analog. H. Fujita, Y. Kataoka,
M. Kuwahara*
1079. Imaging analysis of specific mRNA expression based on the FRET-based DNA
nano-tweezers technique.
H. Funabashi*, H. Shigeto, K. Nakatsuka,
A. Kuroda
1080. Development of rapid reciprocal-flow
polymerase chain reaction system forquantitative analysis. S. Furutani,
N. Naruishi, Y. Hagihara, H. Nagai*
1081. Titin-based fluorescent tension sensors reveal the mechanochemistry of focal adhesions. K. Galior*, Y. Liu, K. Yehl,
K. salaita
1082. Preparation of ruthenium complexes
bearing a coumarin unit enables intracellular oxygen imaging. D. Hara, A. Son,
K. Tanabe*, T. Kondo*

1083. Raman imaging of ex vivo bone formation during osteoblast differentiation.
A. Hashimoto*, L. Chiu, C. Morimoto,K. Fujita, M. Takedachi, Y. Yamaguchi*,S. Kawata, S. Murakami, E. Tamiya*
1084. Detection of circulating tumor cells inperipheral blood of lung cancer patientsby use of a cell microarray chip.
Y. Hashimoto, S. Yamamura, Y. Aoki,
T. Hase, M. Kondo, Y. Hasegawa,Y. Baba, M. Kataoka*
1085. Neuronal growth control using SAM
modified nanopillars as scaffolds.
N. Kasai*, A. Watanabe, R. Filip,
A. Tanaka, T. Goto, Y. Kashimura,
J. Brown, D. Sharp, S. Tsukada,
J.F. Ryan, K. Sumitomo, H. Nakashima
1086. Analysis of molecular mechanisms underlying ultraviolet-C induced circadianclock synchronization using luciferase
probes. G. Kawamura*, M. Hattori,
T. Tamaru, T. Ozawa
1087. Peptide nucleic acid that conjugateswith a cell-penetrating peptide via a disulfide bond for detecting a specific small
RNA inside cells. M. Kitamatsu*,
T. Ohtsuki
1088. Graphical user interface, DeCon, for“in silico decontamination” of whole genome amplified bacterial single-cells.
T. Maruyama, T. Mori, K. Yamagishi,
H. Takeyama
1089. Oscillation-assisted controlled releaseof biomolecules for high-efficient delivery
to living cells using silicon nanoneedle array. D. Matsumoto, Y. Kato,
R. Kawamura, T. Kobayashi, F. Iwata,
C. Nakamura*
1090. Identification of the producers of bioactive compounds from marine spongeby using Raman microspectroscopy.
R. Miyaoka, M. Hosokawa, M. Ando,T. Mori, H. Hamaguchi, J. Piel,
H. Takeyama
1091. Concentration and purification bymagnetic separation of cell or DNA using
biochip. N. Nagatani
1092. Single cancer cell isolation on the microcavity array platform using photopolymerizable hydrogel. R. Negishi,
S. Nakamura, T. Saeki, M. Hosokawa,T. Tanaka, T. Matsunaga, T. Yoshino*1093. Picoliter-sized droplets for low bias
whole genome amplification of single cell
genome. Y. Nishikawa, M. Hosokawa,
H. Takeyama
1094. Construction of high-throughput inhibitor screening system for frequently mutated proteins of influenza virus.
R. Nishioka*
1095. Development of antibody production
system using goldfish toward single-cell
analysis. N. Nukada*, E. Avsar-Ban,
Y. Tamaru
1096. Microfluidic parallel extraction of chromosomal DNA molecules from single
cells. T. Oda, T. Suzuki, H. Takao,
F. Shimokawa, K. Terao*
1097. Mass spectrometry for discovery andvalidation of neuropeptide genes in single
neurons. E. Romanova, J.V. Sweedler*
1098. 2D array multi-ion image sensor to individually and comprehensively analyze
active response of stimulated cell.
H. Sato, F. Dasai, R. Kato, K. Sawada,
T. Hattori*
1099. Superfine electrostatic inkjetting of
monodisperse sub-femtoliter droplets forultrarapid single-molecule in vitro compartmentalization. B. Sharma,
T. Shimoda, Y. Takamura*, M. Biyani*
1100. mRNA analysis of living cells after
capturing SICM topography of the living
cell membrane. H. Shiku*, Y. Nashimoto,
Y. Zhou, H. Ito, Y. Takahashi, K. Ino,T. Matsue
1101. Detection of vimentin using antibodymodified nanoneedle and AFM to eliminate undifferentiated iPS cells.
K. Shimizu*, R. Kawamura, T. Kobayashi,
M. Iijima, S. Kuroda, F. Iwata,
K. Fukazawa, K. Ishihara, C. Nakamura
1102. Development of thin-film lead zirconium titanate actuator using solution process for highly integrated biochip.
R. Shimura*, P. Trong Tue*, Y. Tagashira,Y. Ukita, T. Shimoda, Y. Takamura*

1103. 3D microchamber with reagent reservoir for the single-cell analysis.
H. Suzuki*, K. Mitsuno, M. Tsugane,
T. Okano, K. Shiroguchi
1104. Solid-phase synthesis of gold nanoantenna as a nano-scale fluorescent lightsource. S. Suzuki*, M. Yokokawa,
H. Suzuki
1105. Acceleration of on-chip immunoassays assisted by centrifugal thermal convection. T. Tadokoro, M. Saito,
M. Murahashi, E. Tamiya*1106. Development of a bench-top extracleanroom for single cell genomics.
H. Takahashi, T. Satoh*, H. Kanahara*,
Y. Kubota*, T. Suzuki*, T. Kobori*,
Y. Okamura*
1107. Improving the electrochemical Imaging sensitivity of SECM-SICM by using
size controllable Pt electrodeposited carbon nanoelectrode. Y. Takahashi*,S. Mustafa, Y. Matsumae, Y. Nashimoto,H. Ida, K. Ino, H. Shiku, T. Matsue
1108. Rapid circulating tumor cell detection
based on wide-field fluorescent imaging
system using 2D photosensor. K. Takai,
R. Negishi, T. Saeki, Y. Maeda,
T. Tanaka, T. Matsunaga, T. Yoshino*1109. Development of pipette tip-type biosensor for automated bioluminescence
detection of target genes in pathogensDevelopment of pipette tip-type biosensor for automated bioluminescence detection of target genes in pathogens.
E. Takano*, N. Shimura, K. Ikebukuro,
T. Takeuchi
1110. Live cell imaging and membrane protein mapping with atomic force microscope. M. Takenaka*, T. Kobayashi,
Y. Miyachi, K. Inokuma, J. Ishii,
T. Hasunuma, C. Ogino, A. Kondo
1111. Development of fish biotechnology forrecombinant proteins and their antibodies
toward single cell biosensing.
Y. Tamaru*
1112. Electrochemical luminescent imaging
of immunological cells inducing defense
reactions with integrated microelctrodechamber array. E. Tamiya
1113. Development of the image cytometry
method to analyze g-protein coupled receptor kinetics in the cell. M. Tan,
S. Yamahira, S. Yamaguchi,
M. Nakamura, T. Nagamune
1114. Label-free viable cells separation technique using deterministic lateral displacement microfluidic device. N. Tottori,
J. Park, Y. Yanagida, T. Hatsuzawa
1115. Solution-processed active matrix thinfilm transistor for highly integrated
biochip. P. Trong Tue*, S. Inoue,
T. Shimoda, Y. Takamura*
1116. Development of a microfluidic s chipfor exosome study in single-cell analysisof exosome level. K. Tsutsui, W. Aoki,
E. Wilfred, A. Hashimoto, M. Saito,
E. Tamiya
1117. Design of chemilumiminsecence system by combination of vinylphenols andnaphthalene endoperoxide. Y. Umehara,
K. Tanabe*, T. Kondo*
1118. Extraction of the cytoplasm from single cell using planar patch clamp arrangement. H. Uno, Z. Wang, S. Ishigaki,
T. Ishizuka, Y. Takamura, T. Urisu
1119. Single cell genomic analysis of coralassociated uncultivable bacteria.
K. Yamagishi, T. Mori, T. Maruyama,
M. Ito, H. Takeyama
1120. Collagen surfaces modified with photocleavable polyethylene glycol-lipid forversatile single-cell array available forboth non-adherent and adherent cells.
S. Yamahira, S. Yamaguchi*,M. Kawahara, T. Nagamune*
1121. Development of on-site fluorescentmeasurement chip using photonic crystal. Y. Yanagida*, Y. Imai, J. Park,
T. Endo, T. Hatsuzawa
1122. Development of cell microarrayI chipfor rapid and high sensitive malaria diagnosis. S. YATSUSHIRO, S. Yamamura,
M. SAKURAI, K. Abe, T. MITA, T. HORII,
M. Kataoka
1123. Rapid and selective detection of cysteine in living cells using a luciferin-inspired fluorogenic probe. D. Ye*,
M. Zheng, Y. Zhang

1124. Single-cell transcriptome analysis of
beating cardiomyocytes derived from human induced pluripotent stem cell.
T. Yoda, M. Hosokawa, Y. Haraguchi,
K. Matsuura, T. Shimizu, H. Kambara,
H. Takeyama1125. Self-stretchable micromotors poweredby electrochemical reactions.
Y. Yoshizumi, M. Yokokawa, H. Suzuki*
1126. Evaluation of senescence-associated␤-galactosidase activity in single cell using scanning electrochemical microscope. Y. Zhou*, K. Ino, H. Shiku,
T. Matsue
Sheraton Waikiki
Honolulu
Chemistry and Applications of Retinal
Proteins: From Microbes to Humans (#395)

Organized by: L. Brown, H. Kandori,
M. Olivucci
Presiding: M. Olivucci
19:00 – 1127. Toward quantitative folding
studies of complex membrane proteins.
J.U. Bowie*
19:30 – 1128. First principles excited state
dynamics of retinal protonated Schiffbase in gas phase, solution, and protein
environments. T.J. Martinez*
20:00 – 1129. Coherent multidimensional
studies of rhodopsin and bacteriorhodopsin – strong vibrational nonadiabatic coupling “sees” the light. R. Miller*
20:30 – 1130. Hydrogen isotope effect in the
primary event in vision: Does vibrational
phase play a key role in photoisomerization?. R.A. Mathies*, C. Schnedermann,
M. Liebel, K. Spillane, P. Kukura,
I. Fernandez, J. Lugtenburg
20:45 – 1131. New fluorescence based tools
for the analysis of retinal protein function.
U. Alexiev*, A. Wolf, J. Balke, P. Volz,
T. KimSaturday Morning
Sheraton Waikiki
Kohala/Kona
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: V. Nanda
8:00 – 1132. Folding and self-assembly ofcollagen-related peptides via noncovalent interactions. J. Horng, C. Chiang*,
W. Hsu*, C. Chen*, T. Kao, Y. Chen
8:30 – 1133. Diastereomeric control of helical peptide stability. V. Nanda*
9:00 – 1134. Photoswitching of protein conformation. M. Lipfert, H. Kobarg, R. Eick,A. Mueller, M. Schulz-Senft,
T.K. Lindhorst, A. Staubitz,
F.D. Soennichsen*
9:20 – 1135. Foldamers containing ␤-peptoid residues. C.A. Olsen*
9:40 Coffee Break
9:50 – 1136. Solid-phase synthesis of multimetallated peptide arrays and their applications for biomedical issues.
K. Tashiro** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–229

07 – BIOL
10:10 – 1137. ALS and FTLD-related protein
aggregation induced by amyloidogenic
peptides. J. Huang*
10:40 – 1138. Studies of protein misfolding
diseases: Misfolding mechanism of prion
protein and peptide therapy Alzheimer’s
disease. R.P. Chen*, Y. Chiang, C. Yang
Sheraton Waikiki
Molokai
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)

Organized by: S. Silverman, Z. Huang,
Y. Li, Y. Lu, H. Suga
Presiding: Z. Huang
8:00 – 1139. RNA-catalyzed synthesis of
RNA enzymes. G. Joyce*, D. Horning,
J. Sczepanski
8:25 – 1140. DNA as a catalyst for biochemically relevant reactions in vitro and invivo. S.K. Silverman*
8:50 – 1141. Small-molecule detection andenantiopurity measurement using DNAbased sensors. J. Heemstra*
9:15 – 1142. DNA-based asymmetric catalysis: Novel reactivity and DNA-induced
rate acceleration. A. Garcı́a Fernández, A.
Draksharapu, A. Rioz Martinez, R.P. Megens, G. Roelfes*
9:40 Break
9:55 – 1143. Genomic aptamers and ribozymes: From discovery to biological
functions. A. Luptak
10:20 – 1144. Deoxyribosensors: the denovo creation of chip-based electronic
sensors made entirely out of DNA, forsensitive detection of disease biomarkers. D. Sen*, J. Thomas, Y. Huang, H. Yu
10:45 – 1145. Nearly two-decade pursuit ofsequence specific RNase A mimics: Mission accomplished. Y. Wang, E. Liu ,C.H. Lam, D. Perrin*
11:05 – 1146. Genome-wide profiling of RNA
folding in vivo. P.C. Bevilacqua*
Sheraton Waikiki
Kauai
Biosynthesis of Natural Products (#27)

Organized by: I. Abe, B. Moore, D. Ro
Presiding: D. Ro
8:00 – 1147. Enzyme-catalyzed [4⫹2]-cycloaddition required for macrocyclizationof spirotetronate-containing polyketides.
T. Kuzuyama*
8:30 – 1148. Biosynthetic engineering to access altered thiostrepton scaffolds.
W.L. Kelly
8:50 – 1149. From amide forming enzymes
to discovery and engineering of bioactive
molecules. B. Li*, Z. Dunn, E. O’Neill,
W. Wever9:10 – 1150. Hybrid RiPP pathways to create
new bioactive scaffolds. E.W. Schmidt
9:40 – 1151. In vitro biosynthetic system for
peptides with diverse backbone heterocycles toward development of peudonatural products. Y. Goto*, Y. Kato,
S. Tsunoda, H. Suga
10:00 – 1152. Reinventing natural productdiscovery. D.A. Mitchell*
10:20 – 1153. Peptide synthesis cooperatively achieved by peptide ligase and ribosomes. T. Dairi
10:50 – 1154. Mechanistic studies on oxidative enzymes involved in the biosynthesisof peptidyl nucleoside antibiotics.
S.G. Van Lanen*, A. Goswami
11:10 – 1155. Biosynthesis of streptothricin
and its related antibiotics. Y. Hamano*
11:30 – 1156. How does one enzyme makeand break 32 chemical bonds?.
W.A. van der Donk
Sheraton Waikiki
Ewa
Homeostasis of Transition Metal Ions in
Biological Systems (#47)

Organized by: S. Aono, D. Giedroc,
J. RoePresiding: S. Aono, D.P. Giedroc

230 –TECHTECHNICAL PROGRAM
8:00 – 1157. Spatio-temporal fluorescenceanalysis at the single cell level reveals
zinc fluxes controlling the mammalian cellcyle. T.V. O’Halloran
8:30 – 1158. Iron homeostasis in Saccharomyces cerevisiae. P.A. Lindahl*,
M.J. Moore, J.D. Wofford,
S.P. McCormick
9:00 – 1159. Organoferrous agents for spatiotemporal disruption of iron homeostasis in cells. J.M. OConnor*, M.C. Aubrey,
M. Proetto, C. Hoong
9:15 – 1160. Iron-sulfur cluster assembly inbacteria. D.R. Dean*
9:45 – 1161. Cross-talk in metal homeostasis: Involvement of zinc in Fe-S cluster
biogenesis in Bacillus subtilis.
P.C. Dos Santos*
10:15 – 1162. Iron mobilization for metallocofactor biogenesis: Not all iron pools areequal. F. Outten*, N. Bolaji
10:45 – 1163. Iron-sparing response andiron uptake by Staphylococcus aureus.
S.A. Loutet, M.J. Kobylarz, J.C. Grigg,
M. Ikehata, M.E. Murphy*
11:15 – 1164. Unusual oxygenation mechanism of MhuD, a heme degrading enzyme
from Mycobacterium tuberculosis.
T. Matsui, S. Nambu, S. Takahashi,
H. Fujii, M. Ikeda-Saito
Sheraton Waikiki
KahukuRoyal Hawaiian
Regency I
Bioorganic Reaction Mechanisms (#224)

Organized by: J. Richard, M. Tanner,
C. EastonPresiding: J.W. Keillor
8:00 – 1176. Novel enzymatic reaction
mechanism found in biosynthesis of natural products. H. Oikawa*, A. Minami
8:30 – 1177. Mechanism of enzyme-catalyzed retro-aldolizations in Mycobacterium tuberculosis. A.S. Murkin*,
K.A. Manning, M.M. Moynihan
9:00 – 1178. Regulation of human peptide
hormone levels. C.J. Easton*
9:30 – 1179. Twisting tails and curious channels - the phosphoribosyltransferases.
E. Parker, G. Mittelstaedt, T.V. Cookson
10:05 – 1180. Transglutaminase conformation and function. J.W. Keillor*,
C. Clouthier, I. Roy
10:40 – 1181. Multifunctional oxygenases inthe biosynthesis of fungal meroterpenoids. I. Abe*
11:10 – 1182. Reaction mechanisms of radical SAM enzymes involved in the biosynthesis of aminoglycoside antibiotics.
F. Kudo*, S. Hoshi, T. Eguchi
Royal Hawaiian
Regency III

Life at Small Copy Numbers (#137)

Organized by: S. Yoshimura, J. Xiao,
P. ChenPresiding: T. Nagai
8:00 – 1165. Prospect of minority biology.
T. Nagai*
8:30 – 1166. Bacterial hunger games: Howbacteria ensure smooth gene expression
during starvation. M. Kim*
9:00 – 1167. Gene expression in the low
copy number limit. R. Phillips*
9:30 break
9:40 – 1168. Application of photoactive yellow protein as a photoresponsive module
for controlling enzymatic activity. M. Ui*,
Y. Arai, M. Murakami, Y. Araki, T. Wada,
H. Takahashi, K. Kinbara
10:00 – 1169. Probing single-moleculemRNA and protein expression dynamics
in Saccharomyces cerevisiae.
Y. Taniguchi*
10:20 break
10:30 – 1170. Reaction networks with small
copy numbers of molecules: Fluctuations
and beyond. Y. Togashi*
11:00 – 1171. Noises and dynamics in cells:
The fluctuation-dissipation theorem andthe burst gene production model.
C. Hsu*, C. Yan

Function, Chemistry, and Signaling of
Glycolipids and Phospholipids (#273)

Organized by: C. Cairo, M. Best,W. Cheng
Presiding: w. cheng

Biomolecular Structure and Dynamics:
Recent Advances in NMR (#181)

8:00 Opening remarks
8:05 – 1183. Chemical approaches to thediscovery and characterization of proteinmembrane binding interactions usingsynthetic lipid probes. M. Best*,
M. Rowland, S. Eni Eni,
S. Mattern-Schain
8:45 – 1184. Probing intracellular signallingwith inositol polyphosphates.
A.B. Holmes*, A.W. Burgess, B. Catimel,
M.A. Gregory, M. Yin
9:25 – 1185. Isotope-labeled phospholipids
for examining domain-specific order profiles and compositional distributionby bysolid state NMR. M. Murata*, T. Yasuda,
J. Cui, M. Kinoshita, S. Matsuoka,
N. Matsumori
10:05 Break
10:20 – 1186. Diverse synthesis of glycophospholipids and their use in a study ofbacterial cell wall assembly. w. cheng*
11:00 – 1187. Synthesis and evaluation ofpotential vaccines against Lyme disease
based on the glycolipid BbGL1.
B.S. Huchenski, M. Hagar, S. Lee,
T. Grindley*
11:20 – 1188. Synthesis and biological studies of GPI anchors and GPI-anchoredproteins. Z. Guo

Organized by: M. Tsai, A. Gronenborn,
M. Ikura, W. Lee, G. Otting, I. Shimada

Sheraton Waikiki
Honolulu

Poster Session
10:00 – 12:00

Chemistry and Applications of Retinal
Proteins: From Microbes to Humans (#395)

Hawaii Convention CenterHalls I, II, III

1172. Solution structure of PKZ from Carassius auratus and its interaction with
Z-DNA. A. Lee, J. Lee, J. Lee*
1173. NMR study of various type III antifreeze proteins explains their antifreezing
activities. s. Choi, J. Lee, Y. Choi, J. Lee*
1174. Structure and molecular mechanism of
the microtubule severing enzyme using
NMR. N. Iwaya*, S. Noda, N. Goda,
T. Tenno, H. Hiroaki
1175. Triphosphate reorientation is a checkpoint in the fidelity mechanism of viralRNA-dependent RNA polymerase. X. Liu,
X. Yang, D.M. Musser, A.K. Boehr,
D.D. Boehr*

Organized by: L. Brown, H. Kandori,
M. Olivucci
Presiding: M. Olivucci
8:00 Introduction
8:05 – 1189. Human infrared vision triggeredby two-photon chromophore isomerization. K. Palczewski*
8:35 – 1190. Rhodopsin conformational dynamics in health and disease.
O.P. Ernst*, L.N. Caro, N. Van Eps,
T. Morizumi
9:05 – 1191. Role of water and membrane
lipids in rhodopsin activation. U. Chawla,
S.M. Perera, B. Mertz, A.V. Struts,
H. Liang, M.C. Pitman, M.F. Brown*
9:20 – 1192. Mechanism of rhodopsin activation by light-induced retinal isomerization. N. Kimata, M. Sheves, P. Reeves,
S.O. Smith*

9:50 – 1193. Activation pathway of humanrhodopsin in comparison to bovine rhodopsin. F. Bartl*, R. Kazmin, S. Patrick,
P. Hildebrand, E. Ritter
10:05 Break
10:15 – 1194. Structural changes of squidrhodopsin during the thermal relaxation
process in the P62 crystal.
M. Murakami*, T. Kouyama
10:30 – 1195. Thermal isomerization of chromophore in rod and cone visual pigments. Y. Shichida
11:00 – 1196. Studies of spectral tuning andthermal decay of retinal photoreceptors.
V. Batista*
11:30 – 1197. Role of rhodopsin’s unusual
kinetics of thermal reactions in dim-lightvision. Y. Guo, S. Sekharan, V. Batista,
J. Tully, E. Yan*

Saturday Afternoon
Sheraton Waikiki
Kohala/Kona
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: R. Cheng
13:00 – 1198. Structures, syntheses, andfunctions of antimicrobial peptides fromgram positive bacteria. J.C. Vederas
13:30 – 1199. Effect of membrane curvature
on membrane translocation of argininerich peptides. S. Futaki
14:00 – 1200. De novo-designed cationicfoldamers from an unnatural ␦-amino acidpossess remarkable permeability to HeLa
and primary neuronal cells. I. Monreal,
E. Contreras, E. Paragas, G. Wayman,
H. Aguilar, J.P. Saludes*
14:20 – 1201. Building protein mimics withrobust cellular delivery activity. G. Tew
14:50 – 1202. Effect of arginine modifications on structure and function. R. Cheng
15:20 – 1203. Peptide nanostructures asmolecular transporters of therapeutic
agents. K. Parang, A. Nasrolahi Shirazi,
R.K. Tiwari
15:40 – 1204. Enzyme-mediated assemblyof biomolecules on a designer scaffold
based on self-assembled peptides.
R. Wakabayashi*, A. Suehiro, M. Goto,
N. Kamiya*
16:00 – 1205. Synthesis of protein-based
biomaterials by genetically encoded SpyTag-SpyCatcher chemistry. Y. Lu,
K. Minamihata, T. Nagamune
16:20 – 1206. Racemic hydrogels from selfassembling enantiomeric peptides: Predictions from Linus Pauling.
J.P. Schneider
Sheraton Waikiki
Molokai
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)

Organized by: S. Silverman, Z. Huang,
Y. Li, Y. Lu, H. Suga
Presiding: Y. Lu
13:00 – 1207. Biomarker discovery using
DNA aptamers. W. Tan* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
13:25 – 1208. Structure and metal ion binding properties of the mammalian CPEB3
ribozyme. R.K. Sigel*
13:50 – 1209. RNA aptamer-conjugated liposome as an efficient anticancer drug delivery vehicle targeting cancer cells in
vivo. D. Kim*, H. Park
14:10 – 1210. Targeting polymorphic DNA
and their applications in disease diagnosis and treatment. J. Wang, W. Li, P. Shi,
Z. Zhang, J. Ren, X. QU*
14:35 Break
14:50 – 1211. Developing DNA-based sensors for small molecule pollutant detection. D.A. Baum*
15:15 – 1212. Turning the action of ligandresponsive functional DNAs into longchain DNA amplicons via rolling circle
amplification. Y. Li
15:40 – 1213. Development of various typesof protein adaptors to locate a single molecule of functional protein on molecularswitchboard. T.A. Ngo*, E. Nakata,
H.T. Dinh, T.M. Nguyen, M. Saimura,
T. Morii
16:00 – 1214. Highly selective fluorogenic
probes for accurate and sensitive quantitation of nucleic acids. J.A. Dallwig*,
N. Ahnert, T. Huang, K. Gee, D. Gale,
A. Dix16:25 – 1215. Optical control of oligonucleotide function in cells and animals.
A. Deiters
Sheraton Waikiki
Kauai
Biosynthesis of Natural Products (#27)

Organized by: I. Abe, B. Moore, D. Ro
Presiding: T. Mahmud
13:00 – 1216. Genetic strategies for molecular diversity. J. Clardy*, C. Currie,
A. Ruzzini, E. Van Arnam, C. Sit
13:30 – 1217. Combined-culture: The new
method for secondary metabolism activation in actinomycetes. H. Onaka*
13:50 – 1218. Chemical discovery in the microbial world. E.P. Balskus*
14:10 – 1219. Insights from a global view of
secondary metabolism: Small moleculesfrom the human microbiota.
M. Fischbach
14:40 – 1220. Probing the biosynthetic capabilities of a marine Nocardiopsis sp.
A.L. Lane
15:00 – 1221. Uncovering new molecules
and biosynthetic pathways from marine
bacteria. A. Ross*
15:20 – 1222. Culture independent approaches for the discovery of new bacterial metabolites. S. Brady
15:50 – 1223. Development of the heterologous expression technology applicablefor huge biosynthetic gene clusters.
K. Shin-ya*
16:10 – 1224. Natural products library initiative (NPLI) at TSRI – reflections and prospective. B. Shen*
16:40 – 1225. Novel alkaloidal phytoalexins
and their biosynthetic pathways.
M.c. Pedras*, Q. To
Sheraton Waikiki
Ewa
Homeostasis of Transition Metal Ions in
Biological Systems (#47)

Organized by: S. Aono, D. Giedroc,
J. RoePresiding: K. Ishimori, J. Roe
13:00 – 1226. Mechanistic insights into iron
regulation in yeast. C.E. Outten*
13:15 – 1227. Structural basis of the bacterial heme transporter. H. Sugimoto*
13:45 – 1228. From the cytoplasm to theperiplasm and beyond, passing the Cu⫹
along. J.M. Arguello*
14:15 – 1229. Metal trafficking in cells
through a cellular structural biology approach. L. Banci*
14:45 – 1230. Determinants of nickel site selectivity and sensitivity in transport, trafficking, and regulation. P. Chivers*

15:15 – 1231. On the pathways adopted bymetallothionein in binding, sequestering,and finally donating zinc to zinc-dependent enzymes. M. Stillman*
15:45 – 1232. Is copper involved in the function of the amyloid precursor protein?.
A.G. Wedd*, Z. Xiao, T. Young
16:15 – 1233. Lost in metallation: The disaster on a protein structure leading to neurodegeneration. Y. Furukawa*, I. Anzai,
K. Nagasawa, S. Akiyama, M. Imai,
K. Ishimori
16:30 – 1234. Is the mycobacterial protein
nanocage involved in oxidative stress response?. H. Contreras, S. Dixon,
C. Goulding*
Sheraton Waikiki
KahukuLife at Small Copy Numbers (#137)

Organized by: S. Yoshimura, J. Xiao,
P. ChenPresiding: H.R. Ueda
13:00 opening remark
13:05 – 1235. Toward organisms-level systems biology. H.R. Ueda
13:35 – 1236. Cell size control and homeostasis of individual cells. S. Jun*
14:05 – 1237. How is a long strand of
genomic DNA organized in the cell?.
K. Maeshima
14:25 break
14:35 – 1238. Harnessing ’noise’ for cell-fatemanipulation and therapy.
L. Weinberger*
15:05 – 1239. Adiabatic and non-adiabatic
nonequilibrium stochastic dynamics of
single regulating genes. J. Wang*
15:35 – 1240. Structure and dynamics ofprotein complex in macromolecular
crowding. S. Yoshimura, H.A. Konishi,
S. Asai, M. Kumeta
15:55 break
16:05 – 1241. Combinatorial gene regulation
by pulse timing modulation. Y. Lin
16:35 – 1242. Distribution of genome-size
DNA in the dividing model cell membrane. H. Suzuki*
16:55 closing remark
Royal Hawaiian
Regency I
Bioorganic Reaction Mechanisms (#224)

Organized by: J. Richard, M. Tanner,
C. EastonPresiding: J. Pelletier
13:00 – 1243. Discovery, evolution, andmechanism of a new family of nonheme
iron halogenases that act on free substrates Independent of carrier protein.
X. Liu13:20 – 1244. Extended network of proximaland distal hydrogen bonds delivers RhoA
catalyzed GTP hydrolysis via a strain-freetransition state. N. Richards, R. Molt,
Y. Jin, E. Pellegrini, M. Bowler, J. Waltho,
M. Blackburn
13:45 – 1245. Energetics of the protontransfer mechanism in aspartate aminotransferase. H. Hayashi*, T. Murakawa,
M. Shoji, Y. Shigeta
14:20 – 1246. Design and optimization of artificial enzymes: Nearer to nature.
D. Hilvert*
15:00 – 1247. Discovery and improvement ofnovel glycosidases through metagenomics and directed evolution. S.G. Withers,
S. Hallam, z. Armstrong, K. Mewis, F. Liu,
T. Duo15:40 – 1248. Engineering biocatalysts: Exploring and exploiting flavoenzymes.
S. Lutz
16:20 – 1249. Does engineering functional
enzymes require preserving protein dynamics?. J. Pelletier*, S. Gobeil,
C. Clouthier, J. Park, D. Gagné,A. Berghuis, N. Doucet

Royal Hawaiian
Regency III
Function, Chemistry, and Signaling of
Glycolipids and Phospholipids (#273)

Organized by: C. Cairo, M. Best,W. Cheng
Presiding: C. Cairo
13:00 Opening remarks
13:05 – 1250. Investigation of the assemblyand budding of filoviruses from the hostcell plasma membrane. R.V. Stahelin*
13:45 – 1251. Lipidomic profile of gut commensal bacteroidales and identification of
immunomodulatory glycosphingolipids.
S.F. Oh*, W. Zheng, H. Song, h. kim,
S. Park, D.L. Kasper
14:05 – 1252. Detection of lipid-linked peptidoglycan precursors by exploiting an unexpected transpeptidase reaction.
Y. Qiao, M. Lebar, K. Schirner,
K. Schaefer, H. Tsukamoto, D. Kahne*,
S. Walker*
14:25 – 1253. Fluorescence- and Ramanbased spectroscopies for cell membranemeasurements. E.A. Smith, A. Syed,
Q. Zhu, C. Wijesooriya
15:05 Break
15:20 – 1254. Ganglioside probes for exploring functional molecular complexes in thecell membrane. H. Ando*
16:00 – 1255. Cationic glycolipids as potent
antitumor agents. M. Ogunsina, T. Idowu,
P. Samadder, G. Arthur, F. Schweizer*
16:20 – 1256. Monitoring enzymatic cleavage of phospholipids in symmetric lipid
bilayers with vibrational sum frequency
generation. J. Gibbs-Davis

Saturday Evening
Sheraton Waikiki
Kohala/Kona
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: K. Kudo
19:00 – 1257. Orthogonal protection strategies of Schollkopf’s bis-lactim ether forthe synthesis of non-proteinogenic dipeptides and ␣-amino acids.
M. Hutchby*, S.D. Bull
19:20 – 1258. Use of cyclic dipeptides as receptors and chiral catalysts. C. Bérubé*,
C. Bouchard, S. Cardinal, N. Voyer
19:40 – 1259. Dual functionalization and glycosylation of native amino acids.
D. Skropeta, C.J. Cara
20:00 – 1260. Lipid-modified peptides: New
synthetic strategies, protecting groups,
and combinatorial methods.
M. Distefano*, V. Diaz-Rodriguez,
M. Mahmoodi
20:20 – 1261. Covalent molecular recognition: Iminoboronate chemistry in water.
J. Gao*
20:40 – 1262. Different CMT disease-causing mutations promote the same neomorphic conformation of human GlyRS.
W. He

1265. Rational engineering of ribosomal
shunt-modulating eukaryotic ON-riboswitches. A. Ogawa*1266. Construction and screening of the
RNP library with catalytic functionalgroup. T. Tamura, K. Ariyama,
S. Nakano, T. Morii
1267. DNA-catalyzed conjugation of nucleic
acids and tyrosine side chains. C. Chu,
S.K. Silverman*
1268. Phosphorylation of protein side chainsby DNA catalysts. S.M. Walsh,
S.K. Silverman*
1269. DNA catalysts with chemically modified nucleotides to hydrolyze amide
bonds. C. Zhou, S.K. Silverman*
1270. Selection of catalytic DNA with O-glycosidase activity. C. Yeh,
J. Chandrasekar, S.K. Silverman*
1271. DNA-catalyzed PEGylation of peptides
and proteins. P. Wang, S.K. Silverman*
1272. Selection and characterization of
X-aptamers for small molecules.
P.K. Tsae, M.C. DeRosa*
1273. Dopamine-binding DNA aptamer therapeutics for the treatment of schizophrenia and addiction. E.M. McConnell*,
M.R. Holahan, M.C. DeRosa
1274. Application of oligonucleotide-templated chemical reactions to DNA aptamers. C.M. Mattice, J. Manthorpe,
M.C. DeRosa*
1275. Development of novel DNA aptamers
for the detection of circulating tumor cells
using terahertz chemicalmicroscopy.
E.M. Hassan
1276. Design and evaluation of the specificligand for CTG repeat sequence.
J. MATSUMOTO, J. Li, K. NAKATANI*
1277. Small-molecule inhibitor of premiR-29 maturation. A. Murata, T. Otabe,
J. Zhang, K. NAKATANI*
1278. SPR-based in vitro selection of premiRNA loop mutant molecules that bindto the restrained naphthyridine dimer.
Y. Mori*, Y. Di, A. Sugai, A. Murata,
K. NAKATANI
1279. Analysis of binding of naphthyridineazaquinolone derivatives to CAG repeats
RNA. A. Sakata, J. Li, H. He, A. Murata,
C. Dohno, S. Obika, K. NAKATANI*
1280. Integrated biophysical approaches todetermine structures of the steroid receptor activator lncRNA ribonucleoprotein
complexes. T.C. Leeper*, S. Bilinovich,
C. Davis, J. Caporoso, D.L. Morris
1281. Synthesis and properties of functional
trinucleotide repeat-binding molecules to
induce chemical transformation of trinucleotide repeats. T. Yamada*,
K. NAKATANI, A. Michikawa
1282. Design of triplex-forming BNA transcription factor. M. Noda, T. Yamamoto,S. Hori, Y. Hari, S. Obika*
1283. Selection of modified DNA aptamers:
Comparison of capillary electrophoresisand biolayer interferometry.
Y. Kasahara*, K. Hagiwara,
M. Kuwahara, S. Obika
1284. Development of high sensitivity aptamer based diagnostic kit for aminoglycoside antibiotics. M. Yoon*
1285. Screening method to obtain aptamers
binding different sites of the target molecule. Y. Yamamoto, K. Abe, N. Savory,
K. Ikebukuro*

Hawaii Convention CenterHalls I, II, III
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)

Organized by: S. Silverman, Z. Huang,
Y. Li, Y. Lu, H. Suga
Presiding: S.K. Silverman
Poster Session
19:00 – 21:00
1263. Structural stability and metal ion selectivity of the yybP-ykoY riboswitch.
L. Cavallo*, M. Chawla, R. Credendino,
R. Oliva
1264. Functional and structural analyses of ac-di-GMP responsive riboswitch.
S. Inuzuka, K. Nishimura, H. Kakizawa,
H. Furuta, S. Matsumura, Y. Ikawa** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–231

07 – BIOL
1286. Investigation of the effects of G-quadruplex ligand (7OTD) on the expressionof cell transcriptome. T. Saito,
T. Yokoyama, K. Teramoto, W. Yoshida,
K. Abe, K. Iida, K. Nagasawa,
K. Ikebukuro*
1287. Characterization of aptamer forming
G-quadruplex structure and its binding totarget molecules in hydrated ionic liquid.
T. Honda, K. Abe, K. Fujita, H. Ohno,
K. Ikebukuro*
1288. Abridged pathway for modification of
2-thiouridine tRNA in Bacillus subtilis .
P.C. Dos Santos*, K. Black
1289. Construction of metallo-DNA duplexes
using 5-hydroxyuracil nucleobases as
metal coordination sites. K. Nishiyama,
Y. Takezawa, T. Mashima, M. Katahira,M. Shionoya
1290. Artificial metallo-DNA three-way junction: Metal-mediated stabilization andstructural induction. Y. Takezawa,
S. Yoneda, J. Duprey, M. Shionoya*
1291. DNA-binding studies of pyrrole-imidazole polyamides with anti-HPV activity.
M.J. Scuderi, K.J. Koeller, T.G. Edwards,
C. Fisher*, G. He, G.D. Harris,
C.M. Dupureur, J.K. Bashkin*1292. Intrinsically fluorescent nucleoside analogs: Synthesis, properties, and applications. R. Hudson*1293. Submolecular dissection reveals loop
interaction is stronger than ␲-␲ stacking
for G-quadruplex stability. C. Ghimire,
S. Park, K. Nagasawa, H. Sugiyama,
H. Mao*1294. Locating the uracil-5-yl radical formed
in DNA containing 5-bromouracil.
F. Hashiya*, H. Sugiyama
1295. Design and photophysical propertiesof an environmentally sensitive fluorescent nucleoside, 3-deaza-2’-deoxyadenosine derivative: Distinguishing thymine
by probing the DNA minor groove.
Y. Saito*, A. Suzuki
1296. 7-deaza-8-azaadenine and its 7-substituted derivatives: Structural and energetic impact on H-bonding potential withuracil in RNA molecules. R. Oliva,
M. Chawla, R. Credendino, L. Cavallo
1297. Base-ribose stacking in functionalRNAs: Bioinformatics and quantum mechanics characterization. R. Oliva,
M. Chawla, E. Chermak, J. Bujnicki,
L. Cavallo
1298. Screening method for RNA G-quadruplex stabilizers. Y. Katsuda, S. Sato,
M. Uesugi*
1299. Construction of homo- and hetero-oligomers of perylenediimide derivatives in
a DNA duplex by using abasic sites asbinding and reactive sites. T. Takada*,
K. Yamana
1300. Synthesis and applications of new fluorescent deoxyribonucleoside analogs.
S. Yamamoto, S. Park, H. Sugiyama*1301. Live-cell imaging of endogenous mRNAs with a small molecule. S. Sato*,
Y. Katsuda, M. Watanabe, M. Uesugi*
1302. Development of environmentally sensitive fluorescent 8-aza-7-deazapurine
nucleosides forming stable Watson-Crickbase pairs. A. Suzuki, Y. Saito*
1303. Water-soluble nucleotide analog witha flexible backbone and positive charges.
Y. Watanabe, M. Kuwahara*
1304. Regulation of translational activity of
EGFP mRNA using photoresponsive
␣-haloaldehyde-conjugated ORNs.
Y. Nakata, Y. Sugihara, A. Kobori,A. Yamayoshi, A. Murakami
1305. Development of novel anti-HIV drugs
that mimic functions of non-coding RNA.
A. Yamayoshi*, K. Yoshimoto,
K. Kishimoto, A. Kobori, A. Murakami,
J. Ariyoshi
1306. Introducing azaHx, a novel fluorescent, DNA sequence specific, minor
groove, and GC recognition element: Expanding the scope of Hx-amide DNA sequence recognition. V. Satam, B. Babu,
P. Patil, K. Olson, M. Savagian, M. Lee,
A. Mepham, C. Bruce, S. Wang,
D. Wilson, K. Kiakos, J. Hartley, M. Lee*
1307. Efficient covalent capture of 8-nitroguanosine via a multiple hydrogenbonded complex. Y. Fuchi, S. Sasaki

232–TECHTECHNICAL PROGRAM
1308. Dynamic and mutual chiral induction
system between B-, Z-DNA and the chiral[5]helicene-spermine ligand. K. Kawara,
S. Sasaki
1309. Selective and cooperative binding of
small molecular ligands to a GC repetitivesite of DNA mediated by multiple complexation with metal cations. H. Murase,
S. Sasaki
1310. Recognition and discrimination between 8-oxo-2⬘-deoxyguanosine and 2⬘deoxyguanosine in DNA using the adenosine-1,3-diazaphenoxazine nucleosidederivatives. Y. Taniguchi*, Y. Kikukawa,
S. Sasaki
1311. Sialyllactose-modified 3-way junction
DNA as a inhibitor of influenza hemagglutinin. Y. Ebara*, M. Yamabe,
D. Akamatsu, K. Kaihatsu, N. Kato
1312. Novel inhibitors targeting microRNA:
Peptide-oligonucleotide conjugates forpromotional releasing of microRNA from
RISC. J. Ariyoshi, N. Eimori, R. Konishi,
A. Kobori, A. Murakami, A. Yamayoshi1313. Development of oligonucleotides having a caged ␣-haloaldehyde group andtheir inhibitory effect on translational activity of EGFP mRNA. Y. Sugihara,
Y. Nakata, A. Yamayoshi, A. Murakami,
A. Kobori*1314. Analysis of alternative splicing by homogeneous fluorescence assay.
K. Nakajima, A. Nishimura,A. Yamayoshi, A. Murakami, A. Kobori*1315. Photoresponsive cap for reversible
regulation of translation. S. Ogasawara*1316. Development of a novel fluorescencein situ hybridization method using photoreactive oligonuculeotide as a fluorescentprobe. K. Toyosato, T. Sakamoto,
S. Nakamura, K. Fujimoto*1317. 19F NMR-based analysis of the local
sequence and structure of DNAs using
fluorine-modified bisbenzimide derivative. D. Hasegawa, T. Sakamoto,K. Fujimoto*1318. Partial complementarity guided predictable and reliable synthesis of interstrand crosslinked oligonucleotides.
B. Yoo, N. Persky, R. Wang, F. Yannick,C. Martinez, N. Pavletich, O. Ouerfelli*1319. Combining structure-switching aptamers with rolling circle amplification for biosensor development. R.M. Bialy, Y. Li,
J.D. Brennan*
1320. Aptamer immobilization on combbranched DNA scaffolds for bioanalyticalapplications. E.K. TeSelle*, D.A. Baum1321. Rational design of DNA-based sensing
systems with precisely defined operational parameters. I.V. Nesterova
1322. Rapid identification of RNA viruses by
peptide nucleic acid chromatography.
K. Kaihatsu*, S. Sawada, K. Takagi,
T. Hayashi, M. Okazaki, N. Kato
1323. Photoligation-based quantitative technology for transcriptome analysis without
reverse transcription. M. Yokomori,A. Suyama1324. Quantitative detection of a single basechange in RNA with DNAzyme and graphene oxide. D. Kim*, C. Hong, A. Baek,
D. Kim1325. Orthogonal assembly of RuBisCO andcarbonic anhydrase on a DNA nanoscaffold. H.T. Dinh, E. Nakata, T.A. Ngo,
H. Ashida, T. Morii
1326. Specific detection of ATP by fluorescent ribonucleopeptide sensors.
S. Nakano, T. Tamura, T. Morii*
1327. Development of modular adaptors tocovalently locate multiple enzymes on
DNA nanoscaffold. T.M. Nguyen*,
E. Nakata, H.T. Dinh, T.A. Ngo,
M. Saimura, T. Morii
1328. New approach to detection of target
DNA or RNA by coloring PALSAR
method. R. Morinaka*, N. Kato, A. Ohno,
H. Haraguchi, S. Futo
1329. Detection of Legionella in hot springwater using the coloring PALSAR
method. H. Haraguchi, R. Morinaka*,
N. Kato, A. Ohno, S. Futo
1330. Construction of an RNA device basedon a splicing ribozyme for amplification of
input-signals. R. Kiyooka, S. Matsumura,Y. Ikawa*

1331. Programmable formation of catalytic
1D and 2D RNA nanostructures by assembling group I ribozymes.
S. Matsumura, N. Uehara, D. Fujita,
H. Furuta, Y. Ikawa*1332. Intracellular delivery of impermeable
photosensitizer by DNA tetrahedron andits potential for photodynamic therapy.
D. Ahn*1333. Lipid-bilayer-assisted 2D self-assembly of DNA origami nanostructures.
Y. Suzuki, M. Endo, H. Sugiyama
1334. Single-molecule manipulation and visualization of multiple DNA structuralchanges in the DNA nanostructures using
high-speed AFM. M. Endo*, H. Sugiyama
1335. DNA nanotechnology for controlling
receptor signaling. R. Ueki, N. Kanda,
A. Utsumi, S. Sando*
1336. Construction of chromophore arrays
using DNA. M. Nakamura*, T. Takada,K. Yamana
1337. Study of the dynamics of DNA nanotubes. j. rahbani*, A. Hariri, G. Cosa,
H. Sleiman
1338. Development of orientation-dependent FRET system for structural analysesof nucleic acids. H. Kashida*,
A. Kurihara, H. Asanuma*
1339. Combination of histone deacetylase
inhibitors and lipofection-mediated INF-␤
gene therapy. R. Nishimura, H. Aihara,
M. Katsuragi, Y. Fukushima, S. Uesato,
T. Sumiyoshi, Y. Nagaoka*
Sheraton Waikiki
Kauai
Biosynthesis of Natural Products (#27)

Organized by: I. Abe, B. Moore, D. Ro
Presiding: J.C. Vederas
19:00 – 1340. Unlocking the mystery of natural rubber (cis-1,4-polyisoprene) biosynthesis in lettuce. D. Ro*, Y. Qu, C. Romit,
M. Kwon, E. Kwon
19:20 – 1341. Dirigent protein structure andfunction in planta: Evolutionary and metabolic ramifications. N.G. Lewis*, K. Kim ,H.K. Seneviratne, C.A. Smith, M. Daily,
J.R. Cort, L.B. Davin
19:40 – 1342. Biosynthetic study of plant
specialized products by means ofgenomics and metabolomics. K. Saito*
20:10 – 1343. Mining the Cannabis sativa genome: Identification of cannabichromenic
acid synthase. J. Stout, J. Page
20:30 – 1344. Discovery and assembly of
pathways for medicinal monoterpenoid
indole alkaloids in plants and microorganisms. V. De Luca
Hawaii Convention CenterHalls I, II, III
Homeostasis of Transition Metal Ions in
Biological Systems (#47)

Organized by: S. Aono, D. Giedroc,
J. RoePoster Session
19:00 – 21:00
1345. Spectroscopic properties of hemebinding protein HupD responsible forheme acquisition in Listeria monocytogenes. Y. Okamoto, M. Ogura, T. Uchida,
K. Ishimori, T. Hayashi, S. Aono*
1346. Structural basis for heme acquisition
in Corynebacterium glutamicum.
N. Muraki*, Y. Okamoto, C. Kitatsuji,
S. Aono1347. Small-angle X-ray scattering analysis
reveals the overall structure and signaltransduction mechanism of a hemebased oxygen sensor protein, FixL.
A. Saeki, T. Hikima, G.S. Wright,
S.V. Antonyuk, S. Hasnain,
M. Yamamoto, Y. Shiro, H. Sawai*
1348. Genetic response against removal of
CO from the blood of mice by an iron(II)porphyrin-cyclodextrin supramolecularcomplex. S. Minegishi, H. Kitagishi*,
A. Yumura, S. Negi, Y. Sugiura, K. Kano

1349. Structural characterization of metalbinding sites and metal-induced dodecameric assembly of the CutA1 proteins.
B. Bagautdinov*
1350. Investigations into effects of copper
ions and iron-containing proteins on tau
protein phosphorylation and aggregation.
S. Martic*
1351. Probing the interaction of iron ionswith tau and phosphoryled tau by electrochemistry approach. S. Ahmadi,
K. Amini, Z. She, H. Kraatz*
1352. Small RNAs coordinate the iron andcell density signalings to regulate virulence factors in the human pathogen
Vibrio vulnificus. Y. Wen*, I. Kim*, K. Kim*
1353. Stimulation of biotin synthase (BioB)
activity and regeneration of the auxiliary[2Fe2S] cluster by the monothiol glutaredoxin (GrxD). A. Saini*, S. Boutigny*,
E. Baidoo, V. Trotter, J.D. Keasling,
G. Butland
Hawaii Convention CenterHalls I, II, III
Life at Small Copy Numbers (#137)

Organized by: S. Yoshimura, J. Xiao,
P. Chen
Poster Session
19:00 – 21:00
1354. Cooperative force production by
unc104 forced dimers. Y. Tsuchizawa*,
T. Shima, T. Kambara, Y. Okada
1355. Analytical theory of individual diffusion
trajectories in living cells. S. Shinkai*,Y. Togashi
1356. Single particle counting of influenza virus by micro droplet array. K. Tabata,S. Kidokoro, H. Noji1357. Direct measurement of the binding
rate constant of kinesin to microtubules inliving cells. T. Kambara, Y. Okada
1358. Expanded color palette of super-brilliant luminescent proteins for multicolor,real-time bioluminescence imaging.
A. Takai, M. Nakano, K. Saito, R. Haruno,
T.M. Watanabe, T. Ohyanagi, T. Jin,
Y. Okada*, T. Nagai*
1359. Development of super-active TALEs
for efficient genome visualizing and manipulating tools. K. Ikeda*, Y. Terahara,
K. Sumiyama, Y. Okada
Hawaii Convention CenterHalls I, II, III
Function, Chemistry, and Signaling of
Glycolipids and Phospholipids (#273)

Organized by: C. Cairo, M. Best,W. Cheng
Poster Session
19:00 – 21:00
1360. High levels of arachidonic and n-3 docosapentaenoic acid in the phospholipidsof marine gastropod Turbo cornutus.
h. saito*1361. Novel synthesis of deuterated phosphatidylinositol 4,5-bisphosphate.
A.M. Saunders*, H. Sanganee,
V. Flemington, S.J. Conway
1362. Ergosterylglucoside catabolism by ergosteryl-␤-glucosidase (Egh1) is associated with vacuole formation in Saccharomyces cerevisiae. T. Watanabe, M. Tani,
Y. Ishibashi, N. Okino, M. Ito* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

07 – BIOL
1363. Theoretical interaction analysis between hemaggultinin of influenza A virus
and sulfatide. Y. Fujita, S. Okazaki,
T. Takahashi, K. Ikeda, T. Suzuki,
H. TOKIWA*
1364. Development of detection system ofamyloid ␤ peptide from Alzheimer’s disease using lipid membranes: A quartz
crystal microbalance method.
T. Shimanouchi, M. Iwamura, Y. Sano,
Y. Kimura
1365. In vivo clearance of secreted phospholipase A2 from extracellular mediumby the M-type receptor. H.N. Ewing*,
G. Naika, F. Ghomashchi, M.H. Gelb
1366. Development of a new approach toprepare structurally diverse peptidoglycan intermediates: Synthesis and functional study of N-substituted lipid II analogs. C. Guo, C. Lin*, w. cheng*
1367. S-linked sialyloligosaccharides bearing lipid for influenza virus inhibition.
P. Liang, Y. Lee
Hawaii Convention CenterHalls I, II, III
Chemistry and Applications of Retinal
Proteins: From Microbes to Humans (#395)

Organized by: L. Brown, H. Kandori,
M. Olivucci
Presiding: L. Brown
Poster Session
19:00 – 21:00
1368. Mechanism of ion-conducting pore
formation and gating in Channelrhodopsin-2. F. Bartl*
1369. Novel group of eubacterial proton
pumps with the unique proton-donatingcomplex. L. Brown*, A. Harris,
M. Ljumovic, S. Ito, K. Inoue, H. Kandori,
A. Bondar
1370. Reversible hydration-volume fluctuations in rhodopsin activation: Scatteringand NMR methods confirm molecular dynamics predictions. X. Xu, S.M. Perera,
U. Chawla, U. Shrestha, T.R. Molugu,
A.V. Struts, D. Bhowmik, J. Feng,
N. Nesnas, B. Mertz, M.C. Pitman,
X. Chu, M.F. Brown*
1371. Light-driven sodium ion pumping activity is controlled by positive and negative charged residues in new type of microbial rhodopsin. A. Choi*, S. Kim,
K. Lee, S. Kim, S. Bae, K. Koo, H. Shin,
K. Jung1372. Arrestin splice-variant p44 delays retinal release from photoactivated rhodopsin via meta III. C.E. Eckert*,
D. Chatterjee, C. Slavov, K. Saxena,
C. Sanders, V.V. Gurevich, J. Wachtveitl,
H. Schwalbe
1373. Comparison of bovine and human rhodopsin photoactivation kinetics.
C. Funatogawa, I. Szundi, D.S. Kliger*,J. Lewis1374. FTIR spectroscopy of animal and microbial rhodopsins. H. Kandori1375. Photochemical characterization of flavobacterial rhodopsin: The importance ofthe helix E region for heat stability.
S. Kim*, S. Han*, J. Cho, K. Lee, K. Shin,
G. Lee, K. Jung
1376. Function and photochemical properties of actinorhodopsins. S. Kim*,
K. Jung, J. Park
1377. Electronic progression during the photoisomerization of microbial and animal
light-sensing rhodopsins. M. Olivucci*,
H. Luk, F. Melaccio, S. Rinaldi, S. Gozem
1378. Tracking folding events during cellfree expression of bacteriorhodopsin into
nanodiscs by SEIRAS. R. Schlesinger*,
K. Ataka
1379. Inversion of sequence and direction of
the proton transfer in proteorhodopsin athigh pH. J. Tamogami*, T. Kikukawa,T. Nara, M. Demura, E. Muneyuki,
N. KamoSunday Morning
Sheraton Waikiki
Kohala/Kona
Advances in Peptide and Protein Chemistry(#6)

Organized by: W. Lubell, J. Kelly,
A. Smith, H. Suga, V. Nanda, J. Huang,
K. Kudo, R. Cheng, P. Lyu
Presiding: P. Lyu

11:00 – 1398. Creation of high affinity DNA
aptamers using a genetic alphabet expansion toward diagnostic and therapeutic applications. I. Hirao*
11:25 – 1399. Semi-synthetic organism withan expanded genetic alphabet.
F. Romesberg
11:50 Closing remarks
Sheraton Waikiki
Kauai
Biosynthesis of Natural Products (#27)

8:00 – 1380. Protein-based hybrid catalysts
for hydrogen production. G. Ghirlanda*
8:30 – 1381. Dressed up artificial viral capsids self-assembled from ␤-annulus peptides. K. MATSUURA*, T. Honjo,
T. Iwasaki
8:50 – 1382. Construction of a bispecific antibody via protein trans-splicing.
Y. Shibuya, R. Asano, H. Nakazawa,
M. Umetsu, K. makabe*
9:10 – 1383. Chemical synthesis of homogeneous glycoprotein and an insight into
the relationship between glycosylation
pattern and biological activity.
Y. Kajihara
9:30 – 1384. RE3Volutionary computational
design of symmetric proteins. A.R. Voet
9:50 – 1385. Single mutations in a non-enzymatic protein give rise to various catalytic
activities. Y. Moroz, T. Dunston,
O. Moroz, O. Makhlynets, Y. Wu,
P. Gosavi, J. Yoon, N. van Nuland,
I. Korendovych*
10:10 – 1386. Site-specific protein PEGylation through incorporation of aromatic
amine-containing non-natural amino acid.
T. Watanabe, R. Shiba, T. Hohsaka*
10:30 – 1387. Organometallic palladium
complexes as chemoselective bioconjugation reagents. E.V. Vinogradova,
C. Zhang, A. Spokoyny, B. Pentelute,
S. Buchwald, B.F. Cravatt
10:50 – 1388. Posttranslationally modified
tau proteins accessed by a novel purification tag. O. Reimann, C. Smet-Nocca,
C.P. Hackenberger*
11:10 – 1389. Effect of chemical modifications of amino acids as point mutations inprotein function. S. Sakurai,
A. Tsuneshige*
11:30 – 1390. ME47, a minimalist protein designed to target the Myc/Max:E-box DNA
network, decreases cancer cell growth.
J. Shin*Sheraton Waikiki
Molokai
Functional Nucleic Acids: Chemistry,
Biology, and Materials Applications (#10)

Organized by: S. Silverman, Z. Huang,
Y. Li, Y. Lu, H. Suga
Presiding: S.K. Silverman
8:00 – 1391. Crystal structure of an RNA
mimic of GFP reveals a G-quadruplex
core. A.R. Ferre-D’Amare*
8:25 – 1392. Development of aptasensors
for the detection of organic compounds
contaminated in foods. Y. Morita,
Y. Tomita, D. Fujiwara, H. Suga*
8:50 – 1393. Responsive aptamer-basedmaterials and nanoswitches.
M.C. DeRosa*
9:10 – 1394. Conserved ligand-responsive
RNA switches regulating viral translation.
T. Hermann*, M.A. Boerneke
9:35 Break
9:50 – 1395. Platinum biomolecule target
analysis using click chemistry. J.D. White,
A. Moghaddam, R. Cunningham,
K. Plakos, E. Reister, M.M. Haley,
V. DeRose*
10:15 – 1396. DNA nanowire field-effecttransistor. K. Yamana*, T. Takada,N. Matsuo
10:35 – 1397. Artificially expanded genetic
information systems (AEGIS) for creating
receptors, ligands, and catalysts on demand. S. Benner*, R.W. Shaw,
M. Matsuura

Organized by: I. Abe, B. Moore, D. Ro
Presiding: I. Abe
8:00 – 1400. Novel terpenes generated byawakening of genes encoding bacterial
terpene synthase. H. Ikeda
8:30 – 1401. Tools to investigate carrier protein biosythesis. M. Burkart
9:00 – 1402. Biosynthesis of a diazo-containing natural product from Streptomyces. Y. Katsuyama, Y. Ohnishi
9:20 – 1403. Azinomycin biosynthesis: probing the mechanism of azabicycle biosynthesis. C. Watanabe*, K. Nepal, S. Mori,
D. Simkhada, V. Sharma, G. Kelly,
D. Delgado
9:40 – 1404. Posttranslational isoprenylationof tryptophan. M. Okada
9:55 – 1405. Lincomycin biosynthesis: a taleof two small-molecule thiols. Q. Zhao ,M. Wang, W. Liu*
10:25 – 1406. Mechanistic studies on a newmenaquinone biosynthetic pathway.
T.P. Begley*
10:55 – 1407. Biosynthesis and tailoring ofmarine microbial siderophores. A. Butler*
11:15 – 1408. Characterization of two novel
plant type III polyketide synthases obtained from medicinal plant Evodia rutaecarpa. H. Morita*, T. Kodama,
H. Noguchi, I. Abe
11:30 – 1409. Mechanism-based self alkylation in sesquiterpene synthases.
J.P. Noel*, R.D. Kersten
Sheraton Waikiki
Ewa
Homeostasis of Transition Metal Ions in
Biological Systems (#47)

Organized by: S. Aono, D. Giedroc,
J. RoePresiding: P. Chivers, P.A. Lindahl
8:00 – 1410. Molecular mechanisms of heme
homeostasis in Gram-positive bacteria.
S. Aono*8:30 – 1411. Specific heme binding in iron
regulatory proteins and its functional significance. K. Ishimori
9:00 – 1412. CCCH ‘zinc finger’ proteins that
regulate RNA processing: Metal ion
switching and RNA recognition.
S. Michel*
9:30 – 1413. Bacterial riboswitches cooperatively bind Ni(II) or Co(II) and control expression of heavy metal transporters.
W. Winkler
10:00 – 1414. Regulation of metal homeostasis by metal-sensing transcription factors in bacteria. J. Roe*
10:30 – 1415. Activity of the nickel-responsive transcription factor NikR.
D.B. Zamble
11:00 – 1416. Creation of a metal-sensor.
N.J. Robinson*
11:30 – 1417. Exploring protein allostery anddynamics in metalloregulatory proteins.
D.P. Giedroc*, J. Braymer
Sheraton Waikiki
KahukuLife at Small Copy Numbers (#137)

Organized by: S. Yoshimura, J. Xiao,
P. ChenPresiding: T. Komatsuzaki
8:00 opening remark
8:05 – 1418. Toward deciphering molecular
individuality in systems biology.
T. Komatsuzaki*

8:35 – 1419. Modeling timing phenomena insingle-cells: From phage-induced lysis tocell-division events. A. Singh,
K. Ghusinga, J. Dennehy
9:05 – 1420. Conformational motions in protein machines and motors from coarsegrained modeling. H. Flechsig*
9:25 break
9:35 – 1421. Regulation of the rotationalswitching of bacterial flagellar motor bybinding of an intracellular signaling protein Che. A. Ishijima
10:05 – 1422. Directional accuracy in amodel of gradient signaling during yeast
mating. E. Roberts
10:35 – 1423. Cooperative conformationalchanges of microtubule by kinesin as themechanism for the spontaneous polarization of intracellular transport in neurons.
Y. Okada*
10:55 break
11:05 – 1424. Lhx2 regulates the timing of bcatenin-dependent cortical neurogenesis.
S. Chou
11:35 – 1425. Mechanism of influenza virus
entry into host cells via calcium signalingmediated endocytosis. Y. Fujioka,
A. Nanbo, S. Nishide, Y. Ohba*
11:55 closing remark
Royal Hawaiian
Regency I
Bioorganic Reaction Mechanisms (#224)

Organized by: J. Richard, M. Tanner,
C. EastonPresiding: C.J. Easton
8:00 – 1426. Synthesis and application of cyclic selenides having high-polar functional groups as ER-resident oxidoreductase models. K. Arai*, M. Iwaoka
8:20 – 1427. Structure function studies onmatrix metalloproteinases (MMPs).
M.W. Crowder*, K. Makaroff, F. Meng,
N. Pas, G. Kuznieski, H. Yang, D. Tierney
8:40 – 1428. Dissecting the mechanisms ofendo-acting mannosidases. Z. Hakki,
G. Speciale, T. Belz, C. Rovira,
G.J. Davies, S.J. Williams
9:15 – 1429. Covalent and noncovalent approaches to promote PNA Iinvasion for In
vivo applications. M. Komiyama*
9:50 – 1430. Bifunctional molecules containing [12]aneN3 and fluorescent moieties as
effective nonviral gene vectors and transfection mechanism study tool. Z. Lu,
Y. Gao, Y. Zhang, K. Zhang
10:20 – 1431. Asymmetry of hydrogenbonds in solution. C.L. Perrin
10:50 – 1432. Molecular mechanisms of the
medicinal thiosulfinates from garlic andpetiveria: They are not antioxidants, but
lipophilic analogs are. D. Pratt
11:25 – 1433. Deciphering and engineering
the chemical complexity of cellular microtubules: Insights from structural studiesof tubulin modification enzymes.
A. Roll-Mecak*
Royal Hawaiian
Regency III
Function, Chemistry, and Signaling of
Glycolipids and Phospholipids (#273)

Organized by: C. Cairo, M. Best,W. Cheng
Presiding: M. Best* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–233

07 – BIOL/08 – MTLS
8:00 Opening remarks
8:00 – 1434. Remodeling of membrane glycolipids by the human neuraminidase enzymes alters cell migration. C. Cairo*
8:40 – 1435. Highly efficient preparation of
sphingoid bases from glucocerebrosides
toward construction of lipids and glycolipids chemical library. K. Monde*,
S.B. Gowda, K. Yamane, A. Nakahashi,
M.A. Hammam, T. Taniguchi,
A.C. Kumar, S. Usuki, Y. Igarashi
9:00 – 1436. Design of long-lasting peptide
anchors for cell surface engineering inspired from natural membrane proteins.
W. Hatanaka*, M. Takeo, R. Tokunaga,
M. Kawaguchi, A. Kishimura, T. Mori,
Y. Katayama
9:20 – 1437. Cell surface engineering via
bioorthogonal liposome fusion.
M.N. Yousaf
10:00 Break
10:15 – 1438. Metabolic production of photocrosslinking gangliosides to capture
ganglioside-protein interactions.
A.M. Wands, A. Fujita, J. Kohler*
10:55 – 1439. Spontaneous phospholipid
membrane formation by native chemical
ligation. R.J. Brea*, C.M. Cole,
N.K. Devaraj
11:15 – 1440. Protein-glycolipid interactions
studied in vitro using ESI-MS and nanodiscs: Insights into the mechanisms andenergetics of binding. L. Han, E. Kitova,
J. Li, S. Nikjah, J. Klassen*

MTLS
Area 8 – Materials &Nanoscience
Tuesday Morning
Hawaii Convention Center
318B
Nanocrystal Synthesis, Characterization,
Assembly and Applications (#34)

Organized by: R. Tilley, S. Skrabalak,
T. Hyeon, T. Nann, T. Adshiri
8:00 – 1. Some biological applications ofnanomaterials, from quantum dots,
through polymers, to biosynthesis.
M.A. Green
8:20 – 2. Facet-dependent properties of inorganic nanocrystals. M.H. Huang
8:40 – 3. NMR techniques for characterization of Au nanoparticle surface chemistry.
J.E. Millstone*, L. Marbella
9:00 – 4. Synthesis of biocompatible fluorescent metal nanoclusters and biomedical
imaging. S. Tanaka*
9:20 – 5. TEM investigations of particle-mediated crystal growth. D. Li, K. Rosso,
J.J. De Yoreo
9:40 – 6. In situ liquid cell STEM of seeded
metal nanostructure growth.
R.G. Weiner, D.P. Chen, R.R. Unocic,
S.E. Skrabalak*
10:00 – 7. Self-assembly of gold nanoparticles with a fluorinated surface.
K. Niikura*, J. Wei, N. Sugimura,
H. Mitomo, K. Ijiro
10:20 – 8. Microwave-assisted continuous
flow synthesis of CuInS2 quantum dots.
R. Fitzmorris, M. Ahmadi, B. Mangum,
J. Kurtin, G. Herman*
10:40 – 9. Formation mechanism of
Ag@FeCo@Ag core@shell@shell nanoparticles. M. Takahashi, K. Higashimine,
P. Mohan, D.M. Mott, S. Maenosono*
11:00 – 10. Novel route for surface modification of superparamagnetic nanoparticles
in suspension for biomedical applications. D.E. Jaskólska*, C. Meledandri
11:20 – 11. Hybrid NiFe2O4 / (Ni,Fe)O particles produced by induction plasma.
S. Bastien*, C. Ricolleau, N. Braidy

TECHNICAL PROGRAM
Hawaii Convention Center
318A
Conjugated Polymers for BiologicalApplications (#43)

Organized by: H. Yu, S. Wang, J. Tovar
Presiding: J.D. Tovar, H. Yu
8:00 Opening Address
8:10 – 12. Applications of conjugated polyelectrolytes in biosensing and disinfection. K. Schanze
8:50 – 13. Amphiphilic conjugated block copolymers for single- and two-photon fluorescence imaging. Y. Tian*
9:10 – 14. Electropolymerization of functionalized 3,4-ethylenedioxythiohene: Methods, properties, and applications. S. Luo
9:40 – 15. Functional conjugated polymers
for self-signaling and signal-amplifying
biosensors and sensor arrays. J. Kim*
10:00 – 16. Optical functional conjugatedpolymer materials for biomedical applications. S. Wang*
10:30 – 17. Preparation of fluorescent conjugated polymer microspheres with monodispersity, bioconjugatablity or tunableemission. L. Fan*
10:50 – 18. Triscyclometalated iridium-functionalized conjugated oligomers withnonlinear optical properties and bio-applications. D. Zhao*
11:20 – 19. Oligofluorene for rapid and specific identification of antibiotics withmembrane-disrupting ability. F. Lu*
Hawaii Convention Center
321B
Molecular Adsorption on Metallic
Interfaces: Beyond the Cartoons (#102)

Organized by: D. Bizzotto, I. Burgess,H. Yu, T. Sagara, H. Yang
Presiding: I.J. Burgess, H. Yu
8:00 Introduction. Optical methods
8:10 – 20. Super-resolution fluorescence microscopy for understanding and characterising biointerfaces. J. Gooding, X. Lu,
T. Tabarin, P. Nicovich, V.S. Chand,
K. Gaus8:40 – 21. Optical and electrochemical methods to probe structure and organizationin short chain SAMs. A.G. Brolo
9:00 – 22. Exploring the non-homogeneities
of DNA mixed self-assembled monolayers by coupling electrochemistry and fluorescence microscopy. T. Doneux*,
A. Meunier, E. Triffaux, C. Buess-Herman
9:30 – 23. Electrochemically controlled oil
droplet reshaping on Au electrode surface in aqueous solution. T. Sagara*,
T. Morooka, Y. Yoshinaga, H. Tahara
9:50 – 24. Studying the influence of surface
crystallography on long and short rangeorganization of DNA self assembled
monolayers prepared by thiol exchange
on a single crystal gold bead. Z.L. Yu*,
J. Casanova-Moreno, D. Bizzotto
10:10 Break. Probe Microscopy
10:20 – 25. Thiolated DNA on gold: Single
molecule insights enabled by high resolution microscopy. T. Ye*
10:50 – 26. Isolation of thiol at electrochemically-controlled ovalene adlayer on
Au(111). S. Yoshimoto*
11:10 – 27. Multiplicity in adsorption statesof self-assembled monolayers on
Au(111). M. Hara*
11:40 – 28. Interfacial structure and functionof nanostructured membranes of newly
synthesized phosphorylcholine derivatives. T. Sawaguchi
Hawaii Convention Center
317A
Design, Synthesis and Applications ofAdvanced Porous Materials (#111)

Organized by: C. Doonan, M. Dinca,
S. Telfer, S. Furukawa, Q. Li
8:00 – 29. Dimensional crossover in coordination frameworks. H. Kitagawa*

234 –TECH

8:30 – 30. Versatile approach to MOF-polymer mixed-matrix membranes. S. Cohen,
M. Denny
9:00 – 31. Catalytic metal-organic frameworks (MOFs): Design and preparation.
O.K. Farha
9:20 – 32. Photoinduced postsynthetic polymerization of metal-organic framework
for the flexible stand-alone membrane.
B. Wang
9:40 – 33. Following catalytic transformations in MOFs. C. Doonan*, C. Sumby,
A. Burgun
10:00 – 34. Metal organic frameworks as
catalyst and catalyst precursors for C1
chemistry. A. Olivos , T. Wezendonk,
D. Osadchii , F. Kapteijn, J. Gascon
10:20 – 35. Functional organic frameworks
as platforms for light-driven hydrogen
evolution. B.V. Lotsch*
10:40 – 36. Metal-organic frameworks as
supporting macromolecular ligands forsmall molecule reactivity. M. Dinca
11:00 – 37. Synthesis, characterization, andcatalytic applications of functionalized
porous coordination polymers.
H. Choudhary, S. Nishimura, K. Ebitani*
11:15 – 38. Photoswitching in thin films ofmetal-organic frameworks: Optically triggered release of guest molecules.
L. Heinke
11:30 – 39. Radially expandable metal-organic frameworks. W. Choe
11:45 – 40. MOFs as a crystallisation matrix:
Structural insights into metal-centred reactions. W. Bloch, A. Burgun,
C. Coghlan, C. Doonan, C. Sumby
Hawaii Convention Center
316A
Frontier and Perspectives in Molecular
Spintronics (#127)

Organized by: M. Yamashita, B. Zhang,
H. Tajima, B. Hu, P. Lahti, J. Gao
Presiding: M. Ruben, H. Tada
8:00 – 41. Frontier of quantum molecular
spintronics based on single-moleculemagnets: Giant and tunneling magnetoresistances. M. Yamashita*
8:30 – 42. Sandwich-type lanthanide singlemolecule magnets with tetrathiafulvalene
unit: Synthesis, properties, and surface
assembly. J. Zuo
9:00 – 43. Revealing atomic site-dependentg-factor within a single magnetic molecule via extended Kondo effect. S. Du
9:30 – 44. Molecular spins in a quantum box.
M. Affronte*
10:00 Break
10:15 – 45. Single magnetic molecules studied by LT STM. Y. Wang
10:45 – 46. Organometallic spin crossoverand single-molecule magnetism. J. Tao*,
C. Wang, X. Yang, F. Liu, L. Zheng
11:15 – 47. Toward quGates: Switching of acoupled spin pair in a binuclear Co(II)2complex. M. Ruben
Hawaii Convention Center
319A
Specific Effect(s) in Chemical Reactions by
Innovative Technologies (#157)

9:00 – 51. Improvement in the gelation properties of fat containing dairy systems
through the application of power ultrasound. J. Chandrapala, L. Ong, B. Zisu,
S. Gras, S. Kentish, M. Ashokkumar
9:15 Ken Suslick
9:15 – 52. Waste oils treatment in a new ultrasound-assisted mixing device.
D. Boffito*, P. Ruiz Martinez,
G.S. Patience
9:30 – 53. Effect of air sparging on acoustic
cavitation oxidation. Y. Son*, W. Lee,
S. Kim9:45 – 54. Cavitation in aqueous systems:
Exactly what is sonochemistry?.
G.J. Price*
10:00 Brack
10:15 Diego Carnaroglio
10:15 – 55. Microwave-specific effects on
the rates and product distribution of gascarbon reactions. A.E. Stiegman,
T. Ferrari
10:30 – 56. Heterogeneous reactions induced by microwave irradiation: Significant MW effects in catalysis on carbon
supported polyoxometalate cluster catalysts and core shell zeolite. S. Tsubaki,
A. Onda, T. Ueda, E. Suzuki,
D. Mochizuki, M. Maitani, Y. Wada
10:45 – 57. Managing microwave-induced
hot spots in heterogeneous catalytic systems. S. Horikoshi, N. Serpone
11:00 – 58. Microwave-solvothermal conversion of glycerin to GTBE using carbonbased catalyst. S. Uchikado,
Y. Sumigawa, A.T. Quitain, M. Sasaki,
T. Kida11:15 Albert Stiegman
11:15 – 59. Development of a novel microwave-assisted synthesizer for non-thermal reactions. I. Nagashima, T. Sakuta,
H. Shimizu*, Y. Oki, N. Takahashi
11:30 – 60. Microwave heating for liquidsamples using single-mode microwave
resonator. T. Sumi, S. Horikoshi
Hawaii Convention Center
322AB
Electrochemistry on Boron-doped Diamond(BDD) Electrodes (#162)

Organized by: Y. Einaga, S. Park,
O. Chailapakul, J. Zhi, T. Kondo
Presiding: O. Chailapukul, Y. Einaga
8:00 Opening Remarks
8:05 – 61. Electrochemical oxidation andproduction of oxidant species using boron doped diamond films.
E. Vieira dos Santos, M. Rodrigo,
D. Ribeiro da Silva, C. Martinez-Huitle*
8:30 – 62. Photocatalytic activity of sputtered TiO2 on lightly boron-doped diamond film. C. Terashima*, R. Hishinuma,
Y. Sugiyama, K. Nakata, T. Kondo,
M. Yuasa, A. Fujishima
8:50 – 63. Proposal of various application ofboron doped diamond electrode.
S. Yoshihara*
9:15 – 64. Investigation of electrochemicalcorrosion mechanism in boron-doped diamond electrode. T. Kashiwada,
T. Watanabe, Y. Einaga
9:30 – 65. Stability of BDD electrodes in biological conditions. R. Trouillon*
9:55 Break

Organized by: S. Horikoshi, N. Serpone,
R. Gupta, Y. Hayashi, M. Ashokkumar,
M. Watanabe
Presiding: M. Ashokkumar,
D. Carnaroglio, A.E. Stiegman, K. Suslick
8:00 Opening remarks
8:05 Muthupandian Ashokkumar
8:05 – 48. Ultrasound driven assembly of
biopolymers into microcapsules for storage and delivery of hydrophobic molecules. F. Cavalieri
8:30 – 49. Synthesis of silicone microspheres using ultrasonic spray pyrolysis.
K. Suslick*, J. Rankin, S. Fuchs,
N. Neelakantan, K. Lundberg
8:45 – 50. Modifications of crystalline structures of electrodeposited coatings of silver under ultrasound irradiation.
A. Nevers, L. Hallez, F. Touyeras, J. Hihn

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
10:05 – 66. Development of electrochemicalsensor based on boron-doped diamondelectrode coupled with paper-based analytical devices. O. Chailapakul,
W. Siangproh
10:30 – 67. Effects of nanodiamonds’ modification with different targeting moleculeson cellular uptake profile and consequent
impact on cancer cells. j.F. ZHI*, d. Li,
x. Chen, H. Wang
10:55 – 68. Gold modified-boron doped diamond electrode for electrochemical detection of neuraminidase. T.A. Ivandini*
11:15 – 69. Electrochemical detection of influenza virus using hemagglutinin-binding
peptide-modified diamond electrode.
M. Ujie*, M. Akahori, T. Matsubara,
T. Yamamoto, Y. Einaga, T. Sato
11:30 – 70. Fabrication of boron-doped diamond microelectrodes for local electroanalysis. D. Kusaka, T. Kondo,
T. Aikawa, M. Yuasa
11:45 – 71. Fabrication of micro flow device
using boron-doped diamond for electrochemical analysis. S. Shibano*,
H. Maeda, T. Watanabe, Y. Matsumoto,
Y. Einaga
Hawaii Convention Center
320 Theatre
Frontiers of Organic Porous Materials:
Structures, Properties and Applications(#223)

Organized by: D. Jiang, W. Wang,
W. Zhang
Presiding: D. Jiang, W. Zhang
8:00 Opening remark
8:05 – 72. Recent advances in covalent organic frameworks. O.M. Yaghi*
8:30 – 73. Amine-tethered porous polymer
networks (aPPNs) for carbon capture.
H. Zhou*
8:55 – 74. Porosity of nonporous organic
materials. J.L. Atwood*, H. Kumari,L. Barbour
9:20 – 75. Direct on-surface patterning of acrystalline imine-based covalent organic
framework. F. Zamora*,
D. Rodrı́guez-San-Miguel,A. de la Peña Ruigómez, J. Segura,
D. Maspoch, F. Liscio, M. Cavallini ,R. Mas-Ballesté, D. Gentili
9:35 – 76. Some new metal-organic frameworks with multiple functions. X. Bu
9:50 Coffee Break
10:05 – 77. Separation science with cyclodextrin metal-organic frameworks.
J.F. Stoddart*, K.J. Hartlieb,
J.M. Holcroft
10:30 – 78. Crystalline, oriented thin films ofredox-active covalent organic frameworks for efficient energy storage.
W. Dichtel
10:55 – 79. Kintting hypercrosslinked microporous organic polymer. B. Tan
11:20 – 80. Targeted design and applications of porous polymers. S. Qiu
11:45 – 81. Effective CO2 capture by covalent organic polymers through amine
binding and N2 rejection. H. Patel,
J. Byun, D. Thirion, S. Subramanian,E. Ozdemir, C.T. Yavuz
Hawaii Convention Center
321A
Nanomaterials for Nanomedicine (#289)

Organized by: A. Maruyama, D. Lee,R. Narain
Presiding: C. Ahn, M. Ebara, S.K. Hahn
8:00 opening remark
8:05 – 82. Injectable polymeric hydrogels forsustained delivery of proteins. D. Lee*
8:30 – 83. Smart nanofibers for stick-on anticancer treatment. M. Ebara
8:55 – 84. Fabrication of water-repellent
nanosheets to provide abilities of water
retentivity and fixation for tissue imaging.
Y. Okamura*, A. Masuda, K. Okuyama,
A. Kotani, Y. Nagase
9:10 – 85. Construction of polymer co-delivery micro- and nanocarriers for pulmonary delivery. H. Tian*, C. Xu*, X. Chen*

9:25 – 86. Injectable hydrogel system for thedelivery of bioactive agents. S. Lee,Y. Byun, C. Ahn*
9:50 – 87. Ureido-functionalized polymers
exhibiting UCST-type phase separation
under physiological conditions.
N. Shimada*, M. Saito, A. Maruyama*
10:15 – 88. Stem cell/nanoparticle hybrids
for targeted cancer therapy. J. Berlin
10:30 – 89. Design of dendrimer-gold nanohybrids for biomedical applications.
K. Kono*, T. Hashimoto, X. Li, E. Yuba,
A. Harada
10:45 Break
10:55 – 90. Redox injectable gels for local inflammation treatments. Y. Nagasaki
11:20 – 91. Multistimuli-responsive nanoparticles for anticancer and antiinflammation
therapy. S. Jon
11:45 – 92. Preparation of thermoresponsive
nanoparticles as biomaterials.
A. Kikuchi*, T. Matsuyama, T. ASOH,
T. Suzuki, R. ISHIHARA
Hawaii Convention Center
316B
The Physical Structure, Function of
Biological and Bioinspired Soft Matter(#347)

Organized by: M. Srinivasarao, A. rey,
H. Jung
8:00 – 93. Chiro-optical materials inspired by
the handed single gyroid structure ingreen butterflies. G.E. Schröder-Turk*
8:35 – 94. Self-assembly and function of
butterfly proboscis. K. Kornev*
9:10 – 95. Nanoscale surface wrinkling inplant-based plywoods with hydration-induced chiral gradients. P. Rofouie*,
D. Pasini, A. Rey
9:35 – 96. Giant spiral structure formed by
microtubules through their partial depolymerization and subsequent dynamic ordering. K. Shikinaka*, H. Kudoh, S. Mori,
A. Kakugo, R. Kawamura, J. Gong,
H. Masunaga, K. Shigehara
10:00 Session Break
10:20 – 97. Polymer microparticles with biomimetic pollen-like surface structures.
O. Karthaus*, P. Polzin, P. Acker
10:45 – 98. Dynamics of active colloids inconfined systems. J. Molina*, J. Delfau*,R. Yamamoto, M. Sano
11:10 – 99. Biophysical characterization ofreflectin isoforms from squid and cuttlefish. L. Phan, W.G. Walkup IV,
D.D. Ordinario, A.A. Gorodetsky*
11:35 – 100. Self-healing films with deliquescent salt via Layer-by-Layer self-assembly method and controlling their functional properties. S. Shiratori,
T. Taniguchi
Hawaii Convention Center
314
Safety and Sustainability of
Nanotechnology (#404)

Organized by: Y. Zuo, J. Ferri, C. Chen,
J. Loo, S. Mylon
Presiding: C. Chen, D.T. Leong, A. Nel,
Y. Zuo
8:00 Welcome
8:05 – 101. Use of alternative test strategies,
predictive toxicological approaches, andcategorization to expedite decision analysis of nanomaterial safety. A. Nel*
8:35 – 102. Nanotechnology and sustainability: Making the connection. B.P. Karn*
9:00 – 103. Elucidation of immunotoxicity ofnanoparticles for developing the sustainable nanotechnology. Y. Yoshioka*,k. Higashisaka, Y. Tsutsumi
9:25 Coffee Break
9:35 – 104. Endoplasmic reticulum stress isan earlier biomarker for nanotoxicologicalevaluation. C. Chen*
10:00 – 105. Unexpected noncytotoxic
nanoparticles effects on endothelial andepithelial cells. D.T. Leong*
10:25 – 106. Public safety perception andsustainability of nanotechnology.
G. Wang*

10:50 – 107. Interaction of nanoparticles
with cells: The Importance of the physicochemical properties and dose-metrics asa basis for nanotoxicology assessment.
N. Feliu*, R. Alvarez-Puebla, W. Parak
11:10 – 108. Effect of polyethylene glycol on
the in-situ adsorption of human serum albumin on nanoparticles surface.
B. Pelaz, P. del Pino, R. Hartmann,
W. Parak
Hawaii Convention Center
316C
Single-Molecule Function andMeasurements (#408)

Organized by: T. Ogawa, H. Tada,
S. Park, P. Weiss
Presiding: T. Ogawa, H. Tada
8:00 Break
8:10 Remarks
8:15 – 109. Low temperature mechanicallycontrollable break junction of oligothiopene molecular wires. T. Shimomise,
F. Jimmy, S. Tanaka, T. Ohto,
R. Yamada, H. Tada
8:45 – 110. Simulated force-conductancespectroscopy of hydrogen-bonded bimolecular complexes. A. Pirrotta*,
G.C. Solomon, I. Franco
9:05 – 111. Single molecular devices using
supermolecules. M. Kiguchi
9:35 – 112. Hybrid density functional study
on electron transport though ␲-stack molecular junctions for high conductance.
T. Tada*10:05 Break
10:20 – 113. Probing spinterface in single
molecular junctions by thermoelectricmeasurements. R. Yamada*, S.K. Lee,
T. Ohto, H. Tada
10:40 – 114. First-principle study of thermoelectric transport through single moleculejunctions. M. Buerkle, Y. Asai
11:00 – 115. Quantum transport theory forthe current induced local heating and thecurrent noise. Y. Asai*
11:30 – 116. On the utilization of antiStokes/Stokes ratios in single-moleculesurface-enhanced Raman spectroscopy
for nanoscale thermometry. E.A. Pozzi*,
A.B. Zrimsek, M.C. Hersam,
R.P. Van Duyne
Hawaii Convention Center
319B
Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: R. Nagarajan, K. Sakurai,
H. Chen
8:00 – 117. Characterization of functional
nanomaterials for emerging biomedical
applications. D. Tsai
8:30 – 118. Anisotropic gold nanocrystal
growth directed by the interior cavity of aself-assembled peptide nanoarchitechture. K. Tomizaki*, K. Kishioka,
M. Kasuno, T. Imai
8:50 – 119. Controlled assembly of biocompatible metallic nanoaggregates using asmall molecule crosslinker. J. Berlin
9:10 – 120. Luminescent gold nanoparticles:
An antifouling surface ligand for minimizing nonspecific serum protein adsorption.
J. Zheng*
9:30 – 121. Computational approaches to investigating thio- and amino-based adsorbents on a gold surface -- a density functional theory (DFT) study. C. Ting
9:50 Break
10:00 – 122. Reaction-based Indicator displacement assay (RIA). T.D. James
10:30 – 123. Out-of-equilibrium biomimetic
systems by dynamic and dissipative selfassembly. J. van Esch*, R. Eelkema,
G. Koper, W. Hendriksen, J. Boekhoven,
J. Poolman, A. Olive, M. Lovrak, C. Maity
11:00 – 124. Supramolecular hydrogels selfassembled from ultrashort tetraphenylethylene-capped peptides. C. Huang

11:20 – 125. Self-assembling behavior oftranexamic acid cetyl hydrochloride inaqueous solution. Y. Yamashita*,
T. Ohta, M. Miyamoto, K. Sakamoto
11:40 – 126. Self-assembled glycopolypeptide copolymer nanoparticles: Bioactivity
and multivalency. S. Lecommandoux

Tuesday Afternoon
Hawaii Convention Center
318B
Nanocrystal Synthesis, Characterization,
Assembly and Applications (#34)

Organized by: R. Tilley, S. Skrabalak,
T. Hyeon, T. Nann, T. Adshiri
13:00 – 127. Silicon nanocrystal surface
chemistry: We all thought we had if figured out. . ..but did we?. J. Veinot*
13:40 – 128. Supercritical route for functional
nanoparticles. T. Adschiri*
14:00 – 129. Precursors for the deposition of
inorganic nanostructures: Adapting design for the technique.
L. McElwee-White*
14:20 – 130. Enhanced nanoparticle size
control by extending LaMer’s mechanism. D. Huber*, E. Vreeland, B. Hance,
J. Watt, C. Rinaldi
14:40 – 131. Synthesis and characterizationof gold-palladium bimetallic nanoparticle
catalysts. S. Cheong*
15:00 – 132. Effect of seed age on gold nanorod formation: A microfluidic, real-time
investigation. J. Watt, B. Hance,
R. Anderson, D. Huber
15:20 – 133. “Living” nanocrystals: Preparation and precise size control of metal oxide nanocrystals via living chain polycondensation. J. Hutchison*, A.W. Jansons,
B.M. Crockett, M.C. Sharps,
L.K. Plummer
15:40 – 134. In situ synchrotron X-ray studyof the formation mechanism of multicomponent nanoparticles. S. Kwon,
G. Krylova, P. Philips, R. Klie,
S. Chattopadhyay, T. Shibata, E. Bunel,y. Liu, V. Prakapenka, B. Lee,
E.V. Shevchenko
16:00 – 135. Palladium-based octopodal
nanocrystals formed via copper-assisted
growth. M. Hartley, R.G. Weiner,
S.E. Skrabalak*
16:20 – 136. Site-selective electrochemical
fabrication of organic nanocrystals: Electromagnetic device applications and theirproperties. H. Hasegawa
16:40 – 137. Preparation and evaluation ofmagnetic Co-Ni nanoparticles in recyclic
use for selective hydrogenation of CNB.
O. Nakagoe, H. Kataoka, Y. Kido,
S. Tanabe*
Hawaii Convention Center
318A
Conjugated Polymers for BiologicalApplications (#43)

Organized by: H. Yu, S. Wang, J. Tovar
Presiding: J.D. Tovar, S. Wang
13:00 – 138. Interfacing with the brain usingorganic electronics. G. Malliaras
13:40 – 139. Organic conductive nanomaterials: From solar cells to cancer cells.
H. Yu** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–235

08 – MTLS
14:10 – 140. Biomolecular interactions at thebiomolecule-PEDOT interface: Insightsfrom first-principles calculations.
A.M. Sultan*, Z.E. Hughes, T.R. Walsh
14:30 – 141. Organic bioelectronics for cellsensing sorting and drug release.
P. Chen*
15:00 – 142. Functional conjugated polymers: towards new materials for biomedical applications. J. Travas-Sejdic
15:30 – 143. Graphene oxide-conjugatedpolymer hybrid materials for detection
and function regulation of calmodulin.
C. Xing, H. Yuan, J. Qi, Y. Zhan
15:50 – 144. Organic bioelectronics create
ionic microenvironments mimicking inflammation and infection for elucidating
activation dynamics of C-reactive protein.
T. Goda*, Y. Miyahara
16:20 – 145. Stimulating regenerative biological processes using organic bionics.
G.G. Wallace*
Hawaii Convention Center
321B
Molecular Adsorption on Metallic
Interfaces: Beyond the Cartoons (#102)

Organized by: D. Bizzotto, I. Burgess,H. Yu, T. Sagara, H. Yang
Presiding: D. Bizzotto, T. Sagara,
H. Yang
13:00 Introduction. SAM characterization
13:10 – 146. Redox behavior of the[Fe(CN)6]3⫺/4⫺ complex entrapped onto
ionic liquid-modified electrode as observed by SEIRAS measurement.
T. Kitagawa*, T. Inomata, T. Ozawa,
H. Masuda, K. Motobayashi, M. Osawa
13:30 – 147. Manipulation of biomolecularfunctions at electrode surfaces via surface modification. X. Xia*
14:00 – 148. Electrochemical heterogeneity
in “ideally behaved” redox self-assembled monolayers. H. Yu
14:20 Break. Nanoparticles & QDs
14:30 – 149. Exciton transport and dissociation in quantum dots, rods and platelets.
T. Lian*
15:00 – 150. Comparison of silver nanoparticles prepared by physical and chemical
synthetic methods using the same protective agents. T. Ienaga*, Y. Nakahara,
K. Kimura
15:20 – 151. Decoration of conductive surfaces with amine-terminated dendrimers
encapsulating catalytic nanoparticles.
J. Kim*
15:50 – 152. Homogeneous and heterogeneous formation of anisotropic nanoparticles using pyridine derivatives as stabilizers. B. Danger, S. Simon, B. Unni,
I.J. Burgess*16:10 – 153. Quinonyl glycosides functionalized quantum dots for sensing. W. Ma,
X. He, Y. Long*TECHNICAL PROGRAM
15:10 – 160. Metal organic frameworks forenergy and environmental applications:
What we learned from molecular modeling. R. Babarao, M.R. Hill, A. Thornton,
A.J. Hill, C. Doonan, C. Sumby,
D.M. D’Alessandro
15:25 – 161. Assembly of porous MOFs materials for gas storage and separation applications. y. liu, Q. Huo
15:40 – 162. Characterization of heat treatedrho-ZMOF via N2 adsorption.
A. Sirkecioglu*, C. Oral, G. Isilay Ozturk,
B. Tantekin-Ersolmaz
15:55 – 163. Chiral coordination frameworks
for enantioselective separations.
S.A. Boer, Y. Nolvachai, C. Kulsing,
C.S. Hawes, P.J. Marriott, D. Turner*
16:10 – 164. Water/alcohol vapor separation
using flexible 2D Mg(II) coordination polymer with isonicotinic acid N-oxide ligand.
R. Ochi*, S. Noro, Y. Kamiya, K. Kubo,
T. Nakamura
16:25 – 165. Engineering defects in quaternary metal-organic frameworks.
J.J. Pak*, S. Telfer, S.J. Lee, L. Liu,
C. Richardson
16:40 – 166. Freestanding conjugated microporous polymer nanomembranes forgas separation. M. Tsotsalas*,P. Lindemann, H. Gliemann, C. Woell
Hawaii Convention Center
316A
Frontier and Perspectives in Molecular
Spintronics (#127)

Organized by: M. Yamashita, B. Zhang,
H. Tajima, B. Hu, P. Lahti, J. Gao
Presiding: K. Awaga, B. Hu

Design, Synthesis and Applications ofAdvanced Porous Materials (#111)

13:00 – 167. Lanthanides-TTF complexes:
Correlation between SMM and luminescence. L. OUAHAB
13:30 – 168. Molecular magnetic conductor.
B. Zhang*, D. Zhu
14:00 – 169. From magnetic molecules tomolecular spintronic devices.
E. Coronado*, J. Baldovi, W. Cañon,
A. Gaita, S. Gómez-Miralles,
A. Bedoya-Pinto, L. Hueso
14:30 – 170. DFT-D study on geometric andelectronic structures of double-decker bis(phthalocyaninato)terbium(III) complex.
Y. Kitagawa*, K. Katoh, M. Asaoka,
K. Miyagi, T. Takebayashi, M. Yamashita,
M. NAKANO
14:50 Break
15:05 – 171. Switching and sensing spinstates of metallo-porphyrin in bimolecular
reactions on Au(111) using scanning tunneling microscopy. H. Kim , Y. Chang ,S. Lee , Y. Kim , S. Kahng
15:25 – 172. Engineering the exchange coupling at the molecule/electrode interface
in molecular spintronic devices.
T. Mallah*, V. Campbell
15:55 – 173. Versatile electric and magnetic
properties of radical-anion salts with multidimensional crystal structures.
K. Awaga*
16:25 – 174. Electronic transport phenomenon through organic spin-containing molecules. J. Veciana

Organized by: C. Doonan, M. Dinca,
S. Telfer, S. Furukawa, Q. Li

Hawaii Convention Center
319A

13:00 – 154. Using efficient computational
simulations to accelerate development ofdiffusion-selective MOFs for chemical
separations. D. Sholl*, J. Camp,
D. Nazarian, R. Verploegh,
K. Jayachandrababu, S. Nair
13:30 – 155. Flexibility and phase transitions
in metal-organic frameworks.
A.K. Cheetham*
14:00 – 156. Structural and dynamical studies of small molecules adsorbed in MOFs.
C. Brown
14:20 – 157. Carbon dioxide (CO2) capture in
the presence of water vapour in PCPs.
I.A. Ibarra*
14:40 – 158. Porous metal-organic materials
for gas storage and selectivity. S. Yang
14:55 – 159. Mesoporous metal-organic
frameworks: New host for large molecules. H. Deng*

Specific Effect(s) in Chemical Reactions by
Innovative Technologies (#157)

Hawaii Convention Center
317A

236 –TECH

Organized by: S. Horikoshi, N. Serpone,
R. Gupta, Y. Hayashi, M. Ashokkumar,
M. Watanabe
Presiding: J. Hihn, S. Horikoshi,
G.J. Price
13:00 Jean-Yves Hinh
13:00 – 175. Applications of ultrasound technology in crystallization and atomization.
S. Nii13:15 – 176. Shock driven atomic movements in ultrasonically treated metal alloys: Formation of mesoscopic composite metal catalysts. D.V. Andreeva*

13:30 – 177. Synthesis of metal nanoparticles in aqueous solutions by using
sonochemically formed reducing radicals.
K. Okitsu
13:45 – 178. Ultrasound cavitation based
synthesis of doped platinum catalyst forfuel cell application. S.H. Sonawane*,
P.L. Suryawanshi, R. P.
14:00 Gareth Price
14:00 – 179. Comparing lactose nucleation
in batch and continuous sonocrystallization for dairy manufacturing. B. Zisu
14:15 – 180. Sonochemical synthesis of hollow/porous metal oxide microspheres.
M. Zhou*, S. Tan, M. Ashokkumar
14:30 – 181. Development of anodic substitution reaction system using tandem
acoustic emulsification. Y. Ogawa,H. Tateno, K. Nakabayashi, M. Atobe
14:45 – 182. Ultrasonic technology for foodprocessing applications.
M. Ashokkumar
15:00 Brack
15:15 Satoshi Horikoshi
15:15 – 183. Microwave accelerated steam
distillation from peel and flowers of Citrus
natsudaidai Hayata. A. Kurano*,
M. Sasaki, A.T. Quitain, T. Kida
15:30 – 184. Sustainable and highly competitive chemical processes under microwave irradiation. D. Carnaroglio*,
L. Rotolo, E. Calcio Gaudino, G. Cravotto
15:45 – 185. Materials processing under microwave non-equilibrium reaction field.
H. Takizawa*, J. Fukushima, Y. Hayashi
Hawaii Convention Center
322AB
Electrochemistry on Boron-doped Diamond(BDD) Electrodes (#162)

Organized by: Y. Einaga, S. Park,
O. Chailapakul, J. Zhi, T. Kondo
Presiding: T. Kondo, j.F. ZHI
13:00 – 186. Anodic treatment of aryls using
BDD electrodes. S.R. Waldvogel*
13:30 – 187. Electrochemical reduction bymeans of boron-doped diamond electrode. T. Saitoh*, T. Kojima, R. Obata,Y. Einaga, S. Nishiyama
13:55 – 188. Reduction of carbon dioxide atboron-doped diamond. K. Nakata*
14:20 – 189. Sensitive electrochemical detection at screen-printed diamond electrode by microelectrode effect.
T. Kondo*, I. Udagwa, T. Aikawa,I. Shitanda, Y. Hoshi, M. Itagaki,
M. Yuasa
14:40 – 190. Novel boron-doped diamondelectrode on paper-based analytical device (bPAD) for adsorptive stripping voltammetric determination of trace copper.
W. Siangproh, S. Chaiyo, O. Chailapakul
15:00 – 191. Application of Pt/boron-doped
diamond powder prepared by the nanocapsule method to fuel cell cathode catalyst support. M. Kikuchi*, T. Kondo,
T. Aikawa, M. Yuasa
15:15 Break
15:25 – 192. Surface chemical modificationof nanodiamond by thermal reaction withalkenes. A. Ito, T. Kondo, T. Aikawa,
M. Yuasa
15:40 – 193. High speed synthesis of boron
doped diamond by solution plasma.
R. Hishinuma, Y. Harada, C. Terashima,
H. Uetsuka, T. Kondo, M. Yuasa,
A. Fujishima*
15:55 – 194. Influence of sp2-bonded carbon
impurities in moderately and heavily boron-doped diamond for wastewater treatment and ozonized water pruduction.
T. Watanabe*, Y. Einaga*
16:15 – 195. Influence of crystal orientationon the electrochemical properties in boron-doped diamond electrodes.
T. Matsui*, T. Watanabe, Y. Einaga
16:30 – 196. Semiconductor-water interfaces investigated by first principles calculations of boron doped diamond.
Y. Tateyama*, Z. Futera, T. Watanabe,
Y. Einaga

Hawaii Convention Center
320 Theatre
Frontiers of Organic Porous Materials:
Structures, Properties and Applications(#223)

Organized by: D. Jiang, W. Wang,
W. Zhang
Presiding: J.J. Lavigne, W. Wang
13:00 – 197. Boronic ester-based porous
materials: Chemical approaches to control ester stability and guest recognition
properties. J.J. Lavigne*
13:25 – 198. Functional microporous polymer networks for catalysis and energy
applications. A. Thomas
13:50 – 199. Covalent organic frameworks
as a materail platform for challenging energy issues. D. Jiang*
14:15 – 200. Preparation and application offunctional conjugated microporous polymers. S. Ren*
14:30 – 201. Exploration of synthetic tricks
for conjugated microporous polymers(CMPs): Controllable preparation of
CMP-based microspheres, fibers, films,
and organogels. J. Guo
14:45 Coffee Break
15:05 – 202. Functional porous organic polymers and related materials. J. Hupp*
15:30 – 203. Constructing covalent organic
frameworks for catalysis. W. Wang, Z. Li,
H. Xu, W. An
15:55 – 204. Novel porous molecular solids.
C. Doonan*, A. Burgun
16:20 – 205. Pillar[n]arene-based supramolecular organic frameworks for highly selective sorption and separation of CO2
and C2H2. L. Tan, W. Zhang*, Y. Yang*
16:45 – 206. Reactive interface-assisted coassembly to monodisperse hollow ordered mesoporous polymeric nanospheres and their functional derivatives.
Y. Liang, R. Fu, M. Zhang, D. Wu
Hawaii Convention Center
321A
Nanomaterials for Nanomedicine (#289)

Organized by: A. Maruyama, D. Lee,R. Narain
Presiding: Y. Byun, X. Chen,
J. Kizhakkedathu
13:00 – 207. Intelligent and integrated nanosystems for antitumor drug delivery.
X. Chen, Z. Tang, C. Xiao, J. Ding
13:25 – 208. Light mediated use of copper(II)and disproportionation of copper(I) toachieve excellent living polymerisation ofacrylamides and acrylates for nanomedicine. D. Haddleton
13:50 – 209. Rational design of latent ratiometric fluorescent pH probes based on
self-assembled SNARF derivatives.
E. Nakata*, T. Morii
14:05 – 210. Theranostic glycol chitosan
nanoparticles for heterogeneous tumors.
K. Kim
14:30 – 211. Design and development ofmultifunctional polyether dendritic polymer based long acting polymeric therapeutics. J. Kizhakkedathu*, R. Shenoi,
M. Imran ul-haq, J.L. Hamilton, B. Lai,
S. Abbina* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
14:55 – 212. Biodegradable polymeric micelles stabilized and functionalized bycoating with polyion complex. Y. Ohya*,Y. Morimoto, A. Takahashi, A. Kuzuya
15:10 Break
15:25 – 213. Nanoshielding of pancreatic islets for the prevention of immune reactions in allo-transplantation. Y. Byun
15:50 – 214. Synthetic polymeric biomaterials to undertake siRNA delivery to leukemic cells. H. Uludag*
16:15 – 215. Immune-complement-mimicking anticancer therapeutic design: Self-illuminative light-driven therapeutic cassette for solid tumour regression. S. Um*,
S. Shin16:30 – 216. Cyclodextrin-threaded biocleavable polyrotaxanes for the therapy
of lysosomal storage disorders.
A. Tamura, N. Yui*
Hawaii Convention Center
317B
Data Mining and Machine Learning Meets
Experiment and First-Principles Simulation
for Materials Discovery (#314)

Organized by: J. Schrier,
C. Amador-Bedolla, S. Iwata, T. Woo
Presiding: C. Amador-Bedolla, S. Iwata,
J. Schrier, T. Woo
13:00 Introductory Remarks
13:05 – 217. On lesson from material databases. Y. Shikano*
13:45 – 218. Materials informatics for materials design. A. Tropsha*
14:15 – 219. Data and knowledge structure
for materials integration. T. Ashino*
14:45 Break
15:00 – 220. Discovery of optimal zeolites
and metal-organic frameworks for challenging separations and chemical conversions through predictive materials
modeling. J.I. Siepmann, P. Bai,
M.W. Deem, E. Haldoupis, K. Vogiatzis,
L. Gagliardi
15:30 – 221. Accurate machine learning recognition of high performing materials forCO2 capture. T. Woo
16:00 – 222. CheML - a machine learningand informatics toolbox for the chemical
and materials sciences. J. Hachmann*
Hawaii Convention Center
316B
The Physical Structure, Function of
Biological and Bioinspired Soft Matter(#347)

Organized by: M. Srinivasarao, A. rey,
H. Jung
13:00 – 223. Bio-nspired multimodal tactile
electronics using hierarchically engineeredcarbon nanotube microfabrics.
S. Kim, S. Park, H. Lee, M. Kang, D. Kim*
13:25 – 224. Rheological anf flow modelingof nanocrystalline cellulose aqueous suspensions. D. Grecov*, N. Noroozi
14:00 – 225. Hydrogel actuator based onmussel adhesive protein chemistry.
B.P. Lee*
14:25 Session Break
14:45 – 226. Modeling cell motility and mitosis using complex fluids models involving
active matter. Q. Wang*, j. zhao, X. yang
15:20 – 227. Nanoparticle-induced cellularaggregates. G. Beaune, B. Brunel,
F. Brochard-Wyart, F. Winnik*
15:45 – 228. Mixed mode interactions in hydrogels tune hydrophobic crosslinking
and selective transport. W.G. Chen,
S. Grindy, N. Holten-Andersen,
K. Ribbeck*
Hawaii Convention Center
314
Safety and Sustainability of
Nanotechnology (#404)

Organized by: Y. Zuo, J. Ferri, C. Chen,
J. Loo, S. Mylon
Presiding: T. Liedl, S. Liu, J. Yang,
Y. Zhao

13:00 – 229. Chemical mechanisms of inorganic nanomaterials toxicity. Y. Zhao
13:30 – 230. NLRP3 inflammasome activation induced by engineered nanomaterials: The critical role of lysosomes. T. Xia
13:55 – 231. Silver nanoparticles repress hemoglobin transcription through an epigenetic mechanism: Altering the methylation status of histone 3. S. Liu
14:20 – 232. Physicochemical properties of
PEGylated gold nanoparticles: Impact oncell fitness. P. del Pino*, W. Parak
14:40 Coffee Break
14:50 – 233. Selective release system basedon mesoporous silica nanoparticle.
W. Wang, Y. Wen, Y. Li, X. Jiao, W. Gui,
X. Zhang*
15:15 – 234. Nanomechanical mapping ofcellular migration. X. Chen*
15:40 – 235. DNA self-assembly for biomedical applications. T. Liedl
16:05 – 236. Conductive bacterial nanowires: Fundamentals and applications forenvironmental and energy sustainability.
J. Yang*
16:30 – 237. Assessing nanomaterial safety
at the benchtop. B.D. Gates*, S. Rubino,
K. Cadieux, M.T. Paul, B. Lute, F. Orfino,
J. Zhou
Hawaii Convention Center
316C
Single-Molecule Function andMeasurements (#408)

Organized by: T. Ogawa, H. Tada,
S. Park, P. Weiss
Presiding: T. Asai, S. Kasai
13:00 – 238. Fluctuation-induced dynamics
and information transfer in nonlinear
nanodevices and molecular devices.
S. Kasai*, Y. Abe, S. Inoue, K. Shiata,
M. Sato13:30 – 239. Molecular characterization using current noise measurement of carbon
nanotubes device. A. Setiadi, H. Fujii,
M. Akai-Kasaya*, S. Kasai, Y. Kanai,
K. Matsumoto, Y. Kuwahara
13:50 – 240. Stochastic resonance in molecular network systems. T. Matsumoto*
14:10 – 241. Neuron-like signal generationand its chaotic analysis of single-walledcarbon nanotube and redox nanoparticle
complex. H. Tanaka*
14:40 – 242. Cooperative functions in engineered nanosystems: From supramolecules to metamaterials. Y. Zheng
15:10 Break
15:25 – 243. Molecules in circuits: New electronics for audio processing.
R.L. McCreery*, A. Bergren, N. Pekas,
B. Szeto, L. Zeer-Wanklyn, M. Semple
15:55 – 244. Effect of metal work function onlarge-area molecular junctions with single-layer graphene top contacts.
M. Yamaguchi, T. Ikuta, Y. Kanai,
T. Ohto, R. Yamada, Y. Ohno,
K. Maehashi, K. Matsumoto, H. Tada
16:15 – 245. Coulomb-blockade transport in
low-dimensional conjugated conductive
polymers. M. Akai-Kasaya*, S. Nagano,
T. Mitani, Y. Kuwahara
16:35 – 246. High yield fabrication of gold
nanoparticle assemblies on DNA origami
templates. R. Pandey*, T. Ye, G.R. Abel,
H. Tanaka
Hawaii Convention Center
319B
Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: R. Nagarajan, K. Sakurai,
H. Chen
13:00 – 247. Surface functionalized polymer
vesicles: Toward new properties andfunctions. E.R. Gillies*, A. Nazemi,
J.T. McIntosh
13:20 – 248. Anion transport across varying
lipid membranes. P. Gale
13:50 – 249. Water-soluble polyion complex(PIC) micelles covered with phosphorylcholine and galactose shells. S. Yusa*,
R. Enomoto, O. Yukie , K. Ishihara

14:20 – 250. Self-assembling and micellization characteristics of well-defined lipidmimic brush polymers. M. Ree*, J. Kim,
K. Kown, J. Lee, Y. Kim, B. Ree, K. Jin,
Y. Sanada, K. Sakurai
14:50 – 251. In situ block copolymer self-assemblies via RAFT aqueous dispersion
polymerization of MEA using PEO-macro
CTA. A. Bin Ma Radzi, S. Sugihara,
S. Ida, t. kikukawa, Y. Maeda
15:10 – 252. Self-assembly of biological lipids and liquid crystalline droplets.
N. Abbott
15:40 – 253. Rational design of naphthalimide-capped peptides with aggregation-induced emission characteristics.
Y. Huang*
16:00 – 254. Surfactant-like peptides leading
to self-assembled structures. T. Imura*
16:20 – 255. Protein-shell and polymer-core
nanoball. H. Paik
16:40 – 256. Solution self-assembly of protein-polymer conjugates. R. Nagarajan

Wednesday Morning
Hawaii Convention Center
318A
Conjugated Polymers for BiologicalApplications (#43)

Organized by: H. Yu, S. Wang, J. Tovar
Presiding: S. Wang, H. Yu
8:00 – 257. Dendritic polyglycerols as dual
modal imaging agent for EGF-receptor
mediated tumor targeting. K. Pant*,
K. Zarschler, R. Bergmann, J. Pietzsch,
H. Stephan
8:20 – 258. ␲-Conjugated systems based on
small molecules and polydiacetylenes fortheir sensing and antibacterial activity.
J. Yoon*
8:50 – 259. Chemo-/biosensing and imaging
based on luminogens with aggregationinduced emission. D. Zhang*
9:30 – 260. Carving supramolecular conjugated pi-ways into biomaterials via peptide self-assembly. J.D. Tovar*
10:00 – 261. Fluorescent conjugated polymers as sensors, therapeutics, and biocatalysis. P.K. Iyer*, B. Muthuraj,
S. Hussain, A. Hussain Malik, A. Tanvar,
S. Chowdhury
10:20 – 262. Bioinspired synthesis and characterization of organic nanowires.
A.A. Gorodetsky
10:50 – 263. Comparing sol-gel entrapped
structure-switching DNA and RNA aptamers as biosensing materials. C.Y. Hui,
P. Lau, Y. Li, J.D. Brennan*
11:10 – 264. Engineering biointerface with
controlled cell adhesion towards cancer
detection. S. Wang*
Hawaii Convention Center
321B
Molecular Adsorption on Metallic
Interfaces: Beyond the Cartoons (#102)

Organized by: D. Bizzotto, I. Burgess,H. Yu, T. Sagara, H. Yang
Presiding: D. Bizzotto, H. Yu
8:00 introduction
8:10 – 265. DNA nanotechnology-based approach for the development of electrochemical DNA sensors. C. Fan
8:40 – 266. Indium-tin oxide electrodes forsensitive and reproducible electrochemical biosensors. H. Yang
9:00 – 267. Enzyme adsorbed nanostructure
ITO electrode for developing drug metabolism biosensing devices. O. Niwa*,
K. Yoshioka , S. Shiba, S. Ishihara,
T. Kamata, D. Kato
9:30 – 268. Methylsorb: A simple method forquantifying DNA methylation using DNAgold affinity interaction. A. Sina*,
L.G. Carrascosa, S. Dey, M. Shiddiky,
M. Trau
9:50 break
10:00 – 269. Diazonium derived vs. thiol derived molecular layers on gold electrodes:
Structure and stability. M. McDermott*,
L. Laurentius, A. Kebede, D. Shewchuk

10:30 – 270. Suppression of bimolecular decay of reactive triplet carbene by immobilization through self-assembled monolayer of tripod-shaped trithiol on gold.
T. Kitagawa*, K. Hirai, K. Nishiwaki,
K. Ueda10:50 – 271. Adsorption energy calculations
using long-range corrected density functional theory between CO and metal system. J. Song*, K. Hirao
11:10 – 272. Strengthening of the copper/
epoxy resin interface with an amino-functional polymer. P. Nothdurft*,
S. Feldbacher, W. Kern
Hawaii Convention Center
317A
Design, Synthesis and Applications ofAdvanced Porous Materials (#111)

Organized by: C. Doonan, M. Dinca,
S. Telfer, S. Furukawa, Q. Li
8:00 – 273. Metal-organic frameworks forelectronic and photonic device applications. M.D. Allendorf*, M. Foster,F. Léonard, C. Spataru, V. Stavila,
A. Talin, C. Schneider, R. Fischer,
H. Mieno, C. Adachi
8:30 – 274. Ordered defects in metal-organic
frameworks by crystal engineering. B. Tu,
Q. Li
8:50 – 275. Melting, and glassy MOFs withporosity and ion conductivity. S. Horike
9:10 – 276. Functional nanoporous metal oxides and graphene derived from metal-organic frameworks. H. Moon*
9:30 – 277. Partially interpenetrated metalorganic frameworks (MOFs). S. Telfer
9:50 – 278. Thin films of metal-organic
frameworks: The search for new deposition methods. I. Stassen,
M. Timmermans, M. Styles, H. Van Gorp,
S. De Feyter, P. Falcaro, D. De Vos,
P. Vereecken, R. Ameloot*
10:10 – 279. Engineering pore surface of
metal azolate frameworks for efficient gas
separation. J. Zhang*
10:30 – 280. Metal-organic frameworks as
platform to arrange and protect singlemolecule magnets in multidimensional arrays. M. Wriedt, J. Pyser, D. Aulakh,
X. Zhang, A. Yakovenko, K. Dunbar
10:45 – 281. Where is the oxygen? Crystalline sponge method applied to the structural analysis of sesquiterpene oxidation
products. N. Zigon*, M. Hoshino,
S. Yoshioka, Y. Inokuma, M. Fujita
11:00 – 282. Top-down fabrication of metalorganic frameworks nanoparticles withhollow structure. M. Hu*
11:15 – 283. Assembly, disassembly, and reassembly as a strategy for the construction of mixed-metal organic frameworks.
S. Baudron*, A. Béziau, M. Hosseini
11:30 – 284. Crystalline sponge method forsynthetic organic chemistry.
Y. Inokuma*, M. Fujita
11:45 – 285. Macrostructured quartz films on
silicon obtained via processing driven
phase separation. G.L. Drisko*,
A. Carretero-Genevrier, M. Gich,
J. Gàzquez, D. Grosso, C. Boissière,J. Rodriguez-Carvajal, C. Sanchez* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–237

08 – MTLS
Hawaii Convention Center
316A
Frontier and Perspectives in Molecular
Spintronics (#127)

Organized by: M. Yamashita, B. Zhang,
H. Tajima, B. Hu, P. Lahti, J. Gao
Presiding: V.A. DEDIU, I.A. Hümmelgen
8:00 – 286. Enhanced magnetic field effects
on an indoletrimer-based spin-polarized
donor due to its 3-fold rotational symmetry. M.M. Matsushita*, Y. Ishii, K. Awaga
8:20 – 287. Magnetoresistance in organic
field-effect transistors and diodes.
H. Tada*8:50 – 288. Magnetoresistance in organic
spintronic devices: Real and imaginary
effects. V.A. DEDIU*, A. Riminucci,
I. Bergenti, P. Graziosi, M. Calbucci,
R. Checchini
9:20 – 289. Annealing effect on tunnelinganisotropic magnetoresistance in organic
spin valves. C. Miyahara*, T. Kamiya,
H. Tada9:40 Break
9:55 – 290. Spin current in organic semiconductors. S. Watanabe
10:25 – 291. Impurity-band transport in organic spin valves. Z. Yu*
Hawaii Convention Center
322AB
Mechanically Responsive Materials (#153)

Organized by: P. Naumov, T. White,
B. Kahr, Y. Yu
Presiding: C. Barrett, P. Naumov
8:00 – 292. Planar arrays of artificial dipolar
molecular rotors. P. Dron, J. Kaleta,
E. Kaletová, A. Younes, G. Bastien,
J. Wen, M. Cipolloni, M. Mašát, K. Zhao,
Y. Shen, R. Shoemaker, T. Magnera,
C. Rogers, J. Michl*
8:30 – 293. Elasticity of crystalline molecularmaterials. D. Hooks*, C. Bolme,
K. Ramos, M. Cawkwell
9:00 – 294. Optically programmed bucklingof polymer films and multilayers.
R. Hayward
9:30 – 295. Programming mechanical adaptivity in liquid crystal polymer networks.
T.J. White, T.H. Ware, V.P. Tondiglia,
J. Wie, M.E. McConney
10:00 – 296. What directs growth chirality oflamellar crystals of chiral polymers?.
J. Xu*, H. Ye, B. Guo
10:20 – 297. Optomechanical actuators forcontrolling mechanotransduction in living
cells. K. salaita
10:40 – 298. Solar-powered nanomechanicalmolecular transduction in a crystalline rotor. J. Cole
11:00 – 299. Photonastic effects in ruthenium sulfoxide polymers. J. Rack,
M. Livshits
11:20 – 300. Mechanochromic luminescentdifluoroboron beta-diketonate materials.
T. Butler, W.A. Morris, C.A. DeRosa,
M. Kolpaczynska, J. Samonina-Kosicka,
A. Mathew, C.L. Fraser
Hawaii Convention Center
304A
Specific Effect(s) in Chemical Reactions by
Innovative Technologies (#157)

Organized by: S. Horikoshi, N. Serpone,
R. Gupta, Y. Hayashi, M. Ashokkumar,
M. Watanabe
Presiding: Y. Sakamoto, M. Sato,
M. Watanabe
8:00 Opening remarks
8:05 Motoyasu Sato
8:05 – 301. Particle coating using the combination of plasma and spouted bed.
H. Sekiguchi*
8:30 – 302. Preparation of high quality CVD
diamond using mode conversion type microwave plasma CVD. Y. Sakamoto

238 –TECHTECHNICAL PROGRAM
8:45 – 303. Chemical reaction induced bydischarge plasma at pressurized argon/
solution interface. M. Goto*, Y. Hayashi,
K. Mano, N. Takada, H. Kanda
9:00 – 304. Synthesis of carbon supported
platinum catalyst produced by microwave induced plasma in liquid. S. Sato*,
H. Tsukamoto, K. Mori, O. Ariyada,
T. Yonezawa
9:15 Yukihiro Sakamoto
9:15 – 305. Photodegradation of brominecontaining pollutants using microwave
discharged electrodeless lamp (MDEL).
A. Tsuchida, K. Oshimo, S. Horikoshi
9:30 – 306. TiO2: From nano to micro size for
efficient photocatalysis applications.
E. Colombo, M. Ashokkumar
9:45 – 307. Femtosecond photon sources
and laser driven electron bunches based
prethermal reaction processes.
Y. Gauduel*, C. Thaury, A. Doche,
E. Chelnokov, V. Malka
10:00 – 308. Pricipal effects of high frequency piezoelectric fields on emerging
chemical processing. M. Sato*
10:15 Brack
10:30 Masaru Watanabe
10:30 – 309. Kinetics of the incorporation of
metals for metalloporphyrin synthesis
with inorganic metal salts in high temperature water. T. Sato*, K. Ebisawa, K. Sue,S. Ito, T. Saito, N. Itoh
10:45 – 310. Generation of hydrothermal
flames during supercritical water oxidation of organics. S.N. Reddy, S. Nanda,
J.A. Kozinski*, M.C. Hicks, U.G. Hegde
11:00 – 311. Control of organic reactions in
sub- and supercritical water using solidacid catalysts. M. Akizuki*, Y. Oshima
11:15 – 312. Catalytic dehydrogenation of
formic acid at mild temperature less than
100 oC under high pressure. M. Iguchi,
Y. Manaka, Y. Himeda, H. Kawanami*
Hawaii Convention CenterHalls I, II, III
Electrochemistry on Boron-doped Diamond(BDD) Electrodes (#162)

Organized by: Y. Einaga, S. Park,
O. Chailapakul, J. Zhi, T. Kondo
Poster Session
10:00 – 12:00
313. Diamond synthesis on a centrifuge.
Y. Takagi*, Y. Inatomi, R. Nishimura
Hawaii Convention Center
319A
Natural to Nanosphere Lithographies: Two
Decades of Self-assembled Advanced
Materials (#177)

Organized by: A. Morfa, M. Giersig,
K. Kempa, R. Duyne, L. Zhi
Presiding: E.M. Akinoglu
8:00 – 314. Colloidal crystal based soft lithography nanopatterning and its applications. O. Park
8:40 – 315. Latex particle templates guideevaporative lithography. I. Valarelski*
9:00 – 316. Utilizing nanosphere lithography
for the fabrication of nanopatterned aperiodic metal networks for transparent
electrodes. E.M. Akinoglu*, A. Morfa,
M. Giersig
9:20 – 317. Copper mask nanosphere template lithography for broadly tunable plasmonic antennas. M. Swartz,
M. Rodriguez, S. Blair,
J.S. Shumaker-Parry*
9:40 – 318. Self-optimizing and templatefree growth of nanopatterned semiconductor light absorbers in response tospectral illumination. A. Carim*,
N. Batara, A. Premkumar, H. Atwater,
N.S. Lewis
10:00 – 319. Self-assembled plasmonic
structures. G.C. Schatz*
10:40 – 320. Atomic layer deposition on heterogeneous nanostructured substrates.
C. Lancaster, J.S. Shumaker-Parry

11:00 – 321. Home-built sample stage designed for force modulation microscopyusing a tip-mounted AFM scanner.
J.C. Garno, L. Lu
11:20 – 322. Dual-assembled nanotemplates
by PS-b-PMMA block copolymer lithography. Y. Choi*, S. Kim

11:30 – 342. Study on cellular responses of
epidermal growth factor immobilized togold nanoparticles. J. Nakanishi*,
S. Yamamoto, Y. Shimizu, K. Yamaguchi
11:45 – 343. Multifunctional polymeric nanoparticles for cancer imaging and therapy.
M. Wang

Hawaii Convention Center
320 Theatre

Hawaii Convention Center
318B

Frontiers of Organic Porous Materials:
Structures, Properties and Applications(#223)

Advanced Materials for Photonics andElectronics: Fundamentals andApplications (#308)

Organized by: D. Jiang, W. Wang,
W. Zhang
Presiding: R. Banerjee, T. Heine

Organized by: R. Morandotti, D. Moss,
F. Omenetto, N. Tsutsumi, K. Alamgir,
K. Char, A. Facchetti
Presiding: N. Tsutsumi

8:00 – 323. From covalent organic frameworks over novel CnNm-species to porous N-doped carbons: New porous materials by polymerization extending theusual range. M. Antonietti*, N. Fechler,
T. Fellinger, M. Shalom
8:25 – 324. Calculation of charge carrier mobility in covalent organic frameworks.
S. Irle*8:50 – 325. Micropore engineering of carbonized porous aromatic framework(PAF-1) for supercapacitors. T. Ben*,S. Qiu*9:05 – 326. Metallated porous organic polymers: From hydrogen storage to electrocatalysis. D. Liu*
9:20 Coffee Break
9:35 – 327. Surface confined 2D nanoporous
networks: From supramolecular assembly to dynamic covalent chemistry.
D. Wang, l. Wan
10:00 – 328. Development of functional porous organic polymers through dynamic
covalent chemistry. W. Zhang*, Y. Zhu,
H. Yang, Y. Du, G. Lu, Y. Jin
10:25 – 329. Stacking, electronic and phonon confinement of layered covalent-organic frameworks and hybrid materials.
T. Heine*, P. Miro, M.A. Addicoat
10:50 – 330. Toward low-dimension porous
nanomaterials through nanocarbon template-directed copolymerization.
F. ZHANG*, X. Zhuang
11:05 – 331. Flowable nanospace in columnar liquid crystal. K. Tanaka*,
S. Kawano, M. Kato
11:20 – 332. Multifunctional organic frameworks for heterogeneous catalysis.
Y. Zhang
Hawaii Convention Center
321A
Nanomaterials for Nanomedicine (#289)

Organized by: A. Maruyama, D. Lee,R. Narain
Presiding: H. Asanuma, X. Huang, J. Lee
8:00 – 333. Carbohydrate based nanomaterials for gene therapy. R. Narain
8:25 – 334. Stemless linear probe for the detection of RNA in living cell.
H. Asanuma*, M. Akahane, R. Niwa,
Y. Kamiya, H. Kashida
8:50 – 335. Nanobio imaging of cancer metastasis with X-ray CT and fluorescence.
K. Gonda*, Y. Kubota, Y. Kobayashi,
H. Higuchi, N. Ohuchi
9:05 – 336. Understanding endosomal escape using a pH responsive nanoparticle.
G.K. Such, A.P. Johnston, S.K. Mann,
A. Wong, E. Czuba
9:20 – 337. Advanced functional magnetic
glyconanoparticles for disease detection.
X. Huang
9:45 – 338. Noninvasive in-vivo imaging of
neutrophil and tumor cells in mouse auricles. H. Higuchi*
10:10 – 339. Intracellular pathways of peptide-conjugated quantum dots. V. Biju,
S. Wakida, Y. Suzuki
10:25 Break
10:40 – 340. Engineered proteinticles for targeted cancer therapy. J. Lee*
11:05 – 341. Nanopharmaceutical evaluation
improved with aggregation-induced
emission molecules. X. Xue, C. Zhang,
G. Zou, X. Liang*

8:00 – 344. Highly efficient dye sensitizationof polymer solar cells. H. Ohkita*, H. Xu,
S. Honda, H. Benten, S. Ito
8:30 – 345. Polymers for optical technologies utilizing linear susceptibility.
S.Z. Cheng*
9:00 – 346. Toward the next level of electronics: From implantable to bioinspired
devices. T. Kim
9:20 – 347. Mechanisms of metal deposition
on colloidal gold nanoparticle substrates.
P.J. Straney, J.E. Millstone*
9:40 – 348. Bench top fabrication of transferrable micro/nanostructured gold electrodes for stretchable sensors and electronics. Y. Zhu, J. Moran-Mirabal*
10:00 Break
10:10 – 349. Organic solar cell interfacial science. T.J. Marks
10:40 – 350. High-efficiency multijunction
polymer solar cells with PBDTTPD andwide-bandgap analogs. P.M. Beaujuge*
11:00 – 351. Interfaces and nanostructuresin organic solar cells. K. Tajima
11:20 – 352. Development and surface modification of highly impermeable, smooth,and transparent butyl rubber for stretchable electronics. A. Vohra, H. Filiatrault,
N. Suhan, C. Siegers, L. Ferrari,
G.J. Davidson, T. Carmichael*
11:40 – 353. Approaches to solution processable n-channel ␲-conjugated donoracceptor co-polymers and device applications. Z. Yuan, B. Fu*, Y. Jiang,
M. Chang, P. Chu, D. Collard,
E. Reichmanis*
Hawaii Convention Center
317B
Data Mining and Machine Learning Meets
Experiment and First-Principles Simulation
for Materials Discovery (#314)

Organized by: J. Schrier,
C. Amador-Bedolla, S. Iwata, T. Woo
Presiding: C. Amador-Bedolla, S. Iwata,
J. Schrier, T. Woo
8:00 Introductory Remarks
8:05 – 354. Machine learning for organic materials design. A. Aspuru-Guzik*
8:45 – 355. Quantification of the structureproperty relationship in polymeric semiconductors: An algorithmic, Big-Data approach. N. Persson*, D. Nazarian,
E. Reichmanis
9:15 – 356. Large-scale data-mining identifies new classes of dyes for dye-sensitized solar cells. J. Cole* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
9:45 Break
10:00 – 357. Chemoinformatic characterization of databases for drug discovery.
J.L. Medina-Franco*
10:30 – 358. Embedding parameters in ab
initio theory to develop flexible models ofelectronic properties. D.J. Yaron*,
M. Tanha, H. Li, C.R. Collins, S. Kaul,
A. Cappiello, G.J. Gordon
11:00 – 359. Machine learning for combinatorial materials science. I. Takeuchi
Hawaii Convention Center
316B
The Physical Structure, Function of
Biological and Bioinspired Soft Matter(#347)

Organized by: M. Srinivasarao, A. rey,
H. Jung
8:00 – 360. Organizing principles of virus assembly. M. Muthukumar*
8:35 – 361. How does white color vary inbirds?. M. Shawkey*, B. Igic, L. D’Alba
9:10 – 362. Biological plywood structure
characterisation method with “Aurigans
Scarab” cuticle as example.
O. Aguilar Gutierrez*, A. Rey*
9:35 – 363. Structure and strength in collagen materials. R.G. Haverkamp,
K.H. Sizeland, H.R. Kayed, H. Wells*,
R.L. Edmonds, N. Kirby, A. Hawley,
S. Mudie10:00 Session Break
10:10 – 364. Specific interactions of multivalent carbohydrate surfaces mimicking thecells glycocalyx: Effect of mechanicalflexibility, ligand density and molecularmultivalency. H. Wang, S. Martin,
F. Jacobi, T. Pompe, L. Hartmann,
S. Schmidt
10:35 – 365. Modeling the physical structureand function of living biological soft matter. M.G. Forest*
11:10 – 366. Phases and self-assembly of
quasicrystalline lipid A-phosphate structures. H.H. Paradies*
11:35 – 367. Molecular dynamics of ␲-conjugated polymers and application to bioinspired signal processing devices.
N. Asakawa*
Hawaii Convention CenterHalls I, II, III
Materials for the Mitigation of Chemical
Hazards (#388)

Organized by: J. DeCoste, G. Peterson,
J. Becker, M. Biggs, L. Croll, K. Walton
Presiding: J. DeCoste
Poster Session
10:00 – 12:00
368. Activated carbon-based gas sensors:
Effects of surface features on the sensing
mechanism. N. Travlou, M. Seredych,
E. Rodrı́guez-Castellón, T.J. Bandosz
369. Poly(ethylene terephthalate) nanofiber
sheet prepared by CO2 laser supersoniccontinuous multidrawing. A. Suzuki*,
K. Hosoi, K. Miyagi
370. Amidoxime-based carbon-silica composite materials for carbon dioxide sorption. P. Poudyel Ghimire,
C. Gunathilake, M. Jaroniec*
371. Zirconium (hydr)oxide/graphite oxide/
AgNPs composites: Role of surface features in reactive adsorption of mustard
gas and organophosphate surrogates’
vapors. D. Giannakoudakis,
T.J. Bandosz*
Hawaii Convention Center
314
Safety and Sustainability of
Nanotechnology (#404)

Organized by: Y. Zuo, J. Ferri, C. Chen,
J. Loo, S. Mylon
Presiding: Z. Liu, J. Loo, W. Parak, X. Shi

8:00 – 372. Quantification of nanoparticle
uptake by cells and its correlation to basic physicochemical parameters.
W. Parak
8:30 – 373. Nanomaterials – exploiting theirbenefits, while enhancing their safety.
J. Loo8:55 – 374. Gd-metallofullerenol nanomaterial Gd@C82(OH)22 promotes activation offibroblasts through up-regulating PDGF
receptor protein levels. P. Wang, Y. Zhao,
C. Chen*, Q.R. Miao*
9:20 – 375. “Biodegradable” metallic nanoparticle aggregates. J. Berlin
9:45 Coffee break
9:55 – 376. Nanotheranostics for imagingguided cancer therapy: Fighting cancer
metastasis. Z. Liu*
10:20 – 377. Theranostic nanoprobes forbreast cancers. L. Zeng, Z. Shen,
W. Ren, J. Li, Z. Shi, X. Ma, L. Zhang,
M. Zubair Iqbal, T. Chen, A. Wu*
10:45 – 378. Tunable rigidity of (polymericcore)-(lipid shell) nanoparticles for regulated cellular uptake. X. Shi*, J. Sun,
L. Zhang, J. Wang, X. Jiang
11:10 – 379. Applicaiton of mass production
single-crystalline graphene quantum dots
as antitumor drug carrier. C. Li, L. Ding,
C. Yao, P. Dong, M. Wu*, Y. Wang*
11:30 – 380. Synchrotron-based X-ray microscopic studies for bioeffects of nanomaterials. Y. Zhu, X. Cai, J. Zhang,
Y. Zhang, L. Wang, C. Fan

8:30 – 390. Development of materials andarchitectures for light-emitting diodes.
P.L. Burn*, R. Jansen-van Vuuren,
F. Maasoumi, P. Meredith, E. Namdas
8:50 – 391. New trends in the design of transition-metal based OLED phosphors.
Y. Chi*
9:10 – 392. Phosphorus-based chromophores: Efficient emitters for OLEDs.
M. HIssler*
9:30 – 393. Different material concepts forthe development of vapor and solution
processable OLEDs. T. Eberle*
10:00 BREAK
10:20 – 394. Vertical organic transistor for
OLED driving. H. Zan*, H. Meng
10:50 – 395. Highly efficient exciplex-based
OLEDs. K. Wong*
11:10 – 396. Microwave synthesis of triscyclometalated iridium complexes and theirprecise analysis by using a LC-TOF
MASS method. T. Matsumura*,
N. Shimizu, H. SAWADA, J. KIdo,
H. Sasabe
11:30 – 397. RISC from high-lying triplet tosinglet: Optical probes and application
for OLEDs. Y. Ma*, B. Yang, D. Hu,
L. YaoHawaii Convention Center
316C

Organized by: R. Nagarajan, K. Sakurai,
H. ChenSingle-Molecule Function andMeasurements (#408)

8:00 – 398. Shape persistence micelles having the same aggregations with the platonic solids. K. Sakurai
8:20 – 399. Self-assembly of lipid-polymer
nanodiscs for membrane protein supports. K. Edler*, I. Idini, C. Tognoloni,
T. Dafforn, S. Lee, A. Terry, T. Arnold,
D. Barlow, J. Curtis
8:50 – 400. Hydrophobe-uptake micellizationof low molar mass and polymer surfactants in aqueous media. K. Morishima,
T. Sato*9:20 – 401. Entropically-induced phase transition for strongly confined semi-flexible
polymers. Y. Chen, D. Luzhbin, G. Liao
9:50 Break
10:00 – 402. Molecular mechanism of surface-assisted self-assembly of amyloidlike peptides. S. Kang*, T. Huynh,
R. Zhou
10:20 – 403. Structure of DNA-dendrimer
complexes and its implication on DNA-histone interaction in nucleosome. H. Chen
10:50 – 404. Stability of aqueous biofilms of
the Class II hydrophobin Cerato-ulmin in
the presence of gaseous and liquid hydrocarbons: A phenomenological investigation. X. Zhang, P.S. Russo, B. Blalock,w. huberty
11:10 – 405. Small-angle scattering of anisotropic nanoparticles and their assemblies.
A.J. Senesi, B. Lee*
11:30 – 406. Nanostructure and stimuli-responsibiilty of poly(betaine) brushes at
the air/water interface. H. Matsuoka*,
A. Sakamoto, Y. Mochizuki

Organized by: T. Ogawa, H. Tada,
S. Park, P. Weiss
Presiding: S. Park, J. Terao
8:00 Break
8:15 – 381. Synthesis and measurements ofmolecules bearing nonsymmetric singlemolecule electric properties. T. Ogawa*,
M. Handayani, Z. Chen, N. Sakata,
S. Lee, F. Miyamoto, T. Inose,
R. Yamada, H. Tada, H. Tanaka
8:45 – 382. Molecular conductivity differencein isomeric polycyclic aromatic hydrocarbons. H. Uno*, S. SATO, T. Tanimoto,
M. Handayani, T. TAMAKi, M. Takase,
S. Mori, T. Nakae, T. Ogawa
9:15 – 383. Structurally well-defined aminoporphyrin oligomers analogous to polyanilines: Synthesis, properties, and internal
electron transfer. K. YAMASHITA*,
S. Takeuchi, K. SUGIURA*
9:35 – 384. Synthesis of insulated molecularwire and development of molecular wiring
method by cross-coupling reaction.
J. Terao*
10:05 Break
10:20 – 385. Design, synthesis, and properties of novel units for single-molecularelectronics. Y. Ie*, R. Yamada, H. Tada,
Y. Aso10:40 – 386. Electronic properties of bottom-up synthesized graphene nanoribbons. T. Nakae, H. Sakaguchi*
11:00 – 387. Molecular alignment of mixedvalence dinuclear ruthenium complexes
on single walled carbon nanotube.
H. Ozawa, N. Katori, M. Haga
11:20 – 388. Self-aligned formation of sub 1
nm gaps utilizing electromigration during
metal deposition. Y. Naitoh*,r. matsushita, M. Mukaida, M. Kiguchi,
K. Tsukagoshi, T. Ishida
Hawaii Convention Center
315
Advances in Organic Light-Emitting Diodes(#409)

Organized by: J. Bredas, C. Adachi,
K. Wong, V. Yam, P. Burn, J. Kim
Presiding: J. Bredas
8:00 – 389. Efficeint electroluminescencefrom heavy (Ir) and not so heavy (Cu)metal complexes. M. Thompson*,R. Hamze, P. Saris, T. Batagoda

Hawaii Convention Center
319B
Self-assembled Biofunctional
Nanomaterials (#433)

Wednesday Afternoon

14:10 – 410. 2D nanosheet architectonics for
tailored electronics. M. Osada*, T. Sasaki
14:30 – 411. Atomtronics: The application oforganometallic bis-hexahapto bonding to
the electrical interconnection and electronic conjugation of the graphitic surfaces of carbon nanotubes and graphene. R.C. Haddon
15:00 Break
15:10 – 412. Crystalline hybrid structures
built on semiconductor nanomodules designer materials for general lighting applications. J. Li*
15:35 – 413. Carbon nanomembranes(CNMs) from molecular monolayers.
A. Goelzhaeuser*
15:55 – 414. Biomass-directed mass production of h-BN nanosheets for highly
thermoconductive polymeric composites.
X. Jiang*, X. Wang*
16:15 – 415. Expanding the range of applications of AlN through its scalability at the2D limit. R. dos Santos, R. Rivelino,
F. de Brito Mota,
A. Kakanakova-Georgieva,
G. Gueorguiev*
16:35 – 416. Functional 2D crystals: Controlled synthesis and optoelectronic devices. H. Peng
Hawaii Convention Center
317A
Design, Synthesis and Applications ofAdvanced Porous Materials (#111)

Organized by: C. Doonan, M. Dinca,
S. Telfer, S. Furukawa, Q. Li
13:00 – 417. Framework dynamics: extreme
thermomechanical behaviours through a
porous molecular materials approach.
C. Kepert*
13:30 – 418. Metal-organic frameworks withdynamic interlocked components.
K. Zhu, V.N. Vukotic, C. O’Keefe,
R. Schurko, S. Loeb*
14:00 – 419. Metal-organic frameworks toward gas biology applications.
S. Furukawa*
14:20 – 420. Near-infrared emitting metal-organic frameworks for biological imaging
applications. N. Rosi, S. Petoud, C. Liu,
K. Gogick, A. Foucault-Collet, S. Villette
14:40 – 421. Engineering metal-organic
frameworks. P. Falcaro*
15:00 – 422. Fast triplet exciton diffusion inmetal– organic frameworks for ultralow
power photon upconversion. N. Yanai*,
P. Mahato, N. Kimizuka
15:15 – 423. MOFs for use in mixed matrix
membranes, produced at scale. M.R. Hill
15:30 – 424. Mimicking geological mineralization for the synthesis of porous materials in the solid state. C. Mottillo, Y. Lu,
P. Minh-Hao, T. Do, T. Friscic
15:45 – 425. Structural diversity of SURGELs
for bio-application. S.K. Schmitt*,
M. Tsotsalas, S. Diring, S. Furukawa,
H. Gliemann, S. Kitagawa, C. Woell
16:00 – 426. 3D superstructures of metal-organic frameworks synthesized via coordination replication. K. Sumida*
16:15 – 427. Iodine adsorption in ZIF-8 andrelated structure: A computational investigation. B. Chang*, P.D. Bristowe,
A.K. Cheetham

Hawaii Convention Center
318A
Two-dimensional Nanosheets andNanosheet-Based Materials: Synthesis,
Characterization, Functionalization andApplications (#95)* Principle Author

Organized by: J. Kawamata, J. Choy,
C. Detellier, H. Zhang, J. Huang, L. Wan
Presiding: J. Kawamata, T. Nakato
13:00 Opening remark
13:05 – 407. Synthesis, properties, and applications of Group IV graphane analogs.
J. Goldberger*
13:30 – 408. New strategy for the construction of 2D monolayer. X. Hou, C. Ke,
J.F. Stoddart*
13:50 – 409. Aerogels based on 2D nanosheets: Graphene, boron nitride, and beyond. M.A. Worsley*

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–239

08 – MTLS
16:30 – 428. Biomimetically mineralized metal-organic frameworks and its potential inbiotechnology. K. Liang, P. Falcaro,
C. Doonan
Hawaii Convention Center
316A
Frontier and Perspectives in Molecular
Spintronics (#127)

Organized by: M. Yamashita, B. Zhang,
H. Tajima, B. Hu, P. Lahti, J. Gao
Presiding: H. Tajima, M. Yamashita
13:00 – 429. Organic spin-valve based upon
the spin state manipulation of paramagnetic tris(8-hydroxyquinoline)iron(III) molecules. D. Sun*, Z. Vardeny*
13:30 – 430. Carbon electrode-moleculejunctions: A reliable platform for molecular electronics. x. guo
14:00 – 431. Carbon nanotube based fieldeffect transistors: Merits and fundamental
limits. L. Peng*
14:30 – 432. Interface-assisted molecular
spintronics. K.V. RAMAN*
15:00 Break
15:15 – 433. Metal-radical materials for tunable spin physics. M. Vaz, M.A. Novak,
H. Akpinar, R.A. Cassaro, P.M. Lahti*
15:45 – 434. Magneto-optical properties inorganic-inorganic perovskites. B. Hu*
16:15 – 435. Photo-CELIV experiments under magnetic field. H. Tajima*
Hawaii Convention Center
321B
Applications of Ultrasound to Nanoscience(#150)

Organized by: K. Suslick, F. Grieser,
M. Atobe, J. Yu, S. Jeong
Presiding: M. Atobe, K. Suslick
13:00 – 436. Temperature non-equilibration
during single-bubble sonoluminescence.
D.J. Flannigan*, K.S. Suslick*
13:30 – 437. Influence of short frequency
ranges on cavitation activity in HIFU sonoreactors. J.T. Lee, L. Hallez, J. Hihn,
F. Touyeras, A. Nevers, M. Ashokkumar
14:00 – 438. Continuous industrial-scale
processing of liquids by high-amplitude
ultrasound. A.S. Peshkovsky*
14:20 Coffee & Bio Break
14:30 – 439. Application of ultrasound to theformation of amino acids from prebiotic
gases. F. Grieser*, L. Dharmarathne
15:00 – 440. Effects of various parameters
on sonochemical degradation of aromaticcompounds in water. K. Okitsu
15:30 – 441. Determining the mechanism of
ultrasonic activation of persulfate. Z. Wei,
F.A. Villamena, L. Weavers
16:00 – 442. Hot spots in solids created with
an ultrasonic hammer. K. Suslick,
D. Dlott, M. Chen, S. You
Hawaii Convention Center
322AB
Mechanically Responsive Materials (#153)

Organized by: P. Naumov, T. White,
B. Kahr, Y. Yu
Presiding: J. Rack, T.J. White
13:00 – 443. Photoinduced bending, twisting, and grabbing in anthracene-based
microcrystals. C. Bardeen*, R. Al-Kaysi,
f. tong, t. kim, l. zhu, l. mueller, c. yang
13:30 – 444. Opto-mechanical azo materials:
New light on mechanism and optimization. C. Barrett*, O. Bushuyev, T. Friscic
14:00 – 445. Chemo-mechanoresponsive
systems mimicking natural mechanotransduction processes. P. SCHAAF*
14:20 – 446. Quantification, systematics,
and modeling of mechanical effects inmolecular crystals. P. Naumov*
14:40 – 447. Light-induced crawling of crystals of azobenzene derivatives on a glass
surface. Y. Norikane
15:00 – 448. Photodeformable liquid crystal
polymers and bioinspired applications.
Y. Yu*, J. Lv, Y. Liu

240 –TECHTECHNICAL PROGRAM
15:20 – 449. Stimuli-responsive polymer materials. A. Schenning
15:40 – 450. Multiple stimuli responsivenessof spiropyran-incorporating nanoporous
frameworks. R. Klajn*, P. Kundu
16:00 – 451. Mechano and light responsive
polymer composites and conducting
polymers. M. Schulz-Senft,
S. Sindushree, R. Adelung, A. Staubitz*
16:20 – 452. Elastic flexibility in molecular
crystals of metal complexes. A. Worthy*,
M. Pfrunder, A. Grosjean, J. Clegg,
J. McMurtrie
16:40 – 453. Mechanical analysis of soft materials by a surface labeled grating
method. A. Shishido
Hawaii Convention Center
304A
Specific Effect(s) in Chemical Reactions by
Innovative Technologies (#157)

Organized by: S. Horikoshi, N. Serpone,
R. Gupta, Y. Hayashi, M. Ashokkumar,
M. Watanabe
Presiding: R. Gupta, A.T. Quitain, T. Sato
13:00 Ram Gupta
13:00 – 454. Hydrothermal reduction of CO2
to formic acid with general Fe powder.
J. Duo*, L. Lyu, G. Yao, Z. Huo, F. Jin*
13:15 – 455. Gasification characteristics ofarginine in supercritical water conditions.
T. Samanmulya, Y. Matsumura*
13:30 – 456. Catalyzed supercritical watergasification of sewage sludge using abench-scale flow reactor. O. Sawai*,T. Nunoura
13:45 – 457. Fabrication of chalcogenide
semiconductor films using supercriticalethanol dissolving low-cost solid chalcogen sources. T. Tomai*, Y. Nakayasu,
I. Honma
14:00 Takafumi Sato
14:00 – 458. Biodiesel production in supercritical methyl acetate: experimental investigation and kinetic model.
O. Farobie, Y. Matsumura*
14:15 – 459. Reactive separation employing
the synergy of mixed subcritical H2O/supercritical CO2 system. A.T. Quitain*,T. Takayama, M. Sasaki, T. Kida
14:30 – 460. Kinetics of hydrothermal separation of lignin and characteristics of thelignin. M. Watanabe*, Y. Kanguri,
T.M. Aida, R.L. Smith
14:45 – 461. Catalytic conversion of limonene in supercritical carbon dioxide
media. M. Aomatsu*, A.T. Quitain,
T. Kida, M. Sasaki, M. Tanaka,
M. Hoshino
15:00 Brack
15:15 Armando Quitain
15:15 – 462. Inhibition of char deposition using a particle bed in heating section of supercritical water gasification. S. Hirota,
S. Inoue, T. Inoue, Y. Kawai, Y. Wada,
T. Noguchi, Y. Matsumura*
15:30 – 463. Role of organic acids as intermediates of xylose decomposition in suband supercritical water. Y. Matsumura*,
N. Paksung, R. Nagano
Hawaii Convention Center
320 Theatre
Frontiers of Organic Porous Materials:
Structures, Properties and Applications(#223)

Organized by: D. Jiang, W. Wang,
W. Zhang
Presiding: L. Chi, N. McKeown
13:00 – 464. Photo-induced charge transfer
in covalent organic frameworks. T. Bein*
13:25 – 465. Conjugated porous organic
polymers for gas sorption and separation.
B. Han*
13:50 – 466. 2D molecular covalent networks via surface-assisted reactions.
B. Yang, X. Shen, Q. Li, L. Chi
14:15 – 467. Breakthrough reusable and porous ␤-cyclodextrin sorbent for instantwater purification. A. Alsbaiee*, B. Smith,
L. Xiao, W. Dichtel

14:30 – 468. Micro vs. macrofluidics: Encapsulation of hydrochloric acid in porous
polymer beads. J. Ferrer*, A. Menner,
A. Bismarck
14:45 Coffee Break
15:00 – 469. Porous liquids based on hollow
nanostructures. S. Dai
15:25 – 470. Fullerene-stabilised phthalocyanine nanoporous crystals.
N. McKeown*, C.G. Bezzu, L. Burt,
S. Moggach, B. Kariuchi
15:50 – 471. Supramolecular organic framework: periodic self-assembled structuresin water. Z. Li
16:15 – 472. Highly microporous free-radically generated polymeric materials using
a novel contorted monomer.
M. Wendland*
16:30 – 473. Multifunctional applications ofporous covalent-organic materials.
D. Cao16:45 – 474. Peptide-MOF chemical motorsthat sense PbSe nanoparticles.
Y. Ikezoe*, J. Fang, T.L. Wasik, M. Shi,
T. Uemura, S. Kitagawa, H. Matsui
Hawaii Convention Center
321A
Nanomaterials for Nanomedicine (#289)

Organized by: A. Maruyama, D. Lee,R. Narain
Presiding: z. Gu, K. Ishihara, M. Winnik
13:00 – 475. Novel polysaccharide carrier for
functional oligonucleotides: Immunocyte
targeting drug delivery system.
K. Sakurai*, S. Mochizuki
13:25 – 476. Bioinspired design of dynamic
macromolecular for gene delivery. z. Gu*
13:50 – 477. Conformational changes of
DNA monitored by fluorescence blinking.
K. Kawai*, A. Maruyama, T. Majima
14:05 – 478. DNA origami nanopores: An
emerging tool in bionanotechnology.
S.M. Hernandez Ainsa*, K. Göpfrich,
U. Keyser
14:20 Break
14:35 – 479. Hybrid exosomes for new drugdelivery system. K. Akiyoshi*
15:00 – 480. Metal chelating polymer-based
radioimmunoconjugates for tumor imaging and cancer therapy. M. Winnik*,
Y. Lu, P. Liu, A.J. Boyle,
G. Ngo Ndjock Mbong, R.M. Reilly
15:25 – 481. Photosensitizing peptides andproteins for photochemical internalization. T. Ohtsuki*, S. Miki, H. Fujiwara,
M. Kitamatsu, K. Hirakawa, S. Okazaki,
K. Watanabe
15:40 break
15:50 – 482. Self-assembled nano aggregates based on amphiphilic polyaspartamide graft copolymers: Intracellular uptake and pH dependent drug release.
D. Kim
16:15 – 483. Cytocompatible polymericnanoparticles for delivery of biomolecules
into cells. K. Ishihara*
16:40 closing remark
Hawaii Convention Center
318B

13:50 – 487. Recent fused-thiophenesbased small molecules development fororganic thin film transistors (OTFTs).
M. Chen*
14:05 – 488. Theory guided design ofnanophotonic electro-optic materials and devices. L.R. Dalton*
14:20 – 489. Printing circuits. D. Frisbie
14:35 – 490. Materials design for high-performance organic thin-film transistors andpolymer solar cells. X. Guo
14:50 Break
15:00 – 491. Solution processing and device
integration at the 2D limit. M.C. Hersam*
15:15 – 492. Charge carrier injection intomolecular crystals at the contact interfaces. T. Inabe*
15:30 – 493. Inorganic-organic hybrid perovskites: Chemistry and solar cells.
M. Kanatzidis*
15:45 – 494. Getting new tools for a moresustainable organic electronics.
A. Marrocchi*
16:00 – 495. Materials for soft, bioresorbable
optoelectronic interfaces to the brain.
J. Rogers
16:15 – 496. Stimuli-eesponsive imidebased ␲-conjugated systems: Structuraldynamics and electronic properties.
A. Takai, M. Takeuchi
16:30 – 497. Aggregation and morphology
control enables multiple cases of polymer
solar cells with efficiencies near 11%.
H. YAN
16:45 – 498. Low-temperature sol-gel metaloxide-based flexible electronics. M. Yoon
Hawaii Convention Center
317B
Data Mining and Machine Learning Meets
Experiment and First-Principles Simulation
for Materials Discovery (#314)

Organized by: J. Schrier,
C. Amador-Bedolla, S. Iwata, T. Woo
Presiding: C. Amador-Bedolla, S. Iwata,
J. Schrier, T. Woo
13:00 Introductory Remarks
13:05 – 499. Developing properties databases for functional materials and devices: A first step towards machine learning.
R. Seshadri
13:35 – 500. Dark reactions project: A machine learning approach to materials discovery. A. Norquist
14:05 – 501. High-throughput ab initio study
for 2D electride materials. T. Tada,
T. Inoshita, H. Hosono*
14:35 – 502. Ferroic materials discovery
guided by Bayesian principles.
J. Rondinelli
15:05 Break
15:20 – 503. Accelerating materials researchthrough machine learning. T. Mueller*
15:50 – 504. Discovery of nanoporous materials for energy application.
M. Haranczyk*, C. Simon, R.L. Martin,
B. Smit
16:20 – 505. Enabling applications of nanoporous materials using first-principlesbased screening. D. Sholl*, D. Nazarian,
J. Camp, R. Awati, S. Nair

Advanced Materials for Photonics andElectronics: Recognizing the Research of
Tobin J. Marks (#308)

Organized by: R. Morandotti, D. Moss,
F. Omenetto, N. Tsutsumi, K. Alamgir,
K. Char, A. Facchetti
Presiding: A. Facchetti
13:00 Introductory Remarks
13:05 – 484. Nature inspired conjugatedsmall molecules and polymers as next
generation semiconductors.
M. Al-Hashimi*, H. Bronstein*,
H.S. Bazzi*, D. Seapy*, T.J. Marks*
13:20 – 485. Stretchable electronics.
Z. Bao*13:35 – 486. Pyridine coordination chemistry
for molecular assemblies.
M.E. van der Boom** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
Hawaii Convention Center
314
Safety and Sustainability of
Nanotechnology (#404)

Organized by: Y. Zuo, J. Ferri, C. Chen,
J. Loo, S. Mylon
Presiding: J.K. Ferri, H. Galla, S. Mylon,
Y. Zuo
13:00 – 506. Interaction of nanoparticles
with lipid monolayers and lung surfactant
films. H. Galla*
13:30 – 507. Biophysicochemical interactions between nanoparticles and pulmonary surfactants. Y. Zuo*
13:50 – 508. Toxicity of nanofilm spray products. The role of lung surfactant function.
S. Larsen*, J.B. Sorli, A.W. Norgaard,
Y. Huang, J.S. Hansen
14:10 – 509. Interaction between inhaledgraphene oxide nanosheet and pulmonary surfactant monolayer. G. Hu, Q. Hu,
Y. Zuo14:30 Coffee break
14:40 – 510. Effects of polymer-coatednanoparticles on the phagocytic capacityand viability of immune cells. G.G. Goss,
V. Ortega, S. Memon, L. Unsworth,
J. Stafford
15:10 – 511. Transformation and hazard potential of copper particles in a septic system using a zebrafish high-throughput
screening assay. A.A. Taylor, S.L. Walker
15:35 – 512. Fine control of aggregation
state of biocompatible polymer functionalized nanoparticles: Theory and experiment. F. Gambinossi, M. Chanana,
S. Mylon*, J.K. Ferri*
16:00 – 513. Interactions of chemical mechanical planarization nanoparticles withmodel biological membranes. X. Liu,
K. Chen
Hawaii Convention Center
316C
Single-Molecule Function andMeasurements (#408)

Organized by: T. Ogawa, H. Tada,
S. Park, P. Weiss
Presiding: T. Ogawa, H. Uno
13:00 – 514. Spin properties of adsorbed
magnetic molecule detected by Kondo
feature. T. Komeda*, T. Inose, D. Tanaka,
T. Ogawa, F. Wu, Z. Shen
13:30 – 515. Control of single molecular conductance with STM atom manipulation.
T.K. Yamada*, N.K. Nazriq,
S. Nakashima, N. Ohta
13:50 – 516. Molecular nanomagnets on graphene: A path towards hybrid molecular
spintronics devices. M. Affronte*
14:10 – 517. Theoretical study of a contactasymmetry effect on magnetoresistsnceof single molecular spin valves. T. Ohto*,
R. Yamada, H. Tada
14:30 Break
14:45 – 518. Is “luminescent molecular pixel”
feasible? Frustrating intermolecular energy transfer in the condensed state.
S. Park*
15:15 – 519. Single molecule control of adhesion and friction by cyclodextrins.
G. Wenz*, M. Albrecht, R. Bennewitz,
J. Blass, B. Bozna
15:35 – 520. Carbon nanomaterials-based
single-molecule electrical biosensors.
x. guoHawaii Convention Center
315
Advances in Organic Light-Emitting Diodes(#409)

Organized by: J. Bredas, C. Adachi,
K. Wong, V. Yam, P. Burn, J. Kim
Presiding: K. Wong
13:30 – 521. Controlling and imaging self-assembly for optoelectronic devices.
L. De Cola, A. Aliprandi,
A. Ruiz Carretero, M. Mauro

14:00 – 522. Emitting dipole orientation ofphosphorescent dyes in OLEDs. J. Kim*,
C. Moon, K. Kim, J. Lee
14:20 – 523. Magnetic modulation of thelight emission in a spin-OLED.
J. Prieto-Ruiz, H. Prima-Garcı́a,A. Riminucci, P. Graziosi, V.A. DEDIU*,
E. Coronado
14:40 – 524. Exciton migration in organic
materials with enhanced optical effects.
t. goodson*
15:00 – 525. Novel core chromophores
based on specific chemical structures
and their effects. J. Lee, S. Kim, H. Shin,
H. Lee, H. Jung, J. Park*
15:30 Break
15:50 – 526. Organic light-emitting diodes:
Approaches to facilitating charge-carrier
injection and for efficient emissive layers.
S. Barlow, D. Cai, C. Fuentes-Hernandez,
M.P. Gaj, A.J. Giordano, W. Haske, X. He,
D. Kang, T.M. Khan, B. Kippelen,
S.R. Marder*, K. Moudgil, S. Paniagua,
F. Pulvirenti, S. Zhang, Y. Zhang,
C. Zuniga
16:20 – 527. Molecular design of metal-freepurely organic phosphors. J. Kim*,
M. Kwon, J. Jung, D. Lee, O. Bolton
16:40 – 528. Novel approaches to improvecharge balance and light management insolution-processed phosphorescent
OLEDs. N. Stingelin
17:00 – 529. In situ investigations of the solution-to-solid phase transformation oforganic semiconductors. A. Amassian
Hawaii Convention Center
319B
Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: R. Nagarajan, K. Sakurai,
H. Chen
13:00 – 530. Small angle X-ray scatteringfrom polypod-shaped DNAs and their activity of cytokine secretion. Y. Sanada,
T. Shiomi, T. Okobira, M. Nishikawa,Y. Takakura, K. Sakurai
13:20 – 531. Modeling of synthesis of welldefined nanoparticles and nanostructures. V. Privman*
13:40 – 532. Interpolyelectrolyte nanoassemly to engineer DNA, peptides, and lipids. A. Maruyama*
14:10 – 533. Exploration of spatial distribution of drug molecules incorporated inpolymer micelles with anomalous smallangle X-ray scattering. I. Akiba*,
R. Nakanishi, K. Sakurai
14:30 – 534. Nanoscale protein-polymer interactions and potential contributions tosolid-state nanobioarrays. J. Hahm*
15:00 Break
15:10 – 535. Supramolecular nanoassemblies responsive to biological stimuli.
S. Thayumanavan
15:40 – 536. Characterization of micelles
formed from a model pluronic F127-BSA
conjugate. E. Hirst, R. Nagarajan
16:00 – 537. Micelle structure and interactions in aqueous solutions: Modulation bypolymers, cosolvents, and solutes.
A.I. Fajalia, P. Alexandridis, M. Tsianou*
16:20 – 538. Structural characteristics of
DNA-Poly(N-isopropylacrylamide) bioconjugate. M. Fujita, M. Maeda
16:40 – 539. Dimerization of the type IV pilinfrom Pseudomonas aeruginosa strain
K122-4 and its oligomerization into protein nanotubes. G.F. Audette*, C. Lento

Wednesday Evening
Hawaii Convention Center
318B
Nanocrystal Synthesis, Characterization,
Assembly and Applications (#34)

Organized by: R. Tilley, S. Skrabalak,
T. Hyeon, T. Nann, T. Adshiri

19:00 – 540. Synthesis and growth mechanism of high-aspect-ratio gold nanorods
in a gelled surfactant solution.
Y. Takenaka*, Y. Kawabata, H. Kitahata,
M. Yoshida, Y. Matsuzawa, T. Ohzono,
N. Yamada, H. Seto
19:15 – 541. From bare metals to metal oxides nanoparticles and hierarchical supramolecular metal oxide nanoparticle
network assemblies. E. Redel
19:30 – 542. Pasmonic consequences ofsymmetry breaking in DNA-assembled
1D nanoparticle superlattices.
M.R. Jones, M. O’Brien, K. Kholstedt,
G.C. Schatz, C.A. Mirkin
19:45 – 543. Study of AuFePt ternary alloy
nanoparticles as a functional hybrid magneto-plasmonic system. P. Mohan,
M. Takahashi, K. Higashimine, D. Mott,
S. Maenosono*
20:00 – 544. Highly luminescent and transparent silica aerogels containing silicon
nanocrystals. M. Aghajamali*, M. Iqbal,
L. Hadidi, T.K. Purkait, J. Veinot
20:15 – 545. Multifunctional engineered
nanomaterials: Synthesis, fundamentals,
and applications. S.E. Hunyadi Murph
Hawaii Convention CenterHalls I, II, III

Hawaii Convention CenterHalls I, II, III
Molecular Adsorption on Metallic
Interfaces: Beyond the Cartoons (#102)

Organized by: D. Bizzotto, I. Burgess,H. Yu, T. Sagara, H. Yang
Poster Session
19:00 – 21:00
557. Quantitative analysis of thiolated ligand
exchange on gold nanoparticles monitored by 1H NMR spectroscopy.
A.M. Smith*, K.A. Johnston, L. Marbella,
J.E. Millstone
558. Probing plasma protein binding to
Au/Ag nanoparticles using FT-IR spectroscopy. S. Yu, M. Wang, C. Fu
559. Adsorption of cations on gold electrodesurface investigated by ATR-SEIRA spectroscopy. M. Futamata*, F. Watanabe
Hawaii Convention CenterHalls I, II, III
Design, Synthesis and Applications ofAdvanced Porous Materials (#111)

Organized by: C. Doonan, M. Dinca,
S. Telfer, S. Furukawa, Q. Li

Conjugated Polymers for BiologicalApplications (#43)

Poster Session
19:00 – 21:00

Organized by: H. Yu, S. Wang, J. Tovar
Presiding: S. Luo, J.D. Tovar, S. Wang,
H. Yu

560. Vapochromic luminescence coupledwith drastic change of ion-conductivity ofruthenium(II)-metalloligand-based porous
coordination polymer. w. ayako,
A. Kobayashi*, M. Yoshida, M. Kato*
561. Preparation of hollow silica sphereswith mesopores using hybrid organic
templates method. H. Shibata, H. Endo,
T. Ogura, K. Hashimoto
562. Flexible solid-state supercapacitor
based on a metal-organic framework interwoven by electrochemically-deposited
PANI. L. Wang, X. Feng, B. Wang*
563. Synthesis of HEU-type zeolites and its
application for steam reforming of dimethyl ether. S. Watabe, N. Shimoda,
S. Satokawa*
564. Preparation of porous solids by acidtreatment of silica-pillared fluorine micas.
T. Yamaguchi, Y. Soda, S. Taruta
565. Regulation of NO uptake in flexible
paddlewheel-type Ru dimer chains withhighly electron-donating dopants.
J. Zhang*, W. Kosaka, Y. Sekine,
K. Taniguchi, H. Miyasaka
566. Photoinduced postsynthetic polymerization of a metal– organic framework toward a flexible stand-alone membrane.
Y. Zhang*, X. Feng*, H. Li, B. Wang*
567. Water-stable metal-organic framework
for CO2 capture. R. Zhong*, X. Huang
568. Fluorescent chromophore encapsulated
in porous metal-organic frameworks withtunable emission. M. Song*, D. Yan
569. Carbon dioxide adsorption of MOF74@PS with high water stability. H. Kim*,
J. Moon, D. Chun, Y. Park
570. Dual stimuli-responsive smart membrane for multiple on-off gates. B. Lee,
S. Hyun, J. Kim*
571. Metal-organic framework-assisted synthesis of high efficient alcohol oxidation
catalyst. B. Kim, H. Kim, C. Lee*

Poster Session
19:00 – 21:00
546. Development of novel polymeric prodrugs synthesized by mechanochemicalsolid-state polymerization of polysaccharides and vinyl monomers. N. Doi,
Y. Sasai, Y. Yamauchi, M. Kuzuya,
S. Kondo*547. Synthesis and characterization of cationic polythiophene derivatives (II): DNA
sensing. T. Ishiyama, Y. Erika, M. Fujita,
Y. Takeoka, M. Rikukawa
548. Compendium method for surface modification with zwitterionic polymers andapplication to biomaterial development.
M. Nishida, T. Nakaji-Hirabayashi,
H. Kitano*549. Construction of thin gel layer on thematerial interface using polymer brushand interpenetrating polymer network.
Y. Yamazawa, T. Nakaji-Hirabayashi,
H. Kitano*
550. Development of 2-nitrobenzyl-type
photodegradable linker having the various substituent groups in benzyl position
and fabrication of photoresponsive substrate towards cell patterning.
H. Ikegami, J. Nakanishi, K. Yamaguchi
551. Control of conjugated polymer nanoparticle size and emission properties
through microfluidics synthesis.
T.F. Abelha*, T.W. Phillips, J.C. de Mello,
M.A. Green, L. Dailey
552. Optimization of the formulation of photoluminescent conjugated polymer nanoparticles for diagnostics and bioimaging.
L. Urbano*, H. Ku, K. Vandera,
T.F. Abelha, T. Desai, R. Harvey,
M.A. Green, L. Dailey
553. Visual biomolecular detection based ondual polymerization-assisted amplification. J. Yang
554. Application of photothermal conducting
polymer for harvesting of cell sheets.
M. Han, J. Na, J. Kim, E. Kim*
555. Fabrication of natural material coatedon the biodegradable fiber with calcium
carbonate for improving hemostatic effect. J. PARK, K. Kyung, S. Kim,
S. Shiratori*
556. Antimicrobial application of bioluminescence resonance energy transfer (BRET)
system. H. BAI*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–24108 – MTLS
572. Novel MV-templated zinc gallophosphate zeolite with dual photo-/thermochromism and tunable photovaltaic activity. J. Li
573. Metal-organic frameworks with both[2]rotaxane and porphyrin components:
Toward the control of dynamics in solidstate materials. P. Martinez-Bulit*,
K. Zhu, S. Loeb
574. Room temperature phosphorescencefrom Coronene@ZIF-8. H. Mieno*,
R. Kabe, N. Notsuka, C. Adachi
575. Periodic mesoporous boron nitride athigh pressure. M. Mandal, C. Liu, Y. Fei,
K. Landskron*576. Supramolecular assembly of metalorangic nanotubes with unique watertransport properties. T.Z. Forbes
577. Preparation of Pt-included hollow silica
and its activity for CO oxidation. T. Mori*,
N. Ikenaga
578. Porous polymer materials by reactive
gelation: From preparation to applications. A. Beltzung, A. Cingolani, H. Wu,
G. Storti, M. Morbidelli*579. Electrochemical approaches for precise
structural and property control: Porous
nanomaterials for energy and environmental applications. Y. Li*
580. NanoFoams: High purity transition
metal, lanthanide nitride, and actinide oxide foams prepared from nitrogen-richmetal precursors. J.M. Veauthier*,
B.C. Tappan, D.E. Chavez, J.L. Kiplinger,
K.P. Browne, N. Travia
581. Organic radicals installed metal-organic
frameworks. G. Ning, K.P. Loh*582. Chiral dopants and tropos ligands: Toward functional chiral periodic mesoporous organosilica (PMO) materials.
L.M. Reid, C. Crudden*583. Enhancement of porosity in NbO type
metal-organic framework by post-synthetic reductive elimination. T. Okamura,
S. Takaishi, M. Yamashita*
584. Designed synthesis of large-pore crystalline polyimide covalent organic frameworks. Q. Fang, Y. Yan, S. Qiu
585. Synthesis of Fe@C core-shell particle
its applications in water treatment.
Q. Huo, X. Li, L. Zhang
586. Conformationally flexible metal-organic
framework. R.B. Amador, N. Godinez,
C. Gutierrez*
587. Controlling microtube/microrod crystal
morphology of metal-organic hexagons
with a nanotubular supramolecular packing. X. Cheng*, X. Chen
588. Synthesis and sorption properties ofhollow porous carbon spheres made froma simple pyrolysis of core-shell type metal-organic framework (MOF). S. Choi*,
H. Lee, M. Oh*
589. In situ observation of a reversible Michael adduct by the crystalline sponge
method. V. Duplan, H. Sato, M. Hoshino,
Y. Inokuma, L. Wei, T. Honda, M. Fujita*
Hawaii Convention CenterHalls I, II, III
Frontier and Perspectives in Molecular
Spintronics (#127)

Organized by: M. Yamashita, B. Zhang,
H. Tajima, B. Hu, P. Lahti, J. Gao
Poster Session
19:00 – 21:00
590. Photostability enhancement of pentacene derivative by introducing radical
substituent. A. Shimizu*, A. Ito, Y. Teki591. Organic thin film devices of TTF-metal
complexes with paramagnetic Cu(II) ion.
A. Wachi, H. Nishikawa*, M. Chikamatsu,
R. AZUMI
592. Giant negative magnetoresistance effect in a moleculer conductor based oniron(III) tetrabenzoporphyrin. M. Nishi,
M. Matsuda, M. Ikeda, N. Hanasaki,
N. Hoshino, T. Akutagawa
593. Organic electroluminescent devices
consisting of dye-doped spin crossovercomplex films. M. Matsuda

242–TECHTECHNICAL PROGRAM
Hawaii Convention Center
322AB

19:00 – 594. Understanding mechanically reconfigurable organic single crystals.
C. Malla Reddy
19:20 – 595. Photosalient behavior of crystals during [2⫹2] cycloaddition reactions.
J.J. VITTAL*, R. Medishetty, P. Naumov
19:40 – 596. Photosalient effect of gold(I)complex through strengthening metallophilic interactions. T. Seki, H. Ito
20:00 – 597. Smart optical windows: Reversibly switching between high transparence, color display, and opaqueness.
S. Yang*
20:20 – 598. Photomechanical motion of
crystals. H. Koshima*
20:40 – 599. Generalized high-accuracy universal polarimeter study on chiral salicylidenephenylethylamine crystals showing photomechanical effect. T. ASAHI*

615. Development of generation techniqueof active oxygen species for efficient water purification. R. Hatano, Y. Wada,
K. Onoe
616. Application of microbubble techniqueto antisolvent crystallization of glycine
polymorphs. M. Matsumoto*, Y. Wada,
K. Onoe
617. Novel CO2-philic catechol derivatives
for the Sc-CO2 metal extraction. h. kim,
X. Yan, y. oh
618. Solid-supported nanometal catalyzedhydrogenation in supercritical CO2.
h. kim, n. hur, j. yu, b. lee, k. lee, s. ahn,
H. Song619. Bottom-up synthesis of mono-layer
graphene by hydrothermal electrolysis.
Y. Okamura, T. Tomai*, I. Honma
620. Selective recovery of magnesium fromsimulated concentrated sea water with
continuous reactive crystallization in supercritical water using micromixer.
T. Sato, A. Yano, M. Matsumoto,
M. Okada, T. Hiaki*
621. Control of morphology and disparsiblityof boehmite nanoparticle modified bycarboxylic acid in supercritical water.
T. Fujii*, S. Kawasaki

Hawaii Convention CenterHalls I, II, III

Hawaii Convention CenterHalls I, II, III

Specific Effect(s) in Chemical Reactions by
Innovative Technologies (#157)

Natural to Nanosphere Lithographies: Two
Decades of Self-assembled Advanced
Materials (#177)

Mechanically Responsive Materials (#153)

Organized by: P. Naumov, T. White,
B. Kahr, Y. Yu
Presiding: C. Bardeen, Y. Yu

Organized by: S. Horikoshi, N. Serpone,
R. Gupta, Y. Hayashi, M. Ashokkumar,
M. Watanabe
Poster Session
19:00 – 21:00
600. Synthesis of large scorodite particles
using ultrasound irradiation.
Y. Kitamura*, H. Okawa, K. Sugawara
601. Synthesis of calcium carbonate using
CO2 absorbed monoethanolamine andcalcium chloride under ultrasonic irradiation. T. Fujiwara*, H. Okawa,
K. Sugawara
602. Hydrogen evolution from organic hydrides through microwave selective heating in heterogeneous catalytic flow systems. M. Kamata, S. Horikoshi*
603. Design of the catalyst most suitable formicrowave organic hydride method.
Y. Kassai, M. Kamata, S. Horikoshi*
604. Reply of microwave specific stress in
the genetic level of the plant.
Y. Hasegawa, N. Suzuki, S. Horikoshi
605. Change of chemical structure and activation of metalloenzyme by the microwave specific effect. K. Nakamura,
M. Kawaguchi, J. Kondo, S. Horikoshi
606. Microwave effect in the intramolecular
reaction using Claisen Rearrangement.
T. Watanabe, Y. Suzuki, S. Horikoshi
607. Photolysis of VOC using microwave discharged electrodeless lamp (MDEL) technic. K. Oshimo, A. Tsuchida,
S. Horikoshi*
608. Fate of constituents of concern in water
reclamation facilities in Korea. S. Park,
Y. Son, W. Lee*
609. Trial for electrodeless of the microwave
induced plasma in liquid. S. Sato*,
K. Mori, O. Ariyada, H. Tsukamoto,
T. Yonezawa
610. Direct conversion of methane and carbon dioxide by surface discharge nonequilibrium plasma reaction.
T. SUGAWARA*, H. ARITANI, A. OGATA
611. Synthesis of hydroxyapatite utilizing ainterface reaction field between solid andliquid phases. H. Takahari*, Y. Wada,
N. Yamamoto, M. Matsumoto, K. Onoe
612. Liquid phase purification by plasma-jet
process utilizing activation of water droplets. H. Nishiyama*, Y. Wada,
N. Yamamoto, K. Onoe
613. Synthesis of porous iron oxide and its
As adsorption characteristics.
T. Osawa*, H. Okawa, K. Sugawara
614. New synthesis method of hydroxyapatite using a combined system of atmospheric pressure plasma with minutedroplets. K. Kudoh, Y. Wada,
M. Matsumoto, K. Onoe

Organized by: A. Morfa, M. Giersig,
K. Kempa, R. Duyne, L. Zhi
Presiding: E.M. Akinoglu
Poster Session
19:00 – 21:00
622. Study on the mechanism of particle nano-indentation and nano-imprinting interms of the interaction between particles
and substrates. K. Yamamoto, Y. Fukui,
K. Fujimoto*
Hawaii Convention CenterHalls I, II, III
Frontiers of Organic Porous Materials:
Structures, Properties and Applications(#223)

Organized by: D. Jiang, W. Wang,
W. Zhang
Presiding: D. Jiang, W. Wang, W. Zhang
Poster Session
19:00 – 21:00
623. Toward porous molecular crystals of
single molecule magnets based on lanthanide phthalocyanine sandwich complexes. L. Burt, C.G. Bezzu, S. Moggach,
N. McKeown624. Covalent organic frameworks as chemosensors. S. Ding, M. Dong, Y. Wang,
W. Wang625. Covalent organic polymers (COPs) forenergy conversion and storage. Z. Xiang
626. Preparation and use of orange andpineapple peels as adsorbents for pollutant removal from water.
L.V. Gonzalez-Gutierrez*,
L.A. Romero-Cano,
L.A. Baldenegro-Perez
627. Covalent organic frameworks with robust stabilities and tunable pore sizes.
S. Tao, H. Xu, D. Jiang
628. New nanoporous aramid fiber aerogel.
K. Hirogaki*, D. Lei, I. Tabata, T. Hori
629. Separation of hydrogen isotopes by
MOFs. M. Hirscher*, I. Weinrauch,
H. Oh, D. Denysenko, D. Volkmer,
I. Savchenko, T. Heine
630. Porous-aromatic-frameworks (PAFs) for
separation and storage applications.
K. Konstas*, C. Lau, A.J. Hill, M.R. Hill
631. Layer-by-layer growth of 3D covalentbonded networks via spontaneous urea
coupling reaction. S. Laokroekkiat,
M. RASHED, M. Hara, S. Nagano,
Y. Nagao*632. Application of electrode interlayers forhighly efficient polymer solar cells. F. Li

633. Flexible macroporous polymer cages asspacer/spring elements for REWOD energy harvesting devices. A. Menner,
Q. Jiang, A. Bismarck634. One-pot Suzuki-Heck reaction to construct luminescent microporous organic
polymers based on 4-vinylphenylbororicacid. Z. Liang*, X. Song, J. Yu
635. Supramolecular imidazolium frameworks: Open analogs of metal azolate
frameworks with node-and-linker polarity
inversion. C. Mottillo, T. Friscic
636. 2D/3D COF nanostructures: From
structural design to practical applications. R. Mas-Balleste*, F. Zamora
637. Design and synthesis of triangular covalent organic frameworks. P. Wang*,
D. Jiang
638. Nano/meso-porous materials fromblock copolymer template using supercritical carbon dioxide: The relationshipbetween porous structures and swellingin CO2. T. Shinkai, K. Ito, K. Sugiyama,
H. Yokoyama*
639. Porous covalent organic materials
made from polycyclic aromatic hydrocarbons. R.A. Smaldone*
640. Facile low-cost strategy towards conjugated microporous hypercrosslinked
polymer. L. Tan*, B. Tan
641. Mechanized metal-organic frameworks.
L. Tan, Y. Yang*642. Click-based porous organic frameworks for heterogeneous catalysis. L. Li ,H. Zhong, R. Wang*643. Soluble, microporous, shape-persistentladder polymers: Structure-property relationships and applications. Y. Xia*
644. Covalent organic frameworks on carbon nanotubes for synergistic lithium-ion
battery energy storage. F. Xu, D. Wu,
R. Fu, D. Jiang*
645. Highly stable covalent organic framework for carbon dioxide capture with
controlled loading functional groups via
click chemistry. L. ZHAI, N. Huang,
D. Jiang
646. Photocatalytic water oxidation by carbon nitride polymers modified with cobalt
cocatalysts. g. zhang, x. wang
647. High accuracy and high efficiency multiscale simulations of the gas adsorption in
porous molecular materials. J. Zhang*
648. Ultralight, elastic, cost-effective, andhighly recyclable superabsorbent frommicrofibrillated cellulose fiber for oil spillage cleanup. S. Wang, L. Zhong*,
X. Peng, R. Sun
649. Water sorption hysteresis modeling as atool to elucidate wood cell-wall architecture. S. Avramidis*, J. Shi*
650. In vitro hydrolytic degradation of biodegradable poly (L-lactic acid) blend monoliths. Y. Nakamura*, H.T. Oyama,
K. Uetani
Hawaii Convention CenterHalls I, II, III
Nanomaterials for Nanomedicine (#289)

Organized by: A. Maruyama, D. Lee,R. Narain* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
Poster Session
19:00 – 21:00
651. Development of enzyme-loaded polyion
complex vesicles for in vivo nanoreactor.
Y. Anraku*, M. Kamiya, S. Tanaka,
T. Nomoto, K. Toh, Y. Matsumoto,S. Fukushima, D. Sueyoshi, A. Kishimura,
M.R. Kano, Y. Urano, N. Nishiyama,
K. Kataoka
652. Design of dual stimuli-responsive gelparticles as nanotransporters for intracellular delivery. A. Kawamura, S. Ueno,
T. Miyata*653. Direct evaluation of cell membrane integrity using ion-sensitive field-effecttransistor. Y. Imaizumi*, T. Goda,
A. Matsumoto, Y. Miyahara654. Enhancement of blood circulation andtumor accumulation of a tumor imaging
fluorescent probe by human serum albumin mediation. e. nakhaei*, C. Kim,
D. Funamoto, T. Mori, A. Kishimura,Y. Katayama
655. DNA structures stabilized with poly(ethylene sodium phosphate). R. Moriyama*,
D. Miyoshi, Y. Iwasaki
656. Preparation of polymer nanosheetscontaining phosphorylcholine group andthe application to coating biomaterials.
Y. Nagase*, Y. Okamura, K. Asao,
A. Iwano
657. Development of a novel enzymatic nano-reactors as biodetoxification nanomedicine. H. Tang*, Y. Sakamura,
S. Tanaka, T. Mori, Y. Katayama,
A. Kishimura
658. Chelator-free radilabeling of gold nanoclusters for accurate cancer diagnosis.
Y. Zhao, L. Detering, D. Sultan,
H. Luehmann, Y. Liu*
659. Reversible coating of liposome with serum albumin for improved blood circulation. H. Sato, Y. Nakamura, Y. Tahara,
Y. Tatsuhiro, A. Kishimura, T. Mori,
Y. Katayama
660. Silica and polymer nanocapsules: A
route to the stimulus responsive deliveryof small molecules, polymers, and gases.
J. Kumar*, C. Liu, Y. Liu
661. Fascinating composites based on bacterial cellulose for nanomedicine.
G. Yang*, Z. Shi, Y. Li
662. Magnetic-plasmonic hybrid
Ag@FeCo@Ag core@shell@shell nanoprobes for isolation of intracellular membrane vesicles. M. Takahashi, P. Mohan,
K. Higashimine, A. Nakade, D.M. Mott,
T. Hamada, K. Matsumura, T. Taguchi,
S. Maenosono*663. Surface-initiated atom transfer radical
polymerization from various materials reacted with a photoreactive initiator.
K. Fukazawa*, K. Ishihara
664. Development of photothermal cancer
therapy using gold nanorods.
T. Oikawa*, K. Gonda, Y. Kubota,
Y. Kobayashi, M. Takano, T. Kamei,
N. Ohuchi
665. Application of novel hetero-tagged angiogenic factors to in vivo fluorescent imaging with high resolution. Y. Hamada*,
T. Oikawa, K. Gonda, N. Ohuchi
666. Photofunctional nanomodulators forbioexcitation. E. Miyako
667. Design of biocompatible polymericgene carrier utilizing serum albumin.
Y. Nakamura*, H. Sato, T. Yoshikawa,Y. Tatsuhiro, A. Kishimura, T. Mori,
Y. Katayama
668. Protein adsorption at well-characterizedpolymer brush surfaces based on molecular interactions. Y. Inoue*, S. Sakata,
K. Ishihara
669. Design and functions of new immunoliposomes by in vitro protein synthesis/artificial cell system. M. Ando*, R. Miura,
S. Mukai, Y. Akahori, S. Sawada,
H. Shiku, Y. Sasaki, K. Akiyoshi
670. Nanoplasmonic microplate based on
Au@Ag NPs for multiplex pathogen detection. H. Gil, S. Kim, J. Ryu, S. LEE*
671. Immunomodulatory liposomal spherical
nucleic acids. N. Chernyak, M. Guan,
A.J. Sprangers, S. Narajan, C.A. Mirkin*672. AuNS@Au nanoparticle as SERS nanoprobe for multiplex cancer diagnosis.
J. Ryu, N. LEE, H. Gil, S. LEE*

673. Novel nanoparticle-mediated combinatorial therapy against triple negative
breast cancers. D. Ho*, A. Sorolla*,
C. Ormonde, E. Wang, C.W. Evans,
K. Iyer, P. Blancafort
674. Creation of nano-prodrugs and their cytotoxic activities. H. KASAI*, Y. Koseki,
Y. Ikuta, T. Onodera, H. Oikawa
675. Intravenous delivery of albumin-conjugated nanoparticles to the brain following
a remote injury in the central nervous system. n. smith*, I. Gachulincova, D. Ho,
C. Bailey, C. Bartlett, M. House,
M. Fitzgerald, K. Iyer, S.A. Dunlop
676. Amplifying the effective binding affinityof carbon nanotube biosensors to cancer
cells by control over antibody orientationand density. H. Kim, D. Hwang, S. Jeon,
J. Chung, J. Kim*
677. Upper critical solution temperature(UCST) type thermo-responsive micelles
covered with biocompatible shells.
A. Fujihara*, S. Yusa, A. Maruyama,
N. Shimada, K. Ishihara
678. Enhanced Immunostimulation for cancer vaccine with crosslinked CpG-ODN/
␤-1,3-glucan nanogel through hybridization. N. Miyamoto*, K. Sakurai,
S. Mochizuki
679. Preparation of macrophage-specificmagnetite nanoparticles by modifying
with gelatin. T. Niidome*, E. Makiyama,J. Matsuyama, T. Kida, Y. Komohara,
M. Takeya
680. Enhanced catalytic activity of chemically modified 10-23 DNAzyme by cationic comb-type copolymers. K. Saito,
N. Shimada, A. Maruyama*681. Studies on functionalization of Hemagglutinating Virus of Japan Envelope(HVJ-E) with layer-by-layer assembly
technique. T. Okada*, K. Uto, C. Lee,T. Aoyagi, M. Ebara
682. Synthesis of biocompatible polyimide
containing PC group and fabrication ofnanosheet as a coating agent. M. Ogino,
K. Asao, Y. Okamura, Y. Nagase*683. Design of stimulus-sensitive polyrotaxanes exhibiting their supramolecular dissociation in response to metabolic acidosis. K. Nishida, A. Tamura, N. Yui*684. Fabrication of biodegradable sphericalparticles and fibers by SPG membraneemulsification technique. A. Nakagawa,Y. Okamura
685. Intracellular protein delivery using ganglioside GM1-binding peptide.
H. Maeno*, T. Matsubara, T. Sato686. Hemoglobin-loaded photosensitizer
nanoparticles for improved photodynamic therapy. C. Li, H. Hao, P. Lai
687. Preparation and characterization of
UCST-type thermo-responsive polypeptide as smart biomaterials.
S. kuroyanagi, N. Shimada,A. Maruyama*
688. Smooth muscle differentiation relatedtranscription factor CRP2 directly regulates strcuture and dynamics of actin filaments. T. Kihara*, S. Takaoka,
S. Shinohara, J. Miyake
689. Multifunctional mesoporous silica nanoparticles for photothermally-triggered
doxorubicin release to overcome drug-resistant MCF-7/ADR cells. Y. Jian,
C. Chen , P. Lai
690. Synthesis of biocompatible polyurethane and fabrication of nanosheet as a
coating agent. A. Iwano, K. Morita,
K. Asao, Y. Okamura, Y. Nagase*691. Evaluation of PEG-modified ␤-glucans
for efficient delivery to specifically cancer.
D. Ito, S. Mochizuki, y. maegawa,
K. Sakurai*
692. Enhanced photodynamic efficacy by
gas/PFD encapsulated nanoparticles.
R. Chen, C. Liu, P. Lai
693. Development of vascularized iPSC derived 3D-cardiac myoblast tissues by filtration layer-by-layer technique.
Y. Amano, A. Nishiguchi, M. Matsusaki,
M. Akashi*
694. Synthesis of influenza virus-recognizing
glycopolymer via RAFT polymerizationand copper-catalyzed azide-alkyne cycloaddition. M. Nagao, H. Seto,
T. Tanaka, Y. Hoshino, Y. Miura*

695. Water-soluble complex with biocompatible polymer and fullerene as photosensitizer. T. Ohata, S. Yusa, K. Ishihara
696. Preparation of polysaccharide modified
micelles for cell specific gene delivery.
M. Ishida, S. Mochizuki, I. Fukuda,
K. Sakurai*
697. Macrophage targeting gene delivery using micelle composed of mannose andcationic lipids. I. Fukuda*, S. Mochizuki,
K. Sakurai
698. Development of biodegradable multilayered nanosheets as a wound dressingin partial hepatectomy. T. Komachi,
H. Sumiyoshi, Y. Inagaki, S. Takeoka,
Y. Nagase, Y. Okamura*
699. Selenium-platinum complexes selectively kill cancer cells via ROS. T. Li,
H. Xu*
700. Efficient delivery of nucleic acid medicines using pH responsive pyramidal
DNA. S. Tokunaga*, S. Mochizuki,
N. Miyamoto, K. Sakurai
701. Hyaluronic acid-grafted polyamidoamine dendrimers enable active tumor targeting and long circulation in vivo. X. Qi
702. Biodegradation of carbon nanohorns.
M. Zhang*, M. Yang, C. Bussy, S. Iijima,
K. Kostarelos, M. Yudasaka
703. Activation of the membrane-disrupting
peptide by the cationic polymer.
W. Sakamoto, T. Umegae, N. Kume,
N. Shimada, A. Maruyama*704. Synthesis and biocompatibility of polyurethane containing phosphorylcholine
and alkyl groups. M. Tezuka, A. Iwano,
K. Morita, Y. Okamura, Y. Nagase*705. Physicochemical characterization of
hyaluronan nanoparticles and their interaction with cells. N. Tsuji*, T. Sato706. Adsorption mechanism and structure of
DNA on graphene oxide nanosurface.
Y. Ueda, Y. Zouzumi, N. Sugimoto,D. Miyoshi*
707. Molecular mechanism of metallofullerenol Gd@C82(OH)22 in anti-metastasis ofpancreatic cancer: In silico modeling of
nanomedicine. S. Kang*, T. Huynh,
R. Zhou
708. pH-Responsive nanoclusters for magnetic resonance imaging, photothermal
therapy and overcomes multiple drug resistance. C. Lin, Y. Cheng, M. Huang,P. Lai709. Preparation of Co-ferrite nanoparticles
and effect of hyperthermia treatment.
I. Ohta*, Y. Ichiyanagi
710. Preparation of functional magnetic
nanoparticles and mass spectroscopy
imaging. S. Morimoto*, K. Hyodo,
T. Yamazaki, T. Ishikawa, Y. Ichiyanagi
711. Antibody-conjugated pluronic nanogel
for active targeting diagnosis and therapyof cancer. W. Choi, j. lee, J. Kim, S. Heo,
Y. Jeong, Y. Kim, G. Tae*712. Bundle assembly of double stranded
DNA using ␤-cyclodextrin-modified
naphthalene diimide and bisadamantyl
piperazine. R. Moriyama, S. Sato,
S. Takenaka
713. Development of multifunctional dendrimer-gold nanorod hybrids for photothermal chemotherapy. T. Hashimoto,
E. Yuba, A. Harada, K. Kono*
714. Quantitative evaluation of intracellulartrafficking using pDNA/chitosan/nanoparticles. A. Shimatani, T. Sato*715. Novel mouse xenograft model for invivo imaging in a nanomedicine field.
S. Kita*, H. Higuchi
716. Enhancement of the adjuvant activity ofdsRNAs by conjugation with gold nanoparticles. T. Tazaki*, K. Niikura,T. Suzuki, Y. Ohara, S. Kobayashi,
T. Nakano, Y. Orba, H. Mitomo, H. Sawa,
K. Ijiro
717. Cell uptake of liposomes modified with
GM3-binding peptide. M. Fujimoto,T. Kimura, J. Kim, R. Otani, T. Matsubara,
T. Sato718. Preparation and characterization ofthermo-responsive polymer modified liposomes aimed at application to anticancer agent delivery. R. Nemoto*, J. Wang,
Y. Hiruta, A. Eri, Y. Maitani, H. Kanazawa

719. Characterization about thermosensitive
liposome and make an effective cellular
uptake. J. Wang*, R. Nemoto, A. Eri,
Y. Hiruta, Y. Maitani, H. Kanazawa
720. Hydration structure at molecular hydrophobic interfaces in O/W type surfactant
free nano-emulsion. Y. Yazawa*,
M. Kato*, T. Eguchi
721. Physical properties of SPG/ODN complex revealed by gel permeation chromatography and small angle X-ray scattering
analyses. S. Mochidome*, S. Mochizuki,
K. Sakurai
722. Solubilization at fullerene in water bythermo-responsive diblock copolymer.
J. Yano*, S. Yusa, T. Ohata, K. Ishihara
723. Spray-nanocoating of fragmented biodegradable nanosheets for biomedical
applications. S. Takano, H. Sumiyoshi,
Y. Inagaki, H. Kimura, Y. Okamura*
724. Fabrication of disk-shaped particles induced by hot-press process and their 2Dinteractions for biomedical applications.
D. Sogabe, Y. Nagase, Y. Okamura
725. Platinum based chemotherapeutic
agents and holmium containing magnetic
nanoparticles for targeted treatment of
non-small cell lung cancer. i. munaweera,
Y. Shi, B. Koneru , r. saez, A. Ali ,A. Di Pasqua, K. Balkus*
726. Targeted nanoparticles for improved
vaccine delivery. A.P. Johnston*,
J.D. Mintern
727. Fat-targerted delivery of thiazolidinediones as antidiabetic drugs. K. SAATCHI,
E. Dunn, S. Tod, K. Nicholson, D. Leung,
I. Andreu, C. Buchwalder, V. Schmitt,
U. Hafeli, S. Gray*
Hawaii Convention CenterHalls I, II, III
Advanced Materials for Photonics andElectronics: Fundamentals andApplications (#308)

Organized by: R. Morandotti, D. Moss,
F. Omenetto, N. Tsutsumi, K. Alamgir,
K. Char, A. Facchetti
Poster Session
19:00 – 21:00
728. Large-area, cost-effective plasmonicnanostructures based on nanotemplates.
D. Choi*, J. Kwon, K. Chung729. Two-photon polymerization of negativetype photoresist. T. Miura, K. Kinashi,
W. Sakai, N. Tsutsumi
730. Novel acid amplifiers for UV or EUV lithography with high photosensitivity andresolution. K. TAKAHASHI, M. Furutani,
K. Arimitsu*
731. Degradation studies of methylammonium lead iodide perovskite solar cells.
E.M. Sanehira*, B.J. Tremolet de Villers,
L.Y. Lin, J.J. Berry, J.M. Luther732. Electroluminescence of CaTiO3:Bi/
In2O3 multilayer thin films prepared by asol-gel method. Y. Hayashi*, T. Kyomen,
M. Hanaya, H. Takashima
733. Holographic property of carbazole azobenzene composite films. Y. Yabuhara*,
K. Kinashi, W. Sakai, N. Tsutsumi
734. Synthesis and property of calixarenecontaining polymers and their application
for photo-resist material. O. Hiroki** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–243

08 – MTLS
735. Synthesis and characterization of fullerene derivatives with carboxylic acid ester
in organic photovoltaic devices.
M. Igawa, K. Abe, H. Lee, J. Lee, J. Jang,
C. Pac, H. Moriyama*736. Holographic property in PMMA composites doped with carbazole azobenzene compound with different electron
accepting substituent. S. Motoishi*,
K. Kinashi, W. Sakai, N. Tsutsumi
737. Organic thin film dye laser device with
DBR structure. S. Nagi, K. Kinashi,
W. Sakai, N. Tsutsumi
738. Detecting methylation in arginine using
optical microresonators. A. Rios, V. Sun,
C. Zurita-Lopez, A. Armani
739. Combined total scattering and density
functional theory studies of amorphous
indium gallium zinc oxide. D. Fast,
B. Hanken, P.H. Cheong, M. Dolgos
740. Theoretical investigation on the chargetransport in high-mobility organic semiconductors. J. Yuqian741. Dry process photopatterning of a conducting polymer using photoinduced acidproliferation reactions. S. Kubodera,
M. Furutani, K. Arimitsu*
742. Photoreduction of metal ions throughtwo-photon excitation in polymer matrix.
R. Nakamura*, K. Kinashi, W. Sakai,
N. Tsutsumi
743. Development of high-response photorefractive device with main-chain triphenylamine polymer. K. Kono*,
S. Tsujimura, K. Kinashi, N. Tsutsumi
744. Synthesis and properties of halogenated subnaphthalocyanines for organic
photovoltaic cells. Y. Takao*,
T. Masuoka, K. Yamamoto, T. Mizutani,. Matsumoto, K. Moriwaki, T. Iwai, T. Ito,T. Mizuno, T. Ohno
745. Effect of crystallization of nonlinear optical dye in organic photorefractive composites: Enhanced photoconductivity andchange of the density of states.
S. Tsujimura, T. Fujihara, T. Sassa,
K. Kinashi, W. Sakai, K. Ishibashi,
N. Tsutsumi*
746. Ferroelectricity of thin film of vinylidene
fluoride-trifluoroethylene copolymer
doped with nanoparticles. R. Kosugi*,
K. Kinashi, W. Sakai, N. Tsutsumi
747. Video rate response photorefractive devices by changing the plasticizer concentration. T.V. NGUYEN*, H.N. GIANG,
K. Kinashi, W. Sakai, N. Tsutsumi
748. Plasmonic metallic films covered withgraphene layers. J. Park*, H. Hong,K. Shin, S. Lee
749. Development of organic solar cells
based on low-bandgap ␲-conjugatedmolecules. Y. Hidaka, W. Shin,T. Yasuda*
750. Fabrication of centimeter-sized thin-layered colloidal crystals. K. Ito*751. Hybrid perovskite solar cells using functional ligand (II): Optical properties of perovskites containing fullerene derivatives.
M. Imada
752. Synthesis and characterization of selfdoped conjugated diblock copolymers (I)Effect of side chain of thiophene.
T. Hazeki, M. Fujita, Y. Takeoka,
M. Rikukawa
753. Patterned taping: A novel and high-efficiency soft lithographic method for organic thin films. S. Oh, S. Park, J. Kim,
I. Cho, S. Park*
754. Terminal functionalized diketopyrrolopyrrole-based small molecules for organic photovoltaic devices.
S. Furukawa, H. Komiyama, T. Yasuda*755. Preparation of highly conductive andflexible graphene hybrid fibers for wearable electronic applications. J. Lee*
756. Study of bending-resistance for flexible
organic solar cell. D. Kato, A. Aoki,
T. Abe757. Series of non-fullerene dye-based small
molecule acceptors in OPVs showing
PCEs over 3%. E. LIM
758. Development of efficient blue thermally
activated delayed fluorescence emittersand clarification of concentration quenching mechanism. J. Lee, M. Numata,W. Shin , Y. Yang , C. Adachi, T. Yasuda*

244 –TECHTECHNICAL PROGRAM
759. Ultra-conformable polymer nanosheetswith inkjet-printed electric circuits.
M. Okamoto, T. Fujie, M. Kurotobi,
K. Yamagishi, A. Murata, E. Iwase,
H. Iwata, S. Takeoka
760. Boosting the efficiencies of cost-effective perovskite solar cells by interfacial
engineering with rod-liked CuPc.
X. Yang*, X. Yang*, M. Cheng, W. Wang,
L. Sun*761. Fabrication of transparent organic thinfilm solar cell. Y. Matsumoto, A. Aoki,
T. Abe762. Novel and facile fabrication of organic
solar cells by incorporating self-organizedhole transport layer. D. Kim, O. Kwon,
S. Park763. Transient photocurrent of organic photocells assisted by electric double layers
in electrolytes. M. Odaka*,
M.M. Matsushita, K. Awaga
764. Emitting materials for thermally activated delayed fluorescent organic lightemitting diodes using benzothiazole andacridine moieties. J. Jun, C. Lee, O. Kim,
S. Hwang*
765. Small bandgap polymer solar cells with
unprecedented short-circuit current density maintaing high fill factor. H. Choi*,
S. Ko, P. Morin, M. Leclerc, J. Kim,
A.J. Heeger
766. Controllable metal-to-insulator transition in electroless-deposited Au nanofeatures on silicon substrate. J. Jang,
S. Lee, S. Hwang
767. Preparation and photoconductive properties of Ag nanoparticles grown in TiO2
nanopores. K. YAMAZAKI, T. ISHIDA,
T. MUSHA, M. Fujino*, H. KATAGIRI,
G. KAWAMURA, A. MATSUDA
768. Asymmetrical squaraines bearing fluorine-substituted indoline moieties forhigh-performance solution-processedsmall molecular organic solar cells.
D. Yang, Y. Huang*, Z. Lu, H. Sasabe
769. Control of photothermal effect in metallic nanoparticle-assembled system fordetecting biochemical substances.
Y. Nishimura, Y. Yamamoto, S. Ito,
S. Tokonami, T. Iida*
770. Negative resistance of Ag nanoparticles
dispersed in quinacridone matrices.
Y. Masuda, Y. Ishizeki, H. Ivy, M. Fujino*
771. Soft X-ray spectroscopy on insulating
rutile phase of niobium doped VO2 thinfilms at low temperatures and ambientpressures. T. Su*, J. Laverock, V. Jovic,
K.E. Smith, S. Kittiwatanakul, J. Lu
772. Clarification of Si added a-C charactersthat contribute high efficiency solar celland improvement of its semiconductor
properties. Y. Nagata*, M. YAMADA,
R. Kobayashi, K. Honda
773. Solution-processed oxide thin film phototransistor by polymer pre-pattern.
J. Choi, K. Kim, s. park, D. You, Y. Kim*
774. Effects of resonant bonding in
Sn2Sb2Se5 phase change materials.
M. Ahn, K. Jeong, S. Park, S. Park,J. Han, W. Yang, M. Jang, H. Jeong,
M. Cho*775. Antiaromatic nororrole batteries.
J. Shin*, T. Yamada, H. Yoshikawa,
K. Awaga, H. Shinokubo
776. Solution processed hafnia thin-film as a
capping layer for enhanced dehydrationof thin-film dielectrics. C.K. Perkins,
R.H. Mansergh, D. PARK, Y. Huang,
S.R. Decker, D.A. Keszler
777. Mechanofluorochromic behaviors of
1-alkanoylaminopyrenes. E. Nagata*,
S. Takeuchi, T. Nakanishi, Y. Hasegawa,Y. Mawatari, H. Nakano
778. Reversible color change of hybrid films
composed of azobenzene-based amorphous molecular materials and p-toluene
sulfonic acid. R. Ichikawa, E. Nagata,
H. Nakano*779. Response change at interdigitated arraymicroelectrodes consist of boron-doped
amorphous carbon by varying geometry
for high sensitive detection of redox analytes. K. Honda*, S. Ohtomo, Y. Nagata,
M. YAMADA, R. Kobayashi

Hawaii Convention CenterHalls I, II, III
Data Mining and Machine Learning Meets
Experiment and First-Principles Simulation
for Materials Discovery (#314)

Organized by: J. Schrier,
C. Amador-Bedolla, S. Iwata, T. Woo
Presiding: C. Amador-Bedolla, S. Iwata,
J. Schrier, T. Woo
Poster Session
19:00 – 21:00
780. In-silico prediction and screening ofABC-6 zeolites: A high-throughput
genomic approach. Y. Li*, J. Yu*
781. Simulation-based data-mining approach for the protein hydration water behavior. T. Mizukami, V. Nguyen, T. Ho,
H. Dam782. Prediction of interface structure and energy with an aid of information science.
S. Kiyohara*, T. Mizoguchi
783. Linear representation for calculating
atomic forces. T. Pham*, H. Dam*
784. Sparse modeling for materials design.
H. Dam*, T. Pham*, V. Nguyen
Hawaii Convention CenterHalls I, II, III
The Physical Structure, Function of
Biological and Bioinspired Soft Matter(#347)

Organized by: M. Srinivasarao, A. rey,
H. Jung
Poster Session
19:00 – 21:00
785. Stochastic delay-derivative device elements using binary mixtures containing
biobased polymers: Potential application
for bioinspired signal processing devices
with hierarchical instabilities.
R. Maruyama, N. Asakawa*
786. Surface observations and friction measurements of Thermobia domestica’s
scales. N. Okuda*, Y. Hirai,
M. Shimomura
787. Role of cross links on collagen fibril orientation in pericardium. H.R. Kayed*,
N. Kirby, A. Hawley, S. Mudie,
R.G. Haverkamp
788. Preparation of artificial plastrons by using self-organized honeycomb-patterned
film. N. Yanagi, Y. Hirai*, M. Shimomura
789. Fabrication of the durable shark skinmimicking surface by using self-organized structures. A. Sato*, Y. Hirai,
T. Ohzono, K. Suzuki, S. Koike,
T. KUROKAWA, M. Shimomura
790. Structure of water and polymer networkin poly(vinyl alcohol) hydrogels with repeated freezing-thawing cycles.
Y. Sekine, N. Ishikawa,T. Ikeda-Fukazawa
791. Preparation of hybrid materials fromspider silk and conducting polymers.
K. Miyaura, O. Karthaus*

796. In vitro simulation of carbon nanotube
and graphene impact on lung surfactant.
Y. Zuo*Hawaii Convention Center
316C
Single-Molecule Function andMeasurements (#408)

Organized by: T. Ogawa, H. Tada,
S. Park, P. Weiss
Presiding: T. Matsumoto
19:00 – 797. Chirality effects of SWNTs on
the supramolecular structures of porphyrin derivatives on the curved surfaces.
A.I. Abd El-Mageed, G. Liu,
N. Komatsu, T. Inose, T. Ogawa*
19:20 – 798. Structural defects control ofmultiwall carbon nanotubes using statistical strategies for electrochemical detection of glucose. A. TermehYousefi,
H. Tanaka
19:40 – 799. Photoelectronic functional DNA
nanowires stretched between electrodes
toward DNA molecular device.
N. Kobayashi*, T. Kunikyo, K. Nakamura
20:00 – 800. Direct observation of singlemolecule adsorption/desorption kinetics
on ion-exchange adsorbents.
S. Dhamane, L. Kisley, M. Poongavanam,
U. Patil, A. Mansur,
S. Dominguez-Medina, E. Kulla, W. Chen,
J. Chen, K. Kourentzi, C.F. Landes*,R.C. Willson*
20:20 – 801. Design, synthesis, and characterization of ambipolar organic moleculeswith cascaded energy level for long-lived
charge separated states. T. Wang*,
D. Liu, X. Zhou, W. Li, K. Weerasinghe,
L. Wang
Hawaii Convention Center
317B
The Frontiers of Geometrically Frustrated
Magnetic Materials (#430)

Organized by: C. Wiebe, C. Ling,
J. Gardner, H. Zhou
19:00 Introductory Remarks
19:05 – 802. Crystal chemistry and magnetic
interactions in frustrated copper minerals.
Z. Hiroi*, K. Nawa, H. Ishikawa
19:45 – 803. Complex field induced phasesin the frustrated quantum spin chain linarite. K.C. Rule*, B. Willenberg,
S. Nishimoto, M. Schäpers, M. Reehuis,
A. Wolter-Giraud, S. Drechsler,
B. Buchner, A. Studer, B. Ouladdiaf,
S. Süllow
20:25 – 804. Short-range magnetic interactions and optical band-edge physics in
SrCu2(BO3)2. J. Cherian*, T. Tokumoto,h. zhou, S. McGill
20:40 – 805. Magnetic frustration in 2D lattices of bow-ties. R. SIBILLE*,
V. Simonet, E. LHOTEL, T. MAZET,
B. MALAMAN, M. FRANCOIS

Hawaii Convention CenterHalls I, II, III

Hawaii Convention Center
319B

Safety and Sustainability of
Nanotechnology (#404)

Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: Y. Zuo, J. Ferri, C. Chen,
J. Loo, S. Mylon

Organized by: R. Nagarajan, K. Sakurai,
H. Chen

Poster Session
19:00 – 21:00
792. Lung surfactant as a target for zinc oxide nanoparticle toxicity. E. Da Silva*,
S. Larsen, J.B. Sorli
793. Probe the interactions between inhaled
nanoparticles and model pulmonary surfactant: Insights from molecular dynamics simulation. X. Lin*, Y. Zuo, N. Gu
794. Response of rat alveolar macrophages
upon in vivo exposure to silver nanowires.
E. Ogorodnik*, G. Liu, Y. Liu, A. Karsai,
L.M. Franzi, A.K. Pham, I. Espiritu,
K.E. Pinkerton
795. Near-infrared light-mediated nanomaterials as a precision nanomedicine.
C. Chen* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
19:00 – 806. Systematic manipulation of
DNA functionality by controlled self-assembly and disassembly. T. Pfohl
19:30 – 807. Development of hetero-selective pseudo base pair stabilized bycharge-transfer interaction, and its
hetero-duplex formation. T. Doi,
T. Sakakibara, H. Kashida, H. Asanuma
19:50 – 808. Effect of various metal ions on
self assembly of tyrosine-rich peptide
and its applications as biosensors.
N. LEE, S. Kim, H. Gil, S. LEE*
20:10 – 809. Fabrication of 3D nanodot arrayusing Dps-DNA self-assembly.
H. Kamitake*, M. Uenuma, N. Okamoto,
Y. Ishikawa, I. Yamashita, Y. Uraoka
20:30 – 810. Programmable anisotropic selfassembly of gold nanorods regulated by
DNA terminal base pairing. G. Wang,
Y. Akiyama, S. Shiraishi, T. Takarada,
M. Maeda*

Thursday Morning
Hawaii Convention CenterHalls I, II, III
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Poster Session
10:00 – 12:00
811. Colorimetric detection of SQUAMOSA
promoter binding protein-like 12 via DNAmodified AuNPs cluster. J. Ahn, J. Jung*,
A. Lee, J. Lee
812. Fabrication of the hollow polystyrene
particles by ultravioret irradiation.
S. Hayakawa, T. Kawai
813. Heteronuclear organometallic clusters
as single-source precursors for the formation of bimetallic nanoparticles: Synthesis, structural characterization, andcatalytic application. B. Chor,
C. Choong, W.O. Mothersole, R. Raja,
L. Chen, W. LEONG
814. Preparation and electrochemical performance of Zn3V2O7(OH)2(H2O)2 microflower as anode materials for lithium-ion
battery. Y. Jiang*
815. Polydopamine attachment chemistry for
fabricating functionalized nanoparticles.
K. Kartub*
816. Synthesis, characterization, and modification of FeNdO3 nanoparticles.
A. Reiber*
817. Combination of thio-click, ROP, and
ATRP methods to prepare nano l-lactideb-n,n-dimethylhydroxyethylacrylamide
poss copolymers. A.M. Haddad*,
B. Al-Mayahi, H. Al-Lami
818. Synthesis and magnetic properties of
europium chalcogenide nanoparticles.
N. Rosa, W.L. Boncher, M.A. McNamara,
S.L. Stoll
819. Fabrication of hybrid microsphericalpolymer particle with non-close-packed
arrays of colloidal silica on surface.
N. Hano, N. Ryu, M.A. Alam, S. Nagaoka,
M. Takafuji*, H. Ihara*
820. Controlled growth of poly(aniline-cosubstituted aniline) nano/microstructuresin-situ in the Michael addition reaction
system. J. Li*
821. Development of novel radiosensitizing
cancer therapy: Combination of radiotherapy and titanium peroxide nanoparticle. K. Morita*, T. Suzuki,
M. Nakayama, R. Sasaki, K. Sato,
C. NUMAKO, C. Ogino, A. Kondo
822. Carbon-coated V2O5 nanocrystals synthesized from metal organic framework(MIL-47) as a high performance cathodematerial for Li-ion batteries. J. Kim*
823. Preparation and characterization ofnonosize polymer sphare. D. Kim,
M. Song
824. Preparation and characterization of
Keratin/poly (vinyl alcohol) blended nanofibers by electrospinning. T. Kim,
M. Park, H. Kim*
825. Preparation and characterization of graphene via electron beam irradiation.
T. Kim, M. Park, H. Kim*

826. Preparation and characterization ofaminophenol grafted and Ag NPs decorated graphene nanocomposites.
S. Chae, M. Park, H. Kim*
827. Facile preparation and characterizationof human hair-based nanofibers via electrospinning. S. Chae, M. Park, H. Kim*
828. Developing tailoredgold nanoarchitecture for imaging application. Y. Wang,
A. Kakkar, F. Lesage
829. Analysis of surface enrichment of graft
copolymer with poly(trimethylene carbonate) and poly(ethylene glycol) oligo segment. K. Nitta*, K. Atsushi, J. Watanabe,
Y. Ikeda
830. Control of nanoparticle dispersion usingsemi-flexible chains grafted to silica: Roleof chain stiffness and grafting density.
K. Bornani, B. Barkakaty, B. Lokitz,
J. Mays, S. Kilbey
831. Ultrashort channel floating gate memory with a nanoparticle array utilizing biomaterial. T. Ban*, M. Uenuma, S. Migita,
N. Okamoto, Y. Ishikawa, i. yamashita,
Y. Uraoka
832. Partial surface modification of sphericalinorganic oxide particles using a silane
coupling agent. M. Ono, R. Ai, T. Endo,
K. Torigoe, K. Sakai, M. Abe, H. Sakai
833. Amphiphilic glucan nanoball for drugdelivery. S. Takeda, S. Sawada,
Y. Sasaki, K. Akiyoshi
834. Fluorescence dynamics of charge-ransfer complex nanoparticles composed of N-ethylcarbazole with tetracyanobenzene. S. Yasuda, S. MACHIDA,
N. Ikeda
835. Grain size dependence of magnetic
properties in L10-FePd/␣-Fe nanocomposite magnets. K. Matsumoto, R. Sato,T. Trinh, N. Sakuma, T. Teranishi
836. Hybrids formation from titania nanoparticles and polymers by surface-initiated
ATRP with a new organophosphorus surface modifying agent. R. Mori*,
J. MOTOYANAGI, M. MINODA
837. Synthesis of CdSe compound semiconductor nanoparticles using biologicaltemplates, apoferritin: The effect of artificial nucleation site. K. Iwahori*,
M. Yamane, I. Yamashita
838. Robust thermal decomposition synthetic route to noble bimetallic alloy
nanomaterials. E. Choi, S. Lee, Y. Piao*
839. Structural control of porphyrin face-coordinated gold clusters for constructing
desired assemblies. D. Eguchi,
M. Sakamoto, T. Teranishi*
840. Synthesis of core-shell particles containing polyperoxides utilizing oxygen
supply from a gas-liquid interface andtheir application to dismantlable adhesives. E. Sato*, M. Yuri, S. Fujii,
T. Nishiyama, Y. Nakamura, H. Horibe
841. Phase transfer of Au nanoparticles using long chain amide derivatives. Y. Sou,
M. Nakagawa, Y. IMURA, T. Kawai
842. Development of self-assembled nanohybrid of magnetic nanoparticles cluster
accomodated in polysaccharide nanogels. R. Kawasaki, Y. Sasaki, K. Katagiri,
S. Sawada, K. Akiyoshi
843. Enzyme-magnetic nanoparticle conjugates as rigid biocatalyst for the elimination of toxic aromatic hydrocarbon.
J. Chang*
844. Simple synthesis that is applicable tovarious metal(oxide) of asymmetric nanoparticles with controllable shape andproperty. J. Koo, I. Lee
845. N-type flexible thermoelectric material:
Double-layer structure from Bi2Se3 nanoparticles and poly(vinyl alcohol) matrix.
A. Ohnuma*, K. Iwasaki
846. Formation of alkyl polyglycoside vesicles using boric acid-diol complexation.
Y. Asano, T. Aikawa, T. Kondo,
M. Yuasa*
847. Mesoporous silica nanoparticles: Promising theranostic nanocarriers to overcome current limitations in the treatmentof cancer and neurodegenerative disease. M. Bouchoucha*, E. Beliveau,
R. C.-Gaudreault, F. Calon, M. Fortin,
F. Kleitz

848. Oxygen reduction reaction by iron oxide
nanorods coated with N-doped carbon
as catalyst. L. Hadidi*, E. Davari,
T.K. Purkait, D. Ivey, J. Veinot
849. Preparation of AuNPs dispersed in various organic solvents using a long-chain
amidoamine derivative. K. Fukuda,
T. Kawai
850. Specific drug delivery for target cancer
tumor using affibody-displaying bionanocapsule/liposome complex.
Y. Nishimura, J. Ishii, C. Ogino, A. Kondo
851. Performance enhancement of organic
solar cells with gold nanoparticle clusters.
H. Park, S. Lee, S. Han, S. Kim
852. Urea biosensor based on NiO decorated cellulose nanocomposite. N. Nhisa,
T. Tran, G. Das, H. Yoon*
853. Preparation and catalytic oxidation
properties of Au nanoparticles catalysts
immobilized on thiol functionalized mesoporous materials. T. Hakeda,
J. Nakazawa, S. Hikichi*
854. Structual and physical properties of theNi(dmit)2 salts with size valuable dications. A. Kimura*, H. Kubota,
Y. Takahashi, J. Harada, H. Hasegawa,T. Inabe855. Preparation of pH sensitive liposome
and evaluate its functionality.
M. Shinohara, T. Aikawa, T. Kondo,
M. Yuasa*
856. Preparation and surface property offluoroalkyl end-capped oligomer/talc
composites: Application to the separationof oil and water. Y. Oikawa, T. Saito,
S. Yamada, M. Sugiya, H. Sawada*857. Preparation and application of fluoroalkyl end-capped vinyltrimethoxysilane oligomer/N-(3-triethoxysilylpropyl)gluconamide nanocomposites. S. Fujii,
T. Saito, H. Sawada*858. Synthesis of liquid-crystalline organicinorganic hybrid dendrimers with a magnetite nanocore. K. Ohsugi,
M. Matsubara, M. Nakaya, A. Muramatsu,
K. Kanie*859. Physical properties of silica nanoparticles coated with mesogenic groups
bearing liquid crystallinity and fluorescence. Y. Ogida*, T. Sanada, K. Kaneko,
T. Hanasaki, K. Kojima
860. Development of hydrogel-nanocopper
composite and their antibacterial activities against urinary tract infections (UTI)
pathogens. S.M. Alshehri*
861. Highly active and recyclable palladium
N-heterocyclic carbene catalyst for Suzuki-Miyaura coupling reaction of unreactive aryl chlorides. X. Hou*
862. Controllable synthesis of carbon supported metal nanoparticles via ionic liquids-assisted sputtering deposition.
X. GAO, C. Liu, S. Wang863. Fabrication technique of the hollow
polystyrene nanoparticles by ultraviolet irradiation: Effect of incident angle.
T. Kiryu, T. Kawai
864. Functional 3D hierarchical assemblies
by the Huisgen-1,3-dipolar cycloadditionof core-shell nano particles.
S.H. Etschel*, L.F. Portilla, M. Halik,
R.R. Tykwinski
865. Preparation and structure of calcium
hydroxyapatite substituted with light rareearth ions. A. Yasukawa*, K. Kandori,
K. Gotoh
866. Preparation of chitin nanoparticles byregeneration from chitin/ionic liquid solution through high-pressure process.
k. YAMAMOTO, K. Iimori, J. Kadokawa*
867. Fabrication technique of the hollow
nanoparticles by ultraviolet irradiation.
M. TAKAHASHI, T. Kawai
868. Study on gold nanoparticles-protein interaction by absorbance and fluorescence methods. X. Qiao, X. Wu,
N. Miyamoto
869. Targeted intracellular protein delivery
for cancer therapy. M. Zhao, Y. Tang
870. Covalent functionalization of zinc oxide
nanoparticles and its photophysical properties. W. Xiong, L. Yu, W. Chan,
D.L. Phillips

871. Preparation of organic-inorganic hybrid
nanoparticles by the miniemulsion system and construction of porous membranes. H. Takamatsu, Y. Fukui,
K. Fujimoto*872. Organic-silica hybrid nanomaterials as
fluorescent sensors for amines.
D. Sriramulu, S. Valiyaveettil*
873. Preparation of monolithic fluoroalkyl
end-capped oligomer/silica nanocomposites for the separation of oil and water. S. Sasahara, Y. Aomi, H. Sawada*
874. Surface functionalization and polymer
grafting of colloidal silica nanoparticle sol
without aggregation of the particles.
T. Maeta, S. Tamesue, T. Yamauchi,
N. Tsubokawa*875. Preparation and application of fluoroalkyl end-capped vinyltrimethoxysilane oligomer/acrylonitrile-butadiene rubber
nanocomposites. A. Ratcha, T. Saito,
R. Takahashi, S. Kongparakul,
H. Sawada*
876. Preparation of xanthan gum nanoparticles through regeneration from ionic liquid solution. K. Iimori, D. Hatanaka,
K. Yamamoto, J. Kadokawa*
877. Synthesis and characterization of a hybrid magnetic nanosystem for applicationin thermochemotherapy of cancer.
A. Hervault*, A. Dunn, M. Lim,T. Toshiaki, K. Matsumura, D. Mott,
S. Maenosono, T.T. Nguyen
878. Size-selective synthesis of Pd nanoparticles stabilized by dendrimers throughstepwise growth method. H. Hayashi,
Z. Maeno, T. Mitsudome, T. Mizugaki,
K. Jitsukawa, K. Kaneda*
879. Enzyme-free electrochemical cholesterol sensor based on NiO/single-layer
graphene composite. G. Lee, K. Myung,
Y. Huh
880. Cancer vaccine using crosslinked CpG
oligonucleotide/␤-glucans nanoparticles.
N. Miyamoto*, K. Sakurai, S. Mochizuki
881. Synthesis and self-assembly of flexible,
free-standing, monolayer gold nanoparticle films. L. Pruden,
J.S. Shumaker-Parry
882. Site-selective incorporation of nanoparticles into the complex coacervate utilizing self-assembly of block copolymers inaqueous solution. K. Naoyama*, T. Mori,
Y. Katayama, A. Kishimura*
Hawaii Convention CenterHalls I, II, III
Nanocrystal Synthesis, Characterization,
Assembly and Applications (#34)

Organized by: R. Tilley, S. Skrabalak,
T. Hyeon, T. Nann, T. Adshiri
Poster Session
10:00 – 12:00
883. Blue inorganic light emitting diode on
flexible polyimide substrate using laser
lift-off process. N. Barange*, Y. Kim,
I. Han , D. Ko
884. Bio-fabrication of nanoporous gold
membrane with anti-inorganic bispecificnanobody. T. Niide, H. Nakazawa,
I. Kumagai, M. Umetsu*, N. Manabe
885. Self-assembling of gold nanoparticles
on ionic liquid surface via ionic liquidmetal sputtering. D. Sugioka,
T. Kameyama, S. Kuwabata, T. Torimoto** Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–245

08 – MTLS
886. Facile preparation of aramid and polybenzoxazole nanofibers from synthetic fibers by a downsizing process. S. Ifuku*,
H. Maeta
887. Surface-enhanced Raman scattering
measurements using a tunable plasmonic
device on hydrogels. H. Mitomo*,
K. Horie, Y. Matsuo, K. Niikura, T. TANI,
M. Naya, K. Ijiro
888. Synthesis and characterizations of
SnO2 nanorods using low temperaturehydrothermal technique. H. Lee*, S. Lim,
V. Inderan
889. Enhanced of catalytic performances
over skeletal Ni catalysts prepared fromheated Ni-Zr amorphous alloys in various
structural states and composition.
Y. Tanihara, A. Nozaki, Y. Kuwahara,
T. Ohmichi, K. Mori, H. Yamashita*
890. Synthesis of lithium metal phosphates
and silicates for Li-ion battery.
Q. TRUONG, I. Honma
891. Active skeletal Au catalysts preparedfrom Au-Zr amorphous alloy. A. Nozaki,
Y. Tanihara, Y. Kuwahara, T. Ohmichi,
K. Mori, H. Yamashita*
892. PdRu solid-solution nanoparticles:
Size-controllable synthesis and size-dependent catalytic properties. D. Wu*,
K. Kusada, H. Kitagawa
893. Photocatalytic performance of nanostructured porous silica and TiO2 composites in environmental purification.
Y. Ishiguro, T. Kamegawa, H. Yamashita*
894. Mechanistic study of precursor conversions at low temperature to binary colloidal nanocrystals. K. Yu*
895. Microwave assisted synthesis andcharacterization of MgO nano structuresin structural directing monocationic anddicationic ionic liquids and nano structures catalytic activity in organic transformation. A. Jadhav*, G. Thorat, J. Seo*896. Design on yolk-shell nanostructures for
efficient lithium ion storage. S. Guo897. Size minimization of BaHfO3 flux pinning centers in YBa2Cu3Oy superconducting films by chemical solution deposition process. R. Teranishi*, H. Horita,
K. Ootaguro, K. Yamada, K. Kaneko,
M. Yoshizumi, T. Izumi
898. Structural characterisation of multimetallic nanoparticles using XAS.
I.J. Godfrey, A. Dent, I.P. Parkin,
S. Maenosono, G. Sankar*
899. Growth, structure, and optoelectronic
properties of crystalline binary porphyrins. U. Mazur*, K. Hipps
900. Using nuclear magnetic resonance(NMR) techniques to study small (d ⫽ 2-3nm) gold-transition metal nanoparticle alloys. L. Marbella, C. Andolina,
J.E. Millstone
901. Facile synthesis of composition-gradient Cd1-xZnxS quantum dots by cationexchange for controlled optical properties. D. Choi, J. Pyo, Y. Kim, D. Jang
902. Synthesis of Au-Pt composite nanoparticles with controlled composition ratio by
solution plasma processing. T. Chiyoda*,
M. Banno, H. Yui903. Self-assembly of photonic crystal of silver-based nanoparticles and double-effect on fluorescent enhancement. F. Ge*
904. Synthesis, characterization, and formation mechanism of Mn3O4 hollow microspheres. Q. Li, C. Jiang*, W. Zhou*
905. Hydrothermal growth of yttira-stabilized
zirconia nanocrsytals aqueous dispersions. N. Pouy*, K. Sato*, K. Horiguchi,
H. Abe906. Metal nanoparticle synthesis using
poly(ethylene oxide)-poly(propylene oxide) block copolymers in aqueous media.
A. Ishihara, T. Sakai, P. Alexandridis
907. Metal nanoparticle deposition on silica
spheres using poly(ethylene oxide)-poly(propylene oxide) block copolymers insolutions. T. Watanabe*, T. Sakai,
P. Alexandridis
908. Photocurrent enhancement of colloidal
quantum dots solar cell by surface treatment. R.O. Ferreira*, S. Masuo
909. Self-assembly of gold nanoparticles
into vesicle-like structures by the use of acarbohydrate-terminated fluorinated surface ligand. J. Wei, N. Sugimura,
K. Niikura, H. Mitomo, K. Ijiro

246 –TECHTECHNICAL PROGRAM
910. Preparation and physical properties ofnanoaggregates composed of organicdyes with a D-␲-A structure. M. Imai,
S. Okada*911. Synthesis of BaTaO2N photocatalyst byammonothermal method. T. Toshima,
K. Kishida, T. Watanabe
912. Continuous reactive crystallization of
GZO particles in supercritical water andformation mechanism. K. Sugawara,
T. Sato, M. Matsumoto, M. OKADA,
T. Hiaki913. Fabrication of PbS colloidal quantum
dot solar cell: Relationship between photovoltaic performance and surface modification. N. Tsujii*, S. Masuo
914. Direct synthesis of liquid metal colloids
and their tansformation into metal oxide
nanoparticles. S. Sudo, K. Kokado*,
K. Sada*915. Liquid phase synthesis of Bi2Te3 nanoparticles for thermoelectric transducer.
Y. Shibuya*, M. Nakaya, A. Muramatsu,
Y. Kinoshita, M. Ishikiriyama
916. Tuning of the gap-mode plasmon bandof silver nanoparticle films by controllingof the silver nanoparticle size.
T. Togashi, S. Soma, K. Kanaizuka,
M. Kurihara
917. Formation of Pd nanocrystals from
Pd2(dba)3 microcrystals. S. Chung*,
D.N. Leonard, V. Altoe, S. Aloni,
J.J. De Yoreo, S. Franzen
918. Solution phase synthesis of near-infrared light-responsive quantum dots comprised of ZnTe-AgInTe2 solid solution.
K. Sugiura, T. Kameyama, S. Kuwabata,
T. Torimoto*919. Carrier dynamics of trion in CdSe nanocrystals by photochemical electronic
doping. N. Kakimoto, Y. Usui,
T. Okuhata, N. Tamai
920. Effects of cross-linking structure by alkanedithiol for stability and conductivityof 2D silver nanoparticle sheets. N. Saito,
S. Ryuzaki, K. Okamoto, K. TAMADA*
921. Synthesis of some crystal forms of
Ce-Zr composite oxide by freeze-sintering method. T. Kohiruimaki*, S. Yoshida922. Low temperature solid state synthesisof metallic magnetic nanoparticle loaded
to multiwalled carbon nanotubes.
L. Seinberg*, S. Yamamoto,
Y. Kobayashi, H. Kageyama
923. Stabilization of the superionic phase of
AgI nanoparticles to room temperature
under high pressure. T. Yamamoto*,
M. Maesato, Y. Asakawa, G. Kawaguchi,
Y. Ohishi, N. Hirao, H. Kobayashi,
H. Kitagawa
924. Mechanistic insight into the Yolk@Shelltransformation of MnO@Silica nanospheres incorporating Ni 2⫹ ions toward
a colloidal hollow nanoreactor. J. Kim*,
I. Lee*925. Synthesis and optoelectronic applications of branched semiconductor nanocrystals. N. Mishra, Y. CHAN,
J. Hollingsworth
926. Hydrothermal growth of tailored SnO2
nanocrystals. y. motegi, K. Sato*,
Y. Yokoyama, V. Jean-Christophe,
H. Abe927. Surface capping-assisted hydrothermal
growth of gadolinium-doped CeO2 nanocrystals. K. Sato*, M. Arai,
V. Jean-Christophe, H. Abe
928. Surface-specific deposition of catalytic
metal nanocrystals on hollow carbon
nanospheres via galvanic replacement reactions of carbon-encapsulated MnOnanoparticles. D. Lee, S. Kim, I. Lee*
929. Synthesis and properties of quantumsized metal oxide clusters by using dendrimer as a template. Y. Inomata,K. Albrecht, K. Yamamoto
930. Investigation of the factor for controlling
C60 nanocrystals structure. N. Ito,
K. Shito, A. Masuhara
931. Subnanometric PtOx clusters deposited
on CeO2 nanowires for low-temperature
CO oxidation. J. Ke*, W. Zhu, Y. Jiang,
R. Si, C. Jin, H. Liu, C. Yan, Y. Zhang
932. Electrochemical decomposition of bromosilanes made from kerf loss silicon
and deposition of crystalline silicon.
K. Tomono*, R. Sakamoto, M. Okada,S. Kakihara, Y. Tamaki, Y. Yahata

933. Principle of anisotropy in biomineralization: Anisotropic mineral growth in elongated hydrogel. K. Fukao, T. Nonoyama,
K. Furusawa, T. KUROKAWA,
T. Nakajima, J. Gong*
934. Controlling perovskite crystal size andits thin film. Y. Hayasaka, K. Umemoto,
A. Masuhara935. Synthesis and characterization of semiconducting copper manganese sulfide
nanoparticles. K. Gupta, M.S. Singh,
D. Mott, S. Maenosono*
936. Organic-organic hydridized nanocrystals using reprecipitation method and oxidative polymerization. H. Watanabe*,
T. ARITA, K. Miyakawa, A. Masuhara
937. Nanocrystallization processes of C60 in
the reprecipitation method. K. Shito*,
N. Ito, T. Iino, A. Masuhara
938. CH3NH3PbI3(methyl ammmonium leadtri-iodide) perovskite film prepared bycolloidal deposition technique.
K. Umemoto*, Y. Hayasaka,
A. Masuhara939. Au-SiO2-P3HT core-shell type nanoparticles for plasmonic organic photovoltaic
devices. K. Miyakawa, H. Watanabe,
H. Naiki, H. Ujii, T. ARITA, A. Masuhara
940. p-type Co3O4/ZnCo2O4 hollow sphere:High performance formaldehyde detection at ppb levels. J. Kim*, H. Park*,
D. Lee, H. Song941. Surfactant-assisted shape evolution of
3D molecular architecture. M. Jeon,
S. Kwon, H. Lee*
942. Induction of thermoresponsive behavior
in gold nanoparticles by the display of
low molecular weight surface llgands.
R. Iida*, K. Niikura, H. Mitomo, K. Ijiro
943. Green synthesis of Cu/Cu2O core/shell
nanoparticles with lowered resistivity.
S. Yokoyama*, K. Motomiya,
H. Takahashi, K. Tohji
944. Experimental and theoretical investigation on the formation of platinum decorated nickel nanocubes. A. Nagao*,
T. Ishimoto, M. Koyama, H. Miyamura,
J. Cuya, J. Balachandran945. Dispersion dependent stability and catalytic activity of hybrid Fe3O4/Pd catalysts in water for suzuki coupling reactions. D. Kim, H. Woo, K. Park
946. C60 nanocrystals thin film by liquid-liquid interface assembly technique.
S. Morizane*, M. Takeda, J. Matsui,
A. Masuhara
947. Organic nanocrystals and these layered
structure for organic solar cells.
A. Masuhara*, K. Shito, S. Morizane,
A. Ito, K. Nakayama, T. Yoshida,
J. Matsui948. Preparation and characterization of
TiO2 anchored silica fibers derived fromtitanium alkoxy-diolate precursor.
A. Hasegawa*, M. Ekari, T. Honma
949. High performance electrochemical capacitors composed of mesoporous manganese dioxide and fullerene C60 nanocrystals. A. Toba*, Y. Matsukubo,
A. Masuhara
950. Hydrothermally synthesized CeO2-CuO
composites as a catalyst for CO oxidation. M. guo, F. Liu, J. Tsui, A. Ng,
A. Djurišić, W. Chan
Hawaii Convention Center
321A

9:20 – 954. Semiconductor nanowire arraygrown by selective area epitaxy and theirapplications. T. Fukui
9:50 Break
10:00 – 955. Integrated Group IV nanowire
optoelectronics. M. Jo*
10:30 – 956. Synthesis and optoelectronic
properties of pseudobinary solid-solution
semiconductor nanowires. B. Liu*,
X. Jiang
11:00 – 957. Band gap-engineering withinsingle semiconductor nanostructures.
A. Pan
11:30 – 958. Unusual nanoscale electronic
effects in heterojunction nanowires.
B.M. Wong*
11:45 – 959. Manipulating the optical andelectrical properties of a single ZnO
nanowire through interfacial modulation
doping. N. PAN*, H. Ding, Y. Wu, C. Ma,
Y. Luo, X. Wang
Hawaii Convention Center
318A
Two-dimensional Nanosheets andNanosheet-Based Materials: Synthesis,
Characterization, Functionalization andApplications (#95)

Organized by: J. Kawamata, J. Choy,
C. Detellier, H. Zhang, J. Huang, L. Wan
Presiding: J. Huang, H. Zhang
8:00 Break
8:30 – 960. Molybdenum disulfide as ahighly efficient absorbent for nonpolargases. L. Wang
8:50 – 961. Growth and characterization of
single-layer MoS2(1-x)Se2x alloy films.
V. Klee, D. Barroso, Q. Ma, J. Mann,
L. Bartels
9:10 – 962. 2D materials: From doped monolayers and defects to van der Waals solids and more. M. Terrones
9:40 – 963. 2D layered materials, heterostructures, and devices. X. Duan
10:10 Break
10:30 – 964. Atomic layer deposition of 2D
MoS2 on 150mm Si/SiO2 substrates.
A. Valdivia, J. Conley
10:50 – 965. Regulating electrical properties
of inorganic 2D nanomaterials for energy
storage and electrocatalytic applications.
C. Wu*
11:10 – 966. Hydrogen storage in Ni/graphene and Pd/graphene composites.
C. ZHOU, J. Szpunar, J. Wang , Y. Hu
11:30 – 967. Heterostructures based on CVD
transition metal dichalcogenides. L. Li
Hawaii Convention Center
321B
Applications of Ultrasound to Nanoscience(#150)

Organized by: K. Suslick, F. Grieser,
M. Atobe, J. Yu, S. Jeong
Presiding: J. Yu
8:00 – 968. Utilization of nanostructured materials for stem cell applications.
W.H. Suh*
8:30 – 969. Sonochemical treatment of surfaces for optimized cellular interaction.
H. Moehwald, V. Belova-Magri,
E.V. Skorb

Nanowires: Synthesis, Fundamental
Properties and Novel Device Applications(#51)

Organized by: T. Yanagida, S. Hara,
S. Jin, P. Yang, R. Agarwal, L. Lauhon,
H. Zheng
Presiding: S. Hara, F. Ishikawa, M. Jo
8:00 – 951. Exploring additional functions of
GaAs-related nanowires. F. Ishikawa
8:20 – 952. Fabrication and characterizationof MnAs/InAs hybrid nanowires grown by
selective-area metal-organic vapor phase
epitaxy. M.T. Elm*, S. Hara, P.J. Klar
8:50 – 953. Selective lateral epitaxy of III-V
nanowires for scalable and high performance electronics. X. Li* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
9:00 – 970. Sonochemically produced nanomaterials for combatting dental disease.
G.J. Price
9:30 – 971. Sonochemical sample preparation for biological assays. T. Matula*,
K. Bomsztyk, B. MacConaghy,A. Maxwell
10:00 – 972. Polydopamine based perfluorocarbon nanodroplets for medical ultrasound applications. B. Teo, J.Y. Lee,
A. Seth, E. Stride
10:30 Coffee and Bio Break
10:40 – 973. Preparation of polymeric ultrasonic/MRI dual mode contrast agent andits responsive drug release capacity.
F. Yang*
11:00 – 974. Sonochemical synthesis andcharacterization of polysaccharideshelled microspheres. M. Zhou*, Q. Ye,
M. Ashokkumar
11:20 – 975. Numerical study on nucleationand oriented aggregation of BaTiO3nanocrystals. K. Yasui*, K. Kato
Hawaii Convention CenterHalls I, II, III
Mechanically Responsive Materials (#153)

Organized by: P. Naumov, T. White,
B. Kahr, Y. Yu
Poster Session
10:00 – 12:00
976. Shear-piezoelectric properties ofPoly(L-lactic acid) woven fabric based
sensors for monitoring human respiration
pattern. Y. Ahn, E. Song, A. Prabu,
K. Kim*977. Highly sensitive paper-based pressure
sensors. K. Lee, w. shim*
978. Photomechanical bending of chiral andracemic crystals of azobenzene derivatives. T. Taniguchi, M. Shiro,
H. Koshima*, T. ASAHI
979. Route for systematic preparation ofphotomechanical azobenzene cocrystals.
O. Bushuyev*, A. Tomberg, T. Friscic,
C. Barrett
980. Photomechanical performance of diarylethene single crystals. M. Morimoto*981. Bending behavior analysis of silicone
elastomer film. Y. Koike, N. Akamatsu,
S. Fujikawa, A. Shishido*
982. Development of mechanical analysis
system of flexible films. N. Akamatsu,
S. Fujikawa, A. Shishido*983. Piezoelectricity of nanowebs via electrospinning optical isomers of Poly(lacticacid) and their racemic mixture. K. Kim*,
E. Song, A. Prabu, Y. Ahn
Hawaii Convention Center
322AB
Current and Future Applications ofNanotechnology in the Oil Industry (#197)

Organized by: W. Wang, K. Lee,
J. Ordóñez-Varela, M. Kanj, T. Jiang
Presiding: W. Wang
8:00 opening remark
8:05 – 984. “NanoProbes” for reservoir surveillance and recovery. M.E. Poitzsch*
8:35 – 985. Iron-oxide and silica nanoparticles with specific surface coatings for
upstream oil & gas applications. C. Huh*
9:05 – 986. Exploration of rare earths based
luminescence for detection and sensing
in radiation security and enhanced oil recovery. W. Chen*
9:35 break
9:50 – 987. Shale gas fracturing fluids using
polymer grafted silica with enhanced suspendability. M. Bell, A. Viswanath,
B.C. Benicewicz*
10:15 – 988. Hybrid ionic-nano additives foradvanced lubrication. J. Qu*
10:40 – 989. Investigation of a kind of complex oil displacing method containing micro-nano microspheres after polymer
flooding. H. Yang, W. Kang, Y. Yu, Y. Lu,
Z. Li

Hawaii Convention Center
320 Theatre

Hawaii Convention Center
318B

Frontiers of Organic Porous Materials:
Structures, Properties and Applications(#223)

Advanced Materials for Photonics andElectronics: Fundamentals andApplications (#308)

Organized by: D. Jiang, W. Wang,
W. Zhang
Presiding: P.M. Budd, J. Zhang

Organized by: R. Morandotti, D. Moss,
F. Omenetto, N. Tsutsumi, K. Alamgir,
K. Char, A. Facchetti
Presiding: A. Karim

8:00 – 990. ␲-Conjugated porous organic
frameworks as photoredox catalysts.
J. Zhang*
8:25 – 991. Computer aided design of microporous organic polymers for the energy
applications. W. Deng*, L. Sun, Y. Xie
8:50 – 992. Gas storage and separation-directed design and synthesis of porous aromatic frameworks. G. Zhu
9:15 – 993. Slipping induced variation in CO2
and CH4 adsorption and selectivity in various covalent organic frameworks.
R. Babarao*, A. Sharma, N. Medhekar,
A. malani
9:30 – 994. Imine-based organic porous materials: From single molecule to extended
framework. C. Wang*, H. Ding, H. Liao
9:45 Coffee Break
9:55 – 995. Polymers of intrinsic microporosity (PIMs): Tailoring selectivity throughchemical modification. P.M. Budd*
10:20 – 996. Graphitic carbon nitride polymers for solar water splitting. x. wang
10:45 – 997. Task-specific functionalizationof porous organic polymers. S. Ma*
11:10 – 998. Liquids with permanent microporosity – a new phase for porous materials. S. James
11:25 – 999. Diversity of covalent organic
frameworks (COFs): From single-pore todual-pore. X. Zhao*
11:40 – 1000. Rotor dynamics and photoinduced porosity switch in supramoleculararchitectures and covalent frameworks.
P. Sozzani*, S. Bracco, A. Comotti
11:55 Closing Remark
Hawaii Convention Center
319A
Self-organization of Membrane Systems(#259)

Organized by: D. Sasaki, K. Morigaki,
I. Koeper
Presiding: K. Morigaki
8:00 – 1001. Creating lipid bilayer platforms
insensitive to air-water interfaces byphysical confinement. L. Chao*, C. Han
8:30 – 1002. Designed amphiphilic polymers
for lipid membrane nanodisc formation.
K. Yasuhara*, J. Arakida, J. Kikuchi
8:50 – 1003. How to manipulate self-organization of lipid components for RAFT formation by topographic curvature inmodel membrane. S. Lee*, Y. Ryu
9:20 – 1004. On-chip lipid microfluidics:
Controlled self-organize to form biomembranes. N. Cho*
9:40 Break
9:50 – 1005. Microfluidic technology for artificial lipid bilayer formation. S. Takeuchi
10:20 – 1006. Fundamental studies of osmotic transport across the droplet lipid
membrane: Lipid structure, asymmetry,
and cholesterol. S. Lee*
10:40 – 1007. Single molecue transporter
assay with arrayed lipid bilayer chambersystems. H. Noji*
11:10 – 1008. Artificial membranes composed of fluid and polymerized lipids: Assembly, structure, and application to receptor-based biosensing. S. Saavedra
11:30 – 1009. Nanopores with fluid lipid
membrane coatings for characterizationof single proteins in solution. M. Mayer

8:00 – 1010. Nanomembrane materials andsoft fabrication methods for high performance photovoltaic systems: Low cost,full spectrum solar energy conversion.
R.G. Nuzzo*
8:30 – 1011. Fluctuations and cooperative
motion in the interfacial dynamics ofnanoparticles. J.F. Douglas, H. Zhang
9:00 – 1012. Preparation of new photoaactive materials: From a proof-of-concept
to functional materials. A. Laventure,
D. Lauzon, J. Bourotte, J. Vapaavuori,
R. Sabat, O. Lebel, C. Bazuin, C. Pellerin*
9:20 – 1013. Design of full-color thermally
activated delayed fluorescence emittersbased on benzonitrile derivatives andtheir application in organic light-emitting
diodes. I. Park, T. Yasuda*, S. Lee,
C. Adachi*
9:40 – 1014. Physical and electrochemicalreconciliation of Cu2ZnSnS4 thin film absorber properties. D. Vaccarello, Z. Ding*
10:00 Break
10:10 – 1015. Slot-die processing of PTB7/
PC71BM: Understanding morphology
evolution and device performance.
T.P. Russell*, S. Ferdous, C. Wang,
E. Schaible, A. Hexemer
10:40 – 1016. Controlling molecular weightof conjugated polymers as a powerfultool for optimizing the efficiency of allpolymer solar cells. A. Dudnik, N. Zhou,
T.J. Aldrich, T. Li, E.F. Manley, Z. Chen,
R.P. Chang*, L.X. Chen*,
M. Olvera de la Cruz*, A. Facchetti*,
T.J. Marks*
11:00 – 1017. Novel oxide thin-film diode foroxide electronics. J. LEE, E. Lee, J. Park,
Y. Kim*11:20 – 1018. Structural diversity in donoracceptor materials - adducts of trimeric
perfluro-o-phenylene mercury.
T.V. Timofeeva*, R. Castaneda,
M. Fonari, Y. Getmanenko
11:40 – 1019. Novel phosphorescent complexes with bipolar charge-transporting
ability for highly efficient organic lightemitting diodes (OLEDs). Y. Liu*, J. Feng*
Hawaii Convention Center
319B
Membranes and Nanotechnologies forEnergy and Environment Applications(#317)

Organized by: H. Park, B. Freeman,
B. McCloskey, J. McGrath, A. Hill,
A. Higuchi, Y. Lee
8:00 – 1020. Polymeric membranes for CO2
separation. H. Lin*, L. Zhu, J. Liu, B. Lam
8:30 – 1021. Interplay between CO2 separation properties and membrane morphology. I. Taniguchi*, K. Kinugasa
8:50 – 1022. Ultrathin composite membranes for CO2 separations. G.G. Qiao
9:10 – 1023. 6000 GPU poly(ionic liquid)/ionic liquid composite membrane for
CO2/N2 separations. M.G. Cowan,
J. Zhou, M.M. Mok, W. McDanel,
T.K. Carlisle, D. Gin, R.D. Noble
9:30 – 1024. Mixed CO2/CH4 sorption in
PIM-based membranes. A. Gemeda,
M. De Angelis, G.C. Sarti, M.D. Guiver
9:50 – 1025. Molecular separation by a freestanding and nanometer-thick membrane. S. Fujikawa*
10:20 – 1026. Effect of water vapour on CO2
separation performance in mixed matrix
membranes. S. Kanehashi*, G.Q. Chen,
C.A. Scholes, S.E. Kentish

10:40 – 1027. Polymer supported metal-organic framework nanocomposite hollow
fiber membranes for gas separation.
J. Hou, P. Sutrisna, H. Li, Y. Zhang,
V. Chen*
11:00 – 1028. Formation of CHA zeolite
membranes by secondary growth forpost-combustion carbon capture. E. Kim,
J. Choi*
11:20 – 1029. Novel ionic group-mediatedcrosslinked polyimide membranes forhigh performance CO2 separation.
T. Kim*Hawaii Convention Center
316C
Ceramic Materials and Processing for
Advanced Applications (#341)

Organized by: F. Rosei, A. Vomiero,Y. Tachibana, C. Raston, H. Zhang
8:00 – 1030. Ultrafast transmission electron
microscopy and its nanoplasmonic applications. A. Yurtsever*
8:30 – 1031. Solution-based bioinspired
growth of photocatalytically active nanoporous membranes, and oriented nanowires for water purification and splitting.
D. Kisailus*
9:00 – 1032. Ultrafast spectroscopic study oftrapped state sensitive kinetics in
LaTiO2N solid photocatalys. A. Furube,
R. Singh, H. Matsuzaki, Y. Suzuki,
K. Seki, T. Minegishi, T. Hisatomi,
K. Domen
9:20 – 1033. Synthesis optimisation ofmesoporous Ti-silica microspheres for efficient oxidative and photocatalytic applications. A.S. Perera, M. Coppens*
9:40 coffee break
10:00 – 1034. Near-infrared excited lanthanide-doped nanoparticles with core/shell architectures for theranostic applications. F. Vetrone*
10:30 – 1035. Electron-transfer mechanismof dye-sensitized solar cells with highperfor-mance hydrotalcite nano clay electrolytes. S. Uchida*, D. Sakurai, T. Kubo,
H. Segawa
11:00 – 1036. Rare-earth-ions-doped calcium chlorapatite phosphors: Synthesis,
structures, and photophysical characterization. K. Hong*, M. Ha, B. Kang,
H. Kim, H. Yang
11:20 – 1037. Tunable phase and colorationof iron based ceramic nano pigments.
Y. Kim*, R. Yu
11:40 – 1038. Novel environmentally friendly
red pigments based on orthorhombic bismuth vanadate. D. WEN, S. Tamura,
T. Masui, N. IMANAKA*
Hawaii Convention Center
316B
Materials for the Mitigation of Chemical
Hazards (#388)

Organized by: J. DeCoste, G. Peterson,
J. Becker, M. Biggs, L. Croll, K. Walton
Presiding: J. DeCoste
8:00 – 1039. Screening of functionalized orhydrophobic MOFs for capture of ammonia and other toxic compounds.
P.Z. Moghadam, K. Kim, Y. Zeng,
P. Ghosh, D.J. Fairen-Jimenez,
R.Q. Snurr** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–247

08 – MTLS
8:30 – 1040. Highly efficient photocatalytic
activity by five-layer Aurivillius phase perovskites under solar irradiation.
T.K. Mandal*, N. Gollapally
8:50 – 1041. New multifunctional POM-containing materials for decontamination andprotection. C.L. Hill*, W. Guo, K. Sullivan,
H. Lv, Z. Luo, N. Pomerantz
9:20 – 1042. Nerve agent degradation with
polyoxoniobates. M. Nyman
9:40 – 1043. Chemical sensing and destruction of hazardous chemicals using metaloxides and hydroxides. J.E. Whitten*
10:10 Break
10:20 – 1044. Metal– organic frameworks as
highly functional catalytic arrays.
O.K. Farha*
10:50 – 1045. Tailoring the nucleophilic character of metal-organic frameworks for thereactive removal of chemical threats.
J. DeCoste*, M.A. Browe, G.W. Wagner,
G. Peterson
Hawaii Convention Center
314
Design of Innovative Photochromic
Applications (#399)

Organized by: J. Abe, T. Kawai,
Y. Yokoyama, N. Branda, F. Raymo,
W. ZhuPresiding: J. Abe
8:00 Opening
8:05 – 1046. Using photochromes to mimic
photosynthetic photoregulatory processes. D. Gust*, T.A. Moore, A.L. Moore
8:25 – 1047. Elucidation and control of photochromic reactions by pulsed laser excitation. H. Miyasaka
8:45 – 1048. On the design of efficient photochromic system. S. Hecht*
9:05 – 1049. Photo-active energetic materials. R.J. Scharff*
9:25 – 1050. Revealing transient species ofphotochromic phenoxyl-imidazolyl radical complexes by time-resolved infraredabsorption spectroscopy. Y. Kobayashi,
H. Yamashita, S. Toshimitsu, J. Abe*
9:45 Break
10:00 – 1051. Dynamics and isomerization inphotochromic ruthenium sulfoxide complexes. J. Rack, A. King
10:20 – 1052. Oxazolidines: Trimodal
switchable units and molecular tango.
J. pozzo
10:40 – 1053. Stepwise photochromism triggered by metal coordination in multidithienylethene (DTE) systems. Z. Chen*
11:00 – 1054. Benzobis(thiadiazole)-based
diarylethenes: Sterical hinderance offering full separation of conformers with chiral resolution. W. Zhu*
11:20 – 1055. Synthesis, photochemistry,electrochemistry, and computation: Toward functional “photochromic photooxidants”. J.G. Gillmore
11:40 – 1056. Spiropyran-cyclodextrin
coated metal oxide nanoparticles forphotochromic light-harvesting applications. V. Dryza*, E. Bieske
Hawaii Convention CenterHalls I, II, III
Single-Molecule Function andMeasurements (#408)

Organized by: T. Ogawa, H. Tada,
S. Park, P. Weiss
Poster Session
10:00 – 12:00
1057. Synthesis and conductance measurement of single molecular slide switch.
T. TAMAKi, R. Yamada, H. Tada,
T. Ogawa*
1058. Synthesis and physical properties of aporphyrin Tb dinuclear complex designed
for spintronics. N. Sakata, S. Lee,
N. Sumitani, T. Inose, R. Yamada,
H. Tada, D. Tanaka, T. Ogawa*

248 –TECHTECHNICAL PROGRAM
1059. Synthesis of polycyclic aromatic hydrocarbons by AuCl catalyzed multicyclization: Candidates for a rigid ␲ organic
molecular junction. T. Nakae*, S. SATO,
M. Takase, S. Mori, T. Okujima, H. Uno,
H. Sakaguchi
1060. Synthesis, properties, and electricalconductance of insulated oligothiophenes having spiro-substituted fluorenes. Y. Okamoto, Y. Ie, R. Yamada,
S.K. Lee, H. Tada, Y. Aso
1061. Single molecule electronic propertiesof perpendicularly connected porphyrinimide dyads. Z. Chen, M. Handayani,
R. Yamada, H. Tada, H. Tanaka,
T. Ogawa*
1062. Synthesis and physical properties ofcyclo[8]pyrrole-polyoxometalate complex. H. Matsumoto*, F. Miyamoto,Y. Yamazaki, T. Ogawa, S. Mori,
M. Takase, H. Uno, T. Okujima
1063. Synthesis of cyclic-insulated conjugated anchor molecule and its immobilization on ITO substrate. H. Masai,
S. Kaneko, J. Terao, T. Katase, H. Ohta,
T. Fujihara, Y. Tsuji
1064. Programming the potential gradient ofphenylazomethine dendrimer.
K. Albrecht, K. Yamamoto*1065. Synthesis and properties of bisporphyrin connected by chrysene-like bridgewith two bicyclic skeletons. S. Mori,
N. Kawamoto, T. Okujima, H. Uno*
1066. Multidimensional mixed-valence complex with a Ni porphyrin linker.
Y. Tanaka, K. Mishiba, M. Akita*
1067. Single molecule devices connecting tothree carbon nanotube electrodes.
A.Y. Akbar*, M. Handayani,
A.I. Abd El-Mageed, T. Ogawa
1068. Fabrication and electric properties ofgraphene nanoribbons obtained by
SWNT. M. Fukumori*, H. Tanaka,
T. Ogawa
1069. Synthesis of insulated molecular wires
containing transition metals in their backbones. T. Hosomi, H. Masai,
W. Matsuda, J. Terao, S. Seki,
T. Fujihara, Y. Tsuji
1070. Fabrication and electrical porperties of
X- and Y- structures of unzipped singlelayer graphene nanoribbons. P. Liu,
S. Kasai, X. Yin, T.K. Yamada, T. Ogawa,
M. Fukumori, H. Tanaka*
1071. Edge structure controlled synthesis ofgraphene nanoribbons by radical polymerization-chemical vapor deposition.
S. Song, T. Nakae, T. Kojima,
H. Sakaguchi*
1072. Nanoscale charge transport of DNA
supramolecular networks.
H. Yamaguchi*, D. Che, T. Matsumoto
1073. Electrical detection of single DNA molecules by electrode-embedded nanopore
devices. K. Yokota*, M. Tsutsui,T. Ohshiro, M. Taniguchi, T. Kawai
1074. Two-step tunneling conduction
through a single cytochrome c3 molecule.
S. Sumida*, D. Che, T. Matsumoto
1075. Environmental control of single-molecule conductance. H. Okuyama
1076. Imaging of electrostatic potential in organic photovoltaic thin film. K. Araki*,
Y. Ie, Y. Aso, T. Matsumoto
1077. Structure controlled construction of
metal-porphyrin molecular layers by selfassembly technique. N. Aoki,
Y. Ishikawa, A. Shokai, M. Hase,
T. Kondo*1078. Formative mechanism of single-molecule junctions. S. Tanimoto,T. Morikawa*, A. Arima, M. Tsutsui*,
M. Taniguchi*
1079. First-principles simulations of theswitching mechanism in tantalum oxidebased resistive memory devices.
A. Nakayama*, J. Hasegawa,
H. Nakamura*
1080. Direct quantitative analysis of HCV
RNA by atomic force microscopy withoutlabeling or amplification. Y. Jung*
1081. Design of nano-electronic neural-network associative memory circuit for single-molecule devices. M. Takano*,
T. Asai, T. Oya
1082. Design of new logic circuit mimicking
soldier crab ball gate for single-molecule
device. Y. Hamana*, T. Asai, T. Oya

1083. Design of thermal-noise-harnessing
neuromorphic nano-electronic circuit
based on axon of neuron for single-molecule device. R. Hirashima*, T. Asai,
T. Oya1084. Amoeba-inspired computing systemutilizing charge dynamics in a capacitor
network with spatiotemporal fluctuation.
R. Wakamiya, S. Kasai, M. Aono,
M. Naruse, M. Hiroyoshi
1085. Design of single-electron “slime mold”
circuit for single-molecule device.
K. Satomi*, T. Asai, T. Oya
1086. Chaotic analysis of neuron-firing reproducing device of POM/CNT random
network. F. Lingxiang, H. Tanaka*,
H. Tamukoh, T. Ogawa
Hawaii Convention Center
315
Advances in Organic Light-Emitting Diodes(#409)

Organized by: J. Bredas, C. Adachi,
K. Wong, V. Yam, P. Burn, J. Kim
Presiding: P.L. Burn
8:00 – 1087. Advances in quantum dot spectroscopy and applications. M. Bawendi*
8:30 – 1088. Molecular triplet emitters - fromdesign to assembly and functions.
V. Yam
8:50 – 1089. Power efficient solution-processed white organic light-emitting diodes with ultra-high color stability.
L. Wang*
9:10 – 1090. TADF combined with shortlived phosphorescence: Novel concept
for OLED emitters based on Cu(I) complexes. H. Yersin*, M.J. Leitl, T. Hofbeck
9:30 – 1091. Latest progress and its fundamentals for polymer-OLED material development. T. Yamada
10:00 Break
10:20 – 1092. Device architecture for highly
efficient flexible organic light-emitting diodes (OLEDs). S. Yoo*, E. Kim, J. Lee,
J. Song
10:50 – 1093. Thermally activated delayed
fluorescence in isometrically designed
donor-acceptor mixed-stacked chargetransfer cocrystal. S. Park, J. Gierschner,
S. Park*
11:10 – 1094. Electroluminescence generated through spin-independent band recombination and spin-dependent molecular recombination regimes in organicinorganic halide perovskites. B. Hu*
11:30 – 1095. Current status and future of
OLED lighting. S. Park
Hawaii Convention Center
317B
The Frontiers of Geometrically Frustrated
Magnetic Materials (#430)

Organized by: C. Wiebe, C. Ling,
J. Gardner, H. Zhou
8:00 – 1096. Frustration under pressure: exotic magnetism in new pyrochlore oxides.
C. Wiebe*
8:40 – 1097. High-pressure syntheses andcharacterizations of the rare-earth germanate pyrochlores R2Ge2O7. J. Cheng,
X. Li, Z. Dun, A.M. Hallas, h. zhou,
C. Wiebe
9:20 – 1098. Incipient ferromagnetism in
Tb2Ge2O7: Application of chemical pressure to the enigmatic spin-liquid
Tb2Ti2O7. A. Hallas*, A. Arevalo-Lopez,
J.P. Attfield, J. Cheng, h. zhou, G. Luke,
C. Wiebe
9:35 – 1099. Quadrupole order and spin liquid state of Tb2⫹xTi2-xO7⫹y.
H. Kadowaki
10:15 Coffee Break
10:25 – 1100. Spin liquids in two new pyrochlore materials. R. SIBILLE*,
T. FENNELL, E. LHOTEL,
M. Ciomaga Hatnean, G. Balakrishnan,
M. KENZELMANN
10:40 – 1101. Elastic anomalies in orbitaldegenerate frustrated spinel CoV2O4.
T. Watanabe*, S. Yamada, R. Koborinai,
T. Katsufuji

11:20 – 1102. Strong competition between
orbital ordering and itinerancy in a frustrated spinel vanadate. h. zhou
Hawaii Convention CenterHalls I, II, III
Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: R. Nagarajan, K. Sakurai,
H. Chen
Poster Session
10:00 – 12:00
1103. Coating of electrodes with self-organized HFBI membrane: Structure andelectrochemical properties.
R. Yamasaki*, H. Asakawa, T. Fukuma,
T. Haruyama
1104. Synthesis and characterization of
calix[4]arene micelles bearing four quaternary amines: Formation of regularpolyhedral forms. S. Yamada, Y. Sanada,
K. Sakurai*
1105. Mechanistic study on critical role ofPEG crowdedness upon pDNA packaging into rod-shaped polyplex micelles.
K.M. Takeda*, K. Osada, T.A. Tockary,
Q. Chen, A. Dirisala, K. Kataoka
1106. Structural and DNA interaction studies
of a designed peptide-based vector.
J. Chuah*, K. Numata*1107. Physicochemical characteristics andbiocompatibility of self-assemble DNAmimic brush polymers. H. Kim*, J. Kim,
M. Kim, J. Lee
1108. Development of carboxyl group modified b-1,3-glucans for protein delivery toantigen presenting cells. D. Tanohata*,
S. Mochizuki, N. Miyamoto, K. Sakurai
1109. Redox-responsive vesicles preparedfrom double armed alkyl ferrocene withaza-18-crown-6 ether molecules.
X. Wang*, N. Satio, B. Hatano,S. Murakami, T. Kijima
1110. Development of protein nanoparticles
for sensitive biosensing. Y. Ikeda*,
Y. Mashimo, M. Mie, E. Kobatake
1111. Preparation of hollow nanocapsulesfor effective delivery of cationic sonosensitizers. R. Teranishi, E. Yuba, A. Harada,
K. Kono*1112. Development of temperature responsive hydrogel scaffold composed of selfassembling proteins for 3D cell culture.
Y. Mizuguchi*, Y. Mashimo, M. Mie,E. Kobatake
1113. Temperature responsibility and salt effect on sulfobetaine polymers andbrushes. Y. Mochizuki*, A. Sakamoto,
H. Matsuoka
1114. Synthesis of entirely ionic diblock copolymers having betaine and formation
behavior of PIC micelle. T. Yagi,
K. Sasaoka, H. Matsuoka
1115. Characterizing micellar structures forhydrophilic dendron bearing calix[4]arene
lipids. G. Kubo, S. Fujii, Y. Sanada,
K. Sakurai*
1116. Development of pH-responsive polymeric micelles using amphiphilic block
copolymer synthesized by mechanochemical solid-state polymerization.
S. Kondo, K. Tatematsu, Y. Sawama,
Y. Sasai, Y. Yamauchi, M. Kuzuya
1117. Cationic copolymers to enhance deoxyribozyme activity for nucleic acid detection. T. Oyanagi, N. Shimada,A. Maruyama** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
1118. Manipulating lipid bilayer membranes
by peptide/cationic comb-type copolymer complex. N. Kume, T. Umegae,
W. Sakamoto, N. Shimada, A. Maruyama*1119. Disassembly and assembly of peptide
fibrils via local mechanical perturbation.
A. Karsai*, T. Lanoue, F. Khoury,
H. Malekan, W. Lin, V. Tran, D. Cox,
X. Chen, G. Liu1120. Ionic strength dependence of Calix [4]arene lipid. S. Matsumoto, S. Yamada,K. Sakurai*, Y. Sanada
1121. Interactions between DNA and cationic copolymers observed at single molecular level. T. Takada, A. Maruyama*,
N. Shimada
1122. Examining the role of methionine oxidation on the soft-assembly of divalent
peptide conjugate molecules and theiruse in the preparation of double and single helices of gold nanoparticles.
A. Merg, N. Rosi*
1123. Photoregulation of assembly andshape control of ionic gel particles.
S. Abe, S. Tamesue, T. Mitsumata,
N. Tsubokawa, T. Yamauchi*
1124. Enhancing enzyme stability by construction of polymer-enzyme conjugate
micelles. N. Suthiwangcharoen,
R. Nagarajan
1125. Design of self-assembling complexes
based on formation-dependant phisicochemical properties for application as
biomaterials. K. Hayashi*, H. Iwai,
T. Shimanouchi, T. Kamei, H. Umakoshi,
A. Kato, T. Iwasaki, H. Nakamura
1126. Self-assembly of quantum dots on
biocompatible substance using dopamine polymerization. F. Zhao*
1127. Binding of amphiphilic DNAs with different secondary structures to lipid bilayer membrane. H. Yamaguchi,
K. Matsuzaki, T. Shibata, C. Dohno*,
K. NAKATANI*
1128. Differential mobility biofunctional
nanosheet graphene oxides. Y. Lai,
J. Tai, H. Wang, R. Ho, D. Tsai*
1129. Fabrication of chitosan-based polymeric nanocomplexes as a dual-functional drug carrier in combinational
chemo-photodynamic therapy.
Y. Huang*
1130. Ligand-functionalized nanoparticles
interactions in enviromental health andsafety. Y. Lai, C. Lai, J. Tai, T. Nguyen,. Wong, C. Lin, T. Tsai, H. Ho, P. Wang,
Y. Liao, D. Tsai*
1131. Modulation of binding properties of
DNA assemblies to lipid bilayer membrane. C. Dohno*, S. Makishi,
H. Yamaguchi, K. NAKATANI*
1132. Biomimetic in-situ study of the mineralization and demineralization of calcium
carbonate with atomic force microscopy.
A. Reiber*

Thursday Afternoon
Hawaii Convention Center
313C
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: L. Bronstein, S. Sun
13:00 Welcoming remarks
13:05 – 1133. Nanoparticles, their hybrids
and diades for artificial photosynthesis,
as heterogeneous organocatalysts, andfor energy applications. M. Antonietti*,
D. Dontsova, J. Liu, M. Shalom
13:30 – 1134. Rational synthesis and assembly of nanocatalysts for energy application. S. Sun*
13:55 – 1135. Green fabrication of gold andsilver nanoparticles from lignin solution
for high-value utilizations. G. Han,
Z. Shen, X. Wang

14:10 – 1136. Magnetically recoverable catalysts based on magnetite nanoparticles:
One phase or two?. N. Baird,
K. Alibegovic, C. Braeger, N. Kuchkina,
Z. Shifrina, C. Yuzik-Klimova,
V. Matveeva, A. Sidorov, E. Sulman,
L. Bronstein*
14:25 Intermision
14:40 – 1137. Effect of support on the activity of Ag-based catalysts for formaldehyde oxidation. C. Zhang
14:55 – 1138. Novel trimetallic nanocluster
catalysts with a crown jewel structure forglucose oxidation. N. Toshima*,
H. Zhang, Y. Nozoe, Y. Shiraishi
15:10 – 1139. Synthesis of zirconia in mesoporous silica and its catalytic property formethanol oxidative decomposition.
N. Shimoda, K. Nakayama, S. Umehara,
S. Satokawa*
15:25 – 1140. Precise synthesis of polyamine dendrimer-encapsulated Rh5 carbonyl cluster for chemoselective reduction of aromatic nitro compounds.
Z. Maeno, T. Mitsudome, T. Mizugaki,
K. Jitsukawa, K. Kaneda*
15:40 – 1141. Enantiospecific C-H activation
using ruthenium nanocatalysts: A DFT
study. I. del Rosal, C. Taglang,
B. Rousseau, G. Pieters, B. Chaudret,
L. Maron, R. Poteau*
15:55 – 1142. Size-controlled, solvent-dispersible coordination polymer nanocrystals: Preparation and catalytic activity.
C. Meledandri, K. Rodpun, E. Tan,
N.T. Lucas
16:10 – 1143. New insights on charge transfer in multi core nanoshell for photocatalysis. A. Brito-Silva*, R.G. Sobral-Filho,
Y. Wang, P. Wan, A.G. Brolo
16:25 – 1144. Novel synthesis of PtBi2 alloy
nanoparticles with exceptionally highelectrocatalytic activity.
A.P. Angelopoulos*, P. Boolchand
16:40 – 1145. Hierarchical muticomponent
catalysts: Structure design, function realization, and catalytic applications.
G. Wang*, H. Gao, D. Jia, J. Li, X. Zhang,
L. TanHawaii Convention Center
316A
Chemistry and Applications of Graphene(#39)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: Y. Chen, H. Gao, R.C. Haddon
13:00 – 1146. Graphene, its heterostructuresand beyond. A. Geim*
13:30 – 1147. New carbon and related materials. R.S. Ruoff*
13:50 – 1148. 2- and 3D carbon materials:
From doped graphene to graphene oxidefabrics and more. M. Terrones
14:10 – 1149. Molecular-based proximity effects in graphene. K. Takai*, T. Umehara,
K. Nakamoto, A. Izumiyama
14:25 – 1150. Modulation of the Dirac point
voltage of graphene by ion-gel dielectrics
and its application to soft electronic devices. y. shim
14:40 – 1151. Multiscale modeling of gas
molecules adsorption and penetration
through multilayer graphene membrane.
G. Sergei*
14:55 Break
15:15 – 1152. 2D atomic crystals on transition metal surfaces: Silicene, germanene,and hafnene. H. Gao
15:35 – 1153. From graphene to phospherene: The 2D zoo. A.H. Castro Neto*
15:55 – 1154. Structural diversity of bulky
graphene materials. X. Chen
16:15 – 1155. Atomic and electronic properties of graphene-based heterostructure.
Y. Song
16:30 – 1156. Development of graphenebased multifunctional hybrid structures: A
Raman spectroscopy investigation.
E. Dervishi*, N.F. Hartmann, R. Silva,
J. Yoo, Y. Lin, .J. Sheehan, A. Chen,
Q. Jia, H. Htoon, S.K. Doorn
16:45 – 1157. Wetting transparency of graphene in water. A. Luzar, D. Bratko,
D. Vanzo, J.D. Driskill

Hawaii Convention Center
321A
Nanowires: Synthesis, Fundamental
Properties and Novel Device Applications(#51)

Organized by: T. Yanagida, S. Hara,
S. Jin, P. Yang, R. Agarwal, L. Lauhon,
H. Zheng
Presiding: F. Ishikawa, T. Yanagida,
P. Yang
13:00 – 1158. Nanowires, nanoplates, andnanofilms of 2D layered materials. Y. Cui
13:30 – 1159. Phase-equilibrium-dominatedvapor-liquid-solid growth mechanism.
Q. Wu, Y. Zhang, J. Cai, C. He, X. Wang,Z. Hu
14:00 – 1160. Theoretical guide on fabricating conducting/semiconducting molecular wires on semiconductor surface via insitu surface polymerization reaction.
J. Wang*, X. Yao, S. Yang
14:30 – 1161. Novel classical and quantum
photonic devices by manipulating lightmatter interactions in nanowires.
R. Agarwal*
15:00 Break
15:10 – 1162. Design strategy of metal oxide
nanowires. T. Kawai
15:40 – 1163. Surface chemical approach to
improving the air-stability of n-type semiconductor nanowires and nanotubes.
Y. Nonoguchi*, T. Kawai
16:10 – 1164. 1D metallic nanoparticles:
Preparation, functionalization, and applications. S.E. Hunyadi Murph
16:20 – 1165. Electrochemical liquid-liquidsolid growth of semiconductor nanowires
and microwires. S. Maldonado*
16:30 – 1166. Hierarchically driven 1D metaloxide hybrid nanostructures as efficientelectrocatalytic platforms toward electrochemical applications. M. Kim*
16:40 – 1167. Metallic nanowires as newbuilding blocks for flexible transparent
electrodes synthesis, purification, and integration into functional devices.
J. SIMONATO*, C. Celle, A. Carella,
C. Mayousse
16:50 – 1168. Gold ultrathin nanowires andnanorods: Synthesis, optical properties,
and stability. R. TAKAHATA,
S. Yamazoe, K. Koyasu, T. Tsukuda*

16:10 – 1177. Synthesis, characterization,and intercalation properties of novel hybrid layered metal hydroxides modified
with tris(hydroxymethyl)aminomethane.
Y. Kuroda*, T. Koichi, Y. Saito,
A. Shimojima, H. Wada, K. Yamaguchi,
N. Mizuno, K. Kuroda*
16:30 – 1178. Functional nanohybrid materials derived from phyllosilicates.
C. Detellier*, G. Kenne Dedzo
Hawaii Convention Center
321B
Applications of Ultrasound to Nanoscience(#150)

Organized by: K. Suslick, F. Grieser,
M. Atobe, J. Yu, S. Jeong
Presiding: F. Grieser
13:00 – 1179. Size-controlled synthesis ofpolymer nanoparticles with tandem
acoustic emulsification followed by soapfree emulsion polymerization. M. Atobe*,
K. Nakabayashi, M. Kojima, Y. Hirai
13:30 – 1180. Fluid-dynamical processes in
the ultrasonic manipulation of milk fat
globules. L. Johansson, T. Leong,
P. Juliano, J. Jalal, J. Leontini,
S. McArthur, R. Mawson, R. Manasseh*
14:00 – 1181. Ultrasonic assisted dissolutionof switchgrass using active specific designed ionic liquid. D. Grewell,
G.A. Kraus, M. Montalbo-Lomboy
14:30 – 1182. Organic nanocrystals via
sonochemistry: Host-guest chemistry,solid-state reactions, and pharmaceutics.
L.R. MacGillivray
15:00 – 1183. Room temperature sonochemical synthesis of red phosphorus/gC3N4 hybrid nanosheets for photocatalytic hydrogen evolution. J. Yu*
15:30 – 1184. Separation of nanoparticles
from suspensions with ultrasonic atomization. S. Nii*
16:00 – 1185. Design, synthesis of nanoparticles and fabrication of polymer nanocomposites. V.K. Rangari*, S. Jeelani
16:30 – 1186. Ultrasonic spray synthesis offunctional, shape-controlled nanomaterials. S.E. Skrabalak
Hawaii Convention Center
322AB

Hawaii Convention Center
318A

Current and Future Applications ofNanotechnology in the Oil Industry (#197)

Two-dimensional Nanosheets andNanosheet-Based Materials: Synthesis,
Characterization, Functionalization andApplications (#95)

Organized by: W. Wang, K. Lee,
J. Ordóñez-Varela, M. Kanj, T. Jiang
Presiding: M.E. Poitzsch

Organized by: J. Kawamata, J. Choy,
C. Detellier, H. Zhang, J. Huang, L. Wan
Presiding: J. Choy, M. Ogawa
13:00 – 1169. Function design via heteroassembly of inorganic nanosheets.
T. Sasaki*, Y. Ebina, M. Osada, R. Ma,
T.C. Ozawa
13:30 – 1170. Bilayer silicatene: Glassy defect structures and gas separation properties. J. Schrier*
13:50 – 1171. Supramolecular thiophenenanosheets. T. Ikeda*
14:10 – 1172. Environmentally benign synthesis of strongly coupled NiCo2O4-rGO
hybrid nanosheets as a methanol-tolerant
electrocatalyst for oxygen reduction reaction. G. Zhang
14:30 – 1173. Ultralight graphene-based
achitectured elastomers. D. Li
14:55 Break
15:05 – 1174. Photoinduced electron transfer via metal oxide thin films fabricated byorganic-inorganic hybrid LangmuirBlodgett method. H. Usami*
15:30 – 1175. Atomic manipulation of atomic
oxygen of graphene epoxide. T. Kim*
15:50 – 1176. Influence of graphene oxide
supports on the stability and catalytic activity of metal nanoparticles. S. Low,
V. Chen, Y. Shon*

13:00 – 1187. Understanding electronic
properties of coherent 2D nanostructureswith multi-pbe STM sectroscopy. A. Li
13:30 – 1188. Highly shear thinning nanoparticle solutions in water. J. Weston,
B. Grady, J. Harwell, D. Resasco
13:55 Break
14:10 – 1189. Synthesis and applications ofnear-infrared persistent luminescent
nanoparticles. Z. Pan*, F. Liu, Y. Chuang,
Y. Liang, Y. Chen
14:40 – 1190. New strategy for designing silver(I) coordination complexes for olefin/paraffin separations. M.G. Cowan,
W. McDanel, H.H. Funke, Y. Kohno,
D. Gin, R.D. Noble* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–249

08 – MTLS
15:05 – 1191. Progress and challenge on detection of nano-agents in reservoir characterization. W. Wang*
15:30 closing remark
Hawaii Convention Center
319A
Self-organization of Membrane Systems(#259)

Organized by: D. Sasaki, K. Morigaki,
I. Koeper
Presiding: I. Koeper, M. Lösche
13:00 – 1192. Nanolipoprotein particles entrapped within nanoporous silica gel.
W. Zeno, S.H. Risbud, M.L. Longo
13:30 – 1193. Lipid membrane reorganization induced by self-assembly of a toxin.
N. Yilmaz
13:50 – 1194. Supported lipid bilayer chromatography and sensing platforms.
P. Cremer
14:20 – 1195. Submicron domains in phosphatidylinositol-containing supported
lipid bilayers and their roles in protein assembly. T. Motegi, K. Takiguchi,
Y. Tanaka-Takiguchi, R. Tero*
14:40 – 1196. Improved models of the gramnegative bacterial outer membrane.
S.A. Holt*, A. Le Brun, L. Clifton,
J.H. Lakey
15:10 break
15:15 – 1197. Sparsely tethered lipid bilayer
membranes as a model for biomembrane
function. B.A. Cornell*
15:45 – 1198. Polymer-tethered single- andmultilipid bilayers as model membranes
and biomembrane-mimicking cell substrates of adjustable dynamic and mechanical properties. C.A. Naumann*,
C. Lin, Y. Ge, L. Lautscham,
W.H. Goldmann, B. Fabry
16:05 – 1199. Effects of oxdiative stress onmodel cellular membrane and protein interactions. D.J. McGillivray*,
J.J. Knobloch, Y. Xun, A.R. Nelson,
N. Kirby
16:35 – 1200. Tethered bilayer lipid membranes as a platform for functional membrane protein insertion. J. Zieleniecki,
Y. Nagarajan, J. Rongala, S. Waters,
M. Hrmova, I. Koeper*
16:55 Concluding Remarks
Hawaii Convention Center
318B
Advanced Materials for Photonics andElectronics: Fundamentals andApplications (#308)

Organized by: R. Morandotti, D. Moss,
F. Omenetto, N. Tsutsumi, K. Alamgir,
K. Char, A. Facchetti
Presiding: K. Char
13:00 – 1201. Development of high performance printed polymer integrated circuits. Y. Noh
13:30 – 1202. Emission features of organic
oligomer crystals equipped with1D diffraction gratings. T. Yamao*
14:00 – 1203. Fabrication of polymer-basedarrayed waveguide gratings for upconversion transparent displays.
S. Watanabe, T. Asanuma, H. Hyodo,
K. Soga, M. Matsumoto, S. Takafumi
14:20 – 1204. Synthesis of new acrylamidebased block copolymers and their application to nanolithography. Y. Han*
14:40 – 1205. Optochemical organization:
Using light to transfer and encode information in a photopolymer.
K. Saravanamuttu*, A. Hudson,
M. Ponte
15:00 Break
15:10 – 1206. Bulk heterojuntion perovskite
hybrid solar cells. X. Gong
15:40 – 1207. Morphology control of organic-inorganic perovskite layers by hot
isostaic pressing for efficient planar solar
cells. T. Matsushima*, T. Fujihara,
C. Qin, Y. Esaki, S. Hwang,. S. D. Sandanayaka, C. Adachi

250 –TECHTECHNICAL PROGRAM
16:00 – 1208. Sn perovskite photoconversion devices with infrared sensitivity.
S. Hayase*
16:20 – 1209. Influence of processing andpost-processing conditions on charge
generation and recombination of thin-film
lead-halide perovskites for electroopticalapplications. S.A. Bretschneider,I. Hermes, S. Weber, F. Laquai*
16:40 – 1210. Real-space observation of
charge distribution in perovskite solar
cells. V.W. Bergmann*, S.A. Weber,
F.J. Ramos, M.K. Nazeeruddin,
M. Grätzel, S. Ahmad, R. Berger
Hawaii Convention Center
319B
Membranes and Nanotechnologies forEnergy and Environment Applications(#317)

Organized by: H. Park, B. Freeman,
B. McCloskey, J. McGrath, A. Hill,
A. Higuchi, Y. Lee
13:00 – 1211. Dramatic nanofluidic properties of carbon nanotube membranes forenvironmental and energy applications.
B.J. Hinds*
13:30 – 1212. Gas permeation through 1 nm
thick carbon nanomembranes. A. Beyer,
V. Chinaryan, X. Zhang, S. Shishatskiy,
J. Wind, V. Abetz, A. Goelzhaeuser*
13:50 – 1213. Ultrathin gas selective membranes based on metal-organic framework nanosheets for H2/CO2 separation.
Y. Peng, Y. Li, W. Yang
14:10 – 1214. Speed limits of gas/vapor/liquid: Has graphene laid the ultimate transport pathways?. A. Thornton*, A.J. Hill,
H. Park, M. Majumder
14:30 – 1215. Biomimetic selective ion transport through graphene oxide membranes
functionalized with ion recognizing peptides. S. Kim, J. Nham, Y. Jeong, C. Lee,
S. Ha, H. Park, Y. Lee*
14:50 – 1216. Mass transport under graphitic nanoconfinement, continuous ordiscontinuous. H. Park*, S. Youn,
J. Buchheim, R.M. Wyss, A. Droudian,
M. Lokesh
15:20 – 1217. Carbon molecular sieve gas
separation membranes derived fromnovel nanostructured immiscible polymer
blends. N.P. Panapitiya, C.J. Gilpin,
I.H. Musselman, K. Balkus, J.p. Ferraris*
15:40 – 1218. Multilayer polymer nanocomposite thin films capable of size selective
gas separation. J. Grunlan*, B. Wilhite
16:00 – 1219. Multiscale architectured polymeric membranes with tunable separation properties. P.J. Yoo*
16:20 – 1220. Plasticization-tolerant graphene oxide membranes for CO2 separations. H. Kim, H. Yoon, J. Park,
B. Freeman, H. Park*
16:40 – 1221. Architecturing porosity for efficient molecular transport in membranes.
A.J. Hill, A. Thornton
Hawaii Convention Center
316C
Ceramic Materials and Processing for
Advanced Applications (#341)

Organized by: F. Rosei, A. Vomiero,Y. Tachibana, C. Raston, H. Zhang
13:00 – 1222. Plasmonic nanoparticles toboost the response dynamic and sensitivity of optical gas sensors based on
metal oxide. A. Martucci
13:30 – 1223. Flexible chemical processing:Multiple WO3 typologies from a single
precursor and their gas-sensing properties. M. Epifani*, E. Comini, R. Dı́az,
T. Andreu, J. Arbiol, P. Siciliano,
G. Faglia, J.R. Morante
14:00 – 1224. Catalytic activity of perovskite-type oxide synthesized by assisting exothermic ligand oxidation of heteronuclear cyano complex. H. Wada,
D. Sánchez-Rodrı́guez, S. Yamaguchi,
H. Yahiro

14:15 – 1225. Preparation of zinc oxide particles in the presence of anionic surfactants. Y. Iizuka*, H. Shibata, T. Ogura,A. Fujimori, K. Hashimoto
14:30 – 1226. Comparison of oxygen sorption/desorption behavior between SrFeO3-␦ and BaFeO3-␦. H. Ikeda,
A. TSUCHIDA, N. MIURA*
14:45 coffee break
15:00 – 1227. Solution routes to complex
oxide, metal, and composite nanomaterials. G. Westin*
15:30 – 1228. Ceramics for metal-organic
frameworks based devices. P. Falcaro
16:00 – 1229. Hybrid carbon and other 2D
materials by Pulsed Laser Deposition
with applications in electron emitters andPEM fuel cells. D.H. Chua
16:30 – 1230. Sol-gel synthesis of rhodium
substituted ⑀-iron oxide nanoparticle exhibiting zero-field ferromagnetic resonance. A. Namai, M. Yoshikiyo,
S. Ohkoshi
16:45 – 1231. Is hysteresis truly a problem
for perovskite solar cells?. A.K. Jena*,
A. Kulkarni, A. Kogo, Y. Numata,
M. Ikegami, T. Miyasaka
Hawaii Convention Center
316B
Materials for the Mitigation of Chemical
Hazards (#388)

Organized by: J. DeCoste, G. Peterson,
J. Becker, M. Biggs, L. Croll, K. Walton
Presiding: G. Peterson
13:00 – 1232. Highly adsorptive, MOF-functionalized fiber mats for hazardous gas
capture enabled by atomic layer deposition. G. Parsons*, J. Zhao, W. Nunn,
P. Lemaire, D. Lee, C. Oldham, H. Walls,
G. Peterson
13:30 – 1233. In operando studies of CuOx
and MoOx model surfaces for application
as chemical warfare agent destruction
catalysts. L. Trotochaud, A. Head, Y. Yu,
O. Karslioglu, M. Hartl, B. Eichhorn,
H. Bluhm
13:50 – 1234. Removal of sulfur mustard gas
surrogate under visible light on the surface of hydrous ferric oxide/graphite oxide composites. J. Arcibar Orozco*,
T.J. Bandosz
14:10 – 1235. Microwave-assisted synthesis, characterization, and photocatalytic
properties of highly dispersed SiO2@ZnO
core⫺shell nanocomposite particles.
N.M. Bahadur*, F. Kurayama,
T. Furusawa, M. Sato, N. Suzuki
14:30 – 1236. Adsorbent-nanofibre composite materials: Concepts for broad spectrum chemical protection. D. Nielsen*,
M. Jamriska, R. Hebden, E. Micich,
J. Freeman
15:00 Break
15:10 – 1237. CWA surrogates decontamination on metal (hydr)oxide/ graphite oxide adsorbents: Engaging chemical reactivity, porosity, conductivity, and visible
light activity. T.J. Bandosz*,
J. Arcibar Orozco, D. Giannakoudakis
15:40 – 1238. Sol-gel synthesis of robust hierarchically porous monolithic metal(IV)phosphate materials for efficient ion adsorption. Y. Zhu, K. Yoneda, T. Shimizu,
K. Kanamori*, K. Nakanishi*
16:00 – 1239. Electrospun composite nanofibers for enhanced photocatalytic degradation of environmental toxins.
D.L. McCarthy, J. Liu, J. Tollin, J. Troiano,
J. DeCoste, W.E. Bernier, W.E. Jones*
Hawaii Convention Center
314
Design of Innovative Photochromic
Applications (#399)

Organized by: J. Abe, T. Kawai,
Y. Yokoyama, N. Branda, F. Raymo,
W. ZhuPresiding: F.M. Raymo
13:00 – 1240. Photo-motion and photo-polism in photochromic systems.
D. Bassani

13:20 – 1241. Tailor-made photochromic
molecules/proteins for super-resolution
microscopy. J. Hofkens*, p. dedecker,
B. Moeyaert, S. Duwé
13:40 – 1242. Amplified photoswitching influorescent photochromic molecules andnanomaterials. K. NAKATANI*,
R. METIVIER, S. MAISONNEUVE, J. XIE,
P. Yu, K. OUHENIA-OUADAHI, J. SU,
T. Fukaminato, J. PLACIAL,
A. BROSSEAU, J. AUDIBERT, R. PANSU
14:00 – 1243. Reversible force visualization
on luminescent elastomer films.
S. Saito*, S. Nobusue, S. Yamaguchi,
H. Yabu*, Y. Saito
14:20 – 1244. Development of photochromic
molecules. T. Fukaminato*, T. Hirose,
K. Matsuda, M. Irie
14:40 Break
14:55 – 1245. Photochemical strategies toactivate fluorescence. F.M. Raymo
15:15 – 1246. Swichable fluorescent probes
for sensing and imaging biomolecules.
T. Yi, G. Lv, K. Liu
15:35 – 1247. Photoresponsive moleculesand materials for controlling chemistry
and biochemistry. N. Branda*, T. Wu,
D. Wilson
15:55 – 1248. Synergetic effects in photochromic nanoparticles. P. Girard,
K.E. Snell, T. Gallavardin, L. Lartigue,
J. Duvail, F. Lagugné-Labarthet, E. Ishow
16:15 – 1249. Photomechanical actuators ofphotochromic diarylethene crystals.
S. Kobatake, D. Kitagawa
Hawaii Convention Center
315
Advances in Organic Light-Emitting Diodes(#409)

Organized by: J. Bredas, C. Adachi,
K. Wong, V. Yam, P. Burn, J. Kim
Presiding: E.R. Bittner
13:30 – 1250. Theory of exciton radiativeand non-radiative decay for OLEDs materials. Z. Shuai*
14:00 – 1251. Accelerated discovery of
OLED materials through atomic-scale
simulation. M.D. Halls*, D.J. Giesen,
T.F. Hughes, A. Goldberg, Y. Cao,
H.S. Kwak, G.P. Dathar, J.L. Gavartin,
S.R. Kimura, D. Yoshidome
14:20 – 1252. Computational design of hostand guest molecules for OLED active layers. P. Winget*, M. Hong, H. Sun,
J. Bredas
14:40 – 1253. Excitonics of phosphorescent,fluorescent, and TADF-based OLEDs: A
Monte Carlo simulation approach.
H. van Eersel, M. Mesta, M. Carvelli,
P. Bobbert, R. Janssen, R. Coehoorn
15:00 – 1254. Hyper-phosphorescence:
Boosting the limits of blue phoshorescenttechnology. C. Lennartz, F. May,
M. Zhang, G. Wagenblast, H. Mangold,
G. Battagliarin, T. Holcombe, I. Münster
15:30 Break
15:40 – 1255. New materials: Synthesis,
photophysics, and high efficiency organic
light-emitting devices. M.R. Bryce*
16:10 – 1256. Making use of triplet excitons
in organic electronics: Thermally activated delayed fluorescence and biluminescence. S. Reineke*
16:40 – 1257. Fluorescence-based organic
light-emitting diodes with high efficiency
and reliability. H. Nakanotani, C. Adachi* Principle Author

Photographing of presentations
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organizers and individual
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08 – MTLS
17:00 – 1258. Development of high performance OLEDs for general lighting.
J. KIdo*Hawaii Convention Center
317B
The Frontiers of Geometrically Frustrated
Magnetic Materials (#430)

Organized by: C. Wiebe, C. Ling,
J. Gardner, H. Zhou
13:00 – 1259. Giant magnetoelasticity at aspin gap transition in the 5d oxide
Ba3BiIr2O9. C.D. Ling*
13:40 – 1260. Dugganites: An experimental
realization of a molecular 2D triangular
Heisenberg antiferromagnet?.
H. Silverstein*, A. Sharma, h. zhou,
C. Wiebe
13:55 – 1261. High field ESR study of
Kagome lattice antiferromagnet Crjarosite single crystal. H. Ohta*,
S. Okubo, R. Nakata, S. Ikeda,
N. Takahashi, T. Shimokawa, T. Sakurai,
W. Zhang, K. Okuta, S. Hara, H. Sato
14:10 – 1262. Study of new beryllium substituted langasites A3Ga3Ge2BeO14 ( A⫽Pr,
Nd, Sm). A. Sharma*, C. Wiebe
14:25 – 1263. Synthesis and properties of
new mixed-anion geometrically frustrated
magnets. J.P. Attfield, L. Clark
15:10 Coffee Break
15:25 – 1264. Doppelgängers amongst the
double perovskites. J. Greedan*,C. Thompson, C. Marjerrison, B. Gaulin,
G. Luke, G. Nilsen, C. Wiebe
16:05 – 1265. Understanding the interplay
between the magnetic and crystal structure in Sr2YRuO6. B.J. Kennedy*,
P. Kayser, B. Ranjbar, M. Avdeev
Hawaii Convention Center
320 Theatre
Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: R. Nagarajan, K. Sakurai,
H. Chen
13:00 – 1266. Protein-polymer co-assembled nanoparticles for catalysis and vaccine applications. Q. Wang*
13:30 – 1267. Control over charge andcharge density in micelles from ABC triblock terpolymers: Effects on interaction
with cells. F.H. Schacher*
14:00 – 1268. Sugar and spice: Natural biofunctional materials from self-assembling
polysaccharides. B. Williams*
14:30 – 1269. Enzyme-responsive micellar
nanoparticles. N. Gianneschi
15:00 Break
15:10 – 1270. Amphiphilic polycaprolactones for micellar delivery of anticancer
drugs. m.C. Stefan*
15:30 – 1271. Innate immunity peptides andself-assembly. g. wong*
16:00 – 1272. Simple approach to synthesize multifunctional hybrid nanocomposites for biomedical applications. Y. Li*,
D. Niu, Y. Gao, X. Zhang
16:20 – 1273. Manipulation of immune responses by the hydrophobicity of nanomaterial composed of amphiphilic poly(␥glutamic acid). F. Shima*, T. Akagi,
M. Akashi
16:40 – 1274. Lipid self-assembly nanoparticles as theranostic drug delivery andmedical imaging agents.
C.J. Drummond*, X. Mulet, C.E. Conn,
C. Fong, M. Moghaddam, N. Tse,D. Kennedy, R.A. Caruso, S. Sagnella,
X. Gong, J. zhai
Hawaii Convention Center
317A
Application of Luminescent Materials for
Radiation Detection (#442)

Organized by: K. Asai, J. Zhang,
T. Yanagida, S. Kasap
Presiding: K. Asai

13:00 – 1275. Development of fast scintillators exhibiting auger-free luminescence.
M. Koshimizu
13:40 – 1276. Radiation resistance and improved response times of bulk ZnO single
crystals after gamma-ray irradiation.
K. Yamanoi
14:00 – 1277. Surface vs. bulk self trapped
exciton (STE) in the radioluminescence of
calcium fluoride nanoparticles.
R. Sammynaiken*
14:40 – 1278. Analysis of thermoluminescence data and future uses. K. SHINSHO
15:20 – 1279. Radiophotoluminescencefrom Sm-doped glasses and glass-ceramics for large-dose, high-resolution radiation dose measurement in microbeam
radiation therapy. G. Okada, A. Edgar,
J. Ueda, S. Tanabe, C. Koughia,
F. Chicilo , D. Tonchev, G. Belev,
T. Wysokinski, D. Chapman, S. Kasap*
16:00 – 1280. Lithium-containing amorphousmaterials for radiation detection.
H. Masai*, T. Yanagida
16:40 – 1281. Luminescence properties of
new layered mixed-anion compounds
Ba3RE2X2O5. M. Tatsuda, H. Ogino,
T. Yanagida, Y. Fujimoto, J. Shimoyama,
K. Kishio

Thursday Evening
Hawaii Convention Center
318B
Nanocrystal Synthesis, Characterization,
Assembly and Applications (#34)

Organized by: R. Tilley, S. Skrabalak,
T. Hyeon, T. Nann, T. Adshiri
19:00 – 1282. Shape directed synthesis of Pt
and Pd nanoparticles. R.M. Richards,
G. Leong, A. Ebonassir, M. Schulze,
M. Strand, D. Maloney, S. Frisco, C. Ngo,
H. Dinh, B. Pivovar, G. Gilmer,
S. Kodambaka, C. Ciobanu
19:15 – 1283. Studying perovskite-basedsolar cells with high resolution in-situ microscopy. J.A. Aguiar, S. Wozny,
W. Zhou, K. Zhu, T. Holesinger, T. Aoki,
M. Al-Jassim
19:30 – 1284. Low-temperature synthesis ofcompositionally complex scheelite-structured nanocrystals. S.P. Culver*,R. Brutchey
19:45 – 1285. Optimizing the seed mediatedgrowth of gold nanorods. B.D. Gates*,
I.W. Guo
20:00 – 1286. Characterizing the effects ofdithiocarbamate ligands on CdSe nanocrystals. A.M. Munro*
20:15 – 1287. Alloy nanocatalysts. J. Zeng
20:30 – 1288. Efficient selective catalysis via
supported Pd-based nanocatalyst withspecific crystal facets. K. Tang*, J. Zhu,
W. Yang, Y. Ye
Hawaii Convention CenterHalls I, II, III
Nanowires: Synthesis, Fundamental
Properties and Novel Device Applications(#51)

Organized by: T. Yanagida, S. Hara,
S. Jin, P. Yang, R. Agarwal, L. Lauhon,
H. Zheng
Presiding: N. Fukata, S. Hara,
F. Ishikawa, T. Yanagida
Poster Session
19:00 – 21:00
1289. Metallic glass nanowires: Formation,
fundamental properties, and applications.
K. Nakayama*1290. Electrodeposition of crystalline Si
nanowires at low temperatures. L. Ma,
S. Lee, S. Maldonado*
1291. Fabrication of flexible transparent conductive electrode using curved copper
nanowires. Z. Yin, S. Cho, D. You,Y. Ahn, Y. Yang, J. Yoo, Y. Kim*
1292. Hybrid SiNW-based solar cells and hydrogenation for efficiency enhancement.
W. Jevasuwan, K. Nakajima,
Y. Sugimoto, N. Fukata

1293. Fabrication of fine sodium titanate
nanowires with high Sr ion exchange
properties. N. Asao*, Y. Ishikawa,
S. Tsukimoto, K. Nakayama
1294. Study of influential factors in polyol
synthesis of silver nanowires assisted bysingle-mode microwave irradiation.
S. Saito*, M. Sato, T. Furusawa,
N. Suzuki
1295. Fabrication of Pd-Ni alloy nanorings
using a molecular assembly soft-templateof a long-chain amidoamine derivative.
A. Shoji
1296. Fabrication and catalytic activity of
Pd-Cu nanowires with network structure.
H. Ikeda
1297. Enhanced neuronal growth by intracellular stimulation. J. Na, J. Kwon,
M. Hong, I. KIM, H. Choi*
1298. Gigantic reduction of energy consumption of volatile molecule sensors bypulse-heating of SnO2 nanowire device
with microsecond thermal relaxation
time. G. Meng, K. Nagashima, F. Zhuge,
M. Kanai, Y. He, T. Takahashi, K. Uchida,
T. Yanagida1299. Aligned synthesis of the geometricallycontrolled carbon microcoil. G. Kang*,
J. Lee, S. Kim
1300. Band gap engineering of III-V nanowires and nanobelts. X. Zhang*, L. Ma,
H. Tan, P. Ren, A. Pan
1301. Double-helical Au nanowires synthesized using a hydrogel template composed of two organogelators.
M. Nakagawa*, T. Kawai
1302. Modulated transport properties in
B-doped Si nanowires via rationally designed dopant inhomogeneity and its application in thermoelectrics. F. Zhuge,
N. Fukata, K. Uchida, K. Nagashima,
M. Kanai, G. Meng, Y. He, S. RAHONG,
X. Li, T. Kawai, T. Yanagida1303. Photonic sintering of copper nanowires for flexible transparent conducting
electrodes. K. Woo*, Z. Zhong, Y. Choi,
S. Kwon, Y. Jang, I. Kim, J. Moon
1304. Preparation of metal nanostructures
for ultrafast electrochromic response.
Y. Tanaka
1305. Preparation and electrical propertiesof molybdenum blue bronze nanoribbons. T. Nishida*, T. Okazaki, K. Eda,
T. Yanagida1306. Optical characteristics and electromagnetic simulations of metal nanostructures. S. Akimoto
1307. Unveiled experimental design rule forvapor-liquid-solid oxide nanowire growth.
A. Klamchuen, K. Nagashima*,
M. Suzuki, H. Yoshida, M. Kanai,
G. Meng, F. Zhuge, Y. He, S. Kai,
S. Takeda, T. Kawai, T. Yanagida1308. Nanowires alignment on micrometerscale hydrophilic patterns by blade-coating method. Y. He, K. Nagashima,
M. Kanai, G. Meng, F. Zhuge,
S. RAHONG, X. Li, T. Kawai, T. Yanagida
Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: P.I. Molina
19:00 – 1309. Polyoxometalate panelingfrom {Mo2O2S2} coordination. E. Cadot*,
S. Floquet
19:20 – 1310. Chemistry inside the capsule:
Ligand exchange for {W72Mo60} keplerate. V.S. Korenev*, M.K. Soboleva
19:40 – 1311. Electrical conduction of polyoxometalate-based solid: Non-covalent
wiring of clusters to networks.
R. Tsunashima
20:00 – 1312. Polyoxometalate complexesof anatase-TiO2 cores in water. M. Raula,
G. Gan Or, Y. Wang, I. Weinstock*
20:20 – 1313. Visible-light-responsive photoredox catalysis of silicotungstates.
K. Suzuki, J. Jeong, F. Tang,
Y. Kikukawa, K. Yamaguchi, N. Mizuno

20:40 – 1314. Construction of polyoxometalate-based porous materials for heterogeneous catalysis. Y. Wang, H. Zang,
H. Tan, Y. Li*
Hawaii Convention CenterHalls I, II, III
Two-dimensional Nanosheets andNanosheet-Based Materials: Synthesis,
Characterization, Functionalization andApplications (#95)

Organized by: J. Kawamata, J. Choy,
C. Detellier, H. Zhang, J. Huang, L. Wan
Presiding: J. Kawamata, Y. Suzuki
Poster Session
19:00 – 21:00
1315. Plasmon resonances in 2D MoS2.
K. Kalantar-zadeh*, J.Z. Ou, Y. Wang,
T. Daeneke
1316. Unraveling orientation distribution andmerging behavior of monolayer MoS2 domains on sapphire. Q. Ji*, Y. Zhang*,z. Liu*1317. Stability of water-based MoS2 nanosheets dispersion. E. Mieda,
M. Horikawa, S. Shimada, R. AZUMI,A. Ando*1318. Investigation of two-solvent grinding
assisted liquid phase exfoliation of layered MoS2. E.P. Nguyen*,
K. Kalantar-zadeh, T. Daeneke,
B.J. Carey, S. Zhuiykov
1319. Two solvent grinding sonication
method for the synthesis of 2D tungsten
disulphideflakes. B.J. Carey*
1320. Growth and optical properties of highquality monolayer WS2 on graphite.
Y. Kobayashi, S. Sasaki, S. Mori,
H. Hibino, Z. Liu, K. Watanabe,
T. Taniguchi, K. Suenaga, Y. Maniwa,
Y. Miyata*1321. Molybdenum disulphide based nanocomposite material synthesis, characterisation, and sensing applications.
R. Clark, T. Daeneke, K. Kalantar-zadeh*
1322. Synthesis of graphene flake and nitrogen-doped graphene-like nanofilm by pyrolysis of polyacrylonitrile. H. Kwon*,
S.O. Cho1323. CVD growth of large single crystal graphene. L. Lin, H. Peng, z. Liu1324. Raman spectroscopy of graphenegrown on various metals. Y. Nakata,J. Takahashi, H. Kato, Y. Homma
1325. Origin of high efficient grapheneheater induced by electromagnetic wave.
S. Kang*, H. Choi, S. Park, B. Hong*1326. In plane step-edge growth of graphene in a STEM. Z. Liu*, Y. Lin, P. Chiu,
S. Iijima, K. Suenaga
1327. Remarkable improvement of the electrode performance of Mn3O4-graphene
nanocomposites upon the incorporationof exfoliated inorganic nanosheets.
K. Adpakpang*, S. Hwang
1328. Preparation and characterizations ofgraphene– clay composite film.
T. Nakamura*, H. Nanjo, T. Ebina, R. Ishii
1329. Large-area single layer exfoliation ofgraphene oxide via Couette-Taylor flow
reactor. W. Park*, H. Kim*, S. Yoo,
S. Kim, Y. Do, D. Yoon*, W. Yang*
1330. Synthesis of metal nanoparticle/graphene nanocomposites using atmospheric-pressure-microplasma-assisted electrochemistry. H. Huang*, J. Yang,
W. Chiang* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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2015 program online at:
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TECH–251

08 – MTLS
1331. Introduction of 1-aminopyrene to graphene oxide via covalent bonding.
M. Morimoto, Y. Matsuo*
1332. Revealing coordination chemistry ofmetallic molecules with N-doped graphene: Implications for oxygen reduction
reaction reactivity of organometallic metal-O4-N- species. Y. Shim, s. Lee, s. kim,
J. Oh, S. Park
1333. Opportunities for sp2 hybridized carbon nitride. P. Persson, J. Palisaitis,
A. Kakanakova-Georgieva
1334. Water-dispersible, atomically thin carbon nitride-based nanodots and theirperformances as bioimaging probes.
J. Oh, s. Park, Y. Shim, D. Kim, S. Park
1335. Development of the novel film actuatorwith carbon nitride polymers. H. Arazoe,
D. Miyajima, T. Aida
1336. Controlled growth of planar boron nitride on tailored thin film substrates using
pulsed laser deposition. J. Terry,
D. Velazquez, R.L. Seibert
1337. Radioisotope Co-57 introduced layered double hydroxide as radioisotopic
cell labeling nanoparticles. T. Kim, J. Lee,S. Paek, J. Park, J. OH*
1338. Size and surface charge dependent
flocculation of layered double hydroxide
nanomaterials with Microcystis aeruginosa. T. Kim, I. Hong, J. OH*
1339. Direct preparation and stacking of 2D
MgAl-LDHs crystals. D. Liang*, X. Yang
1340. Injectable 2D nanovehicle for chemotherapy. G. Choi, J. Choy*
1341. SERS active gold nanostructure bysynchrotron radiation induced photochemical reaction. T. Matsumoto,I. Okada, I. Sakurai, Y. Utsumi,
A. Yamaguchi
1342. Synthesis of metal nanoparticles
within interlayer space of titania nanosheet film. K. Sasaki, S. Kawamura,
K. Saito, M. Yagi, R. Sasai, T. Yui1343. Magnetic properties of antidot films infunction of size. R. Lavı́n*, A. Ibarra, S.
Vojkovic, J.C. Denardin
1344. Structural evolution of Cu(OH)2 microcrystals formed on copper surface.
K. Matsui*, A. Mochida1345. Anisotropic hydrogel with electrostatic
repulsion between cofacially aligned
nanosheets. M. Liu*
1346. Homogenous incorporation of inorganic nanoparticle into hydrogel throughin situ electrophoretic precipitation.
G. Gwak, N. Kwon, W. Lee, S. Paek,
S. Kim, J. OH*
1347. Crystal growth of a layered silicate on
amorphous silica fibers. K. Shimizu,
T. Okada
1348. Quasi planar hexacoordinate carbon in
Be2C monolayer: A global minimum
structure. Y. Li*
1349. Epitaxial growth of methyl-terminatedgermanene multilayers on silicon.
Y. Yasutake*, S. Fukatsu
1350. In situ crystallization of an Al-containing layered silicate on monodisperse
spherical colloidal silica particles.
M. Sueyoshi, T. Okada
1351. Toward in situ observation of the formation process of mesoporous films withsurfactant molecules by using confocal
laser scanning microscope. T. Kimura*,
M. Shintate, N. Miyamoto
1352. Mechanochemical lithiation of layered
polysilane. M. Ohashi, H. Nakano
1353. Content and functional regulation of
nitrogen ligands within 2D covalent organic frameworks for controllable monometallic or bimetallic docking. Y. Gao*,
W. Leng, Y. Peng1354. Adsorption-desorption behavior ofIn3⫹ on clay-poly(N-Isopropylacrylamide)
nanocomposite. Y. YASHIRO
1355. Studies of lanthanide bearing on titanate nanosheets: Niobium addition effects
on the bearing reaction and the fluorescence. D. Yoshioka*, Y. Nishimura,
K. Katsumata
1356. Synthesis of silver nanoparticle withininterlayer space of layered semiconductor. S. Kawamura, K. Sasaki, F. Takagi,
K. Saito, M. Yagi, W. Norimatsu, R. Sasai,
T. Yui252–TECHTECHNICAL PROGRAM
1357. Preparation of Rh-doped titanate
nanosheet/porphyrin hybrid thin solid film
and its photochemical characterization.
W. Soontornchaiyakul*, R. Sasai,
H. Usami
1358. Largely enhanced activity of Au/TiO2
plasmonic photocatalyst and h-BN nanosheet mixture. Y. Ide*, K. Nagao,
K. Komaguchi, Y. Sugahara, Y. Bando,
D. Golberg
1359. Fabrication and photocatalysis of organosilica–titanium oxide hybrid particles. Y. Maki, Y. Ide, T. Okada
1360. Remarkably enhanced photocatalytic
activity of layered titanate by simple mixing with commercial TiO2 particles.
K. Saito, M. Kozeni, Y. Ide*, M. Ogawa,Y. Sugahara*
1361. Dielectric properties of molecularlythin titania nanosheets. D. Ogawa,Y. Kim, K. Akatsuka, M. Osada*,
T. Fukumura, T. Hasegawa*, T. Sasaki*
1362. Preparation of single structured ionic
cyclotetrasiloxanes forming 2D layered
aggregates. Y. Kaneko*, S. Kinoshita,
S. Watase, K. Matsukawa
1363. Functionalization of thin montmorillonite films with cyclodextrin/dye supramolecular complexes. M. Matejdes*,A. Czı́merová, M. Janek, J. Kawamata1364. Nanosheets-based entities self-assembed from double calixarene andamines. A. Hitoshi, T. Nagatsuka, R. Jin
1365. Precise control of the stacking pitchesof alternate layered nanostructure composed of various metal oxide nanosheets.
T. Ano*, F. Kishimoto, D. Mochizuki,
M. Maitani, E. Suzuki, Y. Wada
1366. Controllability of photoinduced charge
separation at alternate layered nanostructure synthesized with thiol-ene click reaction of two metal oxides nanosheets.
F. Kishimoto*, T. Ano, D. Mochizuki,
M. Maitani, E. Suzuki, Y. Wada
1367. Tuning the electronic and opticalproperties of phosphorene via moleculardoping: A first principle calculation.
Y. Jing*
1368. Organoclays in water cause interlayer
expansion that facilitates caffeine adsorption. T. Okada*1369. Synthesis of a nanosheet comprising a
4-way porphyrin-dipyrrin hybrid ligand
and zinc ions. T. Yagi*, R. Sakamoto,
H. Nishihara
1370. Investigation on mechanism of self-fluorescence quenching reaction on the clay
surface. N. Morita, Y. Ohtani,
T. Shimada, S. Takagi
1371. Environment responsive fluorescencequenching behavior of clay nanosheet organic dye composite. R. Honma,
T. Fujimura, T. Shimada, S. Takagi1372. Development of chromic hybrid thinfilm composed of magnesium porphyrin
and inorganic layered material.
T. Fujimura, T. Shimada, R. Sasai,
S. Takagi*
1373. Frexible and transparent free-standing
metal nanosheets fabricated by UV irradiation onto Langmuir monolayers of nanoparticles. T. Nishimura*, T. Kawai
1374. Optical, mechanical, and electronic
properties of a 2D silver nanoparticles
sheet. P. Wang, S. Araki, S. Ryuzaki,
D. Tanaka, K. Okamoto, K. TAMADA
1375. Development of surface enhancing
Raman scattering biosensing platform
with graphene hybrid nanocomposite andDNA aptamers. A. Mahmoud,M. McDermott*1376. Enhanced two-photon absorption behavior of acetylenic compounds obtainedby the confinement in the interlayer spaceof inorganic nanosheets. M. Tominaga,
H. Sugihara, S. Mochida, K. Satomi,
Y. Suzuki, J. Kawamata*1377. Clay minerals incorporating metal
complexes for colorimetric solvent andhumidity indicators. H. Hosokawa,T. Mochida*1378. How reactive are supramolecular azobenzene moiety in nanolayered microenvironment?. S. Hassan,
V. Ramakrishnan, H. Horiguchi,
D. Yamamoto, Y. Nabetani*,
H. Tachibana, H. Inoue*

1379. Formation of vortex-shaped orientation of niobate oxide nanosheet liquid
crystals by irradiation of an optical vortex.
T. Sakurai, R. Nakanishi, M. Tominaga,
Y. Suzuki, J. Kawamata*, Y. Shimura,T. Iwai, Y. Nono, T. Nakato
1380. Orientation of niobate oxide nanosheet liquid crystals under circularly polarized laser beam. R. Nakanishi,
M. Tominaga, Y. Suzuki, J. Kawamata*,
Y. Shimura, T. Iwai, Y. Nono, T. Nakato
1381. Theoretical study of the thermoelectric
property of phosphorene under the tensile strain. S. Konabe*, T. Yamamoto
1382. Thermal behavior of adsorbed waterand electrolyte solution in clay minerals.
Y. Ito, A. Nagoe, T. Sugimoto,
H. Fujimori, T. Takemura
1383. Multiphase coexistence of liquid crystalline phases in binary colloids containing inorganic nanosheets. E. Mouri,
M. Nakashima, T. Nakato
Hawaii Convention CenterHalls I, II, III
Applications of Ultrasound to Nanoscience(#150)

Organized by: K. Suslick, F. Grieser,
M. Atobe, J. Yu, S. Jeong
Poster Session
19:00 – 21:00
1384. Measurement of sound pressure under cavitation conditions. Y. Asakura*,
T.T. Nguyen, K. Yasuda, S. Koda
1385. Microbubble generation from gas supersaturated water by ultrasonic stimulation. K. Terasaka*, I. Yamazaki,
S. Fujioka
1386. Ultrasonic effect on nano- and microparticles, microbubbles, and fluid flow in
microspace and its application to a microreactor. Z. Ekaputri
1387. Sonochemical synthesis of Au nanoparticle onto iron-based cathode materials for lithium ion battery. Y. Ono*,
H. Okawa, K. Sugawara
1388. Ultrasound-assisted growth of hydroxyapatite films on magnesium alloy
AZ31. C. Liu*, A. Keller, G. Grundmeier*1389. Metal nanoparticles synthesis onto
cathode materials for lithium ion battery
using sonochemical method. H. Okawa*,
Y. Ono, M. Takai, K. Uematsu,
K. Sugawara, M. Sato
Hawaii Convention CenterHalls I, II, III
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: S. Maruyama, R. Xiang
Poster Session
19:00 – 21:00
1390. Understanding surfactant structure at
the surface of carbon nanotube via single
molecule fluorescence spectroscopy.
R. Pramanik, S.K. Doorn, J. Duque1391. Influence of covalent dopants on the
optical properties and exciton lifetimes insingle-wall carbon nanotubes.
N.F. Hartmann*, X. Ma, E.H. Hároz,
S. Yalcin, H. Htoon, S.K. Doorn
1392. Using supercritical carbon dioxide tocreate multiscale composites.
D.G. Baird*
1393. Dielectric/electric properties of composites filled with multiwalled carbon
nanotubes. J. Banys, I. Kranauskaite*,J. Macutkevic, V.L. Kuznetsov,
S. Moseenkov
1394. Efficient semiconducting single-walledcarbon nanotube sorting with a removable solubilizer based on dynamic supramolecular chemistry. N. Nakashima*,
F. Toshimitsu
1395. Characteristics of polybutylene terephthalate composites containing polybutylene terephthalate grafted multiwalled carbon nanotubes fabricated byreactive extrusion. E. Choi*, J. Kim,
Y. Jo, c. Kim

1396. Atmospheric-pressure controllable
synthesis of heteroatom-doped carbon
nanotube and its applications for electrochemical energy storage and conversion.
W. Chiang*, M. Yeh, T. Li, L. Lin, Y. Leu,
Y. Li, G. Chen, K. Ho
1397. Alteration of blend morphology via theaddition of long nanotubes. B. Grady*,
S. Crossley, J. Guo, J. Zapata, N. Briggs
1398. In situ observation of intermediates inchemical vapor deposition synthesis ofcarbon nanotube. S. Inoue*, Y. Ohga,
Y. Matsumura
1399. Carbon nanotube electrodes for vanadium redox flow batteries. K. Iseki,
G. Oriji, M. Ichikawa, K. Hanawa
1400. Preparation of Poly(N-isopropylacrylamide) terminated carbon nanotubes andtheir aggregation properties responding
to infrared light and heating. R. Ishizaki,
S. Tamesue, T. Mitsumata,
N. Tsubokawa, T. Yamauchi*
1401. Organic and elemental molecules encapsulated in single-walled carbon nanotubes as Na and Li ion battery electrodes.
S. Kawasaki, Y. Ishii, Y. Sakamoto
1402. Synthesis and characterization of Co
nanoparticles on multiwall carbon nanotubes for catalytic applications.
M.A. Kazakova*, A.S. Andreev,
A.V. Ishchenko, O.B. Lapina,
V.L. Kuznetsov
1403. Artificial muscle response to temperature. H. Kim, R.H. Baughman*, S. Kim*
1404. Effect of chirality separation on SWCNT-TFTs using DNA-wrapped SWCNTs. Y. Kuwahara*, F. Nihey,
S. Ohmori, T. Saito
1405. Water adsorption phenomena on vertically-aligned single-walled carbon nanotubes. J. Kuwabara, S. Chiashi,
G. Yamaguchi, H. Kato, Y. Homma
1406. Extraordinary mechanical flexibility ofbimetallic AgPt nanoparticle-decorated
carbon nanotubes on PET substrates.
K. Lin*1407. Construction of unique logic circuits
using carbon-nanotube-composite papers. K. Matsui*, T. Oya
1408. Development of paint-type dye-sensitized solar cell using carbon nanotube
paint and its evaluation. Y. Matsunaga*,
T. Oya1409. Tight binding models of carbon nanotori and applications to quantum information processing. M. McGuigan*
1410. Thermoelectric properties of singlewalled carbon nanotubes filled in ionicliquid polymers. M. Nakano*,
Y. Nonoguchi, T. Nakashima, T. Kawai
1411. Organic thermoelectric hybrid of inorganic 1D nanomaterials and conducting
polymer or polymer complex.
K. Oshima*, Y. Shiraishi, N. Toshima
1412. Yarn-based enzymatic biofuel cell forbiomedical applications. Y. Park,
R.H. Baughman*, S. Kim*
1413. Structure and properties of chalcogenencapsulated carbon nanotubes studied
by molecular dynamics simulations.
Y. Sato*, Y. Kataoka, H. Ogata
1414. Fluid dynamic slicing of super tensilecarbon nanotubes. K. Vimalanathan*,
J. Gascooke, H. Kumari, W. Lawrance,
J.L. Atwood, C. Raston
1415. Single-walled carbon nanotubes as
etching masks for ion sputtering. W. Yim,
H. Jeong, S. Park, Y. Ahn, S. Lee,
J. Park** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
1416. Local structures and properties of thealkali halide crystals encapsulated in single-walled carbon nanotubes studied bymolecular dynamics simulations and solid-state NMR. E. Yokokura, Y. Kataoka,
H. Ogata
1417. Toward roll-to-roll production of carbon nanotubes using microwave.
X. Zhang*, J. Cook

Hawaii Convention CenterHalls I, II, III

Hawaii Convention CenterHalls I, II, III

Poster Session
19:00 – 21:00

Self-organization of Membrane Systems(#259)

1435. Preparation of functional membranematerials by assembly of polymer brush
nanoparticles. I. Zharov
1436. Mixed matrix membranes based onpoly(trimethyl silyl propyne) (PTMSP) andgraphene-based nanoplatelets with reduced ageing and modified permselectivity. L. Olivieri, S. Ligi, M. De Angelis
1437. Highly ion conductive perfluorinatedsulfonic acid ionomer reinforced membranes for energy generation and valued
chemicals production. S. Kang, E. Jeon,
I. Park, Y. Goo, J. Park, Y. Cho, J. Shim,
J. Lee, D. Lee, C. Lee*
1438. Fluidic active transducer for electricity
generation. Y. Yang, J. Park, S. Chung,
Y. Ahn, Y. Kim*
1439. Novel concept for the design of block
copolymer membranes via a modular
chemical ligation approach. M. Langer,
C. Hörenz, C. Pietsch, A. Goldmann,
F.H. Schacher, C. Barner-Kowollik*
1440. Simple spray coating method to prepare superhydrophobic teflon/Al2O3
membrane for desalination applications.
C. Huang*, H. Chiu, Y. Liao*
1441. Synthesis, characterization, and alkaline stabilities of graft-type anion conducting electrolyte membranes containing Poly(4-vinylimidazolium) grafts andapplication to alkaline fuel cells.
S. Watanabe*, K. Yoshimura,
T. Hagiwara, Y. Maekawa
1442. Molecular dynamics simulation studyof cation exchange membrane for electroadsorption-deionization method.
T. Son, C. PARK, E. Tocci, S. Nam*
1443. Preparation and characterization of ultrafiltration hollow fiber membrane fordrinking water. S. Woo, S. Nam
1444. Proton transport property in organizedpolyimide thin films. Y. Ono, S. Tsuyuki,
M. Hara, S. Nagano, Y. Nagao*
1445. Colorimetric solvent indicator basedon Nafion films incorporating metal complexes. H. Hosokawa, Y. Funasako,
T. Mochida*1446. Origin of CO2-philicity in graphene oxide membranes. H. Yoon*, H. Kim,
J. Shin, B. Yoo, H. Park
1447. Visualization of concentration polarization of nanoparticles during crossflow
membrane ultrafiltration using the laserinduced fluorescence (LIF) technique.
B. Meng*, P. Liu, X. Li
1448. Detection of TNT and RDX based ongold nanoparticles molecular imprinted
matrix by surface plasmon resonanceand surface-enhanced Raman spectroscopy. G. Granger*, T. Brulé, N. Bukar,
M. Vidal, J. Masson
1449. Electrospun nanofiber absorbents foruranium extraction from seawater. J. Li
1450. Characteristics of ultrafiltration membranes fabricated from amine terminatedpolyethersulfone and self-assembled zincoxide nanoparticles on the membranesurface. Y. Jo*, E. Choi, J. Kim, c. Kim
1451. Innovative sPEEK nanocomposites bynanoparticles with external protons.
S. Kim, H. Rhee*, T. Yun, S. Choi1452. Tuning gas transport properties of graphene-based membranes by inserting
coronene and its derivatives. B. Yoo*,
S. Jang, J. Shin, H. Park
1453. Composite anion exchange membrane based on cellulose crosslinked
polysulfone for application in urea based
fuel cell. G. Das, D. Kim, K.H. Kim,
H.W. Choi, H. Hee Yoon*
1454. Improvement of cyclohexene yield in
cyclohexane dehydrogenation or benzene dehydrogenation by a pore-throughcatalytic reactor. M. Hasegawa, T. Sato,
N. Itoh*Organized by: D. Sasaki, K. Morigaki,
I. Koeper
Presiding: D. Sasaki
Poster Session
19:00 – 21:00
1418. Solid-state NMR and microscopic
studies of synthetic mimic of GPI-anchored proteins. K. Nomura, E. Harada,
K. Sugase, K. Shimamoto, F. Hayashi,
K. Morigaki
1419. Distribution and orientation of voltagedependent K⫹ channel KAT1 reconstructed to asolectin supported lipid bilayer observed with atomic force
microscope. Y. Suzuki*, A. Nozawa,
Y. Tozawa, R. Tero
1420. Mimicry of membrane curvature sensing proteins by polymethacrylate random
copolymers. M. Tsukamoto*, J. Kikuchi,
K. Kuroda, K. Yasuhara
1421. Reconstitution of Min system in artificial cells. S. Kouyama, K. Fujiwara,
N. Doi1422. Substrate-dependent asymmetric andanisotropic diffusion in supported lipid
membrane. T. Motegi*, K. Yamazaki,
T. Ogino, R. Tero1423. Fluidity evaluation of supported lipid
bilayer prepared on graphene oxidebased on single particle tracking.
Y. Okamoto, T. Motegi, S. Iwasa,
A. Sandhu, R. Tero*1424. Selective partitioning to the liquid ordered phase: Fluorescent lipid probes.
D. Sasaki*, J. Stachowiak, G.D. Bachand
1425. Liposome-based liquid handling forbiochemical reactions. T. Okano,
H. Suzuki, T. Yomo*
1426. Membrane interactions of the PTEN
tumor suppressor and the conundrum of
dominant-negative mutations. M.
Lösche*, F. Heinrich, A. Gericke, R. Harishchandra, H. Nanda, A. Ross
1427. Significance of charged lipids in tuning
the dynamic properties of biomembranes. E.G. Kelley, A.C. Woodka,
K. Wood, P.D. Butler, M. Nagao
1428. L-proline catyzed Michael addition reaction conducted at liposome interface.
M. Hirose, T. Ishigami, K. Suga,
Y. Okamoto, H. Umakoshi*
1429. 2D structure of supported lipid bilayer
reconstructed with human ether-a-go-gorelated gene channel. K. Fukumoto*,
Y. Ishinari, A. Hirano-Iwata, M. Niwano,
R. Tero1430. Engineering nanoscopic features
within solid-supported membrane.
J. Kurniawan, J. Ventrici, G. Liu, T. Kuhl
1431. COOH modification of SiO2/Si surface
with water-soluble silane coupling agent.
Y. Niiyama*, N. Misawa, R. Tero*1432. Preparation of lipid membrane supported by structured porous materials asa multicellular biomembrane model.
K. Ueno, K. Matsumura*
1433. Nanometic gap structure for the selective transport and detection of biologicalmolecules. K. Ando*, M. Tanabe,
K. Morigaki
1434. Evaluating the raftophilicity of rhodopsin in a patterned model membrane.
Y. Tanimoto, F. Hayashi, K. Morigaki

Membranes and Nanotechnologies forEnergy and Environment Applications(#317)

Organized by: H. Park, B. Freeman,
B. McCloskey, J. McGrath, A. Hill,
A. Higuchi, Y. Lee

1455. Vacuum membrane desiccant coolingfor personal heat stress management.
y. yang, c. lan*
1456. Synthesis of hydrophilic zeolite membranes and their dehydration performance for alcohol – water mixture.
Y. Kikuchi, T. Sato, N. Itoh*1457. Gas separation properties of composite membrane based on PDMS graft copolyimide coated with nanosheet of PEO
graft copolyamide. K. Ando, A. Abeta,
Y. Okamura, Y. Nagase*1458. Forward osmosis nanochannel membrane for seawater desalination. S. Choi1459. Development of innovative reverse osmosis membranes for desalination.
H. Shimura*, K. Nakatsuji, T. Sasaki,
M. Kimura
1460. Enhanced pervaporation dehydrationof acetone by using polyimide membranes modified by novel vapor phasecrosslinking and tripodal amine crosslinking. D.W. Mangindaan*
1461. Hydrophilic-surface modified CNTembedded thin-film polyamide membrane and its 8-inch spiral wound module
performance. H. Lee*, J. Seon, M. Kim,
B. Michael, J. Kim, H. Park
1462. Improvement of separation property of
PDMS graft polyimide membrane bynanosheet coating of polymers containing imidazolium group. T. Oda, K. Taira,M. Watanabe, S. Koguchi, Y. Okamura,
Y. Nagase*1463. High-flux graphene oxide thin-film
composite membranes for CO2 separation. M. Yoo, H. Park, J. Shin, S. Jang,
H. Yoon1464. Gas permeation properties of poly(sulfone-co-ethylene glycol) membranes
containing bis(phenyl)fluorene groups.
D. Kim*, H. Lee, S. Nam
1465. Oil-water separation by a titanium dioxide filter with self-cleaning property.
S. Nishimoto, M. Ota, Y. Kameshima,
M. Miyake
1466. Pervaporation and vapor permeation
performance of hollow-fiber carbon
membranes for the dehydration of organic solvents. M. Yoshimune*, N. Hara,
K. Haraya
1467. Long-term stability of graphene oxidethin-film composite membranes: Effect oftemperature and humidity. J. Shin,
H. Yoon, J. Park, M. Yoo, B. Yoo,
B. Freeman, H. Park
1468. Facile methodology for the productionof in-situ inorganic nanowire hydrogels/aerogels and their environmental applications . H. Jung*, S. Jung*, J. Kong
1469. Graphene oxide membranes for water
purification and desalination applications.
Y. Cho, J. Shin, S. Jang, B. Yoo, H. Park*
Hawaii Convention CenterHalls I, II, III
Ceramic Materials and Processing for
Advanced Applications (#341)

Organized by: F. Rosei, A. Vomiero,Y. Tachibana, C. Raston, H. Zhang
Poster Session
19:00 – 21:00
1470. Simultaneous 3D printing of calcium
phosphate and osteoblast-laden hydrogel for bone tissue regeneration. H. Yun*,
R. Naren1471. Fabrication of strontium fluoroapatite
ceramics by reactive-templated grain
growth method using hexagonal-shaped
tristrontium phosphate particles.
A. Ishida, A. Suzumura, Y. Kishida,
T. Tani, M. Aizawa*1472. Synthesis of a nitrogen-containing
carbon material with oxygen reduction
activity from polymer precursors.
A. Idesaki*, M. Sugimoto, A. Shimada,
S. Yamamoto, M. Taguchi, T. Yamaki
1473. Systematic color control of a,
␤-FeOOH nano pigments by adjusting
size and shapes depending on pH synthetic conditions. I. Kim*, R. Yu, J. Yun,
Y. Kim*, E. Choi*1474. Synthesis of chiral TiO2 employing soft
catalytic template containing polyethylenimine/tartrate. K. Murakami,
H. Matsukizono, M. Saito, R. Jin
1475. Preparation of SnO2 thin films with a
non-equilibrium 2D l plasma at room temperature under atmospheric pressure.
Y. Masuda*, S. Kanezashi, M. Tan,
M. Okuya1476. TiO2 thin films prepared with a nonequilibrium 2D plasma induced by a surface discharge technique at room temperature. Y. Masuda*, M. Tan,
S. Kanezashi, M. Okuya
1477. Synthesis of the porous Si from ricehusk ash (SiO2) using magnesium reduction method in a fluidized bed. W. Cho,
M. Seo, H. Ra, J. Lee, H. Lee
1478. Study of phase transitions between
␥-Ti3O5 and ␦-Ti3O5. T. Nasu, K. Tanaka,
Y. Miyamoto, N. Ozaki, S. Tanaka,
T. Nagata, F. Hakoe, M. Yoshikiyo,
K. Nakagawa, Y. Umeta, K. Imoto,H. Tokoro, A. Namai, S. Ohkoshi
1479. Synthesis of disk-like cross-linked
polyamines gels with crystalline domain
and their activity in silica deposition.
D. Soma, R. Jin
1480. Chromogenic mechanism of Aka-e, a
red overglaze enamel decoration on porcelain body, created with lead-free glazes
and hematite particles. H. Inada*,
H. Hashimoto, Y. Okazaki, Y. Arakawa,T. Takaishi, H. Taguchi, S. Hashida,
T. Fujii, J. Takada
1481. Microwave absorption properties ofthe mechanically surface treated alumina
powders and their hydration behavior.
T. Shirai*, M. Fuji
1482. Novel 3D printing process of calcium
phosphate scaffolds for bone tissue regeneration. H. Yun*, G. Tripathi
1483. Synthesis and characterization of cationic conductive aluminum tungstates.
A. Ueyama*, R. Shimanouchi
1484. Influence of alcohol addition to hydrothermal synthesis of NASICON-type
mixed valent solid solutions, Na1⫹xTi2yFey(PO4)3. T. Kurosaka*,
R. Shimanouchi
1485. New durable bulk material of
NaSn2(PO4)3 synthesized by low temperature calcination of hydrothermally prepared sols. R. Shimanouchi*,A. Ueyama, T. Kurosaka
1486. Crystallization kinetics and phasetransformation of lithium aluminosilicate
glass in heating process. N. MISHIMA*,
T. MATSUMOTO, M. NAKAMURA
1487. Application of kaolinite ceramics granules to hemodialysis water. K. SATO*,
T. MURAKAMI, T. UJIHARA,
K. OKAJIMA, T. IMOTO, A. MORI,
M. MURAMATSU
1488. Fabrication of visible light responsive
N-doped TiO2 coating through anodic oxidation process. K. Yokoi*, N. Ohtsu
1489. Crystal growth of Cu-substituted Mayenite single crystals by the FZ method using the mirror-tilted type furnace.
E. Maruyama*, M. Nagao, S. Watauchi,
I. Tanaka
1490. Crystal structure and luminescence of
Lu3Al5O12 doped with Ce3⫹ and N3-.
W. Ahn, Y. Kim*
1491. Photocatalytic property of PbTiO3/
TiO2 heterostructured nanotube. H. Kim,
C. Ahn, K. Hong

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–253

08 – MTLS
Hawaii Convention CenterHalls I, II, III
Design of Innovative Photochromic
Applications (#399)

Organized by: J. Abe, T. Kawai,
Y. Yokoyama, N. Branda, F. Raymo,
W. ZhuPoster Session
19:00 – 21:00
1492. Comparative investigation of photochromism of spironaphotooxazine in
nanoparticle colloid, bulk solid, and solution. Y. Ogura, Y. Ishibashi, T. Asahi*
1493. Photo-induced fluorescence switchingproperty of single diarylethene derivatives. S. Ito, T. Ikegami, Y. Arai,
H. Miyasaka, K. Uno, Y. Takagi,
M. Morimoto, M. Irie
1494. Cooperative fluorescence color
changes of a dibenzoylmethane boron
complex during the molecular assemblingprocess. F. Ito*, Y. Suzuki, J. Fujimori,T. Sagawa1495. Multiphoton cycloreversion reaction ofdiarylethene nanoparticles. Y. Ishibashi*,Y. Ogura, H. Miyasaka, T. Asahi
1496. Reversible photochemical reactions ina flexible crystalline nanospace. H. Sato*,
Y. Zheng, S. Kitagawa
1497. Synthesis of dithienylethenes and theirapplication in sensing technology.
G. Vamvounis, D. Gendron
1498. Photocontrol of 2D self-assembly ofphotochromic molecules at liquid/solidinterface. S. Yokoyama, T. Hirose,
K. Matsuda*
1499. Visible light-driven photocatalyst withgold nanoparticle two-dimensional arrays
as a high intense field light sourse.
K. Isozaki*, F. Pincella, K. Miki*
1500. Photoinduced mass transport observed for azobenzene-based photochromic amorphous molecular materials.
H. Nakano*, M. Suzuki, R. Ichikawa,
R. Matsui, R. Ichikawa
1501. Structural dynamics in azobenzene
liquid crystal polymer films studied by microscopic and time-resolved techniques.
K. Katayama, S. Kuwahara, T. Ikeda
1502. Chiral molecular photoswitches containing a binaphthyl unit. T. Ubukata*,
M. Samata, R. Kato, Y. Takei,
Y. Yokoyama
1503. Conversion of light into macroscopic
motion in spiropyran containing LC polymer films. T. Yamaguchi*, S. Iamsaard,
N. Katsonis*
1504. Coordination-driven control of photoisomerization behavior of macrocyclic
azobenzene. M. Yamamura,
T. Nabeshima
1505. Mechanism of photo-induced nanosheet sliding on azobenzene/niobate hybrids. Y. Nabetani*, H. Horiguchi,
S. Matsukura, S. Hassan,
V. Ramakrishnan, H. Tachibana,H. Inoue*
1506. Photochromism and photoinduced
mass transport of naphthacenequinone
compounds. M. Moriyama*, S. Kai,
T. Ueshima, N. Kawano, A. Takagaki,
Y. Abe, H. Shin, T. Takeshima, K. Mukai,
S. Nagano, T. Seki
1507. Two-photon-gated photochemical reaction in [2.2]paracyclophane-bridged bis(imidazole dimer). K. Mutoh,
Y. Nakagawa, I. Yonekawa, A. Tsuchiya,
A. Sakamoto, Y. Kobayashi, J. Abe*
1508. CB[8] gated photochromism of a diarylethene derivative containing thiazole
orange groups. Y. Mao, K. Liu, T. Yi
1509. UV light irradiation wavelength dependence on the photoinduced bending behavior of photochromic diarylethene crystals. D. Kitagawa, S. Kobatake*
1510. Quinone based diarylethenes for nearIR initiated photoisomerization.
D. Carter*, D.G. Patel, F. Novak,
S. Myers
1511. Photochromic reactions of spirooxazines and spiropyrans having a hydroxyphenyl group. H. Tago, T. Nakagawa*,
Y. Yokoyama

254 –TECHTECHNICAL PROGRAM
1512. Synthesis and characterization of amphiphilic silica nanoparticles covered withblock coplymers branching photochromic
diarylethene moieties on side chain.
K. Shimizu, R. Seno, S. Kobatake*
1513. Enantioselective photocyclization ofdiarylethenes incorporated in human serum albumin. Y. Watanobe*, K. Osawa,
K. Kawamura, T. Nakagawa,Y. Yokoyama
1514. Photochromic phenoxyl-imidazolyl
radical complexes with decoloration rates
from tens of nanoseconds to seconds.
H. Yamashita, T. Ikezawa, Y. Lee,Y. Kobayashi, J. Abe
1515. Photoinduced formation/disappearance of 2D ordering of 2-thienyl-type diarylethene at the solid/liquid interface: A
cooperative self-assembly process.
S. Yokoyama, T. Hirose, K. Matsuda*
1516. Photoconversion of pentacenediketone derivative in the crystalline phase:
Shape change of single crystals during
the photoconversion. Y. Miyamoto*,
M. Suzuki, N. Aratani, H. Yamada,S. Masuo
1517. Photoresponsive magnetic nanoparticle composed of spiropyran and FePt.
K. Tsuda*, T. Hosomi, E. Yuryeva,
T. Yamamoto, Y. Einaga
1518. Photoionization of diarylethene included cyclodextrin using multicolor multilaser irradiation. T. Takeshita, M. Hara,
Y. Kasaba1519. Photoinduced topographical changesof surfaces of diarylethene derivatives
with pyridinium salts. K. Takase,Y. Kojima, M. Morimoto, S. Yokojima,
S. Nakamura, K. Uchida*1520. Fluorescence photoswitching of diarylethene derivatives: A single-moleculestudy. T. Ikegami*, S. Ito, H. Miyasaka,
K. Uno, Y. Takagi, M. Morimoto, M. Irie
1521. Modulation of fluorescence characterof diarylethene. S. Takeuchi*,T. Nakagawa, Y. Yokoyama
1522. Photoswitching of intramolecular␲-stacking. Y. Hashimoto,
T. Nakashima, T. Kawai*
1523. Photochemical control of vesicle formation in an aqueous mixture of a photoswitchable cationic surfactant modified
with cinnamic acid and an anionic surfactant. K. Hattori, M. Akamatsu,
K. Tsuchiya, T. Endo, K. Torigoe,
K. Sakai, M. Abe, H. Sakai*
1524. Synthesis and optical properties ofnovel phenoxyl: Imidazolyl radical complex derivatives. Y. Mishima,
H. Yamashita, Y. Kobayashi, Y. Yoneda,
T. Katayama, H. Miyasaka, J. Abe
1525. Synthesis and photochemical properties of pentaaryibiimidazole derivative
substituting pyrenyl groups. D. Ozeki,
H. Yamashita, Y. Kobayashi, J. Abe
1526. Photoformation of surface relief grating on photopolymerizable bisanthracene
films. T. Sonoda, M. Nakayama,
H. Kihara, T. Ubukata*1527. Excitation wavelength dependence ofphotochromic reaction of diarylethene
derivatives: Correlation between reaction
quantum yields and femtosecond dynamics. K. Une, T. Katayama, H. Miyasaka,
S. Kobatake, M. Irie
1528. Reversible photoinduced liner birefringence change of diarylethene single crystals. H. Tsujioka, S. Kobatake*
1529. Photochromic and fluorescent properties in push-pull terarylenes systems.
R. Kanazawa, T. Nakashima, M. Sliwa,
S. Delbaere, T. Kawai*
1530. Synthesis and photochromic properties of diarylethenes having a benzophosphole group. T. Ichikawa, M. Morimoto,
M. Irie1531. Single-molecule tracking of photoswitchable fluorescent diarylethene derivatives in polymer thin films. Y. Arai*,
S. Takei, S. Ito, H. Miyasaka, K. Uno,
Y. Takagi, M. Morimoto, M. Irie
1532. Optical properties of an azobenzene–
bridged imidazole dimer. H. Arai,
K. Mutoh, Y. Kobayashi, J. Abe*

1533. Development of a photochromic phenoxyl-imidazolyl radical complexes having thiophene backbone. T. Ikezawa,K. Mutoh, H. Yamashita, Y. Kobayashi,
J. Abe1534. Photochromic properties of biphenylbridged imidazole dimers by changing
distances between two cross-linking
points. Y. Fujita, H. Yamashita,
Y. Kobayashi, J. Abe
1535. Revealing the initial process of thephotochromic reaction of biphenylbridged imidazole dimer. T. Yamaguchi,
M.F. Hilbers, P.P. Reinders,Y. Kobayashi, A.M. Brouwer, J. Abe*
Hawaii Convention CenterHalls I, II, III
Advances in Organic Light-Emitting Diodes(#409)

Organized by: J. Bredas, C. Adachi,
K. Wong, V. Yam, P. Burn, J. Kim
Poster Session
19:00 – 21:00
1536. Molecular diffusion during formation ofinterfaces containing small moleculesfrom solution process for organic lightemitting devices. S. Ohisa*, Y. Pu,
N. Yamada, G. Matsuba, J. KIdo
1537. Development of solution-processable
dendritic thermally activated delayed-fluorescence materials. K. Albrecht,
K. Matsuoka, K. Fujita, K. Yamamoto*1538. Hydrocarbon macrocycles for organiclight emitting devices. S. Sato*, J.Y. Xue,
T. Izumi, A. Yoshii, K. Ikemoto,T. Koretsune, R. Akashi, R. Arita, H. Taka,
H. Kita, H. Isobe
1539. Triplet recombination dynamics: Roleof interfacial order and state delocalization. E.R. Bittner
1540. Direct investigation of the excitedstate dynamics of thermally-activated delayed fluorescence molecules: Pumpprobe transient absorption spectroscopy.
T. Hosokai*, H. Matsuzaki, A. Furube,
K. Tokumaru, T. Tsutsui, H. Nakanotani,
M. Yahiro, C. Adachi
1541. Photoluminescence of liquid-crystalline gold complexes with a biphenyl mesogenic core. Y. Rokusha, S. Yamada,O. Tsutsumi*
1542. Electron conducting properties of luminescent gold complexes.
H. Nakasato, S. Shimai, S. Yamada,O. Tsutsumi*
1543. Synthesis and characterization of the
new emitters for OLED applications.
R. Lygaitis*, O. Zeika, R. Scholz,
P. Kleine, F. Wüst, M. Oberländer,
S. Hofmann, J.V. Grazulevicius,
S. Reineke
1544. Radiative transition of conjugated organic molecular aggregates: A theoreticalinvestigation with all normal vibrationalmodes. W. Li, L. Zhu, Q. Peng, Z. Shuai
1545. Orientation of phosphorescent emitting dipoles for highly efficient organic
light-emitting diodes. K. Kim, C. Moon,
J. Kim*1546. Structurally robust phosphorescent[Pt(O^N^C^N)] emitters for high performance organic light-emitting devices withpower efficiency up to 126 lmW-1 and external quantum efficiency over 20%.
A. Wai Hung
1547. Structurally robust phosphorescent[Pt(O^N^C^N)] emitters for high performance organic light-emitting devices withpower efficiency up to 126 lmW-1 and external quantum efficiency over 20%.
M. Ko
1548. Theoretical study on radiationless decay rate of molecular aggregates basedon split-operator method. L. Zhu,
Q. Peng, W. Li, Z. Shuai*1549. Solution processed small molecule
doped white light emitting diode basedon a new polyfluorene copolymer.
P.K. Iyer, D. Das*, P. Gopikrishna,
A. Dey, A. Singh, R. Narasimhan

1550. Efficient red electroluminescent devices with sterically hindered phosphorescent platinum(II) Schiff-base complexes and with iridium complex codopant. C. Kwong, L. Zhou, C. Kwok,
G. Cheng, H. Zhang, C. Che*
1551. Hybrid OLEDs with CdSxSe1-x/ZnS
core-shell type quantum dot layers: An
investigation of electroluminescence
properties. B.L. Vasiliauskiene*,
M. Vitkus, G. Juska, K. Genevicius
1552. Introducing a thermally activated delayed fluorescence emitter for a highly efficient blue fluorescent organic light emitting diode. J. Sun, Y. Kim, J. Kim*
1553. Photophysical studies of the thermally
activated delayed fluorescence from efficient organic light-emitting diodes.
D. Kim, H. Shin, T. Ahn*
1554. DNA-guided organic light-emitting
materials enabling biospecificity. J. Park,S. Paik, C. Cui, D. Ahn*, J. Cho1555. Spiro-based ecofriendly green semiconductors for OLEDs. L. XIE*, Y. Wei,
X. Zhang, W. Huang*
1556. Temperature distribution measurements of large-area organic light-emitting
diodes by Raman spectroscopy.
T. Yokoyama*, Y. Furukawa, K. Katagi,
H. Ohata, S. Miyaguchi, T. Tsutsui1557. Raman study of hole accumulation at
NPD/Alq3 interfaces of fresh and aged organic light-emitting diodes. Y. Karatsu*,
Y. Furukawa, T. Miyamae, H. Okumoto,
T. Tsutsui1558. Suppression of nonradivative decay
from triplet excited state by weak intermolecular interactions. R. Kabe,
N. Notsuka, C. Adachi*
1559. Study of intramolecular relaxation processes of thermally activated delayed fluorescence materials for suppressing external quantum efficiency roll-off inorganic light-emitting diodes. M. Inoue*,
T. Serevičius, H. Nakanotani, K. Yoshida,
T. Matsushima, C. Adachi
1560. Exciton quenching analysis of thermally activated delayed fluorescence
molecules by time-resolved photoluminance measurement.
A.S. Sandanayaka*, K. Yoshida,
T. Matsushima, C. Adachi
1561. Improvement of electrical properties oforganic films by cold isostatic pressing.
Y. Esaki*, T. Matsushima, C. Adachi
1562. Organic light-emitting diodes combining emission from both monomeric andexciplex excitons based on aggregationinduced derivatives of carbazole and tetra(tri)phenylethylene. A. Tomkeviciene*,
J. Sutaite, D. Volyniuk, J.V. Grazulevicius
1563. Inverted organic light-emitting diodes
utilizing zinc oxide based transparent
conductive films. M. Takada*,
T. Kobayashi, T. Nagase, H. Naito*
1564. Long-lived phosphorescence basedorganic light emitting diodes.
N. Notsuka, R. Kabe, C. Adachi*
1565. Synthesis and optical properties of fluorene derivatives bearing S,S-dioxidized
thiophene. T. Nakahama, S. Kobatake*
1566. Dual enhancement of electroluminescence efficiency and operational stability
by rapid utilization of triplet excitons forlight emission. T. Furukawa,
H. Nakanotani, C. Adachi
1567. Conservation laws, radiative decay
rates, and excited state localization in organometallic complexes with strong spinorbit coupling. B. Powell** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
1568. High efficiency blue organic light emitting diodes using thermally activated delayed fluorescence. h. noda, R. Kabe,
C. Adachi
1569. Nano-structured organic light emitting
diode for suppression of roll-off characteristics toward electrically-pumped organic semiconductor laser diodes.
H. Kuwae*, A. Nitta, T. Kasahara,
K. Yoshida, S. Shoji, C. Adachi, J. Mizuno
1570. Enhancement of light out-coupling efficiency for organic light-emitting diodes.
S. Kubo, K. Suzuki, T. Fukushima,
H. Kaji*
1571. Electron coupling and disorder in organic semiconductors. S.R. Kimura,
D. Yoshidome, J.L. Gavartin,
A. Goldberg, M.D. Halls, D. Giesen
1572. Highly efficient solution-processed organic light-emitting diodes using thermally activated delayed fluorescence.
Y. Wada, K. Shizu, K. Suzuki, S. Kubo,
H. Tanaka, C. Adachi, H. Kaji*
1573. Novel bis(thiophenyl)benzothiadiazole
derivatives as highly efficient solutionprocessed non-doped red light-emitting
materials for OLEDs. V. Promarak*
1574. Operational lifetime enhancement in
TADF OLEDs. P.D. Tsang, C. Adachi
1575. Improved efficiency roll-off and lifetime for hybrid white organic light-emitting diodes using triplet harvesting system. S. Lee*, H. Lee, J. Lee, S. Yoon,
Y. Kim1576. Syntheses and physical properties ofcarbazole-phthalonitrile-hybridized lightemitting materials. A. Orita*,
K. Shinohara, Y. Suzuma, T. Nishida,
J. Otera
1577. Study on stable emission of ruthenium
complex for light-emitting electrochemical transistor. M. Nakano*, A. Aoki
1578. Preparation and evaluation of Iridium
complex for light-emitting electrochemical cell. T. Kubo*, A. Aoki
1579. Organic light-emitting diodes exploiting thermally activated delayed fluorescence: Development of a new emittermaterial and the analysis. H. Kaji*,
H. Suzuki, T. Fukushima, K. Shizu,
K. Suzuki, S. Kubo, T. Komino, H. Oiwa,
F. Suzuki, A. Wakamiya, Y. Murata,
C. Adachi
1580. Conjugation-extended fluorene derivatives for OLEDs. H.P. Rathnayake,
A. Cirpan, F.E. Karasz, P.M. Lahti
1581. Solution-processable small moleculebased emitting layers for multicolor
OLEDs. S. Olivier, L. Derue, B. Geffroy,
T. Maindron, E. Ishow*
1582. Theoretical understanding of thermally
activated decay fluorescence property intetrakis(carbazol-9-yl)benzene derivatives. Q. Peng, Z. Shuai, Y. Yi
1583. Solution-processed multi photon
emission type organic light-emitting devices. T. Chiba*, Y. Pu, T. Hikichi,
S. Ohisa, J. KIdo
1584. Improving spectrum purity and brightness of OLEDs based on an open shellradial TTM-1Cz. A. Obolda*, F. Li
1585. Correlation of charge mobility with energetic disorder of host molecules in
p-doped organic semiconductors.
S. Yoo, J. Lee, J. Kim, J. Kim*
1586. Synthesis, characterization, and fabrication of a new series of conjugated lightemitting polymers with high color purity
and brightness. P.K. Iyer, P. Gopikrishna,
D. Das1587. Novel blue naphthalimide derivatives
capable of harvesting triplet excitons via
triplet fusion, and their applications for efficient white organic light-emitting diodes. N. Wang, Z. Lu, Y. Huang, F. Li
Hawaii Convention Center
317B
The Frontiers of Geometrically Frustrated
Magnetic Materials (#430)

Organized by: C. Wiebe, C. Ling,
J. Gardner, H. Zhou

19:00 – 1588. SIKA: A new cold triple axis
neutron spectrometer ideal for studies at
the frontiers of geometrically frustrated
magnetism. J.S. Gardner*
19:40 – 1589. Multiple-q phases in a stacked
triangular antiferromagnetic Heisenberg
model with competing interactions undermagnetic field. S. Tanaka*, R. Tamura,
K. Tanimoto, K. Totsuka
19:55 – 1590. Quantum fluctuations in frustrated organic complexes ␬-(ET)2X.
Y. Shimizu*, A. Ono, M. Itoh, M. Yoshida,
M. Takigawa, M. Maesato, A. Otsuka,
H. Yamochi, T. Hiramatsu, Y. Yoshida,
G. Saito
20:10 – 1591. Designing mutiferroics withfrustrated molecules. C.D. Batista*
20:25 – 1592. Quantum water ice.
O. Benton, O. Sikora, N. Shannon
20:40 – 1593. Population of frustrations in
the 2D XY model of a finite size square
spin ice. K. Nefedev
Hawaii Convention Center
319B
Self-assembled Biofunctional
Nanomaterials (#433)

Organized by: R. Nagarajan, K. Sakurai,
H. Chen
19:00 – 1594. Soft nanotubes for encapsulation, release, and stabilization of proteins.
N. Kameta*, M. Masuda, T. Shimizu
19:20 – 1595. Impact of packing parameterof synthetic amphiphiles in the design ofdrug and gene delivery systems.
M.A. Ilies
19:40 – 1596. Tadpole-shaped polymeric micelle with distinct phase segregation
formed from pDNA, block copolymers,
and chondroitin sulfate. K. Osada*,
Q. Chen, K.M. Takeda, K. Kataoka
20:00 – 1597. Evaluation of dendritic polymers as transfection agents.
J.A. Kretzmann*, C.W. Evans, D. Ho,
B. Garcia-Bloj, P. Blancafort, M. Norret,
K. Iyer
20:20 – 1598. Intracellular delivery of fluorescent nanoparticles self-assembled from acytidylic acid-appended fluorescein dye.
R. Iwaura*, K. Yoshida,
M. Ohnishi-Kameyama
20:40 – 1599. Preparation of phenylboronic
acid-containing framboidal nanoparticles
and their potential application in antioxidant delivery. M. Morisaki*,
A.J. van der Vlies, U. Hiroshi,
U. Hasegawa

Friday Morning
Hawaii Convention Center
313C
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: H. Mattoussi, G. Sereda
8:00 – 1600. Synergistic DNA delivery with
gold-synthetic amphiphile hybrid nanosystems. M.A. Ilies
8:15 – 1601. Impact of nanoparticles on the
spreading of cell aggregates. G. Beaune,
F. Brochard-Wyart, F. Winnik*
8:30 – 1602. Silica-containing redox nanoparticles as nanokidney. Y. Nagasaki*
8:55 – 1603. Self-assembled supramolecularnanosystems for smart targeted therapyof cancer. K. Kataoka*
9:20 – 1604. Unique properties of doublestranded DNA-functionalized nanoparticles. M. Maeda*
9:45 Intermission
10:00 – 1605. Multi-coordinating Amphiphilicpolymers as a platform for functionalizing
metal, metal oxide and semiconductor
nanocrystals. W. Wang, H. Mattoussi*
10:25 – 1606. Biomolecules on gold nanocrystals: Form and function. C. Murphy*
10:50 – 1607. Designed chemical synthesis
and assembly of uniform-sized nanoparticles for medical applications. T. Hyeon

11:15 – 1608. Design of functional nanomaterials by the controlled covalent, coordination, and electrostatic cross-linking.
G. Sereda*, K. Rashwan, J. Keppen,
E. Brakke, A. Fritza, S. Schwabbe,
G. Bertsch, D. Christianson
11:30 – 1609. Silica-enzyme nanohybrids forbiocatalysis. E. Jackson, M. Ferrari,
D. Cazaban, S. Correa, L. Betancor*
11:45 – 1610. Stimuli-responsive magnetic
nanomicelles as multifunctional heat andcargo delivery vehicles. E. Rozhkova*,
V. Rose, V. Novosad
Hawaii Convention Center
316A
Chemistry and Applications of Graphene(#39)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: W. de Heer, J. Huang, D. Li,
A.T. Wee
8:00 – 1611. Ballistic nanostructures for epitaxial graphene nanoelectronics.
W. de Heer*
8:20 – 1612. STM/STS studies of graphene
nanoribbons and MoS2 monolayers.
A.T. Wee*, Y. Huang, H. Huang, L. Li
8:40 – 1613. Some new insights about graphene oxide: To burn or not to burn, todissolve or not to dissolve. J. Huang*
9:00 – 1614. Graphene as a protective layerfor silicon in an aqueous PEC cell.
A.C. Nielander, N.S. Lewis
9:15 – 1615. Micellar electrokinetic chromatography of graphenes. T. Takayanagi*,
M. Morimoto, Y. Tomiyama, T. Yabutani
9:30 – 1616. Modified graphene oxide forelectro-optical switching devices.
M. Kim*, J. Park, G. Scalia, Y. Kim
9:45 Break
10:00 – 1617. Electricity generated by moving water on graphene. W. Guo
10:20 – 1618. Multilayered graphene hydrogel membranes. D. Li
10:40 – 1619. Local recovery of the electricalconductivity of graphene oxide by vacuum-ultraviolet photoreduction. Y. Tu*,T. Utsunomiya, T. Ichii, H. Sugimura
10:55 – 1620. Electrical characterization ofgraphene films synthesized by plasma
treatment under a low carbon concentration. Y. Okigawa, R. Kato, M. Ishihara,
T. Yamada, M. Hasegawa
11:10 – 1621. Influence of the iron oxide
nanoparticles on the electronic propertiesof graphite and few-layers graphene.
M. Quintana*, A. Champi, A. Bazan
11:25 – 1622. Stimuli responsive graphene
dispersions and materials. J. Texter*
Hawaii Convention Center
321A
Nanowires: Synthesis, Fundamental
Properties and Novel Device Applications(#51)

Organized by: T. Yanagida, S. Hara,
S. Jin, P. Yang, R. Agarwal, L. Lauhon,
H. Zheng
Presiding: R. Agarwal, N. Fukata,
T. Yanagida
8:00 – 1623. 3D printed bionic nanomaterials. M. McAlpine
8:30 – 1624. Nanowire devices for manipulation and analysis of DNA, RNA, proteins,and exsomes. Y. Baba
9:00 – 1625. Germanium nanowires-ingraphite tubes via self-catalyzed synergetic confined growth and the Li-storage
performance. C. Wang*, S. Yong*
9:30 Break
9:50 – 1626. Connectivity, memory, andneuromorphic function in nonbiologicalnetworks. J.J. Boland*
10:20 – 1627. Synthesis, characterization,and device fabrication of metal chalcogenides nanostructures for solar andwaste-heat energy conversions.
L. Whittaker-Brooks, A. Rahman
10:30 – 1628. Making graphene nanoribbons: A theoretical exploration.
J. Wang*, L. Ma, F. Ding

10:40 – 1629. Strong diameter dependenceof Seebeck coefficient in thin-films of solution-synthesized PbSe and PbTe nanowires. N. Mishra, M. Jaime, O. Roslyak,
A. Piryatinski, J. Hollingsworth
10:50 – 1630. Perovskite solar cells basedon 3D dendritic anatase titania nanowire
thin films. W. Wu, F. Huang, D. Chen,
Y. Cheng, R.A. Caruso*
11:00 – 1631. First-principles simulation on
sensing properties of silicon carbide andzinc oxide nanowires. K. Nakamura*
11:10 – 1632. Thermal and electrical transport in template fabricated poly(3-hexylthiophene)-multiwalled carbon nanotube
composite fibers. M. Smith*, V. Singh,
K. Kalaitzidou, B.A. Cola
11:20 – 1633. Columnar liquid crystals in
nanochannels of circular and other crosssections. R. Zhang, X. Zeng, Y. Liu,
G. Ungar
Hawaii Convention CenterHalls I, II, III
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Poster Session
10:00 – 12:00
1634. pH dependence of molecular structures of Dawson-type tri-aluminum-substituted polyoxotungstates. M. Aikawa,T. Kashiwagi, C.N. Kato*
1635. Hydration of diphenylacetylene catalyzed by phosphanegold(I) cationic species stabilized with polyoxoanion.
H. ARAI*, T. YOSHIDA, K. Nomiya
1636. Enhanced sensitivity of colour/emission switching of fluorescein film by incorporation of polyoxometalate. L. Bi
1637. Mode of action of decavanadate in biology. D.C. Crans*, M. Aureliano
1638. Elucidation of the fast self-assembly of
the uranyl peroxide cluster U32.
C. Falaise, H. Neal, M. Nyman
1639. Lindqvist polyoxoniobates as aqueous
precursors for lithium niobate thin films.
D. Fast, Y. Hou, L.B. Fullmer,
S.R. Decker, M. Nyman, M. Dolgos
1640. Polyoxometalates to metal oxide thinfilm: the effect of protonation.
L.B. Fullmer, R.H. Mansergh,
L.N. Zakharov, D.A. Keszler, M. Nyman
1641. Rare earth(III) salts diphosphato- anddi(phenylphosphonato)tetraperoxidohexatungstates. D. Shima*,
M. Hashimoto
1642. Assembly of photoactive organicpolyoxometalate complexes.
M.R. Healey, K.M. Davies, C. Ritchie*
1643. Keggin-type platinum(II)-coordinatedpolyoxotungstates: Syntheses, molecular
structures, and photocatalytic performance for hydrogen evolution from water
under visible light irradiation. Y. Ihara,
S. Hattori, K. Aono, R. Yamashita,
C.N. Kato*
1644. Molecular chirality and racemization
behavior of sandwich-type polyoxometallolanthanoates. J. Iijima*, H. Naruke
1645. Reversible structural conversion ofchloride-incorporated dodecavanadates
for release control of the chloride.
Y. Inoue, Y. Kikukawa, Y. Hayashi** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–255

08 – MTLS
1646. Open-Dawson polyoxometalates containing tetraaluminum, tetragallium, anddecaindium hydroxide clusters. Y. Inoue,
S. Matsunaga, O. Takuya, K. Nomiya
1647. Visible-light-responsive multielectron
redox catalysis utilizing electron transferfrom coordinated alcohols to lacunarypolyoxometalates. J. Jeong, K. Suzuki,
K. Yamaguchi, N. Mizuno*
1648. Evaluation of a structural ion fluctuation in Preyssler-type polyoxometalate
salt. C. Kato, S. Nishihara, K. Maryunina,
R. Tsunashima, Y. Tatewaki, K. Inoue
1649. Syntheses, molecular structures, andacid catalysis of organozirconium complexes with Keggin-type mono-aluminum-substituted polyoxotungstates.
S. Kato, T. Ogasawara, C.N. Kato*
1650. Mesoporous ionic crystals constructed with cationic metal complexes(M ⫽ Cr3⫹, Fe3⫹) and anionic polyoxometalates: Importance of water clusters
as templates. R. Kawahara, K. Niinomi,
S. Uchida*1651. Control of composition and structure
in decavanadate-alkylamine hybrid layered crystals. Y. Kiyota, T. Kojima,
H. Naruke, M. Kawano, T. Ito
1652. Syntheses of inorganic-organic hybrid
crystals composed of octamolybdates
and heterocyclic surfactants.
J. Kobayashi, E. Ishikawa, H. Naruke,
S. Koguchi, T. Ito
1653. Cobalt-polyoxometalates as oxidationco-catalysts in photocatalytic H2 evolution. F. Li*, M. Liu, L. Xu
1654. New organic-inorganic hybrid basedon dimeric [Mn2V22O64]10- polyoxoanion.
Y. Lu*, D. Liu, E. Wang
1655. Driving polyoxometalates to dense
thin films: TMA⫹ vs. H⫹. R.H. Mansergh,
L.B. Fullmer, D. PARK, M. Nyman,
D.A. Keszler
1656. Construction of manganese and cobalt cores stabilized in polyoxovanadate
ligands. T. Maruyama, Y. Kikukawa,
Y. Hayashi*
1657. Open-Dawson polyoxometalate containing mixed-valence trimanganese cluster. S. Matsunaga, Y. Inoue, K. Nomiya*
1658. Inorganic anionic cage [␣Si2W18O62]8 – with reversible proton capturing inside the aperture via intramolecular hydrogen bonds. T. Minato,
K. Suzuki, K. Kamata, N. Mizuno*
1659. Synthesis of heterogeneous catalyst
composed of aluminum hydroxide cluster
polycation and [SiV3W9O40]7-.
K. Mizuno, S. Uchida*1660. Controled assembly of polyniobate
chains in solution monitored by SAXS.
P.I. Molina, J. Son, W.H. Casey,
M. Nyman*
1661. Synthesis of heterogeneous catalysts
composed of aluminum hydroxide clusterand [CoW12O40]6-. T. Mura, S. Uchida*1662. MO42– (M ⫽ Mo, W) encapsulating silver(I) ethynide clusters formed by template exchange reactions abstracting
MO42– groups from the Keggin-type polyoxometalates. K. Ohashi, T. Kojima,
T. Ozeki*
1663. Novel phosphonium and ammonium
hexatungstate compounds for the precursor of inorganic photoresists: Synthesis and radiation chemistry. S. Saha*,
J.M. Amador, S.R. Decker,
L.N. Zakharov, D.A. Keszler*
1664. Construction of chiral polyoxometalate/nanoparticle composites toward chirality transfer and enhancement. L. Shi,
L. Wu*
1665. Synthesis and structure of di- andtriphosphato complexes of peroxidovanadate. S. Sorihashi*, M. Hashimoto
1666. Modification of zirconium-substituted
polyoxometalates for peroxidase-like catalysis. Y. Wang*, H. Tan
1667. Liquid-cystalline materials with an inorganic core in mesogen. R. Watanabe,
T. Tsumori, S. Yamada, O. Tsutsumi*
1668. Thermodynamic stability of aqueous
metal clusters: A dynamic approach.
L. Wills, T. Mustard, I. Chang,
P.H. Cheong
1669. Synthesis of novel photochromic polyoxometalate compounds. J. Xu,
M.R. Healey, C. Ritchie

256 –TECHTECHNICAL PROGRAM
1670. Base catalysis of niobate clusters.
S. Yamazoe, S. Hayashi, K. Koyasu,
T. Tsukuda*
1671. Assembly of coordination-adjustable
units to form inorganic-organic hybridized
molecular-scale proton conductors.
H. Zang*1672. Synthesis and characterization of Sbbicapped heteropolyoxoniobate microtube. Z. Zhang*, J. Peng*, W. Zhou*
1673. Paddle-like titanium– oxo– clusters
with salicylic and phthalic ligands.
Q. Zhu*, J. Dai*, J. Hou
Hawaii Convention Center
318A
Two-dimensional Nanosheets andNanosheet-Based Materials: Synthesis,
Characterization, Functionalization andApplications (#95)

Organized by: J. Kawamata, J. Choy,
C. Detellier, H. Zhang, J. Huang, L. Wan
Presiding: C. Detellier, H. Usami
8:00 – 1674. From 2D nanosheet to 3D multifunctional nanohybrids. S. Hwang
8:30 – 1675. Macroscopic hierarchical structures of liquid crystalline inorganic nanosheets. T. Nakato*, Y. Nono, E. Mouri
8:50 – 1676. Cellulose nanomaterials by unconventional ball milling. m. Zhao,
S. Kuga, M. Wu*, Y. Huang
9:10 – 1677. Chromium halide nanosheets –2D insulating ferromagnets for spintronic
application. D. Weber, L.M. Schoop,
A. Kuhn, B.V. Lotsch*
9:30 – 1678. Bandgap-tunable lateral andvertical heterostructures based on monolayer Mo1-xWxS2 alloys. Y. Kobayashi,
S. Mori, Y. Maniwa, Y. Miyata*9:50 Break
10:00 – 1679. Host-guest chemistry of nanospace materials. M. Ogawa
10:30 – 1680. Solvation induced excimer formation in clay-fluorescent dye hybrid systems. Y. Suzuki*, M. Tominaga, Y. Oniki,
J. Kawamata
10:50 – 1681. Excitonic and photoluminescent properties of laterally confined 2D transtion-metal dichalcognides. B.J. Carey
11:10 – 1682. Anisotropic photothermal response of the poly(N-isopropylacrylamide) gel hybridized with liquid crystalline
clay nanosheets aligned by electric field.
N. Miyamoto*, T. Inadomi
11:30 – 1683. Particle size and surface
charge effect of layered double hydroxide
nanoparticles in their surface interaction
with biological substances. J. OH*,
H. Kim, I. Hong, T. Kim
11:55 Closing Remark
Hawaii Convention CenterHalls I, II, III
Luminescent Nanomaterials: Properties,
Mechanisms, and Applications (#101)

Organized by: F. Vetrone, S. Kohei,
D. Ma, W. Huang, L. Huang, X. Peng
Poster Session
10:00 – 12:00
1684. Unconventional white-light emission of
CdSe core quantum dots synthesized atroom temperature. N. NAGASHIMA,
K. KONDOH, T. UWADA, M. Ishikawa*
1685. Fabrication and characterization of asilver mirror planar microcavity with organic dye J-aggregates. H. Mizuno*,
N. Tanijiri, Y. Kawanishi, A. Ishizumi,
H. Yanagi, I. Hiromitsu
1686. Monochromatic and white light LEDs
from carbon nanoparticles. W. Yu*
1687. Multicolor upconversion luminescenceby adding Er3⫹ in ␤-NaYF4:Yb3⫹/Tm3⫹
phosphor. H. Lin, D. Xu, D. Teng,
S. Yang, Y. Zhang*1688. Fluorescence properties of perylenediimide nanoparticles prepared by reprecipitation method. S. SASAKI*, T. Asahi
1689. Fabrication of ZnS-AgInS2 nanoparticles covering on SiO2 particles andcharacterization of their fluorescence
property. Y. Saito, Y. IMURA, H. Endo,
T. Kawai

1690. Glucose-powered antimicrobial system using organic–inorganic assembled
network materials. l. liu
1691. Multiple ZnS coating method for highefficiency Cd-free quantum dot.
T. Fukuda*, T. Kurabayashi,
M. Hishinuma
1692. Sol-gel preparation and luminescence
properties of Mn2⫹-doped Zn2GeO4 and
Li2ZnGeO4 thin film phosphors.
M. Karita, T. Sanada, N. Wada, K. Kojima
1693. Preparation of Tb3⫹-doped Ta2O5 fluorescent, spherical particles by sol-gel
method using W/O emulsion and theircharacterization. S. Oku, T. Sanada,
N. Wada, K. Kojima
1694. Highly efficient upcoversion in
Zn2TiO4: [Er, Yb] phosphor for biomedical
application. S. Yamamoto
1695. Organic fluorescent nanoparticles encapsulating a liquid pyrene.
S. Azeyanagi, K. Hayashi, M. Taki,
Y. Sato, T. Higashiyama, S. Yamaguchi*
1696. Preparation of highly photoluminescent, low cytotoxic small glass particles
incorporating quantum dots. M. Ando*
1697. Synthesis of blue-light emitting alkylpassivated silicon nanocrystals via(HSiO1.5)n sol-gel polymer. Y. Xin,
R. Wakimoto, D. Kajiya, K. Saitow*
1698. Rational design of a conjugated molecule based on donor-acceptor (D-A)
structure as the fluorescent probe to
picric acid. H. Ma*, C. He, F. Li, M. Zhang
1699. Y3⫹ doping effect on phase and sizeof LiGdF4-based upconversion nanoparticles. H. Na, J. Jeong, H. Chang, H. Kim,
K. Mkhoyan, H. Jang
1700. Increasing efficiency of small molecular/polymer hybrid organic semiconductor thin films for light emitting diodes.
H. Kon, C. Kurosawa, Y. Tsuji*
1701. Nonconjugated poly(maleimide-altmethacrylate): Unusual luminescence andion-sensing properties. J. Yan, D. Pan,R. Yang, Y. Xu, L. Wang, M. Yang
1702. Estimation of defect density in oxynitride and nitride photocatalysts by fluorescence lifetime measurement.
N. Koshimizu, C. Izawa, T. Watanabe
1703. High luminescent and size-tunable silicon quantum dots and their applications
for sensing explosives. B. Cho, H. Sohn*
1704. Synthesis and properties of K2TiF6:
Mn4⫹ phosphors by continuous coprecipitation method. C. Kim*, S. Jee,B. Bang, K. Choi1705. 2⫹Fabrication of Sr2MgSi2O7 (SMS):
Eu phosphors by the solid-state reaction and sol-gel process. A. Matsunaga*,
T. Nishiki, R. Asano, T. Kido, K. Matsui1706. Proton-responsive emission properties in cyclometalated iridium(III) complex
film, [IrIII(bdp)3]@Nafion (bdp ⫽ 2,4’-(benzene-1,3-diyl)dipyridine).
H. Kamebuchi*, Y. Fujimura,A. Okazawa, M. Tadokoro, N. Kojima
Hawaii Convention Center
320 Theatre
Functional Molecular Materials and Devices(#128)

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: R. Kato, T. Mori
8:00 Introductory Remarks
8:05 – 1707. Switching of organic superconductivity by electric-field, strain, and light.
H.M. Yamamoto*
8:30 – 1708. Naphtho[2,3-b:6,7b’]dithiophene-4,5,9,10-diimide (NDTI)based organic semiconductors: Fromsmall molecules to polymers.
K. Takimiya, M. Nakano, J. Hu, I. Osaka
8:55 – 1709. N-shaped pi-conjugated materials with high carrier mobility and thermally stable crystal phase in solution
crystallized organic field-effect transistor.
C. Mitsui, M. Yamagishi, K. Yoshimoto,J. Soeda, H. SATO, A. Yamano,
J. Takeya, T. Okamoto

9:15 – 1710. Phosphorescent metal complexes for organic light-emitting application. S. Lo*, R. Wawrzinek, M. Ullah,
K. Muhieddine, P. Koszo, P.E. Shaw,
P.L. Burn, E. Namdas*
9:35 – 1711. Formation of the conductive interface by conjugating electron donor
and acceptor single crystals.
Y. Takahashi, T. Shimada, H. Hasegawa,J. Harada, T. Inabe
9:55 break
10:10 – 1712. Chiral conductors based on
methylated TTF derivatives. N. Avarvari*
10:35 – 1713. When halogen bonding interactions influence the electronic properties of molecular conductors.
M. Fourmigue*, K. Shin, O. Jeannin,
J. Lieffrig
11:00 – 1714. Hydrogen-bonded purely organic conductors based on catecholTTF: Hydrogen-bond-dynamics-based
switching of conductivity and magnetism.
A. Ueda*, S. Yamada, T. ISONO,
A. Hatakeyama, A. Nakao, R. Kumai,
H. Nakao, Y. Murakami, K. Yamamoto,
Y. Nishio, H. Mori
11:20 – 1715. Structural and physical properties of molecular conductors derived
from chiral and racemic ␲-donors.
J. Yamada*, S. Inagaki, S. Sakamoto,T. Kadoya, H. Akutsu
11:40 – 1716. Molecular conductors basedon TMTTP and its related donors.
Y. Misaki*, T. Shirahata, S. Kohno,
Y. Harada, K. Furuta, T. Kawamoto,T. Mori
Hawaii Convention Center
321B
Applications of Ultrasound to Nanoscience(#150)

Organized by: K. Suslick, F. Grieser,
M. Atobe, J. Yu, S. Jeong
Presiding: K. Suslick
8:00 – 1717. Ultrasonic fabrication of composite material. M. Ashokkumar
8:30 – 1718. Innovative ultrasonic technology for production of antibacterial nanoparticles and antibacterial textiles.
A.V. Abramova, V.O. Abramov*,
V.M. Bayazitov, A. Sidorenko
8:50 – 1719. Ultrasonic preparation of gold
nanoparticles from bulk gold source.
D. Huber*, J. Watt, M. Austin
9:10 – 1720. Ultrasound assisted synthesisof nanocomposites for energy and environmental remediation.
N. Bernaurdshaw*
9:40 – 1721. Sonochemical preparation of
nanocarbon supported Pt catalysts forfuel cells. S. Hatanaka*
10:10 Coffee and Bio Break
10:20 – 1722. Application of ultrasound forcrystallization and nanoparticle deposition onto surfaces. J. Lee, N. Perkas,
M. Ashokkumar, A. Gedanken
10:50 – 1723. Fabrication of some mesoporous semiconductors though ultrasonicirradiation at room temperature. c. yu*,
J. Li, J. Yu
11:20 – 1724. Sonochemical synthesis of 2D
nanosheets/noble metal nanocomposites
for electrochemical applications. J. Zhu* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
Hawaii Convention Center
322AB

Hawaii Convention CenterHalls I, II, III

Janus Materials: Design, Fabrication andProperties (#210)

Advances in Bioinspired and Biomedical
Materials (#245)

Organized by: Z. Yang, S. Granick,E. Kumacheva
Presiding: Z. Yang

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: P. Messersmith

8:00 openning
8:05 – 1725. Janus particles for probing andmanipulating immune functions. Y. Yu
8:35 – 1726. Polymer single crystal templated Janus hybrid hairy nanoparticles.
C. Li
9:05 – 1727. Dynamically interacting andself-reconfiguring assemblies of Janus
microcubes: New actuation principles for
microbots and colloidal origami. K. Han,
C. Shields , G.P. Lopez, B. Bharti,
O.D. Velev*
9:35 break
9:50 – 1728. Design and fabrication of Janus
particles from spherical polymeric templates with the assistance of carbon dioxide. Q. Yang*, K. Loos*
10:10 – 1729. Proving the Janus character ofgold nanoparticles by means of infrared
reflection absorption spectroscopy (IRRAS). S.D. Bourone*, C. Kaulen,
U. Simon10:30 – 1730. Microfluidc-assisted synthesisof Janus polymeric microcarriers for dual
drug sustained release. I.U. Khan,
C.A. Serra, N. Anton, T. Vandamme,
I. Kraus, Z. Chang
10:50 – 1731. Induced assembly of asymmetrically-functionalized gold nanoparticles using localized DNA hybridization.
L. Pruden, R. Goldstein, A. Liu,
E. Hulkko, B. Mayukh, V.A. Apkarian,
J.S. Shumaker-Parry
11:10 – 1732. Janus nanomaterials for thermoelectrics: Manipulating the structure ofsulfur based chalcogenides to enhanceenergy conversion efficiency. D. Mott*,
M.S. Singh, K. Gupta, M. Koyano,
S. Maenosono
11:30 – 1733. Computer simulation of selfassembly for soft Janus particles. Z. Sun*
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: J. Liu, S. Maruyama
8:00 – 1734. State-of-the-art science andapplications of carbon nanotubes.
M. Endo*, H. Muramatsu, K. Takeuchi,
T. Hayashi
8:30 – 1735. How we can realize chiralityspecific growth of single-walled carbon
nanotubes using intermetallic compoundnanocatalysts. Y. Li
9:00 – 1736. Toward selective synthesis andapplications of carbon nanotubes.
A.R. Harutyunyan
9:30 – 1737. Quantum chemical simulationsof SWCNT and graphene nucleation withand without catalysts. A. Page
9:50 break
10:10 – 1738. Perfect ultralong carbon nanotube and its application. F. Wei*
10:40 – 1739. Sweet spot in the synthesis ofsingle wall carbon nanotube forests andits relation to their properties.
D.N. Futaba
11:10 – 1740. Modulating diameter of singlewalled carbon nanotubes in alcohol catalytic chemical vapor deposition. R. Xiang,
K. Cui, A. Kumamoto, H. An, T. Inoue,
S. Chiashi, Y. Ikuhara, S. Maruyama
11:30 – 1741. Controllable growth of semiconducting and metallic SWCNTs.
P. Hou, C. Liu, H. Cheng*

Poster Session
10:00 – 12:00
1742. Engineered nanostructures of lipopolysaccharide for investigation and regulation of the activation of dendritic cells.
Y. Liu*, K. Wang, M. Zhang, H. Chen,
J. Li, S. Ross, F. Liu, G. Liu*
1743. Development of injectable chelate-setting ␤-tricalcium phosphate cement with
non-fragmentation property and their material characteristics. K. Nagata,
M. Honda, T. Konishi, M. Aizawa*
1744. Developmental responses of hippocampal neurons on various functionalized surfaces. M. Kim*, H. Moon,
M. Park, J. Park, I. Choi*1745. Poisson ratio of collagen fibrils under
tension. H. Wells*, K.H. Sizeland,
H. Kayed, N. Kirby, A. Hawley, S. Mudie,
R.G. Haverkamp
1746. Preparation of hydroxyapatite-coatedPS plates and culture of human mesenchymal stem cell. R. Suzuki, K. Iijima,
N. Kiyokawa , M. Hashizume1747. Molphology control of polysaccharide
composite hollow fibers using microfluidic techniques. S. Ohyama, K. Iijima,
K. Yuyama, M. Hashizume*1748. Effect of carbonated apatite on osteoclast differentiation of RAW264.
Y. Kuwamura*, N. Horiuchi,
K. Hashimoto, K. Yamashita, A. Nagai
1749. Evaluation of proliferation of fibroblasts on chondroitin sulfate/chitosan
composite films prepared by hot press
techniques. Y. Tsuji, K. Iijima,
A. Kakimoto, R. Ninomiya, T. Iyoda,
F. Fukai, M. Hashizume1750. All-conductive-polymer Interface toelectrically guide neurite outgrowth.
Q. Pan, Y. Zhang, B. Zhu*
1751. Mineralization of hydroxyapatite onto
crosslinked water-based chitosan/chitin
whisker composite nanofibrous scaffold.
A. Pangon*
1752. Development of heparin-modified silk
fibroin for tissue engineered cardiac
patch. R. Kubo*, K. Shimada, R. Tanaka,
Y. Nakazawa
1753. Improvement of cellular compatibility
on titanium surface through a low power
laser irradiation in air. T. Kozuka*,
M. Yamane, N. Ohtsu
1754. Highly ordered 1D fullerene crystals
for concurrent control of macroscopic
cellular orientation and differentiation towards large-scale tissue engineering.
K. Minami*, Y. Kasuya, T. YAMAZAKI,
Q. Ji, W. Nakanishi, J. Hill, H. Sakai,
K. Ariga*
1755. Bioinspired coating of tissue engineering scaffolds in regenerative medicine.
H. Shin*, J. Lee,
S. Madhurakkat Perikamana
1756. Development of a seeded scaffold in
the great omentum feasibility of an in vivobioreactor for esophageal reconstruction.
E. Chung*, C. Park
1757. Characterization of silk fibroin/poly(ethylene carbonate) composite films for
cardiac patches. A. Yonezawa,
Y. Nakazawa, Y. TOMINAGA
1758. Novel chelate-setting cements withvarious calcium-phosphate phases forminimally-invasive treatment of bone disease: Processing, material property, invitro solubility, and biocompatibility.
K. Hazama, K. Nagata, M. Honda,
M. Aizawa*
1759. Structure and strength of neonatal
pericardium for heart valve application.
K. Sizeland*, H. Wells, J. Higgins,
C. Cunanan, N. Kirby, A. Hawley,
S. Mudie, R.G. Haverkamp
1760. Effect of the addition of the vanadium
ion in the property of ␤-tricalcium phosphate ceramics. Y. Sekiguchi

1761. Development of silk fibroin/polyurethane composite materials for degradable
cardiac patch. A. Higuchi, R. Kubo,
A. Asano, C.T. Nakazawa, R. Tanaka,
K. Shimada, T. Kameda, Y. Nakazawa
1762. Modification of gelatin nanofiber withgenetically engineered growth factor.
K. Toyonaga*, Y. Mashimo, M. Mie,E. Kobatake
1763. Fabrication of ␤-tricalcium phosphate
ceramics substituted with silicon.
K. Hashimoto*, H. Shibata
1764. Preparation of a sintered body of␤-Ca2SiO4/␤-NaCaPO4 solid solution as
new bioceramics. I. WATANABE*,
H. Shibata, K. Hashimoto
1765. Tailoring micrometer-long high-integrity 1D array of superparamagnetic nanoparticles in a nanotubular protein jacket
and its lateral magnetic assembling behavior. S. Sim, D. Miyajima, T. Aida
1766. Initiation of enzyme-catalyzed polymerization by the chemical structural transformation of the substrates. T. Waga,
Y. KIKKAWA, K. Hiratani, H. Endo,
T. Kawai
1767. Development of RGD containing hydrophobic extracellular matrix for smallcaliber vascular grafts. N. Nishioka*,
Y. Mashimo, M. Mie, E. Kobatake
1768. High speed water transport on open
channels controlled by arrangement ofstructures. K. Muto, S. Ito, D. Ishii
1769. Expression and purification of a functional silica binding protein fused with
RGD motif for neural tissue engineering.
M. Yang*, W. Chen, A. Masroujeh,
A. Augustine, C. Tsai, Y. Chen-Yang*
1770. Novel chemoembolization on the basisof porous calcium-phosphate microspheres prepared by salt-assisted ultrasonic spray-pyrolysis technique.
M. Aizawa*, S. Yabu, K. Yano,
M. Matsueda, M. Honda, M. Emoto
1771. Design and synthesis of artificial
TRAIL mimics based on C3-symmetricand luminescent iridium complexes.
A.A. Masum, H. Tanaka, N. Suzuki,
Y. Hisamatsu, S. Aoki
1772. Antimicrobial peptide stars: The roadto discovery and development. S. Lam,
N. O’Brien-Simpson, N. Pantarat,
A. Sulistio, E. Wong, A. Blencowe,
E. Reynolds, G.G. Qiao*
1773. Mussel-inspired, facile antibacterial
coatings onto various substrates. D. Kim,
J. Moon, S. Song, J. Choi*, W. Cho*1774. Cell-instructive bioactive hydrogel withmicrochanneled piezoelectric membrane.
S. Cho, M. Lee, H. Kong, J. Jeong*1775. Cellular responses of osteoblasts tonitrogen-doped hydroxyapatite ceramics:
Cell attachment, proliferation, morphology, differentiation, and calcification.
R. Namiki, R. Umeda, R. Hashimoto,C. Izawa, M. Nakamura, M. Honda,
T. Watanabe, M. Aizawa*
1776. Cellular evaluation of beat-tricalcium
phosphate doped with potassium or sodium. A. Muto*, H. Shibata,K. Hashimoto
1777. Worm-inspired microneedle patches
for enhanced adhesion and controlled release of drugs. K. Seong, Y. Hwang,
S. Yang*1778. Fabrication of vascular endothelial
growth factor-loaded apatite-fiber scaffolds with enhanced mechanical property
and their biological evaluation.
S. Yasuda, M. Honda, M. Nagaya,
Y. Asano, K. Nakano, H. Nagashima,
M. Aizawa*
1779. Development of angiogenic peptides/silk fibroin sheet for coronary vascularization. K. Takahama, K. Shimada,
R. Shimada, A. Yonezawa, R. Tanaka,
S. Nemoto, Y. TOMINAGA, T. Kameda,
Y. Nakazawa
1780. Clarification of interaction of denatured protein on artificial dialysis membrane. Y. Chikayama*, Y. Ueno,
H. Takahashi, M. Yamada, . Fujieda,
K. Hayashi, H. Nakamura
1781. Novel Al-rich microtubular sheaths
produced by an Fe-oxidizing bacterium,
Leptothrix, in culture. K. Tamura,
T. Kunoh, H. Kunoh, J. Takada*

1782. Mussel-inspired, self-healing polyurethane elastomers blended with poly(dopamine methacrylate). S. Song*, Y. Tang*,
X. Qu*, Z. Yang*, J. Huang*
1783. Dopamine as a new tanning molecule
for mandible development in grasshoppers. K. Lee, H. Lee*
1784. New molecule in self-assembled
monolayer for super-hemophilic modification of platinum surfaces. H. Lee,
I. Song, H. Lee*
1785. Repairable and stimuli-responsive catecholamine film inspired by insect cuticular melanization. Y. Wang, H. Lee*
1786. Theoretical study of the interaction ofaminoglycosides and gold complexes
with different sequences of HIV ARN molecules. P. Francisco Santiago*,
B. Molina Brito, J. Soto Mercado,
L. Sansores Cuevas
1787. Construction of bFGF-tethered ECM
for tissue engineering. C. Suttinont*,
Y. Mashimo, M. Mie, E. Kobatake
1788. Antibacterial behaviors of Ag-contained apatite coating on titanium substrate fabricated using calcium-phosphate slurry. Y. Kakuchi*, M. Hirano,
M. Komata, N. Ohtsu
1789. Antimicrobial and antibiofilm activities
of cellobiose dehydrogenase functionalized polydimethylsiloxane. B. Thallinger*,
M. Brandauer, K. Gitschtaler,
C. Sygmund, R. Ludwig,
G.S. Nyanhongo, G.M. Guebitz
1790. Intracellular acidity-responsive polymer– drug conjugates for malignancy
therapy. X. Zhuang*, J. Ding, X. Chen
1791. Construction of a molecular logic gate
inspired by polymerase chain reaction.
T. NOJIMA*
Hawaii Convention Center
319A
Self-organization of Membrane Systems(#259)

Organized by: D. Sasaki, K. Morigaki,
I. Koeper
Presiding: D. Sasaki
8:00 – 1792. Applications of artificial lipidanchored proteins to study membraneprotein behavior in vivo and in vitro.
J.R. Silvius*
8:30 – 1793. Membrane deformation determined by intracellular viscosity.
K. Fujiwara, M. Yanagisawa
8:50 – 1794. Role of protein crowding inshaping and organizing cellular membranes. J. Stachowiak*
9:20 – 1795. Enhanced order of lipid bilayer
by n-alkane. M. Hishida*, A. Endo,
R. Yanagisawa, K. Nakazawa,
Y. Yamamura, K. Saito
9:40 – 1796. Controlling membrane dynamics by tuning the hydrophobic mismatch.
M. Nagao*, E.G. Kelley, R. Ashkar,
R.D. Bradbury, K. Wood, A.C. Woodka,
X. Zuo, P.D. Butler
10:00 – 1797. Applications of model membrane architectures. S.G. Boxer*
10:30 – 1798. The phage endolysin PlyC
penetrates bilayer membranes after
docking to phosphatidylserine.
M. Barros, F. Heinrich, T. Vennemann,
M. Lösche*, D. Nelson* Principle Author

Photographing of presentations
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obtained from the symposia
organizers and individual
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2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–257

08 – MTLS
10:50 – 1799. Magnetically directed 2D crystallization of membrane proteins in block
copolymers. S. Klara, P. Saboe, I. Sines,
M. Kumar, M.S. Mauter
11:10 – 1800. Osmotic stress induced stochasticity in E.coli synthetic gene network. S. Muralidharan*, G. Balandaram,
N. Srividya, A. Peasley
11:40 – 1801. Chiral recognition of L-aminoacid on liposome prepared by L-phospholipid. T. Ishigami, K. Suga,
Y. Okamoto, H. Umakoshi*
Hawaii Convention Center
318B
Advanced Materials for Photonics andElectronics: Fundamentals andApplications (#308)

Organized by: R. Morandotti, D. Moss,
F. Omenetto, N. Tsutsumi, K. Alamgir,
K. Char, A. Facchetti
Presiding: R. Morandotti
8:00 – 1802. Highly aligned lamellar block
copolymer films for high energy-density
electrostatic capacitors. S. Samant,
C. Grabowski, K. Kisslinger, M. Durstock,
A. Karim*
8:30 – 1803. Decipher supramolecular nanocomposite toward functional material.
T. Xu
9:00 – 1804. Neutron crystal structure analysis of stilbazolium derivatives for developing nonlinear optical materials with low
terahertz-wave absorption.
T. Matsukawa*, Y. Yoshida,
A. Hoshikawa, S. Okada, T. Ishigaki
9:20 – 1805. Selective noncontact modification of morphology and chain orientationin conducting polymers by femtosecond
laser writting. H. Lee, S. Chae, S. Lee,
J. Choi, H. Kim
9:40 – 1806. OBDD-forming block copolymer for a photonic crystal: Effect of particle distortion on SAXS studied byparacrystalline theory and self-consistent
field theory. S. Okamoto*, K. Nomura
10:00 break
10:10 – 1807. Observation of significantly increased Rayleigh scatter in UV-exposed
optical fiber and its application in distributed sensing. S. Loranger*, M. Gagne,
V. Lambin Iezzi, R. KASHYAP
10:40 – 1808. Development of high-refractive index titanate-silk nanocomposites
for biopolymer-based optical devices.
G. Perotto, F. Omenetto, A. Martucci
11:00 – 1809. Theoretical study of 3D nanooptical assembling. T. Iida*, M. Tamura
11:20 – 1810. Investigation of grating-coupled SPR enhanced organic photovoltaic
cells fabricated by pressure-less nanoimprinting technique. S. Nootchanat*,
A. Pangdam, R. Ishikawa,C. Thammacharoen, K. Shinbo, K. Kato,
F. Kaneko, N. Tsuboi, S. Ekgasit,
A. Baba*
11:40 – 1811. Understanding the effect ofhydrogen passivation of impurities in solution processed metal oxide thin film.
J.C. Ramos, L. Feixiang, C. Perkins,
D. Park, Y. Huang, E. Garfunkel,
D.A. Keszler
Hawaii Convention Center
319B
Membranes and Nanotechnologies forEnergy and Environment Applications(#317)

Organized by: H. Park, B. Freeman,
B. McCloskey, J. McGrath, A. Hill,
A. Higuchi, Y. Lee
8:00 – 1812. High free volume polymer
membranes for gas separation.
P.M. Budd*
8:30 – 1813. Role of adaptive porous frameworks in anti-aging mixed matrix membranes. C. Lau*, S. Smith, K. Konstas,
A. Thornton, A.J. Hill, M.R. Hill
8:50 – 1814. Microporous polyimides incorporating Tröger’s Base for membrane gas
separation. M.D. Guiver, Y. Zhuang,
J. Seong, Y. Do*, H. Jo, Y. Lee

258 –TECHTECHNICAL PROGRAM
9:10 – 1815. Ladder-structured polysilsesquioxane-based hybrid membranes forgas separations. J. Lee*, S. Park, A. Lee,S. Hwang
9:30 – 1816. High-performance triptycenebased gas separation membranes.
I. Pinnau*, B. Ghanem, R. Swaidan,
E. Litwiller
9:50 – 1817. New membranes and membrane unit operations for a process intensification strategy. E. Drioli,
F. Macedonio
10:20 – 1818. Advanced polymeric membrane for gas separation. K. Nagai*
10:40 – 1819. Surface modification of nanoporous polysulfone ionomers for VRFB
applications. B. Gindt, Z. Tang,
D.G. Abebe, T. Zawodzinski, T. Fujiwara*
11:00 – 1820. Recent developments to describe and predict gas solubility and permeability in glassy polymeric membranes. G.C. Sarti*
11:20 – 1821. Architecturing molecular cavities in iptycene-containing polyimide
membranes for gas separation. R. Guo*,
S. Luo, J. Wiegand, Q. Zhang, G. Kline
11:40 – 1822. New use for MOFs: Stopping
physical aging in glassy polymers for exceptional separation performance.
M.R. Hill*, C. Lau, A.J. Hill, K. Konstas,
R.D. Noble, C.M. Doherty, D. Gin,
T.J. Bastow
Hawaii Convention Center
316C
Ceramic Materials and Processing for
Advanced Applications (#341)

Organized by: F. Rosei, A. Vomiero,Y. Tachibana, C. Raston, H. Zhang
8:00 – 1823. Interfacial nanoengineering of
perovskite solar cells based on
CH3NH3PbI3 and HC(NH2)2PbI3. N. Park
8:30 – 1824. Charge separation and recombination dynamics at TiO2/Perovskite/
OMeTAD interfaces. M. Liu, S. Makuta,
M. Endo, A. Wakamiya, Y. Tachibana*
8:50 – 1825. Toward efficient perovskite solar cells: Development of new chargetransporting materials and surface treatment of lead halide perovskite layer.
A. Wakamiya*, H. Nishimura,
N. Maruyama, A. Shimazaki, Y. Nakaike,
M. Endo, T. Aharen, Y. Murata
9:10 – 1826. Panchromatic dye-sensitizedsolar cells for spectral splitting photovoltaics using lead halide perovskite solar
cells. T. Kinoshita*, S. Uchida,
H. Segawa
9:30 coffee break
9:50 – 1827. Organo lead halide perovskite
for high efficiency solar cells and optoelectronic devices. T. Miyasaka*
10:20 – 1828. Electronic and energetic landscape of perovskite solar cell: A microwave conductivity study. A. Saeki
10:40 – 1829. Investigation of surface treatment for stable and efficient planar heterojunction perovskite solar cells.
L. Cojocaru*, S. Uchida, J. Nakazaki,
T. Kubo, H. Segawa
11:00 – 1830. Planar heterojunction perovskite solar cells using sequential vacuum deposition method for high stability
and low-cost. K. Yamamoto,
M. Shahiduzzaman, Y. Furumoto,T. Kuwabara, K. Takahashi, T. Taima*
11:20 – 1831. Controlling charge recombination dynamics by modifying conjugatedpolymer/ZnO nanocrystal interface for hybrid solar cell applications. M. Liu,
Y. Tachibana*, W. Li,
M. Purushothaman, Z. Ma, J.S. Chen,
S.K. Matta
11:40 – 1832. PbS quantum-dot/ZnO nanowire solar cells yielding high efficiency inthe near-infrared region and long-term
stability. H. Wang*, T. Kubo, J. Nakazaki,
H. Segawa

Hawaii Convention Center
317B
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
Presiding: D. Perepichka
8:00 Introductory Remarks
8:05 – 1833. Molecular self-assembly ongraphene and graphite: From fundamentals to applications. S. De Feyter*
8:35 – 1834. Surface chirality: Origin, propagation, and amplification. D. Wang,
T. Chen, l. Wan
9:05 – 1835. On surface tailoring of 1- and2D supramolecular structures via hydrogen bonding. N. Schmidt*, M. Enache,
I. Georgiou, L. Maggini, D. Bonifazi,
M. Stoehr
9:25 – 1836. Diverse 2D patterns in supramolecular block copolymer thin films by
dip-coating. C. Bazuin*, S. Roland,
C. Gamys, J. Grosrenaud, J. Vapaavuori,
R.E. Prud’homme, C. Pellerin
9:45 Coffee Break
10:00 – 1837. Organized metal nanoparticle
assemblies by block copolymer templating. A.M. Ritcey, J. Lemineur
10:20 – 1838. Multi-component 2D self-assemblies at the liquid/solid interface via
optimization of multiple intermolecular interactions using designed trigonal molecular building blocks. K. Tahara,
K. Nakatani, K. Katayama, S. De Feyter,Y. Tobe10:40 – 1839. Competing sergeant-soldiersand host-guest chirality induction pathways at the liquid-solid interface.
K.S. Mali*, E. Ghijsens, Y. Fang,
O. Ivansenko, H. Cao, K. Tahara, Y. Tobe,
S. De Feyter
11:00 – 1840. Redox non-innocent ligand
design for two and three electron oxidations of single-site metal centers at surfaces. S.L. Tait*
11:30 – 1841. Supramolecular organisationon layered semiconductors and insulators. V. Korolkov, A. Summerfield,
J. Kerfoot, S. Svatek, N. Besley,
N. Champness, L. Yang, K. Watanabe,
T. Taniguchi, P. Beton
Hawaii Convention CenterHalls I, II, III
Multi-scale & Synergistic Supramolecular
Systems in Material and Biomedical
Sciences (#357)

Organized by: S. Aoki, H. Chiu, K. Soga,
N. Gianneschi, X. Bengang
Poster Session
10:00 – 12:00
1842. Wavelengths dependence of photo-induced reactions of hybrid systems of chiral Schiff base Cu(II) complexes.
N. Yoshida*, T. Akitsu
1843. Synthesis of self-propelled protein microtubes. S. Kobayakawa, T. Komatsu*
1844. Enhanced red upconversion luminescence of NaYF4:Yb3⫹, Er3⫹ nanoparticles
by Mn2⫹ doping for photodynamic therapy. A. Omoto*, M. Kamimura, H. Chiu,
K. Soga
1845. Induced CD from chiral Schiff basecomplexes involving azo-group to gold
nanoparticles. Y. Tsutsumi, T. Akitsu
1846. Photodynamic activities of human serum albumin-metalloporphyrin complex.
M. Akiyama*, T. Komatsu
1847. BODIPY derivatives with fluorescenceability responding to environmental polarity and heavy metal ions. Y. Gobo,
G.J. Richards, M. Yamamura,
T. Nabeshima
1848. Synthesis of [3]rotaxanes which consist of one ring and two axles.
Y. Yamashita*, Y. Mutoh, R. YAMASAKI,
T. Kasama, S. Saito
1849. Design and synthesis of light and redox reaction-driven molecular shuttles.
M. Karasaki, A. Ota, T. Tanaka, S. Aoki

1850. Synthesis and anticancer activity ofdoxorubicin-loaded DNA nanotubes.
C. Yamada, M. Akiyama, T. Komatsu*
1851. Synthesis of rotacatenanes using transition metal catalysis and metal-templateapproach. R. Hayashi*, K. Wakatsuki,
P. Slavik, R. YAMASAKI, Y. Mutoh,
T. Kasama, S. Saito
1852. Tracking of cancer metastasis in living
mice with rare-earth-doped ceramic
nanophosphors by over-1000 nm (OTN)
near-infrared fluorescence imaging.
R. Fukushima, M. Kamimura, S. Hayashi,
T. Ono, S. Murakami, H. Akiyama,
F. Tashiro, K. Soga
1853. Synthesis of disaccharide nucleosides
by the chemical O-glycosylation of natural nucleosides with thioglycoside donors. T. Itoh, T. Fukumoto, M. Kurihara,
S. Saito, S. Komabiki, S. Aoki
1854. Classification of the crystal structuresof [Ni(dmit)2] salts of alkyl hexyldimethylammonium of various alkyl chain length.
R. Suzuki
1855. Allosteric guest binding of octaphosphonate biscavitands. D. Shimoyama,
H. Yamada, T. Ikeda, R. Sekiya, T. Haino*
1856. Development of calixarene-based hostmolecules capable of binding histone tail
peptide. Y. Kajiki, N. Tochio, J. Uewaki,
S. Tate, T. Haino*
1857. Design, synthesis, and reactivity of supramolecular complexes formed by selfassembly of multinuclear zinc complexes,
functionalized organic building blocks,
and metals. Y. Hisamatsu, M. Miyauchi,
K. Yoneda, Y. Miyazawa, S. Aoki
Hawaii Convention Center
316B
Materials for the Mitigation of Chemical
Hazards (#388)

Organized by: J. DeCoste, G. Peterson,
J. Becker, M. Biggs, L. Croll, K. Walton
Presiding: J. DeCoste
8:00 – 1858. Co-adsorption of organic andinorganic compounds on activated carbons. P. Lodewyckx*
8:30 – 1859. Reaction analysis on the removal of aromatic sulfonates from aqueous solution by Mg-Al oxide.
M. Umetsu*, T. Kameda, T. Yoshioka
8:50 – 1860. Impregnated activated carbons
vs. highly porous inorganic materials for
toxic gas removal. J. Dahn*, M. Rankin,
X. Ma, J. Smith, M. McDonald,
J. Romero, L. Croll
9:20 – 1861. Effectiveness of Mg-Al layered
double hydroxide to remove arsenic fromwaste water. M.T. Rahman*, T. Kameda,
T. Yoshioka
9:40 – 1862. Modification of fibers withnanostructures for chemical defense.
T. Glover, K. West, M. Bunge
10:10 Break
10:20 – 1863. Removal of boron and fluoride
by means of adsorption process withmagnesium oxide: Availability assessment. y. yamamoto*, T. Kameda,
T. Yoshioka
10:40 – 1864. Sensing, decontamination,and filtration by the multifunctional zirconium hydroxide. G. Peterson*, J. Rossin* Principle Author

Photographing of presentations
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08 – MTLS
Hawaii Convention Center
314
Design of Innovative Photochromic
Applications (#399)

Organized by: J. Abe, T. Kawai,
Y. Yokoyama, N. Branda, F. Raymo,
W. ZhuPresiding: N. Branda
8:00 – 1865. Photochromic triangle terarylenes: Efficient photo- and electro-reactions. T. Kawai*
8:20 – 1866. Photoswitching interlocked
molecule construction and dynamic intermolecular communication.
N.D. McClenaghan*, A. Tron,
R. Bofinger, J. Thevenot,
S. Lecommandoux, J. Tucker
8:40 – 1867. Sensing or actuating with photochromic dyes. C. Coudret*,
J. MICHEAU, J. VALLET
9:00 – 1868. Photocytotoxicity of photochromic diarylethenes. K. Uchida*,
K. Sumaru, J. Okuda, R. Kodama,
K. Morishita, T. Kanamori, S. Yokojima,
S. Nakamura
9:20 – 1869. Azobenzene photoswitching asa tool for controlling nanoscale morphology in dip-coated block copolymer thinfilms. J. Vapaavuori*, J. Grosrenaud,
C. Pellerin, C. Bazuin
9:40 Break
9:55 – 1870. Photochemical control of static
charge using spiropyran-functionalizedpolymers. S.W. Thomas*
10:15 – 1871. Computational study of thephotochromism of nitrospiropyran andmerocyanine. M. Mayes
10:35 – 1872. Pushing the absorption ofphotochromic diarylethenes into the near
IR: The use of quinoidal units for a modular approach to advanced materials.
D.G. Patel, D. Carter, F. Novak, S. Myers
10:55 – 1873. Red, far-red, and near infrared
photoswitches based on azonium ions.
M. Dong, A. Babalhavaeiji, A. Woolley*
11:15 – 1874. Single particle and ultrafast
spectroscopy of new photochromic
nanoparticles. M. Sliwa*, B. Debus,
R. Bernex, C. Ruckebusch, C. Pavageau,
R. METIVIER, P. Yu, H. Miyasaka, J. Abe
11:35 – 1875. Photon-working switches involving hydrogen bonds. Y. Yokoyama*
11:55 Closing
Hawaii Convention CenterHalls I, II, III
Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: Z. Ye
Poster Session
10:00 – 12:00
1876. Electronic state of Pd nanoparticles
supported on ferroelectric BaTiO3 particle studied by in situ X-ray absorption
fine structure. T. Yoshida, J. Kano,
N. Oshime, S. Hinokuma, K. Kato,
K. Nitta, m. Mizumaki, N. Ikeda, T. Fujii,
T. Ohkubo, T. Ueda
1877. Temperature dependent study on thevisible emission in ferroelectric nanotubes. Y. Lee*, S. Bu
1878. Effect of silver niobate substitution on
structures and electrical properties of sodium potassium niobate thin films. X. Li*,X. Wu
1879. Phase formation, dielectric loss, andferromagnetic properties in multiferroic
PFN-PZT ceramics.
P. Amonpattaratkit*, P. Jantaratana,
N. Vittayakorn, S. Ananta1880. High frequency tunable property ofBa(ZrxTi1-x)O3 films grown by reactive
sputtering. J. Kim*
1881. Ferroelectric and magnetic properties
of Bim⫹1Ti3Fem⫺3O3m⫹3 thin films.
T. Jia*, H. Kimura, Z. Cheng, H. Zhao
1882. Preparation of high-quality single crystal and spin flop of multiferroic Co4Nb2O.
S. Cao*, J. Zhang, W. Ren

1883. Ferroelectric properties of perovskite
0.93PZN-0.07BT ceramics fabricationfrom two-stage reactive sintering technique. P.N. Pakawanit*,
D.N. Ngmjarurojana, D.N. Rugmai,
D.N. Ananta1884. High piezoelectricity in (K,Na)(Nb,Sb)O3-(Bi,La,Na,Li)ZrO3 lead-free ceramics. L. Jiang*
1885. Enhanced sensitivity in magnetoelectric laminated composite sensors basedon ME nonlinearity. J. Ma, J. Jiao,
C. Fang , H. Xu, D. Lin, S. Wang, X. Zhao,
H. Luo1886. Electrical properties of chemical solution deposited K0.5Bi4.0M0.5Ti4O15(M⫽Tb, Yb and Lu) thin films. S. Kim*,
C. Raghavan, J. Kim, J. Choi

Friday Afternoon
Hawaii Convention Center
317A
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: E.E. Nesterov, M. Samal
13:00 – 1887. Excited state behavior of organic metal halide perovskite films and its
influence on photovoltaic properties.
P.V. Kamat*, J. Manser
13:25 – 1888. Nanopatterning of plasmonicnanostructures for silicon surface functionalization via block copolymer self-assembly. J.M. Buriak*, F. Liu, E.J. Luber
13:50 – 1889. Real-time chemical imaging of
single nanoparticles by photothermal microscopy. B. Dragnea*
14:15 Intermission
14:30 – 1890. Unusual electrocatalytic activity trend for PdxAu140-x@Pt (x ⫽ 0 to 140)
core@shell nanoparticles for adsorbed
CO oxidation. L. Luo, L. Zhang,
G. Henkelman, R.M. Crooks*
14:55 – 1891. Near-infrared fluorescent conjugated polymer “core-shell” nanoparticles. C.A. Chavez, T.E. Karam,
L.H. Haber, E.E. Nesterov*
15:10 – 1892. General and robust strategies
to monodisperse nanoparticles and nanorods with unprecedented control overdimensions, compositions, and architectures. Z. Lin*, X. Pang
15:25 – 1893. Graphene oxide coupled
metal oxide nanosheets incorporatingsmall organic molecules for n-type and ptype field effective transistors (FETs).
M. Samal*, N. Barange, K. Yun
15:40 – 1894. Binary nanocolloidal crystals:
Preparation, characterization, and applications. Y. Sakamoto*
15:55 – 1895. Preparation of highly dispersive hollow silica particles using vesicle
template method. H. Sakai*, T. Ohki,
H. Sohma, T. Ogura, T. Endo, K. Torigoe,
K. Sakai, M. Abe
16:10 – 1896. Surface enhanced NMR spectrosopy for the characterization of nanoparticle surfaces. A. Rossini, L. Piveteau,
L. Protesescu, M. Valla, A. Lesage,
M.V. Kovalenko, C. Copéret, L. Emsley
16:25 – 1897. Boron- and gadolinium-richnanoparticles for neutron capture therapyof cancer. I. Zharov
Hawaii Convention Center
317B
Nanocrystal Synthesis, Characterization,
Assembly and Applications (#34)

Organized by: R. Tilley, S. Skrabalak,
T. Hyeon, T. Nann, T. Adshiri
13:00 – 1898. Multishelled metal oxides hollow microspheres: Synthesis and applications. J. Wang, H. Ren, R. Yu, H. Zhao,
D. Wang
13:40 – 1899. Effect of ligands on chargetransfer dynamics in hybrid polymer:
quantum dot photovoltaics. R. Brutchey*

14:00 – 1900. Shape, electronic structure,and steric effects of organometallic nanoparticles: A theoretical chemistry point ofview and its consequence for catalysis.
L. Cusinato, I. del Rosal, R. Poteau*
14:20 – 1901. Perovskite nanocrystals: Hydrothermal synthesis and atomic-scale
structural characterization. H. Wu, L. Li,
S. Zhou, J. Zhu, Z. Liu, X. Zhu*
14:40 – 1902. Luminescent silicon nanocrystals: The role of surface groups.
M. Dasog, J. Veinot*
15:00 – 1903. Molecular clusters as superatoms in solid-state chemistry. X. Roy*,
M.L. Steigerwald, C. Nuckolls, T. Siegrist
15:20 – 1904. Rational design and synthesisof iron-oxide-based high-performance
MRI contrast agents. Z. Zhao, Z. Zhou,
L. Wang, J. Gao
15:40 – 1905. Dimensional optical propertyof self-assembled metallic nanoparticles.
K. TAMADA*
16:00 – 1906. Controllable synthesis of
metal and Metal@Semiconductor hybrid
nanoparticles with highly tunable plasmonic absorption properties. C. Li,
T. Zhang, Y. Sun, J. Li
16:20 – 1907. Revisiting an old debate: Whatis the origin of photoluminescence in Si
nanocrystals. R. Sinelnikov*, M. Dasog,
A. Meldrum, J. Veinot
Hawaii Convention Center
316A
Chemistry and Applications of Graphene(#39)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: B. Hong, J. Kong, Y. Liu,
H. Zhang
13:00 – 1908. Functionalized, heterogeneous carbons: From fundamental properties to new applications.
C.W. Bielawski
13:20 – 1909. Controllable growth of highquality graphene by a chemistry vapor
deposition. Y. Liu
13:40 – 1910. Time evolution of nanobubbles in graphene liquid cells: In-situ
TEM study. B. Hong*, D. Shin, J. Park,
S. Cho
14:00 – 1911. Covalent modification of graphene nanoribbons with a reactive BODIPY complex. A.J. Way, M. Waterland,
S. Telfer, N. Lucas
14:15 – 1912. Adsortpion of NO and CO
molecules at the edge of graphene uisng
DFT calculation. A. Ishii*
14:30 – 1913. Immobilized Co(II) on porousgraphene aerogels: Electrocatalytic activity. s. bagheri
14:45 Break
15:00 – 1914. Chemical vapor deposition
synthesis of graphene and related 2D
materials. J. Kong
15:20 – 1915. Warped nanographenes andsoluble graphene nanoribbons.
L.T. Scott*15:40 – 1916. Synthesis and applications ofnovel 2D nanomaterials. H. Zhang*
16:00 – 1917. Green, facile, and high-yield
synthesis of dimension-controllable graphene oxide nanoribbons. W. Chiang,
Y. Li
16:15 – 1918. Ge vapor assisted catalytic
growth of single layer graphene on silicon
dioxide substrate. J. Lee, M. Kim, J. Lim,
S. Jung, S. Hwang, D. Whang
16:30 – 1919. Direct synthesis of sub-10 nm
graphene nanoribbons with smooth armchair edges on Ge(001). R. Jacobberger,
B. Kiraly, M. Fortin-Deschenes,
P. Levesque, K. McElhinny,
R. Rojas Delgado, S. Singha Roy,A. Mannix, M. Lagally, P. Evans,
P. Desjardins, R. Martel, M.C. Hersam,
N. Guisinger, M.S. Arnold*

Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: Y. Li
13:00 – 1920. Computational approach to giant POMs and new POCATs. C. Bo*,
N. Bandeira, D. Melgar
13:25 – 1921. Hydrogen-bonded trimer ofmethylated molybdoplatinate. J. Imai,
T. Ozeki, A. Yagasaki*
13:45 – 1922. Zr-cluster substituted poly(polyoxometalate)s made by synergistic
structure-directing roles of lacunary fragments under hydrothermal conditions.
G. Yang*
14:05 CSMC-Flash poster-3
14:15 – 1923. All-inorganic metallacrowns byheteropolyoxovanadates. Y. Hayashi
14:35 – 1924. Turning up the heat on reductive polyoxometalate synthesis: Benefitsof COST action CM1203 (PoCheMoN).
J. Errington*, Y. Duan, W. Salomon
14:55 – 1925. Interconversion among neutral
vanadium(V) oxo cluster complexes bychanging the solvent systems.
S. Kodama*, N. Taya, Y. Ishii*
15:15 – 1926. Experimental and in silico investigation of Nb/Ta substituted isopolytungstates. P.I. Molina*, P. Miro,
D.J. Sures, L.N. Zakharov, T. Heine,
M. Nyman*
15:35 – 1927. Synthesis and application ofmolybdenum oxides containing polyoxomolybdate building units. M. Sadakane*,
W. Ueda15:55 – 1928. Niobium POM speciation inacid. D. PARK*, S. Goberna Ferron,
M. Nyman, D.A. Keszler
16:15 – 1929. Inorganic-organic hybrid assembled materials based on block copolymers and polyoxometalates. H. Wei,
N. Shi, J. zhang, X. Wan*, J. Zhang*
16:35 – 1930. Polyoxometalate mediated oxidative transformations. R. Neumann
Hawaii Convention Center
321B
Luminescent Nanomaterials: Properties,
Mechanisms, and Applications (#101)

Organized by: F. Vetrone, S. Kohei,
D. Ma, W. Huang, L. Huang, X. Peng
13:00 – 1931. Fluorescence of graphene oxides and their applications in biosensing.
N. Wu*
13:40 – 1932. Controlling the electronic
properties of 2D MoS2 through thiol functionalization. E.P. Nguyen*, T. Daeneke,
B.J. Carey, K. Kalantar-zadeh,
S. Zhuiykov
14:00 – 1933. Ultrasonic modulation of photoluminescence in atomically thin molybdenum disulphide. A. Rezk, B.J. Carey
14:20 – 1934. Metal-containing nanomaterials with biocompatible luminescence
properties: devising luminescent nanoparticles for biomedical imaging.
K. Sorasaenee*, C. Blumenfeld,
P. Promdet, B. Rodriguez, A. Henry,
G.E. Fernandez, D. Koos, R.H. Grubbs,
J. Galan-Mascaros, H.B. Gray

* Principle Author

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TECH–259

08 – MTLS
14:40 – 1935. Colloidal II-VI magic-sizednanocrystals. K. Yu*
15:20 – 1936. Dual electrochemiluminescence of BDY-PbS nanoparticles.
K. Swanick, J. Lu, S. Wang, Z. Ding
15:40 – 1937. Modification of exciton/multiexciton emission of quantum dots bygold nanoparticles. J. Zhao*, S. Dey,
Y. Zhou, J. Jenkins, S. Zou
16:00 – 1938. Switchable lanthanide emissive molecular monolayers. J. Lehr*,
M. Tropiano, S. Faulkner, P. Beer,
J. Davis*
16:20 – 1939. White light of colloidal hybrids
containing 2D crystals exfolicated fromlayered rare-earth (Dy3⫹, Eu3⫹ and Tb3⫹)hydroxides. X. Wang*, X. Yang
Hawaii Convention Center
320 Theatre
Functional Molecular Materials and Devices(#128)

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: K. Kanoda, J. Takeya
13:00 – 1940. Organic charge-transfer complexes based on BTBT. T. Kadoya,
Y. Kiyota, K. Iijima, T. Higashino,
M. Dogishi, R. Sato, T. Kawamoto,K. Takimiya, T. Mori*
13:25 – 1941. N-type organic semiconductors based on linearly fused N-heteroarenes. Q. Miao, S. Yang, X. Xu,
D. Liu13:45 – 1942. Synthesis of substituted
picenes and its derivatives and their application to field-effect transistors.
Y. Nishihara*, X. Chen, N. Chang,
K. Hyodo, S. Nishinaga, Y. Okuda,
H. Nonobe, J. Zhao, J. Xu, H. Mori
14:10 – 1943. Design of two-component molecular materials toward photofunctional
applications. D. Yan*
14:30 – 1944. Steering molecular orientationand strengthening ␲-␲ intermolecular interaction through perfluoroalkylation: Insights for rational design of functional
molecular materials. H. Sun*
14:50 – 1945. Synthesis, process and device
fabrication of ladder polymers. L. Fang
15:10 – 1946. Optical control of carriers andspins in molecular materials: How to produce photomagnetic conductors fromnonmagnetic insulators in an instant.
T. Naito*
15:30 break
15:45 – 1947. High-magnetic-field superconducting phase in layered chargetransfer salts. S. UJI*, Y. Iida, K. Sugii,
T. ISONO, S. Tsuchiya, N. Kikugawa,
S. Tsuda, T. Terashima, H. Akutsu,
J. Yamada, P. Day
16:10 – 1948. Correlations and superconductivity in organic charge transfer salts.
S. Brown*
16:35 – 1949. Observation of spatial symmetry breaking in ␬-(ET)2Cu2(CN)3 by terahertz emission spectroscopy. K. Itoh*,
H. Itoh, N. Yoneyama, T. Sasaki, S. Iwai*
Hawaii Convention Center
322AB
Janus Materials: Design, Fabrication andProperties (#210)

Organized by: Z. Yang, S. Granick,E. Kumacheva
Presiding: C. Li
13:00 – 1950. From Janus to patchy nanoparticles: About an efficient synthesis
route. A. Desert, C. Chomette, C. Hubert,
J. Taveau, O. Lambert, S. Ravaine,
M. Lansalot, E. Bourgeat-Lami, A. Thill,
O. Spalla, L. Belloni, A. Perro-Marre,
E. Duguet*
13:30 – 1951. Janus materials. Z. Yang
14:00 – 1952. Janus tectons for surfaceconfined supramolecular self-assembly:
A versatile platform for the noncovalentfunctionalization of graphene. P. DU,
D. KREHER, F. MATHEVET, F. CHARRA,
A. ATTIAS*

260 –TECHTECHNICAL PROGRAM
14:30 break
14:45 – 1953. First direct observation ofthermodynamically stable internally ordered Janus nanoparticles created bylipid self-assembly. N. Tran, X. Mulet,
A. Hawley, C.E. Conn, J. zhai,
L. Waddington, C.J. Drummond*
15:05 – 1954. Asymmetric structures basedon block copolymer brushes on silica
particles. H. Zhao*
15:25 – 1955. Design of hybrid material withwater-repelling and adsorptive properties. M. Higuchi, S. Kitagawa*
15:45 – 1956. Number distribution of ligand
chains on the surface of polymer-grafted
nanoparticles. Z. Lu, H. Liu
16:05 – 1957. Organic-inorganic Janus composite particle through nanoscale phaseseparation in seeded polymerization.
D. Qiu*16:25 – 1958. Novel radiative properties ofsegmented Au-Ag nanocylinders.
G. Wang*
16:45 closing remark and discussion
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: S. Maruyama, R. Weisman
13:00 – 1959. Resolution of carbon nanotube enantiomers by DNA and chiral surfactants: Common mechanism revealed.
M. Zheng
13:30 – 1960. Fluidized-bed production of
sub-millimeter-long carbon nanotubes
and their application to electrochemicalenergy storage devices. S. Noda*
14:00 – 1961. Chemically modified carbon
nanotubes and graphene: Synthesis, assembly, and applications. S. Kim
14:30 – 1962. Improved photovoltaic performance of carbon nanotube-based solar
cells. K. Matsuda*
15:00 break
15:20 – 1963. Large scale sorting of singlechirality single-wall carbon nanotubes.
H. Kataura*, Y. Yomogida, X. Wei,
T. Tanaka
15:50 – 1964. Environmental TEM, low-voltage SEM, and optical imaging of carbon
nanotubes. K. Jiang
16:20 – 1965. Growth of high-density horizontally aligned SWNT arrays using Trojan catalysts. J. ZHANG
Hawaii Convention Center
318A
Advances in Bioinspired and Biomedical
Materials (#245)

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: P. Messersmith
13:00 Introduction
13:05 – 1966. Nitric oxide: A key player for
novel target of immunotherapeutics.
Y. Nagasaki*
13:45 – 1967. Biocompatible liquid crystal
elastomers with unique internal morphologies as cell scaffolds. E. Hegmann*,
A. Sharma, C. Malcuit, R. Clements,
E. Freeman, L. Korley, T. Hegmann
14:05 – 1968. Microstructured polymer
nanosheets for tissue engineering application. T. Fujie*, S. Suzuki, S. Takeoka
14:25 – 1969. Bioinspired binding growth
factors for regenerative medicine. Y. Ito*
14:45 – 1970. Multiple component self-assembled peptide/polysaccharide scaffoldpresents an antiinflammatory environment to downregulate the expression ofcytokines and induces apoptosis in epithelial cancer cells. R. Li, K. Bruggeman,
D.R. Nisbet, R.J. Williams*
15:05 Coffee Break
15:20 – 1971. Construction of novel xenofree artificial extracellular matrix proteinsfor the culture and expansion of iPS cells.
N. Adnan*, M. Mie, E. Kobatake

15:40 – 1972. Synthetic surfaces to promote
stem cell pluripotency and differentiation.
L.L. Kiessling
16:20 – 1973. Temporally controlled bioactive 3D hydrogel scaffolds as next generation nerve grafts. A. Badea,
J.M. McCracken, E.G. Tillmaand,
S.S. Rubakhin, J.V. Sweedler*,
R.G. Nuzzo*
16:40 – 1974. Novel cytoplasm transplantation method by microdevice. K. Wada,
K. Hosokawa, Y. Ito, M. Maeda*
Hawaii Convention Center
318B
Nitroxide Radicals: Synthesis andFunctional Bio-/Nanomaterials (#309)

Organized by: A. Smirnov, S. Bottle,
R. TamuraPresiding: l.j. berliner, A. Smirnov
13:00 Introductory Remarks - Alex I. Smirnov
13:05 – 1975. Design and synthesis of nitroxide radicals for biophysical and biomedical applications. A. Rajca*
13:35 – 1976. Access to local surface water
dynamics and structure by spin labelingand Overhauser DNP. S. Han
14:05 Session Break
14:20 – 1977. Mono- and biradical nitroxidecysteine-specific labels for structural biology of membrane protein by solid-state
NMR and DEER spectroscopy.
A. Smirnov*, M. Voynov, S. Milikisiyants,
S. Wang, R. Munro, M. Donohue,
L. Brown, T. Smirnova, V. Ladizhansky
14:50 – 1978. Bifunctional spin labeling ofmuscle proteins: Accurate rotational dynamics, orientation, and distance by EPR.
A. Thompson, B.P. Binder,
J.E. McCaffrey, B. Svensson,
D.D. Thomas*
15:20 – 1979. Nitroxide-tagged platimum(II)compound enables identification of DNA
G-quadruplex binding mode. X. Zhang,
C. Xu, Z. Mao, P.Z. Qin*
15:40 – 1980. Probing the electrostatics ofbiointerfaces by EPR of spin-labeledphospholipids with pH-dependent EPR
spectra. M.A. Voynov, A. Koolivand,
C. Scheid, I. Kirilyuk, A. Marek,
A. Smirnov
16:00 – 1981. pH-sensitive nitroxide probes
to probe electrostatics and proton gradients in membrane protein systems.
T. Smirnova*, M. Voynov, A. Smirnov
Hawaii Convention Center
319B
Membranes and Nanotechnologies forEnergy and Environment Applications(#317)

Organized by: H. Park, B. Freeman,
B. McCloskey, J. McGrath, A. Hill,
A. Higuchi, Y. Lee
13:00 – 1982. New approach for scientificresearch on RO membrane. M. Kimura*,
T. Ogawa, K. Nakatsuji, T. Sasaki
13:30 – 1983. Construction of biomimetic
asymmetric membranes and applicationof them in the field of energy and environment. L. Wen, L. Jiang
13:50 – 1984. Complexation induced phaseseparation: Preparation of composite
membranes with a nanometer thin denseskin loaded with metal ions.
L. Villalobos*, K. Peinemann
14:10 – 1985. Correlating transport and stability of ion-exchange membranes
through nanostructure. A. Kusoglu,
a.z. weber
14:30 – 1986. Design and synthesis of membranes for artificial photosynthesis.
N.A. Lynd
14:50 – 1987. Polymer electrolytes with highlithium ion transference numbers.
B.D. McCloskey*
15:20 – 1988. Ionic diode membrane for salinity gradient power generation.
W. Guo*, L. Jiang
15:40 – 1989. Ion transport structure/property relationships in charged polymer
membranes. G.M. Geise*

16:00 – 1990. Self-assembled nanoporous
nanoparticle network films for membrane
applications. N. Kwon, H. Lee, H. Park,
B. Lim*
16:20 – 1991. Template-free hydrothermal
synthesis and high alcohol selectivity ofsilicalite-1 membranes with nanosize
seed. C. Cho*, S. Hu
16:40 – 1992. Membrane migration method
for the purification of adipose-derived
stem cells from fat tissue through synthetic porous membranes. A. Higuchi,
S. Kumar, A. Alarfaj, M. Munusamy
Hawaii Convention Center
314
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
Presiding: C. Wang
13:00 – 1993. On-surface host-guest chemistry of planar pyridine macrocycles withorganic cations. Y. Tobe*
13:30 – 1994. Supramolecular assembly
through ion-dipole interaction. Y. Kim*
14:00 – 1995. Desorption rates and energyof desorption measurements at the solid
solution interface. K. Hipps*, U. Mazur,
A. Bhattarai
14:30 – 1996. Clocking surface-reaction by
the observed in-plane rotation of a product. K. Anggara, A. Chatterjee, F. Cheng,
K. Huang, L. Leung, J. Polanyi
14:50 – 1997. Molecular quasicrystals: Penrose tiling with molecules. S.J. Nam,
G. Waterhouse, D.C. Ware,
P.J. Brothers*
15:10 Coffee break
15:20 – 1998. Hydrogen-bonding in controlof supramolecular ordering of organic
semiconductors. C. Fu*, H. Lin,J. Macleod, A. Krayev, F. Rosei,
D. Perepichka
15:40 – 1999. Tuning the self-assembly of
5-amino [6]helicene on solid surfaces.
H. Ascolani, M.W. van der Meijden,
L.J. Cristina, J. Gayone, R.M. Kellogg,
J.D. Fuhr, M. Lingenfelder*
16:00 – 2000. Toward spatio-temporally resolved chemistry: The role of surface
confinement. S. Hecht*
16:30 – 2001. Self-assembly of organics on
carbon surfaces and applications forelectronic devices. Z. Bao*
Hawaii Convention Center
316C
Fundamentals and Applications ofNanomaterials for Energy Technologies(#348)

Organized by: S. Jin, G. Yu, T. Minegishi,
S. Maldonado, J. He
Presiding: S. Maldonado, G. Zheng
13:00 – 2002. Publishing in Wiley materials
science journals. J.R. Oliveira*
13:30 – 2003. Semiconductor heterostructures for energy conversion, storage, andbio-interfaces. G. Zheng*
14:00 – 2004. Charge separation in heterostructured nanoparticles. T. Teranishi** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
14:30 – 2005. Exotic Au nanostructures:
Structure solution, properties, and applications. Y. Han
15:00 Break
15:15 – 2006. Can surface plasmon promoteenergy conversion effectively. C. Zhan,
Y.F. Huang, Z. Tian
15:45 – 2007. Synthesis of chemically modified graphene materials for energy applications. G. Shi*
16:15 – 2008. SURMOFs/CNCs as tuneable
photonic and optoelectronic materials forlight harnessing and solar energy applications. E. Redel
16:30 – 2009. Nanograined half-Heusler TiNiSn for thermoelectric applications.
M. Buffon, R. Seshadri
16:45 – 2010. Aerogels as novel matrices
and spacers of ultralow thermal conductivity for applications in nano-enabled
thermoelectrics. N. Mishra, M. Jaime,
C. Hamilton, J. Torres, J. Hollingsworth
Hawaii Convention Center
316B
Multi-scale & Synergistic Supramolecular
Systems in Material and Biomedical
Sciences (#357)

Organized by: S. Aoki, H. Chiu, K. Soga,
N. Gianneschi, X. Bengang
Presiding: K. Soga
13:00 Opening remarks
13:05 – 2011. Supramolecular systems constructed of porous solids and guest inclusions for energy and environmental applications. M. Suh*, D. Lim, H. Park,
S. Sung
13:30 – 2012. Highly diastereoselective
guest encapsulation by self-assembled
dissymmetric capsule. T. Haino*
13:55 – 2013. On-colloid supramolecular assembly of nanoparticle growth templates.
J.E. Millstone
14:15 – 2014. Nanosecond charge carrier
lifetimes in hierarchical donor-acceptor
supramolecular polymer films.
A.B. Braunschweig, A.M. Scott,
C.X. Guzman, S. Yamazaki
14:35 – 2015. Odd-even effect in the crystal
structure of [Ni(dmit)2] salt of alkylammonium enhanced by substitution of end
methyl group with phenyl group.
K. Miyamura*, M. Saeki
14:55 Break
15:00 – 2016. Design of functional glycomaterials and the biological consequencesof multiscale glycan presentation at cellular boundaries. K. Godula*
15:20 – 2017. New polymer-MOF hybrids
built from the ground up. S. Cohen*,
S.A. Miller
15:40 – 2018. Reversible anion transport andbiological properties using host-guest
competitive processes. J. Gravel,
A.R. Schmitzer*
16:00 – 2019. Design and synthesis of luminescent cyclometalated iridium(III) complexes for material and biomedical science. S. Aoki*, Y. Hisamatsu, A. Kando,
N. Suzuki, A.A. Masum, H. Tanaka,
S. Kumar
16:25 – 2020. Dipyrrin-typical-element complexes with unique and responding functions. T. Nabeshima*
Hawaii Convention Center
319A
Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: Z. Ye
13:00 Opening
13:05 – 2021. Spin and lattice dynamics inmultiferroic BiFeO3. G. Xu*, Z. Xu,
J. Schneeloch, j. Wen, C. Stock,
P.M. Gehring, M. Stone, M. Matsuda,
B. Winn, T. Berlijn, W. Ku, G. Gu,
S. Shapiro, R. Birgeneau, T. Ushiyama,
Y. Yanagisawa, Y. Yomioka, T. Ito

13:30 – 2022. Toward enhancement of magnetoelectric performance in spin-driven
ferroelectrics. T. Kimura*
13:55 – 2023. Raman spectroscopy andphotovoltaic responses of doped BiFeO3
multiferroic ceramics. C. Tu, C. Lin,
V.H. Schmidt, R. Chien
14:10 – 2024. Multiferroic and magnetoelectric nanocomposites for data processing.
W. Kleemann*, P. Borisov,
C. Schmitz-Antoniak, L. Henrichs,
H. Wende
14:25 – 2025. Noncentrosymmetric metals:
A new materials class for artificial multiferroic design. J. Rondinelli*
14:45 Break
14:55 – 2026. Electrically controlled non-volatile switching of magnetism in multiferroic heterostructures via engineered ferroelastic domain states. M. Liu*, T. Nan,
N. Sun, Z. Ye
15:20 – 2027. Magnetic control of ferroelectric polarization in a self-formed single
magnetoelectric domain of multiferroic
Ba3NbFe3Si2O14. Y. Choi*, N. Lee
15:35 – 2028. Effect of strain on ferroelectricfield effect in strongly correlated oxide
Sm0.5Nd0.5NiO3. L. Zhang, J. Gardner,
V. Singh, X. Hong*
15:50 – 2029. Strong ferromagnetic-dielectric coupling in multiferroic Lu2CoMnO6
single crystals. N. Lee*, H. Choi, Y. Jo,
Y. Choi
16:05 – 2030. Multiferroic perovskite nanoparticles: Microwave-hydrothermal synthesis, structural characterization, andvisible-light photocatalytic properties.
H. Wu*, L. Li, S. Zhou, J. Zhu, Z. Liu,
X. Zhu*16:20 – 2031. Spin-lattice coupling in a paraelectric antiferromagnet EuTiO3. H. Cao*,
J. Hong, O.A. Delaire, J. Yan
16:35 – 2032. Multifunctional BiFeO3-ATiO3[A: Pb, Ba] thin films: Chemical composition modification and electrical and magnetic properties. W. Sakamoto*, Y. Ito,
A. Iwata, D. Maeda, N. Makino, T. Yogo

Friday Evening
Hawaii Convention Center
317A
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: V. Ksenofontov
19:00 – 2033. Magnetic properties of ironoxide nanoparticles imbedded in a coordinating polymer matrix.
V. Ksenofontov*, S. Shylin, M. Tahir,
F. Liaqat, P. Daniel, W. Tremel
19:15 – 2034. Recent advances in the synthesis of organosoluble thiolate-protected metal nanoparticles. P.J. Goulet*,
J. Sidletsky, B. Root
19:30 – 2035. Utilizing electron transfer effect to enhance the chemical stability ofAg within the shell of nano-heterostructured particles with Au or Pt in the core.
A.T. Dao*, D.M. Mott, S. Maenosono
19:45 – 2036. Magnetorheology of core-shellstructured carbonyl iron/polystyrene
foam microparticles suspension with enhanced stability. Y. Seo*, W. Chuah
20:00 – 2037. Synthesis of organic-inorganic
hybrids using various alkoxysilane-functional polymer precursors via hydrolytic
and non-hydrolytic polymerization process. J. Kim*, N. Kim
20:15 – 2038. Improvement of the thermal
stability of mesoporous titania with crystalline framework using silane coupling
agent and pluronic surfactants. T. Endo*,
T. Tojo, K. Torigoe, K. Sakai, M. Abe,H. Sakai
20:30 – 2039. Removal of petroleum crude
oil spill from sea water using high magnetization antimicrobial biocompatible magnetite nanoparticles. a.m. atta,
h.a. al-lohedan

Hawaii Convention CenterHalls I, II, III
Chemistry and Applications of Graphene(#39)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: S. Bak, Y. Chen, Y. Huang
Poster Session
19:00 – 21:00
2040. Preparation of water-dispersible fewlayer graphenes via edge-only oxidation,
followed by shear-induced exfoliation.
T. Yoon*, J. Lee, H. Yoon
2041. Simple preparation of reduced graphene oxide encapsulation film for organic photovoltaic device. T. Kim,
J. Kang, S. Yang, S. Sung, Y. Kim,
C. Park2042. Fabrication of few-layer graphenesheets using a serious linear diamino alkanes. J. Li*, J. Li*
2043. Wafer-scale nanoperforation of singlelayer graphene by arrayed Pt nanoparticles. m. park*
2044. Fluorination of nanodiamond/nanographene-shell structure. K. Kogane,
H. Touhara, Y. Hattori, K. Takai*
2045. Correlation between spin magnetismand chemical activity in graphene oxide/
nanographene. T. Yamashina, T. Isaka,
K. Inoumi, Y. Matsuo, K. Takai*
2046. Control the bandgap of graphene
quantum dots with functional groups.
S. Bak, H. Lee*
2047. Enhanced sensitivity of DNA sensing
by surface-passivated graphene oxides.
B. Lee*, M. Lee, Y. Kim, B. Hong*
2048. Mechanical flexibility and electricalconductivity of graphene films synthesized by plasma treatment. M. Ishihara,
Y. Okigawa, T. Yamada, M. Hasegawa
2049. Electrocatalytic properties of Pt or
Pt-Ru alloy nanoparticles on modified
carbon nanomaterials by electrodeposition methods. H. Yoshitake, E. Inami,
Z. Wang, H. Ogata
2050. Direct observations of graphene dispersed in solution by FRET-TIRF microscopy. Y. Matsuno, Y. Sato, M. Sano*
2051. STM observation of graphene oxide
reduced by vacuum ultraviolet irradiation.
H. Nakamoto*, Y. Tu, O.P. Khatri, T. Ichii,
T. Utsunomiya, S. Kurokawa,
H. Sugimura
2052. Tuning molecular adsorption kinetics
in graphene by gate-bias voltage.
T. Umehara, K. Takai
2053. Bromine adsorption effects on epitaxial graphene. K. Nakamoto, K. Takai,
T. Akatsu
2054. Liquid crystal property driven selective
seiving of graphene oxide and its electrochemical properties. K. Lee, S. Kim*
2055. Application of graphene to the removalof Pb(II) and Cd(II) cations from aqueous
solutions. S. Hemidouche, L. Boudriche,
A. Boudjemaa, S. Hamoudi*
2056. Immobilization and photoreduction ofgraphene oxide on hydrogen–terminatedsilicon. S. Kokufu*, Y. Tu, T. Ichii,
T. Utsunomiya, H. Sugimura
2057. Modeling of the adsorption of aromatic organic compounds by graphene
oxide based on its surface structure.
H. Yang*
2058. Matrix-free LDI-TOF mass analysis ofsmall molecules using converted graphene surfaces. H. Kang, H. Yun, S. Lee,W. Yeo*2059. Thermal conduction and dissipation
application of polymer composites including graphene. W. Oh
2060. Structural characterization of graphene based morphologies for cathodeapplication in fuel cells. K. Lehmann*,
O. Yurchenko, G. Urban
2061. Highly efficient nucleic acid drug delivery by graphene oxides. J. Yoo,
E. Jeong, H. Lee, B. Hong
2062. Graphene-enhanced conductivity andshape modulation of ionic hydrogel.
Y. Kim*, B. Hong*

2063. Preparation of graphene oxide/polyvinyl alcohol microcomposites and their
thermal conducting properties. S. Kim,
Y. Azuma, Y. Kuwahara, T. Ogata,
S. Kurihara
Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: D.C. Crans
19:00 – 2064. Computational study of thewater oxidation mechanism catalyzed by
the polyanion [Co4(H2O)2(XW9O34)3]10(X ⫽ P5⫹, V5⫹). J. Soriano-Lopez*,
J. Galan-Mascaros, J. Carbo, J. Poblet,
D.G. Musaev, C.L. Hill
19:20 – 2065. Natural born catalysts: The
great POM beauty. M. Bonchio*
19:40 – 2066. Water-oxidation catalysis
starting with cobalt polyoxometalates:
Addressing the challenging, “who’s thetrue catalyst” question. R.G. Finke*
20:00 – 2067. Polyoxometalate catalyst design for water oxidation and reduction.
G.R. Patzke
20:20 – 2068. Catalytic water oxidation withcobalt-containing POMs: Processing andactivity in the solid state and into plastic
thin films. J. Galan-Mascaros,
M. Blasco-Ahicart, J. Soriano-Lopez
20:40 – 2069. Polyoxometalate catalysts forsolar fuel production. C.L. Hill*, H. Lv,
S.M. Lauinger, Q. Yin, J. Vickers,
E.N. Glass, J. Sumliner, Y.V. Geletii,
D.G. Musaev, T. Lian
Hawaii Convention Center
320 Theatre
Functional Molecular Materials and Devices(#128)

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: S. Lo
19:00 – 2070. Questioning of superconductivity in aromatic hydrocarbons.
S. Heguri*, M. Kobayashi, K. Tanigaki
19:20 – 2071. Synthesis and physical properties of a chiral donor with reduced
␲-electron system. H. Nishikawa*,
T. Watanabe, Y. Yoshimura
19:40 – 2072. Molecular design and electronic properties of TTF- and TTP-basedsalt-bridge conductors. Y. Kobayashi*,T. Terauchi, S. Sumi, Y. Matsushita,
H. Iwai, A. Tanaka
20:00 – 2073. In-operando studies of ultrathin film OFETs using soft X-ray microspectroscopic probes. R.H. Fink,
X. Du, B. Rösner, P. Warnicke, N. Pilet
20:20 – 2074. Controlling the stereochemistry and regularity of butanethiol self-assembled monolayers on Au(111).
J. Reimers*, J. Yan, R. Ouyang,
P.S. Jensen, E. Ascic, D. Tanner, B. Mao,
J. Zhang, C. Tang, N.S. Hush, J. Ulstrup
20:40 – 2075. Exotic properties of nanoscale
molecular charge transfer clusters.
S.W. Hla** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–261

08 – MTLSTECHNICAL PROGRAM

Hawaii Convention CenterHalls I, II, III

Hawaii Convention CenterHalls I, II, III

Janus Materials: Design, Fabrication andProperties (#210)

Nitroxide Radicals: Synthesis andFunctional Bio-/Nanomaterials (#309)

Organized by: Z. Yang, S. Granick,E. Kumacheva

Organized by: A. Smirnov, S. Bottle,
R. TamuraPresiding: S.E. Bottle, A. Smirnov,
R. Tamura

Poster Session
19:00 – 21:00
2076. Construction of hierarchical structuredhydrogel film as scaffold for 2D and 3D
cell co-culture. F. Zhu, Y. Chen, S. Yang,
Q. Wang, F. Liang, X. Qu*, Z. Yang
2077. Experimental and theoretical study onlateral buckling of Janus nanowalls.
H. Yoon, W. Lee*
2078. Novel method to fabricate anisotropic
highly porous silica core/shell microspheres. J.K. Maisch, H.A. Mayer
2079. Janus hollow spheres. F. Liang*,
Z. Yang
2080. Synthesis and application of anisotropic particles. L. Huarong*, F. WANG*
2081. Templated synthesis of paramagnetic
Janus nanotubes from PDVB nanotubes.
H. Zhang, F. Liang, Q. Wang, Z. Yang*
2082. Crosslinked hollow epoxy resin microspheres with single hole in their shells.
J. Liu, F. Liang, Z. Yang*
2083. Janus polymeric nanosheets.
Q. Wang, Z. Yang*
2084. Facile preparation of Janus silica
nanoparticles by SI-ARGET ATRP in
aqueous disperse systems. X. Dong*,
W. Zhang, J. He*
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: S. Maruyama, M. Zheng
19:00 – 2085. Carbon nanotube thin-film
static random access memory.
M.C. Hersam*
19:30 – 2086. Scalable assembly and alignment of semiconducting carbon nanotube arrays for high performance field effect transistors. G. Brady, H. Evensen,
Y. Joo, A. Albrecht, M. Shea, P. Gopalan,
M.S. Arnold*
19:50 – 2087. Single-walled carbon nanotubes and graphene as hole transportlayer and electrode for solar cells.
S. Maruyama*
Hawaii Convention Center
318A
Advances in Bioinspired and Biomedical
Materials (#245)

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: P. Messersmith
19:00 – 2088. Poly(catecholamine): A newclass of bioinspired adhesive polymers.
H. Lee*19:40 – 2089. High performance mussel-inspired adhesives of reduced complexity.
K. Ahn*, S. Das, R. Linstadt, Y. Kaufman,
N. Martinez, R. Mirshafian, E. Kesselman,
Y. Talmon, B.H. Lipshutz,
J.N. Israelachvili, J. Waite
20:00 – 2090. Hydrogen peroxide generation
and biocompatibility of mussel adhesive
moiety. H. Meng, B.P. Lee*
20:20 – 2091. Mussel-inspired cell-adhesion
peptide coated PDMS microspheres forenhanced vocal fold augmentation ofparalyzed larynx. S. Kwon*
20:40 – 2092. Rapid fabrication of hierarchical tissues by reeling-based cell fiber assembly. S. Iwanaga*, T. Okitsu,
S. Takeuchi

262–TECH

Poster Session
19:00 – 21:00
2093. Preparation and magnetic propertiesof all-organic nitroxide biradical liquid
crystals. K. Taguchi*, K. Suzuki,
S. Devendra, Y. Takemoto, S. Takaoka,
Y. Uchida, D. Mazhukin, I. Grigor’ev,
R. Tamura
2094. Mapping of chemical environment byparamagnetic probes using Overhauser
enhancement. A.V. Samouilov*,
A. Bobko, W. Takahashi, I. Dhimitruka,
O. Efimova, J.L. Zweier, V.V. Khramtsov
2095. Spectral-spatial rapid scan EPR imaging with nitroxide spin probes.
M. Tseytlin*, J.R. Biller, D.G. Mitchell,
H. Elajailib, G.A. Rinard, R.W. Quine,
G.M. Rosen, J.P. Kao, L.A. buchanan,
J. McPeak, Y. She, G.R. Eaton,
S.S. Eaton
2096. Preparation and magnetic propertiesof metal-free magnetic nanoemulsions
encapsulating nitroxide radicals.
K. Nagura*, Y. Takemoto, Y. Uchida,
S. Shimono, T. Kato, J. Yamauchi,
R. Tamura
2097. Theoretical investigation of the efficiency of electron propagating throughmolecules using biradical molecular wires
by DFT calculations. S. Nishizawa,
J. Hasegawa, K. Matsuda*
2098. Singlet oxygen topology on the nanoscale. M. Forbes
2099. Studies on magnetic properties of bis(nitronyl nitroxide) and bis(iminonitroxide)-substituted azulenes. M. Haraguchi,
E.V. Tretyakov, S. Suzuki, M. Kozaki,
K. OKADA*
2100. Studies on magnetic properties of trinuclear gold(I) complexes bearing imino
nitroxide radicals. T. Wada, S. Suzuki,
M. Kozaki, d. shiomi, k. sato, t. takui,
K. OKADA*
2101. Stable boronylated triarylmethyl radicals for the measurement of glucose, hydrogen peroxide, and peroxynitrite byelectron paramagnetic resonance.
B. Driesschaert*, A. Bobko, J.L. Zweier,
V.V. Khramtsov
2102. 6-Oxoverdazyl polymers.
J.A. Paquette, J.T. Price, C.S. Harrison,
R.R. Maar, J.B. Gilroy*
Hawaii Convention CenterHalls I, II, III
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
Poster Session
19:00 – 21:00
2103. 3D printing of functional nanostructures. J. Zhao, L. Swartz, A. Sulkanen,
J. Frommer, G. Liu*
2104. Unique adsorption behaviors of carboxylic acids at rutile TiO2(110). Y. Yu,
X. Gong*2105. Dual component grafting of HOPG:
Toward large scale morphology control.
T. Phan, Y. Fujita, H. Van Gorp,
J. Greenwood, T. Huynh, Z. Li,
O. Ivasenko, H. Ujii, S. De Feyter*
2106. Architectural control of surface properties and morphology of fluoromethacrylate copolymers. H. Peng*, A. Chen,
I. Blakey, K. Jack, A. Whittaker
2107. Supramolecular interaction of side
chain crystalline polymer and interaction
function with polyethylene and polytetrafluoroethylene. S. YAO*, A. Maeda,
H. Obuchi, M. Yamasaki, R. Nakano,
H. Sekiguchi

2108. Structure and disassembly of abiomineralization protein on a biologically
relevant surface. W. Shaw,
B. Tarasevich, J. Tao, G. Buchko,
J. De Yoreo
2109. Development of surface control technique by the photoresponsive self-assembled monolayer toward organic fieldeffect transistors. T. Konishi,
K. Yamaguchi*
2110. Construction of calix crown-containing
polymer nanosheets for capturing cesiumion. K. Sato*, G. Noguchi, K. Asao,
A. Murata, T. Fujie, Y. Nagase,
S. Takeoka
2111. Self-assembled structures of alkyl-derivatized diketopyrrolopyrrole pigment at
surface and in crystal. A. Honda*,
Y. Tamaki, K. Miyamura
2112. Chemical functionalization of 2D surfaces with nonbiofouling polymer coating.
S. Ko, G. Han, J. Lee*
2113. STM observation of nucleation– elongation process of surface-confined selfassembly based on hydrogen bond network via amide or urea group.
N. NISHITANI, T. Hirose, K. Matsuda*
2114. Competitive adsorption of water andsurfactants at solid/ionic liquid interfaces.
K. Okada*, T. Misono, T. Endo, K. Sakai,
M. Abe, H. Sakai
2115. Scanning tunneling microscopy investigation on nanoparticle packing driven
by line tension. S.L. Riechers*, W. Lin,S. Wang, J. Zhang, Q. Zhong,S. da Rocha, G. Liu
2116. Orientation and photofunctional properties of the thin films of oligothiophene
derivatives. H. Urino, A. Kodaira, C. Pac,
H. Moriyama*2117. Arrangement and reorganization ofgold nanoparticles on nanolines preparedby scanning probe lithography on indium
tin oxide surface. J. Yang*, T. Ichii,
K. Murase, H. Sugimura
2118. Construction of 2D cyclic array of zinc
porphyrin derivative and binding of fullerene. K. Iritani, K. Tahara, Y. Tobe*
2119. Self-assembled structures of alkoxyderivatized Ni(II)-salen complex investigated by scanning tunneling microscopy.
K. Morita*, A. Honda, Y. Tamaki,
K. Miyamura
2120. Desorption kinetics at the solutiongraphite interface: An STM study.
A. Bhattarai, K. Hipps, U. Mazur
2121. Thermally activated transition with accompanying dimensional variation:
Squaric acid on Au(111). K. Ueji*,
J. Jung*, J. Oh, K. Miyamura, Y. Kim*
Hawaii Convention CenterHalls I, II, III
Fundamentals and Applications ofNanomaterials for Energy Technologies(#348)

Organized by: S. Jin, G. Yu, T. Minegishi,
S. Maldonado, J. He
Presiding: J. He, S. Maldonado,
T. Minegishi
Poster Session
19:00 – 21:00
2122. Hydrogen evolution from water using
Cu(In,Ga)Se2 photocathodes modified
with nanometer-thick conductor layers.
T. Minegishi, H. Kumagai, H. Kaneko,
K. Domen*
2123. Rh2-yCryO3-loaded LaMg1/3Ta2/3O2N
as a hydrogen evolution photocatalyst in
Z-scheme overall water splitting. Z. Pan*,
T. Hisatomi, C. PAN, Q. Wang, T. Takata,
K. Domen
2124. Semiconductor photoanodes
sheathed with ultrathin nanolayers of
double hydroxides for photoelectrochemical oxidation of water. X. Xiang,
W. He
2125. Photovoltaic performance of solar
cells sensitized with ZnSe-AgInSe2 solid
solution quantum dots. H. Shibakawa,Y. Douke, T. Kameyama, M. Kawaraya,
H. Segawa, S. Kuwabata, T. Torimoto*2126. Effect of capping agent on CdS nanoparticlesstructure for quantum dots-sensitized solar cells. C. Kusumawardani*,
A.K. Prodjosantoso, K.H. Sugiyarto
2127. High cycling performance of SiO2
coated on multiwall carbon nanotubes foranode material of lithium-ion battery.
Q. Sun, X. LIU, W. Yiu, A. Djurišić,M. Xie, A. Ng, W. Chan
2128. Improvement in the energy storage
properties of ZnO based LIB anode by
precursor treatment. X. LIU, F. Liu,
Q. Sun, M. guo, A. Djurišić, A. Ng,
M. Xie, W. Chan
2129. Microstructures of Si-SiOx core-shell
nanoparticles as an anode material for Liion battery. B. Jang*, J. Lee, J. Koo
2130. Li4Ti5O12/Graphene nanoribbon composites as anodes for lithium-ion batteries. P.A. Medina*, H. Zheng,
B.D. Fahlman
2131. High energy mechanical milling route
to indium selenide carbon nanocomposites with promising electrode functionality. S. Oh*, S. Hwang
2132. Development of the direct glucose fuelcell with a high power density.
M. Takahashi*, K. Iwabata, K. Torigoe,
Y. Kanai, T. Ruike, K. Sakaguchi,
H. Sakai, M. Abe2133. Growth and characterization of lithium
ion conductor La2/3-xLi3xTiO3 single crystals. C. Kobayashi*, M. Nagao,
S. Watauchi, I. Tanaka
2134. Self-assembled polythiophene-fullerene-single-walled carbon nanotube ternary nanocomposites showing pn heterojunction. M. Kawamoto*, Z. Li,
A. Furube, K. Seki, K. Tajima, Y. Ito
2135. Imaging of time-dependent changesof hydrophilicity and its inhomogeneity ona titanium dioxide film induced by UV irradiations studied by the newly developed
NIR camera (Compovision). I. Tanabe*,
D. Ishikawa, D. Furukawa, M. Ishigaki,
T. Goto, T. Morishima, T. Okuno, Y. Ozaki
2136. ZnO – organic molecule hybrid interlayer for transparent organic tandem photovoltaic. C. Chi, H. Chang, C. Shih,C. Ma, B. Huang, Y. Tai*
2137. Facile preparation of PEDOT/GO hybrid composites for supercapacitors.
Y. Sulaiman*, N. Azman, H. Lim
2138. Vanadium oxide nanostructures Fforsmart window applications. Y. Jung,
J. Han, S. Chung*2139. In situ solid-state NMR studies on thesize dependency of hydrogen storage
property of Pd nanoparticles under controlled hydrogen gas pressure.
S. Dekura*, H. Kobayashi, R. Ikeda,
M. Maesato, Y. Kubota, H. Kitagawa
2140. Control of relative geometry between
porphyrins accumulated at phase segregation interface of normally oriented cylindrical nanostructure. J. Takehisa,
G. Akimoto, S. Asaoka*
2141. Electrically reinforced polymer composites of PMMA with MWCNT-PANI.
T. Hussain*, F. Bashir, A. Samad,
A. Mujahid, K. Shehzad, M.H. Raza
2142. Synthesis of CIS (CuInSe2) solar cell inaqueous phase under room temperature.
H. Takahashi*, H. Fujiki, M. Takagi,
S. Yokoyama, K. Tohji
2143. Investigating the effect of grain size on
the nanostructured chalcopyrite thermoelectric material. M.S. Singh, K. Gupta,
S. Nishino, M. Miyata, D. Mott,
M. Koyano, S. Maenosono** Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
2144. Structure dependence of anharmonic
effects in thermoelectric materials.
T. Hata*, R. Jono, K. Yamashita
2145. Copper manganese sulfide nanoparticles for a sustainable thermoelectricmaterial. K. Gupta, . Singh, D.M. Mott,
M. Koyano, S. Maenosono*2146. Synthesis of Sn-Bi-Te tertiary thermoelectric alloy nanoparticles by controllingthe metal complexes condition in aqueous solution. H. Takahashi*, S. Kon,
S. Yokoyama, K. Tohji
2147. Bubble propelled nanomotor based on
aggregation of thiol-modified Pt/Au nanorod. R. Katogi, I. Shitanda, M. Itagaki,
Y. Hoshi
2148. Microwave-assisted synthesis of platinum-ruthenium-cobalt-graphene catalysts for fuel cells.
L. Tamasauskaite-Tamasiunaite*,T. Kaveckas, A. Balciunaite, M. Semasko,
V. Kepeniene, J. Vaiciuniene,
A. Drabavicius, E. Norkus
2149. Kinetics of sodium borohydride hydrolysis catalyzed by cobalt with a fiber
structure decorated with gold or platinum
nanoparticles. E. Norkus*, A. Zabielaite,
I. Stalnioniene, S. Lichusina,
D. Simkunaite, B. Simkunaite-Stanyniene,
A. Matuseviciute, A. Selskis,
L. Tamasauskaite-Tamasiunaite
2150. First principles study of adsorption
mechanisms of lithium oxides (LixO2) on agraphene-based electrode. J. Lee,
H. Moon, Y. Yoon, S. Kang, I. Kim,
S. Lee*2151. Synthesis and characterization offullerene derivatives with an alkyl chain
spacer in organic photovoltaic devices.
Y. Kuda, K. Abe, H. Lee, J. Lee, J. Jang,
C. Pac, H. Moriyama*2152. Novel graphene-based porous materials: Synthesis and applications. Y. Li,
G. Shi2153. Facile strategy for robust graphenefilms in a large scale. m. zhang*, G. Shi
2154. Pure surface plasmon resonance induced photocurrent. C. Zhan, B.W. Liu,
S. Hu, B. Ren, Z. Tian
2155. First principles study of the Na adsorption mechanisms on graphene andgraphene oxide. H. Moon, J. Lee, H. Lee,
S. Kwon, I. Kim, S. Lee*
Hawaii Convention Center
319A
Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: J.L. Jones
19:00 – 2156. Design of new tetrahedral ferroelectric system. M. Itoh*, Y. Hamasaki,
S. Yasui, T. Taniyama, A. Konishi,
H. Moriwake
19:25 – 2157. Multiferroic perovskite structure and function design from the firstprinciples. W. Ren*
19:40 – 2158. Magnetic field induced unidirectional transmission of THz light in multiferroics. T. Room*
19:55 – 2159. Interfacial flexoelectricity inoxide superlattices. H. Xu*, A. Plymil
20:10 – 2160. New ferroelectrics and antiferroelectrics by design. K.M. Rabe*
Hawaii Convention CenterHalls I, II, III
Application of Luminescent Materials for
Radiation Detection (#442)

Organized by: K. Asai, J. Zhang,
T. Yanagida, S. Kasap
Presiding: K. Asai
Poster Session
19:00 – 21:00
2161. New dosimetry technique using TL
phosphor BeO:Na. K. SHINSHO*,
K. Otsubo, Y. Koba, G. Wakabayashi

2162. Radiophotoluminescence response in
Ag-doped phosphate glass irradiatedwith heavy particles. H. Nanto*,
T. Ikeguchi, Y.m. Yanagida, K. Hirasawa,
Y. Takei, S. Kodaira, T. Yanagida,Y. Fujimoto, T. Kurobori, T. Yamamoto
2163. Sm-doped fluorochlorozirconate (FCZ)
glasses and glass-ceramics for scintillator applications. G. Okada*, A. Edgar,
S. Kasap, T. Yanagida2164. Scintillation and optically stimulated
luminescence of ZnO-precipitated glassceramics. H. Masai, T. Yanagida,
T. Fujiwara
2165. Luminescence property of MOxcodoped tin zincphosphate glasses.
H. Masai, T. Yanagida, Y. Fujimoto,
M. Koshimizu
2166. Scintillation responses of undoped
CdF2 crystal. T. Yanagida*,
M. Koshimizu, Y. Fujimoto, G. Okada,K. Fukuda
2167. Evaluation of undoped CdS semiconductor crystalline scintillator.
T. Yanagida*, M. Koshimizu, G. Okada
2168. Comparative study of undoped andEu-doped SrI2 crystal scintillator.
T. Yanagida*, M. Koshimizu, G. Okada,
T. Kojima, J. Osada
2169. Spiropyran-based X-ray sensitive fiber. K. Kinashi*, Y. Miyamae ,R. Nakamura, W. Sakai, N. Tsutsumi

Saturday Morning
Hawaii Convention Center
317A
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: K. Akiyoshi, M. Tabrizian
8:00 – 2170. Molecularly imprinted nanogels
for human serum albumin recognition.
Y. Kitayama, R. SASAO, T. Takeuchi*
8:15 – 2171. Phenylboronic acid-bearing
nanoparticles as a versatile platform for
preparing drug-conjugated nanoparticles
using the Suzuki reaction.
A.J. van der Vlies, U. Hasegawa
8:30 – 2172. Transdermal protein delivery
systems controlled by photothermal effect of gold nanorods. T. Niidome*
8:55 – 2173. Enhancement of DNA enzyme
activity by nano-assembling with cationic
copolymers. A. Maruyama, J. Gao,
N. Shimada
9:20 – 2174. DNA-assembled nanosystems
for in vivo targeting. W.C. Chan*
9:45 Intermission
10:00 – 2175. Surface-enhanced Raman
scattering nanoparticles for the detection
and mapping of cardiovascular inflammatory biomarkers. K. Bowey, J. Tanguay,
M. Sandros, M. Tabrizian*
10:25 – 2176. pH- and temperature-responsive organic-inorganic hybrid polymer
nanoparticles with controlled cellular uptake. Y. Hiruta*, S. Koide, J. Wang,
H. Kanazawa
10:40 – 2177. Effect of “reversely arranged”
zwitterionic amphiphile on protecting
structure of liposomes during freeze-dry
and rehydration. T. Aikawa,Y. Takahashi, H. Okado, T. Kondo,
M. Yuasa*
10:55 – 2178. Synthesis of protein-imprinted
core/shell polymer particles bearing ON/
OFF switchable molecular recognition
property via CO2/N2 bubbling.
M. Isomura*, Y. Kitayama, T. Takeuchi
11:10 – 2179. Polymer nanocomposites - an
NMR investigation. U. Scheler*
11:25 – 2180. Size-selective polymer nanocapsules as a platform for yolk-shell hybrid nanocomposites. S. Shmakov*,
Y. Jia, E. Pinkhassik

Hawaii Convention Center
316A

Hawaii Convention Center
321B

Chemistry and Applications of Graphene(#39)

Luminescent Nanomaterials: Properties,
Mechanisms, and Applications (#101)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: Y. Huang, Y. Lee, Z. Liu,
K.P. Loh

Organized by: F. Vetrone, S. Kohei,
D. Ma, W. Huang, L. Huang, X. Peng

8:00 – 2181. Chemically functionalized graphene for high performance electrochemical energy storage. Y. Zhang
8:20 – 2182. Growing high-quality grapheneon insulators. Z. Liu
8:40 – 2183. Graphene molecules: Synthesis, electronic properties, and applications. Z. Ji, M. Sykora*
8:55 – 2184. Intelligent polymer materials
based on graphene. Y. Huang*,
Y. Zhang, J. Liang, L. Huang, Y. Chen*
9:10 – 2185. Graphene oxide as a super material. S. Hayami*, H. Takehira,K. Wakata, Y. Murashima
9:25 Break
9:45 – 2186. Centimeter-scale monocrystalline graphene growth. Y. Lee
10:05 – 2187. CVD growth of 3D sp2 structures and its application. F. Wei*
10:25 – 2188. Recent development in CVD
graphene growth: Large area wafer scale
growth and oriented grains. K.P. Loh
10:45 – 2189. Graphene electrodes for bio/chemical sensors. A. Mulchandani*,
R. Paul, S. Badhulika, R. Rajesh,
P. Ramnani, T. Terse-Thakoor,
N.M. Saucedo, T. Tran, C. Villarreal
11:00 – 2190. 3D graphene and boron nitride
nanosheets grown by chemical blowing.
X. Wang*
11:15 – 2191. Peeling process of thin-film
solar cells using graphene electrodes.
R. Ishikawa, S. Miyajima, M. Konagai
Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: C. Bo
8:00 – 2192. Oxygen-isotope exchanges innanometer-sized ions as a window intogeochemical processes. W.H. Casey*
8:25 – 2193. Chemistry of tetravalent actinide (U and Th) carboxylates: Isolationof oxo/hydroxo polynuclear clusters.
C. Falaise*, C. Volkringer, C. hennig,
T. Loiseau
8:45 – 2194. Lanthanide “BottleBrush” clusters. M. Massi*, M.I. Ogden,
D. D’Alessio, R. Phe
9:05 – 2195. Designer polyoxometalate – silver alkynide chimera cluster. T. Ozeki*,
M. Kurasawa, F. Arisaka
9:25 Flash posters
9:35 – 2196. Structures and properties ofuranyl peroxide cage clusters.
P.C. Burns
10:00 – 2197. Structural variations in Group
13 heteropolycations. T.Z. Forbes,
S.E. Mason
10:20 – 2198. Group 13 (27Al, 71Ga) studiesof metal-oxide clusters. B.A. Hammann,
Z.L. Ma, K.M. Wentz,
M.K. Kamunde-Devonish, V.V. Terskikh,
D.W. Johnson, S.E. Hayes
10:35 – 2199. Novel hybrid uranium-transition metal peroxide nanoclusters. J. Qiu
10:50 – 2200. Metal(IV)-oxide cluster formation: Understanding and controlling hydrolysis. L. Soderholm*
11:15 – 2201. Solid-state dynamics and hydrogen bonding in uranyl clusters using
multinuclear MAS NMR spectroscopy.
T.M. Alam, M. Nyman, J. Yates
11:35 – 2202. Main group coordination clusters: Synthesis, solution speciation,
structure, and their use as “inks” for oxide materials. D.W. Johnson

8:00 – 2203. Growth of fluorescence-tunable
gold clusters. D. Mishra, F. Aldeek,
G. Palui, H. Mattoussi*
8:40 – 2204. Surface plasmon enhanced
photoluminescence of silver nanoparticles. A. Pinchuk*, V. Kravets, K. Jiang
9:00 – 2205. Correlating nanoparticle surface chemistry and photoluminescence
via NMR spectroscopy. J.E. Millstone
9:20 – 2206. Ultrabright luminescence fromgold nanoclusters. D. Lee*
9:40 – 2207. Development of bioluminescentsensor for rapidly detecting thrombin.
J. Zhang*
10:20 – 2208. Protein protected luminescent
gold nanoclusters and nanoparticles:
Synthesis and their applications.
S. Yarramala, P. Chebrolu*
10:40 – 2209. Surface functionalization of silicon nanocrystals for sensing platforms.
C.M. Gonzalez, Z. Yang, T.K. Purkait,
M. Iqbal, S. Nesdoly, J. Veinot
11:00 – 2210. Long-lived luminescent silicon
nanoparticles for time-gated imaging.
J. Joo, X. Liu, E. Ruoslahti, M.J. Sailor*
11:20 – 2211. Lanthanide complex based luminescent nanointerface: A versatile platform for molecular information conversion. J. Liu*, H. Lei*
11:40 – 2212. Near-Infrared (NIR) nanomaterials for bioanalysis. F. Zhang
Hawaii Convention Center
319B
Development of Nano Devices andNanotechnologies for Environmental
Monitoring and Remediation (#124)

Organized by: S. Al-Abed, D. Dionysiou,
H. Choi, A. Bezbaruah,
J. Gardea-Torresdey, W. Choi, M. Litter,
T. Lim, B. Pan
Presiding: S. Al-Abed
8:00 Introductory Remarks
8:05 – 2213. Nanomachine-based accelerated environmental remediation. J. wang
8:25 – 2214. Sol-gel synthesis of metal-ionmodified TiO2 photocatalysts for degradation of chlorinated organic compounds
under visible light irradiation.
S. Yamazaki*, N. Nishiyama, K. Tashiro,
K. Adachi
8:45 – 2215. Synthesis of Mg(OH)2-coatednanoscale zero-valent iron (NZVI) for improved physical and chemical stabilities
in environmental remediation. Y. Hu*,
X. Li*
9:05 – 2216. Encapsulation of iron oxide
nanoparticles and microorganism withextracellular polymeric substances: Envisioning coupled adsorption-bioremediation of resistant pharmaceuticals. H. Ha,
S. Yoon, B. Mahanty, R. Kumar, S. Sen,
C. Kim*9:25 – 2217. Synthesis of manganese oxidecoated magnetic nanoparticles and theircatalytic efficiency for the oxidative degradation of bisphenol A. A. Omoike*,
K.N. Hall* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–263

08 – MTLSTECHNICAL PROGRAM

9:45 Break
9:55 – 2218. Inorganic oxyanion activation
strategies using nanoscale materials: Application for oxidative degradation of organic pollutants. J. Lee*, H. Yoo, Y. Ahn,
E. Yun
10:15 – 2219. TiO2 nanotube as deactivation-resistant photocatalyst for the removal of volatile organic compounds.
W. Choi*, S. Weon
10:35 – 2220. Photocatalytic degradation ofcontaminants of emerging concern using
solar/visible light-active TiO2. C. Han,
D. Dionysiou*
10:55 – 2221. Adsorption of CH4 and N2Ofrom livestock using ZIF-8. B. Delgado*,
A. Avalos Ramirez, R. Lagace,
S. Godbout, A. Giroir-Fendler

10:10 – 2236. Photon statistics and materials development towards single-photon
emitters based on doped single-wall carbon nanotubes. S.K. Doorn*, X. Ma,
N.F. Hartmann, S. Yalcin, H. Htoon
10:40 – 2237. Optics and photonics withmacroscopically aligned carbon nanotubes. J. Kono*
11:10 – 2238. Preparation, measurement,
and fractionation of monodisperse single
wall carbon nanotubes. P.J. Wyatt*
11:30 – 2239. Variance spectroscopy of single-walled carbon nanotube samples.
R. Weisman*, J. Streit, S. Bachilo,
S. Sanchez

10:40 – 2255. Carbon-centered neutral radicals/carbon nanotube composite cathodes for high-performance Li-ion rechargeable batteries. R. Tsuji*,
M. Fujisaki, H. Nobukuni, Y. Morita
11:00 – 2256. Transparent electrochromictransistor. M. Hirono, T. Katase, H. Ohta*
11:20 – 2257. Intermetallic compounds ofnaturally-abundant transition-metal elements rival precious-group metals in the
catalytic remediation of automobile exhaust. H. Abe*, T. Tanabe, T. Fujita
11:40 – 2258. Earth-abundant nanoporous
metal catalysts for exhaust-gas transformation. T. Fujita*

Hawaii Convention Center
318A

Hawaii Convention Center
318B

Hawaii Convention Center
320 Theatre

Advances in Bioinspired and Biomedical
Materials (#245)

Nitroxide Radicals: Synthesis andFunctional Bio-/Nanomaterials (#309)

Functional Molecular Materials and Devices(#128)

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: I. Kang

Organized by: A. Smirnov, S. Bottle,
R. TamuraPresiding: S.E. Bottle, M.V. Fedin

8:00 Introduction
8:05 – 2240. Biomimetic water and oil selective open capillary prepaed by surface
modification. S. Ito, D. Ishii
8:25 – 2241. Evaluation of water evaporation
suppression effect of plasma polymerizedthin film of amphiphilic molecules.
H. Shibagaki, D. Ishii, R. Kawamura
8:45 – 2242. Slippery interfaces: A new concept in antibiofouling materials.
J. Aizenberg*, C. Howell, S. Sunny
9:25 – 2243. Infrared invisibility stickers inspired by cephalopods. L. Phan,
D.D. Ordinario, E. Karshalev,
W.G. Walkup IV, A.A. Gorodetsky*
9:45 – 2244. Construction and functionalization of regularly assembled structures
composed of liquid crystalline filamentous viruses. T. Sawada, T. Serizawa*
10:05 Coffe Break
10:20 – 2245. Mechanically adaptive nanocomposites for biomedical applications.
C. Weder11:00 – 2246. Miniemulsion techniques togenerate hollow capsules based on the
dopamine self-polymerization: Tailoring
the capsule shell chemistry, surface functionality, and applications.
A.M. Granville*, P. Zetterlund*,
M. Stenzel, Y. Zhai, K. Fan
11:20 – 2247. Rigid and anisotropic coiledcoil proteins exhibit superior cell-penetration activity. N. Nakayama, K. Hagiwara,
Y. Ito, K. Ijiro, Y. Osada, K. Sano*

8:00 – 2259. pH-Switching of nitroxide radical stability and orbital conversion.
M.L. Coote*, G. Gryn’ova
8:30 – 2260. Light sensitive alkoxyamines:
New efficient agents for nitroxide mediated photopolymerization (NMP2).
J.P. Blinco, E. Simpson, S. Bottle,
D. Gigmes, J. Clement, Y. Guillaneuf
9:00 – 2261. Light-sensitive alkoxyamines asversatile spatially- and temporally-controlled precursors of alkyl radicals and nitroxides. M. Baron, J. Lalevée,O. Soppera, D. Gigmes, Y. Guillaneuf
9:20 Break
9:30 – 2262. Conjugation and bioconjugationfrom ␣-functional polymers obtained bynitroxide-mediated polymerization (NMP)
initiated by N-hydroxysuccinimidyl- or azlactone-functionalized alkoxyamines.
V. DELPLACE, S. Harrisson,
Y. Guillaneuf, S. Pascual, L. Fontaine,
J. NICOLAS*
9:50 – 2263. Radical–triplet pair interactionsas probes of long-range polymer motion
in solution. M. Forbes
10:10 – 2264. Inhomogeneity of intermolecular magnetic interactions in liquid crystalline phases of nitroxide radicals.
Y. Uchida
10:40 – 2265. Preparation and magnetic
properties of nitroxide radical liquid crystalline gels. Y. Takemoto*, Y. Uchida,
K. Suzuki, S. Shimono, T. Kato,
J. Yamauchi, R. Tamura
11:00 – 2266. Further development of nitroxide spin probe technique for comprehensive determination of structural and dynamic characteristics of ordered soft
media. A.K. Vorobiev*, D. Pomogailo,
N. Chumakova

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: H. Mori, B. Powell
8:00 – 2222. Magnetism and conductivity intriangular-lattice ET compounds undercontrolled randomness and doping.
M. Urai, T. Furukawa, K. Miyagawa,H. Taniguchi, H. Oike, T. Sasaki,
K. Kanoda*
8:25 – 2223. Organic superconductors andquantum spin liquid candidates based on
dimer-type ET materials ␬-(ET)2X.
G. Saito*, T. Hiramatsu, Y. Yoshida,
A. Otsuka, M. Maesato, Y. Shimizu,
H. Ito, H. Kishida
8:50 – 2224. Charge carrier injection into
spin-liquid BEDT-TTF Mott insulators using ionic-liquid-gated transistors. H. Ito*,
K. Sato, Y. Eura, S. Iguchi, S. Kuroda,
T. Hiramatsu, Y. Yoshida, G. Saito
9:10 – 2225. High pressure and high magnetic-field studies of the spin gapped organic Mott insulator with distorted triangular lattice. M. Maesato*, Y. Yoshida,
Y. Shimizu, T. Hiramatsu, G. Saito,
H. Kitagawa
9:30 – 2226. Dual-functional molecular crystal. B. Zhang*, D. Zhu
9:50 break
10:05 – 2227. Critically dielectric. C. Hotta
10:30 – 2228. Prediction of a spin-liquid
ground state in the geometrically frustrated molecular crystal Mo3S7(dmit)3.
A.C. Jacko, C. Janani, H. Nourse,
J. Merino, I. McCulloch, B. Powell10:55 – 2229. Multi-band molecular conductors. R. Kato*, T. Tsumuraya, T. Miyazaki,
H. CUI
11:20 – 2230. Thermodynamic properties ofspin liquid in dimer-Mott organic compounds. Y. Nakazawa, S. Yamashita,
H. Akutsu, H. CUI, K. Ueda,
H.M. Yamamoto, R. Kato
11:40 – 2231. Controlling crystallographic
and electronic structure in completely organic cation radical salts. J. Schlueter*
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: S. Maruyama, J. ZHANG
8:00 – 2232. Tip enhanced Raman spectroscopy of carbon nanotubes. R. Saito*
8:30 – 2233. Metrology of nanotube metallicity, its evolution, and the range of the Kataura plot. P. Finnie*
9:00 – 2234. Emergent optical phenomena incarbon nanotubes. Y. Miyauchi*
9:30 – 2235. Asymmetry in resonant Raman
excitation profiles of carbon nanotubes:
The role of state-mixing. E.H. Hároz*, H.
Telg, E.B. Barros, J.A. Fagan, G. Ao, M.
Zheng, J. blackburn, S.K. Doorn
9:50 break

264 –TECH

Hawaii Convention Center
317B
Challenge for Rare Element-free Functional
Materials (#291)

Organized by: H. Hosono, D. Ginley,
Y. LeePresiding: H. Hosono
8:00 – 2248. Ubiquitous element strategy inmaterials research. H. Hosono*
8:20 – 2249. Toward a sustainable society.
S. Murai*
8:40 – 2250. Achieving high thermoelectricperformance in skutterudites without rareelements. J. Snyder
9:10 – 2251. Sustainable chalcogenide
nanomaterials for thermoelectrics.
D. Mott*, M.S. Singh, K. Gupta,
M. Koyano, S. Maenosono
9:30 – 2252. Development of novel quasisolid electrolytes composed of lithium,sodium, or magnesium salts and small
amount of organic solvent. M. Moriya*,
S. Nabeno, Y. Hanawa, W. Sakamoto,
T. Yogo
9:50 Break
10:00 – 2253. Oxide artificial atoms.
N. Satoh*
10:20 – 2254. Thin films of electronic-spin
delocalized neutral radical: Morphology
and photoelectronic properties.
T. Miyata*, R. Tsuji, M. Keishima,
Y. Morita

Hawaii Convention Center
314
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
Presiding: A.T. Wee
8:00 – 2267. Selective C-H activation and
C-C coupling on metal surfaces. Q. Li,
H. Zhang, B. Yang, K. Sun, L. Chi
8:30 – 2268. On-surface polymerization – aversatile synthetic route to novel 2D organic materials. M. Lackinger
9:00 – 2269. Bromine-functionalized pyrene
derivatives on Au(111): self-assembly andon-surface polymerization. B.V. Tran,
T. Pham, F. Song, M. Nguyen, M. Kivala,
L. Gade, M. Stoehr
9:20 – 2270. Molecular-assembly mechanism enables simultaneous fabricationand connection of (3,1)-chiral-edge graphene nanoribbons. P. Han*, K. Akagi,
F. Federici Canova, H. Mutoh, S. Shiraki,
K. Iwaya, P.S. Weiss, N. Asao, T. Hitosugi
9:40 Coffee break

9:55 – 2271. Comparative study of two
perylene derivatives on Cu(111): Insight
into the bonding mechanism.
M. Enache*, M. Matena, J. Björk,
J. Lobo-Checa, T. Jung, M. Persson,
L. Gade, M. Stöhr
10:15 – 2272. Covalent modification of graphene and graphite using diazonium
chemistry: Tunable grafting and nanomanipulation. J. Greenwood*, S. De Feyter*
10:35 – 2273. Photoresponsive supramolecular assemblies composed of photochomic diarylethenes: Investigation ofconcentration dependence of surface
coverage at a liquid/solid interface using
a nucleation– growth model. T. Hirose,
S. Yokoyama, D. Frath, T. Sakano,
K. Matsuda*
10:55 – 2274. Thermodynamic self-assemblyof 2D/3D nanoarchitectures constructedon solid/liquid interfaces. M. Kunitake*
11:25 – 2275. Patterning and cross-linking ofself-assembled monolayers.
M.B. Zimmt*, Y. Yang, J. He, C. Fang,
R. Shelp
Hawaii Convention Center
316C
Fundamentals and Applications ofNanomaterials for Energy Technologies(#348)

Organized by: S. Jin, G. Yu, T. Minegishi,
S. Maldonado, J. He
Presiding: S. Maldonado, T. Wu
8:00 – 2276. On the effect of thiol-capped
Au-NPs into molecular photovoltaic devices: Functionalization, size, and positional effects. C. Sartorio, S. Cataldo,
S. Scaramuzza, V. Amendola,
B. Pignataro
8:15 – 2277. Solar energy conversion via
block copolymer nanostructure. S. SUN*,T. Nguyen, M. Hasib, D. Wang
8:30 – 2278. Drastic enhancement of miscibility in p/n blends with liquid crystalline
semiconductors toward organic photovoltaics. L. Sosa-Vargas, Y. Higuchi,
T. Nakao, D. Okuda, A. Fujii, M. Ozaki,
Y. Shimizu*
8:45 – 2279. From 3D to 1D nanostructured
CH3NH3PbI3 for high efficiency perovskite solar cells. N. Park
9:15 – 2280. Nano oxides for hybrid perovskite photovoltaic and nonvolatilememory applications. T. Wu*
9:45 break
10:00 – 2281. Size-controlled synthesis of⬍ZnS-AgInS2 solid solution nanoparticles and their visible-light-driven photocatalytic activity. T. Torimoto*,
Y. Kamiya, T. Kameyama, S. Kuwabata
10:30 – 2282. Prolonged hot electron dynamics in plasmonic metal-semiconductor (Au-TiO2) heterostructures with implications for solar photocatalysis. W. Wei
11:00 – 2283. Basic study to synthesize binary, ternary, and quaternary tin sulfide
semiconductor nanoparticles in aqueous
solution. T. Mabuchi*, S. Yokoyama,
H. Takahashi, K. Tohji
11:15 – 2284. Low-temperature solution deposition of nanostructured antimony sulfide and selenide thin films for photovoltaics. C.L. McCarthy*, R. Brutchey* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
11:30 – 2285. Effect of particle size of
La5Ti2CuS5O7 on the photoelectrochemical properties. J. LIU, T. Hisatomi, G. Ma,
T. Minegishi, Y. MORIYA, M. Katayama,
J. Kubota, K. Domen*
Hawaii Convention Center
316B
Multi-scale & Synergistic Supramolecular
Systems in Material and Biomedical
Sciences (#357)

Organized by: S. Aoki, H. Chiu, K. Soga,
N. Gianneschi, X. Bengang
Presiding: N. Gianneschi, B. XING
8:00 – 2286. Materials and system developments for OTN-NIR fluorescence bioimaging. K. Soga
8:25 – 2287. Using tumortropic monocytes
to deliver magnetic nanoparticle/chlorin
e6-encapsulated oxygen microbubbles totumor hypoxia for improved efficacy ofthe combined hyperthermia and photodynamic therapy. H. Chiu*, W. Huang,
P. Wu
8:50 – 2288. NIR light mediated lanthanide
upconversion platforms for biomedical
imaging: How far can they go?. B. XING*,
X. Ai, J. Aw, F. Liu
9:15 – 2289. 3D printed bionic nanomaterials. M. McAlpine
9:35 – 2290. Development of aquacatalytic
systems based on self-assembly of amphiphilic palladium NNC-pincer complexes and their application to the C-C
bond forming reactions in water.
G. Hamasaka, F. Sakurai, Y. Uozumi*
9:55 Break
10:00 – 2291. Biomimetic communication
between functional molecules via photocontrolled ions in polymeric nanodomains. R. Bofinger, J. Thevenot,
S. Lecommandoux, R. Oda,
N.D. McClenaghan*
10:20 – 2292. Two different mechanisms inhighly efficient chromatographic separation of cyclic porphyrin trimers by use ofmodified silica-gel columns. A. Satake*,
A. Asaishi, K. Shirai
10:40 – 2293. Hierarchical and dynamic supramolecular systems. S. Stupp*
11:05 – 2294. Liposomal spherical nucleic
acids: A new approach to immunomodulatory therapies. C.A. Mirkin*
Hawaii Convention Center
319A
Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: P. Janolin
8:00 – 2295. Incipient relaxor KLT: Anomalous relaxation and phonon lifetimes.
P.M. Gehring*, C. Stock, G. Xu,
D. Lamago, D. Reznik, M. Russina,
J. Wen, L. Boatner
8:25 – 2296. Slow localized mode in the polar cluster of relaxor ferroelectrics nearmorphotropic phase boundary.
M. Matsuura*, G. Xu, Z. Xu,
P.M. Gehring, H. Endo, K. Shibata
8:50 – 2297. Elastic ionoc polarization scenario in the dipolar glass and relaxors.
J. Dec*, W. Kleemann, Z. Trybula,
S. Miga
9:05 – 2298. Lead-free relaxor ferroelectrics
for electrocaloric cooling.
G. Suchaneck*, G. Gerlach
9:20 – 2299. Heterogeneity and relaxors: A
synchrotron X-ray scattering study.
K. OHWADA*
9:45 Break
10:00 – 2300. Nonequilibrium behavior ofuniaxial relaxor ferroelectrics with tungsten bronze structure. S. Kojima,
K. Matsumoto, J. Dec, W. Kleemann
10:25 – 2301. Phase transitions in relaxor
ferroelectric materials with tungsten
bronze type structures. S. Schmid,
T.A. Whittle

10:40 – 2302. Nanodomain structure andproperties of PZT single crystals as compared with relaxor ferroelectrics. Z. Ye*,
A. Bokov
11:05 – 2303. Polarization rotation and domain wall dynamics in PZT crystals.
A. Bokov*, S. Gorfman, Y. Xie,
A. Davtyan, N. Zhang, A. Zozulya,
M. Sprung, U. Pietsch, C. Gutt, Z. Ye
11:20 – 2304. Comparison of the neutron diffuse scattering from PMN-PT and PZT.
M. Krogstad, P.M. Gehring,
S. Rosenkranz, F. Ye, Z. Ye, D. Phelan
11:35 – 2305. Structure and lattice dynamics
of PZT crystals. S. Vakhrushev*,
D. Andronikova, Y. Bronwald, A. Bosak,
D. Chernyshov, R. Burkovsky,
I. Leontyev, Z. Ye
Hawaii Convention Center
322AB
Self-organization: Novel Mesogens andApplications (#447)

Organized by: H. Eichhorn, E. Choi,
T. Hegmann, Y. Shimizu, K. Zhao
Presiding: H. Eichhorn
8:00 Opening Remarks
8:05 – 2306. Functionalization of polymerizable liquid crystalline semiconductors
based on nanosegregation.
M. Funahashi*
8:35 – 2307. Playing with nanosegregation indiscotic crown ethers: From molecular
design to OFETs and nanofibers.
S. Laschat*
9:05 – 2308. Nanosegregated assembly ofelectron donor–acceptor binary discotic
mesogens for organic electronics.
T. Sakurai*, Y. Tsutsui, S. Yoneda,
S. Seki*
9:25 – 2309. Discotic dyads show segregated donor and acceptor superstructureand high charge carrier mobilities.
K. Zhao*, Y. Gao, L. An, W. Yu, J. Xu,
Q. Zeng, H. Monobe, Y. Shimizu,
B. Heinrich, B. Donnio
9:45 – 2310. Complex 3D architectures composed of discotic macromolecules.
T. Kajitani, D. Hashizume, K. Motokawa,M. Takata, T. Fukushima*
10:05 Break
10:10 – 2311. 2D and 3D self-organization oforganic semiconductors.
E. Mena-Osteritz*, P. Bäuerle
10:40 – 2312. Liquid crystalline composites
as organic semiconductors. K. Kawano,
S. Nawamoto, H. Nishikawa, H. Monobe,
Y. Shimizu*
11:00 – 2313. Hierarchical liquid crystalline
structure in high proton conductive sulfonated polyimide films. S. Nagano,
M. Hara, Y. Nagao
11:20 – 2314. Design and electrochemicaltransformation of redox-active metallomesogens. H. Chang*
Hawaii Convention CenterHalls I, II, III
Materials & Nanoscience General Posters
10:00 – 12:00
Organic Materials
2315. Investigation of new chemical family of
n-CxH(2x⫹1)NEt3BEt3Me showing ionicplastic crystals (x ⫽ 4-7) and liquid crystals (x ⫽ 8-18). Y. Yamada, E. Kashimoto,
S. Hirakawa, H. Honda*
2316. Formation and reactivities of quinones
derived from dopamine (DA) and 3,4-dihydroxy-phenylalanine (DOPA) derivatives: Versatile building blocks for functionalised materials?.
S. Santhanakrishnan, W.Y. Cheah,
C.L. Chai*
2317. Thermal properties of 2-bromo-5chlorothiophene. R. Kuwashima*,
H. Fujimori, A. Nagoe, T. Sugimoto
2318. Thermodynamics of micellization of
sodium dodecyl sulfate and dodecyl trimethyl ammonium bromide. A. SolanoDomı́nguez*, D. Nivón-Ramı́rez, L.
Reyes-Garcı́a, R. Gómez-Balderas

2319. Favorable effects of superficiallydeacetylated chitin nanofibrils on thewound healing process. R. Izumi,
K. Azuma, S. Ifuku
2320. Phase behavior and viscosity enhancement of nonamphiphilic fluorocarbon-hydrocarbon hybrid compounds insupercritical CO2. Y. Sato, S. Ogiwara,
S. Ono, C. James, A. Yoshizawa,
M. Sagisaka*
2321. Improved interface and CO2 permeability by dual-functional amphiphilic
PDMS-g-POEM comb copolymer micelles. S. Kim*, J. Jung, J. Lee, C. Park,
J. Kim*2322. Thermal behavior of a liquid crystal,
EBBA, confined within 1- and 3D pores.
N. Kinjo*, N. Kondo, T. Yoshimi,
H. Fujimori
2323. Phase transition behaviors of liquid
crystal, nCB, by DSC-Raman simultaneous measurements. N. Kondo,
T. Yoshimi, H. Fujimori
Processing
2324. Stretching processing of hydroxyapatite/poly(⑀-caprolactone) composite scaffolds. K. Komatsu, S. Umemoto,H. Minbu, T. Kawase, T. Tanaka*
2325. Preparation of photocatlytic thin filmsof tricalcium phosphate by doping Ti(IV)and Zn(II) ions. N. Yoshida*,
Y. Nakamura, T. Okura
2326. New preparation method of nanowires
containing various organic molecules.
J. Nishijo*
2327. Preparation of hybrid films of layered
silicon/germanium and organic material.
H. TACHIBANA*, R. AZUMI
2328. Photocatalytic degradation of bisphenol A in aqueous solution with modified
ZnO. N. Hoshiyama, H. Katsumata*,
T. Suzuki, S. Kaneco
Electronic and Photonic Applications
2329. Net-patterned photocathode with Ptsputtering for solid-state dye-sensitizedsolar cells with enhanced light reflection.
D. Kim*, C. Lee, J. Lim, D. Kim, J. Kim*
2330. Optical/electrical properties of electrochromic device dependent on cell distance and electrolyte concentration.
C. Ah*, S. Cho, T. Kim, J. Song, H. Ryu,
Y. Kim, H. Yu
2331. Conformation-insensitive ambipolarcharge transport in a diketopyrrolopyrrole(DPP)-based co-polymer containing
acetylene linkages. H. Yun, H. Choi,
M. Kim, K. Cho, Y. Kim*, S. Kwon
2332. Novel class of organic semiconductors for solution processed organic electronics. K. Park, K. Cheon, Y. Lee, J. Lee,
H. Song, D. Chung, S. Kwon, Y. Kim*
2333. Synthesis of phenanthro[1,10,9,8cdefg]carbazole-based conjugated polymers for organic solar cell applications.
J. Lee, H. Yun, K. Park, E. AHN, Y. Kim*
2334. Comparative studies on the relations
between composition ratio and chargetransport of diketopyrrolopyrrole(DPP)based random copolymers. M. Sung,
H. Yun, K. Park, Y. Kim*, D. Chung
2335. Polymer nanolayer for advancing theelectrical stability of OTFT. C. Cho,
J. Baek, Y. Cheon, J. Lee, Y. Kim*
2336. Preparation of metal supported graphene substrate for STM. H. Tanaka*,
M. Taniguchi
2337. Fabrication of polypyrrole wrinkle topographies via a swelling-deswelling process for potential uses in tissue engineering. J. Lee, M. Aufan
2338. Tunable colloidal photonic crystals immobilized in soft hydrogels. Y. Naoi,
T. Kanai*, T. Sawada
2339. Effect of different electron acceptors
in carbazole-based double branched organic dyes on the performance of dyesensitized solar cells. J. Cho, C. Son,
S. Thogiti, D. Lee, J. Kim*
2340. Comparison of mono- and dibranched carbazole-based organic dyesfor the p-type dye-sensitized solar cells.
N. Jung, E. Kim, K. Ahn, J. Kim*
2341. Charge carrier mobilities in
CH3NH3PbI3 perovskites from first-principles calculation. T. Zhao, D. Wang,
Z. Shuai2342. Fabrication of organic fluorescent dye/
layered double hydroxide thin film onquartz crystal microbalance. S. Aisawa*,
M. Sawasato, J. Sang, H. Hirahara2343. Novel UV protection agents based on
optical stop band of colloidal photonic
crystals. T. Oki, T. Kanai*
2344. Well defined conducting polymer (pedot/pss) microparticles. S. Chuaychob,
P. Kanatharana, P. Thavarungkul,
C. Thammakhet, M.W. Mak*
2345. Tubular solids of lanthanide-doped
polyoxometalates in micrometer-scale:
Synthesis and NIR-luminescent properties. G. LI*, J. Peng*
2346. Graphene nanoribbon formed by templated sonochemistry. S. Ju
2347. Negative photoconductivity of graphenen investigated by ultrabroadband
optical pump terahertz probe spectroscopy. M. Yamashita*, S. Ikeda, C. Otani
2348. Different structure ZnO particles enhanced the electrochemical property ofgraphene oxide by organic conjugation.
L.L. Zhong
2349. Aggregation-induced emission (enhancement) and blue OLED application
based on new oxazoline containing heteroleptic iridium(III) complexes. W. Che*,
D. Jin*, T. Yang*, D. Zhu, Z. Su
2350. Plasmonic properties of gold nanoclusters assembled with thiol compounds. N. Uehara*, C. Haneishi
2351. Synthesis of POSS-based aggregationinduced fluorescent materials. H. Zhou*
2352. Design and synthesis of a fluorescentchemosensor for the selective detectionof heavy metal cations. Y. Son
2353. Synthesis of H⫹-conductive Narpsio
glass-ceramics. Y. Takahashi*,
N. Yoshida, K. Yamashita, T. Okura
2354. Synthesis and evaluation of ionic conductivity of alkaline-doped Narpsio glassceramics. Y. Ota, N. Yoshida,
K. Yamashita, T. Okura
2355. Electrical biosensor with nanomeshsilicon channel via block copolymer lithography. H. Jin, C. Jeong, S. Kim*
2356. Optically switchable smart windows
with integrated photovoltaic devices.
D. Ko2357. Synthesis and characterization of organic semiconductors on organic thinfilm transistors and organic photovoltaic
cells. M. Kim*, T. An*, H. Kim, M. Sung,
C. Cho, J. Baek, K. Park, C. Park, Y. Kim*
2358. Conductive polymer composites withsegregated structures. H. Pang, Z. Li *2359. Development of dye-sensiteized solar
cell based on circularly arranged porpyrin
array thin film. S. Asaoka*, A. Kobayashi,
Y. Tanio, T. Tokuoka, M. Aotani
2360. Phenothiazine-based multichromophoric organic dyes for dye-sensitizedsolar cell application. Y. Lee, S. Thogiti,
Y. Han, J. Kim*
2361. Polymer with high hole mobility for efficient bulk heterojunction solar cells.
Y. Cheon*, X. Liu, S. Lee, Y. LEE, Y. Kim
2362. Nobel donor-acceptor type copolymer
for solar cells. H. Kim, Y. Ha, S. Lee,Y. Kim*2363. Crystalline properties and performances of devices are influenced by solvent boiling point. S. Park, E. AHN,
Y. LEE, Y. Kim*
2364. Synthesis of bulk heterojunction for organic solar cell. Y. Ha, H. Kim, S. Lee,Y. Kim** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–26508 – MTLS
2365. In-situ electrical conductivity of
LixMnO2 nanowires as a function of “x”
and size in energy storage device. M. Le,
R. Penner
2366. UV-irradiation treatment of photoelectrode for the flexible dye-sensitized solar
cells. T. Kim, B. Jang, S. Kim, J. Kim*
2367. New ionic plastic crystals formed bycage type cations of 1-methyl-4-aza-1azoniabicyclo[2,2,2]octane and 1-ethyl-4aza-1-azoniabicyclo[2,2,2]octane withanions of BEt3Me and BEt4. S. Hirakawa,
Y. Kotani, H. Honda*
2368. Preparation and characterization ofphotoresponsive p-n junction films.
K. Koga*, T. Suzuki
Inorganic Materials
2369. Hydrothermal growth of high crystalline CdS spheres with pebble surface.
N. KIM, H. MAENG, C. Ah, H. Yu
2370. Effect of different synthetic routes on
the structural, morphologica,l and magnetic properties of Ce-doped LaFeO3
nanoparticles. b.s. randhawa*
2371. Insight on superparamagnetic behavior of pure and Ag-doped zinc ferrite
nanomaterials. h. kaur*
2372. Fabrication and properties of transparent functional silica glass using SiO2/PVA
mesoporous nanocomposite. S. Fujino*
2373. Borate based advanced materials.
D. Neiner*, L. Harrower, M.K. McCray,
B. Yonke, D.M. Schubert
2374. Preparation of Mg-Al layered doublehydroxide/hydroxyapatite nanocomposite and Its sorption behavior with cadmium, lead and phosphate ions.
Y. Watanabe*, H. Yamada, K. Fujinaga,
S. Oshima, Y. Komatsu
2375. Subsurface imaging of cobalt cores
encapsulated within polystyrene nanoparticles using force modulation microscopy. S.M. Deese, A.L. Francis,
A.M. Taylor, J. Pyun, J.Y. Chan,
J.C. Garno
2376. Low-temperature formation of ␣-alumina from polyhydroxoaluminum composite gels containing ascorbic acid andoxalic acid. T. Yamaguchi,
N. Mukouyama, S. Taruta
2377. Magnetoferritin nanoparticles for targeting and visualizing tumour tissues.
M. Liang
2378. Synthesis and their properties ofK2SiF6:Mn4⫹ phosphors by coprecipetation method. B. Bang, K. Choi, K. Choi,
C. Kim*2379. Influence of the sintering density ofAl2TiO5 by sintering method.
S. Yamagata, D. Yokota, A. Nagoe,
T. Sugimoto, H. Fujimori
2380. Anisotropic growth-induced synthesisof dual-compartment Janus mesoporous
silica nanoparticles for bimodal triggereddrugs. D. Zhao* Hybrid Materials
2381. Long-term stability of nanosilica/poly(ethylene glycol) reversible gel. Y. Hirose
2382. Effect of metal substitution on thephysical properties in the organic-inorganic hybrid tin iodide cubic perovskites.
K. Kobayashi, T. Inabe, J. Harada,
Y. Takahashi, H. Hasegawa
2383. Influence of structural ordering on
magnetic properties of iron oxide nanoparticles imbedded in a polymer matrix.
P. Daniel
2384. Fabrication of organic/inorganic composite micropatterns by anionic UV curing process. A. Asai, M. Furutani,
K. Arimitsu*
2385. Characterization of spatially confined
nanoclusters of porphines using conductive-probe atomic force microscopy.
X. Zhai, P. Derosa, J.C. Garno
2386. Hydroxyapatite deposition on polyimide films containing carboxyl group in abiomimetic solution. Y. Saegusa
2387. Fabrication process of covalently
bonded CNT-on-CF composite fabrication of covalently bonded carbon nanotubes on carbon fibers and their application to nylon 6,6 composites. J. Kim*,
E. Choi, Y. Jo, c. Kim
2388. Unique photoisomerization behavior ofa dicationic azobenzene derivative adsorbed electrostatically at the two anionc
sites on a clay nanosheet. T. Shimada*,
T. Umemoto, S. Takagi

266 –TECHTECHNICAL PROGRAM
Self-assembled Structures
2389. Protein- and carbohydrate-conjugatedself-assembled nanodots for biologicalimaging applications. S. Hsieh*, M. Kang,
P. Lin2390. Biomimetic peptide self–assembled
nanostructure–Pd complex (PEPPd) crosscoupling reactions in aqueous phase as
recyclable catalyst. S. Kim, N. LEE,
J. Ryu, S. LEE*
2391. Preparation of cellulose nanofibers
from watermelon peel and the composite
with silver nanoparticle for endowing antifungal property. R. Noda*, S. Ifuku
2392. Surface self-assembly of 4-(chloromethyl)phenyltrichlorosilane within exposed sites of Si(111) studied in toluene
at selected temperatures. P. Chambers,
N. Kuruppu, J.C. Garno
2393. Quantitative evaluation of sound-induced alignments of supramolecular
nanofibers formed from perylenebisimide
derivatives. Y. Hotta, A. Tsuda
Applications
2394. Synthesis of new acrylamide-based
block copolymers and their application tonanolithography. Y. Han*, I. Byun
2395. Synthesis and properties of niobium
borides by metal flux method. s. okada*,
y. takashi, y. kunio, s. toetsu, m. takao
2396. Water treatment using a wire meshsupported TiO2 photocatalyst. K. Fujii*,
T. Sugita, M. Mori, H. Itabashi
2397. Oxygen behavior during deoxidationof titanium powder using calcium deoxidizer. J. LIM*, J. Oh, K. Roh, C. Suh
2398. Utilization of an anion-exchange typeTiO2 photocatalyst for water purification.
K. Kobayashi, T. sugita, M. Mori,
H. Itabashi
2399. Development of novel membrane materials using vertically aligned carbon
nanotube for seawater desalination.
J. Jung, S. Lee, J. Sohn, J. Yoon
2400. UV and laser irradiation of functionalized gold nanoparticles as a potent antibacterial agent against the escherichia
coli . s. govindaraju
2401. Influence of halogen substitutions on
rates of charge tunneling across SAMbased large-area junctions. H. Yoon*,
G. Kong, M. Kim
2402. Direct crosslink adhesion of polyamide
and acrylonitrile butadiene rubber.
H. Hirahara, R. Sato, S. Aisawa, J. Sang
2403. Controlled release of antibiotics frometched titanium surfaces coated with hydroxyapatite microcapsules and polycaprolactone. T. Shimada, Y. Nishino,
I. Kimura, M. Taniguchi, T. Tanaka*
2404. Synthesis of hollow nanoshere layered
double hydroxide as cellular delivery vector. S. Aisawa*, H. Takemura, J. Sang,
H. Hirahara
2405. Adhesion of natural rubber and carbon
steel plate. H. Hirahara, K. Miura,
S. Aisawa, J. Sang, J. Oravec
2406. Adsorption behavior of zearalenone bycommercial and organophilic clays.
S. Aisawa, H. Yamazaki, J. Sang,
S. Endo, M. Sekine, N. Takahashi,
K. Sakao, E. Narita, H. Hirahara
2407. Synthesis and NOx adsorption of MgOrich spinel Al2MgO4 powder by coprecipitation method. s. okada*, y. takashi,
y. kunio, s. toetsu
2408. Grafting of polyNIPAAm onto chitin
nanofiber surface through atom transfer
radical polymerization. S. Tomiyama*,
S. Ifuku
2409. Novel biological adhesives consists ofcarboxymethyl chitin derivative and chitin
nanofiber. J. Uchiyama*, M. Morimoto
2410. Structure of ice in poly-N,N,-dimethylacrylamide hydrogel. Y. Takeuchi,
Y. Sekine, T. Ikeda-Fukazawa
2411. Synergistic effects of bioinspired subnanoscale catalysts on the WO3 nanofiber and their superior detection capability
toward biomarker VOCs. S. KIM*
2412. Ozone nano-bubble water: Fundamental properties and washing effects.
Y. Yamaguchi*, Y. Nakamura
2413. Applications of nanodiamond composite materials. T. Ogata*, S. Kim,
T. Negi, K. Honda, S. Kurihara

2414. Improvement of contamination resistance of PET surface by atmosphericpressure plasma jet treatment.
K. Gotoh*, E. Shobuke, Y. Kobayashi
2415. Controlling of NBR surface chemicalfunctional properties during the curing
process. J. Sang, S. Aisawa, H. Hirahara,
K. Mori
2416. Development of novel DNA aptamers
for the detection of circulating tumor cells
using terahertz chemical microscopy.
E.M. Hassan, M.C. DeRosa*,
W. Willmore, T. Ozaki
2417. Novel method to evaluate surfactant
potency by TLC. K. Chen, C. Indou,
Y. Yamashita, K. Sakamoto
2418. Synthesis and Cs-adsorption behaviorof phyllosilicates in saponite – phlogopite
system. H. Yamada, S. Yokoyama,
Y. Watanabe, K. Morimoto, S. Suzuki,
T. Yaita, T. Hatta
2419. Versatility of novel alkali metal chalcogenide ligands in colloidal nanoparticles.
S. Lee, S. Baek, S. Kim*
2420. Specific solvent produces specificphase Ni nanoparticles: A pulsed laser
ablation in solvents. H. Jung*, M. Choi2421. Synthesis and characterization of conjugated polymers for organic solar cellapplications. S. Lee, E. AHN, S. Park,
Y. Kim*2422. Fabrication of monodisperse microbubbles using glass capillary microfluidic
devices. A. Matsuo, T. Kanai*
2423. Preparations of cationic surfactant
protected dendritic gold nanoparticles by
tartaric acid reduction. M. Takezaki,
S. Shibata, K. Miyoshi, T. Tominaga
2424. Synthesis of multinuclear pt-thiolate
complexes. K. Ishihara, T. Imaoka,
K. Yamamoto
2425. Solubilization of water in supercritical
CO2 by nonamphiphilic fluorocarbon-hydrocarbon hybrid compounds.
S. Ogiwara, S. Ono, Y. Sato, C. James,
A. Yoshizawa, M. Sagisaka*
2426. Silicon quantum dot porous nanocarrier for ultrasensitive high explosives detector. J. Kim, H. Sohn*
2427. Effect of halogen substitution on electronic properties in organometal halide
hybrid perovskites. H. Hasegawa*,
Y. Takahashi, J. Harada, T. Inabe*2428. Study of adhesion between thermoplastic resin and metal using injection
molding. H. Hirahara, R. Kumagai,
S. Aisawa, J. Sang
2429. Dynamic mechanical responses of interfacial water probed by amplitudemodulation atomic force microscopy.
T. Nyu, T. Hayashi*
2430. Synthesis of carbon nanospheres/
copper composite particles by electroless plating method. S. Aisawa,
T.T. Nguyen, H. Hirahara, J. Sang
2431. Adsorption behavior of silane coupling
agent by the quartz crystal microbalancemethod and the nano thermal analysis.
H. Hirahara, S. Hiyama, S. Aisawa,
J. Sang
2432. Mechanochemical synthesis of noble
metal nanoparticles aided by P[N(SiMe3)2]3. N.C. Boyde, T.P. Hanusa*
2433. Metal-substituted epsilon iron oxide
nanoparticles exhibiting high-frequency
electromagnetic wave absorption.
M. Yoshikiyo*, A. Namai, S. Ohkoshi
2434. Development of highly-efficient synthetic method of functional disulfide compounds and their applications to battery
electrodes. S. Balasbramaniam, K. Ida,
Y. Ishimizu, N. Tanifuji
2435. Atomization phenomenon of waterwith a surfactant. H. Iwafuji*, A. Nagoe,
T. Sugimoto, H. Fujimori, D. Yamada,
S. Saisyo
2436. Thermal properties of benzene confined within mesoporous silica.
N. Tomita*, A. Nagoe, H. Fujimori
2437. Raman investigation on electric transport property of n-type 4H-SiC crystals
co-doped with Al and N. A. Minemura,T. Mitani, H. Fujimori
2438. Change of thermal expansion coefficient of Al2-xFexTiO5. T. Sugimoto,S. Yamagata, H. Fujimori

2439. Structures observation of titanate
nanosheets, titanate nanotubes, andmetal-doped nanotubes by HR-TEM.
T. Suzuki*, S. Okamoto
2440. Synthesis and characterization of perovskite photocatalyst. K. Saito, T. Suzuki
2441. Switching behaviors of a porous alumina capacitor fabricated by anodization
as a low temperature process.
K. Takase*, Y. Tanimoto, S. Otsuka,
T. Shimizu, S. Shingubara
2442. Mössbauer study of Sr3Co2xZnxFe24O41 Z-type hexaferrite.
T. Kikuchi*, M. Kobune, M. Nakanishi,
T. Fujii2443. Synthesis of titanium dioxide nanometarials for advanced applcations.
H. Bayraktar
2444. Preparation of core-shell microspheres with hybrid shell composed ofmultiple inorganic materials.
H. Yamamoto, N. Ryu, S. Nagaoka,
M. Takafuji*, H. Ihara*
2445. DSC and Raman spectroscopy simultaneous measurements of a liquid crystal,
MBBA. T. Yoshimi*, H. Fujimori,
S. Hagiwara

Saturday Afternoon
Hawaii Convention Center
317A
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: Z. Nie, J. Pyun
13:00 – 2446. Materials synthesis in organic
solvents: From metal oxide nanoparticles
to films, aerogels, metallic foams, and organic inorganic hybrids.
M. Niederberger*
13:25 – 2447. Nanoparticle-stabilized nanocapsules for proteinand nucleic acid delivery. V.M. Rotello
13:50 – 2448. Synthesis and colloidal polymerization of inorganic nanoparticle monomers. J. Pyun
14:15 – 2449. Directing the symmetry of stellated metal nanocrystals through seed
selection. S.E. Skrabalak
14:40 – 2450. Hybrid porous materials:
Properties and applications. L. De Cola,
E.A. Prasetyanto, L. Maggini,
I. Cabrera Puig
15:05 Intermission
15:20 – 2451. In how far can we make nanoparticles mimic molecules?. Z. Nie
15:45 – 2452. Self-assembly of complex terpolymer solution morphologies.
A.H. Mueller, T.I. Loebling,
A.H. Groeschel, O. Ikkala
16:10 – 2453. Determination of the effective
particle density of sterically-stabilised diblock copolymer nanoparticles.
S.P. Armes
16:25 – 2454. Functionalized BN materials
and their potential applications.
Q. Weng*, Y. Bando, D. Golberg** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
Hawaii Convention Center
316A
Chemistry and Applications of Graphene(#39)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: X. Bao, Z. Bao, H. Cheng,
P.V. Kamat
13:00 – 2455. Mass production of graphene
and its application for anti-corrosion
coatings. S. Pei, K. Huang, W. Ren,
H. Cheng*
13:20 – 2456. Interface of graphene and organics. Z. Bao
13:40 – 2457. Copper- and Nickel decorated
graphene as highly sensitive electrocatalysts for non-enzymatic oxidation of glucose for biosensor applications.
D. Qazzazie*, M. Beckert, R. Mülhaupt,
O. Yurchenko, G. Urban
13:55 – 2458. Degradation of aqueous
glyphosate over graphene-based sunlight-driven photocatalyst. M. Feriani,
K. Belkacemi, S. Hamoudi*
14:10 – 2459. Conduction limitations of fully
reduced chemically converted graphene.
S.V. Petersen*, B.W. Laursen, W. Hu
14:25 Break
14:45 – 2460. Cationic graphene-based
nanohybrid for water purification.
M. Chan-Park
15:05 – 2461. Catalysis over graphene and2D materials. X. Bao*
15:25 – 2462. Efforts are underway to introduce luminescent quantum dots into themultifunctional catalyst mat and further
enhance the capability of detection andremoval of low concentrations of chemicals from water and air. P.V. Kamat*,
R. Alam, V. Bridewell
15:45 – 2463. Reduced water vapor transmission rate of graphene gas barrier films
for flexible organic field-effect transistors.
K. Choi*, B. Hong
16:00 – 2464. Controlled growth of a graphene charge-trapping layer for organic
nonvolatile memory transistors. S. Park*,
Y. Park*, T. Choi, J. Seo
16:15 – 2465. Fe-catalyzed etching of graphene layers. G. Cheng*, I. Calizo,
A. Hight Walker
Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: G.R. Patzke
13:00 – 2466. Polyoxometalate assemblies
and their elaboration. C. Ritchie*,
M.R. Healey, H. Karoui
13:20 – 2467. Molecular cluster batteries ofnano-hybrid materials between POMs
and nanocarbons. K. Awaga*
13:40 – 2468. Electron transfer properties
through monolayers of polyoxometalates
covalently immobilized on electrodes.
F. VOLATRON, C. RINFRAY,
S. RENAUDINEAU, G. IZZET,
A. PROUST*
14:05 – 2469. Magnetic POMs in molecular
spintronics and quantum computing.
E. Coronado, J. Baldovi,
S. Cardona-Serra, A. Gaita,
J. Clemente Juan
14:35 – 2470. Mixed-metal hybrid polyoxometalates with amino acid ligands: structural and electronic versatility.
C. Boskovic*, F. Akhlaghi Bagherjrei,
M. Vonci, C. Ritchie, R. O’Hair, J. Zhang,
G. Bryant, X. Lopez, J. Poblet
14:55 – 2471. Localized and delocalized excited states in Ti6 and Ti17 polyoxotitanate clusters. J. Bao, J. Benedict,
J.R. Miller, P. Piotrowiak*
15:15 – 2472. Photoreduction process of nucleotide-coordinated polyoxomolybdates. E. Ishikawa*
15:30 Flash Posters

15:40 – 2473. Using Fourier transformed AC
voltammetry to provide new insight into
electrocatalysis with polyoxometalates.
A.M. Bond*, J. Zhang, S. Guo, Y. Liu
16:05 – 2474. Redox-induced selective uptake-release of cations in porous ionic
crystal based on polyoxomolybdates.
S. Uchida*, R. Kawahara, S. Seino
16:25 – 2475. The iron Keggin ion from water. M. Nyman, O. Sadeghi
16:45 – 2476. Cation-induced conformational changes in uranyl-peroxide nanoclusters and their effect on anion molecular dynamics. M. Dembowski,
W.H. Casey, P.C. Burns
Hawaii Convention Center
321B
Luminescent Nanomaterials: Properties,
Mechanisms, and Applications (#101)

Organized by: F. Vetrone, S. Kohei,
D. Ma, W. Huang, L. Huang, X. Peng
13:00 – 2477. PEOlated silica nanocapsules
via interfacial templating condensation forbioimaging. X. Li, Y. Zhang, S. Wong,
Y. Chieng
13:40 – 2478. Synthesis of silica nanoparticles modified chemically with terbium
complexes through Schiff base formationand their fluorescence properties in water. Y. Nakahara*, Y. Tatsumi, I. Akimoto,
S. Osaki, M. Doi, K. Kimura
14:00 – 2479. Luminescent biohybrid nanomaterials from nanocellulose and carbon
dots (CDs). J. Guo, K. Junka,
E.I. Filpponen*, J. Laine, O.J. Rojas
14:20 – 2480. Nanodiamond-based quantum biosensors. K. Briggman*, M. May
14:40 – 2481. Preparation of P-g-C3N4
nanodots and its fluorescence detectionof Cu2⫹. X. Chen
15:00 – 2482. Drug release in polyester thinfilms: Release kinetics regulated by NIR
stimulation through photoactive nanocomposite additives. T. Cheng, .F. Ortiz,
R. Naccache, F. Vetrone, R.S. Marks,
T.W. Steele*
15:40 – 2483. Engineering of multicolor
highly luminescent carbon nanodots forlong-term bioimaging of plant cell physiological processes. L. Alexandre,
R. Sekiya, M. Yoshikawa, Y. Moriyasu,
S. Nakabayashi
16:00 – 2484. Nanophosphors as sensitive
reporters in point-of-care diagnostics.
A.S. Paterson , B. Raja , G. Garvey,
A. Buell , K. Kourentzi, R.C. Willson*
16:20 – 2485. Luminescent properties of europium-doped (H3O)Y3F10 nanocrystals.
A.M. Ritcey*, D. Boudreau, C. Caron,
B. Richard
Hawaii Convention Center
319B
Development of Nano Devices andNanotechnologies for Environmental
Monitoring and Remediation (#124)

Organized by: S. Al-Abed, D. Dionysiou,
H. Choi, A. Bezbaruah,
J. Gardea-Torresdey, W. Choi, M. Litter,
T. Lim, B. Pan
Presiding: S. Al-Abed
13:00 – 2486. TiO2 nanoparticles coatedwith polyoxometalate water oxidation
catalysts: New systems for sustained
light-induced water oxidation.
S.M. Lauinger, J. Sumliner, Q. Yin, Z. Xu,
E.N. Glass, T. Lian, C.L. Hill*
13:20 – 2487. Generation of reactive oxygen
species on metal-doped SnO2 electrocatalysts: Development, applications,and implication. H. Park*
13:40 – 2488. Monitoring of biological toxins
in harmful algal blooms: From current approaches to future strategies.
H. Zamankhan, H. Choi*
14:00 – 2489. Degradation of cyanotoxins byferrite-based nanomaterials. B. Ren,
Y. Huang, C. Han, V. Sharma, K. O’Shea,
D. Dionysiou*
14:20 Break

14:30 – 2490. Peptide array platform for detecting the presence of naphthenic acids
in petroleum process affected water.
S. Bhattacharjee, K. Kaur
14:50 – 2491. Interference lithography (IL)generated microarray as surface-enhanced Raman spectroscopy (SERS)
substrates for pharmaceutical products inwater detection. K. Hong, J. Menezes,
A.G. Brolo*
15:10 – 2492. Femtomolar chemical detection on a metal-dielectric-CNT surface by
surface enhanced Raman spectroscopy.
H. Park, A.O. Altun
Hawaii Convention Center
320 Theatre
Functional Molecular Materials and Devices(#128)

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: C. Rovira, S. UJI
13:00 – 2493. Ferroelectricity in quasi-2D organic charge-transfer salts. M. Lang*
13:25 – 2494. Phase control and quantum
critical behavior of ferroelectric chargetransfer complexes. S. Horiuchi,
K. Kobayashi, R. Kumai, F. Kagawa,Y. Tokura
13:50 – 2495. Fluorescent ferroelectrics ofhydrogen-bonded alkylamide-substituted
pyrene derivatives. T. Akutagawa*
14:15 – 2496. Noncovalent interactions inmolecular quantum magnets.
J.L. Manson*
14:35 – 2497. Spin crossover with thermal
hysteresis (memory): The importance ofscan rate and relaxation rate studies.
S. Brooker*, R. Kulmaczewski, J. Olguin,
J. Kitchen, H. Feltham, R. Miller,
G. Jameson, S. Narayanaswamy,
J. Tallon
14:55 break
15:10 – 2498. Conductivity and magnetic ordering in multi-orbital radicals.
R.T. Oakley*
15:35 – 2499. Controlled under pressure:
Magnetic resonance studies of molecularmaterials. S. Hill*, K. Thirunavukkuarasu,
S. Winter, R.T. Oakley
16:00 – 2500. Designing of quantum spin
magnets by ␲-conjugated organic radicals. Y. Hosokoshi*
16:20 – 2501. Light-induced radical trapping
and large thermal hysteresis in magnetically bistable organic radicals. H. Phan,
A. Dragulescu-Andrasi, K. Lekin,
S. Winter, R.T. Oakley, M. Shatruk
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: Y. Lee, S. Maruyama
13:00 – 2502. Purification of horizontallyaligned arrays of single walled carbon
nanotubes. J. Rogers
13:30 – 2503. Exploring the growth of graphene and related 2D materials for electronic applications. H. Ago*
14:00 – 2504. Bio-electronics applications ofcarbon nanotube thin films. Y. Ohno
14:30 – 2505. Carbon nanotube electronics –more and more than Moore. L. Peng*,
Z. Zhang, S. Wang, X. Liang
15:00 break
15:20 – 2506. Interaction of water moleculeswith single-walled carbon nanotube.
Y. Homma, S. Chiashi, T. Yamamoto
15:50 – 2507. Carbon nanotube-based remarkably durable polymer electrolyte fuelcell. N. Nakashima*, I. Hafez, M. Berber,T. Fujigaya
16:20 – 2508. Floating catalyst CVD synthesis of SWNTs for thin film applications.
E.I. Kauppinen*

Hawaii Convention Center
318A
Advances in Bioinspired and Biomedical
Materials (#245)

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: K. Healy
13:00 – 2509. Design, synthesis, and foldingof sequence-defined peptoid polymers
into bioinspired nanoarchitectures.
R. Zuckermann
13:40 – 2510. Synthetic copolyampholytes
inspired by a mussel foot protein. S. Seo,
S. Das, P. Zalicki, R. Mirshafian,
C. Eisenbach, J.N. Israelachvili, J. Waite,
K. Ahn*
14:00 – 2511. Design of discrete DNA-modified gold nanoparticle assemblies with abeads-on-a-string-like structure and theirinterparticle distance changes depending
on terminal base-pairing. Y. Akiyama,
H. Shikagawa, N. Kanayama,
T. Takarada*, M. Maeda
14:20 – 2512. Bioactive carriers for intracellular delivery of biologic and small molecule drugs. P. Stayton
15:00 Coffee Break
15:20 – 2513. Bioinspired encapsulation of
Jurkat cell within titania artificial shell.
E. Ko*, W. Youn, I. Choi*
15:40 – 2514. Comparison of cytokines secretions from macrophage cultured onhydroxyapatite and carbonated apatite
dense ceramics. K. Igeta*, K. Nozaki,
M. Aizawa, K. Yamashita, A. Nagai
16:00 – 2515. Microbial encapsulation in alginate/polydopamine core/shell microbeads. B. Kim*, I. Choi*
16:20 – 2516. Alternative approaches forprevention of Pseudomonas aeruginosabiofilm formation on urinary catheters.
T. Tzanov, M. Fernandes*, K. Ivanova,
A. Francesko
Hawaii Convention Center
317B
Challenge for Rare Element-free Functional
Materials (#291)

Organized by: H. Hosono, D. Ginley,
Y. Lee13:00 – 2517. Searching for rare elementfree rare earth permanent magnets.
m. sagawa
13:30 – 2518. Permanent magnets free fromrare elements. K. Hono*
14:00 – 2519. Large perpendicular magnetic
anisotropy in noble metal-free manganese nitride epitaxial thin film.
A. Chikamatsu*, X. Shen,
K. Shigematsu, Y. Hirose, T. Fukumura,
T. Hasegawa
14:20 – 2520. Electrically controlled electromagnetic phase conversion in magnetic
oxide at room temperature. T. Katase*,
Y. Suzuki, H. Ohta*
14:40 Break
14:50 – 2521. Computational materials discovery. A.R. Oganov
15:20 – 2522. Thermodynamic and other related properties of titanium-dioxide systems. Y. Aoki*, S. Saito* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–267

08 – MTLSTECHNICAL PROGRAM

15:40 – 2523. Computational crystal structure prediction of mixed valence tin oxide
photocatalysts. N. Umezawa, J. Wang,
H. Hosono
16:00 – 2524. Computational and experimental identification of earth-abundantternary nitrides. Y. Hinuma,
T. Hatakeyama, Y. Kumagai, Y. Muraba,
H. Sato, H. Hiramatsu, I. Tanaka,
H. Hosono, F. Oba*
16:20 – 2525. On the existence and characterization of molecular electrides. M. Garcia Borràs*, V. Postils, M. Solà, J. luis, E.
Matito16:40 – 2526. Structural and spectroscopic
characteristics of C12A7 electride glass:
A DFT study. L.E. Johnson*,
P.V. Sushko, H. Hosono

15:40 – 2541. Single molecule chemistry forsurface assembly of DNA nanostructures.
T. Ye*, G.R. Abel, X. Hao
16:00 – 2542. Anthraquinone and pentaquinone pores on Cu(111): network formation through substrate electron confinement and its impact on guest dynamics.
L. Bartels
16:30 – 2543. Design and manipulation offunctional molecular nanosystems at interfaces. J.V. Barth

Hawaii Convention Center
318B

Organized by: S. Jin, G. Yu, T. Minegishi,
S. Maldonado, J. He
Presiding: S. Jin, W. Wei

Nitroxide Radicals: Synthesis andFunctional Bio-/Nanomaterials (#309)

Organized by: A. Smirnov, S. Bottle,
R. TamuraPresiding: K. OKADA, R. Tamura
13:00 – 2527. New aspects of nitronyl nitroxides in materials science. K. OKADA
13:30 – 2528. Nitroxide-copper clusters asbuilding blocks for thermo/photoswitchable nanomaterials. M.V. Fedin*
14:00 – 2529. Evaluation of ␤ value of
␲-conjugated molecular wires by probing
exchange interaction between two nitroxide radicals. K. Matsuda*
14:30 – 2530. Control of phase transition behaviors of nitroxide radical paramagnetic
liquid crystals. T. Akita*, Y. Uchida,
N. Nishiyama
14:50 Break
15:05 – 2531. Air-stable carbon-centeredneutral radicals: Challenges for electrodeactive materials. Y. Morita*, H. Nobukuni,
T. Murata, M. Keishima, R. Tsuji
15:35 – 2532. Construction of molecular
self-assemblies carrying a nitronyl nitroxide radical and effect of selective deuteration. N. Yoshioka*, Y. Emura,T. Saito, N. Ozora, Y. Miura
16:05 – 2533. Adding redox-active nitroxides
to the surface of carbon-based materials.
S.E. Bottle*, J.P. Blinco, A. O’Mullane,
H. Zhu16:35 – 2534. Spin probe and label studiesof alumina-based functional materials
and systems. E.G. Kovaleva*,
L.S. Molochnikov, L.F. Hatmullina,
D.P. Stepanova, A. Smirnov,
K.V. Kozhikhova, M.A. Mironov,
A.V. Pestov
Hawaii Convention Center
314
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
13:00 – 2535. Testing functional molecularassemblies by single-molecule manipulation. L. Grill*
13:30 – 2536. Create and manipulate quantum states on surface using molecules.
N. Lin
14:00 – 2537. Synchronization in self-assembled molecular machine networks.
S.W. Hla
14:30 – 2538. Spin state of Iron phthalocyanine (FePC) on metal surfaces.
M. Kawai*, N. Tsukahara, N. Takagi
14:50 – 2539. Modulating charge transportmechanisms by tuning the architecturesof supramolecular assemblies. A. Vilan,
A. Pawlicki, B. Ewers, C. Drain,
J. Batteas
15:10 Coffee break
15:20 – 2540. Electric-field-induced phasetransformations at nanoscale.
O. Ivasenko, Y. Fang, K. Cui, S. Lee,
Z. Li, S. Mertens, S. De Feyter*

268 –TECH

Hawaii Convention Center
316C
Fundamentals and Applications ofNanomaterials for Energy Technologies(#348)

13:00 – 2544. Water splitting on particulate
and/or plate type photocatalysts.
K. Domen*
13:30 – 2545. Solar hydrogen production using carbon quantum dots and a molecularcatalyst. B. Martindale, G. Hutton,
C.A. Caputo, E. Reisner*
13:45 – 2546. Semiconductor nanowires for
artificial photosynthesis of value-added
chemicals. P. Yang
14:15 – 2547. Solar energy conversion andelectrocatalysis using earth-abundantnanomaterials. S. Jin
14:30 break
14:50 – 2548. Graphene and C3N4-based
electrocatalysts for energy conversion.
S. Qiao*
15:20 – 2549. Metal-free, heteroatom-dopedcarbon nanomaterials as sustainable
electrocatalysts for fuel cells and water
splitting. T. Asefa*
15:35 – 2550. Electrochemical nanotechnologies: Batteries and electrocatalysts.
Y. Cui
16:05 – 2551. Nanoparticle-assisted electrochemical synthesis of ammonia from water and nitrogen under atmospheric pressure. K. Kim, H. Yoon*, J. Han*
16:20 – 2552. Block copolymer template-directed synthesis of mono- and bimetallic
nanoparticle catalysts. D. Rider
Hawaii Convention Center
316B
Multi-scale & Synergistic Supramolecular
Systems in Material and Biomedical
Sciences (#357)

Organized by: S. Aoki, H. Chiu, K. Soga,
N. Gianneschi, X. Bengang
Presiding: S. Aoki, H. Chiu
13:00 – 2553. Stimuli-responsive materials
for biological and materials applications.
B.S. Sumerlin
13:25 – 2554. New approach for targeted assembly - copolymer blending vs. precision synthesis. R.K. O’Reilly*
13:50 – 2555. De novo synthesis of artificial
phospholipid membranes. N.K. Devaraj
14:10 – 2556. Transferring light energy into
rotation of non-absorbing polymers
through hydrogen and halogen bonds.
J. Vapaavuori, I. Heikkinen,
V. Dichiarante, G. Resnati, P. Metrangolo,R. Sabat, C. Bazuin, A. Priimagi,
C. Pellerin
14:30 – 2557. Air-liquid interfacial self-assembly of conjugated block-copolymers
into ordered nanowire arrays. S. Park*,
M.M. Cativo
14:50 Break
14:55 – 2558. Selective binding of guest alkyl termini by p-tert-butylcalix[5]arene in
the solid state. R. Sekiya*, Y. Kajiki,
T. Haino
15:15 – 2559. Assembly and application ofJanus nanosheets. B. Rodier, P. Wei,
Q. Luo, S. Burton, E. Mosher, E. Pentzer
15:35 – 2560. Self-assembled benzimidazolium salts and their strong antimicrobial
properties. C. Elie*, A.R. Schmitzer

15:55 – 2561. Lanthanide-based nanoparticles as new candidates for nanothermometry. E. Hemmer*, M. Quintanilla,
F. Légaré, F. Vetrone
16:20 – 2562. Porphyrin supramolecular assembly: From nano to micro, and back.
G. Zheng
Hawaii Convention Center
319A
Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: P.M. Gehring
13:00 – 2563. Insights into the local structureof ferroelectrics via pair distribution function studies. J.L. Jones*, T. Usher,
I. Levin, E. Aksel, J. Forrester
13:25 – 2564. Understanding the morphotropic phase boundary in samarium-modified bismuth ferrite . N. Valanoor*
13:50 – 2565. Defect induced phase statesin perovskite nanoparticles. I. Golovina*
14:05 – 2566. Correlation between antiferroelectric-like and ferroelectric components
in the local region of polar materials.
Y. Liu14:25 Break
14:35 – 2567. Synthesis and characterizationof (K, Na)NbO3 Lead-free piezoelectric
nanocrystals. J. Li, L. Cheng, Y. Xu,
K. Wang
15:00 – 2568. One pot synthesis of nano ferroelectric materials by abnormally accelerated solid state reaction. K. Toda
15:20 – 2569. Development of ferroelectricoxides with oxygen tetrahedra.
H. Taniguchi*
15:45 – 2570. Functionalities of dielectric/
ferroelectric stacked layers. C. Hwang*
16:10 – 2571. High piezoelectric properties
of KNN-based piezoelectric ceramics:
Preparation, characterization, and mechanism. J. Zhu*, D. Xiao, J. Wu
Hawaii Convention Center
322AB
Self-organization: Novel Mesogens andApplications (#447)

Organized by: H. Eichhorn, E. Choi,
T. Hegmann, Y. Shimizu, K. Zhao
Presiding: T. Hegmann
13:00 – 2572. Synthesis and self-assemblyof novel dibenz[a,c]anthracenes: Influence of structure on mesomorphic properties. K. Maly*, K. Psutka, J.A. Paquette
13:20 – 2573. Low symmetry triazine derivatives for crystal and liquid crystal engineering. H. Taing, H. Eichhorn*
13:40 – 2574. Dynamically self-assembled
nanoparticles as tunable metamaterials.
E. Gorecka*
14:10 – 2575. Liquid crystal directed nanoassemblies. L.S. Hirst*
14:40 – 2576. Cholesteric liquid crystals:
Polymer ⫹ nanoparticles. T.J. Bunning*,
l. de sio, N. Tabirian, S. Serak, T.J. White
15:00 – 2577. Enhancement of luminol emission intensity in cholesteric liquid crystalline microcapsule. Y. Iwai*, Y. Uchida,
N. Nishiyama
15:20 – 2578. Porous biocompatible liquid
crystal elastomer and their use as spatial
cell culture scaffolds. E. Hegmann*,
R. Clements, E. Freeman, C. Malcuit,
J. Mc.Donough, L. Korley
15:40 – 2579. Design of novel amphiphilic
mesogens and their complex mesophasemorphologies. X. Cheng
16:10 – 2580. Patterning of mechanoinduced change in photoluminescent color
on side chain liquid-crystalline polymer
containing low molecular weight liquidcrystalline mechanochromic compound.
M. Kondo*, T. Nakanishi, S. Miura,
N. Kawatsuki
16:30 – 2581. Self-organized polymer patterns obtained on the periodically deformed liquid crystals as reaction media.
S. Kang*

Saturday Evening
Hawaii Convention Center
317A
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: J. Texter
19:00 – 2582. Temperature-responsive
properties of poly(N-isopropylacrylamide)
nanoparticles bearing a perylenediimidegroup around the chain center.
S. MACHIDA*, Y. UCHIHASHI, N. Ikeda
19:15 – 2583. Synthesis and assembly of hybrid anisotropic particles. N. Wu,
S. Wang
19:30 – 2584. Synthesis of size-tunable
polymeric nanoparticles by means of anelongational flow device and their incorporation in hybrid polymeric materials.
W. Yu, N. Visaveliya, I.U. Khan,
C.A. Serra, M. Köhler, R. Muller,
M. Bouquey, I. Kraus, M. Schmutz
19:45 – 2585. 2D ordered array of PEGylated
ferritin. M. Uenuma, C. He, N. Okamoto,i. yamashita, Y. Uraoka
20:00 – 2586. New class of colloidal crystals.
J. Texter
20:15 – 2587. Synthesis and functional evaluation of Eu-Mn complex nanoparticles
for dual photoacoustic and magnetic resonance imaging probes. Y. Kimura,
T. Kurimoto, Y. Imai, H. Imai, T. Matsuda,
A. Toshimitsu, T. Kondo*
20:30 – 2588. Room temperature synthesisof graphene – Mn3O4 composite using
different solvent system for supercapacitor application. S. Syed Abdulrahim*,
D. Sappani, V. THIRUMALAI, P. Balaya*,
S. Valiyaveettil*
Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: M. Bonchio
19:00 – 2589. Self-assembly of polyoxometalates for flexible ionic organic frameworks. L. Wu*
19:20 – 2590. Distortions in decavanadates
and how that may impact interactions
with biological interfaces.
I. Sanchez-Lombardo, S. Alvarez,
N. Levinger, D.C. Crans*
19:40 – 2591. Polyoxometalates as a novel
class of artificial proteases.
T.N. Parac-Vogt*, K. Stroobants,
G. Absillis, H. Ly, A. Sap
20:10 – 2592. Recent developments in polyoxo-noble-metalate chemistry. P. Yang,
Z. Lin, U. Kortz*
20:30 – 2593. Understanding the assemblyof gigantic polyoxometalate clusters withinformation theory and symmetry.
L. Cronin** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
Hawaii Convention CenterHalls I, II, III
Development of Nano Devices andNanotechnologies for Environmental
Monitoring and Remediation (#124)

Organized by: S. Al-Abed, D. Dionysiou,
H. Choi, A. Bezbaruah,
J. Gardea-Torresdey, W. Choi, M. Litter,
T. Lim, B. Pan
Poster Session
19:00 – 21:00
2594. Application of nanosized ferric oxidesbased adsorbent for phosphate removal
and recovery from biotreated effluent.
Y. Zhang, B. Pan*
2595. Nanozerovalent iron: Preparation using natural antioxidants and reactivity toward the degradation of trichloroethylene. J. Scott*, K.P. Weber, J. Ring,
M. Chaung, K. Naylor2596. Atmospheric aerosol measurement
using Recovery Sonde System. Y. Park*
2597. Colorimetric probe to determine Pb2⫹
using functionalized silver nanoparticles.
K. Noh, Y. Nam, K. Lee*
2598. Removal of adhered uv-curable resin
to the microstructure of mold by high hydrostatic pressure treatment.
T. Minamide, A. Shimizu, U. Kajiwara
2599. Resistive response of carbon nanotube membrane for the detection of chlorophenols. W. Den, E. Kanchanatip,
N. Grisdanurak
2600. Colorimetric detection of zinc ion inaqueous solution using label-free silver
nanoparticles. S. Lee, Y. Nam, K. Lee*
2601. Cerium and lanthanum-modified,magnetically separable nanocatalysts forwater treatment. C. Han, J. Lalley, X. Li,
M. Nadagouda*
2602. Potential application of green nanoTiO2 on the photocatalytic degradation of
azo dyes present in tannery effluents: Effect of nanoparticle concentration andsize. J. Ibarra-Sanchez,
J.A. Reyes-Aguilera, C. Molina,
G. de la Rosa*
Hawaii Convention CenterHalls I, II, III
Functional Molecular Materials and Devices(#128)

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: R. Kato
Poster Session
19:00 – 21:00
2603. Designing molecular printboards: A
photolithographic platform for recodable
surfaces. D. Abt, B.V. Schmidt,
O. Pop-Georgievski, A. Quick,
M. Wegener, D. Danilov, W. Wenzel,
N.Y. Kostina, M. Bruns,
C. Rodriguez-Emmenegger,
C. Barner-Kowollik
2604. Thermo- and photo-responsive coloring phenomena in a long-chain amidoamine derivative/toluene/water system.
K. Akazawa, M. Nakagawa, Y. IMURA,
T. Kawai
2605. Influence of different modification
ways on the sedimentation behavior ofboron nitride applied in coating systems.
N. Andraschek*, G. Riess, W. Kern
2606. Structural study on fused heterocyclicladder oligomers. P. Pham, M.M. Bader2607. Molecular rectification of ferrocenylterminated self-assembled monolayers
formed on Au(111) and Si(111).
A. Cheng*, S. Sugiura, T. Ichii,
T. Utsunomiya, H. Sugimura
2608. Approaching sub 100 K band-like
transport in organic single-crystal transistors. J. Cho*, H. Minemawari,
H. Watanabe, T. Yamada, S. Inoue,
J. Tsutsumi, S. Arai, T. Hasegawa, T. Mori
2609. Electrically switchable surface withadherable, bactericidal, and nonfoulingproperties. I. Choi, W. Yeo*

2610. Chiral-optical switching in a mixture
system of photo-responsive rod-like molecule and achiral bent-core molecule.
S. Choi2611. Metallic state of single-component ␲molecular crystals under high pressure.
H. CUI, R. Kato
2612. From blue to red, the way to tailor exciplex based TADF emitters. P. Data,
P. Pander, A. Monkman
2613. Single-crystal linear conjugated polyenes through photoinduced inclusion polymerization: A possible organic superconductor. S.A. Dinca, D. Allis,
M.B. Sponsler, B. Hudson2614. Air-stable ambipolar organic transistors based on layered molecular conductors (dibenzopyrrolopyrrole)(dimethyldicyanoquinonediimine). C. Fujisue*,T. Mori, T. Kawamoto, T. Kadoya,
T. Higashino
2615. Preparation, characterization, and fabrication of organic thin films of porphyrinwith carboxyl and phosphonate andgroups. Y. Funaki, S. Uemura,
A. Sawano, C. Pac, H. Moriyama*2616. Spin dynamics for donor-acceptor
type covalent organic framework (COF).
K. Furukawa*, T. Nakamura, D. Jiang
2617. Intensify adhesivity between epoxy
and EC tag supported metal surface.
R. Furuno, Y. Takatsuji, T. Haruyama
2618. Synthesis and property of C5-azobenzene-functionalized locked nucleic aciduridine as a photoswitchable nucleic acidmaterial. O. Hasegawa
2619. Air-stable ambipolar and n-channel organic transistors with hydrogen-bondand sulfur-sulfur networks.
T. Higashino*, S. Kumeta, S. Tamura,Y. Ando, K. Ohmori, K. Suzuki,
A. Filatre-Furcate, D.M. LORCY, T. Mori
2620. Structural characteristics of new quantum spin liquid candidate
␬-(ET)2Ag2(CN)3. T. Hiramatsu*,
Y. Shimizu, M. Maesato, A. Otsuka,
H. Yamochi, H. Ito, H. Kishida,
Y. Yoshida, G. Saito
2621. Development of piceno[4,3-b:9,10b’]dithiophene (PiDT) and dialkyl substituted PiDTs (Cn-PiDTs): Synthesis, characterization, and application to organic
field-effect transistors. K. Hyodo,
R. Toyama, H. Mori, Y. Nishihara*
2622. Carrier doping in a molecule-based
spin ladder, Li2([18]crown6)3[Ni(dmit)2]2(H2O)4, by using solid stateion exchange. K. Ichihashi, S. Nishihara*,
D. Konno, K. Maryunina, A. Sasaki,
S. Wimperis, S. Kawaguchi, Y. Kubota,
K. Inoue*, T. Akutagawa, T. Nakamura
2623. Morphological control of aggregates
formed from mixtures of ferrocene-containing surfactants using electrochemical
methods. A. Ikeda, Y. Takahashi,
Y. Kondo*2624. Synthesis of polynorbornene dendrimers to apply to novel thiol-ene UV curable
resins. R. Imanishi, K. Aoki
2625. Discovery of thermally-resistant goldcolored crystals formed from an azobenzene derivative. Y. Imazu, Y. Takahashi,
Y. Kondo*2626. Mott insulator ␬-(ET)2CF3SO3 having
quasi-1D triangular spin lattice exhibitingsuperconducting transition under pressure. H. Ito*, T. Asai, Y. Shimizu,
Y. Yoshida, G. Saito
2627. Analysis of sublimation purification
process of organic semiconductor materials. T. Iwao, Y. Yamaguchi, Y. Tsuji*
2628. New patterning process of Poly (3,4ethylenedioxythiophene)/poly(styrenesulfonate) electrodes by using the doctor
blade coating system. Y. Jang, K. Kim
2629. Novel solvent effects of dendritic polycinnamates on the photochemical behaviors based on the dendimer conformationin dilute solutions. K. Kagamihara,
K. Aoki
2630. Correlations between magnetism andconductivity in quasi-one-dimensional␲–d molecular conductors(DIETSe)2FeBr4xCl4(1–x). G. Kawaguchi*,M. Maesato, T. Komatsu, H. Kitagawa,T. Imakubo, A. Kiswandhi, D. Graf,
J. Brooks

2631. Molecular coating of molds and diesfor polymer processing. B. Kaynak*,S. Waschke, G. Grundmeier, W. Kern
2632. Photoresponsive carbohydrate based
amphiphilic surfactant for liquid crystalalignment. D. Kim*, K. JEONG*
2633. Dynamic and mechanical manipulationof fluidic species using a hierarchicalwrinkle structure. T. Kimura, Y. IMURA,
H. Endo, T. Kawai
2634. Energy transfer through circular porphyrin arrays arranged along normally oriented cylindrical phase segregation interface in thin film. A. Kobayashi, Y. Tanio,
T. Tokuoka, M. Aotani, S. Asaoka*
2635. Preparation and redox-responsive behavior of ferrocene-modified nicroparticles. N. Kobayashi, Y. Takahashi,
Y. Kondo*2636. Effect of chemical structures of aminoacid-based diacetylene gelators on gelation and photopolymerization behaviors.
Y. Kobayashi, N. Tamaoki, K. Aoki
2637. Flame inhibition mechanisms of vanadocene. Y. Koshiba*, T. Takahashi,
H. Ohtani
2638. Functionalized phage nanoparticles:
Versatile ultrasensitive reporters for thedetection of proteins and viruses.
K. Kourentzi, M. Adhikari, S. Dhamane,
J. Litvinov, H. Goux, J. Kim, H. Chen,
G. Garvey, M. Crum, A. Hagstrom,
U. Strych, J. Conrad, R.C. Willson*2639. Structure and physical properties ofaxially substituted tetramethylporphyrinradical crystals. M. Kurokawa,
H. Hasegawa, Y. Takahashi, J. Harada,
T. Inabe
2640. Transport noise measurements in dimer-Mott insulator ␤’-(BEDT-TTF)2ICl2.
M. Kurosu, B. Hartmann, J. Müller,
J. Kudo, S. Iguchi, H. Taniguchi, T. Sasaki
2641. Synthesis, structure, and emission
property of polymethylene-vaulted transbis(2-iminoimidazolato)platinum(II) complexes. N. Le*, N. Komiya, T. Naota
2642. Solution processable star-shaped
molecules with a triazine core andbranching thienylenevinylenes for bulk
heterojunction solar cells. R. Lee*,C. Huang
2643. Influence of electron donor groups inaryltriene chromophores for molecular rotors. S. Lee, S. Lee, J. Choi, C. Lee,O. Kwon*2644. New kind of materials for Organic
light-emitting diode with solution-processed. X. Liu*, Y. LEE, S. Lee, Y. Cheon,
Y. Kim2645. Organic field-effect transistors basedon isoindigo derivatives. N. Masuda*,
T. Higashino, T. Kadoya, M. Ashizawa,T. Kawamoto, H. MATSUMOTO, T. Mori
2646. Synthesis and photochemical behaviors of novel dendritic polycinnamateswith various p-alkoxy chains in dilute solutions. Y. Masuda, Y. Tani, K. Aoki
2647. Introduction of asymmetry in chargetransfer complexes based on axially substituted iron phthalocyanine for constructing new molecular ferroelectrics.
M. Matsuda*, M. Nishi, N. Hanasaki
2648. Magnetic properties of (tetramethylporphyrinato)cobalt(II) crystals and thinfilms. S. Matsuno, H. Hasegawa,Y. Takahashi, T. Inabe*, H. Tseng,
S. Heutz
2649. Current-induced mutual conductivity
change along orthogonal crystal axes inan ion-radical salt of cyclophane-type donor. M.M. Matsushita*, D. Tonouchi,
K. Awaga, T. Sugawara
2650. Functionalized isoindigo small molecules for use a electron acceptors in OPV
devices. S. McAfee, J.M. Topple,
I.G. Hill, G. Welch*
2651. Structures and proton conductivities
of novel organic anhydrous co-crystals
consisting of imidazole derivatives anddicarboxylic acids. H. Mori*, K. Suzuki,
J. Yoshida, A. Ueda
2652. Development of catechol-fused TTFbased organic conductors: Modulation ofhydrogen-bonding interactions by chemical modification of TTF skeleton.
J. Yoshida, A. Ueda, A. Nakao, R. Kumai,
H. Nakao, Y. Murakami, H. Mori

2653. Development of photo-switchable oligonucleotides containing C5-azobenzene-substituted 2’-deoxyuridine analogs. S. Mori, K. Morihiro*, Y. Kasahara,
S. Tsunoda, S. Obika*
2654. Distyrylthieno[3,2-b]thiophene based
red luminescent organic single crystal
and its balanced ambipolar field-effectperformance. S. Mu*, S. Takaishi,
M. Yamashita
2655. Synthesis and photochemical behaviors of novel photodimerizable dendrimers with stilbene and cinnamate units attheir terminal positions. S. Nakada,Y. Tani, K. Yamauchi, K. Aoki
2656. Dinaphthobenzo[1,2-b:4,5-b’]difurans:
Synthesis, properties, and application toorganic field-effect transistors.
K. Nakano*
2657. Calorimetry organic charge transfer
complexes under external pressures.
Y. Nakazawa*, R. Yoshimoto,S. Yamashita, H. Akutsu
2658. Novel odd/even effect of alkylene
chain length of diacetylene gelators onmolecular packing modes in gel states toaffect subsequent photopolymerization
behaviors. K. Narazaki, N. Tamaoki,
K. Aoki
2659. New single crystal growth method fora charge-transfer complex using photoirradiation. M. Nishi, M. Matsuda,
H. Hasegawa, N. Hoshino, T. Akutagawa
2660. Polarization switching and domain formation of inorganic-organic lead halide
perovskite thin film solar cells. S. Oh,
G. Kim, B. Nguyen, W. Jo*
2661. Crystal structure and physical properties of [Ni(dmit)2]- salt with (pphenylenediamine)2(H⫹)3(DCH[18]crown6)3 double-decker type supramolecular
cation. Y. Ohshima*, K. Kubo, S. Noro,T. Akutagawa, T. Nakamura
2662. Chalcogen-bridged V-shaped organic
semiconductors: The effect of thebridged chalcogene atoms.
T. Okamoto*, C. Mitsui, M. Yamagishi,
K. Nakahara, J. Soeda, H. SATO,
A. Yamano, J. Takeya
2663. Spin susceptibility of a Mott insulatork-(ET)2Ag2(CN)3 with triangular lattice under pressure. A. Ono, Y. Shimizu, M. Itoh,
M. Maesato, A. Otsuka, H. Yamochi,
T. Hiramatsu, Y. Yoshida, G. Saito
2664. Confinement and jamming: The resultof merging the complex world of conjugated polymers, fungal Janus surfactants
and colloids. C. Rosu*, N. Kleinheinz,
D. Choi, C. Tassone, J. Fu,
M. Srinivasarao, P.S. Russo,
E. Reichmanis2665. Photoswitching devices consisting ofa metal-nanoparticle. S. Ryuzaki*,K. Terada, N. Saito, K. Okamoto,
K. TAMADA*
2666. Photo-excited electron-pass fromswingable molecular layer to semiconductor electrode. T. Sakakura,
Y. Takatsuji, N. Murakami, T. Haruyama
2667. Peptides: A step toward natural organic light emitting materials in electronic
applications. R. Sammynaiken*,R. Bauer, G. Chang, M. Reaney,
P. Jadhav
2668. Organic transistors based on chargetransfer complexes of BTBT analogs.
R. Sato*, M. Dogishi, T. Higashino,
T. Kadoya, T. Kawamoto, T. Mori

* Principle Author

Photographing of presentations
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2015 program online at:
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TECH–269

08 – MTLS
2669. Charge conduction properties at thecontact interface between electron donor
and acceptor single crystals.
T. Shimada*, Y. Takahashi, J. Harada,
H. Hasegawa, T. Inabe
2670. Antiferromagnetic order at 101 K in
Mott insulator (BEDT-TTF)Ag4(CN)5 withdiamond lattice. Y. Shimizu*, A. Ono,
M. Itoh, A. Otsuka, M. Maesato,
H. Yamochi, T. Hiramatsu, Y. Yoshida,
G. Saito
2671. Large-scale synthesis of novel photoreactive dendrimers with multiple azobenzene units and their photoisomerization behaviors in films. M. Shimoyama,
K. Aoki
2672. Structure-property relationships inbiobased polyimide copolymers derived
from 4-aminocinnamic photodimer andvarious tetracarboxylic dianhydrides.
H. SHIN, S. TATEYAMA, T. Kaneko
2673. Materials design based on the concept of coupling density. K. Shizu,
M. Uejima, H. Tanaka, T. Sato, K. Tanaka,
H. Kaji, C. Adachi*
2674. Light-induced superconductivity in an
organic Mott insulator utlizing a photoactive electric double layer. M. Suda*,
R. Kato, H.M. Yamamoto
2675. Structural stability of bismuth-niobium-oxide films in solution process.
A. Sugiyama, T. Mitani, A. Goto,
H. Shimauchi
2676. Development of high conductive PEDOT-PSS composite rigid film using polymerizable polar monomer. K. Sunata,
M. Horikawa, T. Shirosaki, H. Sakurai,
S. Nagaoka, H. Ihara
2677. Photopatterning of pi-conjugatedpolydiacetylene polymers by using organogelators with excellent photopolymerizability. D. Takahashi, K. Narazaki,
N. Tamaoki, K. Aoki
2678. Synthesis and properties of novel donor-accepter pai-conjugated dyes withhigh molecular planarity. K. Takahashi,
D. Izutsu, M. Wakayama, N. Tanaka,
K. Mitsuke, M. Hashimoto
2679. Formation of a highly ordered thin filmof ferroelectric on a molecular crystal.
M. Takehisa*, Y. Takahashi, J. Harada,
H. Hasegawa, T. Inabe
2680. Effect of structural deformation on
charge transport in organic single-crystal
semiconductors. J. Takeya*, H. Matsui,
T. Kubo, R. Hausermann
2681. Fabrication of color microlens arrayutilizing polymer electrodeposition.
T. Tanaka, K. Satoh, S. Hatakeyama,
M. Yamamura, S. Murakami, H. Enomoto,Y. Sakurai
2682. Synthesis of novel dendritic polycinnamates with rigid tails to apply to photoreactive films with high photodimerizableefficiency. Y. Toyooka, Y. Tani,
K. Yamauchi, K. Aoki
2683. Synthesis and semiconducting properties of oxacenes containing abenzo[2,1-b:3,4-b’]difuran skeleton.
A.M. Truong, K. Nakano*2684. Synthesis and physical properties of
1,4,5,8-naphthalenediimide-based conductors. K. Ueno, H. Iguchi*,
M. Yamashita*
2685. Effect of chemical structures of aromatic terminals of the amino-acid based
diacetylene gelators on the gelation andphotopolymerization behaviors. M. Ueta,
Y. Kobayashi, N. Tamaoki, K. Aoki
2686. Synthesis of novel p-conjugated oligomers containing a thieno[3,4-b]thiophene unit with a 4-substituted phenyl
ester and their application to solutionprocessed organic solar cells. Y. Wada*,
Y. Asada, T. Yamamoto, T. Ikai,
K. Maeda, T. Kuwabara, K. Takahashi,
S. Kanoh
2687. Triethoxysilylalkyl-fluorinatedphenylmethanimine self assembled monolayers
as molecular rectifiers. M.E. Welker*,O. Jurchescu*, Z. Lamport, A. Broadnax,
L. Mendenhall

270 –TECHTECHNICAL PROGRAM
2688. Temperature-mediated polymorphism
in 7,14-bis((trimethylsilyl)ethynyl)dibenzo[b,def]-chrysene: Single crystal X-ray determination of two distinct packing motifs
and the impact on charge transport.
R.M. Williamson, G.E. Collis*,
O. Jurchescu*, V. Coropceanu*,
J. Bredas, A. Fonari, Y. Shu, K. Goetz,
L. Stevens
2689. Roll-to-roll fabrication of conductive
polymer nanosheets and their applicationas skin-contact electrodes.
K. Yamagishi*, T. Fujie, A. Zucca,
V. Mattoli, F. Greco, S. Takeoka
2690. Switching of transfer characteristics oforganic field effect transistor by phasetransitions. S. Yokokura*, Y. Takahashi,
H. Hasegawa, J. Harada, T. Inabe,
H. Okamoto, M.M. Matsushita, K. Awaga
2691. Coronene-based cation radical salts
with segregated columns. Y. Yoshida*,
K. Isomura, H. Kishida, Y. Kumagai,
M. Mizuno, M. Sakata, T. Koretsune,
Y. Nakano, H. Yamochi, M. Maesato,
G. Saito2692. Thermodynamics study of magnetic
properties in bilayer Mott insulators.
R. Yoshimoto, S. Yamashita,
Y. Nakazawa, T. Kusamoto, R. Kato
2693. Self-healing electronic nanodevices.
L. Zhang, X. Chen
2694. Electrical transport property of nanocarbon superconductors. Y. Matsuda*,
S. Heguri, K. Tanigaki
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: H. Cheng, S. Maruyama
19:00 – 2695. Selective growth of semiconducting single-walled carbon nanotubes.
J. Li, P. Li‘, J. Liu
19:30 – 2696. Development of n-type carbon
nanotubes for thermoelectric materials.
T. Fujigaya, N. Nakashima, T. Fukumaru,
H. Wenxin
19:50 – 2697. Carbon nanotubes for energy
storage. Y. Lee
Hawaii Convention Center
318A
Advances in Bioinspired and Biomedical
Materials (#245)

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: Y. Ito
19:00 – 2698. Bioinspired design of dynamic
and self-healing polymers. Z.M. Guan*
19:40 – 2699. Liquid transport regularity offreeze-dried gel-like capillaries.
K. Sugaya, D. Ishii
20:00 – 2700. Rationally designed dynamic
protein hydrogels with reversibly tunablemechanical properties. H. Li*, N. Kong
20:20 – 2701. Novel approach for creating
functional silk fibroin-based materials.
T. Hashimoto, Y. Nakamura,
H. Ishikawa, T. Kameda, Y. Tamada,H. Kurosu
20:40 – 2702. Injectable nanocomposite
scaffold with In situ solidification andpore formation for bone tissue engineering. P. Zhang*, N. Zhang, J. Liu, X. Chen
Hawaii Convention CenterHalls I, II, III
Challenge for Rare Element-free Functional
Materials (#291)

Organized by: H. Hosono, D. Ginley,
Y. LeePoster Session
19:00 – 21:00
2703. Low-temperature synthesis of alkali
niobate-based nanocomposites by solvothermal solidification method.
K. Fukasawa, S. Ueno, K. Nakashima,
S. Wada*2704. Preparation and dielectric property ofbarium titanate ceramics by solvothermal
solidification method. H. Kawashima,
S. Ueno, K. Nakashima, S. Wada
2705. Preparation of insulator/lanthanum
nickel oxide composite ceramics by solvothermal method and their dielectric
properties. Y. Sakamoto, S. Ueno,
K. Nakashima, S. Wada*
2706. Microstructure dependence of piezoelectric properties for barium titanate ceramics prepared from different starting
materials for energy harvesting application. G.P. Khanal, E. Kobayashi, S. Ueno,
K. Nakashima, S. Wada*
2707. Development of new Bi-based dielectric materials with high-dielectric constantand DC-bias-free properties by nano-domain engineering. H. Maruyama,
S. Ueno, K. Nakashima, I. Fujii, S. Wada*
2708. Preparation of new piezoelectric ceramics by a solvothermal solidification
method under DC electric-field. Y. Endo,
S. Ueno, K. Nakashima, S. Wada*
2709. Development of defect-less Bi-based
piezoelectric materials with nano/macrocomplex domain configuration for piezoelectric enhancement. R. Iizuka, S. Ueno,
K. Nakashima, I. Fujii, Y. Kuroiwa,
C. Moriyoshi, S. Wada
2710. Widened process window in fabrication of Nb-doped anatase TiO2 transparent conductive thin films by two-step annealing. S. Nakao*, Y. Hirose,
T. Hasegawa
Hawaii Convention Center
314
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
Presiding: F. Rosei
19:00 – 2711. Surface-confined self-assembled Janus tectons: A versatile platform
for the noncovalent functionalization ofgraphene. P. DU, D. KREHER,
F. MATHEVET, F. CHARRA, A. ATTIAS*
19:30 – 2712. Self-assembly of heptazine
derivatives at solution– electrode interfaces under electrochemical control.
S. Uemura*, Y. Nakamura, M. Kunitake
19:50 – 2713. Local conformational switching of supramolecular networks at thesolid/liquid interface. F.P. Cometto*,
K. Kern, M. Lingenfelder*
20:10 – 2714. Surface modified with supramolecular assemblies and its electrochemical responsiveness. J. Yuan*
20:30 – 2715. Je t’aime . . . moi non plus, or
how molecular self-assembly reveals theelectronic properties of metal-organic interfaces. G. Costantini*
Hawaii Convention Center
319A

19:55 – 2719. Ferroelectricity in HfO2-based
epitaxial thin film. T. Shimizu,
K. Katayama, T. Shiraishi, T. Kiguchi,
S. Nakamura, T.J. Konno, H. Funakubo*
20:20 – 2720. Effect of gold nanoparticles on
microstructure and dielectric propertiesof 0.93PZN-0.07BT ceramics.
A.N. Ananta, P.N. Pakawanit*,
A.N. Ngmjarurojana, A.N. Rugmai
20:35 – 2721. Domain structure and piezoelectric response of self-assembled tetragonal Pb(Zr,Ti)O3 nanorods.
T. Yamada*, D. Ito, O. Sakata, T. Kiguchi,
T. Shiraishi, T. Shimizu, M. Yoshino,
H. Funakubo, T. Nagasaki
Hawaii Convention CenterHalls I, II, III
Self-organization: Novel Mesogens andApplications (#447)

Organized by: H. Eichhorn, E. Choi,
T. Hegmann, Y. Shimizu, K. Zhao
Presiding: H. Eichhorn
Poster Session
19:00 – 21:00
2722. Three-chain triphenylene discotic liquid crystals: Perfluoroalkyl induced highlyordered lamellar columnar architectures.
K. Zhao, P. Hu, B. Wang
2723. Alignment control of anisotropic dye
molecules induced by photopolymerization with spatially gradient light.
M. Aizawa, K. Hisano, A. Shishido*2724. Preparation of room temperature columnar liquid crystals using single hydrogen bonding of isoquinoline derivatives.
I. Son, J. Kim, J. Lee*
2725. Structural chemical study on highthermal conductivity mechanism of thephenylbenzoate twin-mesogen epoxy
polymer. Y. Itoh*, N. Nishimura, T. Kawai
2726. Synthesis of liquid crystalline gold
nanoparticles and measurement of their
physical properties. I. Yuta, K. Kaneko,
T. Hanasaki
2727. Synthesis and investigating thermal
properties of supramolecular complexes
containing nucleic acid bases.
S. YOSHIKAI, K. Kaneko, T. Hanasaki
2728. Comparison of photoinduced molecular reorientation in bulk and at the nearsurface of photoalignable liquid crystalline polymeric films. Y. Taniguchi,
Y. Inada, M. Kondo, Y. Haruyama,
S. Matsui, N. Kawatsuki*
2729. Nanostructure of amphiphilic diblock
copolymer thin film composed of hydrophobic side-chain liquid crystalline segment having perylenediimide mesogens.
S. Tsujimura, M. Otonari, S. Asaoka*
2730. Segregation of smectic phases in thebinary mixture of rod-like polymers withdifferent diameters. K. Itsuki*,
T. TANAKA, K. OKOSHI
2731. Depletion effect on formation of microsegregated smectic phase.
T. TANAKA*, K. Itsuki, K. OKOSHI
2732. Study on high thermal conductivity
mechanism of biphenyl benzoate twinmesogen epoxy polymer. Y. Itoh*,T. Suzuki, T. Kawai
2733. Synthesis and physical properties of
H-shaped liquid crystalline siloxane
dimers. A. Mori, M. Hatta, T. Shimada,K. Kaneko, T. Hanasaki

Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: T. Kiguchi* Principle Author

19:00 – 2716. High piezoelectric thin films on
a Si substrate from molecular-designed
precursor solution. H. Suzuki*, T. Arai,
T. Ohno, N. Sakamoto, N. Wakiya
19:25 – 2717. Sol-gel grown PMN-PT films
for tunable bulk acoustic wave resonators. D. Suvorov*, A. Veber, Š. Kunej,
M. Spreitzer
19:40 – 2718. Ferroelectric orthorhombic
MexFe2-xO3 (Me ⫽ Al, Sc, In) thin films.
Y. Hamasaki, A. Konishi, H. Moriwake,
S. Yasui, M. Itoh, T. Taniyama

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS
2734. Mechanochromic photoluminescencebehavior of liquid-crystalline rodlike oligothiophene derivatives. T. Nakanishi*,
M. Kondo, N. Kawatsuki
2735. Facile fabrication of photoalignablefilms fabricated from polymethacrylatewith 4-oxybenzaldehyde side groups and4-methoxyanilline composites.
K. Miyake, M. Kondo, N. Kawatsuki*
2736. Effect of methyl substituents on themechanochromic photoluminescent behavior of ␤-cyano-4-stilbazole derivatives
connected with tolane moiety. S. Miura*,
M. Hashimoto, M. Kondo, N. Kawatsuki
2737. Self-organization and cross-linking oftetraazaporphyrin derivatives.
H. Eichhorn*, M. Ahmida, S. Dufour,
C.E. DeWolf
2738. Comparison of photoinduced phasetransitions of simple azobenzene derivatives to those of triphenylene-azobenzene
derivatives. R. Minobe, D. Tanaka,
Y. Shimizu, K. Uchida*2739. Unusual photoswitching behavior ofhelical twisting power from dimeric chiralazobenzene dopants in cholesteric liquid
crystal. Y. Kim, N. Tamaoki*
2740. Liquid crystalline properties and photochemical behaviors of amphiphilicnematic liquid crystalline diblock copolymers containing photo-crosslinkable mesogens. S. Kubo*, S. Kobayashi,
N. Kawatsuki, M. Nakagawa
2741. Synthesis and physico-chemical properties of perfluoroalkyl compounds incorporating a hexamethylene spacer.
M. Kiriki, H. OKAMOTO*, Y. MORITA
2742. Electrorheological effect of side-on liquid crystalline silsesquioxanes in a nematic solvent. K. Kaneko, M. Hatta,
T. Shimada, T. Hanasaki
2743. Thermal amplification of the photoinduced orientation of copolymethacrylatefilms comprised of 4-oxybenzaldhyde
and benzoic acid side groups doped with
4-methoxyanilline. R. Fujii, M. Kondo,
N. Kawatsuki*
2744. Molecular alignment by photopolymerization induced diffusion. K. Hisano,
W. Nakano, A. Shishido*

Sunday Morning
Hawaii Convention Center
317A
Organic, Inorganic and Hybrid
Nanoparticles: Synthesis, Characterization,
and Applications (#23)

Organized by: L. Bronstein, F. Winnik,
K. Akiyoshi
Presiding: L. Prodi, E. Zubarev
8:00 – 2745. Fluorescent conjugated polymer nanoparticles of controlled shape,size, colour and surface functionality.
M.L. Turner*, D. Muenmart, A.B. Foster,A. Harvey, J.A. Esquivel Guzman,
H. Willcock, R. O’Reilly, M. McCairn,
J.M. Behrendt
8:15 – 2746. Synthesis and characterizationof organically modified nanosilicon.
J.A. Irvin*, D.J. Irvin*, L. Wood,
K.L. Williams, M.A. Solano, S.K. Collings
8:30 – 2747. Photoresponsive DNA brushsurface for the reversible aggregation ofgold nanoparticles. N. Kanayama*,
S. Kishi, T. Takarada, M. Maeda
8:45 – 2748. Dye-doped silica nanoparticles
as luminescent organized systems fornanomedicine. L. Prodi*, E. Rampazzo,
N. Zaccheroni
9:10 – 2749. Energy-gap engineering of
nanosilicon toward efficient light emitters.
N. Shirahata
9:35 – 2750. Evaporative self-assembly as a
powerful tool for creating functional superstructures. E. Zubarev*
10:00 Intermission
10:15 – 2751. Toward an understanding of
halogen mediated chemistry of colloidal
germanium nanocrystals.
S.M. Kauzlarich*
10:40 – 2752. Detecting, visualizing, andmeasuring the chirality of chiral ligand
capped gold nanoparticles using nematic
liquid crystal phases. T. Hegmann*

10:55 – 2753. Preparation, characterization,
and application of chiral molecule-stabilized noble-metal colloids. M. Takase*,
S. Kimura, B. Ohtani
11:10 – 2754. Air-stable anisotropic
monocrystalline nickel nanorods for aeronautical applications. G.L. Drisko*,
P. Fazzini, P. Fau, M. Kahn
11:25 – 2755. Synthesis, characterisation,
and application of novel high attachment
density nanoprticles. D. Mangos,
C. Hassam, T. Nakanishi, D.A. Lewis*
11:40 – 2756. Silicon nanoparticles: New
surfaces through mechanochemistry.
M. Fink*
Hawaii Convention Center
316A
Chemistry and Applications of Graphene(#39)

Organized by: Y. Chen, R. Haddon,
K. LohPresiding: Y. Chen, X. Gao, R. Kaner
8:00 – 2757. Nucleic acid nanotechnology
for biosensing and therapy based on graphene oxide: Toward practical applications. D. Min
8:20 – 2758. Multiple addition reactions of
␲-conjugated nanocarbons. X. Gao*
8:40 – 2759. Thick and thin film polymer-graphene nanocomposites: Surface functionalization, characterization, and applications. Y. Park*, S. Mun, J. Park
8:55 – 2760. Flexible graphene electrodebased organic photovoltaics with recordhigh efficiency. H. Park*, S. Chang,
X. Zhou, J. Kong, T. Palacios,
S. Gradecak
9:10 – 2761. Controllable molecular intercalation of carbon nanotubes: Toward highyield and low-acid-use production of graphene nanoribbons. J. Liao*, Y. Li, K. Lin,W. Chiang
9:25 Break
9:45 – 2762. Graphene-based supercapacitors for integrated energy storage.
R. Kaner*, M. El-Kady, J. Hwang,
L. Wang, Y. Shao, M. Li, H. Wang, W. Sun
10:05 – 2763. Bulk 3D graphene materials.
Y. Chen
10:25 – 2764. Applications of super-aligned
carbon nanotube film in graphene research. P. Liu*, K. Jiang
10:45 – 2765. Graphene flakes and their applications for energy storages and transparent flexible conductive films. H. Lee*
11:05 – 2766. Roll-to-roll production andetching-free transfer of graphene forhigh-performance flexible transparent
electrodes. B. Deng, z. Liu, H. Peng*
11:20 – 2767. Roll-to-roll continuous patterning and transfer of graphene via dispersive adhesion. T. Choi*, S. Park*,
J. Seo, B. Hong
Hawaii Convention Center
321A
Metal-oxo Clusters: Molecular Design fromMonomers to Infinity (#79)

Organized by: M. Nyman, Y. Li, T. Ozeki,
C. Ritchie
Presiding: C. Ritchie
8:00 – 2768. Polyoxoxmetalate complexes
with coordinated main group elements(Pb and Bi). S.A. Adonin*, L. Udalova
8:20 – 2769. Chemical and electrochemical
condensation of polyoxometalates with
nanocrystals for solution processed electrochromic “smart windows“.
D.J. Milliron*, A. Llordes, G. LeBlanc,
Y. Wang
8:40 – 2770. Vanadium-based polyoxometalate as cathode-active materials for Li-ion
batteries. P.A. Aparicio*, T. Yamada,
X. Lopez, H. Yoshikawa, J. Poblet, S. Irle,
K. Awaga
9:00 – 2771. Oxohydroxometal clusters:
Speciation, film properties, and nanopatterning. D.A. Keszler
9:25 – 2772. Reversible light-driven polymerization of polyoxometalate tethered withcoumarin molecules. Y. SONG

9:45 – 2773. Probing ion-pairing trends ofpolyoxometalates with counter-cation
133Cs NMR. D.J. Sures*, S. Sahu,
A. Navrotsky, M. Nyman
10:05 – 2774. Selective uptake of Cs⫹ byporous ionic crystals based on redox ofpolyoxometalates. S. Seino*,
R. Kawahara, S. Uchida
10:25 – 2775. High-nuclear vanadoniobate{Nb48V8} double-decker wheel. X. Wang
10:45 – 2776. Hafnium-oxo clusters: The
atomic structure behind high-resolution
patterning. S. Goberna Ferron*, J. Son,
M. Nyman, W.H. Casey
11:05 – 2777. Polyoxotungstates in photocatalysis. J. Poblet
11:35 – 2778. Macroion-Macroion attraction- the roles of counterions, co-ion, andwater structures. T. Liu
Hawaii Convention Center
321B
Luminescent Nanomaterials: Properties,
Mechanisms, and Applications (#101)

Organized by: F. Vetrone, S. Kohei,
D. Ma, W. Huang, L. Huang, X. Peng
8:00 – 2779. Nanoheaters and nanothermometers playing together toward applications in hyperthermia. L. Carlos*
8:40 – 2780. Nanothermometry in the second biological window based on temperature dependent near-infrared fluorescence of rare-earth doped ceramic
nanophosphors. M. Kamimura*,
T. Matsumoto, S. Suyari, K. Soga
9:00 – 2781. Lanthanide-doped nanostructures for near-infrared nanothermometry.
E. Hemmer*, M. Kamimura, F. Légaré,
K. Soga, F. Vetrone
9:20 – 2782. New routes for old pals: A triple
RE3⫹-doped multicolour NaGdF4 nanoprobe for in vitro (980nm-VIS) and in vivo
(793nm-NIR) imaging and sensing.
W.F. da Silva, A. Benayas, B. del Rosal,
R. Naccache, F. Sanz-Rodriguez,
F. Vetrone
9:40 – 2783. Shaping lanthanide luminescence in core-shell nanoparticles.
F. WANG*
10:20 – 2784. Application of near infrared luminescent materials for biophotonics.
K. Soga, M. Kamimura
10:40 – 2785. Dual wavelength upconversion
through excitation energy trapping incore-shell nanoparticles. N. Johnson,
S. He, A. Almutairi*
11:00 – 2786. Engineering lanthanide-doped
multifunctional nanoparticles for biomedical diagnostic and therapeutic applications. S. He, N. Johnson, A. Almutairi
11:20 – 2787. Lanthanide-doped upconverting nanocrystals as exceptional singlemolecule imaging probes and biosensors. B.E. Cohen*, E. Chan, D. Gargas,
P. Schuck

10:10 – 2793. Cool surprises with fluoridebridged systems. K.S. Pedersen*,
J. Bendix, R. Clerac, H. Weihe,
G. Lorusso, M. Evangelisti
10:30 – 2794. Single-chain magnets withvery high blocking temperature and record coercivity. M.G. Vaz*, R.A. Cassaro,
M.A. Novak, P.M. Lahti
10:50 – 2795. Effect of optical switching on
the spin states of electronically bistable
magnetic materials: Photoresponsive
metal clusters. N.L. Frank*, A. Kurimoto,
B. Wright, T. Borchers
11:10 – 2796. Role of intermolecular interactions for functional spin crossover molecular materials. K. Takahashi*, K. Fukuroi,
M. Okai, K. Kawamukai
11:30 – 2797. Electronic structure of oneelectron oxidized mixed-valence metalsalen complexes. H. Fujii
11:55 closing
Hawaii Convention Center
315
Carbon Nanotubes: Preparation,
Characterization and Applications (#227)

Organized by: S. Maruyama,
R. Weisman, J. Liu, Y. Lee, J. Zhang
Presiding: J. Liu, S. Maruyama
8:00 – 2798. Carbon nanomaterials for biological and energy applications. H. Dai
8:30 – 2799. Potential bioapplication of carbon nanohorns. M. Yudasaka*
9:00 – 2800. Advanced carbon-based nanotubes/nanocages for energy conversion
and storage: Synthesis, performance,and mechanism. Z. Hu
9:30 – 2801. Semiconducting SWCNT: Materials, inks, and printed thin film transistors. P.R. Malenfant*, j. Ding, Z. Li,
J. Lefebvre, F. Cheng, C. Homenick,J. Dunford, N. Du, J. Ouyang,
G. Lopinski, R. James, C.T. Kingston,
B. Simard, J. Humes, J. Kroeger, W. Lee,
J. Sun, G. Cho
9:50 break
10:10 – 2802. Dry-processable carbon nanotubes for functional devices and composites. J. Di, Y. . Zhu, Q. Li
10:40 – 2803. Toughness of carbon nanotube and graphene hybrid fibers . S. Kim
11:10 – 2804. Carbon nanotube-silver hybridarchitecture for stretchable composites
and fibers. S. Baik*
11:40 – 2805. Industrialization of boron nitride nanotubes: Synthesis, chemistry,
assemblies, and composites. B. Simard,
K. Kim, C. Kingston, M.J. Jakubinek,
C. Homenick, Y. Martinez-Rubi, H. Shin,
B. Ashrafi, J. Guan, S. Lin, S. Denommee,
R. Iannitto, S. Walker, M. Daroszewska,
M. Plunkett
Hawaii Convention Center
318A

Hawaii Convention Center
320 Theatre

Advances in Bioinspired and Biomedical
Materials (#245)

Functional Molecular Materials and Devices(#128)

Organized by: K. Healy, Y. Ito,P. Messersmith, X. Chen, I. Kang
Presiding: X. Chen

Organized by: R. Kato, H. Mori,
J. Schlueter, B. Powell, S. Lo, H. Fujii,
T. Mori, J. Takeya
Presiding: H. Fujii, J. Schlueter
8:00 – 2788. Probing the Mott physics inmolecular conductors via thermal expansion. M. de Souza
8:25 – 2789. Playing with donor and acceptor molecules. C. Rovira*
8:50 – 2790. Charge ordering in oxo-bridged
dinuclear ruthenium mixed-valence complex by magnetic resonance investigation. T. Nakamura*, M. Yoshida,
M. Kondo, S. Masaoka
9:10 – 2791. Combining intra- and intermolecular charge-transfer: towards organic
multiferroics. F. Di Maiolo, C. Sissa,
A. Painelli*
9:35 – 2792. Using crystallographically layered materials as templates for new multiferroics. C.D. Ling*
9:55 break

8:00 – 2806. Design of bioactive materials
for tissue regeneration. J. Chang** Principle Author

Photographing of presentations
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organizers and individual
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2015 program online at:
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TECH–271

08 – MTLS
8:40 – 2807. In vitro design of nanoparticles
using an artificial 3D-blood vessel wallmodels for atherosclerosis treatment.
M. Matsusaki*, P. Chetprayoon,
M. Akashi
9:00 – 2808. Surface modification of nHA nanorods hydroxyapatite for use in tissue
engineering scaffolds. A. haider*, I. Kang
9:20 – 2809. Amino acid-based poly(ester
amide)s: Tunable materials for tissue engineering and drug delivery. E.R. Gillies*,
K. Mequanint, D.K. Knight, A. Soleimani
9:40 Coffe Break
10:00 – 2810. Tailoring minimalist self-assembling peptides for localised viral vector gene therapy. A. Rodriguez,
K. Bruggeman, C.L. Parish, R.J. Williams,
D.R. Nisbet*
10:20 – 2811. Cryptic site surfaces for thedesign of chemo and cyto mechano-responsive systems. P. SCHAAF
11:00 – 2812. Synthetic cell penetrating peptides for drug delivery and stem cell applications. W.H. Suh*
11:20 – 2813. Strategies for the incorporation of cellobiose dehydrogenase into
chitosan formulations: Antimicrobial systems for medical applications. G. Tegl*,
B. Thallinger, B. Beer, G.S. Nyanhongo,
G.M. Guebitz
11:40 – 2814. Bioinspired synthesis of multifunctional metal nanoparticles for biomedical applications. Y. Tan*, J. Lim,Y. Yu, X. Su
Hawaii Convention Center
317B
Challenge for Rare Element-free Functional
Materials (#291)

Organized by: H. Hosono, D. Ginley,
Y. LeePresiding: Y. Lee
8:00 – 2815. Low temperature preparation of
barium titanate-based nano-complex ceramics by solvothermal solidification
method and their dielectric and piezoelectric enhancement. S. Wada
8:20 – 2816. Low-temperature preparation ofhigh-capacitance metal/insulator composite capacitors with boundary layer
structure. S. Ueno*, Y. Sakamoto,
K. Nakashima, S. Wada
8:40 – 2817. Piezoelectric Langasite single
crystals for high temperature sensors.
K. Shimamura*, X. Fu, E. Vı́llora,
Y. Oshima, Y. Noguchi, M. Miyayama,
N. Ohashi
9:00 – 2818. Fabrication and optical characterization of plasmonic array of titanium
nitride nanoparticles. R. Kamakura*,
Y. Daido, S. Murai*, K. Fujita, K. Tanaka
9:20 Break
9:30 – 2819. 2D carbides of transition metals: A new class of functional materials.
Y. Gogotsi*
10:00 – 2820. Synthesis of potassium niobate nanocubes using microwave-assisted solvothermal method.
K. Nakashima*, S. Ueno, S. Wada
10:20 – 2821. Progress on the applicationsof super-aligned carbon nanotube films.
Y. Wei, P. Liu, S. Fan, K. Jiang
10:50 – 2822. Stabilities and electronic
structures of bilayer graphene doped with
B and N atoms: A first-principles study.
Y. Fujimoto*, S. Saito
11:10 – 2823. Electronic and optical properties of newly discovered crystal structures of g-C3N4 by ab initio evolutionary
structure search. J. Wang*, N. Umezawa
11:30 – 2824. Graphene vs. carbon nanotubes: Fundamentals and applications
electronics. Y. Lee
Hawaii Convention Center
318B
Nitroxide Radicals: Synthesis andFunctional Bio-/Nanomaterials (#309)

Organized by: A. Smirnov, S. Bottle,
R. TamuraPresiding: T. Smirnova, D.D. Thomas

272–TECHTECHNICAL PROGRAM
8:00 – 2825. Nitroxide-loaded lipid nanoparticles provide MRI contrast in vivo.
B.W. Muir*
8:40 – 2826. Nitroxide-radical containing
polymers for novel nanotherapeutics.
T. Yoshitomi, Y. Nagasaki*
9:00 – 2827. Multifunctional in vivo EPR profiling of the chemical tumor microenvironment using advanced nitroxide and tritylprobes. V.V. Khramtsov*
9:30 Break
9:45 – 2828. Mechanism of (acid-catalyzed)
radical-trapping antioxidant activity of nitroxides. E.A. Haidasz, D. Meng,
R. Amorati, K. Ingold, L. Valgimigli*,
D. Pratt*
10:15 – 2829. Multifunctional assessment oftissue pO2, pH and inorganic phosphate(Pi) by phosphanated trityl probe: Interstitial Pi as a new prognostic factor in tumorigenesis. A. Bobko, T.D. Eubank,
I. Dhimitruka, J.L. Zweier, V.V. Khramtsov
10:45 – 2830. Grafting nitroxide radicals on
nanodiamond surface using click chemistry. S. Takahashi*
11:15 – 2831. Spin labeled tachykinin neuropeptides for in-vivo imaging and determination of copper binding. l.j. berliner*,c. jones
11:45 Concluding Remarks
Hawaii Convention Center
314
Supramolecular Assemblies at Surfaces:
Nanopatterning, Functionality, Reactivity(#346)

Organized by: D. Perepichka, F. Rosei,
A. Wee, W. Chen, P. Weiss
Presiding: S. De Feyter, F. Rosei
8:00 – 2832. Supramolecular gateways tosingle molecule electronic properties.
E. Borguet*
8:30 – 2833. Supramolecular assemblies on
surfaces from cyano-functionalized molecules. M. Stoehr*
9:00 – 2834. Stoichiometry and electronic
structure of bidimensional donor/acceptor superlattices on metal surfaces.
R. Otero*
9:30 – 2835. Doping of graphene throughphysisorbed self-assembled monolayers.
R. Phillipson, J. Teyssandier,
L. Verstraete, I. Asselberghs,
S. De Gendt, J. Adisoejoso*,
S. De Feyter
9:50 – 2836. N-heterocyclic carbenes on
gold: Forming an ultrastable self-assembled monolayer N-heterocyclic carbenes
on gold with applications in surface plasmon resonance sensors. H. Horton*,
C. Crudden, Z. Li
10:10 Coffee break
10:20 – 2837. Graphene nanoribbons produced by 2-zoned chemical vapor deposition. H. Sakaguchi*
10:50 – 2838. Template-assisted self-assembly of MoSx molecular wires and nanoribbons. K.P. Loh
11:20 – 2839. Processes at the solutionsolid interface: Desorption rates and activation energy for metal free octaethylporphyrin at the phenyloctane/graphite
interface. A. Bhattarai*, K. Hipps,
U. Mazur
11:40 – 2840. Anion sensing supramolecularmonolayers. J. Lehr, T. Lang,
O. Blackburn, T. Barendt, S. Faulkner,
P. Beer, J. Davis*
Hawaii Convention Center
316C
Fundamentals and Applications ofNanomaterials for Energy Technologies(#348)

Organized by: S. Jin, G. Yu, T. Minegishi,
S. Maldonado, J. He
Presiding: F. Wang, G. Yu
8:00 – 2841. 3D nanostructure electrodes for
Li and Na ion batteries. Y.I. Chen*

8:30 – 2842. Nanostructured ternary metal
fluorides as new cathodes for rechargeable lithium batteries with high energy
density and cycling efficiency. F. Wang*,
S. Kim, J. Graetz
8:50 – 2843. Preparation of metallic monolithusing polymer template and its application to battery electrodes. K. Mitamura*,
M. Watanabe, S. Watase, K. Matsukawa
9:05 Break
9:15 – 2844. New vistas in electrochemicalenergy storage enabled by nanomaterials. L. Nazar*, D. Kundu, X. Liang,
R. Black, Q. Pang
9:45 – 2845. Nanostructured materials forenergy storage. J. Liu
10:15 – 2846. High-energy lithium-sulfur batteries: From theoretical understanding tonanomaterials design. Z. Seh, W. Li,
Y. Cui*
10:30 – 2847. Binder free graphene–sodium
niobate nanotube/nanorod composite
electrodes for supercapacitors.
W. Perera, i. munaweera, M. Trinh,
Y. Gao, J.p. Ferraris, Y. Chabal,
K. Balkus*
10:45 – 2848. Facile synthesis of strongly
coupled carbon nanofiber-metal oxide
coaxial nanocables as high performanceanode materials for lithium-ion batteries.
G. Zhang
11:00 – 2849. Preparation of ultrafine polyacrylonitrile-based carbon nanofibers
embedded with polyvinylpyrrolidone
functionalized graphene by electrospinning. A. Moayeri*, A. Ajji

8:50 – 2859. Investigation of various domain
wall alignments in epitaxial PbTiO3 thinfilms on conducting LaNiO3 grown bypulsed laser deposition. H. Jin, S. Oh,
W. Jo*
9:05 – 2860. Electron microscopic study on
dynamics of nanoscale ferroelectric domains in Pb(Mg1/3Nb2/3)O3 – PbTiO3.
Y. Sato9:20 – 2861. Electronic transport in ferroelectric nanostructures. A. Gruverman*
9:45 Break
9:55 – 2862. Order, disorder, and ferroic
properties. P. Janolin*, R. Faye,
C. Cochard, H. Liu, O. Guedes, B. Dkhil,
S. Prosandeev, L. Bellaiche
10:20 – 2863. Broadband dielectric spectroscopy of A-site substituted relaxor ceramics. J. Banys*, S. Svirskas, M. Dunce,
E. Birks, M. Antonova, A. Sternberg
10:35 – 2864. Phase transition driven bypulsed electric field in epitaxial piezoelectric thin films. S. Yasui*, Y. Ehara,
T. Shiraishi, T. Shimizu, H. Funakubo,
M. Itoh, Y. Imai, H. Tajiri, O. Sakata,
I. Takeuchi
10:50 – 2865. Aurivillius phase Bi4Ti3O12nBiFeO3 (n ⫽ 1-5) single crystals compared with ceramics. H. Kimura*, T. Jia,
R. Tanahashi, H. Zhao
11:05 – 2866. Coupled ferroelectric andmagnetic orders in PbFe1/2Nb1/2O3.
C. Stock, H. Luo, B. Roessli

Hawaii Convention Center
316B

Self-organization: Novel Mesogens andApplications (#447)

Multi-scale & Synergistic Supramolecular
Systems in Material and Biomedical
Sciences (#357)

Organized by: H. Eichhorn, E. Choi,
T. Hegmann, Y. Shimizu, K. Zhao
Presiding: E. Choi

Organized by: S. Aoki, H. Chiu, K. Soga,
N. Gianneschi, X. Bengang
Presiding: S. Aoki, N. Gianneschi

8:00 – 2867. Thermally reversible distortionof ABA triblock copolymer having mainchain liquid crystalline polyester as a central block. M. Koga, K. Abe,Y. TOMINAGA, M. Tokita*
8:20 – 2868. Photodeformation of liquid
crystal polymers triggered by upconversion luminescence. Y. Yu*, Z. Jiang,
W. Wu, L. Qin
8:50 – 2869. Improving and extending the
dynamic optical response of polymer stabilized cholesteric liquid crystals with materials chemistry. T.J. White*, K. Lee,
V.P. Tondiglia, T.J. Bunning
9:10 – 2870. Rational molecular design forbicontinuous cubic mesogens 1,2-bis(4⬘n-alkoxyaryloyl)hydrazines.
S. Kutsumizu*, Y. Yamada, I. Tokiwa,
A. Kawafuchi, T. Sugimoto, T. Udagawa,Y. Miwa
9:30 – 2871. Synthesis and mesomorphismof dimesogenic molecules with hockey
stick-shaped mesogens. E. Choi*,
H. Kim, H. Kim
9:50 Break
9:55 – 2872. Achiral straight-rod liquid crystals indicating local biaxiality and ferroelectric switching behavior in the smectic
A and nematic phases. K. Kishikawa*,
T. Inoue, N. Hasegawa, M. Takahashi,
M. Kohri, T. Taniguchi, S. Kohmoto
10:15 – 2873. Emergence of chirality inchemically nonchiral nematic dimers.
G.H. Mehl*

8:00 – 2850. Systematic study of the structure-function relationship in Archaea-inspired bolaform lipids. G. Leriche, Y. Kim,
T. Koyanagi, T. Schroeder, K. Diraviyam,
K. Gao, M. Gilson, D. Sept, M. Mayer,
J. Yang*
8:25 – 2851. Anomalous water moleculesand mechanistic effects of water nanotube clusters confined to molecular porous crystals. M. Tadokoro*
8:50 – 2852. Modulating biomaterial-surface
interactions using light. R. Naik*
9:10 – 2853. Synthesis of functionalized[2]rotaxanes from macrocyclic phenanthroline-Cu complexes. S. Saito*,
K. Ikeyatsu, Y. Matsuoka, Y. Mutoh
9:30 Break
9:35 – 2854. Design and synthesis of heteroleptic cyclometalated iridium(III) complexes that exhibit unusual dual color
phosphorescence. S. Kumar,
Y. Hisamatsu, S. Aoki*
9:55 – 2855. Rolling DNA-based motors withsuperdiffusive transport. K. salaita*
10:15 – 2856. Self-assembled and stimuli responsive protein-binders.
J. Jayawickramarajah*, X. Su, X. Chu,
M. Zhu10:40 Closing Remarks

Hawaii Convention Center
322AB

Hawaii Convention Center
319A
Synthesis, Structure and Functionalities of
Ferroelectrics and Multiferroics (#432)

Organized by: Z. Ye, C. Brown,
T. Kiguchi
Presiding: J. Li
8:00 – 2857. Structure and dynamic behaviors of ferroelectric domains. x. pan
8:25 – 2858. Atomic-resolution analysis of
structure and morphology of PMN-PT
epitaxial thin films. T. Kiguchi*, C. Fan,
T. Shiraishi, T.J. Konno* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

08 – MTLS/09 – ENRG
10:45 – 2874. Design of ”de Vries-like“ liquid
crystals for fast electro-optical applications. R. Lemieux*
11:15 – 2875. Effect of dipolar interactions
on chiral liquid-crystal systems.
T. Nozawa*, P. Brumby, K. Yasuoka
11:35 – 2876. Design of new chiral smectic
C* lyotropic liquid crystals. C. Schubert,
R.P. Lemieux, F. Giesselmann
11:55 Closing Remarks

ENRG
Area 9 – Chemistry of
Clean Energy
Conversion, Storage,
and Production
Tuesday Morning
Hyatt Regency Waikiki
Makai Bllrm
Chemistry of Automotive Emission Control
Catalysis: Current R&D and Future
Challenges (#21)

Organized by: C. Peden, D. Kim,
M. Shen, W. Epling
Presiding: B. Epling, C. Peden
8:00 – 1. Approaches and advances to thechallenges of treating lean emissions at
low temperatures. T.J. Toops*,
J.E. Parks, E. Kyriakidou, A.J. Binder
8:40 – 2. CO removal from automotive emission over thermally durable CeO2-supported Cr-Cu catalyst. H. Yoshida,
Y. Okabe, N. Yamashita, S. Hinokuma,
M. Machida*
9:00 – 3. Three-way catalytic performance of
RuCo/Al2O3 enhanced by preparation using a galvanic method. J. Ohyama*,
H. Ishikawa, Y. Mahara, A. Satsuma
9:20 – 4. Surface structure dependence of
SO2 interaction with CeO2 nanoshapeswith well-defined facets. U. Tumuluri,
M. LI, S. Dai, Z. Wu
9:40 – 5. Catalytic combustion reaction on
Mn-modified hexagonal YbFeO3.
R. Tada*, S. Hosokawa, K. Teramura,T. Tanaka
10:00 – 6. Pulsed arc-plasma deposition ofnoble metal nanoparticles for automotive
catalytic reactions. S. Misumi,
S. Hinokuma, H. Yoshida, M. Machida*
10:20 – 7. Recycling valuable metals fromautomobiles: Separation of precious metals in simple extraction steps using ionicliquids. N. Papaiconomou*, E. Chainet,
I. Billard, L. Svecova
10:40 – 8. Multilayer and zoned monolithic
catalysts for lean NOx reduction.
M. Harold*
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: N. Abatzoglou, A. Dalai
8:00 Opening Remark-Nano Catalysis for
Clean Energy-I
8:02 – 9. Nanoscale nickel phosphide catalysts for hydrodenitrogenation and hydrodesulfurization: In situ preparation at
low temperature. M.E. Bussell,
S. Danforth, A. d’Aquino, B.J. Morgan,
T. Clinkingbeard
8:22 – 10. Iron-functionalized carbon nanofilaments for hydrogen sulfide removal
applications. C. Fauteux-Lefebvre*,
N. Abatzoglou
8:42 – 11. Design of silica-based metal complex catalysts for activation of CH4 andCO2. A. Karkamkar*

9:02 – 12. Novel NiMo supported catalysts
over an enwrapped composite of ZSM-5/
KIT-6 for deep hydrodesulfurization.
A. Duan*, H. Wu, S. Song, d. Qi, Z. Zhao
9:22 – 13. Effects of EDTA on the activity of a
NiMo catalysts supported on different
mesoporous metal oxides for hydrotreating of heavy gas oil. S. Badoga, A. Dalai,J. Adjaye
9:42 – 14. Class of high performance nonplatinum oxygen reduction electrocatalysts based on cheap carbon blacks.
W. Xu
10:02 Break
10:17 Opening Remark-Nano Catalysis for
Clean Energy-II
10:20 – 15. New insights for catalytic deoxygenation mechanisms induced by cobalt
and nickel. Y. Zheng, H. Zhang, H. Lin
10:40 – 16. Confined nanocatalysis in carbon nanotubes. X. Pan*, F. Zhang, T. Cui,
X. Li, J. Yang, X. Bao*
11:00 – 17. Catalytic SO3 decomposition
over supported vanadates for solar thermochemical water splitting. T. Kawada,
A. Ikematsu, M. Sueyoshi, S. Muraoka,
S. Hinokuma, M. Machida
11:20 – 18. Valorization of a mining residue
as a nanometric spinel catalyst for hydrocarbons reforming. N. Abatzoglou*,
M. Chamoumi, F. Larachi, M. Iliuta
11:40 – 19. Modification of metal catalysts
with organic and inorganic thin films forenergy applications. J. Medlin
Hyatt Regency Waikiki
Ekahi
Progress Toward a Lignocellulosic
Biorefinery (#144)

Organized by: A. Stipanovic, A. Varma,
Y. Sung
Presiding: A. Stipanovic
8:00 Arthur Stipanovic
8:05 – 20. Advances in low recalcitrance
plants and tailored pretreatments.
A. Ragauskas
8:45 – 21. Inducible extreme expression ofcellulases in poplar. C. Poovaiah, Y. Xiao,
L. Northern, H. Coleman*
9:10 – 22. Exploring glycosidase inhibitors
as a tool to screen and assay glycan-degrading enzymes. M. Zierke,
T. Rasmussen, K. Li, S.G. Withers*
9:30 – 23. Supramolecular interactions andnanoscale forces in plant cell walls: Insights from the molecular theory of solvation. S. Stoyanov, A. Kovalenko
9:50 – 24. Ambidexterous heteropolysaccharides affect on preparation of cellulose nanofibrils from different plantsources. S. Fu*, Q. Meng , L.A. Lucia
10:10 – 25. Elucidation of cell wall deconstruction by environmentally benign pretreatments using solution- and solid-state
NMR spectroscopy. K. Cheng*,
A. Stipanovic*
10:30 – 26. Improving the quality of lignin
produced in fractionation of hardwoods
based on HWE. M.J. Goundalkar*,
C. Gong, P.S. Dongre, D.B. Corbett,
C. Wood, C. Jing, O. Therasme,
A. Nagardeolekar, T.E. Amidon,
B.M. Bujanovic
10:50 – 27. Making sense out of chaos - catalyst design for the conversion of biorefinery lignin to high value chemicals.
J.J. Bozell*, C. Njiojob, B. Biannic,
T. Elder11:10 – 28. Solvent-induced decrystallization and dissolution of cellulose for efficient biomass utilization. M. Ghasemi,
M. Tsianou, P. Alexandridis*
11:30 – 29. Hydrothermal pretreatment ofpalm oil empty fruit bunch with palm oil
mill effluent: The effect of temperature.
N. Syaftika, Y. Matsumura*

Hyatt Regency Waikiki
Elima
Dynamical Processes of Light Harvesting
Surfaces (#178)

Organized by: G. Thornton,
M. Henderson, H. Onishi, C. Li,
G. Herman
Presiding: M.A. Henderson, G. Thornton
8:00 Opening Remarks
8:05 – 30. Ultrafast electron photoexcitation
and relaxation pathways in TiO2 photocatalysis. H. Petek*, A. Argondizzo
8:45 – 31. Elementary processes in photocatalysis of methanol and water on
TiO2(110). X. Yang*
9:15 – 32. Hydroxyl induced unoccupied
state on rutile TiO2(110). Y. Zhang,
D.T. Payne, C.L. Pang, H.H. Fielding,
G. Thornton*
9:45 – 33. Photocatalysis on TiO2: Insightsfrom first principles simulations.
A. Selloni
10:15 – 34. Energy and dipole dependenceof heterogeneouse electron transfer dynamics. L. Gundlach*,
J. Nieto-Pescador, B. Abraham
10:45 – 35. X-ray studies of catalysis in artificial photosynthesis. A. Nilsson
11:15 – 36. Photocatalysis for hydrogen production over metal supported TiO2.
A. Khan, A. Schneider, K. Wahab,
S. Bashir, S. Chaieb, J.A. van Bokhoven,
H. Idriss*
Hyatt Regency Waikiki
Maloko Bllrm
Water-phase Catalysis for Energy andChemicals Production (#182)

Organized by: M. Wong, C. Zhang,
S. Jeong
Presiding: L.C. Grabow, M.S. Wong

8:30 – 47. Bioinspired dinuclear iron catalysts for efficient and selective CO2 reduction. Y. Naruta*
8:55 – 48. New platforms and polyoxometalates as electron acceptors/donors for thephotoreduction of carbon dioxide.
R. Neumann
9:20 – 49. Photocatalytic CO2 reduction systems using CO2 capturing ability of Re(I)complexes. T. Morimoto*
9:45 Break
9:55 – 50. Molecular mechanism of the photochemical CO2 reduction sensitized byrhenium bipyridine complexes. H. Inoue*
10:20 – 51. Experimental and theoretical investigation of hydride intermediates inphotocatalytic CO2 reduction by mononuclear [IrIII(tpy)(ppy)Cl]⫹ complexes.
M.Z. Ertem, K. Garg, Y. Matsubara,
S. Sato, J.T. Muckerman, E. Fujita
10:35 – 52. Rapid reduction of carbon dioxide to carbon monoxide by manganese(I)diamine electrocatalysts in the presenceof Brønsted acids. B. Dhakal,
B.A. Corbin, D.A. Kurtz, R.J. Hulme,
G.A. Felton
10:50 – 53. Mechanistic role of redox non-innocent ligands in CO2 reduction catalysisby (bpy)M(CO)x and (tpy)M(CO)y system.
M. Baik
11:15 – 54. Carbon dioxide reduction by
manganese bipyridine complexes: Lowering overpotentials and enhancing stability. M. Sampson, C.P. Kubiak*
11:40 – 55. Design of a catalytic active site
for electrochemical reduction of CO2 to
CO using aMn(I)-tricarbonyl based homogeneous electrocatalyst. A.B. Bocarsly*,
T.W. Shaw, J. Agarwal

Tuesday Afternoon
Hyatt Regency Waikiki
Makai Bllrm
Chemistry of Automotive Emission Control
Catalysis: Current R&D and Future
Challenges (#21)

8:00 Opening Remarks (5 min)8:05 – 37. Vapor-phase cyclohexene epoxidation by H2O2 over mesoporous TS-1.
S. Kwon, N. Schweitzer, R.Q. Snurr,
P.C. Stair
8:23 – 38. Role of defect sites in the hydrolysis of cellulose and oligosaccharides overactivated carbon catalysts. C. Sievers,
G. Foo8:48 – 39. Hydrolysis of woody biomass by
enzyme-mimicking carbon catalyst.
A. Fukuoka*, H. Kobayashi
9:06 – 40. Impact of water on the dehydration of alcohols. J. Lercher
9:31 Break (15-min)9:46 – 41. Lewis acid containing molecularsieve catalysts for converting sugars inaqueous media. M.E. Davis
10:11 – 42. Stability and application of zeolite catalysts in condensed aqueous
phase. T. Ennaert, P. Jacobs, B. Sels*
10:29 – 43. Catalytic conversion and production of glycerol in aqueous and organic media. Y. Suh*
10:54 – 44. Magnetic resonance spectroscopy and diffusion experiments point tomultiple roles for water in reactions catalyzed by zeolites. J.L. White, K. Chen,
J. Kelsey, D. Resasco, L. Zhang
11:12 – 45. Kinetic inhibition by water of liquid-phase sugar isomerization reactions
catalyzed by hydrophobic and hydrophilic Lewis acid zeolites. J.S. Bates,
M.J. Cordon, J.W. Harris, J. Vega-Vila,
W. Delgass, F. Ribeiro, R. Gounder*

13:00 – 56. H2-SCR of NOx over novel PdAu/TiO2 catalyst. Z. Liu*, K. Duan, L. Ma
13:20 – 57. Molecular elucidation of NOx selective catalytic reduction in Cu-SSZ-13.
C. Paolucci, A. Parekh, J. Miller,
W. Delgass, R. Gounder, F. Ribeiro,
W.F. Schneider*
14:00 – 58. Possible reaction pathway forthe selective catalytic reduction of NO
with NH3 on Cu/SSZ-13 zeolite at low
temperatures. W. Su*, J. Li
14:20 – 59. Recent advances in fundamental
understanding of automotive NH3-SCR
reactions. E. TRONCONI*
15:00 – 60. Al rich BEA* zeolites as deNOx
catalysts. J. Dedecek, P. Sazama,
B. Wichterlova, G. Sadovska,
A. Vondrova, V. Pashkova
15:20 – 61. Approaching rational design of
Cu- and Fe/CHA SCR catalysts. F. Gao*,
M. Kollar, Y. Wang, J. Szanyi, C. Peden
16:00 – 62. Precious metal doped barium
cerates as NOx catalysts.
K. Stamm Masias*, T.C. Peck

Hyatt Regency Waikiki
Mauka Bllrm* Principle Author

Artificial Photosynthesis: Reduction of
Carbon Dioxide (#271)

Organized by: O. Ishitani, E. Fujita,
S. Kang
Presiding: E. Fujita, S. Kang
8:00 Opening Remarks
8:05 – 46. Selective, efficient molecular catalysis for the CO2/CO conversion in
aprotic solvent and in pure water using
reduced iron porphyrins. M. Robert*

Organized by: C. Peden, D. Kim,
M. Shen, W. Epling
Presiding: D. Kim, M. Shen

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–273

09 – ENRG
16:20 – 63. Rh supported on netal phosphates as an efficient automotive catalyst
for NOx reduction under slightly lean conditions. H.P. Buwono, S. Minami,
S. Hinokuma, H. Yoshida, Y. Nagao,
Y. Nakahara, T. Sato, H. Iwakura,
M. Machida*
16:40 – 64. Oxygen storage capacity of
Sr3Fe2O7-d. K. Beppu*, S. Hosokawa,
K. Teramura, T. Tanaka
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: N.C. Pradhan, G.D. Yadav
13:00 Opening Remark-Environmentally
Friendly Chemical Production-I
13:02 – 65. Production of hydrogen by dry
reforming of ethanol over alumina supported nano-NiO/SiO2 catalyst. B. Bej,
N.C. Pradhan*
13:22 – 66. Mechanochemical processingfor Hydrogen production from sewage
sludge. S. Ishihara*, J. Kano
13:42 – 67. Consumption of CO2 for valueadded chemicals. S. Park*
14:02 – 68. Synthesis of AgPd core Pd shell
nanocatalysts loaded on TiO2 by microwave heating in aqueous solution for efficient hydrogen production from formic
acid. M. Tsuji*, M. Hattori,
D. Shimamoto, H. Ago
14:22 – 69. High-surface-area mixed metaloxide nanocatalysts for H2 generation.
F. Kleitz*, H. Yen
14:42 – 70. Supported gold phosphine clusters for the selective oxidation of styrene.
D.P. Anderson, V. Golovko, G.F. Metha,
G. Andersson
15:02 Break
15:17 Opening Remark-Environmentally
Friendly Chemical Production-II
15:20 – 71. Isopropyl esters in a fluidized
catalytic bed. D. Boffito*, F. Galli,
C. Pirola, C.L. Bianchi, G.S. Patience
15:40 – 72. Auto-reduced Cu/CNTs catalysts
designed for hydrogenation of dimethyl
oxalate to synthesize ethylene glycol.
P. Ai, G. Liu, M. Tan, G. Yang,
Y. Yoneyama, N. Tsubaki*
16:00 – 73. Ruthenium catalyzed ammonia
decomposition using alkaline-earth titanates as support materials. T. Yago,
Y. Horiuchi, M. Matsuoka*
16:20 – 74. Cascade engineered synthesis of
␥-valerolactone, 1,4-pentanediol and2-methyltetrahydrofuran from levulinicacid by heterogeneous catalysis in water.
G.D. Yadav*, S. Patankar
16:40 – 75. Nanoparticle catalytic site tuning
for CO2 reduction. w. zhu, y. zhang,h. zhang, A. Peterson, S. Sun
Hyatt Regency Waikiki
Ekahi
Progress Toward a Lignocellulosic
Biorefinery (#144)

Organized by: A. Stipanovic, A. Varma,
Y. Sung
Presiding: A.J. Varma
13:00 – 76. Wet explosion pretreatment as amajor step into the future of biorefineries.
B.K. Ahring*
13:20 – 77. Sustainable carbonaceous materials and chemicals via biomass hydrothermal processing. M. Titirici*,
F. Pileidis
13:40 – 78. Electron Beam pretreatment ofwoody biomass for enhancing the production of biofuels. A. Stipanovic*,
K. Cheng, N. Bergey, M. Driscoll
14:00 – 79. Utilization of cellulose, hemicellulose, and lignin in woody biomass.
A. Yamaguchi*, O. Sato, N. Mimura,
M. Shirai

274 –TECHTECHNICAL PROGRAM
14:20 – 80. Sterically protected and electronically activated azamacrocycle catalysts for lignin depolymerization: A new
approach to biomass valorization.
M.S. Chorghade*
14:40 – 81. Catalytic and high frequency ultrasound-assisted conversions of edible
and non-edible biomass to fuels.
Y.G. Adewuyi*
15:00 – 82. Low-cost ionic liquids for lignocellulose deconstruction. J.P. Hallett,
A. Brandt
15:20 – 83. Decomposition and reaction behavior of cellulose in ionic liquid.
H. Miyafuji*
15:40 – 84. Homogeneous processing of
biomass with ionic liquids: Pre-treatments to avoid decomposition and preserve molecular weight. S. Deb,
S. Labafzadeh, A.P. Parviainen,
M. Borrega, I. Kilpeläinen, A.W. King*
16:00 – 85. Process improvements in the fermentation of biomass-derived sugars toethanol biofuel using electron beam technology. N. Bergey, A. Stipanovic
Hyatt Regency Waikiki
Elima
Dynamical Processes of Light Harvesting
Surfaces (#178)

Organized by: G. Thornton,
M. Henderson, H. Onishi, C. Li,
G. Herman
Presiding: G. Herman, H. Onishi
13:00 – 86. Photoinduced excitation and decay of polarons studied on a ms-timescale using IR-spectroscopy: The casesof TiO2 and ZnO. C. Woell*
13:30 – 87. Novel method for determinationof TiO2 midgap states: Transient infraredabsorption-excitation energy scanningspectrum and its application. Y. Weng*
14:00 – 88. Photo-generated electrons andholes transfer across the anatase:rutile
TiO2 phase junction. X. Wang, S. Shen,
A. Kafizas, J. Durrant, C. Li*, Z. Feng
14:15 – 89. Probing charge carrier dynamics
in benzoporphyrin thin films by time-resolved THz spectroscopy. K. Ohta*,
S. Hiraoka, Y. Tamura, H. Yamada,K. Tominaga
14:30 – 90. Temperature dependence in thephotodesorption of small molecules fromthe rutile TiO2(110) surface.
M.A. Henderson*, G. Kimmel, N. Petrik
15:00 – 91. Hot electron-driven chemicaland solar energy conversion on metal-oxide nanostructures. J.Y. Park
15:15 – 92. New insights into photochemistry of acetone on rutile TiO2(110).
N. Petrik*, M.A. Henderson, G. Kimmel
15:30 Break
15:40 – 93. Linker rectifiers for covalent attachment of catalysts to semiconductor
surfaces. W. Ding, M. Koepf,
C. Koenigsmann, A. Batra,
L. Venkataraman, C. Negre, G. Brudvig,
R. Crabtree, C. Schmuttenmaer,
V. Batista*
16:10 – 94. Electron injection dynamics of
Ru-based dye/TiO2 system in the presence of different organic solvents: Role ofsolvent dipole moment and donor number. A. Furube, S. Mahanta,
H. Matsuzaki, T.N. Murakami, R. Katoh,
H. Matsumoto
16:40 – 95. Effect of interfacial energy alignment on the mechanism of electron injection in highly efficient dye-sensitized solar
cells. L. Han*, X. Yang, S. Zhang,
A. IslamHyatt Regency Waikiki
Maloko Bllrm
Water-phase Catalysis for Energy andChemicals Production (#182)

Organized by: M. Wong, C. Zhang,
S. Jeong
Presiding: A. Fukuoka, Z. Zhang

13:00 – 96. Hydrogenolysis of glycerol in liquid water over bifunctional supported
Pt-Re nanoparticles. D. Falcone, J. Hack,
A. Klyushin, A. Knop-Gericke, R. Schlögl,
R.J. Davis*
13:25 – 97. Novel support materials for noble
metal nanoparticle catalysts.
A.D. Quast*, M. Bornstein, I. Zharov,
J.S. Shumaker-Parry
13:43 – 98. Advanced electron microscopy
techniques for in situ liquid imaging of
metal nanoparticles towards water-phasecatalysis. I. Arslan*, L. Parent, P. Abellan,
T. Woehl, K. Jungjohann, G. Yang,
J. Lercher
14:08 – 99. Hydrothermal conversion of biomass at supercritical conditions for gaseous fuel production: Results, new challenges, and developments.
C. De Blasio*, T. Kohl, M. Magdeldin,
T. Westerlund, M. Järvinen
14:26 Break (15 min)14:41 – 100. Bimetallic structure considerations in the catalytic production of aromatic amines. L.A. Pretzer*, K.N. Heck,
J. Miller, M.S. Wong
15:06 – 101. Selectivity control of Au-catalyzed oxidation of glycerol in water.
Z. Yuan, S. Liu, Z. Gao, B. Xu*
15:24 – 102. Au-Pd alloyed single-atom-catalysts: A highly efficient catalyst for C-C
and C-N coupling reactions in water.
T. Zhang*, A. Wang, L. ZHANG,
W. WANG
15:49 – 103. Transformation of carbohydrates into polyols on metal catalysts using metallic powder and water as the hydrogen source. Y. Hirano*, K. Sagata,
Y. Kita
16:07 – 104. Critical role of water in catalytic
CO oxidation over Au/TiO2 catalysts.
L.C. Grabow*, H. Doan, J. Saavedra,
C. Pursell, B. Chandler*
Hyatt Regency Waikiki
Mauka Bllrm
Artificial Photosynthesis: Reduction of
Carbon Dioxide (#271)

Organized by: O. Ishitani, E. Fujita,
S. Kang
Presiding: H. Inoue, C.P. Kubiak
13:00 – 105. Reduction of CO2 using photoinduced electrons and metal complexes
bearing bases in the second coordination
sphere and the alternative hydrogenationand hydride transfer reactions. E. Fujita*,
G. Manbeck, L. Duan, K. Garg,
Y. Matsubara, J.T. Muckerman,
Y. Himeda
13:25 – 106. Reactivity of metal-organic coordination networks for CO2 activation.
D. Hurtado Salinas, G. Ruano, K. Kern,
M. Lingenfelder*
13:40 – 107. Visible-light-driven photoconversion of carbon dioxide to formic acidusing molecular metal catalysts and enzyme. J. Kim
14:05 – 108. Molecular architecture of supramolecular photocatalysts for CO2 reduction in homogeneous and heterogeneous systems. O. Ishitani
14:30 – 109. Optimization of a dye/semiconductor/photocatalyst ternary system forcarbon dioxide reduction. D. Won, J. Ji,
S. Kang*
14:55 Break
15:05 – 110. Monolithic semiconductor/metal-complex hybrid photocatalyst for solar
CO2 reduction coupled with H2O oxidation. T. Morikawa*, S. Sato, T. Arai,
T.M. Suzuki
15:30 – 111. Photocatalytic reduction of carbon dioxide by carbon nitride with visible
light. K. Maeda*
15:55 – 112. Photocatalysts for the preferential reduction of carbon dioxide in thepresence of water. S. Xie, Q. Zhang,
Y. Wang*
16:10 – 113. Photocatalytic and photoelectrochemical reduction of CO2 using water
as an electron donor. A. Kudo*
16:35 – 114. Silver loaded titanate photocatalysts prepared by a flux method for
reduction of carbon dioxide with water.
H. Yoshida*

Wednesday Morning
Hawaii Convention CenterHalls I, II, III
Chemistry of Automotive Emission Control
Catalysis: Current R&D and Future
Challenges (#21)

Organized by: C. Peden, D. Kim,
M. Shen, W. Epling
Poster Session
10:00 – 12:00
115. Role of surface property of Rh/AlPO4
catalyst in high tolerance to sulfur andphosphorous poisoning. S. Minami,
H.P. Buwono, T. Hamada, Y. Hu,
S. Hinokuma, H. Yoshida, M. Machida*116. Selective catalytic reduction of NO withhydrocarbons: Effect of hydrogen andcarbon monoxide addition for alumina
catalyst. A. Miyamoto*, N. Okazaki
117. Nature of Pd-Ru solid solution alloy
nanoparticles for CO-oxidizing reaction.
H. Tomonaga, K. Sato, T. Ishimoto,
M. Koyama, T. Yamamoto,
S. Matsumura, K. Kusada, H. Kobayashi,
H. Kitagawa, K. Nagaoka*
118. Oxygen storage capacity of FeNbO4
synthesized by a polymerized complex
method. R. Maeda, S. Hosokawa,
K. Teramura, T. Tanaka
119. Preparation of highly dispersed Pd particles loaded on Al2O3 support for combustion of CO and C3H6. T. Nakano,
K. Sato, K. Nagaoka*
120. Selective catalytic reduction of NO ontransition-metal modified hexagonal YbFeO3 catalysts. T. Shibano*,
S. Hosokawa, K. Teramura, T. Tanaka
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: D. He, K.K. Pant, M. Uddin
8:00 Opening remark-Environmentally
Friendly Chemical Production-III
8:02 – 121. Catalytic hydrogenation of carbon dioxide to methane with ammonia.
M. Uddin*, Y. Honda, H. Kakuta,
Y. Nishimura, Y. Kato, K. Takagi
8:22 – 122. Manganese modified Fe3O4 microsphere catalyst with effective active
phase of forming light olefins from syngas. Y. Liu, J. Chen, J. Bao, Y. Zhang*
8:42 – 123. Estimation of catalytic cracking
reaction of model compounds using zeolite-containing hierarchical silica and silica-alumina catalysts by Curie point pyrolyzer. A. Ishihara*, M. Ninomiya, H. Nasu,
T. Hashimoto
9:02 – 124. Evaluation of basicity of layered
double hydroxides (LDHs) by Knoevenagel condensations. S. Yonekawa*,
K. Teramura, S. Hosokawa, T. Tanaka
9:22 – 125. Selective production of acetolfrom glycerol on combustion synthesized
and activated Cu-Al2O3 catalyst.
G.D. Yadav*, G.P. Fernandes
9:42 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
9:57 Opening Remarks- Syngas and Biofuels-I
10:00 – 126. Nanostructured metal phosphide catalysts for conversion of biomass
to liquid fuels. S. Habas*, F. Baddour,
D. Ruddy, C. Nash, M. Griffin, J. Hensley,
J. Schaidle
10:20 – 127. CO2 reforming of CH4 to syngas over over Nd modified Ni/SBA-15
catalysts. H. Liu, D. He
10:40 – 128. Catalytic activity of heterogeneous base and acid catalysts for biodiesel production from green seed canolaoil. C. Baroi, A. Dalai*
11:00 – 129. Oxidation of copper-exchanged
small-pore zeolites and the active site formethane conversion. B. Ipek*,
M.J. Wulfers, J.P. Smith, K.S. Booksh,
C. Brown, R.F. Lobo
11:20 – 130. Comparative study of noble
metal impregnated Fe-Co bimetallic catalyst for the conversion of syngas to liquid
fuel. .. Sonal*, K.K. Pant,
S. Upadhyayula
11:40 – 131. Selective dehydrocyclization ofn-heptane using zeolite-alumina composite supported NiMo catalysts.
A. Ishihara*, A. Itoh, H. Nasu,
T. Hashimoto
Hyatt Regency Waikiki
Ekahi
Progress Toward a Lignocellulosic
Biorefinery (#144)

Organized by: A. Stipanovic, A. Varma,
Y. Sung
Presiding: J.J. Bozell
8:00 – 132. New developments in lignocellulose, cellulose, and nanocellulose: Biofuels to bioproducts using advanced nanotechnology. A.J. Varma*
8:40 – 133. Practical methyl levulinate synthesis from wood biomass using aluminium-based hybrid acid catalysts.
K. Tominaga*, K. Nemoto, A. Yamada,
Y. Yamamoto, k. sato
9:00 – 134. Electrochemical functional groupinterconversions on biomass-derived
compounds using nickel electrocatalysts
in aqueous media. J. van Drunen,
G. Tremiliosi-Filho*
9:20 – 135. Seawater based biotechnology
for biofuels and biomaterials production.
G. Chen*
9:40 – 136. Novel production of furfural frombiomass based on hot water extracted
pentoses. C. Wood*, T.E. Amidon,
B.M. Bujanovic
10:00 – 137. 5-(Chloromethyl)furfural (CMF)
is the new HMF: Functionally equivalent
but more practical in terms of its production from biomass. M. Mascal*
10:20 – 138. Systematic investigation ofchemical pretreatments for the enzymatichydrolysis of Loblolly Pine wood.
L.A. Lucia*, R. Ghiladi, X. Du
10:40 – 139. Ultrasonic-assisted fractionation of bioproducts from oil palm fronds
by alkaline pretreatment followed by simultaneous saccharification and fermentation. K. Lee, C. Ofori-Boateng*
11:00 – 140. 2G sugars to chemicals: Agriindustry of the future. A. LALI
11:20 – 141. Pink pigmented facultative
methylotrophic strain (PPFMs) isolated
from plant phyllosphere for the production of cellulase. C. Molina,
G. Hernandez, J. Gonzalez,
I. Valdez-Vazquez, Y. Sanchez-Ruan,
G. de la Rosa
Hyatt Regency Waikiki
Elima
Dynamical Processes of Light Harvesting
Surfaces (#178)

Organized by: G. Thornton,
M. Henderson, H. Onishi, C. Li,
G. Herman
Presiding: C. Li, G. Thornton
8:00 Break

8:20 – 142. Excited state dynamics at complex interfaces: Time-domain ab initio
studies. O. Prezhdo
8:50 – 143. Effect of TiO2 crystal orientationon the adsorption and photoinduced
electron transfer: CdSe quantum dotsensitization system. T. Toyoda*,
w. Yindeesuk, K. Kamiyama, S. Hayase,
Q. Shen
9:20 – 144. Ultrafast charge transfer dynamics in Au/quantum dot/molecular adsorbate tri-composite system. H.N. Ghosh*9:50 – 145. Exciton transport, dissociation,and light-driven H2 generation in semiconductor-metal colloidal nanorod heterostructures. T. Lian
10:20 Break
10:30 – 146. Charge separation promotedwith phase junctions and cocatalysts inphotocatalysis systems. C. Li*
11:00 – 147. Morphology and interface control for stable and reproducible perovskite
solar cells. Y. Wu, X. Yang, W. Chen,
Y. Yue, A. Islam, L. Han
11:15 – 148. Time-resolved visible to mid-IR
absorpton study on the behavior of photogenerated electrons and holes in
LaTiO2N visible light responsive water
splitting photocatalysts. A. Yamakata,
M. Kawaguchi, J. Kubota, K. Domen
11:30 – 149. Electron-hole recombinationand surface reconstruction controlled bydoping sites in Sr-doped NaTaO3.
H. Onishi*
Hyatt Regency Waikiki
Maloko Bllrm
Water-phase Catalysis for Energy andChemicals Production (#182)

Organized by: M. Wong, C. Zhang,
S. Jeong
Presiding: C. Sievers, Z. Zhang
8:00 – 150. Water-phase solar fuel and solar
chemical production. J. BAEG*
8:25 – 151. Effective catalytic cycle of CO2hydrogenation/formic acid dehydrogenation by Ir complex in water. N. Onishi,
S. Xu, Y. Manaka, Y. Himeda*
8:43 – 152. Opportunities for aqueous phasecatalysis in water management.
M.A. Reynolds*
9:08 Break (15 min)9:23 – 153. Synergistic co-processing of red
mud with pyrolysis bio-oil: From neutralization to catalysis. M. Schlaf*, E. Karimi,
C. Gissane, V. Jollet
9:48 – 154. Novel catalysts for selective reactions and simultaneous separation inbiphasic systems. D.E. Resasco*
10:13 – 155. Transformation of 5-HMF tofine chemicals via homogeneous catalysis in aqueous solution. Z. Xu, B. Chung,P. Yan, Z. Zhang, M. Schlaf
10:31 – 156. Evaluating heterogeneous catalyst stability in supercritical water.
J. Jocz, P. Savage*, L. Thompson*
10:49 – 157. Aqueous-phase catalytic conversion of cellulose and xylose. E. Park
Hyatt Regency Waikiki
Mauka Bllrm
Artificial Photosynthesis: Reduction of
Carbon Dioxide (#271)

Organized by: O. Ishitani, E. Fujita,
S. Kang
Presiding: M. Kanan, A. Kudo
8:00 – 158. Photocatalytic conversion of carbon dioxide to fuels using layered doublehydroxide-based catalysts: Optimized
performance and the reaction mechanism. Y. Izumi, N. Ahmed, M. Morikawa,S. Kawamura
8:25 – 159. Time and energy efficient synthesis and characterization of p-type semiconductor nanostructures for photoelectrochemical fuel generation. C. Janaky*,
D. Hursan, K. Rajeshwar
8:40 – 160. Photocatalytic and photoelectrochemical CO2 reduction under solar light.
T. Ohno8:55 – 161. Inexpensive architectures for the
production of fuels from carbon dioxideand sunlight. J. Rosenthal*, J. DiMeglio,
J. Medina-Ramos
9:20 – 162. Artificial photosynthesis: Photocatalytic conversion of CO2 into renewable hydrocarbon fuel. Y. Zhou*
9:35 – 163. Development of tailored heterojunction photocathodes for high efficiency artificial photosynthesis from CO2
and water. H. Park*
9:50 Break
10:00 – 164. Electrocatalytic CO2 reduction
to fuels and chemicals: Insights into transition metal surfaces. T.F. Jaramillo*,
K. Kuhl, T. Hatsukade, E. cave, D. Abram,
C. Hahn, J. Feaster, A. Jongerius,
J. Kibsgaard
10:25 – 165. Hierarchical 3D Cu pillar and Sn
dendrite as high performing electrocatalysts for CO2 reduction. S. Woo*, D. Won
10:40 – 166. Mechanistic insights into carbon dioxide reduction catalyzed by puremetal surfaces. Y. Surendranath,
A. Wuttig
10:55 – 167. Photothermochemical approach to reverse the alkane combustion
reaction: CO2 to C5⫹ liquid hydrocarbons in one step. F.M. MacDonnell*,B. Dennis, W. Chanmanee, M.F. Islam
11:20 – 168. Selective and efficient electrochemical reduction of CO2 on CuO-derived Cu nanowires. W. Smith
11:35 – 169. C–C bond-forming reactions to
reduce CO2 emissions. M. Kanan*

180. Luminescent properties of copper(I) iodido coordination polymers containing
two bridging amine ligands. S. Sugimoto,N. Ogawa, S. Yamashita, H. Ohtsu,
K. Nozaki, K. Tsuge
181. Photochemical oxygenation reaction of
cyclohexene sensitized by novel Ru(II)porphyrin/clay nanosheet complex.
D. Tatsumi, T. Tsukamoto, T. Shimada,S. Takagi
182. In-vitro assay to clarify the substratespecificity of demethoxycarbonylase involved in chlorosomal bacteriochlorophyll
biosynthesis. M. Teramura, J. Harada,
T. Mizoguchi, H. Tamiaki
183. Synthesis of chlorophyll derivatives
possessing alkenyl groups at the peripheral positions and their photophysicalproperties. H. Tamiaki*, K. Tsuji,
T. Miyatake
184. Synthesis of 20-substituted chlorophyll
derivatives as models of bacteriochlorophylls-c/d and their self-aggregation.
A. Wada, H. Tamiaki
185. Energy transfer between subunits of dimeric photosystem II monitored by femtosecond transient absorption spectroscopy. Y. Yoneda*, T. Katayama,
Y. Nagasawa, H. Miyasaka, Y. Umena

Hawaii Convention CenterHalls I, II, III

186. Microstructures of hydrocarbon gas hydrates synthesized with and without promoters. H. Ohno*, K. Mitsuhashi,
A. Hachikubo, H. Shoji, H. Minami
187. On the mechanism of catalytic hydrogenation of thiophene on hydrogen transition metal oxides bronze. H. Cheng *188. Comparative study on reaction mechanism of the MXene electrodes in nonaqueous Li⫹ and Na⫹ electrolytes.
H. Iinuma*, S. Kajiyama, R. Morita,
K. Gotoh, M. Okubo, A. Yamada
189. Theoretical estimation of zinc isotope
fractionation between mantle and core.
K. Asai, M. Abe*, F. Moynier, Y. Zempo,
M. Hada190. Synthesis of organic dyes with benzimidazoles as electron transport chain fordye sensitive solar cell. T. Iida, M. Ota*,
S. Ohata, H. Kajino
191. Synthesis and oxidative properties ofionic liquid-supported IBX. A. Mihoya,
S. Koguchi
192. Anodic performances of electrodeposited Si films on structured CuxOy Surfaces for Li ion battery. M. Matsunaga*,
Y. Uchida, S. Kuno
193. Techno-economical evaluation of extractive fermentation by acetone, butanol,
ethanol (ABE) production. V.H. Grisales*,G. Olivar Tost
194. In vitro production of isoprenol usingnovel mevalonate pathway enzymes fromthermoplasma acidophilum.
M.C. Cummins, J. Vinokur
195. Photocatalytic chemoselective reduction of epoxides to alkenes in alcoholic
suspensions of silver-loaded titanium(IV)oxide at room temperature without use of
reducing gas. H. Kominami*,
S. Yamamoto, I. Kazuya, A. Tanaka,
K. Hashimoto

Artificial Photosynthesis: Bio-inspired
Chemistry for Solar Fuel Production (#278)

Organized by: H. Hashimoto, Y. Amao,
J. Zhang, T. Moore, B. Koivisto
Presiding: Y. Amao, H. Hashimoto,
B.D. Koivisto, T.A. Moore, J. Zhang
Poster Session
10:00 – 12:00
170. Visible light reduction of ketones and aldehydes catalyzed by complexes basedon Earth abundant elements and water assource of hydrogen atoms. A. Call,
F. Acuña-Parés, J. Lloret-Fillol
171. Constructions and characterizations ofmutants containing bacteriochlorophyll c,d, e, or f of the green sulfur bacterium
Chlorobaculum limnaeum. J. Harada,
Y. Shibata, M. Ryono, M. Teramura,
K. Yamamoto, T. Mizoguchi, H. Tamiaki
172. Studies on electrocatalytic CO2 transformation by half-metallocene group 9
metal complexes. W. Han*
173. Design of visible light driven photocatalyst with a sulfocalixarene linker between
zinc porphyrin and a Pt-TiO2 for hydrogen evolution. H. Imai, T. Kamegawa,
H. Yamashita*174. Artificial light-harvesting antenna systems as models of chlorosomes using
mesoporous silica. T. Miyanaga*,
S. Shoji, Y. Goto, S. Inagaki, H. Tamiaki
175. Real time observation of vibrational
wavepacket motions in ultrafast electrontransfer systems. Y. Nagasawa*,
Y. Yoneda, S. Nambu, E. Takeuchi,
H. Miyasaka
176. Observation of 8-vinyl-12-ethyl-bacteriochlorophyll-e in a green sulfur bacterium
cultured by intense red-light illumination.
C. Okada*, T. Mizoguchi, J. Harada,
H. Tamiaki
177. Construction of artificial light-harvesting
devices using isolated chlorosomes fromphotosynthetic green bacteria.
M. Ryono, J. Harada, Y. Tsukatani,
T. Mizoguchi, H. Tamiaki*
178. Reconstitution of amphiphilic zinc bacteriochlorophyll a derivatives to major antenna complexes of green sulfur photosynthetic bacteria toward hybridization ofnatural photosynthetic light-harvesting
systems with artificial energy acceptors.
Y. Saga*, N. Takahashi, T. Miyatake,
H. Tamiaki
179. Photocatalytic carbon dioxide reduction
from organic-inorganic hybrid system.
D. Won, J. Ji, H. Son*

Hawaii Convention CenterHalls I, II, III
Chemistry of Clean Energy Conversion,
Storage, and Production General Posters
10:00 – 12:00* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–275

09 – ENRG
196. Preparation and thermoelectric properties of highly oriented CNT/elastmer composites. T. Mashio, M. Ota*, K. Kanai,
M. Ikeda
197. Binding mechanisms of cesium on clay
minerals. K. Baek*, J. Lee, E. Jeon,
S. Ryu198. Fischer-Tropsch synthesis over ironcatalyst supported on ozone treated active carbon. Y. Kawahara, K. Koimiyama,k. asami
199. Preparation of silicon nanoparticlescontaining porous carbon microspheres
for lithium ion secondary battery anodes.
K. Arai, M. Ota*, T. Ishibashi, M. Saitoh,
N. Yoshizawa, K. Imoto, O. Tanaike,
J. Miyawaki, y. Seong-Ho
200. Iron anode-mediated activation of persulfate. K. Baek*, P. Jeon, S. Park,
S. Shin
201. Synthesis of ␲-conjugated polarizableorganic dyes with polycyclic aromaticring as photosensitive group. M. Tanaka,
M. Ota*, H. Kajino, T. Iida
202. Effect of the kinds of metal in metalfilled CNT/C composites on thermoelectric properties. K. Kanai, M. Ota*,
K. Suzuki, R. Matsumoto203. Deterioration behavior of Ni/TiO2 catalyst for the selective CO methanation andits improvement method. M. Fujiwara,
K. Tani, N. Shimoda, S. Satokawa
204. Dye-sensitized solar cells based on
TiGA treated TiO2 photoactive electrodes. j. yamakawa, Y. Shimoyama,
R. Tsubota, K. Tomita, Y. Kunugi
205. Electrochemical reduction of carbon dioxide with EC tag (Cu) supported carbon
electrode. T. Namise
206. Upgrading of new hydrocarbon biodiesel fuel (HiBD). H. Kuboyama,
Y. Murakami, H. Tani, k. asami,
K. Fujimoto, T. Vitidsant,P. Prasert Reubroycharoen,
K. Wattanavichien
207. Catalytic reforming of glycerin with ironore. m. yoshida, k. asami, y. mogi,
h. saima
208. Effect of boron on electrostatic capacitance in electrodes for electric double
layer capacitor. S. Obokata, M. Ota*,
Y. Miyazawa, K. Suzuki, K. Arai
209. Slurry phase synthesis of new hydrocarbon biodiesel fuel (HiBD).
T. Hirakawa, H. Tani, Y. Murakami,
K. Fujimoto, k. asami
210. Naphtho[2,1-b:3,4b’]dithiophene(NDT)-based bulk heterojunction organic solar cells. H. Song,Y. KIm, Y. Cheon, M. Kim, J. Baek,
D. Chung, C. Park, Y. Kim*
211. Impact of natural and artificial fluctuation in illumination intensity on the photosynthetic activity of Synechocystis PCC
6803. J. Kwon*
212. Design and operation of selective CO
oxidation reactor with a Ru/Al2O3 coatedmetallic structured catalysts for kW class
PEMFCs application. D. Seo*, W. Kim,
Y. Hwang, W. Yoon
213. Improvement of cathode catalyst layers
for PEFCs by the electrostatic inkjet
method. K. Takahashi*, M. Watanabe,
M. Uchida214. Hydration/dehydration reaction characteristics of natural calcium resources forchemical heat pump. H. Ogura*, . Mitsui215. Recycle disposable heating pads as avisible light active photocatalyst.
C. Wang*, M. Lee, C. Chen, C. Wang*,. Hsiao, D. Tsai
216. CNT supported Re catalyst for dimethyl
ether direct-oxidation to dimethoxy dimethyl ether. Q. Zhang, W. Wang,
Z. Zhang, Y. Tan*, Y. Han*
217. Salting-out of acetone, 1-butanol, andethanol from a prefractionator. S. Xie,
C. Yi, X. Qiu, D. Yang
218. Synthesis of N-defect and O-doping
g-C3N4 and its visible light photocatalytic
activity. T. Mitsuyama, H. Katsumata*,
T. Suzuki, S. Kaneco
219. Photocatalytic degradation of bisphenolA over bismuth oxyiodides. T. Sasaki,
S. Kaneco, H. Katsumata*, T. Suzuki
220. Production of nano carbon with direct
alcohol reforming. N. Hamaya*,N. Okazaki

276 –TECHTECHNICAL PROGRAM
221. Direct methane reforming: Effect of theaddition of silica. A. Otsuka*, N. Okazaki
222. Surface functionalization induced triboelectric charging sequence as a novel
method to generate triboelectricity.
S. Shin, m. lee, J. Nah*
223. Comparative study on the sulfur tolerance of noble metal catalysts in methanesteam reforming. F. Watanabe,
I. Kaburaki, N. Shimoda, S. Satokawa*
224. Development of nanostructural controlled silver phosphate thin films as aphoto-anode for water splitting under visible-l. H. Katsumata*, T. Hayashi,
T. Suzuki, Y. Fujita, S. Kaneco
225. Oxygen sorption/desorption properties
of Sr-Ca-Fe-based perovskite oxides.
K. Izumihara, A. TSUCHIDA, H. Ikeda,
N. MIURA*
226. Synthesis of biodiesel fuel from gutter
oil. G. Nakagawa, S. Yodoya,
Y. Sawada*
227. Waste water treatment in biodiesel fuelprocess. H. Kai, D. Sugita, R. Watanabe,
Y. Sawada*
228. Synthesis of structurally-defined, sulfophenylated oligophenylenes, and polyphenylenes for PEM fuel cells.
T. Skalski*, T.J. Peckham, S. Holdcroft
229. Kinetics study on synthesis of biodiesel
fuel. O. Yan, A. Kodama, Y. Sawada*
230. Suppression of aluminum corrosion inhighly concentrated electrolyte.
C. Chiang*, Y. Yamada, K. Sodeyama,
J. Wang, Y. Tateyama, A. Yamada
231. Chemical upgrading of low-rank coals
by solvent treatment. T. Takanohashi*,N. Sakimoto, Y. Harada, H. Fujimoto
232. Influence of Cu on the performance of
K-LaZrO2 catalysts for isobutanol synthesis. Y. Wu, S. Wang, H. Xie, J. Gao,
S. Tian, Y. Han, Y. Tan*
233. Halogen-free borate ionic liquids for tribological applications. M.K. McCray,
Z. Huang, D.M. Schubert
234. Cycloaddition of CO2 into epoxides
over polymer supported ionic liquid catalysts. A. Jadhav*, R. Shavi, J. Seo*235. Detection of the intermediate species
for oxygen evolution reaction on ␣-Fe2O3
using in-situ UV-vis absorption measurement. K. Ishikawa, T. Takashima, H. Irie*
236. Performance of photofuel cells using allophane–titania nanocomposite electrodes. H. Nishikiori, N. Furuichi
237. New cathode of high capacity and superior cyclability for Na-ion batteries:
Na[Ni0.4Fe0.2Mn0.4-xTix]O2. X. Sun
238. Life-prolonging technique of lubrication
oil by continuously regenerating anti-oxidant with catalytic palladium membrane.
N. Itoh*, K. Ohshima, T. Sato, J. Shinoda,
M. Kobesho

Wednesday Afternoon
Hyatt Regency Waikiki
ElimaNano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: N. Braidy, A. Dalai
13:00 Opening Remarks-Syngas and Biofuels-II
13:02 – 239. Performance and nanostructural analysis of a novel nickel alumina
catalyst for dry reforming of methane.
N. Braidy*, J. Blanchard, N. Abatzoglou
13:22 – 240. Preparation of H-␤ zeolite– enwrapped Co/Al2O3 Fisher-Tropsch catalyst for high isoparaffins selectivity.
H.L. Nguyen, Y. Yoneyama*, N. Tsubaki
13:42 – 241. Spontaneously activatable ironbased Fischer-Tropsch catalysts.
D. Chun*, G. Rhim, J. Park, H. Lee,J. Yang, S. Hong, H. Jung
14:02 – 242. Syngas hydrogenation: Effectof preparation variables on the performance of cobalt-nickel catalyst.
K. Ramasamy, M. Gray, H. Job, y. wang

14:22 – 243. Effect of preparation conditionchange of Ni/Al2O3 structured catalyst on
CO2 dry-reforming performance.
T. Osuka, Y. Kohno, R. Watanabe,
C. Fukuhara
14:42 Break
14:57 Opening Remarks-Syngas and Biofuels-III
15:00 – 244. Doping effect of trivalent cationon the catalytic behavior and properties
of Co-Ni-Mg-O solid solution catalysts insyngas production by methane reforming
under high pressure. K. Nagaoka*,
Q. Han, G. Kitayama, T. Ishikawa, Y. Abe,Y. Hashimoto, K. Sato, Y. Takita,
T. Wakatsuki, M. Kunisu, E. Suda,
S. Inamoto
15:20 – 245. Hydrothermal synthesis of
structure-type iron oxide catalyst for water gas shift reaction. R. Watanabe,
S. Watanabe, C. Fukuhara
15:40 – 246. Selectivity control for CO
methanation in hydrogen-rich gas containing a large amount of CO2 over Ni/
Al2O3 catalysts by vanadium addition.
R. Inoue, T. Miyao, K. Higashiyama*,
M. Watanabe
16:00 – 247. Hydrodeoxygenation of palm oil
to biofuel over Ni2P/MOR in a trickle bed
reactor. J. Wittayakun, S. Rakmae,
N. Viriya-empikul, K. Faungnawakij,
P. Khemthong*
16:20 – 248. Oxorhenium catalyzed deoxydehydration for the diols and biomass derived polyols to alkenes and value added
chemicals. I. Ahmad*, S. Waseem
Hyatt Regency Waikiki
Ekahi
Theory and Computation for EfficientUtilization of Energy and Resources (#163)

Organized by: Q. Ge, W. Li, H. Cheng
Presiding: W. Li, J. Yang
13:00 – 249. Transition metal atom embedded graphene for capturing CO: A firstprinciples study. J. Yang
13:35 – 250. Size-dependent catalytic properties over metal nanoparticles: Simulation and experiment. J. Wang*
14:05 – 251. Reduction and hydrogenationof CO2 over In2O3-based catalysts.
Q. Ge, J. Ye, C. Liu
14:35 – 252. Theoretical design new mixed
solids for CO2 capture applications.
Y. Duan*
14:55 Break
15:05 – 253. Structure-energy-activity relations in heterogeneous catalysis.
P. Sautet, F. Calle Vallejo, D. Loffreda
15:40 – 254. First-principles calculation on
syngas conversion. W. Li*
16:10 – 255. Stochastic simulation: Understanding the CO activation mechanisms
in Fischer–Tropsch synthesis on Fe(110)model surfaces. Z. Chen, H. Wang, X. Xu
16:40 – 256. On the mechanism of CO2 reduction to methanol on CeO2 (110) surface. M. Haider*, N. Kumari, N. Sinha,
S. Basu
Hyatt Regency Waikiki
Maloko Bllrm
Current Status and Future Prospect ofPolymer Electrolyte Fuel Cells (#188)

14:25 – 260. Synthesis of polyphenylenebased polymer electrolytes by catalysttransfer polycondensation (XII): Masstransport characteristics. T. Oshima,
H. Takagi, M. Fujita, A. Ohira, Y. Takeoka,
M. Rikukawa
14:45 – 261. Theory of polymer electrolyte
membranes: Cradle to grave.
M. Eikerling
15:25 – 262. Effect of the interfacial structureof proton conducting ionomers on thefuel cell performance. T. Mochizuki,
J. Miyake, M. Uchida, H. Uchida,
K. Miyatake*
15:45 – 263. Homogeneous coating of ionomer on electrocatalyst assisted by polybenzimidazole as an adhesive layer andits effect on fuel cell performance.
T. Fujigaya, Z. Yang, N. Nakashima
16:05 – 264. Proton transport property at
Nafion-Pt interface. Y. Ono, Y. Nagao*
16:25 – 265. Novel hydrocarbon ion-conducting polymers for proton exchange
and anion exchange fuel cell membranes.
C. Bae*Hyatt Regency Waikiki
Makai Bllrm
New Generation of Electrochemical Energy
Storage and Conversion System: Materials,
Interface and In-situ Techniques (#250)

Organized by: Y. Yang, S. Meng,
A. Yamada, Y. Sun
13:00 – 266. Pseudocapacitance of MXene
Ti2CTx nanosheets for high power sodium-ion hybrid capacitors. M. Okubo*,
X. Wang, S. Kajiyama, H. Iinuma, S. Oro,
I. Moriguchi, A. Yamada
13:15 – 267. Implications and performanceof various lithium ion battery chemistries
during high precision coulometry.
A. Masias*, J. Marcicki, T. Coupar
13:30 – 268. Feasibility of stainless steels as
current-collectors in high-performancelithium-ion batteries. M. Morita*,
M. Araki, K. Fujii, N. Yoshimoto
13:45 – 269. Effect of porous structure ofcarbon substrates for sulfur composite
cathode on performance of Li-S batteries. A. Ikoma*, S. Zhang, K. Ueno,
K. Dokko, M. Watanabe
14:00 – 270. Thin nanosheet Li2FeP2O7
cathode for high energy Li-ion battery.
D. S*
14:15 Break
14:30 – 271. Design of photoelectrode system for oxidative production of hydrogen
peroxide in water splitting. K. Fuku,
K. Sayama*
14:45 – 272. High efficiency planar heterojunction solar cells based on perovskite
fabricated with two-step solution process. C. Wu
15:00 – 273. A peek at electrolyte-cathodeinteractions. S.M. Russell, A.v. Cresce,
K. Xu
15:15 – 274. Low molecular weight cyclic organoboron electrolytes for Li ion batteries. P. Joshi*, R. Vedarajan, N. Matsumi
15:30 – 275. Effects of additive components
on the electrochemistry of Mg(TFSA)2/
triglyme electrolyte for rechargeable
magnesium batteries. N. Yoshimoto*,
I. kim, T. Kimura, K. Fujii, M. Morita

Organized by: K. Miyatake, M. Tada,
Y. Sung, B. Pivovar, M. Hickner
Presiding: K. Miyatake, S.J. Paddison
13:00 Opening remark
13:05 – 257. Structural aspects of PFSA
ionomers as determined by STEM andsimulations. S.J. Paddison*
13:45 – 258. Evaluation of CeO2, ZrO2 and
YSZ as degradation-mitigating additives
for proton electrolyte membrane fuelcells. T. Weissbach, T.J. Peckham,
S. Holdcroft*
14:05 – 259. Electronically stabilized, highperformance PEMs as fully hydrocarbon
fuel cells. B.D. Britton, H. Lee, W. Huang,
S. Holdcroft** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
15:45 – 276. In-situ characterization of tetrahydrofuran containing Grignard reagentsin magnesium deposition and dissolution
processes. H. Inoue, Y. Akita,
H. Munakata, K. Kanamura*
Hyatt Regency Waikiki
Kou Ballrm
Artificial Photosynthesis: Bio-inspired
Chemistry for Solar Fuel Production (#278)

Organized by: H. Hashimoto, Y. Amao,
J. Zhang, T. Moore, B. Koivisto
Presiding: Y. Amao, H. Hashimoto,
O. Ishitani, B.D. Koivisto, T.A. Moore,
J. Zhang
13:00 – 277. Theoretical study of highly efficient CO2 capturing processes using tricarbonyl diimine transition metal complexes. J. Maeba, M. Iwamura, K. Nozaki
13:15 – 278. Utilization of FTIR-ATR spectroelectrochemistry to evaluate the mechanism of aqueous CO2 reduction on posttransition metal electrodes during CO2
reduction. J.E. Pander*, M.F. Baruch,
A.B. Bocarsly
13:30 – 279. Photoelectrochemical CO2 reduction using Ru(II)-Re(I) metal complex
on semiconductor electrodes. G. Sahara,
H. Kumagai, R. Abe, T. Morikawa,
K. Maeda, O. Ishitani*
13:45 – 280. Role of surface-bound carbonates in the reduction of CO2 on tin cathodes. M.F. Baruch*, J.E. Pander,
J.L. White, A.B. Bocarsly
14:00 – 281. Electrochemical reduction of
CO2 by Ni cyclam complex substituted
with imidazolium type ionic liquid.
T. Nagai*, A. Katayama, T. Ozawa,
T. Inomata, H. Masuda
14:15 – 282. Development of metal sulfide
photocathodes with chalcopyrite structure for CO2 reduction under visible lightirradiation. T. TAKAYAMA, A. Iwase,
A. Kudo14:30 Break & Opening Remark for AP03
session14:45 – 283. Strategies to enhance the lightharvesting capacity of artificial light harvesting nano structures. R. Cogdell*
15:15 – 284. Artificial light-harvesting antenna systems using self-assemblies ofsemi-synthetic chlorophylls. H. Tamiaki*,S. Shoji
15:30 – 285. Molecular mechanism of actionof the cyanobacterial orange carotenoid
protein. R.E. Blankenship*, H. Liu,
J. King, H. Zhang, D. Niedzwiedzki,
M.L. Gross
16:00 – 286. Photoinduced charge separation processes: From natural photosynthesis to organic photovoltaics.
O. Poluektov*
16:15 – 287. Artificial light harvesting modelby a hexameric hemoprotein reconstituted with zinc porphyrinoid. T. Hayashi*,T. Mashima, K. Oohora
Hyatt Regency Waikiki
Mauka Bllrm
Homogeneous Catalysis Methodologies for
the Upgrading of Biomass Derived
Molecules (#301)

Organized by: J. Gordon, R. Baker,
T. Ikariya
Presiding: J. Gordon
13:00 – 288. Acid-, water- and high temperature-stable homogeneous catalysts forthe hydrodeoxygenation of biomass derived sugars and sugar condensates tovalue-added alcohols, alkenes, and alkanes. M. Schlaf, R. Sullivan, E. Latifi,
B.K. Chung, D. Soldatov
13:35 – 289. Challenges and opportunities inthe selective transformation of biomass
to chemical intermediates and materials.
R. Waymouth*
14:10 break
14:20 – 290. Homogeneous catalysis of hydrogenation and hydrogenolysis reactions. K. Goldberg

14:45 – 291. New catalytic reactions andcatalysts for the deoxygenation of carbonyls. A.D. Sadow*
15:10 break
15:20 – 292. Sulfuric acid as a catalyst for
ring-opening of biobased bis-epoxides.
G.B. Bantchev*, K.M. Doll, G. Biresaw,
K.E. Vermillion
15:45 – 293. Selective flow epoxidation andepoxide ring-opening of biorenewableterpenes for chemical manufacture.
W. Cunningham*, M. Hutchby, S.D. Bull,m. davidson
16:10 – 294. Catalytic conversion of biomassby transforming lignin first into aromatic
fuels and chemicals. M.M. Abu-Omar*
16:35 – 295. Adding value to biomass: Green
gold!. A. Sutton, J. Gordon, P. Silks,
R. Wu

Wednesday Evening
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: A. Dalai, Y. Hu
19:00 Opening Remarks-NanocatalysisStructural Study-I
19:02 – 296. In situ X-ray absorption spectroscopy studies of Fe nanoprecursors
and Fe@FexOy/Pd nanocatalysts. Y. Yao,
A. Maclennan, Y. Hu*, R. Scott*19:22 – 297. Investigation of NH3 poisoning
mechanism and doping effect of Pt for
CO preferential oxidation catalyst withusing in-situ XAFS analysis. K. Sato,S. Zaitsu, K. Teramura, T. Tanaka,
K. Nagaoka*
19:42 – 298. Characterization of a novel Ni/
YSZ catalyst with strong tolerance tocoke deposition for direct internal reforming (DIR) - SOFC. W. Kawasaki,
Y. Kohno, R. Watanabe, C. Fukuhara
20:00 – 299. In-situ XAS monitoring the formation and the electrochemical behaviors of nanomaterials for energy applications. C. Kongmark*, N. Kochaputi,
P. Khemthong, S. Sangsuwan,
P. Viravathana, V. Somsongkul,
M. Arunchaiya
20:20 – 300. DFT investigation of the
Mo3SxHy (x⫽5-9, y⫽0,2,4) clusters andtheir role in hydrodesulfurization catalysis. J.D. Head*, C. Tanabe, K. Gotto,
J. Siu, S. Mallory
20:40 – 301. Finite size effects in sub-monolayer catalysts. L.C. Grabow*, H. Doan,
Q. Yuan, S. Brankovic*
Hawaii Convention CenterHalls I, II, III
Progress Toward a Lignocellulosic
Biorefinery (#144)

Organized by: A. Stipanovic, A. Varma,
Y. Sung
Poster Session
19:00 – 21:00
302. Chemical and morphological characterization of depithed bagasse for the purpose of gasification using computer simulation. A.I. Anukam*, S. Mamphweli,
P. Reddy, E. Meyer, O. Okoh
303. Novel method to convert paper millwaste into valuable fermentable sugar.
B. Bhayani
304. Improving levoglucosan synthesis frompyrolysis of functionalized glucose.
L. Chen*, J. Zhao, S. Pradhan ,B.E. Brinson, G. Scuseria, Z. Zhang,
M.S. Wong305. Catalytic fast pyrolysis of biorefinery
lignins for the production of low molecular weight phenolic compounds.
D.B. Corbett*, O. mante, B.M. Bujanovic
306. Increasing the value of the biorefinery:
Lignin-furfural based novel green woodadhesives. P.S. Dongre*, M. Driscoll,
J. Smith, T.E. Amidon, B.M. Bujanovic

307. Characterization of amphiphilic lignin
from cattle fecal as an emulsifier.
T. Fujiwara*, K. Iwabata, Y. Kanai,
T. Ruike, Y. Seki, K. Sakai, H. Sakai,
K. Sakaguchi, M. Abe
308. Direct production of L-malic acid fromlignocellulose by consolidated bioprocessing with Schizophyllum commune.
K. Hoshino*, M. Takano, E. Nagane,
M. Hatashita
309. Microscopic observation of morphological changes in woody biomass as
treated with ionic liquid. T. Kanbayashi,
H. Miyafuji
310. Mass transfer characteristics of cellulose during hydrothermal treatment.
H. Kawasaki, Y. Matsumura*
311. Catalytic depolymerization of lignin using self-generated active hydrogen fromsupercritical ethanol. s. jeong, G. Jang,
Y. Park, D. Kim
312. Lignin-based polyoxyethylene ether enhanced enzymatic hydrolysis of cellulose
and lignocellulose by dispersing cellulase
aggregates. H. Lou*, X. Lin*, X. Qiu*
313. Properties and regeneration of tertiaryamines used in the recovery of acetic
acid from kraft– based dissolving pulp
process prehydrolysis liquors. G. Yang*,
L. Lucia, Z. Zhang, J. Chen, Y. Ni
314. Properties and regeneration of tertiaryamine from recovery of acetic acid fromprehydrolysis liquors produced by thekraft dissolving pulp process. L.A. Lucia,
G. Yang, Q. Jiang, J. Chen, Y. Ni
315. Preparation and analysis of Chaga
mushroom (Inonotus obliquus) extracts
for antioxidant activity and free phenolichydroxyl group content.
A. Nagardeolekar*, B.M. Bujanovic
316. Decomposition behavior of hemicelluloses in rice straw and rice husk as treatedby hot-compressed water. Y. Nakahara*,
E. Minami, H. Kawamoto, S. Saka
317. Elucidation of the biooil properties produced by the developing Auger-type
movable reactor. S. Nishimura,
K. Ebitani*318. Expression and characterization for cellulose degradation of the polysaccharide
monooxygenase from Coprinopsis cinerea. K. Seino*, K. Iwabata, Y. Kanai,
T. Ruike, Y. Seki, K. Sakai, H. Sakai,
K. Sakaguchi, M. Abe
319. Bioethanol production from CaCO3-removed paper sludge by thermotolerant
fermenting-fungus. M. Takano,
K. Hoshino*
320. One-pot high-gravity bioethanol fermentation from choline-based ionic liquid
pretreated corn stover. F. Xu
321. Structural characterization of solubilized noncarbohydrate compounds during acidic water flowthrough pretreatmentof Poplar wood. L. Yan
322. Degradation products from lignocellulosics as treated with ionic liquid-water
mixtures. K. Yoshioka*, H. Miyafuji,
H. Ohno, T. Yamada
Hawaii Convention CenterHalls I, II, III

Poster Session
19:00 – 21:00
324. Development of organic/Inorganic hybrid PEMs functionalized gradient for PEFCs fabricated by EB grafting and sol-gel
method. t. takura, A. Oshima, M. Washio
325. Effect of ketone vs. sulfone groups on
the properties of Poly(arylene ether)based proton exchange membranes.
H. Lee, Y. Huang, B.D. Britton,
T.J. Peckham, S. Holdcroft, W. Huang
326. Ladder-type aromatic block copolymers containing triphenylphosphine oxide moiety as proton conductive membranes. Y. Zhang, F. Hartanti, J. Miyake,
M. Watanabe, K. Miyatake
327. Synthesis and properties of poly(phenylene)-poly(ether ketone) block copolymer electrolytes (V): Relationship between microstructure and ion exchange
capacity. S. Nagaya, M. Fujita,
Y. Takeoka, M. Rikukawa
328. Controlled synthesis of hydrophilic-hydrophobic diblock copolymers using two
types of chain-growth polymerizations (I)- bifunctional initiator. Y. Hoshikawa,
K. Ogu, M. Fujita, Y. Takeoka,
M. Rikukawa
329. Synthesis and evaluation of graft-typehydrocarbon polymer electrolytes (II): Effect of graft density. R. Ide, M. Rikukawa,
M. Fujita, Y. Takeoka
330. Synthesis of hydrocarbon ionomers andevaluation of MEA (V): Relationship between block chain length and electrochemically active surface area.
S. Miyata*, M. Fujita, Y. Takeoka,
M. Rikukawa
331. Highly dispersed Pt NPs supported selectively on carbon black as effective
cathode catalyst for polymer electrolyte
fuel cells. S. Yokoyama*, K. Motomiya,
S. Tsuchida, T. Kojima, Y. Taniguchi,
T. Hiramatsu, Y. Ueyama, M. Morita,
H. Takahashi, K. Tohji
332. Improvement of barrier property of fuelcell membrane via layer by layer assembly and chemical modification. C. Cho*333. Electrocatalytic activity for oxygen reduction reaction of electrochemicallyconstructed Ni-core Pt-shell nanoparticles. N. Aoki, T. Kondo*, M. Hirota,
S. Shibata, A. Omachi, M. Ueda
334. Iron and copper co-doped oxygen reduction reaction catalysts. T. Murotani,
M. Kato, I. Yagi*
335. Novel synthesis of Pt/rPGO by a pyrolysis method of graphene oxide and ORR
property. H. Hayashi, K. Teramura,
S. Hosokawa, T. Tanaka
336. Scale-up of Pd-Pt core-shell catalysts:
Synthesis, characterization, and performance. L. Yang, D. Banham, S. Ye,
S. Knights, E. Gyenge
337. In-situ time-resolved XAFS study on the
degradation processes of Pt/C and
Pt3Co/C cathode catalysts in polymer
electrolyte fuel cell by feed gas exchange
cycles. K. Higashi, G. Samjeské,S. Takao, S. Nagamatsu, K. Nagasawa,
O. Sekizawa, T. Kaneko, T. Uruga,
Y. Iwasawa*

Water-phase Catalysis for Energy andChemicals Production (#182)

Organized by: M. Wong, C. Zhang,
S. Jeong
Poster Session
19:00 – 21:00
323. Photocatalytic hydrogen evolution fromglycerol aqueous solution.
Y. Mizukoshi*, H. Nakanishi, F. Hori,
K. Okitsu, A. Iwase, Y. Maeda,
N. Masahashi
Hawaii Convention CenterHalls I, II, III
Current Status and Future Prospect ofPolymer Electrolyte Fuel Cells (#188)

Organized by: K. Miyatake, M. Tada,
Y. Sung, B. Pivovar, M. Hickner
Presiding: K. Miyatake, B. Pivovar,
Y. Sung, M. Tada

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–277

09 – ENRG
338. In-situ time-resolved XAFS study on the
kinetic behavior of PEFC Pt/C (Ketjenblack, acetylene black, CNT) cathodecatalysts in potential-jump transient response processes. T. Kaneko*,
K. Nagasawa, S. Takao, K. Higashi,
S. Nagamatsu, G. Samjeské,O. Sekizawa, T. Uruga, Y. Iwasawa
339. Investigation of cathode catalyst degradation under hydrogen passivation
start-up and shut-down process for fuelcell vehicle. Y. Yamashita, S. Itami,
T. Eguchi, J. Takano, M. Kodama,
K. kakinuma, M. Hara, H. Uchida,
M. Watanabe, M. Uchida*
Hawaii Convention CenterHalls I, II, III
Artificial Photosynthesis: Reduction of
Carbon Dioxide (#271)

Organized by: O. Ishitani, E. Fujita,
S. Kang
Poster Session
19:00 – 21:00
340. Surface investigation of supported
metal cluster catalysis for solar fuel synthesis. G. Laufersky*, T. Nann,
G. Andersson
341. Photons to formate: Solar driven conversion of CO2 to solar fuels. H. Pan*,
M. Heagy
342. Novel microchannel reactor with fusedglass beads waveguide for photocatalytic
reaction. H. Usami*, K. Ohta
343. Novel photoreduction systems of CO2
based on various arylborane compounds.
E. Sakuda*, N. Ishizaki, M. Tanaka,
S. Horiuchi, Y. Arikawa, K. Umakoshi,
N. Kitamura*
344. Ru(II)-Re(I) supramolecular photocatalysts for efficient CO2 reduction in water.
A. Nakada*, K. Koike, K. Maeda,
O. Ishitani
345. Light induced CO2 reduction on p-typesemiconductor by zinc porphyrin andrhenium complex hybrid system.
D. Yamamoto, Y. Ko, P.V. Nair,
Y. Nabetani, H. Tachibana, H. Inoue*
346. Effect of composition between SrTiO3
photocatalyst and carbon dioxide adsorbent. M. SAKAI*, T. Itai, V. Kalousek,
N. Toshima, K. Ikeue
347. Acceleration of electrocatalytic CO2 reduction by adding PCET-inducing compounds. T. Suzuki, T. Takashima, H. Irie
348. Improvement of photocatalytic activity
of hybrids with ruthenium complexes andcarbon nitride for CO2 reduction undervisible light. R. Kuriki*, O. Ishitani,
K. Maeda
349. CO2 reduction catalysts composed ofmodified cycloazaalkenes. M.A. Habib*,
B.K. Breedlove, M. Yamashita
350. Photocatalytic decomposition of CO2
by layered double hydroxides.
K. Katsumata, N. Matsushita, K. Okada
351. Photoelectrochemical reduction of carbon dioxide utilizing boron-doped
g-C3N4 loaded with co-catalyst (Au, Ag,
Rh). N. Sagara, S. Kamimura, T. Ohno*
352. Efficient photocatalytic CO2 reduction
system using rhenium complex intercalated into zirconium phosphate layered
matrix. M. Wen, Y. Kuwahara, K. Mori,
H. Yamashita*
353. Highly efficient, selective, and durable
photocatalytic system for erduction of
CO2 to formic acid. Y. Tamaki,
O. Ishitani*354. Fabrication of co-catalyst loaded
p-type Cu3Nb2O8 photocathode toward
photoelectrochemical reduction of carbon dioxide. S. Kamimura*, T. Ohno
355. Photocatalytic reduction of CO2 with
H2O on 3D ordered macroporous TiO2supported core-shell noble metal@CdS
nanoparticles. j. jiao*, Y. Wei*, Z. Zhao*,
J. Liu, A. Duan, J. Li, G. Jiang
356. Electrochemical reduction of low concentration of CO2 using Re(I) complexes
as catalysts. T. Nishikawa*, G. Sahara,
Y. Tamaki, O. Ishitani

278 –TECHTECHNICAL PROGRAM
357. Photocatalytic reduction of CO2 using
Mn(I) diimine carbonyl complexes withvarious substituents. H. Kamiyama,
H. Takeda, O. Ishitani*
358. Photocatalytic reduction of CO2 over intercalated nanocomposites based on layered double hydroxides. H. Jiang*,
K. Katsumata*, N. Matsushita
359. Photocatalytic CO2 conversion into CO
in H2O over layered double hydroxide
containing transition metal ions.
Y. Hasegawa, K. Teramura,
S. Hosokawa, T. Tanaka
360. Photocatalytic conversion of CO2 by
H2O over the rare-earth oxide-modified
Ga2O3. H. Tatsumi*, K. Teramura,
S. Hosokawa, T. Tanaka
361. Investigation of photoelectrochemical
property of ZnGa2O4-modified Ga2O3 forphotocatalytic conversion of CO2 by
H2O. S. Kikkawa*, K. Teramura,
S. Hosokawa, T. Tanaka
362. Syntheses of meso-substituted Iron
porphyrin complexes and analyses ofphotoreaction by photoelectrochemicalmeasurement. Y. Okabe, A. Fukatsu,
M. Kondo, S. Masaoka*
363. A role of the Ag cocatalyst in the photocatalytic CO2 reduction with water over
Ga2O3. M. Yamamoto, T. Yoshida,
N. Yamamoto, T. Nomoto, S. Yagi
364. Investigating the interactions of CO2
with photocatalytic nanomaterial surfaces. L.M. Reyes, L. Hoch, T.E. Wood,
G. Ozin*365. Synthesis and characterization of copper(I) complexes having NAD model ligands. M. Takaoka, H. Ohtsu*, K. Tsuge,
K. Tanaka*
366. Photocatalytic CO2 reduction by trans(Cl)-Ru(bpy)(CO)2Cl2: A new mechanism
for CO/HCOO⫺ selectivity. H. Ishida*,
J. Itabashi, K. Kitamura, Y. Kuramochi
367. Simultaneous production of aniline andacetone, ethanol, and butanol (ABE).
V.H. Grisales, G. Olivar Tost

Thursday Morning
Hawaii Convention CenterHalls I, II, III
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: S. Badoga, N. Mahinpey
Poster Session
10:00 – 12:00
368. Synthesis and catalytic activities of multimetallic clusters using a dendrimer template. H. Koizumi*, M. Takahashi,
T. Imaoka, K. Yamamoto
369. Preparation of copper-cobalt oxides
catalyst for complete oxidation of low
concentration benzene vapor at low temperature. T. Kiso*, M. Uddin, Y. Kato
370. Catalytic upgrading of furfural over
ZSM-5 and metal/ZSM-5 catalyst: Effectof catalyst particle size and metal type.
k. lee*, J. Lee, I. Lee, K. Hwang, J. Lee,
J. Han371. Effect of active carbon loading amounton the performance of microcapsule encapsulated with CaO catalyst and active
carbon powders for the methanolysis ofrapeseed oil under the light irradiation.
R. Kadota*, T. Furusawa, F. Kurayama,
M. Sato, N. Suzuki372. Hydrogenation of unsaturated organic
molecules over a mesoporous MoO3 catalyst. S. Fei, P. Mei, H. Yan, H. Cheng *373. Preparation of perovskite oxides by thehydrothermal synthesis method and theirelectrocatalytic activities for oxygen reduction reaction. M. Kono*, Y. Miyahara,
K. Miyazaki, T. Fukutsuka, T. Abe,M. Kawaguchi
374. Preparation of metal catalyst-liposome
complex for oxidation reaction.
Y. Takahashi, K. Deguchi,
T. Shimanouchi, Y. Kimura

375. Oxidative dehydrogenation of 1-butene
using copper ferrite catalyst preparedwith activated carbon. T. Kiyokawa*,
N. Ikenaga
376. Synthesis of 1,3-butadiene from ethanol
with MgO-loaded Al2O3-ZrO2 catalyst.
R. Fujibayashi*, N. Ikenaga
377. Effect of iron addition on oxidative dehydrogenation of 1-butene using V-Mg
complex oxide. J. Hatayama*,
N. Ikenaga
378. One-pot synthesis of catalytic Rh nanocrystals encapsulated in carbon spheresfor higher alcohol synthesis. K. Ha*,
J. Lim, D. Kim, H. Park
379. Effect of mesoporous silica coating on
catalytic activity of Ni/Al2O3 for selective
CO methanation. T. Kuroda, T. Miyao,
K. Higashiyama*, M. Watanabe
380. Synthesis of Co-B@Ni-P core-shell
nanoparticles for rapid hydrogen generation. Y. Zou*, C. Xiang
381. Physicochemical and catalytic properties of spherical Al2O3/porous coordination polymer(PCP) core/shell composites.
N. Kageura, N. Ito, Y. Takeisi, K. Sato,K. Nagaoka*
382. Application of immiscible palladium-ruthenium solid solution alloys to organic
conversions. H. Yamamoto, K. Imamura,
K. Sato, K. Kusada, H. Kobayashi,
H. Kitagawa, K. Nagaoka*
383. Structural and electronic state analysis
of visible light response Au loaded TiO2
photocatalysts. Y. MISU*, T. Yoshida,
T. Sawai, J. Kumagai, S. Ogawa, S. Yagi
384. Effect of carbon dioxide addition on Fischer-Tropsch synthesis using Fe-based
catalyst. T. Okawara, T. Yoshida,
Y. Yoneyama*, N. Tsubaki, K. Tanaka,
Y. Shibata, M. Murata, T. Ishiyama,
H. Higashimura
385. Carbon dioxide electrolysis with EC tag(Ag) supported carbon electrode.
M. Morimoto, Y. Takatsuji, T. Haruyama
386. Glycerol electro-oxidation: Tuning selectivity by controlling diffusion of reactants and products to and from catalyst
centre. L. Thia*
387. Ethylene oligomerization catalyzed byphenylsilane-modified zirconia. Y. Imizu*,
T. Nishiharaguchi, S. Kobayashi,
H. Morikawa, H. Yamada
388. Aromatization of light hydrocarbons
over binary metal oxide/MFI zeolite underCO2. Y. Choi, Y. Mo, S. Park*
389. Side-chain alkylation of toluene withmethanol over hierarchical zeolite underCO2. D. Seo, N. Jiang, S. Park*
390. Nanocast mesoporous alumina as solid
acids for Friedel-Crafts reaction. H. Choi,
J. Kim, S. Park*
391. Synthesis and characterization of platinum-functionalized steel balls, and their
thermal performance in a radio-frequency
inductive heating system. M.A. Laban*,
D. Hayes, D. Boldor
392. Synthesis, characterization, and catalytic evaluation of Ni-Mo/TiO2 and Ni-V/
TiO2: Hydrodeoxygenation of guaiacol.
L. Katta, A. Aqsha, N. Mahinpey*
393. Hydrothermal synthesis of face-centered cubic platinum-ruthenium coreshell and alloy nanocrystals with highelectrocatalytic activity. J. Gu, Y. Guo,
Y. Zhang
394. Steam reforming of propane at low temperature over supported Rh catalysts.
L. Yu, K. Sato, Y. Sato, K. Nagaoka*
395. Structural modulation of rare earth/noble metal nanocatalysts with enhanced
catalytic performances. Y. Zhang*396. Low-temperature CO oxidation over Pt/
FeOx catalysts prepared by colloid-deposition method. M. Jia*, W. Zhang
397. Designing a novel monolithic Ni-SiO2/
SiC foam catalyst for the oxidative methane dry reforming reaction to produce
syngas. X. Gao, Q. Wei, G. Yang,
Y. Yoneyama, N. Tsubaki*
398. CO2 hydrogenation over Ni-Cu alloy
catalysts supported on Al2O3. R. Sakai*,S. Hosokawa, K. Teramura, T. Tanaka
399. Kinetic model fitting for selective esterification of docosahexaenoic acid.
A. Sharma*, K. Singh, A. Dalai,
S.P. Chaurasia

400. Conversion of ethanol to butanol overNi-based catalysts. J. Pang, M. Zheng*,
R. Sun, B. Xiao, L. Li, A. Wang, X. Wang,
T. Zhang*
401. Sunlight-driven hydrogen peroxide production from water and molecular oxygenby metal-free carbon nItride photocatalysts. Y. Shiraishi*, Y. Kofuji, T. Hirai
Hyatt Regency Waikiki
Ekahi
Theory and Computation for EfficientUtilization of Energy and Resources (#163)

Organized by: Q. Ge, W. Li, H. Cheng
Presiding: H. Cheng , P. Hu
8:00 – 402. Density functional theory study
on electrical double layers. P. Hu
8:35 – 403. Transition-metal oxide electrocatalysis. A. Vojvodic*
9:05 – 404. Aligning energy levels acrosselectrochemical interfaces. J. Cheng
9:35 – 405. Molecular modeling in the designof electrically insulating liquids. N. Davari,P. Åstrand*, M. Unge
9:55 Break
10:05 – 406. Big data analytics: Theoreticalconcepts, chalenges, and hype.
M. Scheffler*
10:40 – 407. New computational method to
explore reaction network. L. Wang
11:10 – 408. Coarse-grained transportmodel for the computationally-guided design of next-generation polymer electrolytes. M.A. Webb, B.M. Savoie, T.F. Miller
11:40 – 409. First-principle simulations of
CO2 capturing by alcoholamines. H. Li,
M.B. Tsai*
Hawaii Convention CenterHalls I, II, III
Dynamical Processes of Light Harvesting
Surfaces (#178)

Organized by: G. Thornton,
M. Henderson, H. Onishi, C. Li,
G. Herman
Poster Session
10:00 – 12:00
410. Photoexcited carrier dynamics of double-layered PbS/CdS quantum dot sensitized solar cells characterized by transient absorption methods. K. Sato,
S. Kuwahara, K. Katayama, T. Toyoda,
Q. Shen*411. Investigation on dye-ion interaction indye-sensitized solar cells using transientabsorption spectra. R. Hosokawa,
S. Kuwahara, Q. Shen, T. Toyoda,
K. Katayama*412. SrTiO3 Photocatalysts prepared thorough solid-state, molten salt, and solvothermal method. Y. Park, H. Onishi*
413. Time-resolved IR absorption of photoexcited electrons in TiO2. T. Mizutani,
H. Onishi*
414. Dynamics of photocarriers in SrTiO3
studied by transient absorption spectroscopy: Elucidation of the effects of defects. J.M. Vequizo, A. Yamakata*415. Free energy landscape of charge separation in organic disordered materials
from first principles simulation.
K. Nishimra*, M. Fujii, K. Yamashita* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
Hyatt Regency Waikiki
Maloko Bllrm
Current Status and Future Prospect ofPolymer Electrolyte Fuel Cells (#188)

Organized by: K. Miyatake, M. Tada,
Y. Sung, B. Pivovar, M. Hickner
Presiding: A. Herring, B. Pivovar
8:00 – 416. Development of perfluorinatedalkaline membranes and advanced covalently tetherable cations. B. Pivovar,
M. Sturgeon, H. Long
8:40 – 417. Anion exchange membranes
composed of perfluoroalkyl and ammonium-functionalized oligophenylene main
chains. H. Ono*, J. Miyake, K. Miyatake
9:00 – 418. Polymer design of sterically-protected anion exchange membranes.
A.G. Wright, S. Holdcroft*
9:20 – 419. Stabilization of anion exchange
membranes to alkaline conditions for use
in fuel cells. J. Ward, S. Holdcroft
9:40 Break
9:50 – 420. Next generation polymers for anion exchange membrane fuel cells.
A. Herring*, L. Matthew, D. Knauss,
E. Coughlin, G. Voth, T. Witten
10:20 – 421. Structural modification on polystyrene based anion exchange membrane for optimizing membrane properties and performance. S. Tuli,
R. Elgammal, T. Zawodzinski, T. Fujiwara*
10:40 – 422. Non-platinum catalysts for fuelcells obtained by sacrificial support
method. P. Atanassov*, K. Artyushkova,
A. Serov, I. Matanovic, B. Kiefer, B. Halevi
11:10 – 423. Electrocatalysts for H2/Air(O2)anion exchange membrane fuel cells:
Building a new non-pgm materials set.
A. Serov, Y. Kim, M. Odgaard, B. Halevi,
P. Atanassov
Hyatt Regency Waikiki
Makai Bllrm
Energy Storage in Chemical Bonds:
Advances in Chemistry and Materials for
Hydrogen Storage (#216)

Organized by: Z. Huang, P. Chen,
T. Autrey, Q. Xu, C. Yoon, C. Jensen
Presiding: T. Autrey, C. Buckley
8:00 opening remarks
8:10 – 424. Materials-based hydrogen storage technologies: An overview from the
U.S. DOE’s perspective. N.T. Stetson*
8:40 – 425. Heterolysis of molecular hydrogen for energy storage applications.
T. Autrey*
8:55 – 426. High temperature metal hydrides
for concentrated solar thermal energy
storage. C. Buckley*, D. Sheppard,
T. Humphries, M. Rowles, M. Sofianos,
p. Javadian
9:15 – 427. Advances in the formation andregeneration of alane for hydrogen storage. R. Zidan*, P.A. Ward,
J.A. Teprovich , s. greenway,
S. Mcwhorter
9:35 – 428. Amino alanes - possible new materials for hydrogen storage.
M. Felderhoff*
9:55 Break
10:05 – 429. Novel H. . .H interactions inchemical and metal hydrides.
S. McGrady
10:25 – 430. Crystal structure analysis of Nb
doped Ti-V-Cr hydrogen absorbing alloys
using neutron diffraction. E. Akiba*,
S. Itano, H. Hirano, J. Matsuda, K. Ikeda,
T. Otomo
10:45 – 431. Enhanced hydrogen generation
performance of MgH2 based hydrides.
L. Ouyang, M. Zhu
11:05 – 432. Synthesis of metal@carbon hybrids and their enhanced effects on hydrogen storage properties of MgH2.
Y. Wang, Y. Wang, L. Jiao, H. Yuan
11:25 – 433. Redox reaction kinetics ofmetal oxides in chemical-looping processes for hydrogen production/storage
systems using oxide ion conducting materials. J. Otomo*, F. Kosaka, Y. Oshima,
H. Hatano

11:40 – 434. Synthesis and energy device
research of complex hydrides.
S. ORIMO*
Hawaii Convention CenterHalls I, II, III
New Generation of Electrochemical Energy
Storage and Conversion System: Materials,
Interface and In-situ Techniques (#250)

Organized by: Y. Yang, S. Meng,
A. Yamada, Y. Sun
Poster Session
10:00 – 12:00
435. Graphene-based nanocomposites anode materials for lithium ion batteries.
H. Kim, K. Kim*
436. Toward high-volumetric energy density
lithium-ion batteries: Particle density
measurements of layered LiCo1-xNixO2
with 0 ⱕ x ⱕ 1. K. Mukai*, H. Nakano
437. Effect of solid phase in fumed silic/lithium electrolyte solution dispersion system. R. SOGAWA, S. NAGATA, H. Maki,
M. Mizuhata
438. Chemical reaction of organic carbonate
on Li anode surface in Li-air battery
based on tight-binding quantum chemicalmolecular dynamics. K. Watanabe*,
Y. Higuchi, N. Ozawa, M. Kubo
439. Exploration of Mn-based oxides micro/
nanostructures as anode materials foradvanced lithium ion batteries. X. Gu,
N. Wang, J. Yang, Y. Qian
440. Synthesis and characterization of ordered mesoporous electrode materials
for lithium storage. S. Park, K. Kim,
H. Lee, G. Park, J. Kim*
441. Novel lithium ion conducting oxides
based on LiScO2. G. Zhao,
I. Muhammad, K. Suzuki, M. Hirayama,
R. Kanno*442. Effects of sulfur electrolyte additives onsolid electrolyte interfaces of lithium-ion
batteries. S. Kikuzaki, C. Yogi,
T. Sanada, K. Kojima, M. Katayama,
Y. Inada, T. Ohta
443. Li3VxMn1-x(PO4)3 as a positive electrode material for high rate rechargeable
lithium batteries. J. Park, S. Myung444. All solid state batteries using epitaxialfilm cathode with a lithium-rich layeredrocksalt structure. M. Hirayama*,
Y. Zheng, K. Suzuki, R. Kanno
445. Effects of K-ion doping on electrochemical performance of Na3V2(PO4)3 cathodematerials for Na-ion batteries. J. Eom*
446. Co-precipitation synthesis of low carbon-coated LiMn0.6V0.4PO4 as high-rate
cathode materials for lithium ion battery.
W. Ma, H. Chen, C. Chang,
Y. Chen-Yang*447. Synthesis and electrochemical characteristics of nano porous silicon/carbon
composite anode for lithium ion battery.
J. Lee*, H. Lee, J. Park
448. Eye-inspired radical scavenger: Polydopamine as an electrolyte additive for improved cycle performance of Li-air batteries. S. Kim, J. Choi*, H. Lee*
449. Lithium ion conductor with Argyrodite
type structure in the Li-Ge-P-S system.
Y. Inoue, K. Suzuki, M. Hirayama,
R. Kanno450. Intercalation of sodium and magnesium
into boron/carbon materials. H. Higuchi*,M. Kawaguchi
451. Green, large-scale synthesis of hierarchical nanorod assembly of polyaniline
for supercapacitor applications. D. S*
452. Nickel–manganese oxide on MWCNTs/
CFP substrate as supercapacitor electrode. X. Zhang, H. Wang, Y. Huang,
Q. Li*
453. Unique nano-architecture electrodes forhigh-performance supercapacitor.
G.G. Khan*, A.K. Singh , D. Sarkar
454. Reaction and transport of alkalimetal
ion on SnO2 thin film fabricated by liquid
phase deposition method. Y. SHIBATA,
H. Maki, M. Mizuhata455. Electrocatalytic oxygen evolution bypolyanion-based manganese compounds. T. Takashima*, H. Irie

456. Efficient electrocatalytic electrodes forenergy storage devices based on conducting polymers. P. Talemi*
457. High-energy-density proton redox capacitor using quinonic compounds couple. T. Tomai*, D. Komatsu, I. Honma
458. Reversible oxidation of Pt nanoparticles: In situ hard X-ray photoelectron
spectroscopy studies under H2O andMeOH atmospheres. H. Wang, Y. Takagi,
Y. Uemura, O. Sekizawa, T. Uruga,
M. Tada, Y. Iwasawa*, T. Yokoyama*,
H. Yoshikawa
459. High contrast and complementary electrochromic device based on a WO3 film
and an organic solution with broadly absorbing from the visible and the infrared.
D. Weng*, M. Li, J. Zheng, C. Xu*
460. Charge/discharge behavior of Codoped Li2O of a battery utilizing a redoxof oxide and peroxide. H. Kobayashi*,
M. Hibino, Y. Ogasawara, T. Kudo,
S. Okuoka, H. Ono, K. Yonehara,
Y. Sumida, N. Mizuno
461. Far-red sensitive squaraine dyes withextended ⌸-conjugation toward anchoring group for molecular photovoltaics.
G.M. Shivashimpi, N. Fujikawa, G. Kapil,
Y. Ogomi, S.S. PANDEY*, Y. Yamaguchi,
S. Hayase462. Fabrication of graphene/Poly(styrenesulfonic acid-g-aniline) composites forhigh performance supercapacitor electrodes. j. lee, j. jo, k. Kim, W. Jo*
463. Co3O4 supercrystals with enhanced
performances in energy storage.
Y. Gong, S. Lu, H. Chen, C. Wang, F. Li
464. Molecular design and photophysicalcharacterization of squaraine dyes withvarying fluoroalkyl substituents.
T. Morimoto*, N. Fujikawa, Y. Ogomi,
Y. Yamaguchi, S.S. PANDEY, T. Ma,
S. Hayase465. Energy storage by proton-coupled electron transfer reactions of Ru complexes.
D. MOTOYAMA, H. Ozawa, M. Haga*
466. Investigating small-polarons in Mo/WBiVO4: Large implications for solar H2
production. V. Jovic*, J. Laverock,
A.J. Rettie, J. Zhou, C.B. Mullins,
D. Wilson, T. Söhnel, K.E. Smith
467. Porous graphene structure from electrochemical exfoliation for supercapacitor
applications. S. Jung, H. Jung, J. Kong
468. Performance enhancement of planar
heterojunction perovskite solar cells by ndoping of electron transporting layer.
S. Kim, S. Bae, W. Jo*
469. Membrane-free wastewater electrolysis
cell for decentralized molecular hydrogenproduction: Current and energy efficiency. K. Cho*, M. Hoffmann
470. Surface enhanced IR absorption spectro-electrochemistry of immobilized[NiFe] hydrogenase on graphene oxide/Au hybrid electrodes. H. Gatemala*,
L.C. Perez, T. Harris, S. Frielingsdorf,
O. Lenz, C. Thammacharoen, S. Ekgasit,
I.M. Weidinger, A. Fischer, N. Heidary*,
K.H. Ly*, I. Zebger*
471. Creation of chiral ionic plastic crystals
and its proton conductivity. T. Yamada*,
M. Matsuki, N. Kimizuka
472. Interrelation between processing condition, morphology, crystal orientation, andefficiency of CH3NH3PbI3-based perovskite solar cells. S. Bae, S. Han,
T. Shin, W. Jo*

8:45 – 475. In-situ passivation layer protected Si photoanode with sparse catalysts for stable and quantitative solar water oxidation. K. Sun, W.G. Hale,
B.S. Brunschwig, N.S. Lewis
9:00 – 476. Birnessite as structural motif forthe development of oxygen evolution reaction (OER) electrocatalysts.
J.H. Baricuatro*, F.H. Saadi, A. Carim,
J.M. Velázquez, M.P. Soriaga
9:15 – 477. Bioinspired catalytic systems
and technological applications of hydrogen. V. Artero*
9:45 – 478. Proton-coupled electron transfer
processes in artificial photosynthesis. L.
Hammarström*, S. Glover, G. Parada, T.
Markle, M. Bourrez, p. Dongare, S. Ott
10:00 – 479. Evaluation of oxidation ability
for plasmon-induced charge separation:
Approach from coordinative dissolution
and surface passivation of gold nanoparticles. H. Nishi*, T. Tatsuma*
10:15 – 480. Bio-nano photocatalytic systems for solar hydrogen production.
E. Rozhkova*, P. Wang
10:30 – 481. Photocatalytic hydrogen production using carbon nitrides with enzymatic and synthetic biomimetic co-catalysts. C.A. Caputo, M.A. Gross,
E. Reisner
10:45 – 482. Novel metal-peptide conjugates
for CO2 reduction catalysts. H. Ishida*
11:15 – 483. BODIPY as a non-innocent
␲-spacer in organic dye motifs: Toward
next-generation photovoltaic applications. B.D. Koivisto*
11:30 – 484. Achieving enzyme-like behavior
with amino acids and peptides in theouter coordination sphere of hydrogenase mimics. W. Shaw*, A. Dutta,
J. Roberts, A. Jain, M. Reback
11:45 – 485. Artificial light-driven proton
pumps as mimics for natural photosynthesis. C.D. Sanborn, R. Reiter, W. White,
S. ArdoHyatt Regency Waikiki
Mauka Bllrm
Homogeneous Catalysis Methodologies for
the Upgrading of Biomass Derived
Molecules (#301)

Organized by: J. Gordon, R. Baker,
T. Ikariya
Presiding: T. Ikariya
8:00 – 486. Strategies for biofeedstock processing via tandem catalytic C-O hydrogenolysis. T.J. Marks
8:35 – 487. Catalytic conversion of renewable resources into bulk and fine chemicals. J.G. de Vries*
9:10 break
9:20 – 488. Commercialization of olefin metathesis for use in the world’s first biorefinery plants. R.L. Pederson*
9:45 – 489. Hydrogenation and dehydrogenation processes based on bifunctional
Ru and Ir complexes bearing protic amine
chelate ligands. Y. Kayaki*
10:10 – 490. Hydrogen management fortransformation of CO2- and biomass-derived feedstock using molecular surface.
S. SAITO*
10:35 break
10:45 – 491. High efficient tetradentate ruthenium catalyst for esters reduction.
X. Zhang

Hyatt Regency Waikiki
Kou Ballrm
Artificial Photosynthesis: Bio-inspired
Chemistry for Solar Fuel Production (#278)* Principle Author

Organized by: H. Hashimoto, Y. Amao,
J. Zhang, T. Moore, B. Koivisto
Presiding: Y. Amao, H. Hashimoto,
B.D. Koivisto, T.A. Moore, J. Zhang
8:00 – 473. Mechanism of light-induced water splitting – learning from nature’s ingenious concept. W. Lubitz*
8:30 – 474. Molecular photosynthesis: Such
stuff as dreams are made on.
M. Bonchio*

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–279

09 – ENRG
11:10 – 492. Bifunctional Ir/NH hydrogenation catalyst with a reversed NH/NMe
substitution effect. P.A. Dub*, B.L. Scott,
J. Gordon*
11:35 – 493. Green synthesis of paracetamolfrom renewable limonene. M. Hutchby*,
W. Cunningham, S.D. Bull
Hyatt Regency Waikiki
Elima
Challenges in Second Generation Biofuels:
Processing, Stability, and Usage (#378)

Organized by: J. Fu, J. Chen, S. Turn,
Z. TaoPresiding: J. Fu, S.Q. Turn
8:00 Opening Remarks
8:05 – 494. Catalytic biomass pyrolysis andbio-crude upgrading for advanced biofuels production. D.C. Dayton*, O. mante,
J. Peters, D. Barbee, K. Wang, R. Gupta
8:40 – 495. Biomass oxidation: Formyl C–Hbond activation by the surface lattice oxygen of regenerative CuO nanoleaves.
Y. Yang
9:15 – 496. Biofuel synthesis in supercriticalfluids. J. Kim*
9:50 Break
10:05 – 497. Continuous enzymatic hydrolysis of biomass in a membrane reactor.
R. Wickramasinghe*, M. Malmali,
J. Stickel
10:40 – 498. Role of ultrasound in the renewable energy production and utilization:
Comparison with Co-solvent and microwave. Y. Maeda*, H.T. Truong, K. Noro,
N. Takenaka, L.V. Boi
11:15 – 499. Comparative proteome analysis
for biodiesel metabolism using a novel
Moniliella wahieum Y12 isolate. D. Si*,
T. Ching, D. Roettger, B. Yoza,
S. Masutani, Q.X. Li

Thursday Afternoon
Hyatt Regency Waikiki
Ekahi
Theory and Computation for EfficientUtilization of Energy and Resources (#163)

Organized by: Q. Ge, W. Li, H. Cheng
Presiding: H. Cheng , J. Li
13:00 – 500. On the role of hydroperoxyl(.OOH) radical in oxidation reactions atbulk gold surfaces. J. Li*, C. Chang,
X. Yang
13:35 – 501. First-principles perspective on
TiO2 surface photocatalysis. J. Zhao*
14:05 – 502. Catalyst design for improving
kinetics of oxygen evolution reactions in
Li-O2 battery. J. Liu*
14:35 – 503. Li8ZrO6: A potential cathodematerial for lithium ion batteries.
S. Huang, B. Wang, B. Wilson, Y. Fang,
A. Stein, D.G. Truhlar
14:55 Break
15:05 – 504. Strong hydrogen bond can enhance and inhibit water/methanol dissociation on TiO2 surface. H. Fan
15:35 – 505. Molecular design rules of D-A
nanofibril interface for high photoconductivity and photovoltaic performance.
X. Yang*
16:05 – 506. Theoretical study on electronic
processes at the donor/acceptor interface in organic solar cells. Y. Yi*, X. Shen,
G. Han
16:35 – 507. Chemical solutions for the hysteretic effects in mixed organic-inorganic
perovskites: A theoretical analysis.
G. Giorgi*, K. Yamashita
Hyatt Regency Waikiki
Maloko Bllrm
Current Status and Future Prospect ofPolymer Electrolyte Fuel Cells (#188)

Organized by: K. Miyatake, M. Tada,
Y. Sung, B. Pivovar, M. Hickner
Presiding: Y. Sung, S. Yoo

280 –TECHTECHNICAL PROGRAM
13:00 – 508. Nanoarchitecture and catalyst
designs for fuel cell application. S. Yoo,
N. Jung, D. Chung, J. Ryu, H. Park,J. Jang, H. Kim, Y. Sung
13:40 – 509. Highly active and durable extended surface electrocatalysts.
S.M. Alia*, K. Neyerlin, S. Pylypenko,
S. Kocha, B. Pivovar
14:00 – 510. Mechanism of redox processesof Pt-M (M⫽Co, Ni) PEFC cathode electrocatalysts for voltage cycling studied byin situ time-resolved XAFS. N. Ishiguro*,
S. Kityakarn, O. Sekizawa, T. Uruga,
K. Nagasawa, T. Yokoyama, M. Tada
14:20 – 511. Nanoparticle designs with highactivity and durability as electrocatalyst
for fuel cells. D. Chung, H. Kwon,
Y. Sung*
15:00 Break
15:10 – 512. Strategies for design and synthesis of highly efficient non-precious
metal catalysts using metal-organic
frameworks and porous organic polymers. D. Liu*
15:40 – 513. Strategy to improve efficiencyof graphene-based ORR electrode for
PEMFC. S. Woo*, M. Chung
16:00 – 514. Highly active nanostructured
carbon-based non-precious metal electrocatalysts for the oxygen reduction reaction. S. Joo*
16:20 – 515. Effects of major air contaminants on the performance of fuel cellswith nonplatinum group metal cathodecatalysts. T.V. Reshetenko*, A. Serov,
S. Stariha, I. Matanovic, K. Artyushkova,
J. St-Pierre, P. Atanassov
Hyatt Regency Waikiki
Makai Bllrm
Energy Storage in Chemical Bonds:
Advances in Chemistry and Materials for
Hydrogen Storage (#216)

Organized by: Z. Huang, P. Chen,
T. Autrey, Q. Xu, C. Yoon, C. Jensen
Presiding: P. Chen, C.M. Jensen
13:00 – 516. Ammonia - the ideal chemicalstorage material?. B. David*, M.O. Jones,
J.W. Makepeace, T.J. Wood, h. hunter
13:30 – 517. Ammonia as a hydrogen storage material. Y. Kojima
13:50 – 518. Accelerated DFT-based designof materials for ammonia storage.
T. Vegge*
14:10 – 519. Amides, amines, and ammonia
as hydrogen carriers. P. Chen*, J. Guo,
P. Wang, F. Chang, P. Yu, G. Wu
14:25 – 520. Hydrogen release from irradiated ammonia-borane: A computational
study. M. Gutowski*, D. Bellshaw,
R. Hernandez
14:40 – 521. Syntheses of amine boranes aspotential hydrogen storage materials.
X. Chen*, Y. Guo, H. Li
15:00 break
15:10 – 522. Hydrogen storage properties ofnanosized MgH2-0.1TiH2 prepared by ultrahigh-energy-high-pressure milling.
J. Lu, Z.Z. Fang
15:30 – 523. Development of boron hydrides. D.M. Schubert
15:50 – 524. A chemist’s walk through asolid chemical hydrogen fuel cartridge.
A.M. Fisher
16:10 – 525. Solid state hydrogen storage
materials: Key issues. X. Yao
16:30 – 526. Mechanistic studies of the reversible hydrogenation of boranes toborohydrides under moderate conditions.
C.M. Jensen*, T. Autrey, S. ORIMO,
M. Chong, J. Wang, M. Matsuo
16:45 – 527. Understanding and controllingthe hydrogen release and uptake in complex metal hydrides. V. Stavila*,
E. Majzoub, J. Vajo, B. Wood,
L. Klebanoff

Hyatt Regency Waikiki
Kou Ballrm

16:10 – 545. One-pot synthesis of levulinicacid from cellulose in SO3H-functionalized ionic liquids. B. Wang*

New Generation of Electrochemical Energy
Storage and Conversion System: Materials,
Interface and In-situ Techniques (#250)

Hyatt Regency Waikiki
Elima

Organized by: Y. Yang, S. Meng,
A. Yamada, Y. Sun

Challenges in Second Generation Biofuels:
Processing, Stability, and Usage (#378)

13:00 – 528. Sodium insertion materials fordesigning 4-volt class battery.
S. Komaba*, K. Kubota, M. Dahbi
13:25 – 529. Selected metal disulfides forfast and stable Na⫹ intercalation/de-intercalation. J. Chen*, Y. Liu*, X. Liu,
L. Jiao
13:50 – 530. High performance iron based
cathode material for sodium-ion batteries. K. Chung, G. Ali, S. Oh, S. Kim,
J. Kim, B. Cho
14:10 – 531. Ordered and disordered O3Na2RuO3 as high performance positiveelectrode materials for Na-ion batteries.
B. Mortemard de Boisse*, G. Liu, J. Ma,
N. Shin-ichi, H. Kiuchi, Y. Harada,
J. Kikkawa, Y. Kobayashi, M. Okubo,
A. Yamada
14:25 – 532. Solid state 23Na NMR study onreaction mechanism of MXene Ti3C2Tx in
non-aqueous Na⫹ electrolyte.
S. Kajiyama, H. Iinuma, R. Morita,
K. Gotoh, M. Okubo, A. Yamada
14:40 – 533. All-solid-state Li-ion microbatteries based on vertical arrays of titania
nanotubes. T. Djenizian
14:55 Break
15:05 – 534. Na-air batteries: Understandingof mechanisms and rechargeability.
X.A. Sun*
15:30 – 535. Cathode reactions and basic
property of lithium peroxide batteries.
M. Hibino*, H. Kobayashi, K. Harada,
Y. Ogasawara, N. Mizuno
15:55 – 536. Safety-reinforced, wide voltage
window and ambient temperature polymer-based solid polymer electrolyte forhigh-performance lithium batteries.
J. Zhang, J. Zhao, L. Yue, Z. Liu, G. Cui
16:10 – 537. Mo2C-CNT cathode for lithiumoxygen battery. W. Kwak, k. Lau,
K. Amine, L. Curtiss, Y. Sun*
16:25 – 538. Building better lithium-sulfur
batteries. N. Ding, Z. Liu, Y. Zong

Organized by: J. Fu, J. Chen, S. Turn,
Z. TaoPresiding: J. Fu, S.Q. TurnHyatt Regency Waikiki
Mauka Bllrm
Homogeneous Catalysis Methodologies for
the Upgrading of Biomass Derived
Molecules (#301)

Organized by: J. Gordon, R. Baker,
T. Ikariya
Presiding: R. Baker
13:00 – 539. Microbial synthesis of glucaric
acid: A case study for the design, assembly, and improvement of a biosynthetic
pathway for value-added products.
K.L. Prather
13:35 – 540. Metabolic engineering of bacteria for production of oleochemicals.
B.F. Pfleger*
14:10 break
14:20 – 541. Regulation of the endogenous
xylose utilization pathway by the lysine
acetyltransferase NuA4 in Saccharomyces cerevisiae. K. Baetz*
14:45 – 542. Real-time imaging of biomass
deconstruction using small-angle neutron
scattering. H. O’Neill, S. Pingali,
p. loukas, V. Urban, B. Evans, P. Langan,
J. Smith, Y. Nishiyama, B. Davison
15:10 break
15:20 – 543. Improving cellulase activity forbiomass conversion. S.R. Decker,
L. Taylor II, J.L. Linger, T.A. Vander Wall,
J.O. Baker, V. Subramanian,
G.T. Beckham, M.E. Himmel
15:45 – 544. Biocatalytic route to commodity
chemicals: Creation of a thermostable
dehydroshikimate dehydratase.
D.T. Fox*, L. Harrington, G. Canales,
K. Hotta, R. Del Sesto, M.T. Janicke,
C. Strauss, T. Kern, A. Koppisch*, R. Jha*

13:00 Opening Remark
13:05 – 546. Advancements of pennycress
as a biofuel and the synthesis of estolides
thereof. S.C. Cermak*, T.A. Isbell,
R.L. Evangelista, B. Moser, R.E. Murray
13:40 – 547. High pressure reactors for theconversion of FFAs and lipids to biofuels.
J.A. Hestekin*
14:15 – 548. Practice of the conceptual onepot processing of pretreatment, saccharification, and ethanol fermentation of
lignocellulose. Y. Jung, K. Oh, J. Yoon,
K. Kim*
14:50 Break
15:05 – 549. Assessment of the fast pyrolysis behaviour of tropical biomass species
as a function of volatile residence time
and temperature. T.J. Morgan*,
S.Q. Turn
15:40 – 550. Measurement of HONO inbiodiesel exhausts by surface modified
air-dragged aqua-membrane-type denuder (MADAMD) sampling and fluorescence detector. H.T. Trinh*, N. Takenaka
16:15 – 551. Effects of aromatic type andconcentration on hydroprocessed renewable diesel characteristics. J. Fu,
S.Q. TurnThursday Evening
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: N.C. Anderson, A. Dalai
19:00 Opening Remarks-NanocatalysisStructural Study-II
19:02 – 552. Black silicon: Nanostructuring
to improve catalyst/semiconductor interfaces for photochemical water splitting.
N.C. Anderson*, N. Neale, J.A. Aguiar
19:22 – 553. Tuning nanocrystals for oxygen
reduction. S. Guo
19:42 – 554. Zeolites with nanometer diffusion lengths: Mechanistic implications inshape selective catalytic conversion of
methanol-to-hydrocarbons. D.M. Millar,
R. Khare, A. Bahn*
20:02 – 555. MoMmetalOx as a case study inengineering industrially important heterogeneous catalysts at the nanoscale level.
J.W. Kauffman*
20:22 – 556. Double perovskite structure
GaBaCo2-xFexO5⫹␦ nanoparticles synthesised by a biomilling approach: Estimates of diffusivity and electrochemical
performance. M. Haider*, U. Anjum,
M. Sardar, N. Khatoon, N. Sinha* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
Hawaii Convention CenterHalls I, II, III
Theory and Computation for EfficientUtilization of Energy and Resources (#163)

Organized by: Q. Ge, W. Li, H. Cheng
Poster Session
19:00 – 21:00
557. Multiscale simulation for lithium-ion
battery focused on SEI film growth andcapacity fade. C. Shinagawa*,
H. Ushiyama, K. Yamashita
558. Density functional theory study on the
catalytic activation of carbon dioxide ontransition metal surfaces. J. Ko, B. Kim,
J. Han559. Screening of ORC working fluids for
waste heat recovery in automotive andmarine engineering by COSMOtherm andDetailSimORC. A. Klamt, J. Schwöbel,
M. Prei␤inger
560. Comparative computational study ofacetic acid adsorption on three crystalline(anatase, rutile, B) and amorphous aurfaces of TiO2. S. Manzhos*, G. Giorgi,
K. Yamashita
561. Computational studies of electrolyte oxidation to develop high-voltage electrolytes. D. Kim, H. Park, J. Seo, I. Park,
Y. Kang, J. Park, S. Doo562. Barrier free conversion of NO gas toammonia over iron oxide clusters.
K. Takahashi*
563. Theoretical studies on the intercalation
mechanism of Li/Na ions in Ti2C: Anodematerial for Li/Na ion battery.
S. Kurahashi*, H. Ushiyama,
K. Yamashita
564. Ab initio study on the initial steps of thepyrolysis and oxidation of aviation fuels
and analogs. A. Jamal*, K. Morokuma
Hyatt Regency Waikiki
Maloko Bllrm
Current Status and Future Prospect ofPolymer Electrolyte Fuel Cells (#188)

Organized by: K. Miyatake, M. Tada,
Y. Sung, B. Pivovar, M. Hickner
Presiding: K. Miyatake
19:00 – 565. Low temperature biomass-toelectricity direct fuel cell. Y. Deng
19:20 – 566. High efficient biomass-to-hydrogen conversion by polyoxometalate
solution catalyzed electrolysis. Y. Deng*
Hawaii Convention CenterHalls I, II, III
Challenges in Second Generation Biofuels:
Processing, Stability, and Usage (#378)

Organized by: J. Fu, J. Chen, S. Turn,
Z. TaoPresiding: J. Fu, S.Q. Turn
Poster Session
19:00 – 21:00
567. Biomass to biofuels: Elements of the
Hawaii Natural Energy Institute’s alternative fuels research. S.Q. Turn*, H. Cui,
J. Fu, D. Harris, D. Li, T.J. Morgan,
A. Mousavi, T. Petrik, W. Piavis,
S. Taniguchi, B. Zezulova
568. Advanced bioethanol production withacetic acid fermentation from lignocellulosics. S. Saka*, H.F. Rabemanolontsoa,
E. Minami, H. Kawamoto
569. Advanced bioethanol production withacetic acid fermentation from lignocellulosics:(1) Hot-compressed water treatment of lignocellulosics to decomposed
products. E. Minami*, Y. Osada, S. Saka
570. Advanced bioethanol production withacetic acid fermentation from lignocellulosics:(2) Acetic acid fermentation of decomposed products to acetic acid.
H.F. Rabemanolontsoa*, K. Yoshimizu,
P. Jusakulvijit, S. Saka
571. Advanced ethanol production with acetic acid fermentation from lignocellulosics: (3) Hydrogenolysis of acetic acid toethanol. H. Kawamoto, Y. Ito, T. Fujii,
S. Saka*

572. Corrosion of 1018 carbon steel in staticseawater/diesel (petrol and renewable)
mixtures. J.A. Kealoha*, S. Li,
S.P. Donachie, L.H. Hihara
573. Biogas production from the wastewater
including acetonitrile. M. Onodera*,
T. Terui, T. Satoh, S. Watanabe, M. Imai,
K. Satoh, S. Takesono
574. Renewable diesel production from plantoils by hydrothermal hydrogenation anddecarboxylation. Y. Sugami*, E. Minami,
S. Saka
575. Thermo-alkaline lipase from a new thermophile Geobacillus thermodenitrificans
AV-5 with potential application in biodiesel production. L. Christopher*,V. Zambare, H. Kumar, L. Malek
576. Advanced bioethanol production fromnipa sap via acetic acid fermentation.
D.V. Nguyen*, H.F. Rabemanolontsoa*,
S. Saka*
577. Effects of supercritical hexane on the
catalytic deoxygenation of oleic acid: Kinetic perspective. M. Park*, Y. Woo,
J. Park, J. Choi, J. Ha, D. Suh
578. Improving oxidation stability of biodiesel by antioxidant derived from spent coffee ground. M. Todaka, W. Kowhakul,
H. Masamoto, M. Shigematsu*

9:20 – 590. Investigation of PEFC cathodedegradation mechanism through in-situ
SEM/STEM techniques. A. Hayashi*,
M. Kitamura, Z. Noda, K. Sasaki
9:40 Break
9:50 – 591. Characterizing polymer electrolyte fuel cell materials by soft X-ray scanning transmission X-ray microscopy.
A.P. Hitchcock*, N. Appathurai,
V. Berejnov, D. Susac, J. Stumper
10:20 – 592. 3D microstructure of PEFC
electrodes: Activity and durability.
K. Artyushkova*, M. Workman,
B. Halevi, A. Serov, P. Atanassov
10:40 – 593. Oxygen mass transport at the
Pt/ionomer interface: The effect of relative humidity. D. Novitski*, S. Holdcroft
11:00 – 594. Large scale molecular dynamics simulation of the transport phenomena of materials in polymer electrolyte
fuel cell. T. Tokumasu*
11:30 Closing remark

Friday Morning

Organized by: Z. Huang, P. Chen,
T. Autrey, Q. Xu, C. Yoon, C. Jensen
Presiding: Z. Huang, Q. XU

Hyatt Regency Waikiki
Ekahi
Theory and Computation for EfficientUtilization of Energy and Resources (#163)

Organized by: Q. Ge, W. Li, H. Cheng
Presiding: Q. Ge, D. Mei
8:00 – 579. Mechanistic insights into selective conversion of biomass-derived intermediates over supported metal catalysts
in aqueous media. M. Neurock*
8:35 – 580. Fundamental insights into aqueous-phase dehydration of cyclohexanolin H-BEA zeolite. D. Mei, J.A. Lercher
9:05 – 581. Biomass oxidation: Formyl C–Hbond activation by the surface lattice oxygen of regenerative CuO nanoleaves.
Y. Yang
9:35 – 582. Density functional theory studyof hydrodeoxygenation of phenolics overRu/TiO2. B. Baek, L.C. Grabow*
9:55 Break
10:05 – 583. Computational studies of catalytic materials for Li-air batteries.
L.A. Curtiss*, k. Lau, L. Cheng, u. das,C. Liu10:40 – 584. Computational studies of materials interfaces for optimization of energy
storage and conversion devices.
V. Lordi*
11:10 – 585. Understanding electric energy
storage by supercapacitors. D. Jiang*
11:40 – 586. Multiscale simulation based on
first-principles and reactive force field for
Li-ion batteries. S. Han*, H. Jung, B. Yeo,
K. Yun, M. Lee, K. Lee
Hyatt Regency Waikiki
Maloko Bllrm
Current Status and Future Prospect ofPolymer Electrolyte Fuel Cells (#188)

Organized by: K. Miyatake, M. Tada,
Y. Sung, B. Pivovar, M. Hickner
Presiding: J. Inukai, M. Tada
8:00 – 587. Reaction distributions inside running PEFCs analyzed by novel experimental techniques and numerical simulations. J. Inukai*, Y. Nagumo, M. Yoneda,
H. Nishide, M. Watanabe
8:40 – 588. In situ XAFS, STEM, and electrochemical studies on degradation processes of Pt-based PEFC cathode catalysts by repeated feed-gas exchange
procedures. G. Samjeské, K. Higashi, S.
Takao, O. Sekizawa, T. Kaneko, S. Nagamatsu, K. Nagasawa, T. Uruga, Y.
Iwasawa*
9:00 – 589. 3D imaging of the distribution
and local structure of Pt electrocatalyst in
PEFC MEA by in situ CT-XAFS.
H. Matsui*, O. Sekizawa, N. Ishiguro,
T. Uruga, T. Yokoyama, M. Tada

Hyatt Regency Waikiki
Makai Bllrm
Energy Storage in Chemical Bonds:
Advances in Chemistry and Materials for
Hydrogen Storage (#216)

8:00 – 595. Carbon dioxide - formic acid cycle for hydrogen/energy storage and delivery. G. Laurenczy*
8:30 – 596. CO2-facilitated hydrogen releasefrom ammonia borane complex.
J.W. Lee*
8:50 – 597. CO2 mediated chemical hydrogen storage for fuel cell technology.
C. Yoon, S. Nam
9:10 – 598. Hydrogen production by dehydrogenation of formic acid using homogeneous iridium catalysts. Y. Himeda*,
H. Kawanami, J.T. Muckerman, E. Fujita
9:30 – 599. Continuous high-pressure hydrogen evolution system with formic acidwithout compressing. H. Kawanami*,
M. Iguchi, Y. Manaka, Y. Himeda
9:50 – 600. Metal nanoparticle-catalyzed hydrogen generation from liquid-phasechemical hydrides. Q. XU
10:10 break
10:20 – 601. Mechanistic investigation of
metal dodecaborates for energy storage.
H. LI*, L. HE, E. Akiba
10:40 – 602. Developing new complex hydrides for hydrogen storage and related
structural studies. H. Wu*
11:00 – 603. Structural and dynamical trends
in alkali-metal silanides characterized byneutron scattering methods.
T.J. Udovic*, W. Tang, J. Chotard,
W. Zhou, R. Janot, J.J. Rush,
A.V. Skripov
11:20 – 604. High throughput inelastic neutron scattering, from fiction to reality.
A.J. Ramirez-Cuesta, Y. Cheng,
L. Daemen
11:40 – 605. Hydrogen storage materials
composed of lithium hydride and conjugated macromolecules. A. Yoshida*,
Y. Mori, S. Naito, W. Ueda
Hyatt Regency Waikiki
Kou Ballrm

8:40 – 608. Investigating 3D structure of thesurface film on silicon/lithium metal anode for lithium batteries by scanning
force curve method. J. Zheng*, W. Li,
G. Chu, H. Li
8:55 – 609. 4V operating voltage, flexible
quasi solid state electrolyte with
EMITFSI/cross-linked P4VPh/aramidcomposite for supercapacitor. J. Yoo,
H. Kim, D. You, B. Kim, Y. Ahn, S. Cho,Z. Yin, Y. Kim*
9:10 – 610. Soft X-ray spectroscopy of surfaces and interphases in batteries: Problems and potentials. W. Yang*
9:35 – 611. Neutron scattering studies oflarge polyhedral hydro-closo-borates of
sodium and lithium: Implications of structure and anion reorientational mobility on
superionic conduction. T.J. Udovic*,
W. Tang, V. Stavila, N. Verdal, H. Wu,
W. Zhou, J.J. Rush, A.V. Skripov
9:50 Break
10:00 – 612. All-solid-state and aqueous Liion batteries. C. Wang*
10:25 – 613. Layered transition metal silicates as sustainable materials for electrochemical energy storage. S. Zhou,
B. Lopez-Bermudez, B.C. Melot
10:40 – 614. Rational design and synthesisof new battery materials via in-situ studies. F. Wang*
11:05 – 615. In situ neutron depth profilingfor revealing Li-ion battery processes using neutrons. A. Co*
11:20 – 616. Investigation of discharge products in the Li-S battery using in-situ 7Li
NMR coupled with ab initio structure
search calculations. K. See, M. Leskes,
J.M. Griffin, S. Britto, P.D. Matthews,
A. Emly, A. Van der Ven, D.S. Wright,
A.J. Morris, C.P. Grey, R. Seshadri
11:35 – 617. Degradation mechanism of LiNixCoyMnzO2 cathodes at high charge-cutoff-voltages in lithium ion batteries.
J. Zheng*, j. xiao, P. Yan, Q. Li, C. Wang,
J. Zhang*
Hyatt Regency Waikiki
Elima
Advances in Microwave Green Chemistry(#360)

Organized by: T. Matsumura,
S. Yanagida, R. Varma, K. Jin,S. [ohuchi@bio.kyutech.ac.jp]
Presiding: G.B. Dudley, H. Koshima,
R.S. Varma, S. Yanagida
8:00 opening Remark
8:05 – 618. Sustainable routes to organics
and nanomaterials via microwave-assisted reactions. R.S. Varma
8:35 – 619. Microwave effect on enantioselective catalysis. T. Yamada
8:55 – 620. Existence of and mechanism for
microwave-specific rate enhancement oforganic reactions in homogeneous solution. A.E. Stiegman, G.B. Dudley9:15 – 621. Microwave effect on Fischer esterification. H. Koshima*
9:35 – 622. High-throughput acquisition ofreaction progress in a microwave reactor.
D. Yu*, A.F. Jones, C.A. Posadas,
G.B. Dudley, J. Hein
9:55 – 623. Selective microwave heating of
homogeneous solutions. G.B. Dudley*
10:15 BreakNew Generation of Electrochemical Energy
Storage and Conversion System: Materials,
Interface and In-situ Techniques (#250)

Organized by: Y. Yang, S. Meng,
A. Yamada, Y. Sun
8:00 – 606. Expanding electrochemical stability window of electrolytes to enable
more powerful battery chemistries.
K. Xu*
8:25 – 607. Insight into electrochemical stability of battery electrolytes and transport
properties of SEI model compounds frommodeling. O. Borodin, M. Olguin,
C. Spear, K. Leiter, D. Bedrov, J. Knap

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–281

09 – ENRG
10:30 – 624. Microwave thermal effects andmolecular modeling. S. Yanagida*,
T. Matsumura
11:00 – 625. Classification and estimation
methods of organic reactions under microwave condition. K. Uchihiro,
N. Iwahashi, S. Ohuchi*
11:20 – 626. Development of microwave
synthesis of platinum metal complexes.
T. Matsumura*, Y. Masuda,
S. Yanagida, T. Watanabe, T. Mitani
11:40 poster review
Hyatt Regency Waikiki
Mauka Bllrm
Global Strategies for Algal Biomass for
Bioenergy and Biorefinery (#407)

Organized by: A. Kondo, J. Yang,
Y. Yoshikuni
Presiding: A. Kondo
8:00 Opening remark
8:05 – 627. Some recent approaches to produce bioenergy using cyanobacteria inJapan. M. Ohmori*
8:45 – 628. Creation of heat and acid tolerant algae toward high biomass production. S. Miyagishima*
9:05 – 629. Enhanced lipid production in theoleaginous diatom Fistulifera solaris bymetabolic engineering. T. Tanaka*,
K. Osada, C. Takahashi, M. Muto,
Y. Maeda, T. Yoshino
9:25 – 630. Potential of piggery wastewater
for mixotrophical cultivation of S. quadricauda. W. Choi, H. Kim, A. Chae, H. Seo,
J. Park, K. Song*
9:45 Break
10:00 – 631. Laminarin hydrolysis by glycoside hydrolase family 55. T.E. Takasuka,
C.M. Bianchetti, K. Deng, E.T. Beebe,
L.F. Bergeman, S. Singh, S. Deutsch,
P. Adams, B. Simmons*, T.R. Northen*,
B.G. Fox*
10:20 – 632. In situ transesterification of wet
microalgae under homogeneous acidcatalysts. J.W. Lee
10:40 – 633. Development of novel sensor
functioning in Synechocystis cells using
Arabidopsis ethylene sensor.
M. Kawaguchi, Y. SHIRAIWA, I. Suzuki*
11:00 – 634. Inhibiting growth of contaminated phycophagic protists in algal cultures by controlling the phototoxicity ofchlorophylls. Y. Kashiyama*,
J. Kawahara, M. Nakazawa, T. Ishikawa,T. Tanaka, T. Yoshino, H. Tamiaki

Friday Afternoon
Hyatt Regency Waikiki
Ekahi
Nanostructured Oxides for Energy
Harvesting and Water Splitting (#171)

Organized by: F. Rosei, Z. Wang, E. Diau,
A. Vomiero, X. Sun
13:00 – 635. Morphology control and stability of methylammonium lead iodide solar
cells. U. Bach
13:30 – 636. Semiconducting quantum dots
and metallic nanoparticles sensitized ZnO
and Si nanowires-array photoelectrodes
for water splitting. R. Liu, S. Hu
14:00 – 637. General formation of complex
tubular nanostructures of metal oxides
and their applications energy storage andconversion. G. Zhang
14:15 – 638. Engineering complex, layered
metal oxides: High performance nickelatenanostructures for oxygen exchange andreduction. E. Nikolla
14:30 coffee break
15:00 – 639. Electrodes for photoelectrochemical cells: Design of semiconductor
nano-architectures for structure-drivenfunctional performances. I. Concina*,
R. Milan, G.S. Selopal, G. Sberveglieri
15:30 – 640. Metallic nanoparticles-doped
peptide systems: Morphological and luminescent properties. T.D. Martins*,
D.L. Dias, A.C. Ribeiro, H.S. Camargo
16:00 – 641. Solution processed organic/inorganic photovoltaics. C. Luscombe*

282–TECHTECHNICAL PROGRAM
16:30 – 642. Nanoscale (111) faceted rocksalt metal oxides. R.M. Richards,
G. Leong, C. Cadigan, F. Lin
16:45 – 643. Noble metals containing polyoxoniobates. P.A. Abramov,
M.N. Sokolov
Hyatt Regency Waikiki
Makai Bllrm
Energy Storage in Chemical Bonds:
Advances in Chemistry and Materials for
Hydrogen Storage (#216)

Organized by: Z. Huang, P. Chen,
T. Autrey, Q. Xu, C. Yoon, C. Jensen
Presiding: B. David, N.T. Stetson
13:00 – 644. Hydrogen storage in nanomaterials. H. Kitagawa*
13:30 – 645. Novel platinum-based catalyst
for methylcyclohexane dehydrogenationin hydrogen storage and utilization technology. Y. Hisamatsu, K. Yamamoto,K. Tanaka, Y. Bandai, Y. Kohno,
R. Watanabe, C. Fukuhara
13:45 – 646. Recent progress in hydrogenstorage on MOFs. M. Hirscher*
14:05 – 647. Metal-organic framework basedmaterials for clean hydrogen energy utilization. R. Zou*
14:25 – 648. Advances in hydrogen sorption:
Sorbent and hybrid sorbent-hydride,characterization, and validation.
P.A. Parilla, k.E. hurst, M. Olsen,
J. blackburn, T. Gennett*
14:45 – 649. Molecular hydrogen storage infilled ice structures. L. Hakim*, S. Ulfa,
M. Matsumoto, K. Koga, H. Tanaka
15:00 break
15:05 – 650. Clusters and hydrogen storage:
Convergence of two parallel fields.
P. Jena*
15:25 – 651. Clathrate hydrates as materails
for hydrogen storage applications: Theoretical aspects. R. Belosludov*
15:45 – 652. Bis-BN cyclohexane: A remarkably kinetically stable chemical hydrogenstorage material. S. Liu*
16:05 – 653. Synthesis of new B3H8 compounds for hydrogen storage. Z. Huang
16:20 – 654. Hydrazine borane N2H4BH3
and alkali hydrazinidoborane derivatives
MN2H4BH3 (M ⫽ Li, Na and K) as chemical hydrogen storage materials.
U.B. DEMIRCI
Hyatt Regency Waikiki
Kou Ballrm
New Generation of Electrochemical Energy
Storage and Conversion System: Materials,
Interface and In-situ Techniques (#250)

Organized by: Y. Yang, S. Meng,
A. Yamada, Y. Sun
13:00 – 655. Engendering anion resistanceand its implication in electrocatalysis ofenergy conversion, storage, and efficiency. S. Mukerjee*, K. Strickland,
U. Tylus
13:25 – 656. Does it have to be carbon?
Metal anodes in microbial fuel cells andrelated bioelectrochemical systems.
I. Schmidt, A. Baudler, M. Langner,
A. Greiner, U. Schröder*
13:40 – 657. Development of functional
nanographenes toward next generationfuel cells and lithium ion batteries.
H. Wang*, H. Yen, G. Wu, M. Zhou
13:55 – 658. Transition-metal oxides efficientbifunctional catalysts for high performance rechargeable zinc-air batteries.
Z. Liu*14:10 – 659. Bioinspired electroactive organic molecules for aqueous redox flow
batteries. J. Schrier*
14:25 – 660. Enhancing grain boundary ionic
conductivity in ceramic composites forenergy conversion and storage. Y. Lin,
S. Fang, D. Su, K.S. Brinkman, F. Chen
14:40 Break
14:50 – 661. Interaction of polysulfide with
nano-structured metal oxides.
V. Murugesan*, A. Dissanayake,
C. Szymanski, M. Nandasiri,
p. Bhattacharya

15:05 – 662. Structure and chemical state ofelectrochemically Li inserted Si(111) studied by scanning electron microscopy andsoft X-ray emission spectroscopy.
N. Aoki, T. Kondo*, K. Uosaki*
15:20 – 663. New conversion-type cathode,nano-sized copper phosphate for rechargeable Li batteries. Y. Yang,
G. Zhong, J. Bai, P. Duchesne, M. Matt,
Q. Li, X. Hou, J. Tang, Y. Wang, Z. Gong,
P. Zhang, R. Fu
15:35 – 664. Pyrites for conversion batteries:
The effects of cation chemistry on electrochemical performance. M.M. Butala*,
M.A. Lumley, H.A. Evans, R. Seshadri
15:50 – 665. Conversion mechanism ofmetal oxalate as anode for lithium ion
batteries. H. Oh, S. Myung
16:05 – 666. Surface coating of electrode/electrode materials for improved electrochemical performance. J. Xue, X. Dai,
Y. Wang, L. Wang, A. Zhou, J. Li*
16:20 – 667. Computer-aided electrolyte development for magnesium ion batteries.
D. Kim*, B. Roy, Y. Lim, Y. Ryu, S. Lee,
S. DooHyatt Regency Waikiki
Maloko Bllrm
Nanoporous Materials for Renewable
Energy and Sustainability (#266)

Organized by: T. Okubo, S. Qiu, K. Yoon,
R. Lobo
Presiding: R.F. Lobo, T. Okubo
13:00 Opening Remarks
13:05 – 668. Layered zeolites: A platform fordesigning efficeint heterogeneous catalysts. P. Wu*
13:35 – 669. 2D delaminated zeolites as robust and selective catalysts for the sustainable production of industrial chemicals. A. Okrut, X. Ouyang,
R.C. Runnebaum, S.I. Zones, A. Katz
13:55 – 670. Mixed-solvent approach to delaminate layered zeolite precursors.
I. Ogino*, T. Shirobe, S.R. Mukai
14:15 – 671. Nanosized zeolites: Trends insynthesis and applications. S. Mintova*,
A. Khartchenko , H. Awala , V. Valtchev
14:35 – 672. Big or small ZSM-5-crystals:
Does size really matter?. P. Losch*
14:55 Coffee Break
15:10 – 673. 3D study of precursor gel morphology and kinetics of EMT zeolite nucleation. G. Melinte, O. Ersen, S. Qiu,
S. Mintova, V. Valtchev
15:40 – 674. Enhanced thermal stability andhigh catalytic performance of selective
catalytic reduction of NOx with NH3 ofhigh-silica and P-modified AEI zeolites
derived from hydrothermal conversion of
FAU zeolite in alkylphosphonium hydroxide media. N. Tsunoji, T. Sonoda,
T. Maruo, Y. Yamasaki, Y. Takamitsu,
M. Sadakane, T. Sano*
16:00 – 675. Ultrafast and continuous flow
synthesis of high silica zeolite SSZ-13 forNOx removal. Z. Liu, T. Wakihara,k. Oshima, D. Nishioka,
E. Shanmugam P, T. Matsuo,
T. Takewaki, T. Okubo*
16:20 – 676. Crystalline silica-based material
assembled from cage siloxanes modified
with silanol groups. N. Sato, Y. Kuroda,
H. Wada, K. Kuroda, A. Shimojima*
16:40 – 677. Mechanism of adsorptiondriven structural transition of stack-layer
MOFs. M.T. Miyahara*, S. Hiraide,
H. Tanaka
Hyatt Regency Waikiki
Elima
Advances in Microwave Green Chemistry(#360)

Organized by: T. Matsumura,
S. Yanagida, R. Varma, K. Jin,S. [ohuchi@bio.kyutech.ac.jp]
Presiding: J. Azuma, H. Shimizu,
S. Tsubaki, T. Watanabe
13:00 – 678. Innovative microwave technology for refinery of recalcitrant biomass.
J. Azuma*

13:30 – 679. Application of microwave technology to extraction of essential oils fromnatural plant products of Afghanistan.
N. Faqeryar*, Y. Mori, T. Matsumura
13:50 – 680. Application of microwave
chemistry for omics analysis.
A. Shiraishi, T. Yoshimura, S. Ohuchi*
14:05 – 681. Study of molecular efficiency bymicrowaves in enzymatic reactions:
Proposition to define the terms ”microwave character“ and ”microwave effect“.
H. Shimizu*, I. Nagashima, J. Sugiyama
14:25 – 682. Application of microwave induced reaction on biomass conversion.
S. Tsubaki*, M. Hiraoka, A. Onda,
T. Ueda14:45 Break
15:05 – 683. Biorefinery study to utilize
whole cell wall components for 2nd generation bioethanol and chemicals using
microwave processing. T. Watanabe*
15:35 – 684. Microwave heating mechanismof MBBA in liquid crystalline and isotropic
phases as studied by microwave irradiation NMR spectroscopy. A. Naito*,
Y. Tasei, F. Tanigawa, I. Kawamura,
T. Fujito, M. Sato
15:55 – 685. Fundamental study of a microwave irradiation structure using transparent post-wall waveguide. M. Kishihara*,
Y. Minamiyama, A. Yamaguchi, Y. Utsumi
16:15 – 686. Electron spin resonance (ESR)
spectroscopy as a microwave spectroscopy of free radicals in radical polymerizations. A. Kajiwara*
16:35 – 687. Incorporation of electrons in
12CaO●7Al2O3 ceramics by microwave
synthesis in nitrogen gas. H. Visbal*,T. Matsumura, T. Mitani, A. Kajiwara,
M. Kishi, K. Hirao
16:50 poster review
Hyatt Regency Waikiki
Mauka Bllrm
Global Strategies for Algal Biomass for
Bioenergy and Biorefinery (#407)

Organized by: A. Kondo, J. Yang,
Y. Yoshikuni
Presiding: T. Tanaka
13:00 – 688. Project Green-Eagle: A new
biojet fuels initiative in Korea. M.S. Park
13:40 – 689. Isopropanol production by metabolically engineered cyanobacteria using a photobioreactor with LED irradiation. J. Horiuchi*, Y. Kumada,
M. Konishi, T. Hanai, Y. Hirokawa,A. Murakami
14:00 – 690. Dynamic metabolic profiling of
the marine microalga Chlamydomonas
sp. JSC4 and enhancing its oil production. T. Hasunuma, A. Kondo
14:20 – 691. Pyrolysis experiment of lipids in
haptophyte algae: Research for biofuel
generation. K. Sawada*, R. Abe,H. Nakamura, H. Araie, I. Suzuki,
Y. SHIRAIWA
14:40 Break
14:55 – 692. Engineered microbial platforms
for biofuel and renewable chemical production from brown seaweed.
Y. Yoshikuni*
15:35 – 693. Rapid and efficient galactose
fermentation by an engineered andevolved Saccharomyces cerevisiae.
J. Quarterman, Y. Jin*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
16:15 – 694. Analysis of macroalgae biomass found around Hawaii for bioethanol
production. B. Yoza, E. Masutani,
S. Masutani
16:35 – 695. Cost-effective harvesting of microalgae from water using polyaluminum
chloride coagulant prepared by fresh aluminum hydroxide gels. X. Tang*,
H. Zheng*, C. Zhao*

Friday Evening
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: S.P. Chaurasia, J.A. Kozinski,
R. Sammynaiken
19:00 Opening Remarks-Nanocatalysis for
Chemical Production -I
19:02 – 696. Toward a self lighting material
for germicidal UV treatment of water.
R. Sammynaiken*
19:22 – 697. Cascade engineered synthesisof ␥-valerolactone, 1,4-pentanediol and2-methyltetrahydrofuran from levulinicacid using novel Pd-Cu/ZrO2 catalyst inwater as solvent. S. Patankar*, G. Yadav
19:42 – 698. Supercritical water gasificationof agricultural and forestry biomass impregnated with nickel nanocatalyst.
S. Nanda*, S.N. Reddy, A. Dalai,
J.A. Kozinski*
20:02 – 699. Dehydration of gases in a pressure swing adsorption process using
canola meal bioadsorbent. R. Dhabhai,
C. Niu*, A. Dalai
20:22 – 700. Catalytic performance of La-Ni/
Al2O3 catalyst for CO2 reforming of ethanol. D.N. Vo*, M.B. Bahari
20:40 – 701. Lipase catalyzed esterificationof docosahexaenoic acid with lauryl alcohol using immobilized Pseudomonas cepacia and Thermomyces lanuginosus.
S.P. Chaurasia, A. Sharma*, A. Dalai
Hawaii Convention CenterHalls I, II, III
Nanostructured Oxides for Energy
Harvesting and Water Splitting (#171)

Organized by: F. Rosei, Z. Wang, E. Diau,
A. Vomiero, X. Sun
Poster Session
19:00 – 21:00
702. Vertically-aligned Cu2ZnSnS4 nanorod
arrays for photoelectrochemical water
splitting. J. Kim, W. Yang, J. Moon
703. N-doped graphene quantum sheets on
silicon nanowire photocathodes for hydrogen production. U. Sim*, J. Moon*,
D. Kim, J. An, J. Kang, K. Nam, B. Hong704. Low temperature hydrogen production
by two-step water decomposition utilizing metal oxides. M. Okano, N. Itoh*,
T. Sato
Hawaii Convention CenterHalls I, II, III
Energy Storage in Chemical Bonds:
Advances in Chemistry and Materials for
Hydrogen Storage (#216)

Organized by: Z. Huang, P. Chen,
T. Autrey, Q. Xu, C. Yoon, C. Jensen
Poster Session
19:00 – 21:00
705. Ammonia as a potential chemical hydrogen storage material: Fundamentals
and applications. M. Jeon*, S. Nam,
J. Han, C. Yoon
706. Photochemical hydrogen evolution mediated by iron(II) complex with orthophenylenediamine. T. Matsumoto,
H. Chang*
707. Formic acid dehydrogenation using
metal nanoparticle catalysts.
N. Tsumori*, M. YADAV, Q. ZHU, Q. XU

708. Structures formed by para- and orthoH2 on MgO(100). D.B. Jack*,
A. Sadeghifar709. Hydrogen sorption by transition metal
modified B-N materials. Y. Yasuzawa,
Y. WATANUKI, N. Nishimiya*, T. Toyama,
Y. Kojima
710. Study on higher order structure change
of NBR rubber with different acrylonitrile
contents at high-pressure hydrogen exposure by FTIR spectroscopy. Y. Itoh*,
R. Naganuma, T. Kawai, H. Fujiwara,
S. Nishimura
711. Study on the effect of high pressure hydrogen on the higher order structures of
NBR rubber materials cross-linked bysulfur and peroxide by using FT-IR spectroscopy. Y. Itoh*, K. Okano, T. Kawai,
H. Fujiwara, S. Nishimura
712. Syntheses, structures, and properties ofalkali and alkaline earth metal complexes
with o-phenylenediamine. J. Ishii,
M. Wakizaka, T. Matsumoto, H. Chang713. Synthesis of nickel-loaded catalysts
from various nickel precursors and investigations on their catalytic activities.
T. Nakaue, T. Kamegawa*714. Development of bimetallic Fe-Ni NPs
supported on CeO2 for hydrogen production from chemical hydrogen storage materials. T. Taga, K. Mori, H. Yamashita*
715. Theoretical and experimental evidenceof graphene supported metal clusters as
a potential hydrogen storage material.
K. Takahashi*, Y. Wang, S. Isobe,
S. Ohnuki
716. Quantum nature of H2 in microporous
storage materials. J. D’Arcy*, L. Lindoy,
S. Kolmann, M. Jordan
717. Metal hydride based thermal energy
storage systems for high performance
concentrating solar power plants.
C. Corgnale, B. Hardy, R. Zidan,
T. Motyka, J.A. Teprovich, P.A. Ward,
B. Peters
718. Novel nanoconfinenment approach ofmetal hydrides for hydrogen storage applications. M. Sofianos, D. Sheppard,
D. Silvester, T. Jensen, C. Buckley*719. On the hydrogenation kinetics of N-ethylindole over a supported Ru catalyst.
Y. Dong, M. Yang, Z. Yang, H. Cheng *720. Phase transitions of tetra-n-butylammonium bromide hydrate enclosing gas
molecules. Y. Jin*, M. Kida, J. Nagao
721. Pincer catalysts for the reversible dehydrogenation of liquid organic hydrogen
carriers. H.T. Sartain*
722. Proton-coupled redox processes oftris-o-benzoquinodiimine Fe(II) complex.
R. Yamamoto, M. Wakizaka,
T. Matsumoto, H. Chang*723. Recent developments in hydrogen storage materials using carbon nanomaterials. P.A. Ward*, J.A. Teprovich,
R.N. Compton, V. Schwartz, G. Veith,
R. Zidan724. Homo- and hetero-geneous iridium catalysts and their applications in CO2 hydrogenation. S. Yoon*, K. Park,
G. Hariyanandam725. Hydrogen sorption and desorption behaviors of metal-carbon composites prepared by various synthesis methods.
T. Kaneko, Y. WATANUKI, T. Toyama,
Y. Kojima, N. Nishimiya*
726. Science and technology of hydrogen inenergy storage and conversion devices.
J.A. Teprovich, P.A. Ward,
A. Washington, H. Colon-Mercado,s. greenway, P. Jena, R. Zidan
727. Hydrogen sorption by transition metal
modified CN compound. K. Yokochi,
Y. WATANUKI, T. Toyama, Y. Kojima,
N. Nishimiya*
728. Investigation of hydrogen storage andrelease mechanisms on lithium hydridepolyaniline composite. S. Tsurumi,
M. Mizoguchi, A. Yoshida*, W. Ueda
729. Investigation of Pd nanoparticles supported on zeolites for hydrogen production from formic acid dehydrogenation reaction. M. Navlani-Garcia, M. MARTIS,
D. Lozano-Castelló, D. Cazorla-Amorós,
Y. Kuwahara, K. Mori, H. Yamashita*

730. Lowering of hydrogen desorption temperatures and reduction of cost of ZrVFe
alloys for practical applications.
Y. WATANUKI, T. Toyama, Y. Kojima,
N. Nishimiya
731. Low temperature decomposition of ammonia as a hydrogen carrier. A. Oshima,
T. Nakayama, T. Sato, N. Itoh*732. Low-temperature decomposition using
a tube-wall and membrane reactor for hydrogen production from ammonia as hydrogen carrier. Y. Kikuchi, T. Sato,
N. Itoh*733. Main-group metal catalysed dehydrocoupling of amine-boranes.
H.R. Simmonds, R.J. Less, D.S. Wright*
734. Fluorine-substituted metal hydrides forthermal energy applications.
T. Humphries, D. Sheppard, M. Rowles,
V. Sofianos, C. Buckley735. Correlation between stability and mobility of hydrogen occluded in hydrogenstorage alloys. S. Hasegawa,Y. WATANUKI, T. Toyama, Y. Kojima,
N. Nishimiya*
736. Design of plasmonic Pd/Ag catalyst for
efficient hydrogen production from ammonia borane. P. Verma, M. Wen,
K. Fuku, Y. Kuwahara, K. Mori,
H. Yamashita*
737. Electrochemical synthesis of ammonia
from water and nitrogen for carbon-free
renewable energy carrier. H. Yoon*,
J. Kim, C. Yoo, S. Han
738. Dehydrocoupling reactions of maingroup elements using aluminium based
catalysts. L.K. Allen,
R. Garcı́a-Rodrı́guez , D.S. Wright*
739. Toward the synthesis of magnesium
boranates. P. Nguyen,
E. Sadeghmoghaddam, M. Chong,
J. Yang, C.M. Jensen*
740. Exploring high hydrogen storage performances of lithium alanate by adding different nitrides. Y. Wang, L. Li, Y. Wang,
L. Jiao, H. Yuan
741. Formic acid dehydrogenation over Pd/(CexMyO2-d)C3N4: Influence of added
CexMyO2-d (M⫽Cu, Pr, Sm, and Gd) promoter on catalytic activity. M. Ridwan,
R. Tamarany, J. Lee, S. Nam, J. Han,
C. Yoon
Hawaii Convention CenterHalls I, II, III
Nanoporous Materials for Renewable
Energy and Sustainability (#266)

Organized by: T. Okubo, S. Qiu, K. Yoon,
R. Lobo
Presiding: R.F. Lobo, T. Okubo, S. Qiu,
K. YoonPoster Session
19:00 – 21:00
742. Ammonia decomposition assisted bymembrane reactor: Comparison between
silica membrane and palladium membrane. S. Uemiya*, Y. Makino,
R. Hayakawa, M. Miyamoto, Y. Oumi
743. Gradual wet-etching of a 3D cubic
mesoporous silica thin film.
M. Kobayashi, K. Susuki, Y. Kuroda,
H. Wada, A. Shimojima, K. Kuroda
744. Zeolite capsule catalyst for one-step
middle isoparaffin synthesis via Fischer
Tropsch synthesis: Growth of H-MOR
shell encapsulating fused iron core.
G. Yang*, Q. Lin, Y. Yoneyama, H. Wan,
N. Tsubaki*
745. Influence of Si distribution in frameworkof SAPO-34 membranes on vapor permeation performance in acetic acid dehydration. A.M. Ataher*, M. Matsukata*,
M. Seshimo, s. ishiguro746. Ethanol direct synthesis from dimethyl
ether and syngas on the combination ofnoble metal impregnated zeolite with Cu/
ZnO catalyst. Q. Wei, P. Lu, G. Yang,
Y. Yoneyama, N. Tsubaki*
747. Synthesis of AlPO4-34 membranes andits water/acetic acid separation performances. M. Seshimo, s. ishiguro,
A. Ahmed, M. Matsukata

748. Ni-based bimodal pore catalysts modified by nanoparticles for enhanced CO2
methanation. P. Zhu, Q. Chen, G. Yang,
Y. Yoneyama, N. Tsubaki*
749. Water oxidation on mesoporous Ta3N5
photocatalysts under visible light.
L. GUO*
750. Polymer sol-gel composite inverse opal
catalyst support. X. Zhang, G. Blanchard
751. Facile synthesis of yolk-shell photocatalyst encapsulating titania within a hollow
silica sphere and assessment of its photocatalytic activity. Y. Sumida,
Y. Kuwahara, H. Yamashita*
752. Dehydration of sorbitol to isosorbide inwater over high-silica zeolites. R. Otomo,
J.N. Kondo, T. Tatsumi, T. Yokoi*
753. Oxidation of benzene over iron-bipyridine complexes encapsulated in metal
cation-exchanged zeolite. Y. Miyake,
K. Takiguchi, S. Yamaguchi, H. Yahiro
754. Catalytic activity of copper(II)-terpy
complexes encapsulated into Y-type zeolite. S. Yamaguchi*, A. Suzuki, H. Yahiro
755. Implementing Indonesian natural resources for synthesizing hierarchicallyporous ZSM-5 at low temperature.
G.T. Kadja, V. Fabiani, R.R. Mukti
756. Catalytic conversion of guaiacol over Pt
loaded nanoporous materials. Y. Park,
H. Kim, J. Jeon
757. Novel synthesis of PAN/PVDF composites based microporous carbons bysteam activation for enhancing CO2 capture and CO2/N2 separation. Y. Heo,
M. Lee, H. Yang, Y. Choi, S. Lee, D. Jeon,
T. Kim, Y. Han, S. Park*
758. Selective synthesis of light olefins frommethanol over nano-sized MFI aluminoferrosilicate. T. taniguchi, Y. Nakasaka,
T. Tago, T. Masuda
759. Synthesis of zeolite RHO membrane.
M. Sakai, M. Tanji, M. Matsukata*760. Novel metallosilicate Beta zeolite: Synthesis, characterization, and catalytic application of W-containing Beta zeolite.
R. Kosugi, R. Otomo, M. Yoshioka,
J.N. Kondo, T. Yokoi*
761. Construction of nanoporous poly(organosiloxane) networks from various siloxane-based building units. S. Seo,
W. Chaikittisilp, T. Okubo
762. Accurate measurement of solid acidity
by automatic IRMS-TPD analyzer.
S. Suganuma*, Y. Murakami, K. Kanai,
N. Katada763. Synthesis of highly crystalline AFX-typezeolite by using bulky and rigid diquat
molecules as a structure-directing agent.
N. Nakazawa, S. Inagaki, Y. Kubota*
764. Nanoporous hematite structures for efficient water splitting. J. Jang*, H. Ahn,
A. Ramadoss, S. Ryu*
765. Ionic conductivity of nanocomposites
formed with mesoporous metal oxides
and LiClO4. S. Matsushita*, H. Kai,
Y. Tsushio, K. Inumaru*
766. Fabrication and morphology control ofthin films of conjugated nanoporous polymers. T. Umeda*, W. Chaikittisilp,
T. Okubo
767. Fabricating novel MgO-based adsorbent for CO2 capture at elevated temperature. Y. Li, M. Wan, Y. Wang, J. Zhu*
768. Effect of boron content in the CON-type
aluminosilicate zeolite on the activity in
the MTO reaction. M. Yoshioka,
T. Yokoi*, T. Tatsumi* Principle Author

Photographing of presentations
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organizers and individual
presenters. Final Pacifichem
2015 program online at:
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onlineprogram

TECH–283

09 – ENRG
769. Selective oxidation of bulky sulfides tosulfoxides over Ti-containing mesoporous silica nanospheres. Y. Wang,
R. Otomo, J.N. Kondo, Y. Kon, T. Yokoi*
770. Immobilization of Ru complexes on organic ligands in periodic mesoporous organosilicas and catalytic application for
selective oxidation of alkane. N. Ishito,
K. Hara*, Y. Maegawa, S. Inagaki,
A. Fukuoka
771. Chemical vapor deposition of silica onpelletized HZSM-5 for shape-selective
disproportionation of toluene into benzene and para-xylene. D. Mitsuyoshi,
S. Suganuma*, N. Katada, Y. Araki
772. Selective dealkylation of alkyl naphthalene on silica monolayer catalysis.
Y. Kawaguchi, S. Suganuma*, N. Katada
773. Enhancement of catalytic activity fordisproportionation of toluene by loading
Ni on ZSM-5. A. Okuda, S. Suganuma*,
N. Katada774. Preparation of transition metal oxides informs of thin-film on SBA-15. A. Tsujii,
T. Yokoi, J.N. Kondo*
775. Novel route for the synthesis of nitrogen
doped hollow carbon spheres. Y. Wang,
H. Zou, R. Wang*, Z. Zhang, S. Qiu*
776. Comparative study of nano-sized andhierarchical micron-sized SAPO-34.
X. Chen, J. Gilson, V. Valtchev
777. One-pot synthesis of hollow organosilica nanoparticles with tunable interior
void size and exterior shell thickness using silica nanosheres as templates.
N. Koike, Y. Fukada, S. Seo,
W. Chaikittisilp, A. Shimojima, T. Okubo*
778. Photo-assisted decomposition of Ru
nanoparticles on the fullerenes-introduced mesoporous silica and its catalytic
application. K. Nakatsuka, Y. Kuwahara,
K. Mori, H. Yamashita*
779. Mechanochemical effect for hydrothermal synthesis of Sn substituted MFI-typesilicates. M. Sakaguchi, H. Kobayashi,
M. Nakaya, A. Muramatsu*
780. Exploration of the effect of titania andzirconia based catalyst for catalytic
cracking reaction of heavy oil.
H. Kondoh*, K. Tanaka, N. Hasegawa,Y. Nakasaka, T. Tago, T. Masuda
781. Low temperature oxidation of ethylene
over Pt nanoparticles in mesoporous silica. T. Yokoya, K. Hara, S. Ahmed,
A. Fukuoka*
782. Alternative method for preparing heteroatom-rich zeolites: Utilization of composites prepared through mechanochemical treatment for the crystallization.
T. Iida, T. Okubo, T. Wakihara*
783. Co(OH)2 nanosheets coupled with carbon nanotube arrays grown on Ni meshfor high-rate asymmetric supercapacitorswith ideal capacitive behavior. T. Peng,
H. Wang, X. Wang*784. Thin layer of cerium oxide coated on
SBA-15 mesoporous silica. J.N. Kondo,
A. Ishikawa, T. Yokoi
785. High oxidation activity of Ti-incorporated silica catalysts derived by graftingof titanium(IV) acetylacetonate.
N. Tsunoji*, Y. Yagenji, M. Fukuda,
Y. Ide, M. Sadakane, T. Sano*
786. Redox active metal-organic frameworks(MOFs) as high performance cathode active materials for lithium batteries.
Z. Zhang*, H. Yoshikawa, K. Awaga
787. Adsorption removal of small amount ofammonia contained in ammonia decomposed gas for HFCV. A. Ojima, T. Sato,
N. Itoh*788. Effect of addition of alcohols into thesynthesis gel for ZSM-5 on the structuraland catalytic properties. T. Biligetu,
R. Otomo, J.N. Kondo, T. Yokoi
Hawaii Convention CenterHalls I, II, III
Advances in Microwave Green Chemistry(#360)

Organized by: T. Matsumura,
S. Yanagida, R. Varma, K. Jin,S. [ohuchi@bio.kyutech.ac.jp]
Presiding: J. Fukushima, Y. Mori,
S. Ohuchi

284 –TECHTECHNICAL PROGRAM
Poster Session
19:00 – 21:00
789. Application of circularly polarized microwave to asymmetric synthesis.
K. Imaeda*, K. OHTAKE, T. YAMADA
790. Vilsmeier formylation of aromatic compounds by using microwaves.
T. SUZUKI*, K. TANEMURA
791. Characteristics of the microwave induced flames on the stability and emissions. E. Lee*, Y. Jeon
792. Microwave irradiation effects for Finkelstein reactions of ferrocene derivatives.
Y. Makabe*, Y. Okada
793. Microwave irradiation effects for esterification reactions of ferrocene. M. Tachi*,Y. Okada
794. Analysis of microwave heating processes of 1-(4’-cyanophenyl)-4-propylcyclohexane by in situ microwave irradiation NMR spectroscopy. T. Yamakami,
I. Kawamura, T. Fujito, K. Ushida,
M. Sato, A. Naito, Y. Tasei*
795. Molecular mechanism of separation
process on microwave assisted extraction and distillation. M. Abe,A. Watanabe, N. Iwahashi, S. Ohuchi*
796. Study on resistance of thermophilus under microwave irradiation. S. Yoshimoto,
R. Nakama, S. Ohuchi*, K. Minekishi
797. Application of microwave heating forfermentation technology. W. Nagayoshi,
R. Nakama, S. Nakayama, A. Shiraishi,
N. Iwahashi, S. Ohuchi*
798. Study of microwave output dependence on enzymatic reaction under microwave irradiation. F. Aoki,
K. Haraguchi, A. Shiraishi, S. Ohuchi*
799. Optimal microwave output in microbial
cultivation. R. Nakama, W. Nagayoshi,
A. Shiraishi, T. Yoshimura, T. Kodama,
S. Ohuchi*

Saturday Morning
Hyatt Regency Waikiki
Kou Ballrm
Integrated Biomass Refinery by Precisely
Designed Heterogeneous Catalysts (#54)

Organized by: A. Fukuoka, A. Katz, H. Liu
Presiding: A. Fukuoka, A. Katz
8:00 – 800. Pyrolysis oil model compounddeoxygenation on molybdenum-modified
platinum surfaces and supported catalysts. A. Robinson, J. Hensley, J. Medlin*
8:15 – 801. Development of metal carbide
and nitride nano-catalysts for bio-oil upgrading. D.A. Ruddy, F. Baddour,
C. Nash, M. Griffin, J. Hensley,
J. Schaidle
8:30 – 802. Support and promoter effects onhydrocarbon production from bio-oil upgrading over Pt-based catalysts. Z. He,
M. Hu, X. Wang*
8:45 – 803. Hydrodeoxygenation of guaiacol
over silica-supported copper phosphidecatalysts. P. Khemthong*, C. Geantet,
P. Afanasiev, E. Puzenat,
N. Viriya-empikul, K. Faungnawakij
9:00 – 804. Kinetic and spectroscopic studies of catalytic mechanisms: Hydrodeoxygenation of biomass feedstocks ontransition metal phosphides. T. Oyama,
A. Iino, A. Cho, P. Bui, K. Bando,
A. Takagaki, R. Kikuchi
9:40 – 805. Synthesis of jet fuel range cycloalkanes with cyclopentanone and butanal derived from lignocellulose. N. Li,
J. Yang, Y. Cong, A. Wang, X. Wang,
T. Zhang*
9:55 – 806. Catalyst and process development for hydrotreating of biomass pyrolysis oil. H. Wang*, S. Lee, D. Anderson,
R. Taha, Z. Abdullah
10:10 – 807. Biomass-derived saturated andunsaturated lactones: Mechanistic insights on ring-opening, integrated fermentation, and catalytic processing.
M. Haider, S. Gupta, N. Sinha, R. Arora,
I. Alam
10:25 – 808. Integrated refinery of renewable
feedstocks by multitasking heterogeneous catalysts. K. Kandel, I.I. Slowing*

10:45 – 809. Plug flow continuous reactor
system for rapid conversion of cellulose
to glucose using oxygenated carbon catalyst. A. Shrotri, H. Kobayashi,
A. Fukuoka*
11:00 – 810. Bimetallic catalysts and solvent
effects in catalytic conversion of biomass
to fuels and chemicals. J.A. Dumesic*
Hyatt Regency Waikiki
Ekahi
Nanostructured Oxides for Energy
Harvesting and Water Splitting (#171)

Organized by: F. Rosei, Z. Wang, E. Diau,
A. Vomiero, X. Sun
8:00 – 811. Semiconducting nanostructured
metal oxide thin films for high-performance perovskite solar cells. W. Wu,
F. Huang, D. Chen, Y. Cheng,
R.A. Caruso*
8:20 – 812. Oxide materials for dye-sensitized and perovskite solar cells.
P.C. Chen*
8:50 – 813. BaTiO3 perovskite oxides as anefficient bifunctional oxygen electrocatalyst. G. Wu*
9:10 – 814. Ceramic injection moulding of
Ni-YSZ anode-supported solid oxide fuelcells. N. Chuankrerkkul*, M. Meepho
9:30 coffee break
10:00 – 815. Development of semiconductor
quantum dot sensitized solar cells.
Y. Tachibana*
10:30 – 816. Fabrication of dye-sensitizedsolar cells using anthocyanin and chlorophyll. J. Uddin, A.D. Ward
10:50 – 817. Understanding structural disorder: From engineering new materials toreactivity in natural systems.
R.K. Hocking*, H. King, S. Chang,
A. Hesson
11:10 – 818. Photoelectrochemistry and surface science of doped hematite catalysts:
from fundamental to applied research.
P. Zhao*
11:30 – 819. Revisiting electronic structureof N-, H-, and (N, H)-doped TiO2 basedon spin-polarized self-interaction-corrected density functional theory calculations. Y. Kim*, J. Choi
Hyatt Regency Waikiki
Makai Bllrm
Artificial Photosynthesis: Photo-induced
Water Splitting (#193)

Organized by: R. Abe, K. Domen,
A. Kudo, T. Meyer, J. Lee
Presiding: R. Abe, K. Domen, K. Maeda
8:00 – 820. Water oxidation under visible
light using valence band controlled oxynitride photocatalysts. H. Kato*,
M. Kobayashi, M. Kakihana
8:15 – 821. Highly selective water oxidation
on tungsten oxide (IV) photocatalyst particles having controlled rectangularshapes. O. Tomita, S. Nitta, Y. Matsuta,
K. Takagi, S. Hosokawa, M. Higashi,
R. Abe*8:30 – 822. Photocatalytic water oxidation
over PbCrO4 with 2.3 eV band gap in
IO3-/I- redox mediator under visible light.
Y. Miseki*, O. Kitao, K. Sayama
8:45 – 823. Development of photocatalyst
plates for Z-scheme water splitting andthe factors determining their activity.
Q. Wang, T. Hisatomi, Q. Jia, A. Kudo,
T. Yamada, K. Domen*
9:00 – 824. Visible-light-driven Z-schemewater splitting using tungstic acid as oxygen-evolving photocatalyst. H. Suzuki,
M. Higashi, R. Abe
9:15 – 825. Heterogeneous photocatalysis:
New ideas and methodologies toward efficient water splitting. K. Maeda*
9:45 Break
10:00 – 826. Photocatalytic water oxidation
at the semiconductor-aqueous interface:
GaN, ZnO and the GaN/ZnO alloy.
J.T. Muckerman*, M.Z. Ertem,
N. Kharche, M.S. Hybertsen

10:30 – 827. Nanoporous gallium zinc oxynitride photocatalyst for overall water splitting. B. Adeli, F. Taghipour*
10:45 – 828. Preparation of nanosheet pnjunction using NiO and Ca2Nb3O10 nanosheets and its photocatalytic activity.
S. Ida, H. Hagiwara, T. Ishihara
11:00 – 829. Use of silicon nanoparticles as
photosensitizers for a noble-metal free
artificial photosynthesis system.
C.N. Virca, C. Radlinger, J. Lohmolder,
T. McCormick*
11:15 – 830. Light-intensity and particle-size
dependence of heterogeneous photocatalytic oxidation of water. S. TAKEUCHI*,
M. Takase, B. Ohtani
11:30 – 831. Photocatalytic hydrogen evolution from aqueous methanol solution using mixed-valence Sn3O4 under visible
light irradiation. T. Tanabe*,
M. Hashimoto, A.J. Jeevagan, T. Gunji,
S. Kaneko, H. Abe, F. Matsumoto
11:45 – 832. Silver phosphate/single wall
carbon nanotube composite with enhanced photoactivity and stability undervisible light irradiation. V. Kalousek*,
R. Yabunaka, M. SAKAI, Y. Takaguchi,
K. Ikeue
Hyatt Regency Waikiki
Maloko Bllrm
Nanoporous Materials for Renewable
Energy and Sustainability (#266)

Organized by: T. Okubo, S. Qiu, K. Yoon,
R. Lobo
Presiding: S. Qiu, K. Yoon
8:00 – 833. Study of structural effects via anodic aluminum oxide as a novel inorganic
separator for lithium ion batteries. Y. Ahn,
Y. Yang, Z. Yin, H. Kim, S. Cho, J. Yoo,
Y. Kim*
8:20 – 834. Sustainable carbon materials derived from biomass as platimum-free catalysts for the oxygen reduction reaction infuel cells. M. Titirici*, K. Preuss,
A. Marinovic
8:40 – 835. Pd nanoparticles encapsulated
in hollow titanosilicate nanospheres as an
ideal nanoreactor for one-pot oxidation
reaction. Y. Kuwahara*, T. Ando,
H. Yamashita
9:00 – 836. Structure, adsorption free energy, and spectroscopy of ethanol in
HZSM-5. M. Lee, K. Alexopoulos,
M. Reyniers, V. Glezakou, R. Rousseau*
9:20 – 837. New insights into the disproportionation of n-propylbenzene and isopropylbenzene catalyzed by zeolites.
Y. Byun*, S. Cha*, K. Lee, I. Nam,
S. Hong
9:50 Coffee Break
10:05 – 838. Catalysis for sustainable production of acrylic acid: Potassium-ion exchanged zeolite catalysts for gas-phasedehydration of lactic acid. B. Yan,
A. Mahmood, Y. Liang, B. Xu*
10:25 – 839. Biomass catalytic fast pyrolysis
using hierarchical ZSM-5 zeolites.
D. Gamliel, L. Wilcox, N. Nguyen, S. Du,
G.M. Bollas, J. Valla*
10:45 – 840. Friedel-crafts acylations offurans on lewis-acid-containing zeolites.
M. Koehle, R.F. Lobo
11:05 – 841. MSE-type zeolite as an efficient
catalyst for dimethyl ether-to-olefin reaction. S. Park, S. Inagaki, Y. Kubota** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
11:25 – 842. Small pore molecular sieve catalysts. M.E. Davis
Hyatt Regency Waikiki
Elima
Advances in Microwave Green Chemistry(#360)

Organized by: T. Matsumura,
S. Yanagida, R. Varma, K. Jin,S. [ohuchi@bio.kyutech.ac.jp]
Presiding: K. Ohta, M. Sato,N. Shinohara, Y. Wada
8:00 – 843. Synthesis of carbon nanotubes
by microwave energy. K. Ohta*,
T. Nishizawa, T. Nishiguchi, Y. Chino,
R. Shimizu, Y. Hattori, S. Inoue,
M. Katayama, K. Mizu-uchi, T. Kono
8:30 – 844. Theoretical hypothesis on chemical reactions and phase transitions indense matters with first order fluctuationsin Maxwell-Boltzmann velocity distribution. M. Sato*
8:50 – 845. Study on microwave absorption
property of metal particles by electromasgnetic simulation. N. Shinohara*,
S. Arimasa, K. Kashimura, T. Mitani
9:20 – 846. Frequency dependence of oxygen emission of TiO2-x particles by microwave heating. K. Kashimura, T. Mitani,
N. Shinohara
9:40 – 847. Microwave special effects observed for interfaces. Y. Wada*,
E. Suzuki, M. Maitani, D. Mochizuki
10:10 Break
10:25 – 848. Reduction enhancement ofcopper oxides via selective heating, internal heating, and cleavage of Cu-O bondby microwave magnetic-field irradiation.
J. Fukushima*, H. Takizawa
10:45 – 849. Microwave non-thermal acceleration of photoinduced electron transferfrom CdS quantum dots to bipyridinium
derivatives. F. Kishimoto*, D. Mochizuki,
T. Imai, M. Maitani, E. Suzuki, Y. Wada
11:05 – 850. Science outreach of microwave
technology in Japan. S. Tsubaki,
N. Asahi, K. Ikenaga, S. Ohuchi, S. Kato,
M. Nishioka, Y. Homma, T. Matsumura,T. Mitani, Y. Wada
11:25 – 851. Aurora in Pyrex glass tubes andmolecular modeling of microwave
plasma. S. Yanagida*, T. Kida,
T. Matsumura
11:45 closing remark
Hyatt Regency Waikiki
Mauka Bllrm
Global Strategies for Algal Biomass for
Bioenergy and Biorefinery (#407)

Organized by: A. Kondo, J. Yang,
Y. Yoshikuni
Presiding: Y. Yoshikuni
8:00 – 852. Microalgae-based CO2 reutilization and biorefineries. J. Chang*
8:40 – 853. Kinetic study of nutrients recovery from microalgae in hydrothermal liquefaction. C. Fushimi*, M. Kakimura,T. Tateishi, T. Tanaka
9:00 – 854. Microalgae extraction the use ofsolvent mixtures CO2:MeOH. R. Lee,
P.G. Jessop, P. Champagne
9:20 – 855. Life cycle analysis of energy balance and CO2 reduction in green oil production process by microalgae.
M. Matsumoto*, T. Tanaka, H. Togashi,
H. Hasegawa
9:40 Break
9:55 – 856. Biorefinery of seaweeds for biofuels, chemicals, and feed. A. López
Contreras
10:35 – 857. Valuable substances production using marine biomass wastewater.
Y. Okamura*, H. Takahashi, S. Suzuki,
M. Okawachi, T. Nomura, T. Aki,
Y. Nakashimada, Y. Matsumura
10:55 – 858. Modified CO2-switchable cellulose nanocrystal and its application in microalgal harvesting for biofuel production.
S. Ge, H. Wang, P. Champagne*,
M. Cunningham, P.G. Jessop

11:15 – 859. Development of alginate fuelcells for biorefinery of macroalgae.
H. Yoshikawa, H. Toake, H.T. VU,
E. Tamiya

Saturday Afternoon
Hyatt Regency Waikiki
Kou Ballrm
Integrated Biomass Refinery by Precisely
Designed Heterogeneous Catalysts (#54)

Organized by: A. Fukuoka, A. Katz, H. Liu
Presiding: J.N. Beltramini, Y. Wang
13:00 – 860. Direct catalytic conversion ofcellulose to light naphtha. M. Dusselier*,
B. Op de Beeck, B. Sels
13:15 – 861. Design of dual functional polymeric solid acid catalyts for biomass hydrolysis and dehydration. X. Qian*,
V. Ahn, R. Wickramasinghe
13:30 – 862. Catalytic transformations of cellulose and its derived carbohydrates into
organic acids. W. Deng, Q. Zhang,
Y. Wang*
14:10 – 863. Hydrolysis of lignocellulosic
biomass by biomass-derived carbon catalyst. H. Kobayashi, A. Fukuoka*
14:25 – 864. Understanding the adsorption
and depolymerization of polysaccharides
on carbon surface. P. Chung, A. Katz,
J. Chu14:40 – 865. On route to carbon catalyst design for polysaccharide depolymerization.
A.T. To, P. Chung, A. Charmot, A. Katz
15:00 – 866. Dehydration synthesis of valuable chemicals from biomass-derived
materials. A. Yamaguchi*, O. Sato,N. Mimura, M. Shirai
15:15 – 867. Environmentally benign hydrogenation of biomass-derived compoundswith supported metal catalysts and water
solvent. M. Shirai*, Y. Nagasawa,
K. Yoshida, H. Nanao, T. Sasaki, O. Sato,A. Yamaguchi
15:30 – 868. Conversion of delignified Indonesian rice husk to levulinic acid using hierarchical Mn/ZSM-5 catalyst.
Y.K. Krisnandi*, A. Agnes, D.A. Nurani,
R. Pertiwi
15:45 – 869. Tailored one-pot production offuran-based fuels from fructose in ionicliquid-containing biphasic solvent system. C. Li, H. Cai, B. Zhang, T. Dai,
A. Wang, T. Zhang
16:00 – 870. Single metal atom catalyst:
How does it help in biomass conversion.
N. Yan*
16:20 – 871. New route to biomass-derived
terephthalic acid using Lewis acid molecular sieve catalysts. M.E. Davis
Hyatt Regency Waikiki
Ekahi
Nanostructured Oxides for Energy
Harvesting and Water Splitting (#171)

Organized by: F. Rosei, Z. Wang, E. Diau,
A. Vomiero, X. Sun
13:00 – 872. Nanostructured ceria by pulsed
laser deposition for hydrogen and methane electro-oxidation. S.M. Haile,
W. Jung
13:30 – 873. Solution processable inorganicorganic hybrids for solar cells and water
splitting. M. Loi*
14:00 – 874. Nanostructured oxides and organic-inorganic hybrid materials for photocatalytic hydrogen production.
A. Beltram, T. Montini, M. Melchionna,
M. Prato, P. Fornasiero*
14:20 coffee break
14:50 – 875. Electrochemical impedance
spectroscopy and pH-dependent kineticsof ␣-Fe2O3 ultrathin films for photoelectrochemical water splitting. J. Moir,
N. Soheilnia, G. Ozin
15:10 – 876. Evaluation of different types oftungsten oxide nanomaterials for photoelectrochemical water splitting.
S. Hilaire*, M. Niederberger
15:30 – 877. Synthesis of CuxZnySnzS-oxide
nanowalls on carboncloth and the application in photoelectrochemical water
splitting. Y. Pei , C. Shen, J. Chiu, Y. Tai*

Hyatt Regency Waikiki
Makai Bllrm
Artificial Photosynthesis: Photo-induced
Water Splitting (#193)

Organized by: R. Abe, K. Domen,
A. Kudo, T. Meyer, J. Lee
Presiding: T. Meyer, L. Sun, M. Yagi
13:00 – 878. Solar water splitting in dye sensitized photoelectrosynthesis cells.
T. Meyer, L. Alibabaei, K. Brennaman,
B. Sherman, M. Sheridan, A. Nayak,
D. Ashford, S. Roy
13:30 – 879. Electrochemical instability elucidation of metal oxide adsorbed
phophonate-derivatized Ru(III) poly-pyridyl complexes. D. Harrison*, M. Raber,
J. Hyde, K. Hanson, A. Vanucci,
A. Lapides, L. Alibabaei, M. Norris,
T. Meyer
13:45 – 880. Dye-sensitized NiO as p-type
photocathode for photovoltaic and solar
fuel devices. L. Hammarström*, A.
Brown, L. Zhang, L. d’Amario, L. Antila, J.
Föhlinger, P. Ghamgosar, S. Maji, S. Pullen, G. Boschloo, H. Tian, S. Ott
14:00 – 881. Creation of novel heterogeneous nickel complex catalyst for visiblelight-driven H2 evolution from water.
H. Kakudo, K. Mori, H. Yamashita*
14:15 – 882. Accumulation of charge at molecular acceptors through excitation ofmolecular dyes: One step closer to effective solar water splitting using molecules.
H. Chen, W. Gaieck, S. Breen, J. Siu,
A. Rouzmehr, S. Ardo
14:30 – 883. Two-electron water activation
on earth abundant aluminum porphyrins
as a key-step for artificial photosynthesis.
F. Kuttassery, S. Mathew, S. Sagawa,D. Yamamoto, S. Onuki, Y. Nabetani,
H. Tachibana, H. Inoue*
14:45 Break1
15:00 – 884. Artificial photosynthesis: Photoelectrochemical (PEC) cells for water
splitting based on molecular catalysts.
L. Sun, Y. Gao, F. Li
15:30 – 885. Thin film transition metal phosphide and sulfide catalysts for applications in photoelectrochemical water splitting. T.R. Hellstern, J.D. Benck,
J. Kibsgaard, R. Britto, C. Hahn,
T.F. Jaramillo*
15:45 – 886. Mesoporous IrO2 thin film forhighly efficient electrocatalytic water oxidation toward artificial photosynthesis.
D. Chandra, N. Abe, D. Takama, K. Saito,
T. Yui, M. Yagi
16:00 – 887. Multifunctional NiOx coatedsmall band-gap semiconductors for efficient and stable solar driven water oxidation. K. Sun*, F.H. Saadi, Y. Kuang,
X. Zhou, B.S. Brunschwig, C.W. Tu,
N.S. Lewis
16:15 – 888. Designing 2D covalent organic
frameworks for photocatalytic hydrogen
evolution. F. Haase, V. Vyas, B.V. Lotsch*
16:30 – 889. Well-defined and nanostructured IrOx water splitting electrocatalysts
for efficient solar fuel production in acidic
PEC and PEM environments.
P. Strasser*
16:45 – 890. Photonic nanostructures for efficient solar water splitting. L. Zhang*
Hyatt Regency Waikiki
Maloko Bllrm
Nanoporous Materials for Renewable
Energy and Sustainability (#266)

Organized by: T. Okubo, S. Qiu, K. Yoon,
R. Lobo
Presiding: S. Qiu, K. Yoon
13:00 – 891. Propellane polycyclic structures
as a springboard to new SDA for zeolites:
The discovery of a new high silica zeolite.
S.I. Zones*, D. Xie, M.M. Olmstead,
A. Liu, K. Ghiassi
13:30 – 892. Structure-directing effect of piperazine revealed by reverse temporal
evolution processes. W. Yan*

13:50 – 893. Cyclophosphazene bridged
mesoporous organosilicas for CO2 capture and Cr(VI) removal. P. Rekha,
V. Sharma, P. Mohanty*
14:10 – 894. New class of ZSM-5 catalyst:
Synthesis and catalytic performance of
ZSM-5 with the distribution of Al atoms in
the framework controlled. T. Yokoi*,
T. Biligetu, R. Otomo, J.N. Kondo,
T. Tatsumi
14:30 – 895. Al-rich beta zeolites. Distribution of Al atoms in the framework and related protonic and metal-ion species.
J. Dedecek*, P. Sazama, S. Sklenak,
B. Wichterlova, E. Tabor, P. Klein,
V. Pashkova
14:50 Coffee Break
15:05 – 896. Hydrocarbon trap and more on
aluminum-rich beta zeolites for clean-up
technology of automobiles. M. Ogura*
15:35 – 897. Synthesis of Pt/C catalysts witha high sintering resistance using activated carbon xerogels as the support.
K. Satoh, T. Tsuchiya, S. Iwamura,
I. Ogino, S.R. Mukai*
15:55 – 898. Facile synthesis of metal/metaloxide nanoparticles inside nanoporous
carbon matrix (M/MO@C) through morphology-preserved transformation of
metal-organic framework for energy applications. W. Bak, H. Kim , W. Yoo*
16:15 – 899. Selectively-tuned rare earth adsorption in hybrid mesoporous sorbents:
The critical role of ligand design.
J. Florek, A. Mushtaq, E. Juère,F. Fontaine, D. Larivière, F. Kleitz*
16:35 – 900. Hydrothermal synthesis of porous self-regulating humidity materials.
Z. Jing, J. Fan, Y. Zhang
Hyatt Regency Waikiki
ElimaBridging Homogeneous andHeterogeneous Catalysis in Biorefining of
Lignin (#405)

Organized by: F. Wang, F. Toste, H. Xie,
D. Argyropoulos, R. Rinaldi, R. Baker
Presiding: D. Argyropoulos, H. Xie
13:00 Session kickoff
13:05 – 901. The biorefinery industry need torefine lignin prior to use in a way similar tocrude. D. Argyropoulos*
13:45 – 902. Biobased-organic electrolytes
lignin: Separation, structural elucidation,
and application. H. Xie, C. Peng, X. Yu,
Z. Zhao
14:05 Break
14:15 – 903. Electrocatalytic energy upgrading of lignin model compounds to fuels
and chemicals: A green chemistry imperative. J. Jackson, C. Saffron, C. Lam,
M. Garedew, P. Hao
14:35 – 904. Catalytic conversion of sugarcane bagasse lignin into value-added
products: A strategy for separating andrecycling ionic liquids. X. Li*
14:55 – 905. Lipoxygenase: A new versatileoxidative enzyme in lignin upgrade.
C. Crestini*, H. Lange
15:15 – 906. Supercritical water-induced
lignin reactions: A structural and quantitative assay. Y. Liu*, J. weikun, L. gaojin
15:35 Break
15:45 – 907. Catalytic conversion of lignin
into aromatics by tungsten- and rheniumbased catalysts. T. Zhang*, C. Li,
B. Zhang, A. Wang

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–285

09 – ENRG
Hyatt Regency Waikiki
Mauka Bllrm
Global Strategies for Algal Biomass for
Bioenergy and Biorefinery (#407)

Organized by: A. Kondo, J. Yang,
Y. Yoshikuni
Presiding: M.S. Park
13:00 – 908. Development of biorefineryfrom microalgae and cyanobacteria.
A. Kondo
13:40 – 909. Drop-in-fuel production fromalkenone-producing marine haptophyte
algae. Y. SHIRAIWA*, H. Araie, Q. Shi,
Y. Tsuji, T. Kotajima, Y. Hanawa,
I. Suzuki, H. Nakamura, K. Sawada
14:00 – 910. Photosynthetic hydrogen formation in Chlamydomonas reinhardtii.
F. Mamedov, A. Basu, S. Styring,
A. Volgusheva
14:20 – 911. Investigation of kinetics of cultivation of low temperature tolerant Chlorella vulgaris for lutein production and recovery. A. Bassi*
14:40 Break
14:55 – 912. Construction of genome designed yeasts for direct assimilation ofmacroalgae by synthetic biology.
T. Takagi*, Y. Sasaki, K. Motone,
H. Morisaka, K. Kuroda, M. Ueda
15:35 – 913. Achieving high glycogen production rates in the marine cyanobacterium, Synechococcus sp. PCC 7002
through metabolic engineering.
A. Markley*, B. Pfleger
15:55 – 914. RNA-based gene regulators forcontrolling gene expression in cyanobacteria. Y. Sakai, I. Sakamoto, C. Shono,
S. Kawai, K. Abe, K. Sode, K. Ikebukuro*
16:15 – 915. Bacterial metagenomes as potential resources for isolation of biorefinery enzymes in brown macroalgae degradation. T. Mori*, M. Takahashi,
Y. Yumiko, T. Shibata, T. Takagi,
R. Tanaka, H. Miyake, K. Kuroda,
M. Ueda, H. Takeyama
16:35 Closing remark

Saturday Evening
Hawaii Convention CenterHalls I, II, III
Integrated Biomass Refinery by Precisely
Designed Heterogeneous Catalysts (#54)

Organized by: A. Fukuoka, A. Katz, H. Liu
Presiding: A. Fukuoka, M. Yabushita
Poster Session
19:00 – 21:00
916. Production of phenolic compounds
from lignin by two step process.
Y. Nakasaka*, R. Konishi, Y. Kawamata,T. Yoshikawa, Y. Koyama, T. Tago,
T. Masuda
917. Effect of basic property of Co-loaded
catalysts on hydrodeoxygenation of guaiacol. M. Iwaki*, N. Ikenaga
918. Hydrogenation of alkylphenol over supported metal catalysts in water solvent.
Y. Nagasawa, H. Nanao, O. Sato,A. Yamaguchi, M. Shirai*
919. Synthesis of high density aviation fuelwith cyclopentanol derived from lignocellulose. N. Li, X. Sheng, G. Li, W. Wang,
J. Yang, Y. Cong, A. Wang, X. Wang,
T. Zhang
920. Synthesis of jet-fuel range aromatic hydrocarbons by the hydrodeoxygenationof isophorone over MoOx/SiO2. N. Li,
F. Chen, W. Wang, A. Wang, Y. Cong,
X. Wang, T. Zhang*
921. Synthesis of renewable diesel or jet fuelrange alkanes with 2-methylfuran. N. Li,
G. Li, A. Wang, Y. Cong, X. Wang,
T. Zhang*
922. Designing a new CO/ZrO2-SiO2 bimodal catalyst for jet-fuel direct synthesis
from a CO2-containing syngas via FisherTropsch synthesis. J. Li, G. Yang,
Y. Yoneyama, N. Tsubaki*
923. Catalytic conversion of xylose to furfuralin water and simultaneous extraction withsupercritical carbon dioxide. O. Sato*,
A. Yamaguchi, Y. Masuda, Y. Kiyozumi,
N. Mimura, E. Kato, M. Shirai

286 –TECHTECHNICAL PROGRAM
924. Study of the effect of model size andsolvation on the formation of levoglucosan. L. Aebersold, J. Henry, B. Leja,
D. Wang, A. Seitz, J. Song*925. Conversion of cellulose to n-hexane orhexanol over Ir-ReOx/SiO2 catalyst combined with acid. S. Liu, M. Tamura,
Y. Nakagawa, K. Tomishige
926. Hydrolysis of woody biomass by air-oxidized carbon catalyst. K. Techikawra,
H. Kobayashi, H. Kaiki, A. Fukuoka
927. Adsorption and hydrolysis of cellulosic
molecules on activated carbon catalysts.
M. Yabushita, H. Kobayashi,
J. Hasegawa, K. Hara, A. Fukuoka*
928. Dehydration of sorbitol to isosorbide
over H-beta zeolites. H. Yokoyama,
H. Kobayashi, M. Yabushita, B. Feng,
A. Fukuoka*
929. Furfural synthesis from bamboo powder
with CHA-type zeolite and water solvent.
K. Yoshida, H. Nanao, O. Sato,
Y. Kiyozumi, A. Yamaguchi, M. Shirai*
930. Selective synthesis of 2-methyltetrahydrofuran from levulinic acid using solidacid-supported Pt-Mo bimetallic catalyst.
K. Togo, Z. Maeno, T. Mitsudome,
T. Mizugaki, K. Jitsukawa, K. Kaneda*
931. Effect of Sn addition on the conversion
reaction of ethanol to the C4 compounds
over Ru/Al2O3 catalyst. S. Ishikawa,
A. Yoshida, J. Nakazawa, S. Hikichi,
S. Naito932. Hydrogen production by aqueous
phase reforming reaction of acetic acidover supported ruthenium catalysts.
T. Nozawa, A. Yoshida, J. Nakazawa,
S. Hikichi, S. Naito*
933. Sustainable catalytic conversions: Production of organic acids from inediblebiomass resources over heterogeneous
catalysts. H. Choudhary, S. Nishimura,
K. Ebitani*934. Development of precisely designed heterogeneous catalysts for valorization of
biomass-derived feedstock. T. Mizugaki,
Z. Maeno, T. Mitsudome, K. Jitsukawa,
K. Kaneda*
935. Highly selective transesterification ofglycerol to monoacetylglycerol using heterogeneous base catalysts. T. Morita,
Z. Maeno, T. Mitsudome, T. Mizugaki,
K. Jitsukawa, K. Kaneda*
936. Bifunctional Mo-V-O/ZSM-5 catalysts
for direct oxidehydration of glycerol toacrylic acid. T. Hisazumi, S. Suganuma*,
N. Katada937. Synthesis of bio-based thiophene derivatives with supported ionic liquids in a
fluidized bed reactor. P. Filippousi,
Z. Zhang, J. Wilton-Ely, P. Fennell,
J.P. Hallett*938. Ni based alloy catalysts for chemoselective hydrogenation of unsaturated carbonyls. S. Shimazu*, W. Putro,
R. Rodiansono, T. Hara, N. Ichikuni
939. High-performance Cu/SiO2 catalyst for
ethylene glycol synthesis via dimethyl oxalate hydrogenation. G. Liu, P. Ai,
G. Yang, Y. Yoneyama, N. Tsubaki*
940. Conversion of volatiles produced frompolyacrylonitrile-based carbon fiber manufacture over Ni/dolomite catalyst.
Q. Sun*, M. Ye, J. Chen, Z. Wu
Hyatt Regency Waikiki
Kou Ballrm
Nano Catalysis for Clean Energy andEnvironmentally Friendly Chemical
Production (#81)

Organized by: A. Dalai, N. Abatzoglou,
B. Davis, A. Uddin, J. Kozinski, G. Yadav,
A. Tavasoli
Presiding: Y. Chin, K.K. Pant
19:00 Opening Remarks-Nanocatalysis for
Chemical Production -II
19:02 – 941. Oxidative steam reforming of
bio-ethanol over multifunctional Ni/Al2O3CeO2-ZrO2 catalyst. T. Mondal,
M. Sajnani, K.K. Pant*, A. Dalai
19:22 – 942. Treatment of phenol in waterusing microwave assisted advanced oxidation processes. A. Verma, V. Meda,
A. Dalai

19:40 – 943. Visible light driven transformation of aliphatic alcohols to corresponding esters in O2 under mild conditions.
Q. Xiao*, H. Zhu*
20:00 – 944. Catalytic consequences of reactant size and local site confinement foraldehyde deoxygenation on solid Brønsted acid catalysts. F. Lin , Y. Chin
20:20 – 945. Synthesis, characterization, andcatalytic applications of K-CoRhMo catalysts supported over carbon nanohorns(CNHs) and its by-products (OCP & OCPf)
for the HAS reaction. P.E. Boahene,
A. Dalai*, R. Sammynaiken
20:40 – 946. Selective hydrogenation of ␣,␤unsaturated aldehydes to unsaturated alcohols over metal oxide-modified Ir catalysts. M. Tamura, Y. Nakagawa,K. Tomishige
Hawaii Convention CenterHalls I, II, III
Artificial Photosynthesis: Photo-induced
Water Splitting (#193)

Organized by: R. Abe, K. Domen,
A. Kudo, T. Meyer, J. Lee
Poster Session
19:00 – 21:00
947. Preparation of gold nanoparticle/layered semiconductor hybrids and their application to photocatalytic hydrogen evolution. M. Eguchi*, K. Maeda
948. Effects of composition and surface
modification on PEC properties of Cu(In,Ga)Se2 photocathodes. H. Kaneko,
T. Minegishi, K. Domen*
949. Photoelectrochemical properties of
SrNbO2N photoanodes based on highly
crystalline particles using flux methods.
M. Kodera, H. Urabe, T. Hisatomi,
M. Katayama, T. Minegishi, K. Domen*
950. Fabrication of Ta3N5 photoanodes forsolar water splitting by thin film transfer
process. C. Wang, T. Hisatomi,
T. Minegishi, T. Yamada, J. Kubota,
K. Domen*
951. Synthesis of a series of bismuth mixed
anions compounds and their application
to photocatalytic water splitting and photovoltaic systems. H. Kunioku,
A. Nakamura, M. Higashi, R. Abe*952. Visible-light-induced oxidation of waterusing Al porphyrin adsorbed on semiconductor. S. Onuki, D. Yamamoto,
S. Mathew, F. Kuttassery, Y. Nabetani,
H. Tachibana, H. Inoue*
953. La-Ti oxysulfides as a photoelectrodefor water splitting. G. Ma, J. LIU,
T. Hisatomi, T. Minegishi, H. Nishiyama,
M. Katayama, T. Yamada, K. Domen*
954. Photophysical and electrochemical
study of tin porphyrins as molecular catalyst for artificial photosynthesis.
A. Thomas, D. Yamamoto, Y. Nabetani,
S. Onuki, H. Tachibana, H. Inoue*
955. Tailoring the redox properties of siliconporphyrins for water activation.
S.N. Remello, T. Hirano, D. Yamamoto,
S. Onuki, Y. Nabetani, H. Tachibana,H. Inoue*
956. Direct fabrication of Ta3N5 photoanodevia nitridation of NaTaO3 precursor film
prepared by hydrothermal-electrochemical method. S. Osada, C. Izawa,
T. Watanabe
957. Synthesis of SrNbO2N photocatalyst byflux assisted nitridation with co-nitriding
agent. Y. Hirano, H. Ebato, T. Watanabe
958. Utilization of cage-type ligands for photochemical and oxygen-converting transition metal complexes. Y. Funahashi*,
K. Hara, S. Yonaga, K. NAGATA,
T. Hatanaka
959. Application and analysis of protection
layers for photoinduced water oxidationin alkaline media. M.F. Lichterman*,S. Hu, M. Richter, E. Crumlin,
S. Axnanda, M. Favaro, W. Drisdell,Z. Hussain, T. Mayer, B.S. Brunschwig,
N.S. Lewis, Z. Liu, H. Lewerenz
960. Enhanced water oxidation on metal
oxynitrides photocatalysts under visible
light by using polyoxometalates as cocatalysts. Y. Iwase, O. Tomita,
M. Higashi, R. Abe*

961. Paddlewheel-type dirhodium tetracarboxylate complexes as catalyst for photochemical hydrogen evolution from water. Y. Kataoka*, N. Yano, T. Kawamoto,
M. Handa
962. Highly efficient photochemical reduction of water using anchor-shape dinuclear rhodium complexes. N. Yano*,
Y. Kataoka, T. Kawamoto, M. Handa
963. Efficient photochemical production ofhydrogen in aqueous solution by simply
incorporating a water-insoluble hydrogenase mimic into hydrogel. T. Yu, Y. Li*
964. Rhodium-doped barium titanate semiconductor photocatalyst prepared by ahydrothermal method for hydrogen evolution under visible light. S. Nishioka*,
O. Ishitani, K. Maeda
965. Overall water splitting on a restacked
nanosheet photocatalyst with highly dispersed noble metal nanoparticles.
T. Oshima*, O. Ishitani, K. Maeda
966. Robust artificial photosynthetic catalyst
made in situ from QDs and metal salts for
efficient hydrogen evolution. Z. Li*,X. Fan, C. Tung, L. Wu*
967. Preparation of heterostructured ZnSe/AgInS2 nanoparticles and their photocatalytic properties. M. Kishi*,T. Kameyama, S. Kuwabata, T. Torimoto
968. High performance photoelectrolysis
tandem cell system for solar hydrogenproduction. H. Nishiyama, Y. Kuang,
N. Sato, H. Kobayashi, M. Zhong, Q. Jia,
T. Minegishi, T. Hisatomi, T. Yamada,
K. Domen*
969. Solar powered hydrogen production using conjugated polymer films. P. Fortin*,
G. Suppes, S. Holdcroft970. Exploring the possibilities of guest-hostsupramolecular systems of earth abundant metal incorporated molecular catalyst for artificial photosynthesis.
S. Mathew, F. Kuttassery, D. Yamamoto,
S. Onuki, Y. Nabetani, H. Tachibana,H. Inoue*
971. Photocatalytic reduction of CO2 overnanocomposites of mesoporous silica
and SrTiO3 nanocubes. T. Ohashi*,Y. Miyoshi, K. Katagiri, K. Inumaru*
972. Ta3N5-based photoanodes for solarlight-driven water splitting. M. Zhong*,
Y. Sasaki, H. Nishiyama, T. Yamada,
K. Domen
973. Importance of the surface passivating
ligand of CdSe quantum dots for photocatalytic hydrogen evolution.
K. Sawaguchi, A. Kobayashi*,
M. Yoshida, M. Kato*
974. Effect of Sr vacancies and substitutionals on the bandstructure of SrNbO3: A
DFT analysis. M. Kaneko*, G. Giorgi,
K. Yamashita
975. Red-light induced all-solid-stateZ-scheme using silver as a redox shuttle.
R. Kobayashi, K. Kurihara, S. Tanigawa,T. Takashima, H. Irie*
976. Grafting cocatalyst onto zinc rhodiumoxide/silber/defective silver antimonate
hetero-junction photocatalyst to enhancewater-splitting activity. S. Matsumoto,
R. Kobayashi, H. Irie*
977. Photocatalytic activity of perovskite oxides containing tetravalent lanthanide
ions. Y. Yoshida, N. Taira*, M. Ota
978. Synthesis and photoelectrochemical
properties of antimony-based ternary
semiconductors containing halogen anions. M. YABUUCHI, M. Higashi, R. Abe*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

09 – ENRG
Hawaii Convention CenterHalls I, II, III
Global Strategies for Algal Biomass for
Bioenergy and Biorefinery (#407)

Organized by: A. Kondo, J. Yang,
Y. Yoshikuni
Poster Session
19:00 – 21:00
979. Analysis of composition and antioxidative properties of phlorotannins isolated
from Japanese Eisenia and Ecklonia species. T. Shibata*, K. Nagayama,
T. Saitoh, R. Tanaka, H. Miyake,
Y. Tamaru, S. Kawaguchi, M. Ueda
980. Intracellular and extracellular timecourse proteome analyses of Clostridium
cellulovorans grown on xylan.
S. Aburaya*, J. Shin, K. Esaka,
H. Morisaka, K. Kuroda, M. Ueda
981. Molecular breeding of yeasts for platinum reduction. R. Ito*, H. Hashimoto,K. Kuroda, M. Ueda
982. Development of in vivo methylation system for gene-modification of cellulolytic
bacterium, Clostridium cellulovorans.
J. Shin*, A. Ishitaka, K. Kuroda, M. Ueda
983. Molecular breeding of yeast for assimilating xylan from marine biomass.
Y. Sasaki*, T. Takagi, H. Morisaka,
K. Kuroda, M. Ueda
984. Construction of “glucose formation
platform” using cellulosome-producing
bacterium Clostridium cellulovorans.
T. Inamori*, A. Ishitaka, S. Aburaya,
H. Morisaka, K. Kuroda, M. Ueda
985. Molecular breeding of yeasts for utilization of a marine polysaccharide laminarin.
K. Motone*, T. Takagi, H. Morisaka,
K. Kuroda, M. Ueda
986. Regulatory mechanisms for expressionof cellulosomal and non-cellulosomal
genes in Clostridium cellulovorans.
T. Ishikawa*, R. Tanaka, T. Shibata,K. Kuroda, M. Ueda, Y. Tamaru,
H. Miyake*987. Creation of new cellulosome-producing
strains for next generation biorefinery.
A. Hiramatsu*, K. Kuroda, M. Ueda,
Y. Tamaru, H. Miyake*988. Development of a transformation system for the mesophilic cellulosome-producing bacterium Clostridium cellulovorans. M. Okada*, H. Miyake*989. Identification of cellulosomal enzymes
for the construction of cellulosomes from
Clostridium cellulovorans. C. Nagaya*,
G. Ishikawa*, R. Tanaka, T. Shibata,K. Kuroda, M. Ueda, Y. Tamaru,
H. Miyake*
990. Characterization of novel alginate
lyases of Falsirhodobacter sp. alg1 isolated from brown algae. M. Takahashi,
T. Mori*, R. Tanaka, T. Shibata, S. Chow,
K. Kuroda, M. Ueda, H. Takeyama
991. Energy-saving lipid extraction from wet
microalgae by low-boiling-point solvent
dimethyl ether at room temperature.
H. Kanda*, R. Hoshino, K. Murakami,
M. Ogawa, S. Machmudah, W. Diono,
M. Goto992. Alkane production by genetically engineered marine cyanobacterium Synechococcus sp. NKBG 15041c. Y. Ito,
Y. Liang, N. Kakunaka, T. Yoshino,
T. Tanaka*
993. Genetic engineering for the overproduction of polyhydroxybutyrate in cyanobacteria. S. Hondo, M. Takahashi,
T. Osanai, M. Matsuda, T. Hasunuma,
A. Tazuke, Y. Nakahira, S. Chohnan,
M. Hasegawa, M. Asayama*
994. Overproduction of alkane as biofuelfrom an engineered cyanobacteirum under heterotrophic culture condition.
H. Fukuda
995. Control the self-aggregation of cyanobacteria by regulating pilus gene. A. Ito,
M. Nakamura, K. Abe, K. Kojima, S. Ferri,
K. Sode*996. Engineering of a wide dynamic range
green-light regulation system for gene expression in Synechocystis sp. PCC 6803.
C. Shono, K. Abe, I. Sakamoto, K. Ueno,
Y. Sakai, K. Sode, K. Ikebukuro*997. Improving photoautotrophic growth bymaintaining a fixed growth pH and a sufficient inorganic carbon. B. Nguyen*,
B.E. Rittmann
998. Synthesis of CdSe nanoparticles by using a low concentration of cadmium ionsand the apoferritins of marine pennate diatoms. M. Yamane, I. Yamashita,
K. Iwahori*999. Quantitative analysis of pH stress response in maltose-cxcreting Chlorella using transcriptomic profiling. V. Natarajan,
K. Coster, B. Barney1000. Characterization of the cold-tolerantoleaginous diatom, Mayamaea sp. JPCC
CTDA0820 as potential source for biodiesel production. D. Nojima, K. Ikeda,
M. Matsumoto, Y. Maeda, T. Yoshino,
T. Tanaka*
1001. Alkenone and transcriptome analysisof the response to cold temperature in
the marine haptophyte alga, Emiliania
huxleyi. H. Araie*, M. Baba, T. Kotajima,
I. Suzuki, Y. SHIRAIWA
1002. Diversity of hydrocarbons producedby alkenone-producing haptophyte algae. H. Nakamura*, H. Araie, K. Sawada,
I. Suzuki, Y. SHIRAIWA
1003. Deveplopment of fucose fuel cell forbiorefinery of macroalgae. H.T. VU,
H. Yoshikawa, H.Q. Le , H. Toake,
E. Tamiya*
1004. Effect of salinity on methanogenic propionate degradation by acclimated marine sediment-derived culture. T. Miura,
A. Kita, Y. Okamura, T. Aki,
Y. Matsumura, T. Tajima, J. Kato,
Y. Nakashimada*1005. Analysis of anaerobic alginate degradation mechanism in bacterial consortium. A. Kita*, T. Miura, Y. Okamura,
T. Aki, Y. Matsumura, T. Tajima, J. Kato,
N. Nishio, Y. Nakashimada
1006. Direct analysis via mass spectrometryof products from hydrothermal pretreatments of glucose. P. Duangkaew,
S. Inoue, T. Aki, Y. Nakashimada,Y. Okamura, T. Tajima, Y. Matsumura*
1007. Decomposition reaction of D-(⫹)-mannose under hydrothermal condition.
R. Mohamad, T. Aki, Y. Nakashimada,Y. Okamura, T. Tajima, Y. Matsumura*
1008. Squalene production by marine bacterium in wastewater derived from algal
biomass. S. Suzuki, M. Suemitsu*,
H. Takahashi*, M. Matsumoto*, T. Aki*,
Y. Nakashimada*, Y. Matsumura*,
Y. Okamura*1009. Screening of triacylglycerol producing
bacteria for reducing propionic acid.
M. Okawachi, M. Suemitsu*,
M. Matsumoto*, T. Aki*, Y. Matsumura*,
Y. Nakashimada*, H. Takahashi*,
Y. Okamura*
1010. Efficient production of biodiesel frommarine alga, Scenedesmus sp. from
acidic in situ transesterification process.
H.Y. Lee*, W.Y. Choi, D.H. Kang
1011. Hydrothermal liquefaction of macro algae to value added hydrocarbons.
R. Singh, B.B. Krishna, B. Thallada*
1012. Enhancement of biomass productivity
in marine oleaginous diatom Fistulifera
solaris by silencing of fucoxanthin chlorophyll a/c binding protein gene.
T. Yoshino, C. Takahashi, M. Muto,
Y. Liang, Y. Maeda, T. Tanaka
1013. Dynamic oil body generation in themarine oleaginous diatom Fistrulifera solaris JPCC DA0580 following in response
to nutrient limitation revealed by morphological and lipidomic analysis. Y. Liang,
K. Osada, Y. Maeda, T. Yoshino,
C. Bowler, T. Tanaka
1014. Proteome analysis of the oil body-associated proteins in the marine oleaginous diatom Fistrulifera solaris JPCC
DA0580. Y. Maeda, D. Nojima,
T. Yoshino, T. Tanaka*
1015. Cell-surface display of interactive proteins on the oleaginous diatom Fistulifera
solaris for biomass harvesting.
T. Tateishi, Y. Maeda, M. Muto,
T. Yoshino, T. Tanaka*

Sunday Morning
Hyatt Regency Waikiki
Kou Ballrm
Integrated Biomass Refinery by Precisely
Designed Heterogeneous Catalysts (#54)

Organized by: A. Fukuoka, A. Katz, H. Liu
Presiding: H. Liu, T. Shishido
8:00 – 1016. AuPd bimetallic nanoparticles
catalyzed selective oxidation of biomassbased 1,6-hexanediol to 6-hydroxycaproic acid using H2O2 oxidant in basic
aqueous solvent. S. Nishimura, J. Tuteja,
H. Choudhary, K. Ebitani*
8:15 – 1017. Lactic acid formation from 1,3dihydroxyacetone over phosphate/TiO2
with water-tolerant Lewis acid sites.
K. Nakajima*, M. Hara
8:30 – 1018. Separations in integrated biomass refinery. K. Park, S. Yiacoumi*,
C. Tsouris, A. Borole
8:45 – 1019. Selective dehydrocyclizationcracking of soybean oil using zeolite-alumina composite supported PtNiMo catalysts. A. Ishihara*, T. Ogiyama,
T. Hashimoto, H. Nasu
9:00 – 1020. In-situ spectroscopy studies on
surface reactions of biomass-derived oxygenates. C. Sievers, G. Foo ,J.R. Copeland, J. So
9:20 – 1021. Hydrogenolysis of glycerol over
Pt/WO3/Al2O3 catalysts. H. Kobayashi,
H. Miura, T. Shishido*
9:35 – 1022. Catalytic behavior of Pd-Re
catalyst in glycerol hydrogenolysis to propanediols – effect of Pd precursors. Y. Li,
D. He
9:55 – 1023. Development of heterogeneous
metal catalysts for the production of biomass-derived chemicals by catalytic hydrogenolysis and hydrogenation.
K. Tomishige*
10:35 – 1024. Rule-based and experimentcoordinated reaction network generation
and analysis of coking in catalytic pyrolysis of bio-oil relevant model compounds.
S. Du, D. Gamliel, J. Valla, G.M. Bollas*
10:50 – 1025. Periodic trends and requirements for aqueous phase transfer hydrogenation of acetic acid on Group VIII
metal clusters. J. Shangguan, Y. Chin
11:05 – 1026. Selective hydrogenolysis offurfural to 1,2-pentanediol catalyzed byhydrotalcite-supported platinum nanoparticles. T. Mizugaki, Y. Nagatsu,
Z. Maeno, T. Mitsudome, K. Jitsukawa,
K. Kaneda*
11:20 – 1027. Catalytic conversion of cellulose to ethylene glycol: from fundamental
discovery to potential commercialization.
M. Zheng, J. Pang, A. Wang, T. Zhang
Hyatt Regency Waikiki
Ekahi
Nanostructured Oxides for Energy
Harvesting and Water Splitting (#171)

Organized by: F. Rosei, Z. Wang, E. Diau,
A. Vomiero, X. Sun
8:00 – 1028. Self-assembly formation andcontributing factor of epitaxial nanogroove arrays on rock salt structured oxide thin films. A. Matsuda*, R. Yamauchi,
S. Kaneko, M. Yoshimoto
8:20 – 1029. Metal-to-insulator transition
studies of vanadium oxide and samarium
nickelate thin films for energy devices.
M. Chaker*, N. Emond, B. Torriss
8:50 – 1030. Fabrication of abundant Zn vacancies in ZnO for p-type conductivity,room-temperature ferromagnetism andhigh photocatalytic activity. L. Pan,
X. Zhang, L. Wang, J. Zou*
9:10 – 1031. Reduced graphene oxide supported nickel, manganese, and cobalt
ternary oxide nanocomposite catalysts
for oxygen evolution reaction. R. Miao,
J. He, Z. Luo, W. Song, S. Suib
9:30 coffee break
10:00 – 1032. Synthesis and bacterial resistance of zwitterionic MCM-41 nanostructured materials. E. Delgado*, F. Villegas,
O. Rodriguez, I. Izquierdo, A. Salinas,
M. Vallet-Regı́, G. Toriz

10:20 – 1033. Effect of phosphate ions forwater oxidation using iridium oxide catalysts. Y. Inaba, K. Nakamura,
T. Kuwabara, T. Yamaguchi,
K. Takahashi*
Hyatt Regency Waikiki
Makai Bllrm
Artificial Photosynthesis: Photo-induced
Water Splitting (#193)

Organized by: R. Abe, K. Domen,
A. Kudo, T. Meyer, J. Lee
Presiding: R. Abe, A. Kudo, F. Osterloh
8:00 – 1034. Photocatalytic and photoelectrochemical solar water splitting using reduced graphene oxide-incorporated
metal sulfides. A. Iwase, K. Iwashina,
I. Honma, A. Kudo
8:15 – 1035. Advanced materials manufacturing in solar water splitting technologies. E.L. Miller*
8:30 – 1036. Computational identification ofmaterials for solar energy conversion including semiconductors for water splitting. D.S. Ginley*, S. Lany, W. Tumas,
V. Stevanovic
8:45 – 1037. Recent progress in wide bandgap chalcopyrite thin film materials development for unbiased photoelectrochemical hydrogen production. N. Gaillard*,
A. Deangelis, C. Heske, M. Blum,
T.F. Jaramillo, T.R. Hellstern, T. Ogitsu,
h. wang
9:00 – 1038. Photoelectrode system for the
production of hydrogen and high-valueadded oxidation reagents. K. Sayama*,
K. Fuku, Y. Miseki, T. Funaki
9:15 – 1039. Measuring junction potentials at
illuminated particle photocatalysts.
F. Osterloh*
9:45 Break1
10:00 – 1040. Electrochemical synthesis ofternary oxide photoelectrodes for use insolar water splitting. K. Choi
10:30 – 1041. Durable water oxidation undersimulated sunlight using BaTaO2N photoanodes prepared by particle transfer
method. K. Ueda, T. Minegishi,
T. Hisatomi, M. Katayama, T. Yamada,
K. Domen
10:45 – 1042. Silicon based devices forcheap, efficient, and scalable solar water
splitting. W. Smith
11:00 – 1043. Absorption of light in silicon
microwire arrays for photo-electrochemical applications. M. Dasog, N.S. Lewis*
11:15 – 1044. Thin film fabrication of
BaNbO2N for photoelectrochemical water oxidation. M. Katayama, M. Kodera,
R. Tajima, T. Minegishi, J. Kubota,
K. Domen
11:30 – 1045. Designing water splitting devices composed of photocatalysts.
T. Yamada*Hyatt Regency Waikiki
Maloko Bllrm
Nanoporous Materials for Renewable
Energy and Sustainability (#266)

Organized by: T. Okubo, S. Qiu, K. Yoon,
R. Lobo
Presiding: R.F. Lobo, T. Okubo* Principle Author

Photographing of presentations
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prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–287

09 – ENRG/10 – HLTH
8:00 – 1046. Summary of nanoporous materials research at CSIRO Australia.
M.R. Hill
8:20 – 1047. Redox activity of a nanoporous
metal-organic framework MIL-100 for
cathode of lithium ion battery.
T. Yamada, K. Masutani
8:40 – 1048. Hierarchical porous prussian
blue analog nanocrystals for sodium-ion
battery applications. M. Hu*
9:00 – 1049. Intriguing differences in hydrogen adsorption in CPO-27 materials induced by metal substitution.
M.H. Rosnes, M. Opitz, M. Frontzek,
W. Lohstroh, J.P. Embs, P.A. Georgiev,
P.D. Dietzel*
9:20 – 1050. Syntheses of hydrothermallystable metal-organic frameworks andtheir applications to adsorption-driven
heat transformation. Y. Hwang, U. Lee,
C. Serre, S.M. Humphrey, J. Chang
9:50 Coffee Break
10:05 – 1051. Development of zeolite membranes for isopropyl alcohol dehydration
process. M. Matsukata*
10:25 – 1052. Hybrid nanoporous materials
for acid gas removal. A. Sayari*
10:45 – 1053. Selective CO2 capture fromhumid flue gases and humid atmosphereusing a novel microporous coppersilicate.
S.J. Datta, C. Khumnoon , Z. Lee,W. Moon, I. Hwang, K. Yoon*
11:05 – 1054. Supercapacitive swing adsorption of carbon dioxide. B. Kokoszka,
N.K. Jarrah, C. Liu, D.T. Moore,
K. Landskron
11:25 – 1055. Light gas separations andstorage with MOFs via modeling, synthesis, and pressure induced structuralchanges. T. Nenoff*, D. Sava Gallis,
M. Parkes, J. Greathouse, M. Rodriguez,
K. Chapman
11:55 Closing Remarks
Hyatt Regency Waikiki
ElimaBridging Homogeneous andHeterogeneous Catalysis in Biorefining of
Lignin (#405)

Organized by: F. Wang, F. Toste, H. Xie,
D. Argyropoulos, R. Rinaldi, R. Baker
Presiding: R. Baker
8:00 – 1056. Selective, catalytic aerobic C-C
bond cleavage of lignin models and extracts. R. Baker*
8:40 – 1057. Hydroconversion of lignin-derived phenolic and aromatic ether compounds over highly active Ni-Nb-O catalysts. C. Liang
9:00 Break
9:10 – 1058. Lignosulfonate-based acidic
resin for the synthesis of renewable diesel
and jet fuel range alkanes with 2-methylfuran and furfural. S. Li, N. Li, G. Li,
A. Wang, Y. Cong, X. Wang, T. Zhang*
9:30 – 1059. Direct and selective hydrogenolysis of arenols and aryl methyl ethers.
S. Kusumoto, K. Nozaki*
9:50 Break
10:00 – 1060. Hydrodeoxygenation of ethanol organosolv lignin to aromatic hydrocarbons by metal-organic frameworks.
J. Zhou*, w. xing, j. wenchao, g. yanzhu,
h. ying, l. haiming
10:20 – 1061. Utilization of lignin isolated using steam process to produce addedvalue chemicals (L-chems) and drop-in
jet fuel (L-fuels). J. Lavoie*, F. Lemoine,
K. Louis10:40 – 1062. Hydrogenolysis of lignin andlignosulfonate over nickel-based catalysts. F. Wang

288 –TECHTECHNICAL PROGRAM
HLTH
Area 10 – Bench to
Bedside: Chemistry of
Health Care
Tuesday Morning
Sheraton Waikiki
Waialua
Oligonucleotide Therapeutics: From BasePairs to Bedsides (#8)

Organized by: M. Manoharan, M. Damha,
T. WadaPresiding: M.J. Damha
8:00 Opening remarks
8:05 – 1. Efficient intramolecular decarboxylative process for the cleavage of 2’-Oiminooxymethyl propanoate protecting
groups from RNA sequences.
S.L. Beaucage*
8:35 – 2. DNA/RNA heteroduplex oligonucleotide for highly efficient gene silencing.
T. Yokota*
9:05 – 3. GalNAc-conjugated siRNAs as a
new paradigm in RNAi therapeutics.
M. Manoharan*
9:35 – 4. Advances in tumor delivery ofsiRNA: Non-hepatic xenograft, GEMM
and PDX Tumor Models and CTNNB1targeted RNAi. B.D. Brown*
10:05 Break
10:20 – 5. Taking lessons from nature for thedelivery oligonucleotide therapeutics.
A. Levin*
10:50 – 6. Development of polymeric materials for systemic siRNA delivery to solid
tumor. K. Miyata*, K. Kataoka
11:20 – 7. Studies of modified oligonucleotides directed toward nucleic acid drugs.
M. Sekine*
11:50 Closing remarks
Sheraton Waikiki
Waianae
Fragment-based Lead Discovery (#145)

Organized by: D. Erlanson, M. Scanlon,
K. Ruan, D. Tanaka, J. Tyndall
Presiding: D. Erlanson
8:00 Introduction - Library design and computational analysis
8:10 – 8. Building confidence for chemistryby utilization of a quality library and amultidisciplinary approach. J.M. Withka*,
M. Boehm, C. Augusto de Oliveira,
K.A. Borzilleri, M. Calabrese, N. Caspers,
D. Hepworth, R. Kurumbail, A. Morgan,
F. Rajamohan, P. Sahasrabudhe,
H. Wang, V. Shanmugasundaram
8:40 – 9. Challenges in targeting diverse
sites. C. Squire*, Y. Yosaatmadja,
S. Fung, L. Ching, J. Flanagan
9:10 – 10. Fragment libraries and their application to a protein-protein interaction target. G. Chessari*
9:40 – 11. Binding hot spots, fragment conservation, and druggability. S. Vajda*,
D. Kozakov, D. Hall
10:00 Break
10:10 – 12. Non-ATP competitive inhibitors
are selective for PLK1 and target tumors
resistant to catalytic site compounds.
C. Mcinnes
10:30 – 13. High throughput screening,
structure-based, and fragment-based
drug discovery: Modern data workflows
and analytics. K. Gregory
10:50 – 14. Hitting it big on small molecular
entities: A new way of assessing binding
affinity. C. Detering
11:10 – 15. Can solvent mapping drive optimization of a fragment based campaign
for epoxide hydrolase?. G.L. Warren*,
A.G. Skillman, J.M. Word, S. Wlodek,
H. Kack
11:30 – 16. Importance of hydration thermodynamics in fragment-to-lead optimization. O. Ichihara*

Royal Hawaiian
Regency II
Spectroscopic Tools for the Treatment ofCancer (#397)

Organized by: N. Miyoshi, B. Wilson,
W. Ahn, M. Cherukuri
Presiding: W. Ahn, Y. Okamoto
8:00 – 17. Self-assembled, covalently linked,
hollow phthalocyanine nanospheres.
W.S. Ahn*, P. Chaturvedi, Y. Kim, K. Kim,
S. Han8:30 – 18. Relationship between anti-tumor
effects of PDT and parameters including
light irradiation using talaporfin sodium invivo model. Y. Okamoto*, T. Osaki,
T. Imagawa, K. Azuma, N. Ito, T. Tsuka,
Y. Murahata, T. Kohama, Y. Kawase,
H. Iseki, S. Ikuta, Y. Muragaki,
S. Kishimoto
9:00 – 19. Cancer cellular specific incorporation of 5-aminolevulinic acid by mitochondrial reactive oxygen species.
H. Matsui, H. Ito, M. Tamura, T. Kaneko,
H.P. Indo, H.J. Majima
9:25 – 20. Chlorine e6-folic acid-curcumin
conjugate based sono-photodynamic
therapy. P. Chaturvedi*, Y. Kim, S. Han,
W.S. Ahn
9:50 Break
10:00 – 21. Clinical progress of photodynamic therapy in the treatment of tumor
in China. H. Qiu*, Y. Gu*, J. Zhang,
N. Huang, . Wang, J. Zeng
10:25 – 22. Effect of talaporfin sodium-mediated photodynamic therapy in KLN205
cells and Meth A cells. T. Osaki*,
Y. Hashimoto, K. Azuma, Y. Murahata,
T. Tsuka, N. Ito, T. Imagawa, Y. Okamoto,Y. Kawase, H. Iseki, S. Kishimoto,
S. Ikuta, Y. Muragaki
10:50 – 23. Development of pH-activatable
tetraphenylporphyrin derivatives as photosensitizers for PDT. H. Horiuchi*,R. Kuribara, A. Hirabara, T. Okutsu
11:15 – 24. Three in one: A multifunctional
antitumor sensitizer for photodynamic,boron neutron capture and ionized X-rays
therapies. N. Miyoshi*, S.K. Kundu,
V. Mandal, M. Sakurai, H. Tanaka,
M. Suzuki, V.G. Ol’shevskaya, A.A. Shtil
Sheraton Waikiki
Oahu
Recent Advances in Microfluidics forRadiochemical Synthesis (#416)

Organized by: G. Pascali, Y. Kuge,
R. DamPresiding: Y. Kuge, G. Pascali,R. van Dam
8:00 Introductory Remark
8:05 – 25. Challenges, benefits, and potential risks of switching to microfluidic
chemical synthesis. P. Watts*
8:40 – 26. Devising flow chemistry protocols
to access radiopharmaceuticals.
L.K. Spare, A.M. Krause-Heuer,
L. Matesic, I. Greguric, G. Pascali,
B.H. Fraser, J. Aldrich-Wright, C. Gordon*
8:52 – 27. Digital radiochemistry on microfluidic chip. M. Javed, S. chen, H. Kim,
M.E. Sergeev, C.”. Kim, R. van Dam,
P. Keng*
9:27 – 28. Application of microfluidic-based
technology toward the synthesis of 18Fheteroarylsilanes for biomolecular labeling. J.M. Murphy*, C. Waldmann,
A. Toutov, R.H. Grubbs
10:02 Morning Break
10:12 – 29. One-flow synthesis of N-succinimidyl 4-[18F]fluorobenzoate using a single microfluidic chip. H. Kimura*,
H. Saiki, Y. Hasegawa, Y. Tokuda,
M. Ono, E. Ozeki, Y. Kuge, R. Iwata,
H. Saji
10:47 – 30. Simple hydrolysis and purification methods for 18F-MISO synthesis.
N. Abo*, N. Manri, K. Nishijima, F. FENG,
N. Kuno, N. Tamaki, Y. Kuge
10:59 – 31. Use of microfluidics in the concentration and formulation of PET tracers.
P.H. Chao*, R. van Dam

11:11 – 32. Development of a microreactor
system for syntheses of positron emission tomography: PET imaging probes.
Y. Asano*, S. Togashi, N. Manri, N. Kuno,
Y. Ito, H. Tsudome
11:23 – 33. Automation of radiochemistry inmicroscale volumes. A. Hsiao,
J. Thompson, A. Crane, M. Gramlich,
B. Maraglia, R. van Dam, M.D. Moore*
11:35 – 34. Application of microreactor withsplit-flow and interflow mixing for synthesis of positron emission tomography(PET) imaging probe. N. Kuno*, N. Manri,
N. Abo, Y. Asano, K. Nishijima,
N. Tamaki, Y. Kuge

Tuesday Afternoon
Sheraton Waikiki
Waialua
Oligonucleotide Therapeutics: From BasePairs to Bedsides (#8)

Organized by: M. Manoharan, M. Damha,
T. WadaPresiding: T. Wada
13:00 Opening Remarks
13:05 – 35. Impact of structure for understanding stability, pairing properties, andactivity of chemically modified nucleic acids. M. Egli*
13:35 – 36. Developing TNA as an artificial
genetic polymer for molecular medicine.
J. Chaput*
14:05 – 37. From front loading to affinity
maturation: Finding optimal modifications
on nucleic acid ligands. N. Janjic*,
J. Carter, J. Rohloff, C. Fowler, B. Ream,
G. Wardle, T. Fitzwater, D. Schneider,
T. Jarvis, D. Davies, B. Gawande,
A. Gelinas
14:35 – 38. New generation PNA analogs for
effective cell permeation. K. Ganesh*
15:05 Break
15:15 – 39. Phosphorodiamidate morpholino
oligonucleotides (PMOs): A versatile therapeutic platform. R. Kole*
15:45 – 40. Stereocontrolled synthesis of boron-containing oligonucleotides as therapeutic agents. T. Wada*
16:15 – 41. Evaluation and properties ofchemically-modified siRNAs.
J. Desaulniers*, G. Hagen, B. Peel
16:35 – 42. Creation of the hypoxia-specificoligonucleotide therapeutics system withintracellular environment-responsible
peptide ribonucleic acids (PRNAs).
T. Wada*16:55 Closing Remarks
Sheraton Waikiki
Waianae
Fragment-based Lead Discovery (#145)

Organized by: D. Erlanson, M. Scanlon,
K. Ruan, D. Tanaka, J. Tyndall
Presiding: M. Scanlon
13:00 NMR methods
13:00 – 43. Applications of ligand-based
NMR spectroscopy in inhibitor discovery.
I.K. Leung, M. Demetriades, T. Brown Jr,
M. Abboud, J.L. Andersson, A.M. Rydzik,
A. Khan, E. Flashman, C.J. Schofield*,
T.D. Claridge** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram10 – HLTH
13:30 – 44. Binding site identification andfragment optimization using ligand-detected NMR. S.J. Headey*, D. Garriga,
M. Pearce, C. Accurso, S. Bottomley,
F. Coulibaly, M. Scanlon
13:50 – 45. Fast structure determination of
low affinity protein–ligand complexes
from sparse NMR data. B. MOHANTY*,
M. Williams, B.C. Doak, M. Vazirani,
O. Ilyichova, W. Bermel, D.K. Chalmers,
J. Simpson, G.F. King, M. Mobli*,
M. Scanlon*
14:20 – 46. Solid-state NMR investigationsof small-molecule binding sites.
S. Matsuoka*
14:50 Break
15:00 – 47. Map and Target: A NMR-based
method for small molecule binding validation. D.M. Dias*, C. Spry, M. Sabbah,
A. Ciulli, C.F. Geraldes, C. Abell
15:20 – 48. Using a fragment based drug
discovery approach for the developmentof Neisserial DsbD inhibitors. B. Heras*,R. Smith, M. Scanlon, S.J. Headey
15:50 – 49. Practical aspects of 19F NMR
spectroscopy for fragment-based hit
identification. T. Haselhorst
16:10 – 50. 19F NMR: A valuable probe ofprotein-ligand interactions. R.S. Norton*
16:30 – 51. Synergistic approaches to fragment based lead discovery: Getting themost out of your fragments. J.B. Jordan*
Royal Hawaiian
Regency II
Spectroscopic Tools for the Treatment ofCancer (#397)

Organized by: N. Miyoshi, B. Wilson,
W. Ahn, M. Cherukuri
Presiding: N. Miyoshi, Y. Ogawa
13:00 Introduction
13:05 – 52. Observation of intercellular water
dynamics on sub-picosecond timescales
by terahertz spectroscopy. Y. Ogawa*,
K. Shiraga, N. Kondo
13:35 – 53. Application of hyperthermia by
irradiation of sub-THz wave from a gyrotron and a possibility of combination withphotodynamic therapy for cancer.
N. Miyoshi*, S.K. Kundu, V. Mandal,
T. Takahashi, T. Idehara
14:05 – 54. “Plasma thermograms”: Heat
profiles of blood for the detection andmonitoring of cancer. N.C. Garbett*,
G.N. Brock, D.J. Fish, A. Kaliappan,
M. Granger-Delacroix, N.C. Allen,
D.M. Miller, J.A. Chesney
14:30 Break
14:40 – 55. Raman spectra exploring breast
tissues appling support vector machine.
T. Gao
15:05 – 56. Diagnosis of esophageal cancer
in early stage by Raman spectroscopy
with various chemometrics techniques.
M. Ishigaki*, Y. Maeda, A. Taketani,
A.B. Bibin, R. Ishihara, K. Wongravee,
Y. Ozaki, H. Sato
15:30 – 57. FT-IR 3000M for studying thephosphodiester group distribution insome tumor. B.B. Andriana*, H. Sato,N. Miyoshi
15:55 – 58. Fourier-transform infrared (FT-IR)
microscopic imaging for clinical raw tissues. N. Miyoshi*, Y. Imamura,
A.B. Bibin, T. Okoshi, T. Goi,A. Yamaguchi
Sheraton Waikiki
Oahu
Recent Advances in Microfluidics forRadiochemical Synthesis (#416)

Organized by: G. Pascali, Y. Kuge,
R. DamPresiding: Y. Kuge, G. Pascali,R. van Dam
13:00 Introductory Remarks
13:05 – 59. Microfluidic promises and challenges: “.. to GMP or not to GMP, that is
the question”. P.A. Salvadori*

13:40 – 60. Ru-catalyzed direct methylationof amines from CO2 in a microfluidic environment. M.B. Peterson, G.J. Perkins*,
A. Kallinen, O. Khatib, A. Ung, I. Greguric,
G. Pascali
13:52 – 61. Peptide radiolabeling strategies.
J. Sutcliffe
14:27 – 62. Applications of microfluidics toradiometal based radiopharmaceuticals.
D.E. Reichert*
15:02 Afternoon Break
15:12 – 63. Recent advances in microfluidics. T.L. Collier
15:47 – 64. Challenges of producing [18F]FHBG using continuous flow microfluidics.
L. Matesic*, A. Kallinen, I. Greguric,
G. Pascali
15:59 – 65. Microfluidic surface-enhanced
electrochemical fluorination. Q. He,
R. van Dam, S. Sadeghi
16:11 – 66. Lab-on-a-chip for radiotracer
synthesis and quality control. N. Pamme*

Wednesday Morning
Sheraton Waikiki
Waialua
Oligonucleotide Therapeutics: From BasePairs to Bedsides (#8)

Organized by: M. Manoharan, M. Damha,
T. WadaPresiding: M. Manoharan
8:00 Opening Remarks
8:05 – 67. Genome and epigenome editing
with CRISPR/Cas9 technologies for genetherapy and disease modeling.
C. Gersbach
8:35 – 68. Recent progress in the development of bridged nucleic acids. S. Obika*
9:05 – 69. “Smart” delivery systems that
open the intracellular target universe.
P. Stayton*
9:35 – 70. Toward the rational design ofchemically modified siRNAs endowedwith drug like properties.
P. Pushpangadan Indira*
10:05 Break
10:15 – 71. Role of high-purity solvents andreagents in oligonucleotide synthesis: Purity by design. V. Mohan*
10:45 – 72. Gene silencing using structuralvariants of small interfering RNAs.
D. Lee*11:15 – 73. Cyclic nucleotides and bacterial
biofilm formation. T. Yan*, E. Bordeleau,
C. Oberc, M. Bell, N. Heidari, J. Li
11:35 – 74. RNA duplex binding molecules
as carries for siRNAs. R. Iwata*,
F. Nakayama, S. Hirochi, K. Sato,Y. Maeda, W. Piao, K. Nishina, T. Yokota,
T. Wada*11:55 Closing Remarks
Sheraton Waikiki
Oahu
Chemistry for Development of Theranostic
Radiopharmaceuticals (#11)

Organized by: D. Wilbur, M. Adam,
P. Donnelly, Y. Arano, J. Jeong, X. Zhang
Presiding: M.J. Adam, D.S. Wilbur
8:00 Opening Remarks
8:05 – 75. Introduction to theranostic radionuclides. S.S. Jurisson*
8:35 – 76. Dedpa family of chelates for radiometals. M.J. Adam*, C. Orvig,
C. Ramogida
9:05 – 77. Imaging and therapeutic possibilities with copper, rhenium, and technetium complexes. P.S. Donnelly*
9:35 – 78. Cyclam propionates: Stable copper(II) chelates for radiopharmaceuticalapplication. M. Kubeil*, K. Zarschler,
J. Pietzsch, H. Stephan, P. Comba
9:50 – 79. Optimizing technetium and rhenium small-molecules for enhanced biological behavior. A. Mahmood*,
T. Uehara, Y. Peng, Z. Akgun,
N. Limpa-Amara, A.G. Jones
10:05 Break
10:15 – 80. Design and fabrication of radiolabeled probes for imaging and therapy oftumors. F. Wang*

10:45 – 81. Immuno-PET of epithelial ovariancancer: The promise of a magic bullet.
F. Wuest
11:15 – 82. Phospholipid ethers: A broad
spectrum cancer imaging and therapy
delivery platform. J.P. Weichert*,
A. Pinchuk, J. Kuo, J. Jeffery, R. Zhang,
J. Grudzinski, B. Titz, M. Longino
11:45 – 83. Development of enzyme mediated imaging and therapy (EMIT) as anovel theragnostic agent for metastatic
prostate cancer. J. Kronauge, J. Jenson

8:00 Fragment finding and characterization
8:00 – 84. REFIL: A chemical strategy for the
rapid elaboration of fragment hits into
more potent lead compounds.
M. Scanlon*
8:30 – 85. Use of thermodynamic tools in theearly stages of fragment-based drug discovery. J.M. Caaveiro*, T. Mitani,
K. Tsumoto*
8:50 – 86. New techniques, old techniques,and new ideas: Fragment screening revisited. T.S. Peat, L.A. Woods,
O. Dolezal, B. Ren, J. Ryan, S. Poulsen*
9:20 – 87. Fishing for fragments to complement known binders. D. Erlanson*
9:45 Break
9:55 – 88. Fragments and covalent inhibitors
targeting macrophage migration inhibitory factor for inflammatory disease andcancer. J. Tyndall*, L. Kok,
M.T. Rutledge, C.T. Vo, A.B. Gamble,
S.M. Wilbanks, M. Hampton
10:25 – 89. Combining acrylamide warheads
with fragment based drug discovery tofind a new class of glutaredoxin targeted
antibiotics. T.C. Leeper*, D.L. Morris,
R. Khattri
10:45 – 90. Genetically-encoded fragmentbased discovery. R. Derda*
11:10 – 91. Is there anything fragments cannot do? Fragment discovery against a
new target class. E.R. Zartler,
T. Messick, K. Malecka, P. Lieberman
11:30 – 92. Recent experiences of fragmentbased drug design at Astellas. T. Niimi*

99. Exploration of the mechanism of action
and structure-activity relationship for a
new class of quinazolinone antibiotics.
R. Bouley, M. Kumarasiri, Z. Peng,
D. Ding, L. Otero, W. Song, M.A. Suckow,
V.A. Schroeder, W.R. Wolter,
E. Lastochkin, N.T. Antunes , H. Pi,
S. Vakulenko, J.A. Hermoso, M. Chang*,
S. Mobashery100. Synthesis, characterization, biologicalactivity and cytotoxicity of copper complexes of imine-pendant derivatives of ortho-(S-methylthio) aniline.
M. Bierenstiel*, K. Ckless
101. Development of novel infection inhibitors targeting iron-uptake pathways
against group a streptococcus.
M. Hoshino*, J.M. Caaveiro,
S. Nagatoishi, I. Nakagawa, K. Tsumoto
102. Penicillin-binding protein 4 of Pseudomonas aeruginosa, a nexus for the induction of ␤-lactam antibiotic resistance.
J.F. Fisher*, M. Lee, D. Hesek,
B. Blazquez, E. Lastochkin, B. Boggess,S. Mobashery103. Design, synthesis, and evaluation ofnovel inhibitors of OXA-carbapenemases.
A.A. Bastian, N. Stewart , N.T. Antunes ,M. Kumarasiri, S. Vakulenko,
S. Mobashery*
104. Antibiofilm studies using catheters with
controllable electrochemical nitric oxide
releas. H. Ren, J. Wu, C. Xi,
M.E. Meyerhoff
105. Design and synthesis of simplified caprazamycin analogs. T. Nakaya,
A. Matsuda, S. Ichikawa*
106. Some novel divalent metal based drug
complexes: Preparation, analysis, and biological activities investigations.
J.A. OBALEYE*, N. Simon, U.B. Eke,
A.C. Tella, M.O. Bamigboye,
P.F. Omojasola, E.A. Balogun,
J.O. Adebayo
107. Hydrogel-based contact active antimicrobial coatings. M. Chan-Park*
108. Nanoparticle hybrid photosensitizers forbroad-spectrum, enhanced photodynamic inactivation of bacteria. B. Hu,
X. Cao, T. Ozkaya Ahmadov, H. Tang,
P. Zhang*
109. Pathogen neutralization with ionic liquids to treat persistent skin infections.
R. Del Sesto*, A. Koppisch, D.T. Fox,
A. Newsham, M. Jones, T. Kern,
K. Merrett, N. Nieto, M. Zakrewsky,
S. Mitragotri

Hawaii Convention CenterHalls I, II, III

Hawaii Convention CenterHalls I, II, III

New Antibacterial Agents (#236)

Drug Conjugates: Approaches to Delivering
Active Drugs to Where they are Needed(#385)

Sheraton Waikiki
Waianae
Fragment-based Lead Discovery (#145)

Organized by: D. Erlanson, M. Scanlon,
K. Ruan, D. Tanaka, J. Tyndall
Presiding: K. Ruan

Organized by: J. Finn, J. Palmer,
H. Arimoto
Poster Session
10:00 – 12:00
93. PNIPAM nanospheres grafted to polypropylene fabric for thermally controlled
release of bacteriophage.
H.J. Hathaway*, P. Perez-Esteban,
D. Alves, K. Ouadi, J. Bean, A. Jenkins,
M. Sutton
94. Arrival of imidazo[1,2-b]thiazole-carboxyamides as potent inhibitors of Mycobeterium tuberculosis. G.C. Moraski*,
P. Miller, J.R. Anderson, S. Cho,
S. FRANZBLAU, M.J. Miller*
95. Water-soluble, selective Fe-binding polymer as synergic agent for antibiotic enhancement. M. Bierenstiel*, T. Ang,
B.E. Holbein
96. Synthesis and evaluation of flavonol derivatives as potent anti-MRSA agents.
K. Sasaki*, A. . Hossion, Y. Wang,
Y. Zamami, T. Kuroda
97. Thioethers – active against Mycobacterium tuberculosis. M. Konaklieva*,
R. Kuskovsky, K. Arora, H. Boshoff,
C. Barry III
98. Synthesis and antibacterial evaluation ofmacrocyclic diarylheptanoid derivatives.
H. Lin, D. Bruhn, M. Maddox, R. Lee,R. Lee, D. Sun

Organized by: N. Ihle, B. Denny,
S. Roffler
Presiding: N. Ihle
Poster Session
10:00 – 12:00
110. Quest for the appropriate enzymatic activity: Cell-in-a-Box® live-cell encapsulation technology for targeted cannabinoidbased chemotherapy. R.M. Hyslop
111. Induction of antitumor effect by recruiting the endogenous IgG through a small
cross-linker. K. Sasaki*, D. Funamoto,
A. Kishimura, T. Mori, Y. Katayama* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–289

10 – HLTH
112. Human-derived fusogenic peptides for
intracellular delivery of proteins.
K. Sudo*, K. Niikura, K. Fujiwara, N. Doi
113. Potent DNA crosslinking cytotoxins as
novel payloads for ADCs. A. Giddens*,
M. Bonnet, H.H. Lee, G. Lu, M. Tercel,
W. Denny, J.A. Flygare, T.H. Pillow,
B.S. Safina, L.R. Staben, V.A. Verma,
B. Wei
Hawaii Convention CenterHalls I, II, III
Spectroscopic Tools for the Treatment ofCancer (#397)

Organized by: N. Miyoshi, B. Wilson,
W. Ahn, M. Cherukuri
Poster Session
10:00 – 12:00
122. Photodynamic therapy to biliary duct
cancer by using fine multichannel endscope. K. Kasuya*, R. Soya,
Y. Nagakawa, T. Itoi, M. Shimazu,
A. Tsuchida123. Enhancement of photodynamic therapy
effects with mitochondrial reactive oxygen species. H. Ito*, H. Matsui,
M. Tamura, T. Kaneko, I. Hyodo,
H.P. Indo, H.J. Majima
124. Mechanism of porphyrin metabolism incancer spheroid after administration of
5-aminolevulinic acid. T. Nakayama*,
K. Matsumoto, T. Tanaka, I. Okura,S. Ogura
125. Photosensitizer effect of 9-hydroxypheophorbide a on diode laser-irradiated laryngeal cancer cells: Oxidative
stress-directed cell death and migration
suppression. P. He*
126. Effect of electron transport chain on the
production of PpIX in hypoxia.
S. Otsuka*, K. Matsumoto, T. Tanaka,
I. Okura, S. Ogura
127. Control of photodynamic activity of porphyrin photosensitizers through interaction with DNA. K. Hirakawa*, S. Okazaki
128. Development of PDT system based oncomposite-type optical fiberscope.
K. Oka*, T. Seki, J. Usuda, T. Kokubo,
S. Minakawa
129. Verification of hydroxyl radical density
generated in water by low-LET radiation.
Y. Ogawa*, K. Matsumoto
Royal Hawaiian
Regency II
Spectroscopic Tools for the Treatment ofCancer (#397)

Organized by: N. Miyoshi, B. Wilson,
W. Ahn, M. Cherukuri
Presiding: K. Hirakawa, Z. Huang
8:00 – 114. Challenges of multidrug resistance in photodynamic therapy of cancer.
Z. Huang
8:30 – 115. Contribution of singlet oxygenand electron transfer-mediated mechanisms on the photodynamic effect ofphosphorus(V)porphyrin. K. Hirakawa*
9:00 – 116. Enhanced tumor optical imaging
and photodynamic effect through albumin-embedding. M. Huang*
9:25 – 117. Synthesis and photocytotoxicity
of fluorophyenylporphyrin derivatives
having two different functional groups.
S. Hirohara, Y. Kubota, N. Akiyama,
M. Obata, H. Matsui, K. Kakiuchi
9:50 Break
10:00 – 118. Optical properties of a new water soluble chlorin photosensitizer.
Z. Huang
10:25 – 119. Organic synthetic approach tonovel porphyrinoid photosensitizer.
H. Shimakoshi*, Y. Hisaeda
10:50 – 120. Nitric oxide involves cancer
specific hematoporphyrin derivatives accumulation via HCP-1 expression.
M. Terasaki, H. Ito, H. Matsui*
11:15 – 121. Synthesis and characterizationof water-soluble polymers bearing porphyrin moiety at the initiating end for photodynamic therapy. M. Obata*,
Y. Tsutsui, S. Hirohara

290 –TECHTECHNICAL PROGRAM
Wednesday Afternoon
Sheraton Waikiki
Oahu
Chemistry for Development of Theranostic
Radiopharmaceuticals (#11)

Organized by: D. Wilbur, M. Adam,
P. Donnelly, Y. Arano, J. Jeong, X. Zhang
Presiding: Y. Arano, P.S. Donnelly
13:00 – 130. Potential problems with using
radioiodine in development of astatine211 theranostic radiopharmaceuticals.
D. Wilbur*, D. Hamlin, M. Chyan,
E.R. Balkin, O. Press, B. Sandmaier
13:30 – 131. Development of astatine-labeled benzylguanidine derivatives for use
in cancer pretargeting. M.D. Hylarides,
D. Wilbur, D.K. Hamlin, C. Ming-Kuan,
S.H. Frost, S.L. Frayo, O.W. Press
13:45 – 132. Development of iodine-131-labeled ␣-methyl-L-phenylalanine for tumor
therapy. H. Hanaoka*, Y. Ohshima,
A. Yamaguchi, Y. Suzuki, T. Uehara,
N.S. Ishioka, K. Endo, Y. Arano,
Y. Tsushima
14:00 – 133. Retinoid based potential theranostic agents for the treatment of atypicalteratoid rhabdoid tumor. K.F. Ginn,
B.C. Das
14:15 – 134. Evaluating the 123I/211At theragnostic pair using octreotate modified
with a boron cage moiety.
J.R. Crawford*, F. Benard, K. Lin,H. Yang, I. Dude, C. Ming-Kuan,
Z. Zhang, P. Schaffer, D. Wilbur, T. Ruth
14:30 – 135. Synthesis and evaluation of Lu177 labeled somatostatin analog DOTAPasireotide for tumor imaging. F. Liu,
H. Zhu, X. CHiyi, C. Li, Z. Yang*
14:45 Break
15:00 – 136. Toward reducing renal radioactivity levels of radiolabeled polypeptides.
Y. Arano*
15:30 – 137. Theranostic application of cancer targeting probes labeled with various
copper radioisotopes. T. Saga*
16:00 – 138. Ga-68 radiopharmaceuticals
and their quality control. P. Roselt*
16:30 – 139. 44Sc: From bench to bedside.
N. van der Meulen*, C. Müller,
K. Domnanich, M. Bunka, C. Vermeulen,
A. Singh, R. Baum, A. Türler, R. Schibli
16:45 – 140. Multifunctional radiolabeled
combined peptides for theranostics ofprimary cancer and bone metastases.
K. Ogawa, J. Yu, A. Ishizaki,
M. Yokokawa, Y. Kitamura, K. Shiba,
A. Odani
Sheraton Waikiki
Waianae
Fragment-based Lead Discovery (#145)

Organized by: D. Erlanson, M. Scanlon,
K. Ruan, D. Tanaka, J. Tyndall
Presiding: J. Tyndall
13:00 Fragments to leads and drugs
13:00 – 141. Fragment based approach fortargeting kinases. C. Sun*
13:30 – 142. Selective inhibition of BRM bromodomain and chromatin interaction.
K. Ruan*
14:00 – 143. Fragment-based drug discovery of potent and selective CYP121 inhibitors for tuberculosis. M.E. Kavanagh,
A.G. Coyne, G.G. James, K. McLean,
L. Pedro de Carvalho, A.W. Munro,
C. Abell
14:20 – 144. Novel Mcl-1/Bcl-2 dual inhibitors created by the structure-based hybridization of drug-divided building
blocks and a fragment deconstructedfrom a known two-face BH3 mimetic.
Z. Zhang*
14:45 – 145. Fragment library screening
identifies hits that bind to the noncatalytic
surface of Pseudomonas aeruginosa
DsbA1. R.M. Mc Mahon*, K. Rimmer,
B. Mohanty, S. Headey, M. Vazirani,
M. Coincon, S. Tay, J. Simpson,
C. Morton, J. Martin, M. Scanlon
15:05 Break

15:15 – 146. Discovery and characterizationof small molecule fragments that bindand inhibit the ubiquitin specific protease
7 (USP7). P. Di Lello, T. Crawford,
K. Deshayes, J. Drobnick, J. Drummond,
J. Ernst, L. Kategaya, C. Ly, T. Maurer,
J. Murray, C. Ndubaku, R. Pastor,
L. Rouge, V. Tsui, X. Zhao, K. Zobel,
I. Wertz
15:45 – 147. Identification of type II inhibitors
targeting BRAF V600E using privileged
fragment based hybrid-design approach.
Q. Zhang*, F. Wang
16:05 – 148. Selectivity of the initial fragment
hits in fragment based drug design approach. M. Takimoto-Kamimura*
16:30 – 149. FBLD yields orally active, brain
penetrant inhibitors for BACE1 and
PDE10A. D.F. Wyss*
Sheraton Waikiki
Waialua
New Antibacterial Agents (#236)

Organized by: J. Finn, J. Palmer,
H. Arimoto
Presiding: J. Finn
13:00 Opening Remarks
13:05 – 150. Targeting metallo-beta-lactamases (MBLs) for new antibacterial
agents. M.W. Crowder*, M. Aitha,
H. Yang, A. Bergstrom, D. Tierney,
B. Bennett, L. Sutton, L. Moritz,
O. Sanyurah, A. Moller
13:30 – 151. Discovery of new nonantibiotics
that restore MRSA susceptibility to ␤-lactam antibiotics. H. Tomoda*, N. Koyama
13:55 – 152. Cell wall as target for discovery
of novel antibiotics. S. Mobashery*
14:40 – 153. Disarming antibiotic resistanceusing an adjunctive strategy.
C. Melander
15:05 break
15:20 – 154. Synthesis and biological studies of a new class of antibiotic potentiators for methicillin-resistant Staphylococcus aureus (MRSA). E. Speri,
M.A. Boudreau, J. Fishovitz,
S. Mobashery*
15:45 – 155. SNAPPing Gram-negative bacteria with star-shaped polypeptides.
S. Lam, N. O’Brien-Simpson,
N. Pantarat, A. Sulistio, E. Wong,
Y. Chen, A. Blencowe, E. Reynolds,
G.G. Qiao*
16:05 – 156. Deciphering the structure-activity relationships of tomatidine, a steroid
alkaloid with antibiotic properties against
small colony variants of Staphylococcus
aureus . E. Marsault*, F. Chagnon,
I. Guay, M. Lamontagne-Boulet,
F. Malouin
16:25 closing remarks
Sheraton Waikiki
Kohala/Kona
Drug Conjugates: Approaches to Delivering
Active Drugs to Where they are Needed(#385)

Organized by: N. Ihle, B. Denny,
S. Roffler
Presiding: N. Ihle
13:00 Introductory Remarks
13:05 – 157. Design, synthesis, and evaluation of novel anabolic bone-targeting prodrugs for treatment of osteoporosis andother bone conditions. R.N. Young*,
G. Chen, H. Xie
13:45 – 158. Development of antibody drug
conjugates for cancer therapy. P. Senter
14:25 – 159. Novel chemistries for antibodydrug conjugates. T. Pillow
15:05 BREAK
15:20 – 160. pH-tunable linker: The next
generation of versatile linkers for ADC.
C.J. Choy, C. Berkman
15:40 – 161. New molecular transporters
and nanovaults for drug/probe delivery:
Targeting resistant disease and AIDS
eradication. P.A. Wender*
16:20 – 162. Self-assembling drug conjugates. H. Cui

Royal Hawaiian
Regency II
Spectroscopic Tools for the Treatment ofCancer (#397)

Organized by: N. Miyoshi, B. Wilson,
W. Ahn, M. Cherukuri
Presiding: H. Matsui, T. Yamamoto
13:00 – 163. Cancer cellular treatments withheavy atoms involved fluorescent X-ray.
H. Matsui*, H. Ito, M. Terasaki,
M. Tamura, T. KANEKO
13:20 – 164. Boron neutron capture therapy
for glioblastoma. T. Yamamoto*,
K. Nakai, H. Kumada, T. Aihara, E. Sato,
T. Isobe, A. Matsumura
13:40 – 165. Carbon-ion therapy for patientswith liver, pancreatic, and colorectal cancer. S. Yamada*, N. Okada, S. Yasuda,
Y. Isozaki, T. Kamada
13:55 – 166. Reactive oxygen species induced by X-ray and heavy-ion beam.
K. Matsumoto*, Y. Ogawa, M. Ueno,
I. Nakanishi
14:10 – 167. Stereotactic body radiation
therapy for non-small cell lung cancer,
and hepatocellular carcinoma: Japaneseexperience. T. Kimura
14:25 – 168. Development of the accelerator
based neutron source for BNCT in University of Tsukuba. H. Kumada,A. Matsumura, H. Sakurai, M. Yoshioka,
H. Kobayashi, H. Matsumoto, T. Kurihara,
T. Nakamura, H. Nakashima, T. Sugano,N. Ikeda
14:40 – 169. Development of new boron delivery system for BNCT clinical trial.
K. Nakai, T. Yamamoto, H. Kumada,. Aihara, F. Yoshida, A. Matsumura
14:55 Break
15:05 – 170. On-time imaging of the distribution of 10B in BNCT by the detection of
478keV prompt gammas with Electron
Tracking Compton Camera. T. Tanimori*
15:20 – 171. ROS generation and radiosensitizion by gold nanoparticles under MV
X-ray irradiation. M. Misawa*,
M. Hayano, M. Sato, J. Takahashi,
K. Fujita, K. Hayashi
15:35 – 172. Boron-neutron capture therapy
for head and neck cancer. T. Aihara,
H. Ishikawa, H. Kumada, N. Fukumitsu,
K. Ohnishi, J. Hiratsuka, T. Yamamoto,
A. Matsumura, H. Sakurai
15:50 – 173. Non-platinum-based halogenated compounds: A new class of potent
anti-tumor agents in combination with radiation therapy. Q. Lu*, C. Wang,
Q. Zhang, Y. Wu, Y. Mei, J. Warrington,
N. Ou

Wednesday Evening
Sheraton Waikiki
Waianae
Fragment-based Lead Discovery (#145)

Organized by: D. Erlanson, M. Scanlon,
K. Ruan, D. Tanaka, J. Tyndall
Presiding: D. Erlanson
19:00 Poster popcorn
19:20 Special topics: TBA
19:40 Practical FBLD discussion* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram10 – HLTH
Sheraton Waikiki
Oahu
Spectroscopic Tools for the Treatment ofCancer (#397)

Organized by: N. Miyoshi, B. Wilson,
W. Ahn, M. Cherukuri
19:00 – 174. Review of Session-I-III includes
Posters (PDT/Clinics and Photosensitizers). W. Ahn
19:15 – 175. Review of Sessions-I-III includes Posters (PDT, SDT /Veterinary Animals). Y. Okamoto
19:30 – 176. Review of Session-II (FT-IR, Raman/Clinical screening and tumor model).
N. Miyoshi
19:45 – 177. Review of Session-II (TeraHertz/ Imaging and Hyperthermia).
Y. Ogawa
20:00 – 178. Review of Session-III, -I includes Posters (PDT/ Photosensitizers,
Mechanisms). Z. Huang
20:15 – 179. Review of Session-III, -I includes Posters (PDT/Photochemistry, Active oxygen species). K. Hirakawa
20:30 – 180. Review of Session-IV includes
Posters (Fluorescent X-ray/Cells and Animals). H. Matsui
20:45 – 181. Review of Session-IV includes
Posters (BNCT, Proton, Carbon / Clinics
and Animals). T. Yamamoto

Thursday Morning
Hawaii Convention CenterHalls I, II, III
Oligonucleotide Therapeutics: From BasePairs to Bedsides (#8)

Organized by: M. Manoharan, M. Damha,
T. WadaPresiding: V. Mohan
Poster Session
10:00 – 12:00
182. Discovery of a “DNA zip-slider” domain
in human RecQ helicases WRN and BLM.
K. Kitano*, S. Kim, T. Hakoshima
183. Intracellular delivery analysis of siRNAtherapeutics based on siRNA-selective
fluorescent probes. Y. Sato, T. Sato,
M. Kaneko, S. Nishizawa*
184. Synthesis and properties of oligonucleotides containing P3’-⬎S5’ phosphorothiolates. A. Fujisaka*, M. Islam, R. Waki,
K.R. Ito, S. Obika
185. Synthesis of saccharide-modified oligonucleotide as an inhibitor of influenza virus infection. Y. Nomura, M. Matsuda,
M. Yamabe, D. Akamatsu, Y. Ebara*186. Synthesis of mannose-modified oligonucleotide that bind to mannose binding
protein. M. Matsuda, Y. Nomura,
M. Yamabe, D. Akamatsu, Y. Ebara*
187. Synthesis and properties of P-stereodefined PO/PS-chimeric oligoribonucleotides. Y. Nukaga, N. Oka, T. Wada*
188. Use of 4-nitrobenzyl group for the development of therapeutic oligonucleotides. Y. Hiyoshi, K. Iketani, K. Kondo,
A. Ono, H. Saneyoshi
189. Creation of the hypoxia-specific oligonucleotide therapeutics system with intracellular environment-responsible peptide ribonucleic acids (PRNAs): Synthesis
and antisense activities of new type ofchimeric PRNA-DNA derivatives containing phosphoramidate linkage in PRNADNA junction. M. Inagaki, R. Uematsu,
Y. Araki, S. SAKAMOTO, s. ishibashi,
H. Kashida, H. Asanuma, T. Yokota,
T. Wada*190. Reduction-activatable protecting
groups for pro-oligonucleotides.
K. Kondo, K. Iketani, A. Ono,
H. Saneyoshi
191. Creation of hypoxia specific oligonucleotide therapeutics system with intracellular environment-responsible peptide ribonucleic acids (PRNAs): Tuning andoptimization of on – off switching pH of
PRNA for hypoxia specificity. M. Asai,
R. Uematsu, Y. Araki, S. SAKAMOTO,
s. ishibashi, T. Yokota, T. Wada*

192. Remarkable cellular uptake enhancements of arginine introduced peptide ribonucleic acid (PRNA) for hypoxia specific oligonucleotide therapeutics.
H. Sugai, I. Nakase, S. SAKAMOTO,
Y. Araki, M. Takai, T. Wada
Sheraton Waikiki
Oahu
Chemistry for Development of Theranostic
Radiopharmaceuticals (#11)

Organized by: D. Wilbur, M. Adam,
P. Donnelly, Y. Arano, J. Jeong, X. Zhang
Presiding: J. Jeong, X. Zhang
8:00 – 193. Beginnings, evolution, and current status of “theragnostics”.
S.C. Srivastava*
8:30 – 194. Novel treatments for arthritis in
humans and animals using the theranostic isotope Sn-117m: Colloids and labeled molecules. N.R. Stevenson*,
J. Simon8:45 – 195. Intrinsically radioactive nanoparticles for tumor imaging. X. Chen*
9:15 – 196. Folate-conjugated polymers with
99mTc for tumor imaging. Z. Guo,
P. Zhang, M. Song, R. Zhuang, C. Liu,
X. Zhang*
9:45 – 197. Radiopharmaceutical evaluationof peptide nucleic acid bioconjugates ascomplementary system for tumor pretargeting. H. Stephan
10:00 Break
10:15 – 198. Development of multifunctional
nanoparticles by encapsulation with special amphiphiles. J. Jeong*
10:45 – 199. Development of PSMA targeting therapy using Lu-177-labeled nanoparticles. S. Oh, S. Moon, J. Jeong*,
D. Lee11:15 – 200. Lanthanide upconversion nanoparticles for bioimaging. F. Li*
11:45 – 201. Dragon fruit-like biocage as aniron trapping nanoplatform for high efficiency targeted cancer multimodality imaging. M. Yang*, Q. Fan, R. Zhang,
K. Cheng, J. Yan, D. Pan, Z. Cheng
Sheraton Waikiki
Waianae
Advances in Polymers for Medicine (#52)

Organized by: J. Pokorski, R. Advincula,
T. Miyata, C. Boyer, K. Ishihara
Presiding: J. Pokorski
8:00 – 202. Dense peptide brush polymers
as delivery systems for therapeutic peptides. N. Gianneschi
8:30 – 203. Shaping plant virus-based nanoparticles for applications in biomedical
imaging and therapeutic intervention.
N.F. Steinmetz*
9:00 – 204. Drug-free macromolecular therapeutics - a new paradigm in polymericnanomedicines. J.H. Kopecek*, T. Chu,
J. Yang, R. Zhang, J. Hartley
9:30 Coffee Break
9:50 – 205. Breakthroughs in imprint lithography and 3D additive fabrication to advance NextGen drug delivery technologies. J.M. DeSimone*, J.C. Luft
10:20 – 206. Molecularly imprinted nanogel
particles that acquire stealth in situ bycloaking themselves with the body’s own
dysopsonic protein. T. Takeuchi*,R. Sasao, Y. Kitayama
10:40 – 207. Molecular imaging MRI agents
responsive to biological signals.
C. Zhang, K. Wang, H. Peng, s. puttick,K. Thurecht, S. Rose, A. Whittaker
11:10 – 208. Polymer-based nanoparticles
cancer therapeutics: From concept toclinic. M.E. Davis
Hawaii Convention CenterHalls I, II, III
Fragment-based Lead Discovery (#145)

Organized by: D. Erlanson, M. Scanlon,
K. Ruan, D. Tanaka, J. Tyndall

Poster Session
10:00 – 12:00
209. Novel tools for screening fluorine containing fragments by NMR. C. Anklin,
H. Kovacs
210. Redesign of the Merck Fragment Library. C. Fischer*211. Identification of novel activators of caseinolytic protease p using fragment
based screening approaches.
A.P. Singh*, Y. Zhao, Z. Zheng,
E. Griffith, W. Shadrick, R. Tangallapally,
J. Bowling, R. Lee*
212. Similarity analyses of ligand-binding
subsites on proteins. N. Yamaotsu*,
S. Hirono
213. Natural products ⫽ Frequent hitters?.
P. Schneider*
Hawaii Convention CenterHalls I, II, III
Chemistry of Molecular Imaging (#215)

Organized by: H. VanBrocklin,
G. Tamagnan, Y. Fujibayashi, L. Luyt,
A. Katsifis, Y. Choe, N. Vasdev
Presiding: H. VanBrocklin, D. Wilbur
Poster Session
10:00 – 12:00
214. 11C-labeling of the C(1)⫺C(10) dihydroxy acid moiety for the study on thesynthesis of kulokekahilide-2 PET tracer.
C. Han*, H. Doi, J. Kimura, Y. Nakao,
M. Suzuki*
215. 18F-labeled FSHR antagonist for PET
imaging of prostate cancer. D. Pan,
Y. Xu, J. Yan, R. Yang, L. Wang, M. Yang*
216. New theranostic probe for tumor hypoxia based on triple-resonance NMR andradio-sensitization. Y. Suzuki,
H. Yamada, Y. Kimura, A. Son,
K. Tanabe, A. Toshimitsu, Y. Aoyama,
T. Kondo*217. Biocompatible phosphorylcholine polymer probes for in vivo photoacoustic imaging. N. Matsumoto, H. Yamada,Y. Kimura, A. Toshimitsu, Y. Aoyama,
T. Kondo*
218. Catabolism of a 64Cu- and Cy5.5-labeled human serum albumin in a tumor
xenograft model. C. Kang, H. Koo, G. An,
Y. Choe*219. Densely iodinated stealth dendrimers as
blood-pool contrast agents for computed
tomography. Y. Kim*, H. Jung, S. You
220. Dual imaging agent for ultrasound andPET: Nanodroplets encapsulated perfluorocarbon and [Cu-64]ATSM. K. Lee,
U. Shin, J. Lee, H. Park, G. An, C. Choi,
S. Lim, B. Kim, J. Seo, J. Kim
221. Electrochemical radiofluorination of sulfur containing aliphatic acids: Potential
approach to radiolabeling of amino acids.
A. Lebedev*, Q. He, F. Yang, S. Sadeghi222. Electrochemical radiolabeling of COX-2
inhibitors: Potential PET agents for imaging of inflammation. A. Lebedev*, Q. He,
S. Sadeghi
223. Evaluation of simultaneous dual-isotope SPECT/PET/CT imaging with 99mTc
and 64Cu by phantom study and its invivo application. N. Adachi*, Y. Yoshii,
T. Furukawa, Y. Takeuchi, M. Inubushi,
H. Wakizaka, M. Zhang, Y. Fujibayashi,
T. Saga
224. Hyperpolarized 15N tripodal tetramine
derivatives as sensors of free Zn2⫹ ionsin vivo. E. Suh*, L. Limata, A. Sherry,
Z. Kovacs
225. Evaluation of TlOH base for Pd0-mediated coupling of methyl iodide and excess boronic acid esters toward fabrication of short-lived 11C-incorporated PET
tracer. H. Koyama, H. Doi, M. Suzuki*
226. Hyperpolarized NMR molecular probe
for long-term biomolecule analysis.
M. Hirano*, H. Nonaka, S. Sando227. Rh(I)-mediated rapid [11C]carboxylation
using [11C]CO2 and organoborane at atmospheric pressure. M. Goto, S. Kurai,
R. Yamamoto, T. Kanamitsu, M. Suzuki,
Y. Watanabe, H. Doi*

228. Probe-targeted magnetic resonanceimaging of tumor with a self-traceable
1H–13C polymeric nanoprobe.
H. Yamada*, Y. Hasegawa, Y. Kimura,
H. Imai, T. Matsuda, Y. Uto, Y. Aoyama,
T. Kondo229. Non-invasive PET imaging of the glucagon-like peptide-1 receptor in the pancreas with 18F labeled exendin-4 analog.
Y. Xu, D. Pan, R. Yang, L. Wang, J. Yan,
M. Yang*
230. Micelle type dual imaging probe forpositron and near-infrared fluorescenceimagings. A. Makino, A. Tomoike,
H. Kimura, M. Ono, H. Okazawa,
Y. Kiyono, H. Saji
231. Binding of indium, gallium, and ruthenium ions by gastrins for biomedical applications. J.M. Pushie, G.N. George,
G.S. Baldwin
232. Impact of chelating agent on MMPbinding. S.C. Ghosh, N. Wilganowski,
E.M. Sevick-Muraca, A. Azhdarinia*
233. Development of 2-[211At]astato-␣methyl-L-phenylalanine (2-AAMP) as anovel radiopharmaceutical for internal radiotherapy. Y. Ohshima*, H. Suzuki,
H. Hanaoka, S. Watanabe, S. Watanabe,
N. Watanabe, Y. Tsushima, K. Endo,
Y. Arano, N.S. Ishioka
234. In-situ preparation of trivalent 99mTc/
186/188Re-labeled compounds from monovalent ligand for ready-to-use theranostic radiopharmaceuticals: Factors
affecting radiochemical yields of isonitrile-based trivalent 99mTc/186/188Re-labeled compounds. Y. Mizuno, C. Jen,
T. Uehara, Y. Arano
235. Synthesis and biological evaluation of a
99mTc-labeled fatty acid for myocardical
metabolic imaging. L. Jianping,x. qianqian, Z. huabei*
236. Synthesis and biological evaluation ofnovel 64Cu-labeled dimeric c(RGDACH-K) peptide conjugates for tumor
PET imaging. K. Lee*, J. Park, J. Lee,
U. Shin, G. An, J. Kim*
237. Synthesis of 89Zr-labeled trastuzumab
and thio-trastuzumab for PET imaging of
HER-2 positive lesions. K. Lee, J. Lee,
U. Shin, J. Park, H. Park, G. An, C. Choi,
S. Lim, B. Kim, J. Kim
238. Synthesis and evaluation of a N-13 labeled, nitric oxide donor, 3-methyl-4-furoxancarbaldehyde for preliminary PET
imaging. A.B. Pippin*, R.J. Voll,
M. Smith, D.C. Liotta, M.M. Goodman
239. Toward convenient synthesis of 18F labeled MIBG analogs. A. Yamaguchi,
H. Hanaoka, T. Higuchi, Y. Tsushima
240. Tropomyosin receptor kinase (TrkA/
B/C) PET imaging: Synthesis and structure⫺activity relationship studies of fluorinated (2-(3-fluorophenyl)pyrrolidin-1yl)imidazo[1,2-b]pyridazine-based
inhibitors. V. Bernard-Gauthier,R. Schirrmacher
Sheraton Waikiki
Honolulu
New Antibacterial Agents (#236)

Organized by: J. Finn, J. Palmer,
H. Arimoto
8:00 Opening remarks* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–291

10 – HLTH
8:05 – 241. Targeting HSP60/10 (GroEL/ES)
chaperonin systems as a mechanisticallyunique antibiotic strategy. S.J. Abdeen,
N. Salim, R. Veeramachanenin,
A. Ambrose, P.G. Schultz, A. Horwich,
E. Chapman, S.M. Johnson*
8:30 – 242. Discovery and optimisation of
new small-molecule inhibitors of bacterial
DNA gyrase and topoisomerase IV.
N. Stokes*
9:00 – 243. VXc-486, a novel dual targeting
GyrB/ParE inhibitor for the treatment ofbacterial infections: Discovery and characterization of a water-soluble prodrug.
H. O’Dowd
9:30 – 244. CRS3123, a novel diaryldiamine
in clinical development for treatment of
Clostridium difficile infection. T. Jarvis*,
S. Bell, I. Critchley, D. Davies, D. Drolet,
S. Gill, J. Guiles, U. Ochsner, J. Rohloff,
X. Sun, N. Janjic
10:00 break
10:15 – 245. SBDD approach of the novel inhibitor of bacterial multidrug efflux transporter. Y. Inoue*, S. Yamasaki,
Y. Higuchi, A. Yamaguchi, N. Kato
10:40 – 246. Targeting nusB-nusE binding to
inhibit antitermination, a novel antibiotic
target. P. Cossar*, C. Ma, J.I. Ambrus,
P.J. Lewis, A. McCluskey
11:05 closing remarks
Sheraton Waikiki
Waialua
Nutraceuticals and Functional Food
Ingredients: Chemistry and Health (#285)

Organized by: F. Shahidi, C. Ho, R. Pegg,
K. Miyashita
Presiding: C. Ho, K. MIYASHITA,
F. Shahidi
8:00 opening
8:05 – 247. Novel phenolic antioxidants: performane and role in health and disease.
F. Shahidi*
8:25 – 248. Bioavailable antioxidants to suppress the formation of 8-hydroxy-2’-deoxyguanosine in oxidative injury of DNA.
K. Kanazawa*, K. Kanazawa
8:45 – 249. Vitamins potently inhibit thiyl radical-induced trans fatty acid formation in
PC-12 cells. W. Hung, C. Ho, L.S. Hwang
9:05 – 250. Flaxseed dietary fibre association with phenolic compounds and theirbioactivity. F. Hosseinian*
9:25 – 251. Relationship between in vitro andbiological antioxidant assay of pecan
phenolics. R.B. Pegg*, M. Kellett,
Y. Gong, P. Greenspan9:45 break
9:55 – 252. Controlling the gastrointestinal
fate of nutraceutical-enriched lipid delivery systems for improved bioavailability.
H. Xiao*
10:15 – 253. A multiple bioactivity of flavan3-ols was revealed through sympathetic
nerve stimulation. N. Osakabe*,N. Kamio, K. Inagawa
10:35 – 254. Dietary factors affecting bioavailability of onion flavonoids. J. Terao*
10:55 – 255. Bioactive properties of orange
peel on intestinal antioxidant, anti-inflammatory activities and cell tight junction
function. X. Chen*, D. Kitts
11:15 – 256. Antioxidant and cytoprotective
activities of solventless extracts from fruitand vegetable wastes. M.Y. Heng,
S. Katayama, E. Ong, S. Nakamura
11:35 – 257. Compounds isolated from Osmamthus fragrans var. thunbergii andtheir properties of antioxidant and antiproliferative. B. Lu, F. Zhou
11:55 closing
Sheraton Waikiki
Kohala/Kona
Drug Conjugates: Approaches to Delivering
Active Drugs to Where they are Needed(#385)

Organized by: N. Ihle, B. Denny,
S. Roffler
Presiding: M. Tercel
8:00 Introductory Remarks

292–TECHTECHNICAL PROGRAM
8:05 – 258. Arming antibodies with DNA
cross-linking agents derived from theduocarmycins. M. Tercel*, A. Giddens,
G. Lu, H.H. Lee, M. Bonnet, W. Denny,
J.A. Flygare, T.H. Pillow, B.S. Safina,
L.R. Staben, V.A. Verma, B. Wei
8:45 – 259. Development of novel diketopiperazine-forming spacer: Gly-Pro.
S. Manabe*, Y. Aihara, H. Machida,
M. Yasunaga, Y. Ito, Y. Matsumura
9:05 – 260. Optimization and tumor targetingof 1,2-bis(sulfonyl)hydrazines.
P.G. Penketh*, K. Shyam, R. Baumann,
K. Ishiguro, R. Zhu, A. Sartorelli
9:45 BREAK
10:00 – 261. ␣-Galactosidase A loaded
nanoliposomes with enhanced enzymatic
activity for Fabry disease. J. Veciana*,
I. Cabrera Puig, I. Abasolo, J. Corchero,
E. Elizondo, P. Rivera, E. Moreno,
J. Faraudo, S. Sala, M. Bueno, M. Rivas,
M. Melagarejo, D. Pulido, M. Royo,F. Albericio, A. Villaverde, M. Parajo,
S. Schwartz, N. Ventosa
10:20 – 262. Discovery of TH-4000: A renaissance in hypoxia-activated prodrug design. J. Smaill*, G. Lu, H.H. Lee, S. Silva,
V. Jackson, M. Abbattista, C. Guise,
M. Bull, A. Grey, H. Hsu, J. Sun,
J. Jaiswal, S. Jamieson, A. Ashoorzadeh,
R. Anderson, C. Hart, T. Pearce,
A. Patterson
11:00 – 263. Therapeutic targeting of the hypoxic compartment of the tumor microenvironment with evofosfamide (TH302): Translational and clinical studies.
M. Matteucci

Thursday Afternoon
Sheraton Waikiki
Waianae
Advances in Polymers for Medicine (#52)

Organized by: J. Pokorski, R. Advincula,
T. Miyata, C. Boyer, K. Ishihara
Presiding: T. Miyata
13:00 – 264. Catalysis of endogenous therapeutics at medical polymer interfaces –an alternative approach for long term device integration. M. Reynolds*,
M. Neufeld, E. Lauzon, A. Lutzke,
A. Pegalajar-Jurado
13:20 – 265. Delivery of carbon monoxideusing polymeric nanoparticles for bioapplications. C. Boyer, D. Nguyen,
K. Nguyen
13:40 – 266. Biomaterials processed via melt
extrusion: Molecular modification of scalable nanofibers. J. Pokorski
14:00 – 267. Thermally-driven self-cleaning
membranes: Extending the lifetime of an
implanted glucose biosensor.
M.A. Grunlan*
14:20 – 268. Directing cellular functions via
hydrated mobility of polyrotaxane surfaces. N. Yui*, J. Seo, T. Yamaoka,
S. Kakinoki
14:50 Break
15:00 – 269. Photoinduced and self-initiatedgraft polymerization of 2-methacryloyloxyethyl phosphorylcholine on poly(ether
ether ketone) for obtaining surface biocompatibility. K. Ishihara*
15:30 – 270. Engineering biointerfaces using
controlled radical polymerization. H. Klok
15:50 – 271. Graphene oxide/polymer antimicrobial agents and polymeric coatings.
R. Advincula*
16:10 – 272. Fabrication of drug crystallineloaded polymer thin films (nanosheets) forbiomedical applications. S. Takeoka*,
K. Ito, K. Nishiwaki, T. Fujie
16:30 – 273. Rapid neointima formation andgood patency of very thin long bypass
grafts with circulating cell-capturing surface. T. Yamaoka*, M. Kitai, A. Otaka,
M. Munisso, Y. Ohya, A. Mahara

Sheraton Waikiki
Oahu

Sheraton Waikiki
Waialua

Chemistry of Molecular Imaging (#215)

Nutraceuticals and Functional Food
Ingredients: Chemistry and Health (#285)

Organized by: H. VanBrocklin,
G. Tamagnan, Y. Fujibayashi, L. Luyt,
A. Katsifis, Y. Choe, N. Vasdev
Presiding: G. Tamagnan, H. VanBrocklin

Organized by: F. Shahidi, C. Ho, R. Pegg,
K. Miyashita
Presiding: C. Ho, R.B. Pegg, F. Shahidi

13:00 Opening Remarks
13:10 – 274. Low temperature nucleophilic
F-18 fluorination for bioconjugation
chemistry. D. Chi*, B. Lee, B. Kang
13:45 – 275. Iodonium ylide mediated radiofluorination: A general method for the
preparation of PET radiopharmaceuticals.
S. Liang*, N. Vasdev
14:05 – 276. Copper-mediated approaches
to late-stage fluorination with fluorine-18.
A. Brooks, N. Ichiishi, A. Mossine,
K. Makaravage, J. Miller, J. Topczewski,
M. Sanford, P.J. Scott
14:25 – 277. Discovery and optimization of
tracer ligands for CNS PET imaging.
S. Hitchcock*15:00 Break
15:20 – 278. Imaging platform sensitive toprotease activity for detection of Alzheimer’s disease. J. Snir*, M. Suchy,
G.A. Bindseil, R. Ta, K. St. Lawrence,
R. Hudson*, S. Pasternak*, R. Bartha*
15:40 – 279. Fluorine-18 labeled PET imaging tracer targeting the astroglial CNS excitatory amino acid transporter 2 protein.
J.E. Blecha, S. Ahmed, J. Gerdes,
H. VanBrocklin
16:00 – 280. Transport of [11C] vitamin C andredox partner [11C] dehydroascorbic acidin human glioma cells. V.N. Carroll,C. Truillet, B. Shen, X. Shao, P. Scott,F. Chin, D. Wilson
16:20 – 281. D- and L- [18F]5-fluoro aminosuberic acid ([18F]5-FASu) for oxidative
stress imaging. H. Yang, S. Jenni,
Q. Miao, I. Rodrigo, C. Poleschuk,
J.M. Webster, F. Benard, P. Schaffer
16:40 – 282. Redox-responsive MRI contrast
agents. E. New*, E. O’Neill,
K. Jankowska, P. Bonnitcha

13:00 opening
13:05 – 290. Functional foods for heart
health: Managing trimethylamine oxidelevel through gut microbiota. C. Ho*,
L. Sheen
13:25 – 291. Prevention of procyanidins andcyanidin 3-glucoside on B(a)P-induced
DNA damage through modulating drugmetabolizing enzymes hepatocytes.
H. Ashida*, Y. Yamashita, T. Zhang
13:45 – 292. Modulation of neuroprotective
genes by natural dietary bioactive compounds in senescence-accelerated mice.
S. Katayama, S. Nakamura
14:05 – 293. Antiaging effect - from discovery to clinical trial. C. Wang*
14:25 – 294. Possibility of dietary factors toprevent and treat diabetes via the stimulation of GLP-1 secretion. T. Tsuda*
14:45 – 295. Safety and efficacy of a novel
Trigonella foenum-graceum seed (fenugreek seed) extract (Furocyst) in polycystic ovary syndrome in female volunteers.
D. Bagchi*
15:05 break
15:15 – 296. Processing of GABA enrichedsalt-free soybean paste and its bloodpressure lowering effect in human volunteer test. H. Hatta*, S. Shou, Y. Ueno
15:35 – 297. Adenine, a vasorelaxant purine,
reduces intestinal inflammation in colitis
mouse mode. T. Fukuda, T. Matsui,
Y. Mine*
15:55 – 298. Beyond antioxidative and antiinflammatory activities of phytochemicals
inhibit osteoclastogenesis. M. Uehara*,
H. Inoue, N. Takahashi
16:15 – 299. Dynamic modulation of Nrf2/
Keap1 system by nutraceuticals. D. Hou*
16:35 closing

Sheraton Waikiki
Honolulu

Thursday Evening

New Antibacterial Agents (#236)

Organized by: J. Finn, J. Palmer,
H. Arimoto
Presiding: H. Arimoto
13:00 opening remarks
13:05 – 283. Bringing the full power of chemical synthesis to bear on the discovery of
new antibiotics. A.G. Myers*
13:55 – 284. Multifunctional amphiphilic aminoglycoside antibiotics and adjuvants.
F. Schweizer*, B. Gorityala, G. Guchhait
14:20 – 285. Rational design of antibiotics
and NSAIDs. M.A. Cooper
14:45 break
15:00 – 286. Van-M-5427, a novel semi-synthetic glycopeptide with reduced nephrotoxicity. O. Yoshida
15:25 – 287. Mechanism of action andepitopes of clostridium difficile toxin B
neutralizing antibody bezlotoxumab.
C. Strickland, P. Orth, L. Xiao,
A. Therien, L. Hernandez
15:50 – 288. Antibody-antibiotic conjugates(AACs): A novel therapeutic platform totreat invasive S. aureus infections.
T. Pillow
16:15 – 289. New classes of antitubercularcompounds derived from phenotypic
screens and developed with different
models. J. Baiget, G. Nagalingam,
J. Triccas, P. Rutledge, J. Castro-Pichel,
M. Todd*
16:40 closing remarks

Hawaii Convention CenterHalls I, II, III
Advances in Polymers for Medicine (#52)

Organized by: J. Pokorski, R. Advincula,
T. Miyata, C. Boyer, K. Ishihara
Poster Session
19:00 – 21:00
300. Enzymatically functionalized chitosan
microspheres for iron sequestration.
D. Huber, A. Pellis, I. Brzonova,
G.S. Nyanhongo, G.M. Guebitz*
301. Synthesis, characterization, and in vivo
evaluation of radiolabeled anti-inflammatory dendritic polyglycerol: A structure –pharmacokinetics relationship. K. Pant*,
D. Gröger, R. Bergmann, J. Pietzsch,
H. Stephan, R. Haag
302. Use of biocompatible hydrogel beads
for the recovery and delivery of antibiotics. K. Ko
303. Glyco-nanoparticles for the delivery ofplatinum chemotherapeutics. M. Callari*,
J. Aldrich-Wright, P. De Souza,
M. Stenzel* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram10 – HLTH
304. Amylose-based glyco star polymers: A
biofunctional platform for glyco-biomaterials. T. Nishimura, S. Mukai, S. Sawada,
K. Akiyoshi*
305. Development of pH-sensitive liposomes
using hyaluronic acid derivatives for target-specific intracellular drug delivery.
M. Miyazaki, E. Yuba, H. Hayashi,
A. Harada, K. Kono*
306. pH-Sensitive polymer-modified liposomes combined with multiple adjuvants
as potent vaccine carriers for cancer immunotherapy. Y. Yoshizaki, E. Yuba,
N. Sakguchi, K. Koiwai, A. Harada,
K. Kono*307. TiO2 nanoparticles-incorporated polyion complex micelles for effective sonodynamic therapy. S. Yamamoto,
E. Yuba, A. Harada, K. Kono*
308. NanoClik microsphere and drug delivery system. Y. Tahara, S. Mukai,
S. Sawada, Y. Sasaki, K. Akiyoshi*
309. Heparin-mimicking supermolecules forenhancing osteoinduction ability of bonemorphogenetic protein-2. M. Terauchi,
T. Inada, T. Kanemaru, K. Nishida,
A. Tamura, S. Yamaguchi, K. Harada*,
N. Yui*310. Biodegradable three-layered micelles
and their hydrogel system as efficientgene delivery vectors. D.G. Abebe,
R. Kandil, T. Kraus, M. Elsayed,
M. Mohammadi, Y. Li, O. Merkel*,
T. Fujiwara*
311. Preparation of photo-responsive polymer particles that form interparticle bondings by UV irradiation and their responsive assembly. T. Moriyama,
A. Kawamura, T. Miyata*312. Preparation of self-assemblies fromamphiphilic liquid crystalline polymers exhibiting phase transition at body temperature and their drug release behavior.
Y. Inoue, A. Kawamura, T. Miyata*313. Fabrication of highly elastic biodegradable hydrogels by dynamic ion-crosslinking with bisphosphonate groups.
M. Noguchi*, A. Nishiguchi,
M. Matsusaki, M. Akashi*
314. Controlled drug release from molecularly imprinted polypeptide hydrogels by
structural transition of their network.
K. Matsumoto, A. Kawamura, T. Miyata
315. Two release-rates from carboxymethyl
starch monolithic tablets: Formulation,
characterization, and in vitro/in vivo evaluation. C.T. Le*, M. Arella, M. Mateescu
316. Polymeric device based on UV-curedpoly(ethyleneglycol) dimethacrylates forcontrolled intraocular drug delivery.
N. Nagai*, Y. Izumida, R. Motoyama,
E. Koyanagi, A. Katsuyama, S. Yamada,H. Kaji, M. Nishizawa, T. Abe
317. Design of mechanically patterned hydrogel for directing organ bud self-formation. Y. Shimokawa*, H. Koike,
T. Matsuzaki, M. Enomura, M. Kimura,
S. Nakabayashi, H. Nakauchi,
H. Taniguchi, T. Takebe, H. Yoshikawa
318. Mechanical manipulation of adherent
cells by photodegradable hydrogel.
K. Iketaki*, F. Yanagawa, R. Kawamura,
S. Nakabayashi, T. Takagi, S. Sugiura,
T. Kanamori, H. Yoshikawa
319. Chymotrypsin precipitate effects on cell
behaviors on silk fibroin. Y. Tamada*320. High resisting ability of platelet andNIH3T3 cells adhesion on poly(tetrafluoroethylene-co-vinyl alcohol) coating.
M. Totani, T. Ando, M. Tanihara,
H. Mouri, Y. Tanaka, T. Kanbara, J. Miki
321. Surface modification of PEEK with versatile phospholipid polymer networks.
Y. Kawasaki, Y. Iwasaki*
322. Antifouling surface modifications of coextruded polycaprolactone fibers.
A. Advincula, S. Kim, E. Harker,
J. Pokorski
323. Using trichlorosilane surface chemistry
to capture endothelial cells: A new approach to overcome restenosis in patients with cardiac stent implants.
R. Ravindranath, A. Romaschin,
M. Thompson

324. Fundamental and applied studies of anovel nitric oxide (NO) releasing polymercrystal composite with enhanced stability. Y. Wo*, Z. Li, E.J. Brisbois,
A. Colletta, J. Wu, T. Major, R. Bartlett,
C. Xi, A.J. Matzger, M.E. Meyerhoff*325. Surface patterning properties of photoresponsive polymer films and cell cultureon their surface. T. Noguchi,
A. Kawamura, T. Miyata*326. Glucose-induced decomposition ofmultilayer film under physiological conditions. K. Sato*, E. Abe, J. ANZAI
327. Electrochemically controlled release ofpolymer from 6-ferrocenylhexanethiolmonolayer modified electrode.
S. TAKAHASHI*, S. SHIMIZU, J. ANZAI
328. Improved sensing of heparin in whole
blood using heparin-imprinted polymer
by surface modification or washing.
Y. YOSHIMI*, R. Inaba, T. Ogawa,M. Kanda, M. Inoue, K. Kuwana

Friday Morning
Sheraton Waikiki
Lanai
De Novo Drug Design (#28)

Organized by: G. Schneider, D. Winkler,
K. Funatsu, Y. Okuno
Presiding: K. Funatsu, G. Schneider
8:00 Opening Remarks
8:05 – 329. Recent progress in structurebased de novo design. H. Boehm
8:45 – 330. De-novo design, polypharmacology and metabolism in the generation ofnovel lead candidates. R.C. Glen*,
M. Wang
9:15 – 331. SiteHopper: A unique method forbinding site comparison. G.L. Warren,
M. Geballe, T. Darden, J.M. Word,
R. Tolbert
9:45 Break
10:05 – 332. Computer-aided drug design
assisted by synthetic accessibility prediction and target/off-target prediction.
Y. Fukunishi
10:45 – 333. Prediction of compound-protein interactions based on deep-layered
learning. M. Hamanaka*, K. Taneishi,
J. Brown, Y. Okuno
11:15 – 334. Strategy of structure generation
within applicability domain. H. Kaneko,
K. Funatsu*
Sheraton Waikiki
Waianae
Advances in Polymers for Medicine (#52)

Organized by: J. Pokorski, R. Advincula,
T. Miyata, C. Boyer, K. Ishihara
Presiding: C. Boyer
8:00 – 335. Shear-thinning, associative, andmucoadhesive hydrogels for improved
eyedrop formulations. P. Sheikholeslami,
S. Mokhtari, B. Muirhead, D. Baek,
H. Wang, X. Zhao, S. Boyd,
H. Sheardown, T. Hoare*
8:20 – 336. Biodegradable injectable polymer formulation exhibiting temperatureresponsive irreversible sol-gel transition
by covalent bonds formation. Y. Ohya*,
Y. Yoshida, S. Mitsumune, A. Takahashi,
A. Kuzuya
8:40 – 337. Soft biomatter system based on
cytocompatible polymers for advanced
cell engineering. T. Konno
9:00 – 338. Fabrication of decellularizedaorta with electrospun fibers for small-diameter vascular grafts. T. Kimura*
9:20 – 339. Stimuli-responsive behavior of
bioconjugated hydrogels, particles, andthin films with dynamic crosslinks.
T. Miyata*, A. Kawamura, T. Uragami
9:40 – 340. Control of selectin-mediated celladhesion on glycoprotein-conjugatedmatrices. Y. Iwasaki, A. Matsunaga,
S. Fujii
10:10 Break
10:20 – 341. Bioinspired and degradable
protein-polymer conjugate therapeutics.
H. Maynard, C. Decker, S. Paluck,
T. Nguyen, E. Pellegri-O’Day

10:50 – 342. Nano-engineered polypeptide
architectures and their potential applications in nano-medicine. G.G. Qiao*
11:20 – 343. Hydrogen sulfide-releasing micelles and their potential applications.
U. Hasegawa*, A.J. van der Vlies
11:40 – 344. Nanofiber polyplex formation
based on morphology elongation by intrapolyplex PEG crowding effect.
A. Harada*, K. Nomura, E. Yuba, K. Kono
Hawaii Convention CenterHalls I, II, III
Academic Drug Discovery (#69)

Organized by: J. Leahy, A. Mendonca,
S. Hong, H. Kakeya, P. Scammells
Presiding: J. Leahy
Poster Session
10:00 – 12:00
345. Discovery of a potent anticancer agent
from the optimization of natural oridonin
scaffold. J. Xu, S. Xu, H. Yao
346. Characterization of a Py-Im polyamide
in models of castration resistant prostatecancer. A. Kurmis, F. Yang, N.G. Nickols,
T.R. Welch, P.B. Dervan*
347. Non-platinum-based halogenated compounds: A new class of potent antitumor
agents for natural targeted chemotherapyof cancers. Q. Zhang, N. Ou,
J. Warrington, C. Wang, Q. Lu
348. Optimization of nitrofurazone cruzain
and antitripanossomal activity by bioisosterism application. G. Trossini*,
D.G. Vital, F. Gatti, A. Andricopulo,
V.G. Maltarollo349. Isatin-dapsone based molecular hybrids as novel antimalarial and antitubercular agents. M.M. Naseer*
350. Rational design and optimization of
drug leads and conformational antibody
targeting pathological misfolding and aggregation of SOD1 enzyme in amyotrophic lateral sclerosis. V.K. Hinge,
N. Blinov, N. Cashman, A. Kovalenko
351. Development of novel therapeutics forthe treatment of glaucoma. P.I. Dosa*,
M. Fautsch
352. Host-based serine protease inhibitors
as an emerging treatment against influenza. P. Boudreault, É. Colombo,
P. Thakur, É. Gravel, I. Marois, D. Cliche,
A. Cloutier, A. Griffin, B. Brown,
M. Richter, R. Leduc, E. Marsault
353. Exploration of the protein motion, allostery, and intra-molecular signaling pathways of GPCR activation, and its application to drug discovery. S. Choi*354. Promising strategy to accelerate diabetic wound healing. M. Gao, T. Nguyen,
M.A. Suckow, W.R. Wolter, H. Pi,
S. Mobashery*, M. Chang*355. Design, synthesis, and structure-activity relationship studies of selective survivin inhibitors. M. Xiao, J. Wang,
D. Miller, W. Li
356. Rational design of novel spinogenic
benzothiazoles for enhancing cognitive
function. J. Cifelli, T. Chung, L. Dozier,
H. Liu, M. Mayer, G. Patrick, J. Yang*
357. Small-molecule inhibitor of MDM2
shows potent anticancer effect in amouse leukemia model. A. Draganov,L. Gu, H. Zhang, B. Wang*, M. Zhou
358. Chemical diversification of pleuromutilinleads to discovery of a novel anticancer
agent. R.W. Hicklin, E. Llabani,
P.J. Hergenrother*359. Catalytic radical degradation by N-heterocyclic carbene–ruthenium complexes
via a transfer hydrogenation-like process.
A.G. Tennyson*
360. Synthesis of coumarin derivatives possessing an inhibitory effect on aromatase.
M. Kawabata, Y. Yamaguchi,
N. Nishizono*, K. Oda*
361. Holistic approach to collaborative drug
discovery. S. Ernst*
362. Target identification of a HIF inhibitor
using functional bioprobe. K. Lee*,
Y. Choi363. Design, synthesis, bioconversion, andpharmacokinetics evaluation of new ester
prodrugs of olmesartan. M.I. El-Gamal*,
H.S. Anbar

364. High-throughput drug discovery ofnovel inhibitors of secretion. A. Satoh,
Y. Honjo, H. Suzuki, Y. Nishina
365. ESI-MS probing of G-quadruplex DNA
platinum(II) complex interactions.
D.L. Ang*, A. Craze, Y. Yuliani, C. Kelso,
J.L. Beck, S.F. Ralph, D.G. Harman,
J. Aldrich-Wright366. Quadruplex-DNA stabilising dinuclear
platinum(II) complexes. D.L. Ang*,
D.G. Harman, S.F. Ralph,
J. Aldrich-Wright367. Integrated flow and batch synthesis of
2-anilo substituted 3,4-dihydro-2Hbenzo[b][1,4]oxazine-6-carboxamides.
A.J. Lin, A. McCluskey
368. Chemical synthesis, plasmatic concentration, and antisulfatase activity in miceand rats of a tetrahydroisoquinoline derivative. D. Poirier, D. Ayan, R. Maltais,
J. Roy369. Design and synthesis of conformationally restricted caprazamycin analogs as
antibacterial agents. M. Yamaguchi,
A. Matsuda, S. Ichikawa
370. Discovery of novel and selective inhibitors of the Src homology-2 domain containing protein tyrosine phosphatase-2(SHP2). B. Czako*, P. Alessia, G. Liu,
A. Yau, N. Reyna, R. Johnson, P. Leonard
371. Data-driven drug design in the era of“Big Data”. M. Zheng*
372. Novel N-(2,2’-disubstituted-2H-cromenyl)-N’,N”-disubstituted- guanidine derivatives as an S-nitrosoglutathion reductase inhibitor. S. Lim*, E. Kim*, G. Lee*,
Y. Gong*373. Design, optimization, and synthesis ofarylethynyl-subsititued-heterobicyclic
compounds as trasnglutaminase 2 inhibitor. N. Kim*, S. KIM, Y. Gong
374. Synergistic antitumor effect of T-type
calcium channel blockers and chemotherapeutic agents in human lung cancer.
B. PARK, J. Nam, J. Lee*375. Computational structural analysis of
11␤-hydroxysteroid dehydrogenase 1
through ensemble and induced fit docking studies to determine species difference. S.J. Macalino, S. Choi*376. Implications of auto-induction and heterotropic activation phenomena with cytochrome P450 enzymes: Examples of invitro to in vivo translation from the neuroscience drug discovery field.
A. Blobaum*, F. Byers, T. Bridges,
C. Niswender, C. Hopkins, C.W. Lindsley,
J. Conn
377. Synthesis and biological evaluation of
2-pyrrolidone derivatives as potent M1
muscarinic acetylcholine receptor agonists. M. Huang, N. cho, D. Bhattarai,
S. Kang, A. Pae, H. Rhim, G. Keum378. Chemotherapy with hybrid liposomes
without drugs along with induction of apoptosis in vivo. H. Ichihara,
Y. Matsumoto*379. Synthesis and biological activity of phenylsulfonyl hydrazides for a potent suppressor of PGE2 production. E. Park,K. Kim, J. Lee*
380. N-(3-fluoro-4-methylsulfonamidophenyl) ureas as potent TRPV1 antagonist.
J. Baek, j. Ann, A. Jung, P.M. Blumberg,
j. Lee381. Therapeutic effects of hybrid liposome
against human carcinoma using model
mice of carcinoma. K. Kuwabara,
H. Ichihara, Y. Matsumoto** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–293

10 – HLTH
382. Diaza(bi)cyclic scaffold-based compounds: Using the hybrid approach forthe development of new central nervous
system drugs. D. Guendisch*383. Synthesis and in vitro antiproliferative
activity of new pyrazole derivatives possessing diarylamide moiety.
M.M. Gamal Eldin, M.I. Elgamal,
M.S. Abdel-Maksoud, Y. Kyung Ho,
O. Chang Hyun
384. Catalytic asymmetric syntheses and biological evaluations of ␣-1-C-substituted
L-iminofuranose derivatives as ␣-glucosidase inhibitor. Y. Natori, A. Kato,
I. Adachi, Y. Yoshimura
385. In silico screening for selective inhibitors of SHIP2 as a novel therapeutic
agent for diabetes. S. Ozawa, H. Gouda,
S. Hirono*
386. Design and synthesis of ␣-arylidene
DAG-lactones as selective RasGRP3 ligands. j. Ann, N. Lewin, X. Zhou,
P.M. Blumberg, j. Lee
387. Design, synthesis, in vitro antiproliferative evaluation, and kinase inhibitory effects of a new series of imidazo[2,1b]thiazole derivatives.
M.S. Abdel-Maksoud, O. Chang Hyun,
M. El-Gamal, M.M. Gamal Eldin
388. Design and synthesis of a non-zincchelating inhibitor selective for matrix
metalloproteinase 13. K. Mahasenan,
M. Bastian, M. Gao, D. Ding, E. Frost,
M. Chang*, S. Mobashery*
389. Synthesis and biological comparison ofenantiomers of mepenzolate bromide, amuscarinic receptor antagonist withbronchodilatory and anti-inflammatory
activities. Y. Yamashita, T. Mizushima
390. Design, discovery, and one-pot, multicomponent Bi(NO3)3 catalysed synthesisof novel monastrol-1,3,5-triazine conjugates targeting Rad6B as antiproliferative
agent with antibacterial and antifungal
activity. U.P. Singh*, J.K. Srivastava,
H.R. Bhat
391. In silico study on the interaction of highaffinity ligand calystegine B2 with ␤-glucocerebrosidase. I. Nakagome*, A. Kato,
T. Yoshida, N. Yamaotsu, I. Adachi,
S. Hirono
392. Macrocyclic phosphopeptidomimetics
as inhibitors of the polo-box domain ofpolo-like kinase 1. D.L. Kunciw*,
C. De Fusco, J. Fuchs, M. Rossmann,
A. Bender, M. Hyvonen, D. Spring
393. Therapeutic effects of hybrid liposomes
against colon carcinoma using xenograft
mouse models of colon carcinoma.
M. Okumura, H. Ichihara, Y. Matsumoto*394. Inhibitory effects of liposomes including
trehalose surfactants on the growth of tumor cells along with apoptosis.
M. Kuwano, H. Ichihara, Y. Matsumoto*395. Diversity-oriented synthesis of anti-inflammatory and cytotoxic 4-hetero-2-cyclopentenones. A.G. Macabeo*,
P. RUBIO, J. TIU, A. VERANO, I. SORNE
396. Finding the sweet spot: Structurebased design of Hsp90 inhibitors andtheir effects against drug-resistant cancer
cells. Y. Seo*397. Three new prenylated indole alkaloids
from Aspergillus taichungensis (IBT19404). I. Kagiyama, H. Kato,
S. Tsukamoto*398. Discovery and SAR of a novel series of
selective negative allosteric modulatorsof the metabotropic glutamate receptor
subtype 2 derived from a substituted tetrahydroquinoline core. A. Felts*,
K. Smith, A. rodriguez, R. Morrison,
S. Daniels, C. Niswender, J. Conn,
C.W. Lindsley, K. Emmitte
399. SOAT inhibitory activity and antiatherogenic activity of beauveriolide derivatives.
T. Ohshiro*, S. Imuta, I. Hijikuro,
T. Takahashi, T. Doi, H. Tomoda*
400. Progress toward the X-ray crystal structure of TREM2, a protein involved in Alzheimer’s disease. A. Sens, H. Ng*

294 –TECHTECHNICAL PROGRAM
401. High-throughput screening for the discovery of novel inhibitors to mitigate ruminant methane emissions.
L.R. Schofield*, Y. Zhang, C. Sang,
R. Atua, S. Molano, A. Beattie, D. Dey,
G. Cook, J. Cheung, Y. Kobayashi,
W. Whitman, C. McSweeney,
M. Morrison, W. Denny,
A. Sutherland-Smith, V. Carbone,
R. Ronimus
402. Targeting bioactive chemical spacewith a small natural products library: Expanding diversity and predictability.
J.L. von Salm-Fries*, D. Santiago,
N.G. Wilson, L. Calcul, D.E. Kyle,
W.C. Guida, B. Baker
403. Chemical probes for drug development
and target identification in amyotrophic
lateral sclerosis. K.T. Zhao, I.T. Schiefer,
R.B. Silverman
404. Screening for FtsZ dimerization inhibitors using several evaluation systems including in dry and wet. K. Kodama,S. Mikuni, A. Sasaki, N. Kohira, H. Maki,
M. Munetomo, K. Maenaka, M. Kinjo
405. Development of WNK signaling inhibitors as new class of antihypertensive
drugs. M. Yuasa, T. Mori, S. Fujii,
Y. Watanabe, H. Suzuyama, E. Kikuchi,. Uchida, H. Kagechika*
406. Study of substituted stilbenes and flavonoids as replication inhibitor of hepatitis C virus. A. Nag*, U. Ononuju,
T. Hansberry II, N. Mateeva
407. Development of a PARP-inhibiting boron tracedrug for neutron dynamic therapy. R. Tada*, H. Yamada, E. Nakata,K. Masuda, T. Morii, Y. Uto
408. Identification of novel small moleculesfor kidney disease. E. Grimley, C. Liao,
E. Ranghini, Z. Nikolovska-Coleska,
G. Dressler
409. Improved synthesis and mechanistic
study of a radiosensitizer, sulfoquinovosylacylglycerol (SQAG) derivatives.
Y. Sawamoto, t. tanaka, M. Umezawa,Y. Hisamatsu, I. Tamai, K. Sakaguchi,
S. Aoki410. Design and synthesis of novel 2,4-dimaminopyrimidine analogs for anaplastic
lymphoma kinase (ALK) inhibitor. J. Ha*,J. Hwang, C. Park, C. Lee, C. Yun,
H. Jung, P. Kim, S. Cho, H. Kim
411. Development of novel activators fortranscriptional co-activator TAZ involved
in Hippo pathway. A. Dilihumaer, S. Ito ,K. Nakagawa, Z. Yang, M. Yuasa,
Y. Hata, H. Kagechika
412. Synthesis of chromone and coumarinderivatives possessing an inhibitory effecton human CYP2A6. Y. Yamaguchi,
N. Nishizono*, S. Toyota, D. Kobayashi,
T. Yoshimura, K. Wada, K. Oda*
413. Design, synthesis, and biological evaluation of novel rosamine derivatives as inhibitor of tau aggregation. Y. Yu,
Y. Chang, Y. Kim*, H. Ha*
Sheraton Waikiki
Oahu
Chemistry of Molecular Imaging (#215)

Organized by: H. VanBrocklin,
G. Tamagnan, Y. Fujibayashi, L. Luyt,
A. Katsifis, Y. Choe, N. Vasdev
Presiding: Y. Choe, N. Vasdev
8:00 – 414. Emerging role of immunoPET inthe development of targeted cancer therapeutics. J. Marik
8:35 – 415. Medicinal chemistry of ghrelin
analogues for molecular imaging.
L. Luyt*, C. Charlton, M. Fowkes, J. Hou,
T. Lalonde
8:55 – 416. Synthesis and preclinical evaluation of novel 18F-labeled amino acid PET
tracers for brain tumor imaging.
A. Bouhlel*, D. Zhou, A. Li, L. Yuan,
K. Rich, J. McConathy
9:15 – 417. Chemically modified macrophages for cancer imaging.
M.A. Mingroni, D.J. Cordes,
M.E. Farkas*
9:35 – 418. Development of a fluorine-18 labeled PSMA agent for first-in-man imaging of prostate cancer. C. Berkman*,B. Langton-Webster, H. VanBrocklin

9:55 Break
10:05 – 419. Selection of effective adjuvant
therapy agent for colon cancer with anovel 3D culture screening system: Evaluation with molecular imaging technique.
Y. Yoshii*, T. Furukawa, H. Aoyama,N. Adachi, M. Zhang, H. Wakizaka,
Y. Fujibayashi, T. Saga
10:25 – 420. Live cell imaging of lipid droplets and acidic vesicles using novel metal
ion complexes. S. Plush*, D. Brooks,
M. Massi
10:45 – 421. Highly stable modular and functionalizable platform chelating ligands forradiometal isotopes. C. Orvig*
11:20 – 422. Radiochemical aspects of automated production of 68Ga radiopharmaceuticals - translating research to PET
clinical experience. M. Latter*
11:40 – 423. Molecular imaging of cancer
using bispidine ligands. H. Stephan*,P. Comba
Sheraton Waikiki
Waialua
Nutraceuticals and Functional Food
Ingredients: Chemistry and Health (#285)

Organized by: F. Shahidi, C. Ho, R. Pegg,
K. Miyashita
Presiding: K. MIYASHITA, R.B. Pegg,
F. Shahidi
8:00 Opening
8:05 – 424. Novel antioxidant activity of sphingoid base on omega-3 fish oil.
K. MIYASHITA, M. Uemura, A. Suzuki,
M. Shiota, M. Hosokawa
8:25 – 425. Membrane lipid peroxidation inhuman nutrition and aging. T. Miyazawa
8:45 – 426. Enhancing solubility of bioactive
lipid agents. C.T. Le*, M. Arella,
M. Mateescu
9:05 – 427. Evaluation of biological activities
of marine carotenoids for nutraceuticals.
T. Sugawara
9:25 – 428. Green approach for extraction of
bioactive nutraceuticals from marine
macroalgae. A.T. Quitain*, M. Sasaki,
T. Kida9:45 break
9:55 – 429. Extraction of 7-hydroxymatairesinol from Norway spruce knots using
ionic liquids aqueous solutions.
A. Ferreira*, A. Leite, J. Coutinho ,B. Holmbom, T. Holmbom, M.G. Freire,
A. Silvestre
10:15 – 430. Safety and efficacy of a novel
Prunus domestica extract (CR002) on
testosterone-induced benign prostatic
hyperplasia (BPH) in male Wistar rats.
D. Bagchi*, A. SWAROOP, M. Bagchi
10:35 – 431. Phytochemicals as agonists ofnuclear hormone receptors: The case forsoy isoflavones. N.F. Shay*, t. luo
10:55 – 432. Anthocyanins profile of Quebec
wild blueberries, their oxygen radical absorbance capacity, and in-vitro human
LDL oxidation inhibition effect.
K. Belkacemi*, N. Chorfa, S. Savard
11:35 Closing
11:15 – 433. From a sweetener to fighting
gut inflammation. Y. Mine*
Hawaii Convention CenterHalls I, II, III
Bench to Bedside: Chemistry of HealthCare General Posters
10:00 – 12:00
Miscellaneous drug and vivo activities
434. Retrospective assessment of organophosphorus nerve agent exposure in humans. R.N. Harding*, T.H. Corzett,
A.M. Williams*
435. Influence on the bone strength due tomineral administration to osteoporosis
model mouse. A. Arakaki, A. Onodera,
H. Yasui, Y. Yoshikawa
436. Exploration of predictive blood biomarkers of the cat chronic kidney disease. Y. Matsumura*, A. Iwasawa,
T. Yoshida, K. Azuma, Y. Okamoto, N. Ito

Drug Delivery, Devices, Formulations andInstrumentation
437. Development of a laser irradiating device for hemostasis in neuroendoscopic
surgery. T. Seki*, K. Oka*, H. Akutsu*
438. Block copolymers encapsulated dendrimer silicon (IV) phthalocyanine for invivo photodynamic efficacy of choroidal
neovascularization. Z. Chen*, H. Lu,
X. Yu, S. Pan, J. Wen, Z. Huang,
Y. Peng*439. Influence of the condensation in theheat and moisture exchangers (HME) on
the measurement of temperature and humidity. R. Fujiwara, T. Narisawa,Y. sasaki, A. Yamashita, S. Ohwaki,
M. Kamiya
440. Comparative phantom study on thespatial resolution of a small animal PET
scanner using 11C, 68Ga, 18F, 64Cu, 89Zr,
and 44Sc. M. Bunka*, S. Haller,
N. van der Meulen, R. Schibli, A. Türler,
C. Müller
441. Influence of the membrane surface area
and other design factors on the performance of the dialyzer. Y. Aizawa,
Y. Yamada, A. Yamashita
442. PEO-silane amphiphiles to reduce biological adhesion onto silicone medical
devices. M.A. Grunlan
443. Single-wall carbon nanotubes-dendrimer zinc (II) phthalocyanine nanoconjugates: Synthesis and photophysical properties. J. Wen, X. Yu, H. Lu, S. Pan,
Z. Huang, Y. Peng*444. Effect of substitution position on thephotophyscial property of polymer nanoparticles encapsulating aluminium phthalocyanines. K. Chen, J. Wen, D. Ma,
Z. Huang, Y. Peng* Modeling and QSAR
445. Application of cifap for predicting thebinding affinity of chk1 inhibitors derived
from 2-aminothiazole-4-carboxamide.
O. Erdas*, D. Konyar, F. Alpaslan,
E. Buyukbingol
446. Amino acid residue-based 3D-QSAR
analysis using PLS regression and FMO
calculation. T. Yoshida, S. Hirono
447. mRNA structure prediction targeting
antisense oligonucleotides (AONs).
M. Yamashita, N. Kawashita,
T. Yamamoto, K. Okamoto, T. Takagi*,
S. Obika
448. Molecular docking study of phytochemical estrogen mimics from dietary herbal
supplements. C.N. Powers, W.N. Setzer*
449. Novel telomerase inhibitors for cancer
therapy - in silico design and biologicalevaluation. M. Padariya, U. Kalathiya,
M. Wysocka, M. Serocki,
A. Skladanowski, M. Baginski*
450. Molecular modeling studies of neurokinin-1 receptor antagonists. O. Ozturk*,
T. Ertan-Bolelli, K. Bolelli, S. YILMAZ,
I. Yalcin, E. Aki-Yalcin
451. Molecular docking studies of some new
benzothiazole derivatives on human glutathione-S-transferase enzyme.
T. Ertan-Bolelli*, K. Bolelli, Y. Musdal,
B. Mannervik , E. Aki-Yalcin, I. Yalcin
452. Common feature pharmacophore generation of hGST P1-1 enzyme inhibitory
active benzazole derivatives. K. Bolelli*,
I. Yalcin, T. Ertan-Bolelli, S. YILMAZ,
O. Ozturk, E. Aki-Yalcin
453. Development of novel fluorescent retinoid X receptor antagonists using RXR
antagonist NEt-SB as a lead compound.
S. Yamada, M. Nakayama,
M. Makishima, H. Naitou, H. Kakuta** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram10 – HLTH
454. Molecular docking studies of somenovel bacterial topoisomerase II inhibitors. S. YILMAZ*, T. Ertan-Bolelli,
K. Bolelli, O. Ozturk, E. Aki-Yalcin,
I. Yalcin
Medicinal Chemistry455. Discovery of novel liver X receptor antagonists from cinnamamide derivatives
as potential therapeutics for nonalcoholic
fatty liver disease. W. Sim, D. Kim,
K. Shin, H. Park, B. Lee*
456. Design, synthesis, and biological evaluation of annulated 1,7-diarylhepta-1,6diene-3,5-diones as curcumin analogs.
A. Jha457. Bioactivity of isohexenylnapthazarins
from root extracts of Echium spp. in native and invaded ranges. A. G. Duran,
D. Skoneczny, A. Torres, M. M. Valdivia,
J.M. G. Molinillo, L.A. Weston,
F.A. Macias
458. Oxopyrido[2,3-d]pyrimidinyl derivatives
as irreversible epidermal growth factor receptor (EGFR) inhibitors with improved
selectivity for the L858R/T790M mutant
over wild-type. R.P. Wurz*, L. Pettus,
J. Zhan, P. Mitchell, K. Cooke, T. Wu,
D.L. Reid, R. Radinsky, P. Beltran,
A.S. Tasker
459. Matrix metalloproteinase-8 accelerates
healing of both the diabetic and nondiabetic wound healing. T.T. Nguyen,
M.A. Suckow, W.R. Wolter, H. Pi,
S. Mobashery*, M. Chang*
460. Therapeutic effects of novel retinod x
receptor partial agonist CBt-PMN on
cognitive impairment in mice.
T. Kobayashi, O. Shibahara,
Y. Furusawa, T. Sasaki, M. Akehi,
S. Yamada, M. Fujihara, M. Nishii,
H. Kakuta
461. Degalactosylated/desialylated humanserum and bovine colostrum induces
macrophage phagocytic activity. Y. Uto,
H. Yamada, D. Kuchiike, T. Inui, T. Inui,
M. Mette, K. Tokunaga, A. Hayakawa,
A. Go, T. Oosaki
462. Side selective covalent attachment of
heparin to PES hollow fiber membranes
to enchance collection of heparin-binding
proteins. S. Phillips, J. Stenken
463. Elucidation of the reason for less side
effects of retinoid X receptor full agonist
NEt-3IB than bexarotene. T. Kobayashi,
S. Nakatani, Y. Furusawa, M. Watanabe,
M. Nishii, M. Fujihara, S. Yamada,H. Kakuta*
464. Antibacterial glycosides: Bioactivity andtoxicity. J.A. Justino*, A. Rauter,
A. Martins, C. Dias, R. Nunes, J.P. Pais,
A. Almeida, P. Serra
465. New 5’-O- and 6-substituted purine nucleoside analogs: Synthesis and cytotoxic activity on selected human cancer
cell lines. D. Sac*, M. TUNCBILEK,
I. DURMAZ, R. Cetin-Atalay466. Antiprotozoal activity of newly synthesized mono/dicationic benzimidazole carboxamidine derivatives. C. Karaaslan*,
H. Goker, R. Brun
467. MYC promotes coupling of energetic
nutrient utilization to nucleotide biosynthesis via de novo amino acid synthesis.
A.N. Lane*, T.W. Fan, A. Le, Z.E. Stine,
P.P. Shah, L.J. Beverly, Y. Yang,
K.I. Zeller, W. Zhou, H. Ji, R.M. Higashi,
C.V. Dang
468. Discovery and development of small
molecule inhibitors toward the Chikungunya virus. K. Ching, J.Y. Kam, L.F. Ng,
C.L. Chai
469. Preparation and structural characterization of the samarium EDTMP complex
employed in palliative treatment of bonemetastases. J.M. Pushie*, Y. Yang,
D.M. Cooper, M. Doschak
470. Therapeutic effect on inflammatory
bowel disease of RXR full agonist NEt3IB which is hardly absorbed by oral administration. Y. Furusawa, T. Kobayashi,
M. Watanabe, K. Morishita, M. Nishii,
M. Fujihara, S. Nakatani, O. Shibahara,
S. Yamada, H. Kakuta*
471. Sulfur hot spring water containing hydrogen generated by UV light irradiation.
Y. Mukae, K. Umeda, Y. Kurita,
H. Niihara, S. Okouchi, A. Tsuneshige

472. Efects of magnesium hydride as a reductive bath additive for the skin.
Y. Kurita, Y. Mukae, K. Umeda,
A. Tsuneshige, S. Okouchi
473. Research supporting platform for academic drug discovery in Japan.
H. Kojima*, T. Okabe, H. Ichijo,
T. Nagano

Friday Afternoon
Sheraton Waikiki
Lanai
De Novo Drug Design (#28)

Organized by: G. Schneider, D. Winkler,
K. Funatsu, Y. Okuno
Presiding: Y. Okuno, D. Winkler
13:00 – 474. Drug designs by large-scale
molecular dynamics simulations using a
special-purpose computer. M. Taiji*,
I. Ohmura, G. Morimoto, Y. Ohno,
A. Hasegawa, N. Okimoto, Y. Hirano,
T. Otsuka
13:40 – 475. Creating a very large-scale virtual library for drug discovery.
A. Hasegawa*, Y. Fujihara, G. Morimoto,Y. Hirano, N. Okimoto, M. Taiji*,
K. Funatsu
14:10 – 476. Development of the proteingene sequence motif analysis system
based on the codon reduced representation. H. Kato*, J. Yamamoto
14:40 Break
15:00 – 477. Computer-aided lead optimization, synthesis, and protein crystallography for biaryltriazoles as inhibitors ofmacrophage migration inhibitory factor.
W.L. Jorgensen*, P. Dziedzic,
J.A. Cisneros, M.J. Robertson
15:40 – 478. Development of dengue virus
NS2B/NS3 protease inhibitor by ligandbased virtual screening. N. Kawashita*,
S. Pambudi, Y. Tian, K. Ikuta, K. Takeshi,
T. Takagi
16:10 – 479. Characterization of hydration
properties of ligand binding sites with the
3D-RISM-KH molecular theory of solvation. N. Blinov*, A. Kovalenko
16:40 Closing Remarks
Sheraton Waikiki
Waianae
Advances in Polymers for Medicine (#52)

Organized by: J. Pokorski, R. Advincula,
T. Miyata, C. Boyer, K. Ishihara
Presiding: K.L. Lee, J. Pokorski

15:40 – 487. Characterization of a chitosan/
dextran-based surgical hydrogel for protein and stem cell delivery. J. Cabral*,M. Mcconnell, E. Mathis , E. Tan, J. Faed,
L. Hanton, S.C. Moratti
16:00 – 488. Bubble elimination with a temperature-responsive polymer for cell culture. N. Tanaka*, Y. Tanaka
16:20 – 489. Chitosan composites encapsulating cellobiose dehydrogenase: An antimicrobial system for wound applications.
G. Tegl*, B. Thallinger, B. Beer,
G.S. Nyanhongo, G.M. Guebitz
Sheraton Waikiki
Maui
Academic Drug Discovery (#69)

Organized by: J. Leahy, A. Mendonca,
S. Hong, H. Kakeya, P. Scammells
Presiding: H. Kakeya
13:00 – 490. Academic drug discovery: A
growing role in advancing biomedical research and sustaining healthcare.
R.N. Young*
13:30 – 491. Building a pipeline - drug discovery at Beth Israel Deaconess Medical
Center. L. Sun
13:50 – 492. Electron-transfer-based combination therapy of cisplatin with a molecular promoter for cancer treatment.
Q. Zhang, N. Ou, Q. Lu
14:10 – 493. Developing photoswitchable
tools for manipulating the activity of native neuronal systems with light.
M. Schoenberger
14:30 – 494. Developing small molecules targeting Gli-2,3 transcription factors ascancer suppressing agents. N. TRINH*,
I. Bernstein, C. Gordon, E. McLaughlin,
A. McCluskey
14:50 – 495. Soluble epoxide hydrolase(sEH) inhibitors have high target engagement and block neuropathic pain.
B. Hammock
15:15 – 496. Mitotic kinase inhibitors ofnovel structure as potent anticancer
agents: Case studies from academia.
H.W. Pauls*
15:40 – 497. Drug discovery in academia: A
successful case study. M.E. Jung
16:20 – 498. CPP-115: A novel GABA aminotransferase inactivator and potential
new treatment for multiple indications.
R.B. Silverman*
Sheraton Waikiki
Oahu
Chemistry of Molecular Imaging (#215)

13:00 – 480. Bioactive polysaccharidebased pH-sensitive polymers for cytoplasmic delivery of antigen and activationof antigen-specific immunity. E. Yuba,
A. Yamaguchi, A. Harada, K. Kono*
13:20 – 481. Novel cancer vaccine using
peptide/CpG-DNA/␤-1,3-glucan complex. S. Mochizuki*, H. Morishita,
K. Sakurai
13:40 – 482. Highly efficient, directional mucosal drug delivery system by employing
Janus patch. S. Im*, K. Lee, J. You
14:00 – 483. Aluminium phthalocyanine incorporating nanoparicles: Photophysicalproperty, size, and in vitro photodynamic
therapy efficacy. S. Pan, Z. Chen, J. Wen,
D. Ma, Z. Huang, Y. Peng*
14:20 – 484. Improving cellular uptake ofsiRNA: Native chemical ligation of cell
penetrating peptides to polymeric siRNAdelivery vectors. E.G. Williams*,
F. Louvet de Verchere, P. Duggan,
O. Hutt, G. Thilak, T. Hinton, T. Le,
s. thang, X. Nguyen
14:40 – 485. Development of a virus-based
stealth filament for cancer therapy.
K.L. Lee, S. Shukla, K. Weber Bonk,
R.A. Keri, N.F. Steinmetz
15:00 Break
15:20 – 486. Combating thrombosis and infection with nitric oxide (NO)-releasing
polymers. E.J. Brisbois, T. Major, J. Wu,
H. Handa, R. Bartlett*, M.E. Meyerhoff*

Organized by: H. VanBrocklin,
G. Tamagnan, Y. Fujibayashi, L. Luyt,
A. Katsifis, Y. Choe, N. Vasdev
Presiding: V.N. Carroll, L. Luyt
13:00 – 499. Molecular imaging with high aspect ratio, protein-based, macromolecular MRI contrast agents. N.F. Steinmetz
13:35 – 500. Hybrid polarizing solids for pure
hyperpolarized liquids through dissolution dynamic nuclear polarization.
D. Gajan*, A. Bornet, B. Vuichoud,J. Milani, R. Melzi, H. Van Kalkeren,
L. Veyre, C. Thieuleux, M. Conley,
W. Gruning, M. Schwarzwälder,
A. Lesage, C. Copéret, G. Bodenhausen,
L. Emsley, S. Jannin
13:55 – 501. Synthesis and functional evaluation of novel chiral dendrimer-triaminecoordinated Gd complexes as a highly
sensitive MRI contrast agent. Y. Miyake,
Y. Kimura, T. Matsuda, H. Imai,
A. Toshimitsu, T. Kondo
14:15 – 502. Schiff-base macrocycles as aplatform for small molecule-based bimodal MRI contrast agents.
M. Pilkington*
14:35 – 503. Bimodal nanoassemblies forcell tracking and ultrasensitive detection.
A. Faucon, S. Nedellec, P. Hulin,
H. Benhelli-Mokrani, F. Fleury,
M. Tramier, S. Dutertre, F. Gauffre,
L. Lartigue, E. Ishow
14:55 Break

15:05 – 504. Optimization of a fibrin-targetedradiopharmaceutical for thrombus imaging. P. Caravan*
15:40 – 505. Hybrid poly acrylate nanoparticles as novel photoacoustic imaging
probes. Z. LIU*
16:00 – 506. Thiophene conjugated donoracceptor systems are an universal platform for the development of ratiometricfluorescent probes. S. Maity, N. Murthy
16:20 – 507. Phosphorescent ruthenium
complexes bearing a nitroimidazole unitthat image oxygen fluctuation in tumor
tissue. A. Son, A. Kawasaki, K. Tanabe*,
T. Kondo*
16:40 – 508. Inorganic nanomaterials as
multimodal platforms for molecular imaging. K. Sorasaenee*, B. Rodriguez,
P. Promdet, T. Khuu, C. Blumenfeld,
A. Henry, G.E. Fernandez, D. Koos,
S. Fraser, R. Moats, R.H. Grubbs,
H.B. Gray, J. Galan-Mascaros
Sheraton Waikiki
Waialua
Nutraceuticals and Functional Food
Ingredients: Chemistry and Health (#285)

Organized by: F. Shahidi, C. Ho, R. Pegg,
K. Miyashita
Presiding: C. Ho, K. MIYASHITA,
R.B. Pegg, F. Shahidi
13:00 opening
13:05 – 509. Capsaicinoids not capsinoids
lower plasma cholesterol and possess
beneficial vascular activity. Z. Chen*,W. Huang, L. Lei, X. Wang, Y. Liu
13:25 – 510. Egg protein derived bioactive
peptides show insulin mimetic activity
against metabolic syndrome. J. Wu*,
F. Jahandideh, S. Chakrabarti
13:45 – 511. Angiotensin-I converting enzyme (ACE) and dipeptidyl peptidase(DPP)-IV inhibitory activities of exopeptidase-treated whey protein hydrolysates.
E.C. Li-Chan*, L.K. Cheung, I.M. Lacroix,
R. Aluko, M.A. Cliff
14:05 – 512. Arginase from Rummeliibacillus
pycnus SK31.001: Purification, characteristics, and implications for L-ornithinebiosynthesis. B. Jiang
14:25 – 513. Antitumor activity of combined
pectic-enzyme treated pectin against
A549 lung cancer cells. C. Huang,
Y. Wang, M. Wu
14:45 break
14:55 – 514. Preparation of hydroxyapatite/collagen composite from grass carp
scale. P. Tsai, Y. Wang , T. Lin, C. Kuo
15:15 – 515. Cyclin D1 proteasomal degradation by kahweol as the molecular target
for cancer chemoprevention. G. Park*,
J. Jeong
15:35 – 516. Inhibitory effect of silymarin on
Wnt signaling through downregulation of
␤-catenin and TCF-4 in human colorectal
cancer cells. H. Eo*, J. Jeong
15:55 – 517. Identification of benzyl isothiocyanate-targeted genes using a yeast
screening system. N. Abe*, N. KUNISUE,
S. Munemasa, Y. Murata, A. Satoh,
H. MORIYA, Y. Nakamura
16:15 – 518. Dysthymia and S-adenosyl-Lmethione. A. Stergiou*, G. Uechi,
N.D. Sachinvala
16:35 – 519. Enzyme-assisted extraction of
anticoagulant polysaccharide from Liparis
tessellatus eggs. B.F. Ticar** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–295

10 – HLTH
16:55 closing

Friday Evening
Hawaii Convention CenterHalls I, II, III
Nutraceuticals and Functional Food
Ingredients: Chemistry and Health (#285)

Organized by: F. Shahidi, C. Ho, R. Pegg,
K. Miyashita
Presiding: C. Ho, K. MIYASHITA,
R.B. Pegg, F. Shahidi
Poster Session
19:00 – 21:00
520. Betulinic acid supplementation reduces
lipid accumulation in differentiated
3T3-L1 adipocytes via a SREBP1-related
pathway. G. Go*
521. Cyclic GMP as a critical signal mediatorfor green tea polyphenol epigallocatechin-3-O-gallate through the sensing receptor 67LR. H. Tachibana
522. Phytochemical content and antidiabetic
properties of Aloe ferox and Aloe greatheadii var. davyana. M. Pieters*, D. Loots
523. Effects of methanol extracts of traditional Okinawa vegetables on the activation of antigen-presenting cells (J774.A1)
and histamine release from KU812 cells.
J. Nagata*, T. Matsuzoe, S. Aono,
G. Maeda
524. Engineering anti-listerial Class IIa bacteriocin Leucocin A for application in foodstorage. K. Kaur, M. Stiles, R. Dangeti
525. Hypolipidemic effect of orally administrated Oligonol, a low-molecular-weight
polyphenol derived from lychee fruit, in
rats fed diet with lard. K. Hayashi,
S. Kawai, K. Hinohara, K. Osada*526. Evaluation of the action of the solvent
molecules to the weak interaction between the large-sized ␥-cyclodextrin andthe chiral lipoic acid. M. Doe*,K. Nishikawa, Y. Tachi, Y. Morimoto
527. Effects of Uva tea on ␣-glucosidase activity and blood glucose levels.
N. Takamizawa*, A. Nakamura, M. Moto,
K. Katsuraya, K. Yazawa
528. Comparison of flavan-3-ols components on the sympathetic nerve stimulation activity. Y. Nakagawa*, K. Ishimura,
S. Abe, N. Osakabe529. Anti-inflammatory effects of extracts
from Chaenomeles sinensis leaves on
RAW264.7 macrophages. N. Jeon,
Y. Kim, J. Hwang, S. Kim, B. You,X. Dong, P. Park
530. Purification and characterization of acompound from Umbilicaria esculenta
and evaluation of its antioxidative property. X. Dong, Y. Kim, J. Hwang, S. Kim,
B. You, N. Jeon, P. Park
531. Piperine enhances glucose uptake
through AMPK signaling pathway in skeletal muscle. A. Maeda, M. Akagawa,Y. Yamashita, H. Ashida*532. Characterizations of a novel heteropolysaccharide isolated from seeds of Plantago asiatic L. and its anti-inflammatory
activities. Y. Niu*, L. Gong, S. Alaxi,
L. Chen, L. Yu
533. Procyanidin promotes translocation of
glucose transporter 4 in muscle of micethrough activation of insulin and AMPK
signaling pathways. Y. Yamashita,
H. Ashida534. Role of phosphate groups on anti-FCV
activity of casein phosphopeptide.
N. LEBETWA*, S. Katayama,
S. Nakamura
535. Anticancer effect of thymol on AGS human gastric carcinoma cells. P. Park,
Y. Kim, J. Hwang, S. Kim, B. You,
N. Jeon, X. Dong
536. Physicochemical characteristics of ahigh molecular weight bioengineered
␣-D-glucan from Leuconostoc citreum
SK24.002. M. Miao, B. Jiang
537. Potential of microalgae as a novel cosmetic ingredient. S. Kamako*
538. Anti-hyperglycemic compounds isolated form Acer spp. Y. FU*, A. Honma,
T. Ohshima, T. Koyama*

296 –TECHTECHNICAL PROGRAM
539. 4-Hydroxyderricin and xanthoangelol
from Ashitaba (Angelica keiskei) suppress
differentiation of preadiopocytes to adipocytes via AMPK and MAPK pathways.
H. Ashida, T. Zhang, Y. Yamashita,
N. Yamamoto
540. Effects of dietary whey protein on the
body fat-reducing potential of conjugatedlinoleic acid in rats. K. Koba*, S. Tamaru,
M. Hirata, Y. Arimoto, K. Kawabeta,
T. Noda, N. Tateiwa, S. Matsuda, T. Iwata
541. Immunological tolerance effects of attenuated buckwheat allergens preparedby dry-heating with pyrophosphate.
D. Yamaguchi, S. Katayama,
S. Nakamura
542. Antidiabetic effect of hijiki with lowermolecular-weight fucoidan in type 2 diabetes model KK-A y mice. A. Nakamura*,
M. Moto, N. Takamizawa, K. Katsuraya,
K. Iwasaki, K. Tanaka, A. Murota
543. Phenolic compounds and anti-oxidant
capacities of the whole grain rice from
China. X. Liu, L. Ye, S. Zhou
544. Mung bean protein isolate improves
glucose tolerance by enhancing glucose
transporter 4 translocation and glucose
uptake in skeletal muscle. X. Wang,
Y. Yamashita, N. Tachibana,S. Wanezaki, M. Kohno, H. Ashida545. Effect of oolonghomobisflavan on
chemical mediators release from mast
cells. H. Arai*, K. Toda, E. Sukhbold,
L. Yang, M. Takasugi
546. Evaluation of freshness of fermented
foods by aging index criterion: A case for
yogurt. Y. Hattori*, Y. Kurita, T. Suzuki,
S. Okouchi, A. Tsuneshige
547. Screening for a candidate agent capable of inducing immune tolerance using
TGF-secretion system from dendritic cell.
F. Ohno, S. Katayama, S. Nakamura
548. Effect of oral ingestion of wheat peptide
on enterocyte turnover during methotrexate-induced intestinal mucositis in rats.
B. Yan*, l. liu, S. Zhou
549. Effect of steam explosion-assisted extraction on phenolic acid profiles and antioxidant properties of wheat bran. l. liu*
550. Regulating role of nuclear factor-kappaB in benzyl isothiocyanate-induced antiproliferation in p53-deficient colorectal
cancer cells. N. Abe, D. Hou,
S. Munemasa, Y. Murata, Y. Nakamura*
551. Comparing the effect of temperatureand pH on the stability of betalains frombeetroot and dragon fruit. M.I. Hashmi*,
K. Ruying, B. Rasti
552. Large scale growth of Haematococcus
pluvialis for astaxanthin production using
a semi-continuous culture system.
G.L. Wagner*
553. Hepatoprotective activity of Momordica
charantia water extract in stress mice.
Y. Deng*, Y. Zhang, R. Zhang, Z. Wei,
H. Ti, L. Liu, M. Zhang*554. Anti-atherosclerotic activity of litchi
pericarp procyanidins and the mechanism of nf-␬B inhibition. R. Zhang*, H. Ti,
Y. Deng, L. Liu, Y. Zhang, Z. Wei,
M. Zhang*
555. Characterization and quantification ofphenolic compounds of Tetrastigma
hemsleyanum by a combination of UPLCQTOF-MS and UPLC-QqQ-MS and theirantioxidant/antiproliferative activities.
Z. Deng*
556. Intestinal absorption and bioactivity ofginsenoside Rh2 and its esterification derivative. J. Hu*, B. Zhang, Z. Deng
557. Antihypertensive effects of choline esters in fermented foods. K. Nakamura*,
M. Koyama, N. Igari
558. Carotenoid from green algae effectively
suppresses mast cell degranulation via
an alteration of cellular sphingomyelin
metabolism. Y. Manabe, T. Hirata,
T. Sugawara*

Saturday Morning
Sheraton Waikiki
Maui
Academic Drug Discovery (#69)

Organized by: J. Leahy, A. Mendonca,
S. Hong, H. Kakeya, P. Scammells
Presiding: A. Mendonca
8:00 – 559. Academic drug discovery andchemical biology: A tale of two targets.
S.V. Frye*
8:30 – 560. Design and discovery of
PWT33597 (VDC-597), a dual inhibitor of
PI3-kinase alpha and mTOR.
G.W. Rewcastle*, A. Giddens,
J. Flanagan, S.A. Gamage, S.K. Tsang,
J.D. Kendall, B.C. Baguley,
C.M. Buchanan, D.J. Matthews,
M. O’Farrell, S. Jamieson, W. Denny,
P.R. Shepherd
8:50 – 561. Click-and-release approach to
CO prodrugs. B. Wang
9:10 – 562. Natural product inspired fragment-based drug discovery: Development of inhibitors of M. tuberculosis
CYP121 inhibitors. M.E. Kavanagh,
J. Gray, A.G. Coyne, H. Davis,
K. McLean, A.W. Munro, C. Abell
9:30 – 563. Small molecule control of intracellular protein levels: A therapeutic strategy. C.M. Crews*
10:10 – 564. Discovery of Trofinetide(NNZ2566) - the first drug for Rett syndrome. M.A. Brimble
10:40 – 565. Invention of SAHA and somerelated more selective compounds.
R. Breslow*
Hawaii Convention CenterHalls I, II, III
Small Molecule Epigenetic Modulators(#146)

Organized by: C. Burns, P. Brown,
S. Frye
Poster Session
10:00 – 12:00
566. Relevant epigenetic chemical space: A
chemoinformatic characterization ofsmall molecules – DNMT inhibitors. E.
Fernández de Gortari*
Sheraton Waikiki
Waianae
In Vivo Chemical Strategies for Functional
and Translation Studies of Biological
Networks and Pathways (#212)

Organized by: M. Bogyo, K. Kikuchi,
B. Cravatt, H. Kwon
8:00 – 567. Activity-based proteomics - applications for enzyme and inhibitor discovery. B.F. Cravatt
8:30 – 568. New chemical probe technologies for diagnostic and intra-operative
imaging applications. M. Bogyo
9:00 – 569. Differential scanning calorimetry
as a new tool for biomarker research.
N.C. Garbett, M. Granger-Delacroix,
N.C. Allen, A. Kaliappan, M.L. Merchant,
D.M. Miller, J.A. Chesney
9:20 – 570. Ribonuclease: From kcat/KM tothe clinic. R.T. Raines*
9:50 – 571. daVinci surgical system andother platforms for the clinical translationof molecular imaging agents. J. Sorger*
10:20 break
10:30 – 572. Small-molecule inhibitors of Gli
transcription factor function. A. Ondrus,
T. Sakata-Kato, J.K. Chen*
11:00 – 573. Rationally designed activatable
fluorescence probes appropriate for assisting interventional and theranostic procedures. H. Kobayashi*

Sheraton Waikiki
Lanai
Molecular Design in Medicine: Concept toCommerce (#295)

Organized by: J. Siegel, M. Martinelli,
M. Brimble, M. Platz, H. Wong,
K. Baldridge
Presiding: K. Baldridge
8:00 Speaker Prep
8:15 – 574. Importance of molecular designin the development of new platform analytical and purification tools for pharmaceutical discovery and development.
C. Welch
8:40 – 575. Designing potential new medicines. M.E. Jung
9:05 – 576. Chemical discovery through a
computational lens. R. Amaro*
9:30 – 577. Targeting key apoptosis regulators for new cancer therapeutics: Fromdiscovery to clinical development.
S. Wang
9:55 – 578. Drug design based on ligand-target binding thermodynamics and kinetics. H. Jiang*
10:20 – 579. Meeting the challenge of F18
labeling through molecular design to create a new class of PET imaging agent forclinical applications. D. Perrin, Z. Liu,
R. Ting, K. Lin, F. Benard
10:45 – 580. Medicinal chemistry challenges
and opportunities using phenotypic assays. D.M. Huryn*
11:10 – 581. QSAR on biomolecular interaction. Z. Xi
11:35 – 582. Asymmetric total synthesis of(⫺)-Lingzhiol via a novel type of Rh-catalyzed [3 ⫹ 2] cycloaddition. Z. Yang*
Sheraton Waikiki
Oahu
Non-canonical Approaches to 18F-labeling:
New Frontiers in Stable Non-carbonfluorine Bonds (#337)

Organized by: D. Perrin, F. Gabbai, F. Li,
R. Schirrmacher
7:55 Break
8:00 – 583. One-step 18F-labeling of peptides and other complex bioligands.
D. Perrin*, Z. Liu, K. Lin, F. Benard
8:20 – 584. Application of the 18F-19F isotope exchange reaction on an ammoniomethyl trifluoroborate moiety for the design of cancer-targeting PET tracers.
K. Lin*, J. Pan, Z. Zhang, J. Lau, S. Jenni,
N. Hundal-Jabal, N. Colpo, Z. Liu,
D. Perrin, F. Benard
8:40 – 585. Silicon fluoride acceptors (SiFAs): From bench toward bedside.
R. Schirrmacher*
9:20 – 586. Radiofluorination of pre-formedgroup 13 aza-macrocyclic complexes toward next generation PET imaging
agents. R. Bhalla, W. Levason, S. Luthra,
G. McRobbie, G. Reid*, G. Sanderson
10:00 Break
10:10 – 587. Labeling with F-18 throughnovel reaction chemistry. T. Ritter
10:50 – 588. Synthesis, indirect radiolabelling, and bioconjugation studies of[18F]sulfonyl fluoride based synthons.
B.H. Fraser*, N.A. Wyatt, B. Zhang,
L. Matesic, M.P. Roberts, I. Greguric,
T.Q. Pham, A.J. Robinson, G. Pascali* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram10 – HLTH
11:20 – 589. Aluminum fluoride chemistry:
From bench to bedside translation.
X. Chen*Royal Hawaiian
Regency II
Cancer-Targeted Delivery of Therapeutics
and Diagnostics (#393)

Organized by: Y. Kwon, K. Kaur, W. Kim,
Y. ShenPresiding: Y. Kwon
8:00 – 590. Peptide-functionalized microcantilever arrays as detection platforms
for circulating tumor cells in humanblood. K. Kaur, H. Etayash, T. Thundat
8:30 – 591. Selective inhibitors of glutathionetransferase P1 with 1,2,4-trioxane structure as anticancer agents. M.L. Bräutigam, A.G. Griesbeck, M. Pietsch, N.
Teusch8:55 – 592. Diagnostic and therapeutic targeting of EGF-receptor positive cancer
cells using single-domain antibodies.
K. Zarschler*
9:20 – 593. Structural control and visualization of a smart bispecific and bivalent antibody. H. Fujii, Y. Tanaka, H. Nakazawa,
R. Asano, I. Kumagai, M. Umetsu*
9:45 Break
9:50 – 594. Bubble-generating carrier systems for localized controlled release.
K. Chen, M. Chung, C. Hsiao, Z. Liao,
W. Chia, K. Lin, H. Sung*
10:20 – 595. Enhancement of EPR effect ofnanomedicine by using nitric oxide-releasing liposome. T. Yoshikawa*,
Y. Tahara, A. Kishimura, T. Mori,
Y. Katayama
10:45 – 596. Development of a dual pH- andthermo-responsive magnetic nanocarrier
for application in thermo-chemotherapyof cancer. A. Hervault*, A. Dunn, M. Lim,T. Toshiaki, K. Matsumura, D. Mott,
S. Maenosono, T.T. Nguyen
11:10 – 597. Targeted nanomedicine forcancer therapy. A. Lavasanifar*, K. Kaur,
S.M. Garg, R. Soudy

16:20 – 606. Discovery of novel therapeutics
for treating various types of viral diseases, cancers, and inflammatory disorders. D.C. Liotta*
Sheraton Waikiki
Honolulu
Small Molecule Epigenetic Modulators(#146)

Organized by: C. Burns, P. Brown,
S. FryePresiding: P.J. Brown, S.V. Frye
13:00 Introduction
13:05 – 607. Targeting epigenetic pathways
to treat cancer. C. Carpenter
13:35 – 608. Novel inhibitors of BET bromodomains. C. Burns*, P.P. Sharp,
J. Garnier
14:05 – 609. LP99: Discovery and synthesisof the first selective BRD7/9 bromodomain inhibitor. P. Clark, L. Viera,
C. Tallant, O. Fedorov, D. Singleton,
C. Rogers, O. Monteiro, J. Bennett,
R. Baronio, S. Muller, D. Daniels,
J. Mendez, S. Knapp, P. Brennan*,
D.J. Dixon*
14:35 – 610. Kinetically selective inhibitors ofhistone deacetylase 2 (HDAC2) as cognition enhancers. E. Holson*
15:05 Break
15:25 – 611. SGI-110, journey from discovery to phase 3 for a new generation of
DNA hypomethylating agents. M. Azab*
15:55 – 612. Development of DNA methyltransferase inhibitors using computational approaches. J.L. Medina-Franco,
E. Fernández-De-Gortari, J. Naveja,
O. Méndez-Lucio, J. Yoo
16:25 – 613. From hit to clinic, the discovery
and preclinical development of the EZH2
inhibitor EPZ6438. R. Chesworth
16:55 Closing Remarks
Sheraton Waikiki
Waianae

Saturday Afternoon

In Vivo Chemical Strategies for Functional
and Translation Studies of Biological
Networks and Pathways (#212)

Sheraton Waikiki
Maui

Organized by: M. Bogyo, K. Kikuchi,
B. Cravatt, H. Kwon

Academic Drug Discovery (#69)

13:00 – 614. Chemcial biology tools for manipulating ␤-cell signaling. C. Schultz*
13:30 – 615. Linking carbohydrate signaling
to cancer metabolism and tumor growth.
L. Hsieh-Wilson*
14:00 – 616. Redox imaging with europium.
M.J. Allen*
14:30 – 617. Chemical tools for monitoringand manipulating the immune system.
T. Kodadek*
15:00 – 618. Membrane-permeant sulfonatedyes for live cell imaging. M. Schultz,
R. Müller, C. Schultz*
15:20 – 619. Effect of drug residence time onin vivo drug efficacy. K. Lee, J. Yang,
J. Niu, C.J. Ng, K. Wagner, H. Dong,
J. Liu, B. Hammock*
15:40 break
15:50 – 620. Development of MRI and positron emission tomography (PET) probes
for noninvasive detection, staging, andmeasuring response to treatment in fibrotic disorders. P. Caravan
16:20 – 621. Development of nultifunctional
19F MRI contrast agents with fluorine-encapsulated silica nanoparticle.
K. Kikuchi*

Organized by: J. Leahy, A. Mendonca,
S. Hong, H. Kakeya, P. Scammells
Presiding: J. Leahy
13:00 – 598. Synthesis of potential chaperone inhibitors as novel antileishmaniasis
agents. J. Leahy*, D.E. Kyle
13:20 – 599. Dual inhibition of Plasmodium
falciparum M1 and M17 metalloaminopeptidases by a novel series of hydroxamic acid-based Inhibitors.
P.J. Scammells*, S. McGowan, N. Vinh,
N. Drinkwater
13:40 – 600. Medical structural genomics ofpathogenic protozoa and its follow-up
drug discovery efforts for protozoan infections. E. Fan*, C. Verlinde, E. Merritt,
W. Van Voorhis, F.S. Buckner, W.G. Hol
14:00 – 601. Neglected tropical disease drug
discovery using a distributed drug discovery model. M.P. Pollastri*
14:30 – 602. Does plasmepsin V make the‘cut’ as an antimalarial drug target?.
B.E. Sleebs*, T. Hodder, M. Gazdik,
C. Peter, P. Rajasekaran, D. Marapana,
M. O’Neill, K. Lowes, B. Smith,
A. Cowman, J. Boddey
14:50 – 603. Open source approaches todrug synthesis, discovery, and development. A. Williamson, P. Willis, P. Olliaro,
J. Castro-Pichel, J. Baiget, M. Todd*
15:10 – 604. Discovery of Q203, a novel
chemical entity as a drug candidate forthe treatment of tuberculosis. J. Kim*
15:40 – 605. Drug discovery for malaria in
the age of multidrug resistance and themalaria eradication campaign.
D.E. Kyle*, R. Manetsch

Sheraton Waikiki
Lanai
Molecular Design in Medicine: Concept toCommerce (#295)

Organized by: J. Siegel, M. Martinelli,
M. Brimble, M. Platz, H. Wong,
K. Baldridge
Presiding: H. Wong
13:00 – 622. Chemical adventures in the natural world. R.P. Borris*

13:25 – 623. Development of silicon-based
biological active compounds by focusing
on silyl functionality as a cis-olefin mimetic. D. Kajita, M. Nakamura,
Y. Matsumoto, M. Ishikawa,
Y. Hashimoto, S. Fujii*
13:40 – 624. Development of therapeutic
agents from a New Zealand perspective.
M.A. Brimble*
14:05 – 625. Syrbactins: New structuralclass of natural product-inspired proteasome inhibitors. A.S. Bachmann*,
M. Pirrung, C. Archer, J. Opoku-Ansah,
M. Groll, R. Dudler
14:30 – 626. Novel bioactive conjugate
agents targeting both estrogen receptor
and histone deacetylase for treatment ofbreast cancer. H. Zhou*
14:45 – 627. Self-assembled synthetic ionchannels. D. Yang*
15:10 – 628. Synthetic analogs of diphosphoinositol polyphosphates (InsP7).
H.J. Jessen*
15:35 – 629. Bioactive molecules/scaffolds
derived from symbionts. R.X. Tan*
16:00 – 630. Template creation to the selective functional group introduction-applications in molecular library synthesis for
drug discovery. J. Huang*
16:15 – 631. Seeking opportunities for C–H
functionalization methods in organic synthesis. E.J. Sorensen*
Sheraton Waikiki
Oahu
Non-canonical Approaches to 18F-labeling:
New Frontiers in Stable Non-carbonfluorine Bonds (#337)

Organized by: D. Perrin, F. Gabbai, F. Li,
R. Schirrmacher
13:00 – 632. High affinity chelators of fluorine-18. R. Bhalla*, A. Jackson
13:30 – 633. Increasing the specific activity
of isotope exchange radiofluorination using microfluidics. M.S. Lazari,
M.E. Sergeev, Z. Liu, D. Perrin,
R. van Dam*
14:00 – 634. Zwitterionic boron-based [18F]fluoride captors. K. Chansaenpak,
m. wang, s. liu, F.P. Gabbai, Z. Li
14:30 – 635. 18F-labeling of large molecules
for multimodality imaging applications.
R. Ting
15:00 Break
15:15 – 636. Design and synthesis of boron
containing retinoid based potential PET
Imaging agent for glioblastoma.
B.C. Das, K.F. Ginn, A. Mintz
15:35 – 637. Cationic boranes and trifluoroborates: Attractive alternate introduction of 18F. E. GRAS*, D. Pla-Queral,
B. Mestre, C. Perrio, S. Schmitt,
K. Chansaenpak, F.P. Gabbai
16:05 – 638. 18F-boramino acid: The traceable amino acid mimics for cancer imaging. Z. Liu, X. Chen
16:35 – 639. Development of trifluoroborateLLP2A peptidomimetic conjugates as
VLA-4 specific 18F-radiotracers for in vivo
PET imaging of melanoma. A. Roxin*,
S. Huh, K. Lin, F. Benard, D. Perrin
16:50 – 640. Fluorine-18 labeling of biomolecules using silicon-fluoride chemistry.
S.M. Ametamey*

13:55 – 643. Iron oxide nanocubes coatedwith thermoresponsive polymers for magnetically induced hyperthermia and drugdelivery. D. Niculaes, T. Mai, H. Kakwere,
M. Materia, T. Pellegrino*
14:20 Break
14:25 – 644. Harnessing oncolytic adenovirus for tumor targeting by nanocomplex.
C. Yun*
14:55 – 645. Glutathione responsive antiproliferative nanoparticle for efficient deliveryof therapeutic gene in colon cancer xenograft mouse model. I. PARK*, H. Park,
S. Lee, I. Kwon
15:20 – 646. Development of boronated liposomes as efficient boron delivery vehicles
for neutron capture therapy.
H. Nakamura*, s. Tachikawa, C. Viñas,
M. Suzuki, K. Ono
15:45 – 647. Molecular targets: Emerging
trends in personalized cancer therapeutics. S.M. Blaih*
16:10 – 648. Targeted and synergistic therapy for leukemia using viral/nonviral chimeric nanoparticles. C. Hong, S. Cho,J. Kim, B. Pham, Y. Kwon*

Saturday Evening
Hawaii Convention CenterHalls I, II, III
In Vivo Chemical Strategies for Functional
and Translation Studies of Biological
Networks and Pathways (#212)

Organized by: M. Bogyo, K. Kikuchi,
B. Cravatt, H. Kwon
Poster Session
19:00 – 21:00
649. Metabolomic profiling of kidney-yang
deficiency mice model infected with influenza virus and Mahuang-Xixin-Fuzi decoction treatment. Q. Sun, H. Jiang,
L. Gong, Y. Yang, Z. Yang, J. Tian*,
R. Rong*
650. Stable isotope resolved metabolomics(SIRM) of fresh human tissue slices as apreclinical drug testing platform.
T.W. Fan*, A. Belshoff, J. Tan,
M. Bousamra, J.T. Martin, R.M. Higashi,
A.N. Lane
651. Understanding photosensitization
caused by ingestion of the pasture legume Biserrula pelecinus. J.C. Quinn*,
S. Gurusinghe, X. Zhu, L.A. Weston
652. New caging agent having a PNA tag forsequence selective nucleotide caging.
W. Hashiba, T. Furuta*
653. Chemo-enzymatic preparation of siteselectively modified caged DNAs.
S. Tada, W. Hashiba, E. Ikeda,
A.Z. Suzuki, T. Furuta*
654. Design and synthesis of clickable
caged compounds. A.Z. Suzuki,
R. Aikawa, K. Kakehi, T. Furuta*
655. Stimulus-responsive antimicrobial peptides for compound release from nanocarrier. M. Kashibe, S. Mizukami,
K. Kikuchi
656. Two-photon live imaging of osteoclastic
bone resorption in living mice using pHactivatable fluorescence probe.
H. Maeda*, T. Kowada, K. Kikuchi
657. Improvement of photostability of fluorescent dyes by using lanthanide complex. T. Imoto, S. Mizukami, K. Kikuchi

Royal Hawaiian
Regency II
Cancer-Targeted Delivery of Therapeutics
and Diagnostics (#393)

Organized by: Y. Kwon, K. Kaur, W. Kim,
Y. ShenPresiding: K. Kaur
13:00 – 641. Polymeric nanoparticles forcancer-targeted drug and gene delivery.
W. KIM*
13:30 – 642. Hemagglutinating virus of Japan envelope as a versatile vector forphotodynamic therapy against advanced
and recurrent prostate cancer. M. Inai*,N. Honda, H. Hazama, H. Nakamura,
H. Yasuda, T. Nishikawa, Y. Kaneda,
K. Awazu* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–297

10 – HLTH/11 – SCTY
658. Development of activatable 19F MRI
contrast agents based on paramagnetic
relaxation enhancement. K. Akazawa*,
F. Sugihara, Y. Yoshioka, S. Mizukami,
K. Kikuchi
659. Development of detection system forhistone deacetylase activity using fluorescent probe and DNA. M. Minoshima,
T. Matsumoto, K. Kikuchi*
660. Development of fluorescent probe forvisualizing local Mg2⫹ dynamics in living
cells. Y. Matsui, S. Mizukami, Y. Funato,
H. Miki, K. Kikuchi
Hawaii Convention CenterHalls I, II, III
Molecular Design in Medicine: Concept toCommerce (#295)

Organized by: J. Siegel, M. Martinelli,
M. Brimble, M. Platz, H. Wong,
K. Baldridge
Poster Session
19:00 – 21:00
661. Design and synthesis of novel ROR inverse agonists based on silicon-containing heterocyclic core structure.
H. Toyama, M. Nakamura, Y. Hashimoto,S. Fujii*662. Quantitative prediction of kinase inhibitor selectivity. X. Wen*, H.T. Li*, Y. He,
Q. Yu, Z. Xi*
663. Studies on structural modification of
gossypol and its antitumor activity.
H. Chen*
Hawaii Convention CenterHalls I, II, III
Cancer-Targeted Delivery of Therapeutics
and Diagnostics (#393)

Organized by: Y. Kwon, K. Kaur, W. Kim,
Y. Shen
Poster Session
19:00 – 21:00
664. Oxygen releasing hollow microparticles
for prolonged cell survival in hypoxia.
H. Lee, H. Kim, J. Lee, S. Oh*
665. Synthesis and functional evaluation of
doxorubicin-loaded and gelatin-modified
Gd2O3 nanoparticles (DOX-gelatinGd2O3 nanoparticles) as a theranostic
probe. Y. Imai*, Y. Kimura, H. Imai,
T. Matsuda, A. Toshimitsu, T. Kondo
666. Design, synthesis, and evaluation of tamoxifen derivatives as new selective estrogen receptor down-regulators.
T. Shoda*, M. Kato, K. Okuhira,Y. Demizu, H. Inoue, M. Naito,
M. Kurihara
667. Enhanced transduction efficiency andantitumor efficacy of oncolytic adenovirus
coated with bioreducible polymer in thetreatment of CAR-negative tumors.
S. Jung, S. LEE, D. Kasala, J. Choi,
S. KIM, C. Yun*
668. Design and biological evaluation of cellpenetrating peptide– curcumin conjugates as prodrugs. A. Nasrolahi Shirazi,
N.s. El-Sayed, R.K. Tiwari, K. Parang*
669. Photosensitizer-trastuzumab conjugates for targeted photodynamic therapy
in a gastric cancer model. B. Korsak,
C. Oliveira, B. Sarmento, J.P. Tomé,R.J. Schneider*670. Development of photoreactive siliconwafer and magnetic beads for isolatingtarget cells based on photolysis of
8-quinolynyl sulfonate based linkers.
K. Matsumoto, R. Takeda, S. Ariyasu,
Y. Mukai, S. Aoki
671. Design and synthesis of PEGylated hydroxamic acid-type histone deacetylase
inhibitor prodrugs having targeting ability
to cancer tissues. G. Kimura, H. Aihara,
H. Kamijo, M. Katsuragi, Y. Fukushima,
S. Uesato, T. Sumiyoshi, Y. Nagaoka*

TECHNICAL PROGRAM
Sunday Morning
Sheraton Waikiki
Maui
Academic Drug Discovery (#69)

Organized by: J. Leahy, A. Mendonca,
S. Hong, H. Kakeya, P. Scammells
Presiding: P.J. Scammells
8:00 – 672. Vanderbilt Center for Neuroscience Drug Discovery. C.W. Lindsley
8:40 – 673. Effort to develop a pre-emptive
treatment of Alzheimer disease targetingGA␤. A. Kawai*, K. Yanagisawa*,
K. Takahashi, T. Hiramoto, M. Kawanishi
9:00 – 674. Structure based design of covalent Inhibitors of LRRK2 kinase mutants
linked to familial Parkinson’s disease.
S. Ray*, M. Liu*
9:20 – 675. Uncovering potential of Indonesian medicinal plants for dual actions as
anti-diabetes and anti-obesity.
L. Lahrita*, E. Kato, J. Kawabata
9:40 – 676. Harnessing nature’s biodiversity
for therapeutics. M. Apaya, L. Acuram,
C.C. Hernandez*
10:00 – 677. Drug discovery based on microbial bioactive natural products.
T. Sunazuka*, S. Omura
10:40 – 678. Sialoglycobiology and targeting
disease processes. M. von Itzstein
11:20 – 679. Seeking the right TRAIL: reassignment of a cancer therapeutic that has
advanced to clinical trials. K.D. Janda*
Sheraton Waikiki
Honolulu
Small Molecule Epigenetic Modulators(#146)

Organized by: C. Burns, P. Brown,
S. FryePresiding: C. Burns
8:00 Introduction
8:05 – 680. Targeting histone lysine methylation in cancer. P. Trojer*
8:35 – 681. Progress toward chemicalprobes for methyl-lysine readers.
S.V. Frye*
9:05 – 682. Epigenetic chemical probes fortarget validation. P.J. Brown*
9:35 Break
9:50 – 683. Targeting epigenetic modifiers:
Potent selective inhibitors of protein arginine methyltransferase 5. I. Street*,
H. Falk, Y. Bergman, S. Walker,
S. Sonderegger, E. Allan, J. Baell,
M. Camerino, L. Cerruti, S. Charman,
M. de Silva, M. Devlin, O. Dolezal,
R. Foitzik, D. Ganame, J. Grusovin,
S. Hermans, C. Hemley, I. Holmes,
W. Kersten, H. Lagiakos, R. Lessene,
K. Lowes, G. Lunniss, B. Morrow,
A. Natoli , M. Parker, T.S. Peat, J. Pinson,
P. Pilling, S. Spall, A. Stupple, Y. Tan,
A. Thistlethwaite , E. Toulmin, K. White,
D. Curtis, S. Jane, B. Monahan,
P. Stupple*
10:20 – 684. Design of peptidomimetics andnon-peptide small-molecule inhibitors totarget the MLL-WDR5 protein-protein interaction. S. Wang*
10:50 – 685. Generation of chemical similarity models as filters for virtual screeningof LSD1 reversible allosteric inhibitors.
G.L. Genesi, V.G. Maltarollo,
G.H. Trossini*
11:20 Closing remarks
Sheraton Waikiki
Waianae
In Vivo Chemical Strategies for Functional
and Translation Studies of Biological
Networks and Pathways (#212)

Organized by: M. Bogyo, K. Kikuchi,
B. Cravatt, H. Kwon
8:00 – 686. Development of protein-tagbased research tools in live cell imaging.
S. Mizukami*, K. Kikuchi
8:20 – 687. Modular caging groups – newplatforms for multifunctional caged compounds. T. Furuta

298 –TECH

8:50 – 688. Identification of small molecule
modulators of cancer stem cells via phenotype-specific cell binding screening
with combinatorial chemical library.
L. Chen, C. Long, J. Lee*
9:20 – 689. Exploiting exogenous chemistry
for intracellular protein manipulations.
P. Chen*
9:50 – 690. Reverse chemical proteomics
with natural products for cellular and clinical applications. P. Karuso*, A. Piggott,
M. Gotsbacher
10:20 break
10:30 – 691. Emerging approaches andchallenging targets in drug discovery.
R. Hannoush
11:00 – 692. Target identification of bioactive small molecules toward functional
and translational studies of angiogenesis.
H. Kwon*Sheraton Waikiki
Lanai

10:45 – 707. Dendrimer porphyrin-incorporated nanoparticles for cancer theragnosis. W. Koh*, U. Chung
11:10 – 708. Development of mixed nanostructure composed of self-assembled
monolayer and ultrathin silver chloride forelectrochemical biosensing. M. TABATA,
T. Goda, A. Matsumoto, Y. Miyahara*
11:35 – 709. Radioembolization with second
generation biodegradable microspheres.
K. SAATCHI, M. Bokharaie, A. Thakor ,P. Esquinas, J. De La Vega, A. Celler,
D. Liu, U. Hafeli

SCTY
Area 11 – Connecting
Chemistry to Society
Tuesday Morning

Molecular Design in Medicine: Concept toCommerce (#295)

Organized by: J. Siegel, M. Martinelli,
M. Brimble, M. Platz, H. Wong,
K. Baldridge
Presiding: M. Martinelli
8:00 Speaker Prep
8:30 – 693. Timely chemical process research is a critical part for efficient drug
development. C. Senanayake
8:55 – 694. Route design toward durable
simplicity. T.Y. Zhang
9:20 – 695. Discovery of MK-8449, a SYK/
ZAP70 inhibitor for rheumatoid arthritis.
A. Haidle*, M. Altman, K. Childers,
M. Ellis, C. Fischer, F. Gervais,
H. Houshyar, S. Kattar, S. Lee,
M. Lowinger, M. Maddess, R. Miller,
A. Northrup, R. Otte, A. Schell, S. Vincent
9:35 – 696. Biological roles of steryl glycosides within the context of an integrated
chemical ecology. J. Gervay Hague*
10:00 – 697. Process development of drugcandidates post approval: A case study
for a Gamma amino acid candidate.
T. Braish*
10:25 – 698. Aging, neurodegeneration, andchemical targeting of mitochondria.
P. Wipf*
10:50 – 699. Discovery and optimization of anovel series of LPA receptor antagonists
with efficacy in multiple mouse models offibrosis. J. Seiders
11:15 – 700. Developing an international
pharmacy school in Tianjin, China.
J. Siegel
Royal Hawaiian
Regency II
Cancer-Targeted Delivery of Therapeutics
and Diagnostics (#393)

Organized by: Y. Kwon, K. Kaur, W. Kim,
Y. ShenPresiding: W. KIM
8:00 – 701. Anticancer nanomedicines
through controlled chemistry. J. Cheng*
8:30 – 702. Multifunctional liposomes having
target-specificity, imaging, and temperature-responsive drug release for cancer
chemotherapy. K. Kono*, M. Takashima,
E. Yuba, A. Harada, D. Kokuryo, I. Aoki,
K. Maruyama, S. Aoshima
8:55 – 703. High throughput screening ofcancer therapeutic small antibody designed from domain library.
A. Sugiyama, M. Umetsu, H. Nakazawa,
K. Hosokawa, R. Asano, I. Kumagai
9:20 – 704. On-chip profiling of clinically relevant exosomes using a SPR biosensor.
L.G. Carrascosa, A. Sina,
R. Vaidyanathan, S. Dey, M. Shiddiky,
M. Trau
9:45 Break
9:50 – 705. New strategies for imaging infectious diseases and oxidative stress.
N. Murthy*
10:20 – 706. “Caged” molecular glue uncaged by cancer specific signal. C. Chen,
J. Hatano, K. Okuro, T. Aida

Hawaii Convention Center
303A
The Evolving Nature of Scholarly
Communication: Connecting Scholars with
Each Other and with Society (#173)

Organized by: J. Maclachlan, A. Williams,
K. Hayashi, D. Martinsen, B. Brown
Presiding: J. Maclachlan
8:00 Opening Remarks
8:05 – 1. Social media and Inorganic Chemistry: Successes and challenges.
W.B. Tolman*
8:45 – 2. Chem-Station: A virtual location
where chemists assemble. J. Yamaguchi
9:10 – 3. Digital tools for the chemist: An editor’s perspective. G. Armstrong*,
S. Cantrill, S. Davey, A. Pichon,
R. Johnson
9:50 – 4. The social author, the social publisher. E.C. Wiringi*
10:15 – 5. Turning the tide: The “article last”
content approach. A. Brownsell
10:55 – 6. A Christmas Carol: The evolving
landscape of scientific publishing.
J.Y. Chen*, D. Martinsen
11:20 – 7. Opportunities for chemists to havemeaningful interactions and do better science through social media platforms.
W. Dichtel
Hawaii Convention Center
302A
Bioactive Natural Products and Public
Health in the Pacific Rim: From Aquatic
Dietary Supplements to Marine andFreshwater Toxins (#230)

Organized by: J. Hungerford, W. Rourke,
P. McNabb, J. Betz
Presiding: J.M. Betz
8:00 Joseph Betz
8:05 – 8. Exploring for bioactive secondary
metabolites from Chinese medicinal mangroves. Y. Guo*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

11 – SCTY
8:45 – 9. Identification of marker compounds
to distinguish herbal medicines originating from different Vitex species.
S. Masada, N. Oshima, T. Yahagi,
R. Suzuki, Y. Takahashi, H. Matsufuji,
M. Watanabe, S. Yahara, O. Iida,
N. Kawahara, T. Maruyama, Y. Goda,
T. Hakamatsuka*
9:05 Break
9:20 – 10. Nuclear magnetic resonancebased metabolomics of hawthorn species for natural health product optimization. J.A. Lund, P.N. Brown,
P.R. Shipley*
9:40 – 11. Cyanobacteria reference materials: Design and development.
C.A. Rimmer, A. Stindt, L. Sander
10:20 – 12. Cyanobacteria in the dietary supplement and natural health product marketplace. J.M. Betz*
Hawaii Convention Center
302B
Chemistry Education: International andMulticultural Perspectives (#365)

Organized by: S. Sandi-Urena, D. Salter,
C. Do
Presiding: C.H. Do, C.V. Gauthier
8:00 Introductory remarks
8:05 – 13. Development of microscale corrosion experimental teaching materials forengineers. D. Ito*
8:25 – 14. First chemistry and biology jointlaboratory course in English for international students at the University of Tokyo.
Y. Nakamura*, M. Wang, M. Sato
8:45 Intermission
9:00 – 15. Establishing successful interdisciplinary collaborations in Peru.
C.V. Gauthier*
9:20 – 16. PROJECT SEED: Summer research experiences for economically disadvantaged high school students.
A.G. Cavinato*, C. Hernandez
9:40 – 17. Reach-out and pro bono programs for the dissemination of chemical
knowledge. C.H. Do*
10:00 Discussion
Hawaii Convention Center
303B
Safety in the Academic ResearchLaboratory (#460)

Organized by: E. Reichmanis, H. Horton,
D. Kennedy
8:00 Elsa Reichmanis
8:05 – 18. Safe science: Promoting a cultureof safety in academic research.
H. Thorp*
8:35 – 19. Safety first culture in Australianlaboratories. A. Vecchio-Sadus*
9:05 – 20. Comprehensive and effective program for environmental safety educationin universities. Y. Tsuji*
9:35 – 21. Laboratory safety in ChBE at
Georgia Tech and the PALS collaboration
with ExxonMobil. D. Sholl, S. Nair,
C. Dixon, T. Alford
10:05 – 22. International differences in laboratory safety preparation for chemistry
graduate students. R. Phifer
10:25 – 23. Evolution of safety culture in University of California academic researchlaboratories. J.G. Palmer, L. Wong*
10:45 – 24. Laboratory scale risk assessment. N. Langerman
11:05 – 25. Study of students’ engagement
in various styles of safety videos.
H. Weizman*

Tuesday Afternoon
Hawaii Convention Center
303A
The Evolving Nature of Scholarly
Communication: Connecting Scholars with
Each Other and with Society (#173)

Organized by: J. Maclachlan, A. Williams,
K. Hayashi, D. Martinsen, B. Brown
Presiding: J. Maclachlan

13:00 Opening Remarks
13:05 – 26. Don’t panic: A scientist’s guideto Twitter. K.E. James*
14:05 – 27. Engaging students, alumni, andcolleagues through social media.
S.C. Burdette
14:35 – 28. Reactions to the open spectral
database. S.J. Chalk
15:05 – 29. Open science framework (osf): A
free, open source platform for sharing research works. S.D. Bowman
15:30 – 30. Open software platforms forchemistry on the desktop and web.
M. Hanwell*
15:55 – 31. Implementing and assessing theefficacy of open access chemwiki textbook resource. D.S. Larsen*
16:20 – 32. Is Twitter changing the face of
science?. B. Campos Seijo*
Hawaii Convention Center
302A
Bioactive Natural Products and Public
Health in the Pacific Rim: From Aquatic
Dietary Supplements to Marine andFreshwater Toxins (#230)

Organized by: J. Hungerford, W. Rourke,
P. McNabb, J. Betz
Presiding: J. Hungerford
13:00 James Hungerford
13:05 – 33. Analytical methods and reference materials for cyanobacterial toxins.
M.A. Quilliam, D. Beach, P. McCarron,
C. Hollingdale, E. Kerrin, K. Thomas,
S. Giddings, N. Lewis
13:45 – 34. Natural environmental neurotoxins: The case of ␤-N-methylamino-L-alanine. S. Murch*
14:20 – 35. Accurate detection and quantification of ␤-N-methylamino-L-alanine infood and environmental samples.
T.C. Baker*, S. Murch, P.N. Brown
14:55 Break
15:10 – 36. Screening assays for new palytoxin analogs detection. A. Tubaro*,
M. Pelin
15:40 – 37. Marine STAR: Getting environmental contaminant data to the masses.
J.M. Ragland*, J.L. Reiner,
S.S. Vander Pol, R. Pugh, P. Becker
16:00 – 38. In the Pacific Rim with AOAC’s
Marine and Freshwater Toxins Task
Force. J. Hungerford*
Hawaii Convention Center
302B
Chemistry Education: International andMulticultural Perspectives (#365)

Organized by: S. Sandi-Urena, D. Salter,
C. Do
Presiding: C.H. Do, C.V. Gauthier
13:00 Introductory remarks
13:05 – 39. Teaching methodologies for how
to fully integrate students who are blind
into chemistry laboratory experiences.
C.A. Supalo*
13:25 – 40. Identity, intersectionality, and theculture of science.
M. Grunert Kowalske*
13:45 – 41. Educating LGBT chemical scientists: Mentoring, professional associations, and successful integration of thewhole person. C.J. Bannochie*,
B. Belmont, R. Hernandez
14:05 – 42. Bringing “relevance” into thechemistry curriculum. G.M. Bodner*
14:35 Intermission
14:50 – 43. Demarginalizing global competency and global citizenship in the 21st
century chemistry classroom: The risks
and benefits of a deprogrammed chemistry program. J. Bhattacharya*
15:10 – 44. Trends, opportunities, and bestpractices in graduate chemistry study
abroad. R. McKlmon*, B. Miller
15:30 – 45. Global Chemists Code of Ethics:
How international collaboration can leadto sustainable, responsible chemistry education. S. Hill*, J. Uddin Ahmad*,B. Miller
16:00 Discussion

Hawaii Convention Center
303B

Hawaii Convention CenterHalls I, II, III

Safety in the Academic ResearchLaboratory (#460)

Bioactive Natural Products and Public
Health in the Pacific Rim: From Aquatic
Dietary Supplements to Marine andFreshwater Toxins (#230)

Organized by: E. Reichmanis, H. Horton,
D. Kennedy
13:00 – 46. From accident analysis to accident prevention at UCLA. C. Merlic*,
I. Schroeder
13:20 – 47. A student’s perspective on
safety in the academic lab. N. Persson*,E. Reichmanis
13:40 – 48. Assessment and management ofchemical risks in academic laboratories(1) Important factors for risk assessment
in chemical laboratories. H. Yamamoto*,
Y. Nezu, Y. Oshima
14:00 – 49. Advancing safety culture in academic research laboratories: A casestudy. L.M. Gibbs*
14:20 – 50. Assessment and management ofchemical risks in academic laboratories(2) Influence of laboratory layout on airflow in university laboratory. Y. Nezu*,
Y. Nabeshima, H. Yamamoto, Y. Oshima
14:40 – 51. Assessment and management ofchemical risks in academic laboratories(3) Observing behavior of experimenterand chemical reagents in an actual chemical laboratory. Y. Oshima*, Y. Nezu,
H. Yamamoto
15:00 – 52. Ensuring a safe and successful
research laboratory for deaf and hard-ofhearing undergraduate students.
T. Pagano*, A.D. Ross, S.B. Smith
15:20 – 53. Supporting a prudent safety culture through job hazard analysis and information literacy skills. R.B. Stuart
15:40 – 54. Critical role of public access tochemical data and information in supporting safety culture in academic research laboratories. L. McEwen,
E. Bolton, S. Heller
16:00 – 55. Leveraging academic safety culture as a value-added tool for maximizing
the undergraduate research experience.
G.M. Ferrence*, N.K. Fredstrom

Wednesday Morning
Hawaii Convention Center
303A
The Evolving Nature of Scholarly
Communication: Connecting Scholars with
Each Other and with Society (#173)

Organized by: J. Maclachlan, A. Williams,
K. Hayashi, D. Martinsen, B. Brown
Presiding: J. Maclachlan
8:00 Opening Remarks by Tom Connelly,
Executive Director and CEO of the American Chemical Society
8:05 – 56. Linked-In® and Facebook® forbusiness: Learn how to leverage thesepowerful social tools. J. Maclachlan
8:30 – 57. Connecting through social media(Part I). M. Feliu-Mojer*, R.M. Burks,
L. Neeley, D. Lee, B. Lillie
9:00 – 58. Connecting through social media(Part II). M. Feliu-Mojer*, R.M. Burks,
L. Neeley, D. Lee, B. Lillie
9:30 – 59. Connecting with the media (Part I).
R.M. Burks*, L. Neeley, M. Feliu-Mojer,
D. Lee, B. Lillie
10:00 – 60. Connecting with the media (PartII). R.M. Burks*, L. Neeley,
M. Feliu-Mojer, D. Lee, B. Lillie
10:30 – 61. Reaching your target audience
after publication. L. Stemmle*
11:00 – 62. Scholarly journals in China involved in Friends circles: Promotion or
profit. X. Zhu
11:30 – 63. ACS Crystal Growth & Design:
Founding a journal in the cusp of electronic publishing and open access.
R.D. Rogers

Organized by: J. Hungerford, W. Rourke,
P. McNabb, J. Betz
Poster Session
10:00 – 12:00
64. Anti breast cancer effect of Ecklonia cava-derived dieckol. N. Jeon, Y. Kim,
J. Hwang, S. Kim, B. You, X. Dong
Hawaii Convention Center
302B
Chemistry Education: International andMulticultural Perspectives (#365)

Organized by: S. Sandi-Urena, D. Salter,
C. Do
Presiding: C.H. Do, I. Montes
8:00 Introductory remarks
8:05 – 65. ASCIv2 as a tool to investigate
student attitudes in Australia and theUnited States. J. Alexander*, A.T. Baker,
S. Chadwick
8:25 – 66. Sink or swim: Perspectives of tertiary pedagogical content knowledge(PCK). G.A. Lawrie*, M. Schultz
8:45 – 67. Pedagogical content knowledge
in tertiary chemistry: The culture of subdisciplines. M. Schultz, G.A. Lawrie
9:05 – 68. Authentic Thinking with Argumentation (ATA): Learning model for fosteringlearners could solve problems with scientific thinking and processes. J. Baek*,
D. Jeong
9:25 Intermission
9:35 – 69. Using web-based learning activities to enhance understanding of acids
and bases. S.D. Woodgate*
9:55 – 70. Chemistry education collaborations across cultural and national borders: The Middle East. M.Z. Hoffman*,
Z.M. Lerman
10:25 – 71. “Festival de Quı́mica,” a successful international non-formal educational model. I. Montes
10:55 Discussion and concluding remarks
Hawaii Convention Center
302A
Women in Chemistry: Changing the Face of
Science (#382)

Organized by: E. Nalley, K. Kurihara,
V. Chen, L. Watkins
Presiding: V. Chen, E. Nalley
8:00 Opening Remarks
8:25 – 72. Women leaders of the Global
Chemistry Enterprise. M. Wu*
8:50 – 73. Why are women underrepresented in science? Evidence for andagainst 5 common hypotheses.
K.S. McCain*
9:15 – 74. Change in demographics of STEM
faculty at research universities over thelast decade. D.J. Nelson*
9:40 – 75. Women in chemistry: An Australian perspective. K.A. Jolliffe
10:05 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–299

11 – SCTY
10:30 – 76. Promotion of women scientists
and engineers in Japan: Achievements
and challenges. K. Kurihara
10:55 – 77. Challenges and strategies for increasing participation of women and girls
in STEM fields. C. Crudden*
11:20 – 78. Program to accelerate the appointment of women faculty at Kobe University. Y. SOUMA*
Hawaii Convention Center
303B
University-Industry Collaboration,
Regulatory Environments, andCommercialization of Emerging
Technology (#453)

Organized by: E. Reichmanis,
S. Usselman, H. Slotten, H. Choi
8:00 Steven Usselman
8:05 – 79. Of Kimchi and spectroscopy: Chili
powder, free trade, and the boundaries ofregulatory science. B. Park*
8:35 – 80. Catalysis research for polymer
electrolyte fuel cells (CaRPE-FC): A perspective of path to marketplace for nanomaterials through a program in Canada.
T. Navessin*, S. Holdcroft
9:05 – 81. Commercialization of semiconductor nanomaterials research: A studyof the US Department of Energy’s Solidstate lighting research program.
A.M. Smith*
9:25 – 82. Centralization and collaboration at
Energy Frontier Research Centers.
S.Y. Lai*, A.M. Smith, J. Bea-Taylor,
R.B. Hill, N. Kleinhenz
9:45 – 83. Minerals, metals and materials:
Understanding the world around us.
J. Cutler*, L. Van Loon, J. Zhou, J. Reid,
J. Olson, T. Bond, E. Bergen
10:05 – 84. Impact of climate on the LCOE
for thin film and crystalline photovoltaic
technologies. M. Smith*, J. McGrath ,D. Boyuk, L. Yates, D. Gordon ,M. Flowers, A. Parsekian
10:25 – 85. Support for innovation in America’s technical workforce from the U.S.
National Science Foundation’s Advanced
Technological Education program.
D.R. Brown*
10:45 – 86. Utilization of advanced radiation
facilities under research cooperation withacademics. K. Hirota*, K. Shidomi,
H. Sawahata
11:05 – 87. Nanotechnology in Thailand:
Adding value to exports, promoting sustainable development. J. Bea-Taylor
11:25 – 88. Industry expectations for newhires – safety awareness. N. Langerman*
Hawaii Convention CenterHalls I, II, III
Safety in the Academic ResearchLaboratory (#460)

Organized by: E. Reichmanis, H. Horton,
D. Kennedy
Poster Session
10:00 – 12:00
89. Introducing general chemistry students
to academic safety culture through participatory case study development.
G.M. Ferrence*, S.M. Schelble
90. Safety regulations and awareness in theacademic research laboratory at a community college. P. Flores Gallardo*

Wednesday Afternoon
Hawaii Convention Center
303A
The Evolving Nature of Scholarly
Communication: Connecting Scholars with
Each Other and with Society (#173)

Organized by: J. Maclachlan, A. Williams,
K. Hayashi, D. Martinsen, B. Brown
Presiding: J. Maclachlan
13:00 Opening Remarks
13:05 – 91. Advancing chemistry and communicating chemistry for the benefit ofEarth and its people. B.Z. Shakhashiri*

300 –TECHTECHNICAL PROGRAM
14:05 – 92. Social media and outtreach froma National Laboratory perspective.
G.B. Balazs
14:30 – 93. From the Cape Cod Science
Cafe 2011 to STEM Journey 2016: How
we have sustained our chemistry outreach beyond the International Year of
Chemistry. J. Maclachlan*, J. Driscoll
14:55 – 94. Recent progress and future planof our activities bridging science and society in Japan. K. Shimada,
M.O. Watanabe, S. Ohtake*
15:20 – 95. Creatively connecting chemistry
to society. G.S. Ruskin*
15:45 – 96. Challenge for scientists of parsing personal vs. organizational social media obligations and observations.
T. Holme
16:10 – 97. Ethics in publishing: Editorial andrelated experiences. P.S. Weiss*
16:35 – 98. Tweeting and cheating - connecting with students as an author.
S. Kean*
Hawaii Convention Center
302B
Effective Collaboration Strategies to Drive
Innovation in Drug Discovery andDevelopment (#179)

Organized by: M. Armstrong, S. Kim,
Y. Zhu, J. BlountPresiding: M. Armstrong
13:00 Opening Remarks
13:05 – 99. How to effectively protect yourinvention with collaborative research.
M. Armstrong*
13:35 – 100. Tips for choosing and protecting proprietary names and trademarks for
drugs. R.J. Kenney
14:05 – 101. What early-stage life science
companies need to know now: Challenges and opportunities when communicating with the U.S. Food and Drug Administration. A.G. Minsk*
14:35 Break
14:45 – 102. Successful industry-academia
collaboration toward the development of
new host-based antivirals against influenza. E. Marsault, P. Boudreault,
M. Azzi, A. Griffin, B. Brown, R. Leduc,
M. Richter
15:15 – 103. Open source pharmaceuticalindustry. M. Todd*
15:45 General Questions
15:55 Closing Remarks
Hawaii Convention Center
302A
Women in Chemistry: Changing the Face of
Science (#382)

Organized by: E. Nalley, K. Kurihara,
V. Chen, L. Watkins
Presiding: E. Nalley
13:00 Opening Remarks
13:05 – 104. Activities of Gender Equality
Promotion Committee in The Society ofChemical Engineering, Japan.
N. Shibasaki-Kitakawa
13:30 – 105. Women in chemical engineering: Australian perspective. V. Chen*
13:55 – 106. Encouragement of female students in high school and junior highschool to study science. Y. Hosokoshi*,K. Morizawa, M. Onda, N. Ohmido,
S. Kasahara, S. Tajima, M. Shinohara,
Y. Matsuoka, T. Kobayashi, T. Tsunemi,
Y. Harada, E. Enoki, Y. SOUMA
14:20 – 107. Gender inequalities: Will thechange from past to present stand the Ptest for significance in change?. I. Black
14:45 Break
15:00 – 108. Transforming the pipette ofprogress: Growth and opportunities.
A. Wilson
15:25 – 109. Overcoming the stereotype of
the Big Bang theory. E. Nalley*
15:50 – 110. Positive action for female researchers at Hokkaido University.
M. Kato*Wednesday Evening
Hawaii Convention CenterHalls I, II, III
The Evolving Nature of Scholarly
Communication: Connecting Scholars with
Each Other and with Society (#173)

Organized by: J. Maclachlan, A. Williams,
K. Hayashi, D. Martinsen, B. Brown
Presiding: J. Maclachlan
Poster Session
19:00 – 21:00
111. Social media and managing business
relationships: Transitioning from marketing to sales of scientific instrumentation.
J. Maclachlan*, J. Driscoll
112. Visualization of chemistry: Role ofgraphic design in chemistry. A. Sato*113. Connecting the judiciary with science:
The legal and social issue of marijuana.
M.A. Celeste
Hawaii Convention CenterHalls I, II, III
Chemistry Education: International andMulticultural Perspectives (#365)

Organized by: S. Sandi-Urena, D. Salter,
C. Do
Presiding: C.H. Do, S. Sandi-Urena
Poster Session
19:00 – 21:00
114. Learning inquiries for Spanish-speaking
exchange students taking chemistryclasses at a community college.
G. Coronado*, P. Flores Gallardo*
115. Educational activties within the European Union’s Tempus NETREL project. I.
Špánik*, G. Mills, B. Vrana
116. Development of a pre-service and inservice “Color Science” training program
for teachers, in cooperation with Toho
University, JACI, and DIC Co., Ltd.
I. Imai*, M. Takahashi, K. Tominaga,
K. Makide
117. From STEM to STEAM: Thermodynamics and the art of Japanese swordsmithing. C.B. Johnson*, M.M. Day,
L. Pesterfield
118. Research on chemistry education referring to common materials: The effect of
UV cosmetics. M. Karayama,
A. AKIMOTO*
119. Application of tablet devices to chemistry classes at college of technology.
H. SATO*, K. Fukumoto, A. OSHIO,Y. HATTORI, O. KATAYAMA
120. Oxidation reaction experiment of ironpowder (disposable warmer) using handmade oxygen sensor. M. TAKAHASHI,
Y. Tateizumi
121. Science craft for chemistry education.
A. Yanase, M. Kamata

Thursday Morning
Hawaii Convention Center
303A
Green and Sustainable Chemistry
Education for Tomorrow’s Citizens of theWorld (#334)

Organized by: J. Jackson, F. Zheng,
R. Resendes, D. Kovacs, J. Jackson,
K. Saito
Presiding: J. Jackson
8:00 – 122. Green chemistry programs at the
University of Massachusetts Boston.
W. Zhang*
8:25 – 123. Green chemistry education roadmap to advance greener solutions
throughout the chemical enterprise.
J. Hutchison*
8:50 – 124. Designing partnerships that drive
innovation in general education chemistrycourses: Paving the way for a green
chemistry education roadmap.
J.A. Haack*9:15 – 125. Designing effective curricula andassessments to promote deep learning ofgreen chemistry. M.M. Cooper

9:40 – 126. Greening the organic lab: A comparison of microwave-assisted and classical nucleophilic aromatic substitution
reactions. D.R. Latimer
10:00 Break
10:10 – 127. Self-education in green chemistry and engineering – a retrospective
look. D.C. Constable
10:40 – 128. Greening the curriculum
through the School of Green Chemistry
and Engineering at the University of Toledo. G. Lipscomb, M. Mason
11:00 – 129. Chemistry in engineering education: A course outline for sustainablebioenergy systems. C.M. Saffron*,
F. Pan
11:20 – 130. Climate change effects and thesustainability of cacao and chocolate.
H.M. Peters*, S.B. Peters
Hawaii Convention Center
302B
Policies and Procedures Regarding Primary
Research Data (#335)

Organized by: D. Martinsen, K. Hayashi,
N. Adams
8:00 – 131. What’s a publisher to do about
research data?. D. Martinsen*
8:20 – 132. Sharing science data: Semantically reimagining the IUPAC solubility series data. S.J. Chalk*, R.J. Hanisch,
A. Morey, D.R. Burgess, A.Y. Lee
8:45 – 133. Open science in Japan: Recent
progress in policy and research programs. S. Ohtake*, Y. Ogasaka
9:15 – 134. A chemical view on research data: Identifying critical structures for management in the machine era. L. McEwen
9:45 Break
9:55 – 135. Recent state of policy development and research activites in Japan forsharing research outputs. K. Hayashi
10:20 – 136. Helping the chemical science
community preserve and share data: Aninternational society publisher’s perspective. J. Griffiths*, D. Zhang
10:45 – 137. Facilitating and incentivizing
openness to enhance reproducibility.
S.D. Bowman
11:15 – 138. Sustaining access to research
data: A 50 year case study. I. Bruno*,
C. Groom
11:45 Panel Discussion
Hawaii Convention Center
302A
Women in Chemistry: Changing the Face of
Science (#382)

Organized by: E. Nalley, K. Kurihara,
V. Chen, L. Watkins
Presiding: K. Kurihara
8:00 Opening remarks
8:05 – 139. Tennessee women in chemistry:
Changing the face of science.
J. Iriarte-Gross*
8:30 – 140. Studying the persistency ofwomen in the field of chemistry in North
Carolina. E.C. Gravely, G.P. Redd
8:55 – 141. Changing the face of Hiroshima
University. M. Aida*
9:20 – 142. Women in chemistry - a view
from the other side. K. Vitense*
9:45 Break* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

11 – SCTY
10:00 – 143. Balancing the equation: A mentoring program for first year female students. E.J. Smith, K. Harris, N. Iamsuk,
T. McGuren, J. Miller, J. Wilkes, J. Reid
10:25 – 144. Contributions of women chemists toward peace in the Middle East.
Z.M. Lerman*
10:50 – 145. Leadership across multiple cultures: Providing workplace fairness regarding common issues faced by womenin chemistry. K.M. Elkins,
S.M. Schelble*
11:15 – 146. Positive and sustainable action
for gender equality at Nara Women’s University. T. Takeuchi*
Hawaii Convention Center
303B
Active and Inquiry Learning in theChemistry Classroom and Laboratory(#443)

Organized by: M. Buntine, S. Boniface,
J. Lewis
Presiding: S. Boniface
8:00 Welcome Remarks
8:05 – 147. Process oriented guided inquiry
learning (POGIL): A student-centered approach to chemistry instruction.
R. Moog*
8:40 – 148. Overview of peer-led team learning (PLTL). P. Varma-Nelson*
8:55 – 149. Connecting with our students
through interactive lecture demonstrations. S. Schmid*, A. Bridgeman,
K.A. Badiola
9:10 – 150. Teaching ethics and professionalism through active learning and engagement. S.M. Schelble*, M.C. Loui,
G.M. Ferrence
9:25 – 151. Inquiry-driven organic laboratory
incorporating current research.
A.R. Prosser, D.C. Liotta,
M.F. McCormick*
9:40 – 152. Introducing students to researchin second year analytical chemistry laboratories using inquiry-based projects.
J.R. Rodriguez Nunez*, E.J. Maxwell
9:55 Break
10:15 – 153. Improving student engagementin active learning by strengthening selfconfidence in the application of underpinning core concepts in chemistry.
V.G. Barnett*
10:30 – 154. Enhancing active learning andstudent engagement in first year chemistry classes. E. New*, A. Bridgeman,
A. George, P. Rutledge
10:45 – 155. Prion disease as a short, in-lecture, “choose-your-own-experiment” biochemical case to teach nature of scienceand protein misfolding. J.K. Hines*,
A. Serrano, J. Liebner
11:00 – 156. Active teaching and learning
strategies: A synthesis of lecture and lab.
R. Venkateswaran*
11:15 – 157. Experiences with the use of aClassroom Response System (CRS) in a
Chemistry Foundation Course.
C.M. Arewgoda*
11:30 – 158. PLTL: A large scale transformative program in general and organic
chemistry at UT Dallas. J. Sibert
11:45 – 159. Combining green chemistry andguided-inquiry learning to improve students’ conceptual understanding.
T.J. Greenbowe, D. Exton*, B. Baldock

Thursday Afternoon
Hawaii Convention Center
303A
Green and Sustainable Chemistry
Education for Tomorrow’s Citizens of theWorld (#334)

Organized by: J. Jackson, F. Zheng,
R. Resendes, D. Kovacs, J. Jackson,
K. Saito
Presiding: K. Saito
13:00 – 160. A personal vision of sustainablechemistry at the National Science Foundation. M.S. Platz*

13:30 – 161. Green chemistry through six
editions of Chemistry in Context.
C.H. Middlecamp*
13:50 – 162. Making the green chemistryconnection with high school students.
D.M. Cullen
14:10 – 163. Microscale experiment for elementary school science using anthocyanin from grape peel. T. Nakagawa*
14:30 – 164. Project iLASER: Engaging the
public in an appreciation for chemistrywith a focus on sustainable energy.
D.R. Brown*
14:50 Break
15:00 – 165. Sustainability and green chemistry: Our role as scientist-citizens.
B.Z. Shakhashiri*
15:40 – 166. Maximizing the impact from anindustrial/academic research collaboration: ACS GCI Pharmaceutical Roundtable collaboration with UCLA leads to creation of a new green chemistry teachinglab experiment for undergraduates.
D. Richter*
16:10 – 167. Need for green chemistry at theundergraduate level. I. Sidhwani,
R. Sharma
16:30 – 168. Sustainability benefits of scientific research in the energy industry.
A. Bishop
Hawaii Convention Center
302A
Women in Chemistry: Changing the Face of
Science (#382)

14:50 – 181. Student perceptions and staff
misconceptions about the undergraduate
laboratory learning experience.
M. Buntine, K. Burke da Silva, K.F. Lim,
S. Pyke, J. Read, M. Sharma, A. Yeung,
S. Kable*
15:05 Break
15:25 – 182. Impact of course preparation
assignments on student learning inchemistry and biochemistry courses.
N.J. Ronkainen*
15:40 – 183. Discovery based molecular
structure determination lab module integrating chemical crystallography into advanced undergraduate laboratories.
J.M. Tanski*
15:55 – 184. Active learning in chemistry andthe transition from high school to university. S. Boniface*, A. Moeed
16:10 – 185. “I’m trying to think of what else
we could do”: Analysis of student discourse during pre-lab problem solving
sessions. G.V. Shultz*
16:25 – 186. Using threshold concepts toguide changes in active learning classrooms. J. Loertscher*, J.E. Lewis,
V. Minderhout, T. Morgan, X. Xu

Friday Morning
Thursday Evening
Hawaii Convention CenterHalls I, II, III
Green and Sustainable Chemistry
Education for Tomorrow’s Citizens of theWorld (#334)

Organized by: E. Nalley, K. Kurihara,
V. Chen, L. Watkins
Presiding: G. Thomas

Organized by: J. Jackson, F. Zheng,
R. Resendes, D. Kovacs, J. Jackson,
K. Saito
Presiding: J. Jackson, F. Zheng

13:00 Opening Remarks
13:05 – 169. Advancing gender equity at aminority serving institution. Z.S. Wilson*,
G.S. Byrd, S. Luster-Teasley, R. Coger
13:30 – 170. Women chemists of color: An
institutional change approach. K. Mack*,
M. Soto, N. Cantor, P. McDermott
13:55 – 171. Ongoing challenges for Hispanic women. I. Montes*
14:20 Break
14:30 – 172. Progress of women chemists ofcolor in the United States. G. Thomas,
L.M. Watkins, J. TItus-Young, Z.S. Wilson
14:55 – 173. Native American women in
STEM. N. Jackson
15:20 – 174. A chemical imbalance.
P.L. Arnold*, S. Rodnes, M. Liden,
C. Conant, J. Rieb

Poster Session
19:00 – 21:00

Hawaii Convention Center
303B
Active and Inquiry Learning in theChemistry Classroom and Laboratory(#443)

Organized by: M. Buntine, S. Boniface,
J. Lewis
Presiding: J.E. Lewis
13:00 – 175. Efficacy and cultural transferability of student inquiry learning approaches in foundation chemistry: Improving conceptual understanding andconfidence. S.S. Qureshi*
13:35 – 176. Chemistry in context: Promoting information literacy in the generalchemistry lecture and lab. S. Brydges*
13:50 – 177. Method for the validation of afirst year experiment. R. Pullen*,
B.F. Yates, G. Dicinoski, N. Brown,
J. Smith
14:05 – 178. Chemistry converged: A pedagogy-led curriculum for the 21st century.
D. Southam*, M. Buntine
14:20 – 179. Evolution and evaluation of a(peer led) team learning implementationin organic chemistry at an undergraduate
institution. J.G. Gillmore*
14:35 – 180. MitoNEET folding and iron sulfur cluster stability investigations in theundergraduate lab course as a unique experiential learning environment.
T.C. Leeper*, D.L. Morris

19:35 – 198. Supporting student understanding of chemistry through the use of
guided inquiry materials and instructor facilitation. R. Cole*, C. Stanford
19:50 – 199. Electrochemical sensors to detect heavy metals and carcinogenic compounds: Inquiry-based modules to meet
today’s interest. S.K. Lunsford*,
C. Spradlin, M. Sullivan
20:05 – 200. Enhancing student engagement
in laboratory learning using inquiry-based
activities: Expanding ASELL into schools.
A. Yeung*, M. Sharma, S. Kable,
K.F. Lim, L. Sutherland, M. Buntine,
V. Dawson, D. Southam, N. Maynard
20:20 – 201. Talking science: Productive
student discourse in university-levelchemistry courses. D. Southam*,
G. RUSHTON
20:35 – 202. Amalgamating flipped classroom and peer-led team learning pedagogies in general chemistry and organic
chemistry instruction: An instructional experiment. J.R. Raker, S.E. Lewis,
J. Antilla
20:50 Symposium close

187. Partnership between university andhigh schools for wise use of biodiversity.
K. Kanno, K. Miyagawa, M. Ueno
188. Illustrating green and sustainable chemistry concepts through the synthesis andcharacterization of renewable triblock copolymers in the organic chemistry laboratory. J.E. Wissinger, D. Schneiderman,
G. Fahnhorst, M. Wentzel, Z. Swingen
189. Preparation of chiral flavors by asymmetric oxidation. H. Tian
190. Teaching of chemistry from green
chemistry perspective. P.J. González*,
C. Perez-Mendez, S. Figueroa-Duarte
191. Developing an undergraduate chemistry
lab involving mechanochemistry andgreen chemistry metrics. S. Kingston,R. Chetram, T. Hamilton*
192. Green chemistry and sustainability initiatives at the state level: Education
through public policy in the UnitedStates. E.P. Jackson*, C. Affeldt,
J. Jackson, D.G. Kovacs
193. Stories of sustainability in communities:
Bridging science and society.
E.P. Jackson*, D.G. Kovacs, J. Jackson
194. Development of green chemistry of synthetic fragrance/flavor substances.
F. Zheng*
195. The Green Chemistry Initiative at the
University of Toronto. E.N. Daley,
I. Mallov, J. Moir, L.M. Reyes, F. Tsao
196. Discovery of novel, potent, and lowtoxic angiotension II receptor type 1 (AT1)
blockers: Design, synthesis, biologicalevaluation, and molecular docking studies of 6-substituted aminocarbonyl benzimidazoles with a chiral center. Z. Zhou*
Hawaii Convention Center
303B
Active and Inquiry Learning in theChemistry Classroom and Laboratory(#443)

Organized by: M. Buntine, S. Boniface,
J. Lewis
Presiding: M. Buntine
19:00 – 197. Expert vs. novice: Can undergraduates ever become expert problem
solvers?. T. Overton*

Hawaii Convention CenterHalls I, II, III
Connecting Ionic Liquids to Societal Issues:
Materials, Medicines, Energy, and Water(#113)

Organized by: R. Rogers, D. MacFarlane,
R. Rogers, H. Ohno
Presiding: G. Gurau
Poster Session
10:00 – 12:00
203. Polyiodide formation in room temperature ionic liquids: 1-alkyl-3-methylimidazolium iodide. H. Abe*, H. Kishimura,
M. Aono, Y. Yoshimura, N. Hamaya
204. Hydrophobic ionic liquids for cellulose
dissolution: Effect of respective alkyl
chain length of cations and anions.
D. Sato, K. Kuroda, M. Abe, H. Ohno
205. Electrocarboxylation of aromatic ketones in ionic liquids: The Influence of thesubstrate and proton availability in ionicliquids on product distribution.
S.F. Zhao*, M. Horne, A.M. Bond,
J. Zhang
206. Design and synthesis of amino-substituted task-specific ionic liquids for platinum group metal ions extraction.
A. Miyazaki*, K. Funaki, K. Kanie,
A. Muramatsu
207. Design of ionic liquids to dissolve chitin
without heating. M. Shimo, H. Ohno*,
M. Abe208. Ionic liquids based on cationic ruthenium sandwich complexes: Effects ofsubstituents on the thermal properties.
T. Higashi, A. Komurasaki, T. Ueda,
T. Mochida*209. Photoreactive organometallic ionic liquids containing the B(CN)4 anion.
T. Ueda, T. Mochida*210. Acidity in protic ionic liquids studied by
NMR spectroscopy. M. Hasani*,
C. Angell*211. Control of surface wettability by ionicliquid interface. T. Ono*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–301

11 – SCTY
212. Protic ionic liquids as direct dissolution
solvents for lignocellulose based textile fiber production. A.P. Parviainen*,
A.W. King, I. Kilpeläinen, U. Liimatainen,
H. Sixta, M. Hummel, R. Wahlström,
A. Suurnäkki
213. Ternary phase behavior of phytosterol
ethoxylate, water, and imidazoliumbased ionic liquids: Effect of alkyl chain
length in cation and anion species on thephase behavior. T. Misono*,
K. Nakamura, R. Sekihara, T. Endo,K. Sakai, H. Sakai, M. Abe
214. Development of environmental-benign
ionic liquids with dissolution ability of cellulose. M. Yasui, Y. Takagi*
215. Development of environmental-benign
teaching materials using ionic liquids.
R. Nishida, Y. Takagi*
216. Distribution of chemically modified cytochrome c in the ionic liquid/buffer biphasic system. K. Ikeda, K. Fujita,
N. NAKAMURA*, H. Ohno
217. Preparation and characterization ofnovel magnetic ionic liquids. N. Fukui,
Y. Takagi*
218. Improved performance of conductingbridge random access memory using
ionic liquids. A. Harada, H. Yamaoka,
K. Watanabe, S. Kishida, K. Kinoshita,
T. Nokami, T. Itoh219. Dynamic structure of N,N-diethyl-Nmethyl-N-(2-methoxyethyl)ammonium
tetrafluoroborate-water mixture.
K. Kaneko, K. Saihara, Y. Yoshimura,
A. Shimizu
220. Sugar chain recognition of lectin stored
in hydrated ionic liquid. M. Sanada,
K. Fujita, H. Ohno*
221. Design of self-organized soft materials
changing their nanosegregated structures by the addition of acids or salts.
T. Matsumoto*, T. Ichikawa, T. Kato,
H. Ohno222. Synthesis of an ionic liquid with hydronium cation encapsulated by crownether.
S. Takeoka, A. Kitada, K. Fukami,
K. Murase
223. Which structures hinder the dissolutionof lignocellulose in ionic liquids?.
K. Yoshida, H. Nonaka*
224. Ionic liquids from cationic ruthenium
sandwich complexes with trialkoxybenzene ligands. T. Ueda, T. Mochida*225. Preparation and properties of cyclam
complexes with the Tf2N anion. Y. Oba,
T. Mochida*226. Artificial neural networks and the melting temperature of imidazolium-type andammonium-type ionic liquids.
J.O. Valderrama*
227. Saccharification of biomass with zwitterion/acid composites (VI)- catalyst abilityof sulfonic acid group. S. Suzuki*
228. Synthesis of polyureas from diamines
and CO2 activated by ionic liquids.
M. Yoneyama*229. Complete dissolution of woody biomass with tetra-n-butylphosphonium hydroxide aqueous solution and the effectof additives. S. Yamanaka, H. Ohno*
230. Development of ionic liquids equippedwith hetero-atom containing substituentsfor Li-ion batteries. N. Handa,
K. Matsumoto, Y. Fukaya, T. Nokami*,T. Itoh*
231. Design of zwitterions to show temperature-sensitive reversible phase change
after adding water. Y. Mieno, H. Ohno*
232. Ionic liquids formed from cationic metal-chelate complexes bearing ether side
chains. X. Lan, H. Hosokawa,Y. Funasako, T. Mochida233. Role of ionic liquids in electroactive devices. R. Sotoike, T. Yasuda,
M. Watanabe, M. Nakano, Y. Iwasa
234. Development of temperature responsive polyelectrolyte hydrogels derived
from polymerized ionic liquid. A. Okafuji,
Y. Deguchi, Y. Kohno, H. Ohno*
235. Effectiveness of ionic liquids for recovery process of useful substrates accumulated in cyanobacteria. K. Fujita,
D. Kobayashi, N. NAKAMURA, H. Ohno
236. Structural transition of proteins in condensed aqueous ionic liquid solutions.
T. Takekiyo*, E. Yamaguchi,
Y. Yoshimura

302–TECHTECHNICAL PROGRAM
237. Suppression effect on insulin amyloid
by the use of ionic liquids.
E. Yamaguchi*, T. Takekiyo,
Y. Yoshimura
238. Synthesis of cage-forming silicate polymers and evaluation as electrolyte (II) solidification of protic ionic liquids.
K. Okuda, M. Fujita, Y. Takeoka,
M. Rikukawa
239. Hydrated ionic liquids as effective solvent of renaturation of aggregated recombinant cellulase expressed in Escherichia coli. M. Kajiyama, K. Fujita,
H. Ohno*240. Synthesis and characterization of ionicliquids as electrolytes for battery applications: Investigation of charge and discharge characteristics. S. Horiuchi*,M. Fujita, Y. Takeoka, M. Rikukawa
241. Design of amino acid ionic liquids containing aspartic acid anion and their application as solvents for lyotropic liquid
liquid crystals. H. Takeuchi, T. Ichikawa,
M. Yoshio, T. Kato, H. Ohno*
Hawaii Convention Center
302A
Technology and Assessment Strategies for
Improving Student Learning in Chemistry(#132)

Organized by: T. Holme, P. Mahaffy,
M. Schultz
Presiding: M. Schultz
8:00 Adjust starting time
8:30 – 242. Exploring the interrelationshipbetween technology, instructional-styles,
assessment strategies, and learner experiences. B.M. McCollum*
8:50 – 243. Screencasts vs. simulations forchemistry learning. D. Herrington*,
R. Sweeder, J.R. VandenPlas
9:10 – 244. Designing assessments to characterize both what students know andwhat they can do with that knowledge.
M.M. Cooper*
9:40 Break
10:00 – 245. Using a web-based activity toenhance understanding of mole-masscalculations. S.D. Woodgate*
10:20 – 246. SoftChalk and iClickers combination in the chemistry classroom: 21st
century pedagogy for 21st century learners. G.P. Redd, E.C. Gravely, T.O. Lewis
10:40 – 247. Electronic lab notebooks inchemical education: The importance ofthe lab infrastructure to the optimal learning environment. K. Albizati*
11:00 – 248. Assessing the assessments:
Evidencing and benchmarking student
learning outcomes in Chemistry.
S. Schmid*, S. Bedford, A. Bridgeman,
G. O’Brien, I. Jamie, K.F. Lim, S. Pyke,
M. Schultz, D. Southam
Hawaii Convention Center
302B
Small Businesses Reaching Out for Market
Share: Tool Kit and Success Stories (#185)

Organized by: J. Sabol, D. Lainson,
A. Blunn, W. Chung
Presiding: J. Sabol
8:00 Coffee and Conversation
8:30 Opening Remarks
8:35 – 249. Enigma of job creation throughentrepreneurial ventures: Need for a new
structure. P.J. Wyatt*
9:05 – 250. Bootstrapping a chemical company in the steel city. B. Bosley,
B. Bosley
9:35 – 251. Innovative organic materials forhighly efficient energy storage capacitors.
t. goodson*
10:05 Intermission
10:20 – 252. Knowing what you’ve got, what
you know, what you don’t, how to protect
it, and push the boundaries. M. Clark*
10:50 – 253. ABR: Finding strategic value inchemical process development.
A. Blunn*
11:20 – 254. Starting up a technology company and sustaining through the valley ofdeath. A. Rahman*, J. Sabol

11:50 Closing Remarks
Hawaii Convention Center
303A
Green and Sustainable Chemistry
Education for Tomorrow’s Citizens of theWorld (#334)

Organized by: J. Jackson, F. Zheng,
R. Resendes, D. Kovacs, J. Jackson,
K. Saito
Presiding: D.G. Kovacs
8:00 – 255. What is the value of an undergraduate certification in green chemistry?. D.G. Kovacs*
8:20 – 256. Making greener chemistry
choices at the University of Toronto.
A.P. Dicks*, L. Hoch, M. Mastronardi
8:45 – 257. Green Chemistry Initiative: Promoting green chemistry across all levelsof education. L.M. Reyes
9:05 – 258. Berkeley Center for Green
Chemistry: An interdisciplinary approachto education, research and engagement.
M.J. Mulvihill
9:30 Break
9:40 – 259. Pitching profitable projects andprotecting the planet: Green chemistryoutreach for an industry audience.
M.O. Clarke
10:05 – 260. Green chemistry education in
Japan for tomorrow’s citizens. K. Ogino*
10:30 – 261. Introducing middle school students to green nanoscience as a means
toward protecting the environment.
S.O. Obare*
10:55 – 262. Synthesis and mechanical testing of bioplastics and degradable polymers in the high school classroom as amechanism to engage students in issuesof sustainability. J.E. Wissinger*,
R. Harris, M. Yu, D. Schneiderman
11:15 – 263. Chemistry, creativity, and sustainability. M. Kirchhoff*
Hawaii Convention CenterHalls I, II, III
Active and Inquiry Learning in theChemistry Classroom and Laboratory(#443)

Organized by: M. Buntine, S. Boniface,
J. Lewis
Presiding: M. Buntine
Poster Session
10:00 – 12:00
264. An international perspective on AP
Chemistry course curriculum and pedagogy. M. DeWane
265. Engaging our students in conversations
on teaching and learning. S. Brydges*
266. Computer simulations and animations
coupled with guided-inquiry tutorials toimprove students’ understanding ofchemistry. T.J. Greenbowe, J.I. Gelder,
M.R. Abraham
267. Incorporation of benchtop NMR spectroscopy into undergraduate laboratories:
An active-learning approach. S. Riegel
268. Breaking down barriers to student
learning in organic chemistry utilizing undergraduate teaching assistants and student-centered classroom activites.
R.M. Kissling*
269. Teaching with a 3D printer: New
hands-on models for active learning in organic and physical chemistry.
F.A. Carroll*, D.N. Blauch
270. Effective S-STEM program at a small
Mid-Atlantic liberal-arts college.
M.J. D’Souza*
271. Incorporating authentic research in an
optional component of the second semester organic laboratory course.
J.G. Gillmore, T.L. Smith
272. Debunking nuclear chemistry misconceptions using a POGIL activity and simulations. M.L. Golden, J. Wood,
A. Lolinco273. Bouncing batteries: Exploring thechemistry of alkaline cells. J. Hall,
J. Amend, T. Kuntzleman

274. Conversion of soybean biomass into
valuable chemical products: An active
learning technique. M. Veillette, M. Heitz*
275. Illustrating catalysis with interlocking
building blocks: Catalysts from the 2010,
2005, and 2001 Nobel Prizes in Chemistry. R. Horikoshi*
276. Year-long integrated biochemistry laboratory: An instrument-intensive approachto the study of biomolecules. S. Kirk*,
T. Silverstein*277. Development of electronic textbook
linked with computer graphics for college
chemistry-experiment. A. Ikuo*,
Y. Yoshinaga, H. Ogawa
278. LMS-supported active learning in general chemistry course. Y. Oikawa*,
Y. Hirano, M. Hirokawa, H. Suzuki,
H. Baba, Y. Yasumori
279. A two-year four-year collaboration toestablish an investigative approach to theGeneral Chemistry laboratory experience.
K.S. Owens*, A.M. Johansen,
A. Murkowski, H. Price
280. Interdisciplinary investigations (IDIs) for
use in the first-year chemistry classroom.
K.S. Owens, A. Murkowski, H. Price,
A.M. Johansen
281. Introductory biochemical technology
lab to help chemistry, environmental science, and biology students explore microbes in different environments.
N.L. Paiva*
282. How to avoid health problems and accidents in chemical laboratory.
R.P. Ramadhani, A.R. Gerhana,N. Rahmanastiti, A.E. Sarajar
283. Guided inquiry learning in an introductory chemistry course. N.M. Williamson*,
G.F. Metha, D.M. Huang, S.G. Bell
Hawaii Convention CenterHalls I, II, III
Connecting Chemistry to Society General
Posters
10:00 – 12:00
Education and Teaching
284. Microscale experiments on various
physicochemical properties of aqueous
solutions for high school chemistry.
T. Nakagawa*285. Laser-induced breakdown spectroscopy for undergraduate chemistry research and teaching. R.R. Hark,
A.I. Whitehouse
286. Teaching online chemistry courses witha hands-on lab component.
R.R. Klepper*
287. Infinity scholars, an NSF funded projectthat includes interdisciplinary undergraduate research. R.R. Klepper*
288. Content, concepts, context: first-year
chemistry curriculum reform to improve
both cognitive understanding and learning attitudes. W. McNeil*, T.K. Freeman
289. Role of faculty promotion in ensuring a
successful first-year chemistry supplemental learning program. C.A. Bourne,
S. McKeown, T.K. Freeman*, W. McNeil
290. Concerns with food and food labels.
M. Kurotani*, A. Yamamoto,
M. Moriyama, M. shimizu, M. Shimamura
Emerging Research Trends
291. Customized technology foresighting
method. D. Kim*, K. Choi292. Developing the integrated analysis ofresearch trends called 4P analysis.
K. Choi*, D. Kim*

* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

11 – SCTY
Friday Afternoon
Hawaii Convention Center
303A
Connecting Ionic Liquids to Societal Issues:
Materials, Medicines, Energy, and Water(#113)

Organized by: R. Rogers, D. MacFarlane,
R. Rogers, H. Ohno
Presiding: R.D. Rogers
13:00 Introduction
13:05 – 293. Can ionic liquids contribute to
the world’s energy economy?.
J.S. Wilkes
13:35 – 294. Using ionic liquids as a synthetic platform for energy conversion
nanomaterials. A.V. Mudring*
14:00 – 295. Durable and effective ionic liquids for a sustainable nuclear fuel cycle.
J.F. Wishart*, S. Dhiman, I.A. Shkrob
14:25 – 296. Speciation and dynamics of alkali metal ions mixed salt/ionic liquid
electrolytes: Toward improved Li and Na
based energy storage. M. Forsyth*,
P. Howlett, H. Yoon, H. Zhu, L. O’Dell,
D. MacFarlane
14:50 – 297. Development of functional ionicliquid-crystalline materials for energy andenvironment. T. Kato*
15:15 – 298. Using ionic liquids to harvest
waste heat. J. Pringle*, D. Al-Masri,
D. MacFarlane
15:40 – 299. Glyme-Li salt solvate ionic liquids for energy conversion and storage.
M. Watanabe*
16:05 – 300. Reversible photo-induced liquefaction and crystallization of ionic azobenzene derivatives with photon energy
storage characteristics. K. Ishiba,
C. Chikara, M. Morikawa, T. Yamada,N. Kimizuka*
16:20 – 301. Ionic liquid lubrication technologies for energy generation systems.
S. Glavatskih, O. Antzutkin
16:35 – 302. Phosphonium-based ionic liquids for energy storage devices.
C. Pozo-Gonzalo*, M. Forsyth,D. MacFarlane, P. Howlett
Hawaii Convention Center
302A
Technology and Assessment Strategies for
Improving Student Learning in Chemistry(#132)

Organized by: T. Holme, P. Mahaffy,
M. Schultz
Presiding: T. Holme
13:00 – 303. Use of written explanations tocharacterize student understanding of reaction mechanisms. J.R. Raker
13:30 – 304. Investigation of video tutorial
effectiveness and student use for generalchemistry laboratories. J.A. Key*,M. Paskevicius
13:50 – 305. Making the case: Why should
others believe our assessment results?.
J.E. Lewis*
14:20 Break
14:40 – 306. Formative assessment leading
to self-directed learning in large, first-year
chemistry classes. M. Schultz*,
G.A. Lawrie, S. Bedford, T. Dargaville,
G. O’Brien, R. Tasker, M. Williams,
A. Wright
15:10 – 307. Effective instruction medium for
improving student learning of laboratory
techniques. J.P. Canal*, L. Hanlan,
S. Lavieri, J. Lowe
15:30 – 308. Cyber peer-led team learning(cPLTL). P. Varma-Nelson*
15:50 – 309. What do we test vs. what do wewant to test. K. Murphy, T. Holme,
C. Luxford

Hawaii Convention Center
302B

Poster Session
19:00 – 21:00

Small Businesses Reaching Out for Market
Share: Tool Kit and Success Stories (#185)

324. Distinction of structural isomers of esters by hydroxamic acid iron (III) method.
S. Nogami*, M. Inoue
325. Rapid measurement of iodine value utilizing N-chlorosuccinimide.
S. Kobayashi*, M. Inoue
326. Development of experimental materials
for stepwise oxidation of toluene.
M. Shimamura*, M. Inoue
327. Oxidation of vegetable oils utilizing photoradical initiator. K. Osanai*, M. Inoue
328. Synthesis of esters utilizing acetylsalicylic acid as the reagent for acetylation.
H. Fujiwara*, M. Inoue
329. Chemistry education and research using the desktop NMR spectrometer: picoSpin 80. K. Hiroki*, H. Sawada,
N. Yamashita
330. Small-scale experiments in chemicalengineering for chemical education forundergraduates. S. Ohki, Y. Konno,
S. Kuwahara, K. Katayama*
331. Using web-based activities to study
student facility with the acid-base conjugate pair concept. S.D. Woodgate

Organized by: J. Sabol, D. Lainson,
A. Blunn, W. Chung
Presiding: A. Blunn
13:00 Introductory Remarks
13:05 – 310. Creating innovation in an isolated region. R. Melton
13:35 – 311. Inception sciences and the“build-to-buy” model: A novel paradigm
for translation of emerging academic research into novel small molecule therapeutics. B. Stearns*
14:05 – 312. Anybody can swim downstream: Get out of the fry pan, dance on
the fire, and swim upstream. J. Sabol
14:35 Intermission
14:50 – 313. ACS Committee on Corporation
Associates and small chemical businesses. N. Langerman*
15:20 – 314. Building businesses based on
integration of basic and applied research:
Value creation and new opportunities forchemists. M.S. Chorghade*,
R.S. Chorghade
15:50 – 315. Member benefits, programs, resources, and entrepreneurial activities
from the ACS Division of Small Chemical
Businesses SCHB. J. Sabol
16:20 Concluding Remarks

Saturday Morning
Hawaii Convention Center
303A

8:50 – 342. Making learning smart throughconnections: Learnsmart and Connect inintroductory general chemistry classes.
R. Venkateswaran*
9:10 – 343. Assessing high level skills in achemistry context – the New Zealand
Scholarship examination. S. Boniface*
9:40 Break
10:00 – 344. Implementation of the computer version of the ACS General Chemistry Exam: A pilot study. K.M. Elkins*,
K. Murphy
10:20 – 345. Automated detection of problem-solving strategies from logs of student interactions with a virtual laboratory:
A scalable approach to assessing inquiry
skills. D.J. Yaron*, Y. Gal, O. Uzan,
R. Belford, M. Karabinos
10:40 – 346. Barriers and boundaries toe-learning in chemical and physical sciences. I. Koeper
11:00 – 347. Automated alignment of instructor-created test Items with the ACS
Anchoring Concepts Content Map.
D.M. Hart*, T. Holme
Hawaii Convention Center
302B
Educational Approaches to Help Students
Connect Chemistry to World Issues of
Sustainability and Climate (#149)

Connecting Ionic Liquids to Societal Issues:
Materials, Medicines, Energy, and Water(#113)

Organized by: T. Holme, P. Mahaffy,
M. Kirchhoff, M. Chiu, R. Kelly
Presiding: M. Kirchhoff

Organized by: R. Rogers, D. MacFarlane,
R. Rogers, H. Ohno
Presiding: D. MacFarlane

8:00 Starting time adjustment
8:30 – 348. CLEAR: Collaborative learning
through environmental and aerosol research. H. Weizman*, R. Pomeroy,
K.N. Busby
8:50 – 349. Flipped classroom approach toincrease student engagement with algal
harmful metabolites separation from water. L. Azouz*, A. Zamyadi, R. Stuetz,
R.K. Henderson
9:10 – 350. Context or content? Both! (part1). C.H. Middlecamp*
9:40 Break
10:00 – 351. Context or content? Both! (part2). B.D. Fahlman
10:30 – 352. Using local environmental concerns to provide contexts to raise student
interest in General Chemistry topics.
T. Holme
10:50 – 353. Hybridization of knowledge setsin middle-school students peer-group
discourse during a scientific café ondrinking water. G.P. NICCOLAI*, C. Polo,K. Lund, C. Plantin
11:10 – 354. An international perspective on
sustainability education. G.M. Bodner

Friday Evening
Hawaii Convention Center
303A
Connecting Ionic Liquids to Societal Issues:
Materials, Medicines, Energy, and Water(#113)

Organized by: R. Rogers, D. MacFarlane,
R. Rogers, H. Ohno
Presiding: G. Gurau
19:00 – 316. Improvement of electrochemical properties of electrolyte materials byaddition of liquid zwitterions. M. Fujita*,
S. Yamaguchi, Y. Takeoka, M. Rikukawa
19:15 – 317. Fundamental characterizationof solvate ionic liquid/CO2 binary system
as electrolyte materials. K. Watanabe*,T. Makino, M.L. Thomas, Y. Kamei,
T. Mandai, M. Kanakubo, K. Dokko,
M. Watanabe
19:30 – 318. Ionic liquid/polymer composites
for low friction materials. T. Sato*,
T. Morinaga, T. Kamijo, H. Arafune,
Y. Tsujii
19:45 – 319. Diciationic imidazolium salts as
a new class of organic ionic plastic crystals (OIPCs). M. Lee*, H.W. GIbson
20:00 – 320. Task-specific ionic liquids: Using charge to your advantage for the selective extraction of rare earth elements.
N.J. Williams, C. Do-Thanh,
J. Stankovich, H. Luo, S. Dai
20:15 – 321. Efficient decomposition of perfluorinated ionic liquid anions to fluoride
ions in subcritical and supercritical water.
H. Hori*, A. Takahashi
20:30 – 322. Organometallic ionic liquids
from sandwich complexes: Liquid properties and chemical reactivities.
T. Mochida*, Y. Funasako, S. Hamada
20:45 – 323. Immobilized ionic liquid catalysts supported on solid supports for organic reactions. T. Sasaki*,E.N. Kusumawati, K. Harada, L.A. Sari,
B.M. Bhanage
Hawaii Convention CenterHalls I, II, III
Technology and Assessment Strategies for
Improving Student Learning in Chemistry(#132)

Organized by: T. Holme, P. Mahaffy,
M. Schultz

8:00 – 332. Ionic liquid composite membranes for CO2 /light gas separations.
R.D. Noble, W. McDanel, M.G. Cowan,
Z. Singh, D. Gin
8:25 – 333. Ionic liquid gas absorption - toward industrialization. R. Fehrmann*,
A. Riisager, A. Kunov-Kruse,
P. Thomassen, H. Kolding, S. Mossin
8:50 – 334. Advanced CO2 capture solventsand polymer materials from imidazoles
and imidazolium cations. J.E. Bara,
D. Wallace, J.D. Roveda, M. Mittenthal,
S. Yue9:15 INTERMISSION
9:35 – 335. Sustainable materials for energy
harvesting – how shrimp shell waste andionic liquids can make an impact on today’s society. G. Gurau*,
J.L. Shamshina, N. Abdul Faruk Khan,
S.P. Kelley, P. Berton, R.D. Rogers
10:00 – 336. Adsorbents for uranium uptake
from seawater: Toward sustainable nuclear energy. C. Tsouris*, W. Liao,
S. Das, R. Mayes, C. Janke, T. Saito,
S. Dai, L. Kuo, G. Gill
10:20 – 337. Investigation of TODGA in ionicliquid for rare earth ion separation.
H. Luo*, S. Dai, J. Stankovich
10:35 – 338. Solvation dynamics and chargetransfer in prototypical ionic liquid ⫹ conventional solvent mixtures: Experimentand simulation. B. Conway, M. Liang,
X. Zhang, M. Maroncelli*
10:55 – 339. Stability of penicillin G in ionicliquid and ionic liquid-based extraction.
Q. LIU, X. Liang, Y. Li, C. Zhang, H. Liu
11:10 – 340. Applications of switchable solvents in energy production and water purification. P.G. Jessop*, M. Cunningham

Hawaii Convention Center
303B
Advancing Sustainability: Catalyzing
Interdisciplinary Scholarship for Green
Chemistry (#383)

Organized by: R. Peoples, S. Maguire,
M. Hearn
8:00 Opening Remarks
8:05 – 355. Green chemistry as institutional
entrepreneurship. S. Maguire*, C. Hardy
8:45 – 356. Push and pull: The role of regulation in advancing green chemistry.
T. Malloy*

Hawaii Convention Center
302A
Technology and Assessment Strategies for
Improving Student Learning in Chemistry(#132)

Organized by: T. Holme, P. Mahaffy,
M. Schultz
Presiding: S. Schmid
8:00 Adjust Starting Time
8:30 – 341. Exploring how students makesense of animations in variance in connection to experimental evidence.
R.M. Kelly** Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogram

TECH–303

11 – SCTYTECHNICAL PROGRAM

9:25 – 357. Moving toward sustainablechemistry and engineering is an interdisciplinary necessity. D.C. Constable
9:45 Break
10:00 – 358. Greener solutions program: A
private/public partnership advancing thedesign of safer chemistry. M.J. Mulvihill,
M. Schwarzman
10:20 – 359. Green chemistry at McGill University: An experience of interdisciplinarity. A. Moores, S. Maguire, C. Li,
S. Ghoshal
10:40 – 360. Knowledge commons for green
chemistry. A. Kokai*, A. Iles
11:00 – 361. Fabrication of electrode materials for super-capacitor purposes prepared from graphite occurred by natural
products. M. Komatsu*, H. Okabayashi,
K. Uehara
11:20 – 362. Transparency in cleaning product formulation: What do we know about
ingredients, their hazards, and potential
for human exposure?. P. DeLeo*,
E.S. Williams, M. Ciarlo, C. Pacelli,
W. Greggs
11:40 Q&A Plus Discussion
11:55 Closing Comments

13:50 – 374. Identifying at-risk students ingeneral and organic chemistry and in different institutional settings using cluster
analysis of affective characteristics.
C. Bauer, J.Y. Chan*, A. Grushow
14:20 Break
14:40 – 375. Using assessment to drive development of transferable skills.
T. Overton*
15:10 – 376. Assessing student preparation
for general chemistry and student learning during the semester using ALEKS.
T. McGill*, D. Mulford
15:30 – 377. Assessing assessment: How instructors use and understand informationthat chemistry tests provide. T. Holme
15:50 – 378. Evidencing learning in studentgenerated representations and explanations using web 2.0 technologies as vehicles for assessment. G.A. Lawrie*

Saturday Afternoon

Organized by: S. Rasmussen,
G. Patterson, I. Rae, Y. Furukawa,T. Levere
Presiding: S. Rasmussen

Hawaii Convention Center
303A
Connecting Ionic Liquids to Societal Issues:
Materials, Medicines, Energy, and Water(#113)

Organized by: R. Rogers, D. MacFarlane,
R. Rogers, H. Ohno
Presiding: H. Ohno
13:00 – 363. Utilizing natural fiber welding
for the fabrication of renewable biocomposite materials. H. DeLong, E. Fox,
D. Durkin, R. Russel, M. Brusoski,
T. Price, E. Brown, P. Trulove
13:25 – 364. Catalytic oxidation of lignin inionic liquids: Is lignin a future alternative
source for green chemicals?.
R.D. Singer*, B. Hurisso
13:50 – 365. Development of phosphonate
type ionic liquids having functionalgroups for biomass processing.
Y. Fukaya, R. Asai, T. Itoh*
14:05 – 366. Interfacial strategies for controlling nanoscale growth using ionic liquids.
G.A. Baker*
14:30 – 367. Functional ion gels.
T.P. Lodge*
14:55 Intermission
15:25 – 368. Transdermal delivery andpathogen neutralization with ionic liquids.
R. Del Sesto*, A. Koppisch, D.T. Fox,
A. Newsham, M. Jones, T. Kern,
M. Zakrewsky, S. Mitragotri
15:50 – 369. Aqueous biphasic systems
composed of ionic liquids: Remarkablepurification platforms for biopharmaceuticals. M.G. Freire*
16:15 – 370. Control of temperature-driven
phase change of ionic liquid/water mixtures. H. Ohno*
16:30 – 371. Reversible aqueous biphasic
systems of polymers and ethanolaminebased ionic liquids. M.G. Freire,
J. Coutinho , A. Ferreira*
Hawaii Convention Center
302B
Technology and Assessment Strategies for
Improving Student Learning in Chemistry(#132)

Organized by: T. Holme, P. Mahaffy,
M. Schultz
Presiding: S. Boniface
13:00 – 372. Measuring meaningful learningin the undergraduate chemistry laboratory. S. Bretz*, K.R. Galloway
13:30 – 373. Development of chemistry instructional videos to improve first year
students learning. S. Lavieri*, J.P. Canal

Hawaii Convention Center
302A
Historical Evolution of the Chemical
Community in the Countries of the Pacific
Rim (#198)

13:00 Introductory Remarks
13:05 – 379. Impact of the 1862 Morrill Land
Grant College Act on chemistry educationin the United States. R.A. Egolf*
13:40 – 380. International relations of theJapanese chemical community.
Y. Kikuchi*
14:15 – 381. Out with the old, in with thenew: Australian chemists and the UnitedStates of America. I.D. Rae*
14:50 Break
15:00 – 382. Two centuries of chemistry In
Canada. T. Tidwell*
15:35 – 383. How the German PhD modelcrossed the Atlantic: Professionalizationof American chemistry. N. Heindel*,J. Sturchio
16:10 – 384. Transformation of organic
chemistry in Japan: From Majima Riko to
the third international symposium on thechemistry of natural products. M. Kaji*
Hawaii Convention Center
303B
Advancing Sustainability: Catalyzing
Interdisciplinary Scholarship for Green
Chemistry (#383)

Organized by: R. Peoples, S. Maguire,
M. Hearn
13:00 Opening Comments
13:05 – 385. Green chemistry and advanced
materials from renewable polymers: Education, research, and entrepreneurship tomotivate the next generation of scientists.
R.D. Rogers*
13:45 Break
14:00 – 386. Technology-driven field convergence in the field of bioplastic. I. Milne
14:40 – 387. Role of psychology in combating stress through green chemistry in theundergraduate chemistry laboratory.
V. Tucker*, I. Sidhwani, S. Chowdhary,N. Udgirkar
15:00 – 388. Partnerships as a vehicle forsystem change in the chemical industry.
H. Lin*, l. stadtler , N. Antadze
15:20 Q&A and Discussion
15:50 Closing Comments

Sunday Morning
Hawaii Convention Center
303A
Connecting Ionic Liquids to Societal Issues:
Materials, Medicines, Energy, and Water(#113)

Organized by: R. Rogers, D. MacFarlane,
R. Rogers, H. Ohno
Presiding: R.D. Singer

304 –TECH

8:00 – 389. Transport properties of aprotic
heterocyclic anion (AHA) ionic liquids forelectrochemical applications.
J.F. Brennecke*, L. Sun
8:25 – 390. 3D nanostructure of the EmIMTFSI – graphite interface as a function ofpotential and added electrolyte.
A. Elbourne, S. McDonald,
K. Voitchovsky, G. Warr, R. Atkin*
8:50 – 391. Using MD simulation and different aggregation analysis tools to probe
the distinctive interactions and structuresof ionic liquids and their mixtures.
J. Canongia Lopes*, K. Shimizu,
C. Bernardes
9:15 – 392. Structure and transport in ionicliquids, mixtures, and at interfaces.
E.W. Castner*
9:40 – 393. Solute dynamics, how does it relate to ionic-liquid structure?.
J.C. Araque, S.K. Yadav, M. Shadeck,M. Maroncelli, C.J. Margulis*
10:05 INTERMISSION
10:35 – 394. ILThermo version 2.0: Archival
storage and retrieval of thermophysicalproperties for ionic liquids. J.W. Magee*,A. Kazakov, R. Chirico, V. Diky, C. Muzny,
K. Kroenlein, M. Frenkel
11:00 – 395. Designing surfactants fit for
purpose in ionic liquid systems. G. Warr*,
R. Atkin, H. JIang, M. Araos, A. Dolan,
T. Murphy, S. Imberti
11:15 – 396. Application of impedance spectroscopy as a tool to identify critical temperature in thermoresponsive materials.
R. Vedarajan*, K. Jain, S. Gupta,
M. Watanabe, M. Ishikiriyama,
N. Matsumi
11:30 – 397. Solubility of H2S and SO2 inionic liquids: Correlation and thermodynamic consistency of data.
J.O. Valderrama*
11:45 – 398. Ionic transport property in thebinary systems consisting of glyme-lithium salt solvate ionic liquids and polymers. Y. Kitazawa, R. Kido, K. Iwata,
K. Ueno, K. Dokko, M. Watanabe*

Hawaii Convention Center
302A
Historical Evolution of the Chemical
Community in the Countries of the Pacific
Rim (#198)

Organized by: S. Rasmussen,
G. Patterson, I. Rae, Y. Furukawa,T. Levere
Presiding: S. Rasmussen
8:00 – 406. History of the modern chemistry
doctoral program in mainland China.
V.V. Mainz
8:35 – 407. Vehicles for discussion and publication of chemistry in 19th century Australia. A.T. Baker*
9:10 – 408. History of the Korean Chemical
Society. G. Patterson
9:45 – 409. Gen-itsu Kita and the Kyoto
School’s formation. Y. Furukawa*

Hawaii Convention Center
302B
Educational Approaches to Help Students
Connect Chemistry to World Issues of
Sustainability and Climate (#149)

Organized by: T. Holme, P. Mahaffy,
M. Kirchhoff, M. Chiu, R. Kelly
Presiding: T. Holme
8:00 Adjust start time
9:00 – 399. Environmental success stories:
Major pollution problems that we have
solved and how our past successes empower us for the future. F.M. Dunnivant*
9:20 – 400. Guided inquiry learning materials
on sustainability for two chemistrycourses. K.B. Aubrecht*, J.P. Hoffmann,
A.K. Cassidy, H.J. Quigley
9:40 – 401. Bringing real-world issues ofsustainability to premedical organic
chemistry. J. Tripp*10:00 Break
10:00 – 402. Energy and climate change presentation in undergraduate introductory
chemistry textbooks. R. Yoho,
B. Vanmali
10:20 – 403. Taking the passenger seat: Student-driven discourse and argumentationin the chemistry classroom. D. Ragland*
10:40 – 404. Sustainability, creativity, andchemical education in a research-based
environment. J.L. Blatti*
11:00 – 405. Can general chemistry education contribute meaningfully to global
sustainability literacy? An exemplar using
climate science as a rich context.
P. Mahaffy*, M. Towns, m. kirchhoff,b. martin, l. Mckenzie, T. Holme* Principle Author

Photographing of presentations
and/or taping of talks is
prohibited unless permission is
obtained from the symposia
organizers and individual
presenters. Final Pacifichem
2015 program online at:
http://pacifichem.org/
onlineprogramNAME INDEX

Presenters
Abatzoglou, N.
Abbey, E.R.
Abbott, N.
Abd El-Mageed, A.I.
Abd-El-Aziz, A.S.
Abd-El-Aziz, A.S.
Abdel-Maksoud, M.S.
Abdul Rahim, N.
Abdul, S.
Abe, H.
Abe, H.
Abe, H.
Abe, H.
Abe, H.
Abe, H.
Abe, H.
Abe, I.
Abe, I.
Abe, K.
Abe, K.
Abe, K.
Abe, M.
Abe, M.
Abe, M.
Abe, M.
Abe, M.
Abe, M.
Abe, N.
Abe, N.
Abe, R.
Abe, S.
Abe, T.
Abe, T.
Abe, T.
Abe, Y.
Abebe, D.G.
Abebe, D.G.
Abelha, T.F.
Abergel, R.J.
Abo, N.
Abogado, R.
Abplanalp, M.J.
Abraham, A.
Abraham, M.
Abrahams, B.F.
Abrahams, B.F.
Abramov, P.A.
Abramov, V.O.
Abrell, L.
Abt, D.
Abulnaja, K.O.
Abu-Omar, M.M.
Abu-Omar, M.M.
Aburaya, S.
Ackerley, D.
Adachi, K.
Adachi, K.
Adachi, M.
Adachi, N.
Adachi, R.
Adachi, S.
Adachi, Y.
Adam, M.J.
adamo, a.
Adeli, B.
Adewuyi, Y.G.
Adisoejoso, J.
Adnan, N.
Adonin, S.A.
Adpakpang, K.
Adpressa, D.
Adschiri, T.
Advincula, A.

U Sherbrooke
Eastern Washington U
U Wisconsin-Madison
Osaka UU Prince Edward Island
U Prince Edward Island
KIST
NAIST Japan
Nanyang Tech U
RIKEN CSRSNIMSInst Microbial Chem (BIKAKEN)
National Defense Academy
Nagoya U
Central Pharm Res Inst
Inst Mtls Res & Eng, KEK
U TokyoTokyo U Sci
Kanazawa U
Kyoto U
U Washington
Kyushu Inst of Tech
Hiroshima U
U HyogoKeio U
Shanghai Inst Tech
Tokyo Metropolitan U
Okayama U
Tokyo U Sci
Fukushima Uetsity
Iiigata U
Hokkaido U
Kanagawa U
Osaka UNat Inst Health Sci
U Memphis
U Memphis
King’s College london
Lawrence Berkeley Nat Lab
Hokkaido U
U Philippines, Los Banos
U Hawaii at Manoa
U.S. FDA
Youngstown State U
U Melbourne
U Melbourne
Nikolaev Inst Inor Chem SB RAS
Russian Academy of Scis
U ArizonaKarlsruhe Inst Tech (KIT)King Abdulaziz U
Purdue U
Purdue U
Kyoto U
Victoria U, Wellington
Keio U
Meteorological Res Inst
Inagawa Inst Tech
Toho UNat Inst Health Sci
Inst Mtls Res & Eng, KEK
Hiroshima U
TRIUMF/UBC
Zaiput Flow Technologies
U British Columbia
North Carolina A&T State U
KU Leuven
Tokyo Inst of Tech
Nikolaev Inst Inor Chem SB RAS
Ewha Womans U
Oregon State U
Tohoku U
Case Western Reserve U

ENRG
ORGN
MTLS
MTLS
INOR
MACR
HLTH
MACR
INOR
MACR
MTLS
ORGN
SCTY
BIOL
ORGN
PHYS
BIOL
MACR
ORGN
ENVR
ANYL
ENRG
ORGN
INOR
ANYL
ANYL
PHYS
HLTH
INOR
INOR
MTLS
ORGN
ORGN
INOR
ANYL
HLTH
MACR
MTLS
INOR
HLTH
ENVR
ANYL
ANYL
ENVR
INOR
INOR
ENRG
MTLS
ENVR
MTLS
ENVR
MACR
ENRG
ENRG
BIOL
ORGN
PHYS
ANYL
HLTH
ANYL
PHYS
MACR
HLTH
ORGN
ENRG
ENRG
MTLS
MTLS
MTLS
MTLS
ORGN
MTLS
HLTH

18
801
252
797
1389
787
387
983
1858
770
2257
1977
203
774
2337
376
1181
755
384
436
1232
795
572
221
268
386
323
517
693
585
1123
495
1978
425
339
310
624
551
1506
30
152
921
1097
17
83
331
643
1718
468
2603
884
394
294
980
463
959
1153
542
223
1250
1772
720
76
583
827
81
2835
1971
2768
1327
1979
128
322

Advincula, P.
Advincula, R.
Advincula, R.
Advincula, R.
Afewerki, S.
Affronte, M.
Affronte, M.
Affronte, M.
Aga, D.S.
Agano, S.
Agarwal, A.A.
Agarwal, J.
Agarwal, R.
Agarwal, U.
Agarwal, V.
Agatemor, C.
Ager, D.
Aghajamali, M.
Agnes, G.
Ago, H.
Aguado, A.
Aguiar, J.A.
Aguilar, J.C.
Ah, C.
Ahlsten, N.
Ahmad, I.
Ahmadi, S.
Ahmadi, S.
Ahmadi, S.
Ahn, C.
Ahn, D.
Ahn, D.
Ahn, H.
Ahn, H.
Ahn, J.
Ahn, J.
Ahn, J.
Ahn, K.
Ahn, M.
Ahn, S.
Ahn, W.
Ahn, W.S.
Ahn, Y.
Ahn, Y.
Ahring, B.K.
Ahring, B.K.
Ai, H.
Ai, P.
Aida, M.
Aida, M.
Aida, M.
Aida, T.
Aida, T.
Aihara, T.
Aihara, Y.
Aihara, Y.
Aihara, Y.
Aikawa, H.
Aikawa, M.
Aikawa, T.
Aiko, F.
Aimi, J.
Aimono, A.
Aiona, P.K.
Aisawa, S.
Aizawa, M.
Aizawa, M.
Aizawa, Y.
Aizenberg, J.
Aizenberg, J.
Aizenberg, J.
Aizenberg, M.
Aizpurua, J.

Case Western Reserve U
Case Western Reserve U
Case Western Reserve U
Case Western Reserve U
Mid Sweden U
U Modena & Reggio Emilia
U Modena & Reggio Emilia
U Modena & Reggio Emilia
U At Buffalo
Tokyo Inst of Tech
York U
Panjab U
U Pennsylvania
USDA FS, FPL
UC San Diego
U Prince Edward Island
DSM
U Alberta
Simon Fraser U
Kyushu U
U Valladolid
Nat Renewable Energy Lab
Facultad de Quı́mica, UNAMElectronics & Telecom Res InstU Manchester
American U Ras Al Khaimah
U Toronto
U Toronto
U Toronto
Seoul National U
KIST
Korea U
Hanyang U
Sunchon National U
POSTECH
Gyeongsang National U
POSTECHUC Santa Barbara
Yonsei U
KIST
Catholic U Korea
Int St. Mary’s Hosp, Kwandong U
Seoul National U
Kyung Hee U
Washington State U
Washington State U
UC Riverside
U Toyama
Tokyo Inst of Tech
Hiroshima U
Hiroshima U
U Tokyo
U Tokyo
U Tsukuba
Osaka UU Tsukuba
Yokohama City U
Osaka U
Shizuoka U
Tokyo U Sci
Nagoya UNIMS
U Toyama
UC Irvine
Iwate U
Meiji UTokyo Inst of Tech
Hosei UHarvard U
Harvard U
Harvard U
Harvard U
Spanish Council Sci Res, CSIC

MACR
HLTH
MACR
MACR
ENVR
PHYS
MTLS
MTLS
ENVR
ORGN
ANYL
ORGN
MTLS
ENVR
ENVR
MACR
ORGN
MTLS
ANYL
MTLS
PHYS
MTLS
ANYL
MTLS
ORGN
ENRG
ORGN
ENVR
BIOL
MTLS
BIOL
MTLS
MACR
ORGN
ENVR
MTLS
MACR
MTLS
MTLS
MACR
HLTH
HLTH
ENRG
MTLS
BIOL
ENRG
BIOL
ENRG
ANYL
SCTY
ORGN
MACR
MACR
HLTH
ORGN
ORGN
INOR
ORGN
MTLS
MTLS
ORGN
MACR
ORGN
PHYS
MTLS
MTLS
MTLS
HLTH
MACR
PHYS
MTLS
MACR
PHYS

529
271
285
1511
581
232
44
516
419
990
247
2123
1161
520
422
361
585
544
577
2503
193
1283
1011
2330
1187
248
1980
162
1351
86
1332
1554
407
2632
767
811
442
2089
774
1590
174
17
833
976
464
76
66
72
396
141
140
120
345
172
2702
1981
1066
831
1634
2177
2163
405
1058
1030
2342
1770
2723
441
1143
1782
2242
1366
111

PRESENTERS–305

NAME INDEX
Aizpurua, J.
Ajiri, T.
Ajiro, H.
Ajiro, H.
Ajji, A.
Akaba, R.
Akabori, H.
Akagawa, K.
Akagi, H.
Akagi, K.
Akagi, S.
Akagi, Y.
Akai, S.
Akai, Y.
Akai-Kasaya, M.
Akama, Y.
Akamatsu, D.
Akamatsu, N.
Akasaka, N.
Akase, D.
Akashi, H.
Akashi, H.
Akashi, R.
AKAURA, S.
Akazaki, C.
Akazawa, K.
Akazawa, K.
Akbar, A.Y.
Akebi, R.
Akgun, B.
Akiba, E.
Akiba, I.
Akimaru, M.
AKIMOTO, A.
Akimoto, M.
Akimoto, S.
Akimov, A.
Akimov, A.
Akine, S.
Akinoglu, E.M.
Akita, M.
Akita, M.
Akita, T.
Akiyama, A.
Akiyama, H.
Akiyama, M.
Akiyama, M.
Akiyama, N.
Akiyama, S.
Akiyama, T.
Akiyama, T.
Akiyama, Y.
Akiyoshi, K.
Akizuki, M.
Akutagawa, T.
Akutsu, H.
Akutsu, K.
Al-Abadleh, H.A.
Al-Abed, S.
Al-Abed, S.
Al-Abed, S.
Alabi, C.A.
Alabugin, I.
Alabugin, I.
Alabugin, I.
Alam, R.
Alam, R.
Alam, T.M.
Alam, T.M.
Al-Ameer, M.H.
Alamo, R.G.
Alavi, A.
Al-Babili, S.
Albanese, K.
Albizati, K.
Albrecht, K.
Albrecht, K.
Albrecht, M.
Albrecht, M.
Albrecht-Schmitt, T.E.

306 –PRESENTERS

Spanish Council Sci Res, CSIC
Hokkaido U
NAIST
NAIST
Ecole Polytechnique de Montreal
Nagasaki U
Tokyo U Sci
IIS, U of TokyoJapan Atomic Energy Agency
Kyoto U
Hokkaido U
U Tokyo
Osaka U
Kyoto U
Osaka U
Gakushuin U
Kobe UTokyo Inst of Tech
Tohoku U
Hiroshima U
Okayama U Sci
Okayama U Sci
Tokai UTokyo U Sci
Kumamoto U
Osaka UTokyo U of Sci
Osaka U
Sophia U
U Alberta
Kyushu U
U Kitakyushu
Keio UTOYO U
Mcmaster U
Tokyo Polytechnic U
U Southern California
U Southern California
Kanazawa U
Freie U Berlin
Josai UTokyo Inst of Tech
Osaka UTokyo Inst of Thechnology
Nat Inst Health Sci
U Tokyo
Chuo U
Utsunomiya U
Nagoya U, Med
Gakushuin U
Gakushuin U
RIKEN
Kyoto UU TokyoTohoku U
Osaka U
Comprehensive Res Org Sci & Soc
Wilfrid Laurier U
Environmental Protection Agency
Environmental Protection Agency
Environmental Protection Agency
Cornell
Florida State U
Florida State U
Florida State U
Stockholm U
Stockholm U
Sandia National Laboratories
Sandia National Laboratories
U Arkansas
FAMU-FSU College of Engineering
Max Planck, Solid State Res
KAUSTThe Ohio State U
UC San Diego
Tokyo Inst of Tech
Tokyo Inst of TechRWTH Aachen
U BernFlorida State U

PHYS
ANYL
MACR
MACR
MTLS
ORGN
ENVR
ORGN
INOR
PHYS
INOR
MACR
ORGN
ORGN
MTLS
INOR
ANYL
MTLS
ORGN
PHYS
INOR
INOR
BIOL
ORGN
ORGN
HLTH
MTLS
MTLS
ORGN
BIOL
ENRG
MTLS
ANYL
SCTY
BIOL
MTLS
PHYS
PHYS
INOR
MTLS
ORGN
ORGN
MTLS
ANYL
ANYL
INOR
MTLS
BIOL
BIOL
ORGN
ORGN
MTLS
MTLS
MTLS
MTLS
BIOL
INOR
PHYS
ENVR
ENVR
ENVR
MACR
ORGN
ORGN
PHYS
ORGN
ORGN
MACR
MTLS
BIOL
MACR
PHYS
ENVR
ENVR
SCTY
MTLS
MTLS
ORGN
INOR
INOR

1653
786
93
1532
2849
1430
297
2250
450
1016
1053
569
1823
1337
245
1888
567
982
1508
993
134
270
994
1094
1884
658
2604
1067
2269
647
430
533
193
118
927
1306
1225
1242
339
316
463
1355
2530
788
1126
1044
1846
704
1074
1443
2442
2511
479
311
2495
370
906
1616
63
176
665
813
228
255
70
815
1667
988
2201
1011
1321
1399
128
42
247
1064
1537
2683
842
1503

Albright, V.C.
Albuquerque, G.
Alcock, L.J.
Aldalbahi, A.
Alderman, N.
Aldhayan, D.M.
Aldrich-Wright, J.
Alexander, J.
Alexander, S.C.
Alexandratos, S.D.
Alexandre, L.
Alexandridis, P.
Alexandrov, K.A.
Alexandrova, A.
Alexeev, Y.
Alexiev, U.
Alfe‘, D.
Alharbe, L.
Al-Hashimi, H.
Al-Hashimi, M.
Al-Hashimi, M.
Ali, M.
Ali, M.F.
Alia, S.M.
Alizadeh-Birjandi, E.
Alkan, A.
Al-Kinany, M.C.
Alladin-Mustan, B.
Allard, S.
Allbritton, N.
Allbritton, N.
Allen, J.G.
Allen, J.S.
Allen, L.K.
Allen, M.J.
Allen, T.W.
Allendorf, M.D.
Allodi, M.A.
al-lohedan, h.a.
al-lohedan, h.a.
Al-Malaika, S.
Almarwani, B.
Almas, Q.
Almegren, H.A.
Almirall, J.
Almutairi, A.
Al-Naamani, E.
alotaibi, M.H.
ALOWAIS, A.
Alrub, A.M.
Alsbaiee, A.
Alshammari, A.T.
Alshehri, S.M.
Altug, H.
Aluko, R.
Alvey, J.
Al-Zoubi, R.M.
Amador, R.B.
Amagasa, S.
Amano, H.
Amano, T.
Amano, Y.
Amano, Y.
Amao, Y.
Amaro, R.
Amassian, A.
Amaya, T.
Ambrose, K.
Ambushe, A.A.
Ameloot, R.
Amemiya, H.
Amemiya, T.
Amemori, S.
Ametamey, S.M.
Amii, H.
Amii, H.
Amine, K.
Amino, G.
Amirfazli, A.
Amonpattaratkit, P.

Iowa State U
Oregon State U
U Wollongong
King Saud U
U Ottawa
King Saud U
U Western Sydney
Flathead Valley Comm College
UC San Diego
Hunter College
Saitama U
U Buffalo, SUNYU Quenesland
UC Los Angeles
Argonne National Laboratory
Freie U Berlin
UCL
U Sheffield
Duke U
Texas A&M U at Qatar
Texas A&M U at Qatar
JAIST, Japan
Xavier U Louisiana
Nat Renewable Energy Lab
UCLA
Max Planck, Solid State Res
King Abdulaziz City Sci TechU Alberta
Curtin Water Qual Res Cntr
UNC and NC State
UNC and NC State
Amgen, IncU Hawaii-Manoa
U Cambridge
Wayne State U
RMIT U
Sandia National Laboratories
Caltechking saud U
king saud U
Aston U
Tennessee State U
U Prince Edward Island
King Abdulaziz City Sci Tech
Florida Int U
UC San Diego
Osaka UKing Abdulaziz City Sci Tech
KING SAUD U
Alhussein Bin Talal U
Cornell U
Tennessee State U
King Saud U
EPFL- Ecole Polytech Fed Lausanne
U Manitoba
U Alaska Anchorage
Jordan U Sci Tech
Cal State, Los Angeles
Tokyo U of Sci.
U Toyama
Tottori U
Meiji-U
Osaka U
Osaka City U
UC San Diego
KAUST
Osaka U
Memorial U Newfoundland
U Limpopo
KU Leuven
U Yamanashi
Yokohama National U
Kyushu U
Center Radiopharm Sci
Gunma U
Gunma U
Argonne National Laboratory
U TokyoYork U
Chiang Mai U

ANYL
INOR
PHYS
ORGN
INOR
MACR
INOR
SCTY
BIOL
INOR
MTLS
ENRG
ORGN
PHYS
ANYL
BIOL
PHYS
MACR
BIOL
MACR
MTLS
MACR
ANYL
ENRG
PHYS
MACR
ORGN
BIOL
ENVR
ANYL
BIOL
BIOL
PHYS
ENRG
HLTH
PHYS
MTLS
PHYS
MACR
MTLS
MACR
BIOL
PHYS
ORGN
ANYL
MACR
MACR
ORGN
PHYS
PHYS
MTLS
BIOL
MTLS
PHYS
ENVR
ENVR
ORGN
MTLS
INOR
ORGN
MACR
MACR
MTLS
INOR
HLTH
MTLS
ORGN
INOR
ANYL
MTLS
MACR
PHYS
PHYS
HLTH
ORGN
ORGN
INOR
ENVR
PHYS
MTLS

34
1867
693
702
522
325
943
65
656
1161
2483
28
2357
59
433
1131
1627
1002
758
152
484
95
304
509
851
693
2633
683
314
185
786
394
1467
738
616
1438
273
210
888
2039
762
1010
1331
2634
1248
354
528
388
1306
1337
467
1012
860
672
291
270
511
586
419
2207
1254
628
693
1241
576
529
2216
1611
496
278
613
759
228
640
110
1473
1553
224
843
1879

Amornwachirabodee, K.
Amoroso, D.
Amoureux, j.
An, J.
An, L.
An, T.
Anahara, K.
Ananta, A.N.
Ananth, N.
Anariba, F.
Anders, E.P.
Andersen, R.
Anderson, A.
Anderson, D.P.
Anderson, D.T.
Anderson, J.B.
Anderson, M.W.
Anderson, N.C.
Anderson, S.L.
Andersson, J.D.
Andersson, J.T.
Ando, A.
Ando, A.
Ando, A.
Ando, H.
Ando, H.
Ando, J.
Ando, K.
Ando, K.
Ando, K.
Ando, K.
Ando, K.
Ando, M.
Ando, M.
Ando, T.
Ando, T.
Ando, T.
Ando, Y.
Andrade, X.
Andraschek, N.
Andreana, P.R.
Andreescu, S.
Andreescu, S.
Andreeva, D.V.
Andreoiu, C.
Andrew, R.E.
Andrews, P.
Andrews, P.
Andrews, T.
Andriana, B.B.
Andriana, B.B.
Anfinrud, P.
Ang, C.
Ang, D.L.
Ang, D.L.
Ang, D.L.
Angela, S.
Angeles-Dunham, V.V.
Angelopoulos, A.P.
Anggara, K.
Angolini, C.F.
Anker, M.D.
Ankley, G.
Anklin, C.
Ann, j.
Annibale, V.
Annno, M.
Ano, T.
Anraku, Y.
Anslyn, E.V.
Anslyn, E.V.
Anthony, J.
Anthony, J.
Antilla, J.
Antipov, E.

JAIST
Cytec Canada Inc
Lille U & ECNU Shanghai
U Ulsan
Kobe U
Guangzhou Inst of Geochem
Gakushuin U
Chiang Mai U
Cornell U
Singapore U Tech & Design
Florida Food Products
U British Columbia
Case Western Reserve U
Chalmer U Tech
U Wyoming
Pennsylvania State U
U Manchester
Nat Renewable Energy Lab
U UtahU Alberta
U Muenster
Ritsumeikan U
Kobe UAIST and Tech
Kyushu U
Gifu U
Osaka U
Tokai U
Gifu U
Gifu U
Kobe U
Kyushu U
National Inst of AISTERATO Bio-nano-transporter Project
Tokyo U Agri & TechU Tokyo
NAIST
Nagoya U
Lawrence Livermore Nat Lab
PCCL: Polymer Comp Cntr Leoben
U Toledo
Clarkson U
Clarkson U
U Bayreuth
Simon Fraser U
U Warwick
Monash U
Monash U
U Sheffield
Kwansei Gakuin U
Kwansei Gakuin U
NIH
Nanyang Tech U
U Western Sydney
U Western Sydney
U Western Sydney
U New South WalesThe Ohio State U
U Cincinnati
U Toronto
Chemistry Inst - UNICAMPU BathUS EPA
Bruker Biospin
Seoul National U
U British Columbia
Yamaguchi U, Eng
Tokyo Inst of TechU TokyoU TexasU Texas at Austin
U Kentucky
U Kentucky
U South Florida
Lomonosov Moscow State U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MACR
INOR
BIOL
ANYL
PHYS
ENVR
PHYS
MTLS
PHYS
MACR
ENVR
BIOL
PHYS
ENRG
PHYS
PHYS
ENVR
ENRG
PHYS
INOR
ANYL
MACR
ORGN
MTLS
ANYL
BIOL
ANYL
MTLS
ORGN
ORGN
MTLS
PHYS
MTLS
MTLS
ENVR
PHYS
MACR
ORGN
PHYS
MTLS
BIOL
ANYL
ENVR
MTLS
PHYS
INOR
INOR
INOR
INOR
ANYL
HLTH
PHYS
MACR
ANYL
HLTH
HLTH
ANYL
ORGN
MTLS
MTLS
ANYL
INOR
ENVR
HLTH
HLTH
INOR
MACR
MTLS
MTLS
ORGN
ORGN
ORGN
ORGN
ORGN
INOR

620
2025
56
1016
640
792
81
2720
1707
1674
781
265
1675
70
922
1158
445
552
475
770
129
1433
428
1317
968
1254
983
1457
2152
2435
1433
587
1696
669
585
261
358
2252
1661
2605
381
1235
13
176
1235
1630
1153
2040
1055
976
57
44
1582
739
365
366
313
257
1144
1996
759
1623
146
209
386
1646
315
1365
651
243
273
1367
1737
1679
1554

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Antonietti, M.
Antonietti, M.
Antonio, M.R.
Antonio, T.
Anukam, A.I.
Anwander, R.
Anwander, R.
Anzenbacher, P.
Aoki, A.
Aoki, D.
Aoki, D.
Aoki, F.
Aoki, H.
Aoki, H.
Aoki, H.
Aoki, K.
Aoki, K.J.
Aoki, M.
Aoki, M.
Aoki, N.
Aoki, N.
Aoki, S.
Aoki, S.
Aoki, W.
Aoki, Y.
Aoki, Y.
Aoki, Y.
Aomatsu, M.
Aono, S.
Aono, S.
Aoshima, S.
Aota, H.
Aota, Y.
Aoyama, M.
Aoyama, Y.
Aoyanagi, Y.
Aparicio, P.A.
Apeloig, Y.
Apkarian, V.A.
Apkarian, V.A.
Appel, A.M.
Appel, M.J.
Aprahamian, A.
Aprahamian, I.
Aprahamian, I.
Arafune, H.
Arai, D.
Arai, H.
Arai, H.
ARAI, H.
Arai, K.
Arai, K.
Arai, K.
Arai, M.
Arai, M.A.
Arai, N.
Arai, S.
Arai, S.
Arai, T.
Arai, T.
Arai, T.
Arai, Y.
Arai, Y.
Araie, H.
Arakaki, A.
Arakaki, A.
Arakawa, M.
Arakawa, T.
Arakawa, Y.
Arakawa, Y.
Araki, J.
Araki, K.
Araki, N.
Araki, Y.
Arano, Y.

Max Planck, Colloids & Interfaces
Max Planck, Colloids & Interfaces
Argonne National Laboratory
Hosei UU Fort HareU Tübingen
U Tübingen
Bowling Green State U
Tokyo U Marine Sci Tech
Tokyo Inst of Tech
Tokyo Inst of Tech
Kyushu Inst of Tech
National Inst of AIST
National Inst of AIST
Kyoto U
Kyushu U
Electrochemistry Museum
Meiji U
Kyushu U
Ochanomizu U
Ochanomizu U
Tokoyo U Sci
Tokoyo U Sci
Osaka U
Kougakuin U
Kyoto UTokyo Inst of Tech
Kumamoto U
Inst for Molecular Sci
Inst for Molecular Sci
Osaka U
Kansai U
Kyoto U
Fukushima U
Kyoto U
Kanagawa U
U Rovira i Virgili
Tech U Dortmund
UCI
UCI
PNNL
UC Berkeley
U Notre Dame
Dartmouth College
Dartmouth College
NIT, Tsuruoka Col
Waseda U
Kitami Inst of Tech
Aoyama Gakuin U
Kanagawa U
Gunma Nat Col Tech
Nihon Pharmaceutical U
Tokai U
Osaka U
Chiba U
Kinki U
Waseda Biosci Res Inst, Singapore
Tokyo Metropolitan U
Chiba U
Chiba UU Tsukuba
Keio U
Osaka U, Eng Sci
U Tsukuba
Div Biotech & Life Sci
Kobe Women‘s U
Kyushu U
Tokyo U, Med & Dental
Tokushima U
Tokushima U
Shinshu U
Osaka UTokyo U Agri & Tech
Kobe U
Chiba U, Pharm Sci

MTLS
MTLS
INOR
ENVR
ENRG
INOR
INOR
ORGN
ANYL
MACR
MACR
ENRG
ANYL
ANYL
MACR
ANYL
ANYL
PHYS
MACR
MTLS
ENRG
ORGN
MTLS
BIOL
MACR
ORGN
MTLS
MTLS
BIOL
BIOL
MACR
MACR
ORGN
ENVR
INOR
ANYL
MTLS
PHYS
PHYS
PHYS
INOR
BIOL
PHYS
MACR
ORGN
MACR
BIOL
HLTH
MTLS
MTLS
ENRG
ANYL
BIOL
ORGN
ORGN
MACR
ANYL
ANYL
ORGN
ORGN
ORGN
ORGN
MTLS
ENRG
MACR
HLTH
PHYS
ANYL
ORGN
ORGN
ENVR
MTLS
INOR
ENVR
HLTH

323
1133
795
655
302
322
1194
2685
565
657
1220
798
303
687
820
404
521
1335
911
1077
662
2467
2019
1075
918
2496
2522
461
1345
1410
32
536
2204
155
1868
363
2770
199
774
951
308
776
810
1669
2366
367
753
545
1532
1635
199
337
1426
1221
1239
112
1221
738
348
2276
600
1229
1531
1001
1660
435
606
299
8
2232
811
1076
641
442
136

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–307

NAME INDEX
Aratake, S.
Aratsu, K.
Aratsu, K.
Arazoe, H.
Arcibar Orozco, J.
Ardo, S.
Ardo, S.
Arefyeva, N.
Arella, M.
Arenas, R.
Arevalo, B.a.
Arévalo-Ferro, C.
Arewgoda, C.M.
Arguello, J.M.
Argyropoulos, D.
Arico, A.A.
Ariga, H.
Ariga, K.
Arikawa, Y.
Arima, J.
Arimori, S.
Arimoto, H.
Arimura, R.
Arimura, S.
Arisawa, M.
Arismendi Arrieta, D.J.
Arismendi Arrieta, D.J.
Arismendi Arrieta, D.J.
ARITA, T.
Ariyoshi, J.
Ariyoshi, J.
Armentrout, P.B.
Armentrout, P.B.
Armentrout, P.B.
Armes, S.P.
Armes, S.P.
Armes, S.P.
Armitage, B.
Armitage, B.
Armstrong, D.W.
Armstrong, D.W.
Armstrong, D.W.
Armstrong, G.
Armstrong, M.
Arndtsen, B.
Arnet, N.A.
Arnold, F.H.
Arnold, F.H.
Arnold, J.
Arnold, J.
Arnold, J.
Arnold, M.S.
Arnold, M.S.
Arnold, P.L.
Arnold, P.L.
Arnold, P.L.
Arora, P.
Arrowsmith, C.
Arslan, I.
Artaxo, P.
Artero, V.
Artero, V.
Artyushkova, K.
Artyushkova, K.
Asahi, R.
Asahi, T.
ASAHI, T.
Asai, A.
Asai, K.
Asai, M.
Asai, M.
Asai, S.
Asai, Y.
Asakawa, H.
Asakawa, N.
Asako, S.
Asakura, K.
Asakura, K.
Asakura, Y.
Asami, H.

308 –PRESENTERS

Okinawa Inst Sci Tech
Chiba U
Chiba UU TokyoCity College of New YorkU California Irvine
U California Irvine
U Cologne
Matripharm International Inc
Cal State, Los Angeles
U de talca
U Nac Columbia
U Auckland
Worcester Polytechnic InstNorth Carolina State U
Florida State U
Hokkaido U
NIMS
Nagasaki U
Tottori U
Nagoya Inst of Tech
Tohoku U
Kobe U
Kyoto U
Tohoku U
IFF-CSIC
IFF-CSIC
IFF-CSIC
Tohoku U
Kyoto U
Kyoto Inst of Tech
U UtahU UtahU UtahU Sheffield
U Sheffield
U Sheffield
Carnegie Mellon U
Carnegie Mellon U
U Texas, Arlington
U Texas, Arlington
U Texas, Arlington
Nature Chemistry
Birch Stewart Kolasch & Birch, LLP
McGill U
Yale U
CaltechCaltechLawrence Berkeley Nat Lab
UC Berkeley
UC Berkeley
U Wisconsin-Madison
U Wisconsin-Madison
U Edinburgh
U Edinburgh
U Edinburgh
New York U
U Toronto
PNNL
U Sao PauloU Grenoble Alpes
U Grenoble Alpes
U New Mexico
U New Mexico
Toyota Central R&D Labs., Inc.
Ehime U
Waseda U
Tokyo U Sci.
Tokyo Metropolitan U
Osaka Kyoiku U
Tohoku U
Gifu Pharmaceutical U
National Inst of AIST
Kanazawa U
Gunma U
Okayama U
Hokkaido U
Keio U
Honda Electronics Co., Ltd.
Gakushuin U

ENVR
MACR
ORGN
MTLS
MTLS
ENRG
ENRG
INOR
ENVR
PHYS
PHYS
ORGN
SCTY
BIOL
ENRG
INOR
PHYS
PHYS
INOR
BIOL
ORGN
ORGN
MACR
ANYL
ORGN
PHYS
PHYS
PHYS
MACR
BIOL
BIOL
INOR
PHYS
PHYS
MACR
MACR
MTLS
ORGN
ORGN
ANYL
ORGN
ORGN
SCTY
SCTY
ORGN
INOR
BIOL
BIOL
INOR
INOR
INOR
MTLS
MTLS
INOR
INOR
INOR
ORGN
BIOL
ENRG
PHYS
INOR
ENRG
PHYS
ENRG
PHYS
MTLS
MTLS
MTLS
ENRG
ORGN
HLTH
ORGN
MTLS
ANYL
MTLS
ORGN
PHYS
PHYS
MTLS
PHYS

151
1441
1585
1335
1234
485
882
561
386
1562
1354
419
157
1228
901
1814
371
1254
2046
859
915
1752
235
811
1491
20
433
1952
978
1305
1312
1138
39
1698
1071
1332
2453
58
116
1067
241
271
3
99
681
1648
67
385
328
1190
1668
1919
2086
324
669
1502
2730
209
98
1156
119
477
316
592
819
1492
599
2384
189
1931
191
2635
115
637
367
202
383
1419
1384
412

Asami, S.
Asamitsu, S.
Asamizu, S.
Asandei, A.
Asano, A.
Asano, H.
Asano, K.
Asano, N.
Asano, Y.
Asano, Y.
Asano, Y.
Asanuma, D.
Asanuma, H.
Asanuma, H.
Asao, N.
Asaoka, M.
Asaoka, S.
Asay, M.
Asayama, M.
Asayama, S.
Asbury, J.
Ase, T.
Asefa, T.
Asensio, G.
Ashida, H.
Ashida, H.
Ashida, K.
Ashida, Y.
Ashida, Y.
Ashino, T.
Ashiuchi, M.
Ashmus, R.A.
Ashokkumar, M.
Ashokkumar, M.
Ashworth, S.J.
Aslan, K.
Aso, C.
Aso, T.
Aso, Y.
Aspuru-Guzik, A.
Aspuru-Guzik, A.
Aspuru-Guzik, A.
Aspuru-Guzik, A.
Asselin, E.
Åstrand, P.
Åstrand, P.
Asua, J.M.
Ata, A.
Ataher, A.M.
Atanassov, P.
Atar, M.
Athas, J.
Atighilorestani, M.
Atkin, R.
Atobe, M.
Atomi, H.
atta, a.m.
Attfield, J.P.
ATTIAS, A.
ATTIAS, A.
Atwood, J.L.
Atwood, J.L.
Au, L.
Aubé, A.
Aubert-Nicol, S.
Aubrecht, K.B.
Auclair, K.
Audette, G.F.
Auer, M.
Aumann, T.
Austin, B.
Austin, D.
Autrey, T.
Autrey, T.
Autschbach, J.
Autschbach, J.
Autschbach, J.
Avanes, A.
Avarvari, N.
Avarvari, N.

Chuo U, Eng
Kyoto UU Tokyo
U Connecticut
National Defense Academy
Tokyo U Sci, Yamaguchi
Kyoto U
Tohoku U
Toyama Prefectural U
Tokyo U Sci
Hitachi, Ltd.
U Tokyo
Nagoya U
Nagoya U
Tohoku U
Osaka U
Kyoto Inst of Tech
UNAM
Ibaraki U
Tokyo Metropolitan U
Pennsylvania State U
Daicen Membrane-Systems LTD.
Rutgers U; State U NJ
U de Valencia
Kobe U
Kobe U
Kinki U
Kagawa U
Kwansei Gakuin U
Toyo U
Kochi UU Alberta
U Melbourne
U Melbourne
U Sheffield
Morgan State U
Waseda U
Tokyo Polytechnic U
Osaka UHarvard U
Harvard U
Alan
Harvard U
U British Columbia
NTNU (NTNU)NTNU (NTNU)U Basque Country UPV/EHU
U Winnnipeg
Waseda U
U New Mexico
U Cologne
U Maryland
U Victoria
U Newcastle
Yokohama National U
Kyoto U
king saud U
U Edinburgh
U Pierre et Marie Curie
U Pierre et Marie Curie
U Missouri-Columbia
U Missouri-Columbia
Po Leung Kuk Ngan Pol Ling Col
U Montréal
U Sherbrooke
Stony Brook U
McGill U
York U
Lawrence Berkeley Nat Lab
TU Darmstadt
Lawrence Berkeley Nat Lab
Brigham Young U
PNNL
PNNL
U at Buffalo, SUNY
U at Buffalo, SUNY
U at Buffalo, SUNY
Cal State U, LA
CNRS - U Angers
CNRS - U Angers

INOR
BIOL
BIOL
MACR
MACR
ANYL
ORGN
MACR
BIOL
MTLS
HLTH
ANYL
ORGN
MTLS
MTLS
PHYS
MTLS
INOR
ENRG
INOR
PHYS
MACR
MTLS
ORGN
HLTH
HLTH
BIOL
ORGN
ORGN
MTLS
MACR
BIOL
MTLS
MTLS
INOR
ANYL
ENVR
MACR
ORGN
PHYS
PHYS
PHYS
MTLS
INOR
PHYS
ENRG
MACR
ORGN
ENRG
ENRG
ORGN
MACR
ANYL
SCTY
MTLS
BIOL
MACR
MTLS
MTLS
MTLS
ORGN
MTLS
ENVR
ANYL
ORGN
SCTY
BIOL
MTLS
ENVR
PHYS
PHYS
ANYL
INOR
ENRG
INOR
ORGN
PHYS
ORGN
ORGN
MTLS

489
895
341
782
1095
1161
2255
288
389
846
32
1143
52
334
1293
694
2359
291
993
272
520
1226
2549
1474
291
539
537
863
2437
219
775
605
182
1717
1056
322
690
630
2161
1139
1160
1455
354
533
962
405
1308
1654
745
422
1960
344
525
390
1179
142
886
1263
1952
2711
1486
74
232
749
800
400
938
539
573
1232
1432
658
110
425
1137
151
99
2055
54
1712

Avila-Rodriguez, M.
Awaga, K.
Awaga, K.
Awaga, K.
Awal, N.M.
ayako, w.
Ayako, Y.
Azab, M.
Azami, H.
Azemar, F.
Azemar, F.
Azeyanagi, S.
Azouz, L.
Azuma, J.
Azuma, K.
Azuma, M.
Azuma, T.
Azuma, Y.
Baba, A.
Baba, R.
Baba, Y.
Baba, Y.
Baba, Y.
Babanova, S.
Babarao, R.
Babarao, R.
Babe, N.
Babgi, B.
Babikov, D.
Babikov, D.
Bacaloglu, R.
Baceiredo, A.
Bach, U.
Bach, U.
Bachand, G.D.
Bachmann, A.S.
Bachmann, B.O.
Bacic, Z.
Backhouse, C.J.
Badam, R.
Badea, A.
Bader, M.M.
Badjic, J.
Badoga, S.
Badong, V.C.
Badong, V.C.
Bae, C.
Bae, C.
Bae, I.
Bae, J.
Bae, J.
Bae, J.
Bae, S.
BAEG, J.
Baek, J.
Baek, J.
Baek, J.
Baek, K.
Baek, K.
Baek, K.
Baek, K.
Baek, L.
BAEK, Y.
Baetz, K.
Bagautdinov, B.
Bagautdinov, B.
Bagchi, D.
Bagchi, D.
bagheri, s.
Baginski, M.
Baginski, M.
Bagus, P.S.
Bahadur, N.M.
BAI, H.
Bai, J.

U de Guanajuato
Nagoya U
Nagoya U
Nagoya U
Brandeis U
Hokkaido U
Tokyo U Sci
Astex Pharmaceuticals
Saitama Inst of Tech
ICGM
ICGM
Nagoya U
U New South Wales
Osaka UTokyo Inst Tech
Tokyo Inst of Tech
Utsunomiya U
Kobe U
Niigata U
Kagoshima U
Nagoya U
Nagoya U
Japan Atomic Energy Agency
U New Mexico
CSIRO
CSIRO
Tokai UKing Abdulaziz U
Marquette U
Marquette U
Bergen Community College
U Paul Sabatier
Monash U
Monash U
Sandia National Laboratories
Michigan State U
Vanderbilt U
New York U
U. of Waterloo
JAIST
U Illinois, Urbana-Champaign
Alfaisal U
The Ohio State U
U Saskatchewan
Southern Philippines Med Cntr
Southern Philippines Med Cntr
KAIST
Rensselaer Polytechnic Inst
Seoul National U
Kyung Hee U
Kyungpook National U
Kyungpook National U
Seoul national U
Korea Res Inst Chem Tech
Seoul National U
Seoul National U
Hanyang U
Inst for Basic Sci
Chonbuk National U
Chonbuk National U
KIST (KIST)
KAIST
Ewha Womans U
U Ottawa
Japan Synchrotron Rad Res Inst
Japan Synchrotron Rad Res InstU Houston Col Pharm
U Houston Col Pharm
U malayaGdansk U Tech
Gdansk U Tech
U North Texas
Naokhali Sci Tech U
Chinese Academy of Scis
U Sci Tech, China

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

INOR
INOR
MTLS
MTLS
PHYS
MTLS
PHYS
HLTH
ORGN
MACR
ORGN
MTLS
SCTY
ENRG
MACR
INOR
ORGN
MACR
ANYL
MACR
ANYL
MTLS
ANYL
ANYL
MTLS
MTLS
BIOL
INOR
PHYS
PHYS
PHYS
INOR
INOR
ENRG
MACR
HLTH
BIOL
PHYS
ANYL
MACR
MTLS
MTLS
ORGN
ENRG
ENVR
ENVR
INOR
ENRG
ORGN
MACR
ORGN
ORGN
ENRG
ENRG
HLTH
SCTY
ORGN
MACR
ENRG
ENRG
MACR
ORGN
ORGN
ENRG
MACR
BIOL
HLTH
HLTH
MTLS
HLTH
BIOL
PHYS
MTLS
MTLS
MACR

101
804
173
2467
1066
560
1573
611
443
1565
2149
1695
349
678
1245
1986
879
664
479
419
103
1624
1110
1018
160
993
981
701
149
1852
695
1562
1222
635
808
625
1054
436
188
701
1973
2606
1659
13
227
893
648
265
425
502
745
1247
472
150
380
68
479
1464
197
200
125
1586
837
541
1028
1349
295
430
1913
449
411
295
1235
556
1022

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Baik, M.
Baik, M.
Baik, S.
Baillie, R.A.
Baines, K.M.
Bains, R.K.
Baird, D.G.
Baird, M.C.
Baird, M.C.
Baird, M.C.
Bak, S.
Bakaic, E.
Baker, A.T.
Baker, B.
Baker, G.A.
Baker, L.
Baker, M.
Baker, M.
Baker, R.
Baker, R.
Bakker, E.
Bakker, E.
Bakos, M.
Balasbramaniam, S.
Balasubramanian, R.
Balazs, A.
Balazs, G.B.
Balbás, L.C.
Balch, A.L.
Balcioglu, G.
Baldwin, B.W.
Baletto, F.
Balkin, E.
Balkus, K.
Balkus, K.
Balkus, K.
Balskus, E.P.
Baluschev, S.
Bamba, T.
Ban, T.
Banci, L.
Bancroft, G.
Band Horwitz, S.
Bando, F.
Bando, M.
Bandosz, T.J.
Bandrauk, A.D.
Bandura, D.R.
Bang, B.
Bang, J.
Bang, J.J.
Bang, J.J.
Banno, M.
Banno, T.
Bannochie, C.J.
Bannochie, C.J.
Bansal, A.
Banta, S.
Bantchev, G.B.
Bantchev, G.B.
Banwell, M.G.
Banwell, M.G.
Banys, J.
Banys, J.
Bao, W.
Bao, X.
Bao, X.
Bao, X.
Bao, Z.
Bao, Z.
Bao, Z.
Bara, J.E.
Baran, P.S.
Baran, P.S.
Baran, P.S.

Korea Atomic Energy Res Inst
Indiana U
Sungkyunkwan U
U British Columbia
U Western Ontario
Simon Fraser U
Virginia Tech
Queen’s U Kingston
Queen’s U Kingston
Queen’s U Kingston
Sungkyunkwan U
McMaster U
U Tech Sydney
U South Florida
U Missouri-Columbia
Indiana U
U Strathclyde
U Western Australia
U Ottawa
U Ottawa
U Geneva
U Geneva
Hungarian Academy of Scis
Yonago Col, NITNat U Singapore
U Pittsburgh
Lawrence Livermore Nat Lab
U de Valladolid
U California, Davis
Istanbul Technical U
Spring Arbor U
King’s College London
U Washington, Seattle
U Texas at Dallas
U Texas at Dallas
U Texas at Dallas
Harvard U
Max Planck, Solid State Res
Kyushu U
NAISTU Florence
U Western Ontario
Albert Einstein College Med
ZEON CORPORATION
Hokkaido U
CCNY/CUNYU de Sherbrooke
Fludidigm Canada
Korea Res Inst Chem Tech
Seoul National U
North Central U
North Central U
Tokyo U Sci
U TokyoSavannah River Nat Lab
Savannah River Nat Lab
CSIR-Indian Inst Petroleum
Columbia U
USDA-ARS
USDA-ARS
Australian National U
Australian National U
Vilnius U
Vilnius U
U Edinburgh
Dalian Inst Chem Phys
Dalian Inst Chem PhysU Hong Kong
Stanford U
Stanford U
Stanford U
U Alabama
The Scripps Research InstThe Scripps Research InstThe Scripps Research Inst

ENVR
ENRG
MTLS
INOR
PHYS
BIOL
MTLS
INOR
INOR
INOR
MTLS
MACR
SCTY
ORGN
SCTY
ANYL
ANYL
INOR
PHYS
ENRG
ANYL
ANYL
INOR
MTLS
ENVR
MACR
SCTY
PHYS
ORGN
BIOL
ORGN
PHYS
INOR
INOR
MTLS
MTLS
BIOL
PHYS
ANYL
MTLS
BIOL
ANYL
ORGN
MACR
INOR
MTLS
PHYS
ANYL
MTLS
PHYS
ENVR
ENVR
PHYS
PHYS
SCTY
ENVR
MACR
ANYL
ORGN
ENRG
ORGN
BIOL
MTLS
MTLS
ORGN
PHYS
MTLS
BIOL
MTLS
MTLS
MTLS
SCTY
ORGN
ORGN
ORGN

563
53
2804
2057
197
861
1392
707
1406
1778
2046
595
407
1079
366
450
682
1759
635
1056
464
641
411
2434
918
346
92
603
1644
599
457
474
278
1459
725
2847
1218
92
650
831
1229
1054
1751
632
1483
1237
128
589
2378
1950
180
919
72
1168
41
761
706
771
2148
292
235
218
1393
2863
2499
506
2461
282
485
2001
2456
334
237
2308
2408

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–309

NAME INDEX
Barange, N.
Barberot, C.E.
Barbon, S.M.
Barbon, S.M.
Bardeen, C.
Bardeen, C.
Bare, J.C.
Bare, J.C.
Baricuatro, J.H.
Barisci, S.
Barisic, D.
Barlow, K.
Barnard, P.J.
Barner-Kowollik, C.
Barner-Kowollik, C.
Barnett, V.G.
Baroi, C.
Barone, V.
Barone, V.
Barre, M.
Barrera, N.P.
Barrett, C.
Barriault, L.
Barriault, L.
Barroso-Bujans, F.
Barrow, M.P.
Barrow, R.
Barrow, R.
Bart, S.C.
Bart, S.C.
Bartels, L.
Bartels, L.
Bartels, L.
Barth, I.
Barth, J.V.
Bartl, F.
Bartl, F.
Bartlett, R.J.
Barton, R.
Baruch, M.F.
Basaric, N.
Bassani, D.
Bassani, D.
Basser, P.
Basset, J.
Basset, J.
Basset, J.
Bassett, B.
Bassi, A.
Bastian, A.A.
Bastian, M.
Batista, C.D.
Batista, E.R.
Batista, V.
Batista, V.
Batista, V.
Batteas, J.
Batten, S.R.
Battiste, J.L.
Baudoin, O.
Baudron, S.
Baudron, S.
Bauer, C.
Baum, D.A.
Baum, D.A.
Baumgartner, T.
Baumgartner, T.
Bawendi, M.
Bax, A.
Bayraktar, H.
Bazuin, C.
Bearne, S.
Bea-Taylor, J.
Beatson, R.
Beaucage, S.L.
Beauchemin, A.M.
Beauchemin, D.
Beauchemin, D.
Beaudry, D.R.
Beaujuge, P.M.

310 –PRESENTERSKIST (KIST)
Nagoya U
U Western Ontario
U Western Ontario
U. California, Riverside
U. California, Riverside
US EPA
US EPA
CaltechGebze Technical U
Eberhard Karls U Tübingen
Commwealth Sci & Ind Res Org
La Trobe U
Karlsruhe Inst Tech (KIT) (KIT)
Karlsruhe Inst Tech (KIT) (KIT)
Curtin U
U Saskatchewan
Scuola Normale Superiore
Scuola Normale Superiore
Daylight Solutions
Potificia U Catolical, Chile
McGill U
U Ottawa
U Ottawa
Donostia Int Phys Cntr
U WarwickAustralian National U
Australian Nat U
Purdue U
Purdue U
U California
U California
U California
Max Planck, Microstructure Phys
TUM
Inst Med Phys & Biophys
Inst Med Physik and Biophysik
U Florida
North Carolina State U
Princeton U
Rudjer Boskovic InstU Bordeaux
U Bordeaux
NIH / NICHD
KAUST, King Abdullah U Sci Tech
KAUST, King Abdullah U Sci Tech
KAUST, King Abdullah U Sci Tech
Butler U
U Western Ontario
U Notre Dame
U Notre Dame
Los Alamos National Laboratory
Los Alamos National Laboratory
Yale U
Yale U
Yale U
Texas A&M U
Monash U
3M
U LyonU Strasbourg
U Strasbourg
U New Hampshire
Saint Louis U
Saint Louis U
U Calgary
U CalgaryMIT
NIH
YILDIZ TECHNICAL UU MontréalDalhousie U
Georgia Inst of Tech
British Boluia Inst TechFDA
U Ottawa
Queen’s U
Queen’s U
Genentech
KAUST, King Abdullah U Sci Tech

MTLS
PHYS
INOR
ORGN
ORGN
MTLS
ENVR
ENVR
ENRG
ENVR
INOR
MACR
INOR
MACR
MACR
SCTY
ENRG
PHYS
PHYS
ANYL
ANYL
MTLS
ORGN
ORGN
MACR
ANYL
ENVR
ENVR
INOR
INOR
PHYS
MTLS
MTLS
PHYS
MTLS
BIOL
BIOL
PHYS
MACR
ENRG
ORGN
ORGN
MTLS
MACR
INOR
INOR
ORGN
BIOL
ENRG
HLTH
HLTH
MTLS
INOR
PHYS
BIOL
ENRG
MTLS
INOR
MACR
ORGN
INOR
MTLS
SCTY
ANYL
BIOL
INOR
INOR
MTLS
BIOL
MTLS
MTLS
BIOL
SCTY
MACR
HLTH
ORGN
ANYL
ANYL
ORGN
MACR

883
1900
465
1868
1482
443
69
73
476
112
41
779
1015
777
1517
153
128
238
1877
685
170
444
249
1698
1344
125
40
623
1720
1795
502
961
2542
421
2543
1193
1368
1372
162
280
1095
118
1240
805
1009
1779
2492
986
911
103
388
1591
1132
2051
1196
93
2539
790
1302
2701
47
283
374
902
1211
174
1740
1087
520
2443
1836
937
87
74
1
2235
156
462
418
169

Beaujuge, P.M.
Beaune, G.
Beaune, G.
Beavis, P.
Becerra, A.
Bechara, W.S.
Bechtel, H.A.
Becke, A.
Bedrov, D.
Bedrov, D.
Beebout, S.E.
Beeler, A.B.
Beers, K.L.
Begley, T.P.
Bein, T.
Bekele, T.G.
Belkacemi, K.
Belkacemi, K.
Bell, K.
Bell, T.D.
Bellavance, G.
Belli, R.
Belosludov, R.
Ben Hmidene, A.
Ben, T.
Benayas, A.
Benderskii, A.V.
Bendjeriou-Sedjerari, A.
Beniah, G.
Beniah, G.
Benicewicz, B.C.
Benicewicz, B.C.
Benjamin, I.
Benner, S.
Benner, S.
Bennet, A.
Bennet, A.
Beppu, K.
Bera, M.K.
Beran, G.
Berben, L.A.
Berben, L.A.
Berg, M.A.
Bergey, N.
Bergmann, V.W.
Bergonzini, G.
Bergueiro, J.
Berke, H.
Berkman, C.
Berlin, J.
Berlin, J.
Berlin, J.
berliner, l.j.
Berlinguette, C.P.
Berlinguette, C.P.
Bernaurdshaw, N.
Berne, C.
Bernhardt, H.S.
Bernhardt, P.V.
Bernholc, J.
Berova, N.
Berreau, L.M.
Berry, R.
Berthod, A.
Bertozzi, C.R.
Bertozzi, C.R.
Bertram, A.
Bertram, A.
Bertrand, G.
Bertrand, G.
Bertrand, G.
Bertrand, M.
Bertrand, M.
Bérubé, C.
Bérubé, C.
Bérubé, C.
Best, M.
Bestgen, S.
Betancor, L.
Betley, T.

KAUST, King Abdullah U Sci TechWPI Int Cntr Matls Nanoarchitec
WPI Int Cntr Matls Nanoarchitec
AWE
Facultad de Ciencias, UNAMU Montréal
Lawrence Berkeley National Lab
Dalhousie U
U UtahU UtahInternat Rice Res Inst (IRRI)
Boston U
NIST
Texas A&M U
U Munich (LMU)
Sophia U
U LavalU Laval
CDM SmithMonash U
U Ottawa
U Victoria
Tohoku U
Tsukuba U
Jilin UINRSU Southern California
KAUST, King Abdullah U Sci Tech
Northwestern U
Northwestern U
U South Carolina
U South Carolina
U California
Found Appl Molecular Evolution
Found for Appl Molecular Evolution
Simon Fraser U
Simon Fraser U
Kyoto U
Argonne National Laboratory
UC Riverside
U California DavisU California DavisU S Carolina
SUNY-ESF
Max Planck, Polymer Res
Gothenburg U
Freie U Berlin
U Zurich
Washington State U
City of Hope
City of Hope
City of HopeU denverU British Columbia
U British Columbia
SRM U
Indiana U
U OtagoU Queensland
NC State U
Columbia U
Utah State U
U Chicago
U LyonStanford U
Stanford U
U British Columbia
U British Columbia
UCSD
UCSD
UCSD
French Atomic Energy Commission
French Atomic Energy Commission
U LavalU LavalU LavalU Tennessee
Karlsruhe Inst Tech (KIT) (KIT)U ORT Uruguay
Harvard U

MTLS
PHYS
MTLS
MACR
BIOL
ORGN
ANYL
PHYS
PHYS
PHYS
ENVR
ORGN
MACR
BIOL
MTLS
ANYL
HLTH
ORGN
ENVR
PHYS
ORGN
INOR
ENRG
ORGN
MTLS
MTLS
PHYS
INOR
MACR
MACR
MACR
MTLS
PHYS
BIOL
BIOL
BIOL
BIOL
ENRG
INOR
PHYS
INOR
INOR
PHYS
ENRG
MTLS
ORGN
MACR
INOR
HLTH
MTLS
MTLS
MTLS
MTLS
INOR
INOR
MTLS
BIOL
BIOL
ANYL
PHYS
ORGN
INOR
PHYS
ANYL
BIOL
BIOL
PHYS
PHYS
INOR
INOR
INOR
INOR
INOR
BIOL
BIOL
BIOL
BIOL
INOR
MTLS
INOR

350
1474
1601
1054
39
785
602
1366
1558
1752
385
574
995
1406
464
215
432
68
27
630
841
1940
651
1982
325
2782
1489
908
477
1495
849
987
1735
187
1397
470
936
64
796
992
729
1717
519
85
1210
1020
607
245
418
88
119
375
2831
320
1221
1720
845
36
887
1802
159
262
27
1066
170
400
1028
1152
88
668
1566
297
534
569
995
1258
1183
1032
1609
1131

Betley, T.
Beton, P.
Beton, P.
Betz, J.M.
Beuerle, F.
Beuermann, S.
Bevan, T.W.
Bever, C.S.
Bever, C.S.
Bevilacqua, P.C.
Beynek, H.
Beynek, N.
Bezjian, C.
Bezzu, C.G.
Bhalla, R.
Bhardwaj, R.
Bhattacharjee, S.
Bhattacharya, A.
Bhattacharya, J.
Bhattacharyya, D.
Bhattarai, A.
Bhattarai, A.
Bhattarai, A.
Bhayani, B.
Bhogle, N.N.
Bhosale, S.V.
Bhuiyan, M.N.
Bi, J.
Bi, J.
Bi, L.
Bialy, R.M.
Biczysko, M.
Biczysko, M.
Bielawski, C.W.
Bielski, R.
Bierenstiel, M.
Bierenstiel, M.
Bierenstiel, M.
Bieringer, M.
Bieske, E.
Bieske, E.
Bieske, E.
Biffinger, J.C.
Bigioni, T.P.
Biju, V.
Biju, V.
Biligetu, T.
Bin Ma Radzi, A.
Bingo, S.
Binti Zulkifli, N.
Birman, V.
Birrento, M.L.
Bishop, A.
Bishop, R.
Biswas, S.
Biswas, S.
Bittner, E.R.
Bittner, E.R.
Biyani, M.
Bizzotto, D.
Bjelosevic, A.
Black, I.
Blackmond, D.G.
Blackstock, S.C.
Blacquiere, J.M.
Bladek, K.J.
Blades, M.
Blaih, S.M.
Blair, S.
Blair, V.L.
Blais, J.
Blakey, S.B.
Blanchard-Desce, M.H.
Blanchfield, J.T.
Blank, D.

Harvard U
U Nottingham
U Nottingham
National Insts of Health
U Wuerzburg
Clausthal U Tech
Victoria U, Wellington
U California, DavisU California, Davis
Pennsylvania State U
Trakya U
Trakya U
Cal State U, LA
U Edinburgh
U Queensland
JAIST
Water Planet Engineering
UC San Diego
Independence Sci
U Kentucky
Tribhuvan U
Washington State U, Pullman
Washington State U, Pullman
Avatar Sust Tech, LLC
Sunovion Pharmaceuticals
RMIT UBCSIRInst Agro-Products Pross Sci TechInst Agro-Products Pross Sci Tech
Jilin U
McMaster U
Shanghai U
Shanghai U
Inst Basic Sci (IBS)
Wilkes U
Cape Breton U
Cape Breton U
Cape Breton U
U Manitoba
U Melbourne
U Melbourne
U Melbourne
US Naval Research Laboratory
U Toledo
National Inst of AIST
National Inst of AISTTokyo Inst TechU Malaysia Perlis
KanazawaU
Kyushu U
Washington U
U Wollongong
ExxonMobil Corp Strategic Res
U New South WalesU Connecticut
U Connecticut
U of Houston
U of Houston
JAIST
U British Columbia
U Western Sydney
IM/YaleThe Scripps Research InstU AlabamaWestern U
U Calgary
U British Columbia
Kent State U
U California Irvine
Monash U
U Ottawa
Emory UU Bordeaux
U Queensland
U Minnesota

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
MACR
MTLS
SCTY
ORGN
MACR
ORGN
ANYL
ANYL
BIOL
ORGN
INOR
ORGN
MACR
HLTH
BIOL
MTLS
BIOL
SCTY
MACR
PHYS
MTLS
MTLS
ENRG
ORGN
MACR
ENVR
ENVR
ENVR
MTLS
BIOL
PHYS
BIOL
MTLS
BIOL
HLTH
HLTH
INOR
INOR
ANYL
PHYS
PHYS
BIOL
PHYS
PHYS
MTLS
ENRG
MTLS
ORGN
PHYS
ORGN
INOR
SCTY
ORGN
ORGN
ORGN
PHYS
MTLS
ANYL
MTLS
ORGN
SCTY
ORGN
ORGN
INOR
INOR
ANYL
HLTH
PHYS
INOR
ENVR
ORGN
ORGN
ORGN
PHYS

2401
1513
1841
12
1302
1479
2710
570
572
1146
402
589
2055
1647
632
956
2490
655
43
1519
1060
2120
2839
303
2340
1339
171
339
340
1636
1319
538
99
1908
224
95
100
657
1349
24
678
1882
240
60
787
339
788
251
1587
589
1774
1261
168
658
2506
2618
1822
1539
284
24
692
107
1824
1161
1249
929
942
647
1622
1766
922
2136
1312
256
360

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Blankenship, R.E.
Blanksby, S.
Blanksby, S.
Blatchley, E.R.
Blatchley, E.R.
Blatti, J.L.
Blauch, D.N.
Blecha, J.E.
Blinco, J.P.
Blinov, N.
Blinov, N.
Blinov, N.
Blobaum, A.
Block, E.
Block, M.
Blount, B.
Blum, A.S.
Blum, A.S.
Blum, F.D.
Blum, M.
Blum, S.
Blum, S.
Blunck, R.
Blunn, A.
Bo, C.
Boahene, P.E.
Bobko, A.
Boca, R.
Bocarsly, A.B.
Bockfeld, D.
Bodi, A.
Bodner, G.M.
Bodner, G.M.
Bodwell, G.J.
Boehm, A.
Boehm, H.
Boehr, A.K.
Boehr, D.D.
Boerner, H.
Boffito, D.
Boffito, D.
Boguslawski, K.
Bogyo, M.
Bohlmann, J.
Bohlmann, T.
Bohn, P.W.
Boice, G.N.
Bok, K.
Bokov, A.
Boland, J.J.
Bolelli, K.
Bollas, G.M.
Bollinger, J.M.
Bollinger, J.M.
Bolze, F.
Boncella, J.M.
Bonchio, M.
Bonchio, M.
Bonchio, M.
Bond, A.M.
Bondar, A.
Boniface, S.
Boniface, S.
Boninsegni, M.
Bonmatin, J.
Bonn, M.
Bonn, M.
Bonn, M.
Boonmak, J.
Boons, G.
Booth, V.
Borchers, C.H.
Borden, W.T.
Borgis, D.
Borguet, E.

Washington U, St. Louis
Queensland U Tech
Queensland U Tech
Purdue U
Purdue U
Pasadena City College
Davidson College
UC San Francisco
Queensland U TechU Alberta
U Alberta
U Alberta
Vanderbilt U
U at Albany, SUNYGSI Helmholtz Centre
Center Disease Control & Prev
McGill U
McGill U
Oklahoma State U
U Nevada, Las Vegas
UC Irvine
UC Irvine
U Montreal
ABR Process Development
ICIQ
U Saskatchewan
The Ohio State U
U SS Cyril & Methodius
Princeton U
TU Braunschweig
Paul Scherrer Inst
Purdue U
Purdue U
Memorial U Newfoundland
Stanford U
Roche
Penn State U
Penn State U
Humboldt-U Berlin
Polytechnique Montreal
Polytechnique Montreal
McMaster U
Stanford U, MedU British Columbia
TU Braunschweig
Notre Dame
U Victoria
Seoul Nat U
Simon Fraser U
CRANN Trinity College Dublin
Ankara U, Pharm
U Connecticut
Penn State U
Penn State U
U Strasbourg
Los Alamos National Laboratory
U Padova
U Padova
U Padova
Monash U
Freie U Berlin
Victoria U, Wellington
Victoria U, Wellington
U Alberta
Centre Nat Rech Sci
Max Planck Inst
Max Planck Inst
Max Planck Inst
Khon Kaen U
U Georgia
Memorial U Newfoundland
U Victoria
U North Texas
CNRS and ENS
Temple U

ENRG
ANYL
PHYS
ENVR
ENVR
SCTY
SCTY
HLTH
MTLS
HLTH
PHYS
PHYS
HLTH
ORGN
INOR
ENVR
ORGN
PHYS
MACR
ANYL
ORGN
PHYS
PHYS
SCTY
MTLS
ENRG
MTLS
INOR
ENRG
INOR
PHYS
SCTY
SCTY
ORGN
ENVR
HLTH
BIOL
BIOL
MACR
MTLS
ENRG
PHYS
HLTH
ENVR
ORGN
ANYL
INOR
INOR
MTLS
MTLS
HLTH
ENRG
INOR
ENVR
ORGN
INOR
INOR
MTLS
ENRG
MTLS
BIOL
SCTY
SCTY
PHYS
ENVR
PHYS
PHYS
PHYS
INOR
BIOL
BIOL
ANYL
ORGN
PHYS
PHYS

285
89
2065
81
264
404
269
279
2260
479
144
1888
376
1725
2031
537
184
2013
991
1055
2320
940
345
253
1920
945
2829
985
55
1917
1728
42
354
1633
82
329
1175
763
816
52
71
1275
568
31
477
448
681
1957
2303
1626
452
1024
736
930
1096
214
27
2065
474
2473
803
184
343
1664
355
796
832
1485
1885
397
203
414
570
280
1872

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–311

NAME INDEX
Borguet, E.
Borhan, B.
Borjesson, M.E.
Bornani, K.
Bornscheuer, U.T.
Borodin, O.
Borodin, O.
Borovik, A.S.
Borovik, A.S.
Borris, R.P.
Borschevsky, A.
Boruszewski, P.J.
Boskovic, C.
Boskovic, C.
Bosley, B.
Bottle, S.E.
Bouchoucha, M.
Boudreau, D.
Boudreault, P.
Bouhlel, A.
Bouley, R.
Bourassa, M.
Bourissou, D.
Bourissou, D.
Bourone, S.D.
Boutis, G.
Bowen, K.P.
Bowie, J.U.
Bowler, B.E.
Bowles, R.K.
Bowman, C.N.
Bowman, C.N.
Bowman, J.
Bowman, J.
Bowman, S.D.
Bowman, S.D.
Bowman-James, K.
Bowser, M.T.
Boxer, S.G.
Boxer, S.G.
Boyd, R.J.
Boyde, N.C.
Boyer, C.
Boyer, C.
Boyer, C.
Bozell, J.J.
Bradbury, R.D.
Bradley, C.
Bradley, C.
Brady, S.
Braidy, N.
Braidy, N.
Braish, T.
Braje, W.M.
Brambilla, M.
Branda, N.
Branda, N.
Brandenburg, G.
Bratko, D.
Bratko, D.
Bratko, D.
Braun, D.
Braun, T.
Braunschweig, A.B.
Braunschweig, H.
Braunschweig, H.
Bräutigam, M.L.
Bravaya, K.
Brea, R.J.
Breedlove, B.K.
Bregadze, V.I.
Breher, F.
Breher, F.
Breit, B.
Brekalo, I.
Bren, K.L.
Brena, B.M.
Brennan, J.D.
Brennecke, J.F.
Breslow, R.

312–PRESENTERS

Temple U
Michigan State U
Chalmer U TechU Tennessee, KnoxvilleInst of Biochemistry
US Army Research Laboratory
US Army Research Laboratory
U California-Irvine
U California-Irvine
Tianjin U
Massey U, Aukland
SGGW
U Melbourne
U Melbourne
Boron Specialties
Queensland U TechU LavalU LavalU Sherbrooke
Washington U, St. LouisU Notre Dame
Burke-Cornell Med Res InstPaul Sabatier U
Paul Sabatier U
RWTH Aachen U
Brooklyn College
U Navada, Las Vegas
UCLA
U Montana
U Saskatchewan
U Colorado Boulder
U Colorado Boulder
Emory U
Emory U
Center for Open Sci
Center for Open Sci
U Kansas
U Minnesota
Stanford U
Stanford U
Dalhousie U
Vanderbilt U
UNSW Australia
UNSW
Cntr Adv Macromolecular Design
U Tennessee
Indiana U
Mount St. Mary’s U
Mount St. Mary’s U
Rockefefeller U
U Sherbrooke
U Sherbrooke
Pfizer Inc
AbbVie Deutschland
U Oxford
Simon Fraser U
Simon Fraser U
U BonnVCU
VCU
VCU
LMU Munich
Humboldt U Berlin
U MiamiU Würzburg
U Würzburg
U Cologne
Boston U
UC San Diego
Tohoku U
Inst Organoelement Compounds
Karlsruhe Inst Tech (KIT) (KIT)
Karlsruhe Inst Tech (KIT) (KIT)
Albert-Ludwighs U Freiburg
Georgetown U
U Rochester
U de la Republica
McMaster U
U Notre Dame
Columbia U

MTLS
BIOL
MACR
MTLS
BIOL
PHYS
ENRG
INOR
INOR
HLTH
INOR
MACR
INOR
MTLS
SCTY
MTLS
MTLS
ANYL
HLTH
HLTH
HLTH
INOR
INOR
ORGN
MTLS
MACR
ANYL
BIOL
INOR
PHYS
MACR
MACR
PHYS
PHYS
SCTY
SCTY
ORGN
ANYL
PHYS
MTLS
PHYS
MTLS
HLTH
MACR
MACR
ENRG
PHYS
INOR
INOR
BIOL
MTLS
ENRG
HLTH
ORGN
ORGN
ORGN
MTLS
PHYS
PHYS
PHYS
PHYS
ANYL
INOR
MTLS
INOR
INOR
HLTH
PHYS
BIOL
INOR
INOR
INOR
ORGN
ORGN
ORGN
BIOL
ANYL
ANYL
SCTY
HLTH

2832
801
480
830
229
1250
607
140
378
622
2033
471
1171
2470
250
2533
847
698
352
416
99
1809
884
28
1729
799
1116
1127
1238
1786
10
1462
287
403
29
137
2171
674
1684
1797
1975
2432
265
31
481
27
1719
147
1647
1222
11
239
697
1779
797
660
1247
837
1006
1643
2042
1
1736
2014
93
723
591
276
1439
998
1544
1253
1061
2347
296
29
1096
1103
389
565

Breslow, R.
Bretschneider, S.A.
Bretz, S.
Briggman, K.
Brigmon, R.L.
Brimaud, S.
Brimble, M.A.
Brimble, M.A.
Brimble, M.A.
Brinkman, K.S.
Brinson, R.G.
Brisbois, E.J.
Brito-Silva, A.
Britt, R.
Brittain, W.
Brittain, W.
Britton, B.D.
Britton, J.
Britton, J.
Britz-McKibbin, P.
Britz-McKibbin, P.
Brodl, E.
Brodsky, J.L.
Brolo, A.G.
Brolo, A.G.
Bronstein, L.
Brook, D.J.
Brook, D.J.
Brook, M.A.
Brook, M.A.
Brooker, S.
Brooker, S.
Brooks, B.W.
Brooks, B.W.
Broquier, M.
Brosmer, J.L.
Brosseau, C.L.
Brothers, P.J.
Brothers, P.J.
Brown, A.
Brown, A.
Brown, B.D.
Brown, C.
Brown, C.
Brown, C.M.
Brown, D.R.
Brown, D.R.
Brown, L.
Brown, M.F.
Brown, M.F.
Brown, M.F.
Brown, O.
Brown, P.J.
Brown, P.N.
Brown, R.
Brown, R.
Brown, S.
Brown, S.
Brown, S.E.
Brown, S.N.
Brown, S.N.
Brownsell, A.
Bruce, J.E.
Bruder, L.
Brudvig, G.
Brueggeman, E.A.
Brumer, H.
Brumer, P.
Bruneau, C.
Bruneau, C.
Bruno, I.
Brutchey, R.
Bryan, M.
Bryantsev, V.
Bryce, M.R.
Brydges, S.
Brydges, S.
Bu, Q.
Bu, X.
Buback, M.

Columbia U
Max Planck, Solid State Res
Miami UNIST
Savannah River Nat Lab
U Ulm
U Auckland
U Auckland
U Auckland
Clemson U
NIST
U Michigan
U Victoria
U California, Davis
Texas State U
Texas State U
Simon Fraser U
Flinders U
Flinders U
McMaster U
McMaster U
Graz U Tech
U Pittsburgh
U Victoria
U Victoria
Indiana U
San Jose State U
San Jose State U
McMaster U
McMaster U
U OtagoU OtagoBaylor U
Baylor U
CNRS_U Paris Sud
UC Los Angeles
Saint Mary’s U
U Auckland
U Auckland
U Alberta
U Alberta
Dicerna Pharmaceuticals
U Bristol
NIST
U British Columbia
Southwestern College
Southwestern College
U Guelph
U Arizona
U Arizona
U Arizona
U Alberta
U Toronto
BC Inst of Tech
Queen’s U
Queen’s U
U Canterbury
UCLA
UC Irvine
U Notre Dame
U Notre Dame
The Royal Society of Chemistry
U Washington
U Freiburg
Yale U
Spring Arbor U
U British Columbia
U Toronto
U Rennes 1
U Rennes 1
Cambridge Crystollog Data Cntr
U Southern California
Genentech
Oak Ridge National Laboratory
U Durham
UC San Diego
UC San Diego
Jiangsu U
Nankai U
Georg-August U Gottingen

ORGN
MTLS
SCTY
MTLS
ENVR
PHYS
HLTH
HLTH
BIOL
ENRG
BIOL
HLTH
MTLS
BIOL
MACR
ORGN
ENRG
ORGN
ORGN
ANYL
ANYL
BIOL
BIOL
PHYS
MTLS
MTLS
INOR
ORGN
MACR
MACR
INOR
MTLS
ENVR
ENVR
PHYS
INOR
ANYL
INOR
MTLS
INOR
BIOL
HLTH
ORGN
MTLS
INOR
SCTY
SCTY
BIOL
BIOL
BIOL
BIOL
INOR
HLTH
SCTY
ANYL
ANYL
PHYS
MTLS
PHYS
INOR
INOR
SCTY
ANYL
PHYS
INOR
ORGN
BIOL
PHYS
INOR
ORGN
SCTY
MTLS
ORGN
ORGN
MTLS
SCTY
SCTY
MACR
MTLS
MACR

639
1209
372
2480
560
1672
564
624
136
660
761
486
1143
79
4
1526
259
582
1821
43
677
326
743
246
21
1136
1901
1524
14
158
1174
2497
44
351
255
560
700
1255
1997
311
20
4
1666
156
1603
85
164
1369
267
1191
1370
650
682
35
179
563
194
1948
285
1247
1716
5
139
665
203
560
172
1451
1246
2407
138
1899
2686
2174
1255
176
265
399
76
1305

Bubner, P.
Bucar, D.
Buccella, D.
Buccella, D.
Buchanan, E.G.
Buck, M.
Buck, M.
Buckley, C.
Budd, P.M.
Budd, P.M.
Budzelaar, P.H.
Budzelaar, P.H.
Buerkle, M.
Buffon, J.W.
Buffon, M.
Buhlmann, P.
Buhlmann, P.
Bühringer, M.U.
Buhse, T.
Bui, A.Q.
Bui, A.Q.
Buitrago Santanilla, A.
Bujanovic, B.M.
Bull, S.D.
Bull, S.D.
Bull, S.D.
Bunka, M.
Bunning, T.J.
Buntine, M.
Buntine, M.
Buñuel, M.E.
Bunz, U.
Burdette, S.C.
Burdette, S.C.
Burdette, S.C.
Burford, N.
Burgess, I.J.
Burgess, J.
Burghardt, I.
Burghardt, I.
Bürgi, T.
Burgis, N.E.
Buriak, J.M.
Burkart, M.
Burke, M.
Burke, M.
Burks, R.M.
Burks, R.M.
Burks, R.M.
Burn, P.L.
Burns, C.
Burns, J.
Burns, J.
Burns, P.C.
Burns, P.C.
Burt, L.
Burton, A.
Busa, L.A.
Busby, K.N.
Busch, M.
Bushnell, E.
Bushuyev, O.
Bushuyev, O.
Bussell, M.E.
Butala, M.M.
Butch, C.J.
Butland, G.
Butler, A.
Butler, C.
Butler, E.D.
Butler, H.J.
Butler, I.S.
Buxton, C.
Byers, J.A.
Byers, J.A.

UC Berkeley
U College London
New York U
New York U
NIST
Case Western Reserve U
Case Western Reserve U
Curtin U
U Manchester
U Manchester
U Manitoba
U Manitoba
AIST Tsukuba
UC Santa Barbara
UC Santa Barbara
U Minnesota
U Minnesota
FAU Erlangen Nuernberg (FAU)
U Autonoma del Estado de Morelos
Saigon Hitech Park Res & Dev
Saigon Hitech Park Res & Dev
Merck & Co.
SUNY-ESF
Bath
Bath
Bath
U BernAir Force Research Laboratory
Curtin U
Curtin U
U Autónoma de Madrid
Ruprecht-Karls U, Heidelberg
Worcester Polytechnic Inst
Worcester Polytechnic Inst
Worcester Polytechnic InstU Victoria
U Saskatchewan
Case Western Reserve U
Goethe U Frankfurt
Goethe U Frankfurt
U Geneva
Eastern Washington U
U Alberta
UC San Diego
UIUC
UIUC
Doane College
Doane College
Doane College
U Queensland
Walter & Eliza Hall Inst Med Res
Oak Ridge National Laboratory
Oak Ridge National Laboratory
U Notre Dame
U Notre Dame
U Edinburgh
NASA Johnson Space Center
Hokkaido U
UC San Diego
TU Darmstadt
Brandon U
McGill U
McGill U
Western Washington U
UC Santa Barbara
Georgia Inst of Tech
Lawrence Berkeley Nat Lab
UCSB
U Colorado Colorado Springs
Memorial U
Lancaster U
McGill U
U Bristol
Boston College
Boston College

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

BIOL
ORGN
INOR
ORGN
ANYL
PHYS
BIOL
ENRG
MTLS
MTLS
INOR
PHYS
MTLS
PHYS
MTLS
ANYL
ANYL
ORGN
BIOL
ANYL
ANYL
ORGN
ENRG
INOR
ORGN
BIOL
HLTH
MTLS
SCTY
PHYS
ORGN
ORGN
SCTY
INOR
ORGN
INOR
MTLS
ANYL
PHYS
PHYS
ORGN
BIOL
MTLS
BIOL
ORGN
BIOL
ANYL
SCTY
SCTY
MTLS
HLTH
INOR
INOR
INOR
MTLS
MTLS
BIOL
ANYL
BIOL
MACR
PHYS
ORGN
MTLS
ENRG
ENRG
BIOL
BIOL
BIOL
ORGN
INOR
ANYL
ORGN
ORGN
INOR
INOR

235
181
1811
1308
953
1893
1065
426
995
1812
1721
349
114
600
2009
611
1100
1864
40
30
95
2548
26
1771
1420
143
440
2576
181
188
1051
1732
27
1807
1097
1157
152
899
26
1239
49
227
1888
1401
617
408
1164
59
60
390
608
452
771
1340
2196
623
85
1166
656
1599
1740
949
979
9
664
90
1353
1407
765
1267
940
305
789
1430
1977

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Bylaska, E.J.
Byun, H.
Byun, I.
Byun, S.
Byun, T.
Byun, Y.
Caaveiro, J.M.
Caaveiro, J.M.
Caaveiro, J.M.
Cabral, J.
Cabrerizo-Vı́lchez, M.
Cadot, E.
Caffarel, M.
Caglieri, S.
Cai, C.
Cai, J.
Cai, J.
Cai, X.
Cai, X.
Cai, X.
Cain, M.F.
Cairo, C.
Cairo, C.
Calabrese Barton, S.
Call, A.
Callari, M.
Callari, M.
Camarero, J.A.
Camden, J.
Cameron, A.R.
Cameron, R.
Cameron, R.
Camesano, T.A.
campagna, s.
campagna, s.
Campbell, A.S.
Campbell, P.G.
Campbell, R.E.
Campbell, R.E.
Campeau, L.
Campeau, L.
Campos Seijo, B.
Canal, J.P.
Canary, J.
Canas-Carrell, J.E.
Cann, N.M.
Cannon, C.L.
Cano, A.M.
Canongia Lopes, J.
Cantillo, D.
Cao, B.
Cao, D.
Cao, H.
Cao, J.
Cao, J.
Cao, J.
Cao, L.
Cao, S.
Cao, T.V.
Cao, W.
Cao, W.
Cao, W.
Cao, W.
Cao, X.
Cao, X.
Cao, Y.
Cao, Z.
Capon, R.J.
Cappelli, C.
Cappelli, C.
Capretta, A.
Capriati, V.
Caputo, C.A.
Caravan, P.
Caravan, P.

PNNLAndong National U
Hanyang U
SEOUL NATIONAL U
KAISTSeoul National U
U Tokyo
U Tokyo
U TokyoU OtagoU Granada
U Versailles St. Quentin
CNRS and U Toulouse
U Tech Nac
Nanjing U, Sci Tech
U South Florida
U South Florida
Nat U Singapore
Nat U Singapore
Nat U Singapore
U Hawaii at Manoa
U Alberta
U Alberta
Michigan State U
U de Girona
U Western Sydney
U New South Wales
U Southern California
U Notre Dame
U Prince Edward Island
U.S. Department of Agriculture
USDA/ARS
Worcester Polytechnic InstU messina
U messina
Ancora Pharmaceuticals
INRS, U du Québec
U Alberta
U Alberta
Merck Research Laboratories
Merck Research Laboratories
American Chemical Society
Simon Fraser U
New York U
Texas Tech U
Queen’s U
Texas A&M Health Sci Center
Texas Tech U
Inst Superior Tech, U Lisbon
U GrazYamaguchi U
Beijing U Chem Techy
Oak Ridge National Laboratory
MIT
MIT
MIT
U Toronto
Shanghai U
HT Biotechpharma
Tsinghua U
Shanghai U
Shanghai U
Shanghai U
U Cincinnati
East China U Sci TechU Alberta
U Hawaii at Manoa
U Queensland
U PisaU PisaMcMaster U
U di Bari “Aldo Moro”
U New Hampshire
Massachusetts General Hospital
Massachusetts General Hospital

PHYS
ENVR
MTLS
ORGN
MACR
MTLS
HLTH
INOR
BIOL
HLTH
PHYS
MTLS
PHYS
PHYS
ORGN
ORGN
BIOL
MACR
MACR
MACR
INOR
ORGN
BIOL
ANYL
ENRG
HLTH
MACR
MACR
PHYS
PHYS
ENVR
ENVR
BIOL
INOR
INOR
BIOL
ENVR
ORGN
BIOL
ORGN
ORGN
SCTY
SCTY
ORGN
ENVR
PHYS
INOR
ENVR
SCTY
ORGN
ORGN
MTLS
MTLS
PHYS
PHYS
PHYS
INOR
MTLS
BIOL
MACR
ORGN
ORGN
ORGN
PHYS
PHYS
ANYL
ANYL
BIOL
ORGN
PHYS
ORGN
INOR
ENRG
HLTH
HLTH

1659
213
2394
382
1287
213
85
1120
935
487
1003
1309
1401
1318
1782
2734
674
1396
1397
1398
2026
1708
1434
776
170
303
300
1516
245
1309
780
908
492
1408
1426
393
566
1710
465
2307
2709
32
307
47
833
1600
1581
830
391
577
1564
473
2031
31
733
1452
408
1882
978
1187
899
900
901
384
516
307
574
428
154
482
793
1764
481
504
620

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–313

NAME INDEXCárdenas, D.J.
Cardinal, S.
Carey, B.J.
Carey, B.J.
Carey, B.J.
Caricato, M.
Carim, A.
Carlen, E.
Carlos, L.
Carmona, R.C.
Carnaroglio, D.
Carne-Sanchez, A.
Caron, A.
Caron, F.
Carpenter, C.
Carpentier, C.
Carpes, S.T.
Carrascosa, L.G.
Carrera, D.E.
Carrera, E.I.
Carrier, D.
Carrington, T.
Carroll, F.A.
Carroll, V.N.
Carter, D.
Carter, E.A.
Carter, E.A.
Carter, G.
Carter, K.R.
Caruso, J.
Casadevall, C.
Casey, W.H.
Cassani, C.
Castellano, F.N.
Castellano, F.N.
castellanos, l.
Casten, R.F.
Castle, S.L.
Castner, E.W.
Castonguay, A.
Castro Neto, A.H.
Castro, M.
Castro, M.
Catcott, K.C.
Caulton, K.
Caulton, K.
Cavalieri, F.
Cavallo, D.
Cavallo, L.
Cavallo, L.
Cave, R.J.
Cavicchi, K.
Cavinato, A.G.
Cavinato, A.G.
Cazin, C.
Cazin, C.
Cegelski, L.
Celeste, M.A.
Celina, M.C.
Ceperley, D.
Cermak, D.M.
Cermak, S.C.
Cernak, T.
Cernijenko, A.
Cha, H.
Cha, J.
Cha, J.K.
Cha, S.
Chae, S.
Chae, S.
Chae, Y.
Chagnes, A.
Chai, C.L.
Chai, C.L.
Chai, C.L.
Chailapakul, O.
Chailapakul, O.
Chaker, M.
Chakraborty, C.
Chakraborty, P.

314 –PRESENTERSU Autónoma de Madrid
U LavalRMIT URMIT URMIT UU Kansas
CaltechU Tsukuba
U AveiroState U Campinas
Milestone srl
Kyoto UU Montréal
Laurentian U
GSK
U LavalUTFPRU Queensland
Genentech
U Toronto
U Arkansas
Queen’s U
Davidson College
UC San Francisco
Pennsylvania State U
Princeton U
Princeton U
Biosortia Pharmaceuticals
U Mass, Amherst
U Cincinnati
ICIQ
U California
Gothenburg U
North Carolina State U
North Carolina State U
U Nac Columbia
WNSL Yale U
Brigham Young U
Rutgers U; State U NJ
U du Québec - INRS
Cntr Adv 2D Mtls, NUS
Benemerita U Autonoma de Puebla
Benemerita U Autonoma de Puebla
Northeastern U
Indiana U
Indiana U
U Melbourne
U Genoa
KAUST, King Abdullah U Sci Tech
KAUST, King Abdullah U Sci Tech
Harvey Mudd College
U AkronEastern Oregon U
Eastern Oregon U
U St Andrews
U St Andrews
Stanford
Justice speakers Inst
Sandia National Laboratories
U Illinois, Urbana-Champaign
Knox College
USDA-ARS
Merck
The Scripps Research Inst
Sogang U
Pusan National U
Wayne State U
Sogang U
Chonbuk National U
Chonbuk National U
Seoul National U
ENSCPNat U Singapore
Nat U Singapore
Nat U Singapore
Chulalongkorn U
Chulalongkorn U
INRS
NIMS
SRM U, Res Inst

ORGN
ORGN
MTLS
MTLS
MTLS
PHYS
MTLS
ANYL
MTLS
ORGN
MTLS
INOR
ORGN
ENVR
HLTH
ORGN
ENVR
HLTH
ORGN
INOR
MACR
PHYS
SCTY
HLTH
MTLS
PHYS
PHYS
BIOL
INOR
ANYL
INOR
MTLS
ORGN
INOR
PHYS
ORGN
PHYS
BIOL
SCTY
INOR
MTLS
PHYS
PHYS
BIOL
INOR
INOR
MTLS
MACR
INOR
BIOL
PHYS
MACR
ANYL
SCTY
INOR
ORGN
BIOL
SCTY
MACR
PHYS
ORGN
ENRG
ORGN
ORGN
ORGN
BIOL
ORGN
PHYS
MTLS
MTLS
ORGN
INOR
HLTH
ORGN
MTLS
ANYL
MTLS
ENRG
INOR
ENVR

346
1769
1319
1681
1933
1619
318
985
2779
369
184
1211
790
159
607
1653
332
704
1594
497
275
283
269
280
1510
54
1673
908
1911
591
511
2192
1020
1414
90
419
1234
673
392
163
1153
696
1188
462
887
1629
48
1492
734
1263
1271
1466
154
16
833
2321
14
113
765
1159
533
546
2688
557
1691
307
1796
211
826
827
2597
536
468
2185
2316
82
66
1029
909
172

Chakraborty, P.
Chakraborty, S.
Chalifoux, W.A.
Chalk, S.J.
Chalk, S.J.
Chalk, S.J.
Chalker, J.M.
Chambers, P.
Champagne, P.
Champagne, P.
Champagne, P.
Champion, P.
Champion, P.
Chan, A.
Chan, B.
Chan, E.W.
Chan, G.K.
Chan, G.K.
Chan, J.
Chan, J.C.
Chan, M.
Chan, P.
Chan, W.
Chan, W.
Chan, W.C.
Chan, W.C.
Chandran, A.
Chandrapala, J.
Chang, A.
Chang, B.
Chang, C.
Chang, C.
Chang, C.
Chang, C.
Chang, C.
Chang, C.
Chang, C.J.
Chang, C.J.
Chang, H.
Chang, H.
Chang, H.
Chang, H.
Chang, J.
Chang, J.
Chang, J.
Chang, J.
Chang, M.C.
Chang, S.
Chang, S.
Chang, S.
Chang, S.
Chang, T.
Chang, Y.
Changcoco, V.
Chan-Park, M.
Chan-Park, M.
Chao, A.
Chao, L.
Chao, L.
Chao, P.H.
Chao, W.
Chapman, R.N.
Chapman, R.S.
Chaput, J.
Charette, A.B.
Charette, B.J.
Chassé, W.
Chatani, N.
Chatterjee, C.
Chaturvedi, P.
Chaudhary, S.
Chaurasia, S.P.
Chavez, F.A.
Che, C.
Che, C.
Che, S.
Cheatum, C.
Cheawchan, S.
Cheeseman, J.R.
Cheetham, A.K.

SRM U, Res Inst
Birla Inst Tech & Sci, India
U Nevada, Reno
U North Florida
U North Florida
U North Florida
Flinders U
Louisiana State U
Queen’s U
Queen’s U
Queen’s U
Northeastern U
Northeastern U
U Toronto
U Sydney
U Auckland
Princeton U
Princeton U
U Illinois, Urbana-Champaign
National Taiwan U
City U Hong Kong
Monash U
U Hong Kong
U Hong Kong
U Toronto
U Toronto
Kyoto U
Victoria U
CaltechNational Central U
U British Columbia
UC, Riverside
U California
Nat Changhua U Ed
Tunghai U
Academia Siniaca
UC Berkeley
UC Berkeley
Nat Taiwan Normal U
CHUO U
Beijing Forestry U
National Taiwan U
Korea Inst Ceramic Eng & Tech
Shanghai Inst, Ceramics
KRICT
National Cheng Kung U
UC Berkeley
USDA
POSTECHKAIST (KAIST)KAIST (KAIST)POSTECHNat U Singapore
San Jose State U
Nanyang Tech U
Nanyang Tech ULouisiana State U
National Taiwan U
Kyoto UUC Los Angeles
Academia Sinica
U Georgia
Centre Sust Chem Tech
Arizona State U
U Montréal
U Manitoba
Radboud U
Osaka U
U Washington
Int St. Mary’s Hosp, Kwandong U
Malaviya Nat Inst Tech Jaipur
Malaviya Nat Inst Tech
Oakland U
U Hong Kong
U Hong Kong
Shanghai Jiao Tong U
U IowaTokyo Inst of Tech
Gaussian, Inc.
U Cambridge

ENVR
PHYS
ORGN
ANYL
SCTY
SCTY
ORGN
MTLS
MACR
ENVR
ENRG
INOR
PHYS
PHYS
PHYS
MACR
PHYS
PHYS
INOR
BIOL
INOR
ORGN
INOR
ANYL
BIOL
MTLS
BIOL
MTLS
MACR
MTLS
INOR
PHYS
BIOL
PHYS
ENVR
ORGN
INOR
BIOL
INOR
MTLS
ENVR
ANYL
MTLS
MTLS
ENRG
ENRG
MACR
MACR
ENVR
INOR
ORGN
MACR
ANYL
ORGN
HLTH
MTLS
MACR
MTLS
ORGN
HLTH
PHYS
BIOL
ORGN
HLTH
ORGN
INOR
MACR
ORGN
BIOL
HLTH
ORGN
ENRG
INOR
INOR
INOR
ORGN
PHYS
MACR
ORGN
MTLS

459
539
2368
430
28
132
1372
2392
272
122
858
876
479
1982
1493
318
1184
1402
1808
9
1188
135
364
230
951
2174
886
51
608
427
470
1899
531
317
410
2328
206
180
1649
2314
353
50
843
2806
1050
852
274
323
641
672
603
127
1082
1603
107
2460
1589
1001
1948
31
1939
606
2708
36
2399
1310
194
2133
365
20
1085
701
1792
1182
1760
51
365
736
647
155

Chellan, P.
Chen, B.
Chen, B.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, C.
Chen, D.
Chen, D.D.
Chen, E.
Chen, E.
Chen, E.
Chen, E.
Chen, F.
Chen, F.
Chen, G.
Chen, G.
Chen, H.
Chen, H.
Chen, H.
Chen, H.
Chen, H.
Chen, H.
Chen, H.
Chen, H.
Chen, H.
Chen, H.J.
Chen, I.
Chen, J.
Chen, J.
Chen, J.
Chen, J.
Chen, J.
Chen, J.K.
Chen, J.Y.
Chen, K.
Chen, K.
Chen, L.
Chen, L.
Chen, L.
Chen, L.
Chen, L.
Chen, L.
Chen, L.
Chen, L.X.
Chen, M.
Chen, M.
Chen, M.
Chen, N.
Chen, P.
Chen, P.
Chen, P.
Chen, P.
Chen, P.
Chen, P.
Chen, P.C.
Chen, Q.
Chen, Q.
Chen, Q.
Chen, R.
Chen, R.P.
Chen, S.
Chen, T.

U Warwick
U Texas, San Antonio
Xiangtan U
Fudan U
Jianghan U
Tsinghua U
Tsinghua U
Tsinghua U
National Taiwan U
Texas A&M U
Tokyo Inst of Tech
Tokyo Inst of TechU TokyoAcademia Sinica
Academia Sinica
Chinese Academy of ScisPNNLNat Center Nano & Tech of China
Nat Center Nano & Tech of China
Beijing Inst of Tech
U British Columbia
Peking U
Colorado State U
Colorado State U
Colorado State U
China Agricultural U
Dalian Inst Chem Phys, CASs
Tsinghua U
U Hong Kong
Shanghai Jiaotong U
Hainan U,China
Nanyang Tech U
Nanjing U
Nanyang Tech U
National Tsing Hua U
National Tsing Hua U
Zhejiang U
Southern Medical U
Nanyang Tech U
UC Santa Barbara
Fudan U
Shanghai Jiao Tong U
U Arkansas
U FukuiNankai U
Stanford U
American Chemical Society
National Tsing Hua U
Chiba Inst of Sci
Northwestern U
Northwestern U
Zhengzhou Tobacco Res Inst, CNTC
Rice U
Fujian Inst Res Struct Matter, CAS
Tsinghua U
Texas A&M U
Northwestern U
Shanghai Adv Res Inst, CAS
National Central U
National Taiwan U
Soochow U
Academia Sinica
Peking U
Cornell U
Cornell U
Peking U
Dalian Inst Chem Phys
National Cheng Kung U
Ewha Womans U
U Washington
Zhejiang U
National Chung Hsing U
Academia Sinica
Jiangnan U
Ningbo Inst Mtls Tech & Eng

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

INOR
INOR
ENVR
MACR
ENVR
ORGN
ENVR
ENVR
MACR
MACR
ORGN
ORGN
HLTH
BIOL
MACR
ORGN
ORGN
MTLS
MTLS
MACR
ENVR
MACR
INOR
MACR
MACR
ENVR
ENRG
ENRG
PHYS
ANYL
ENVR
ORGN
ANYL
MACR
MACR
MTLS
MACR
HLTH
INOR
BIOL
PHYS
PHYS
ANYL
ANYL
ENRG
HLTH
SCTY
ORGN
MTLS
MACR
MACR
ENVR
ENRG
INOR
MACR
ENVR
PHYS
ANYL
MTLS
ENVR
ORGN
MTLS
HLTH
PHYS
PHYS
BIOL
ENRG
ENRG
ORGN
PHYS
BIOL
MTLS
BIOL
ENVR
MTLS

387
1457
678
18
523
2493
255
543
1192
183
330
991
706
755
501
275
1459
104
795
980
680
1319
198
64
119
105
920
135
1681
648
669
643
888
1199
1317
403
1650
663
646
257
1983
1690
135
519
529
572
6
1098
2417
914
1042
337
304
1460
1190
248
215
609
487
191
1642
141
689
793
932
407
519
812
1328
1979
346
692
1138
452
377

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Chen, V.
Chen, V.
Chen, V.
Chen, W.
Chen, W.
Chen, W.
Chen, W.
Chen, W.G.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, X.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.
Chen, Y.I.
chen, z.
Chen, Z.
Chen, Z.
Chen, Z.
Chen, Z.
Chen, Z.
Chen, Z.
Chen, Z.
Chen, Z.
Cheng, A.
Cheng, C.
Cheng, G.
Cheng, H.
Cheng, H.
Cheng, H.
Cheng, H.
Cheng, H.
Cheng, H.
Cheng, H.N.
Cheng, H.N.
Cheng, J.
Cheng, J.
Cheng, J.
Cheng, J.
Cheng, J.
Cheng, K.
Cheng, L.
Cheng, M.
Cheng, M.
Cheng, P.
Cheng, R.
Cheng, S.Z.
Cheng, S.Z.
Cheng, T.
cheng, w.
Cheng, X.

U New South WalesU New South WalesU New South Wales
Zhejiang U
U AkronU Texas, Arlington
National Sun Yat-Sen UMIT
Xiamen U
U California-Davis
Xiamen U
Nanyang Tech U
Nanyang Tech U
Jilin UInst Plant Phys & Ecology
National Insts of HealthNational Insts of HealthYellow River Conservancy Tech
Fudan U
Changzhou U
Changzhou U
Peking U
Wuhan UWuhan UWuhan UU British Columbia
Henan Normal U
Changchun Inst Appl Chem, CAS
Shanghai Inst Org Chem
Shanghai Inst Org Chem
Academia Sinica
Academia Sinica
U Alberta
Sichuan U
Nnakai U
Nankai U
U British Columbia
Tsinghua U, P.R.China
Deakin U
Northwest A&F U
U Michigan
U Michigan
Chinese U Hong Kong
Chinese U Hong Kong
Osaka U
Fujian Inst Res Struct Matter, CAS
Renmin U China
Wuhan U
Kyoto U
Northwestern U
NISTSouth China U Tech
Zhejiang U
Inst Metal ResearchInst Metal Research
China U GeoScis, WuHan
China U GeoScis, WuHan
USDA
USDA, Agri Res Serv
U Illinois, Urbana-Champaign
Inst Phys, Chinese Academy
Purdue U
U Aberdeen
U Aberdeen
SUNY-ESF
U ArizonaHong Kong Polytech U
Hong Kong Polytech U
National Defense Medical Center
National Taiwan U
U AkronU AkronNanyang Tech U
Academia Sinica, Taiwan
Yunnan U

SCTY
MACR
MTLS
INOR
MACR
MTLS
ENVR
MTLS
ANYL
ORGN
MTLS
MTLS
MTLS
ENRG
ENVR
HLTH
HLTH
ENVR
ANYL
ENVR
ENVR
BIOL
MACR
MACR
MACR
HLTH
ENRG
MTLS
INOR
INOR
MTLS
ANYL
ANYL
ORGN
ORGN
MTLS
BIOL
BIOL
MTLS
ORGN
MACR
PHYS
HLTH
ENVR
MTLS
MTLS
ORGN
ANYL
MTLS
ORGN
MTLS
MACR
ENVR
MTLS
MTLS
ENRG
ENRG
MACR
MACR
HLTH
MTLS
ANYL
PHYS
ENRG
ENRG
ENVR
ANYL
ENVR
BIOL
BIOL
MACR
MTLS
MTLS
BIOL
MTLS

105
1574
1027
1200
190
986
43
228
378
2334
2481
234
1154
776
30
195
589
293
680
584
656
176
1413
1414
1415
255
521
207
128
1669
401
393
471
1674
881
2763
812
44
2841
2417
691
338
509
627
1061
1053
856
38
2607
626
2465
163
428
1741
2455
187
372
1060
1304
701
1097
866
1669
404
25
84
389
232
741
1202
1107
345
2482
1186
2579

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–315

NAME INDEX
Cheng, X.
Cheng, X.
Cheng, Y.
Cheng, Y.
Cheng, Y.
Cheng, Z.
Chengwei, L.
Chen-Yang, Y.
Chen-Yang, Y.
Cheon, Y.
Cheong, S.
Chernichenko, K.
Chernyak, N.
Chernyak, V.Y.
Cheruzel, L.
Chessari, G.
Chester, A.
Chesworth, R.
Chevrier, M.
Chew, R.
Chi, C.
Chi, C.
Chi, D.
Chi, L.
Chi, L.
Chi, Y.
Chi, Y.
Chi, Y.
Chi, Y.
Chi, Y.
Chiang, C.
Chiang, W.
Chiang, W.
Chiba, K.
Chiba, M.
Chiba, T.
Chiba, T.
Chiba, T.
Chiba, Y.
Chibotaru, L.
Chien, P.
Chien, P.
Chiew, J.
Chikamatsu, A.
Chikamori, N.
Chikayama, Y.
Chile, L.
Chimni, S.S.
Chimni, S.S.
Chin, I.
Chin, Y.
Chin, Y.
Chin, Y.
Chinapang, P.
Chinn, S.C.
Chirik, P.J.
Chirik, P.J.
Chiu, C.
Chiu, D.
Chiu, H.
Chiu, H.
Chiu, H.
Chiu, L.
Chivers, P.
Chivers, T.
Chiyoda, T.
Cho, A.
Cho, B.
Cho, B.
Cho, C.
Cho, C.
Cho, C.
Cho, C.
Cho, E.
Cho, I.
Cho, J.
Cho, J.
Cho, J.
Cho, K.
Cho, K.

316 –PRESENTERS

Oak Ridge National Laboratory
Sun Yat-Sen U
National Taiwan U
National Taiwan U
Huanzhong Agri U
Soochow U
Hokkaido U
Chung Yuan Christian U
Chung Yuan Christian U
Gyeongsang National U
U New South WalesU Helsinki
Northwestern U
Wayne State U
San Jose State U
Astex Pharmaceuticals
Simon Fraser U
EpizymeInstitut Charles Gerhardt
Nanyang Tech U
Nat Taiwan U Sci TechNat U Singapore
Sogang U
Soochow U
Soochow U
Nanyang Tech U
Nanyang Tech U
National Tsing Hua U
National Tsing Hua U
National Tsing Hua U
U Tokyo
Nat Taiwan U Sci Tech
Nat Taiwan U Sci Tech
Kwansei Gakuin U
Yokohama City U
Yamagata U
Waseda U
Hokkaido U
Kyoto UKu Leuven
Tokyo U, Med & Dental
Tokyo U, Med & Dental
Nanyang Tech U
U TokyoTokyo U Sci
NIT, Nara Col
U British Columbia
Guru Nanak Dev U
Guru Nanak Dev U
Inha UU Toronto
U Toronto
U Toronto
Inst for Molecular Sci
Lawrence Livermore Nat Lab
Princeton
Princeton
National Taiwan U
U Washington
National Taiwan U
National Cheng Kung U
National Tsing Hua U
U TokyoDurham U
U CalgaryTokyo U Sci
Korea U
Chosun U
Korea U
Hanyang U
Gyeongsang National U
Hanyang U
Chungnam National U
Chung-Ang U
Ewha Womans U
DGISTTokyo Inst of Tech
Yeungnam U
KIST
Ewha Womans U

PHYS
MTLS
PHYS
PHYS
ENVR
MACR
BIOL
MTLS
ENRG
MTLS
MTLS
INOR
MTLS
PHYS
INOR
HLTH
PHYS
HLTH
MACR
INOR
MTLS
ORGN
HLTH
MTLS
MTLS
ORGN
ORGN
INOR
INOR
MTLS
ENRG
MTLS
MTLS
ANYL
ORGN
MTLS
ENVR
BIOL
ORGN
PHYS
ANYL
PHYS
INOR
MTLS
PHYS
MTLS
MACR
ORGN
ORGN
MACR
ORGN
ENRG
ENRG
INOR
MACR
INOR
ORGN
ORGN
ANYL
ENVR
BIOL
MTLS
ANYL
BIOL
INOR
MTLS
PHYS
MTLS
ANYL
ENRG
MTLS
ORGN
MTLS
ORGN
ENVR
INOR
MTLS
MTLS
ENRG
PHYS

1803
587
982
1457
362
389
721
1769
446
2361
131
194
671
737
875
10
1238
613
171
1938
2136
1382
274
466
2267
189
1771
1105
1219
391
230
1396
1917
461
1232
1583
143
1018
2105
97
286
306
634
2519
658
1780
476
179
2281
964
176
944
1025
1886
760
59
196
1738
113
292
735
2287
870
1230
1910
902
1552
1703
122
332
2335
262
1991
338
478
379
2608
2339
469
805

Cho, K.
Cho, M.
Cho, M.
Cho, N.
Cho, S.
Cho, S.
Cho, S.
Cho, W.
Cho, W.
Cho, Y.
Cho, Y.
Cho, Y.
Cho, Y.
Cho, Y.
Chockalingam, R.
Chockalingam, R.
Choe, W.
Choe, Y.
Choengchan, N.
Choi, A.
Choi, B.
Choi, B.
Choi, B.
Choi, C.
Choi, D.
Choi, D.H.
Choi, E.
Choi, E.
Choi, E.
Choi, E.
Choi, G.
Choi, G.
Choi, G.
Choi, H.
Choi, H.
Choi, H.
Choi, H.
Choi, H.
Choi, I.
Choi, J.
Choi, J.
Choi, J.
Choi, J.
Choi, J.
Choi, J.
Choi, J.
Choi, J.
Choi, J.
Choi, K.
Choi, K.
Choi, K.
Choi, K.
Choi, K.
Choi, K.
Choi, K.
Choi, K.
Choi, M.
Choi, M.
Choi, M.
Choi, M.
Choi, M.
Choi, M.
Choi, S.
Choi, S.
Choi, s.
Choi, S.
Choi, S.
Choi, S.
Choi, S.
Choi, S.
Choi, S.
Choi, T.
Choi, T.
Choi, W.
Choi, W.
Choi, Y.
Choi, Y.
Choi, Y.
Choi, Y.
Choi, Y.

Hanyang U
KOREA U
Sungkyunkwan Uerstiy
Nanyang Tech U
POSTECHNat Inst Food Drug Safety
Chonnam National U
Korea Inst of Energy Research
Chungnam National U
Hanyang U
Pusan National U
Tohoku U
Kwangwoon U
Kyungpook National U
Indian Inst Tech Madras
Indian Inst Tech Madras
UNIST
Sungkyunkwan U, Samsung Med Cntr
King Mongkut Inst Tech, Ladkrabang
Sogang U
Seoul Women’s U
Seoul Women’s U
KAISTSunchon National U
Kyung Hee U
Korea U
Kumoh Nat Inst Tech
Seoul National U
Chung-Ang U
Chung-Ang U
Princeton U
Ewha Womans U
U SeoulGyeongsang National U
Inha UU Texas, Arlington
U Texas, Arlington
Hanyang U
Konkuk U
Sogang U
Hankuk U Foreign Studies
pusan national U
Hankuk U Foreign Studies
Korea Inst of Toxicology
Korea U
KAIST
seoul national U
Korea U
Seoul National U
Seoul National U
U Wisconsin-Madison
U Wisconsin-Madison
Seoul National U
Korea Inst Ind Tech
Korea Inst Ind Tech
Korea Res Inst Chem Tech
SKKU
SKKU
SKKU
Chungbuk national Uesity
Gyeongsang National U
Chung-Ang U
Seoul National U
Hanyang U
Gyeongsang National U
Seoul National U
Yonsei U
Kyung Hee U
Ewha Womans U
Ewha Womans U
UNIST (UNIST)
Seoul National U
Seoul National Unversity
POSTECHKIST
Gyeongsang national U
Yonsei Ucersity
KAERI
Chungnam National U
Yonsei U

ORGN
ORGN
MACR
MTLS
ORGN
ANYL
PHYS
MTLS
MTLS
MTLS
PHYS
ANYL
ORGN
ANYL
MACR
MACR
MTLS
HLTH
ANYL
BIOL
ENVR
ENVR
BIOL
MACR
MTLS
MACR
MTLS
MTLS
ORGN
MTLS
ORGN
MTLS
ENVR
MACR
ENRG
ENVR
MTLS
MTLS
MTLS
BIOL
ORGN
PHYS
ORGN
ENVR
ORGN
BIOL
MTLS
MTLS
MTLS
ORGN
PHYS
ENRG
ENVR
MACR
ORGN
SCTY
ORGN
ORGN
ORGN
ORGN
PHYS
ORGN
BIOL
MACR
BIOL
MTLS
MTLS
MTLS
HLTH
HLTH
PHYS
MTLS
MACR
MTLS
ENRG
MACR
ORGN
BIOL
BIOL
MTLS

1566
158
504
1004
1595
402
1302
1477
1773
1469
1352
1156
383
59
108
226
39
218
539
1371
327
328
759
1292
728
77
2871
838
721
1395
1024
1340
897
565
390
370
2488
765
2609
1076
364
648
363
653
1596
402
773
1028
2463
386
1448
1040
857
312
412
292
2508
2509
2515
524
256
832
866
311
1173
1458
588
2610
353
375
1040
2767
238
2219
630
566
1961
882
598
2027

Choi, Y.
Choi, Y.
Choi, Y.
Choi, Y.
Chojnacka, M.
Chong, C.
Choo, J.
choong, p.
Chor, B.
Chorghade, M.S.
Chorghade, M.S.
Chorghade, M.S.
Chou, C.
Chou, J.
Chou, P.
Chou, S.
Choudhary, H.
Choudhary, H.
Chow, C.S.
Chow, T.J.
Choy, C.J.
Christ, E.
Christe, K.O.
Christensen, R.
Christian, G.D.
Christopher, L.
Christopher, L.
Christopher, L.
Christopher, P.
Christou, G.
Christou, G.
Chruma, J.J.
Chu, C.
Chu, C.
Chu, H.
Chu, I.
Chu, J.
Chua, D.H.
Chuah, J.
Chuang, W.
Chuankrerkkul, N.
Chuaychob, S.
Chubarian, G.
Chujo, Y.
Chun, D.
Chung, C.
Chung, C.
Chung, D.
Chung, E.
Chung, J.
Chung, K.
Chung, P.
Chung, S.
Chung, S.
Chung, W.
Chung, Y.
Church, A.T.
Ciborowski, P.
Cifelli, J.
Cifuentes, M.
Cina, J.A.
ciou, y.
Cirera, B.
Cisneros, B.T.
Citterio, D.
Cizewski, J.A.
Cizmas, L.
Clardy, J.
Clardy, J.
Clark, A.E.
Clark, H.A.
Clark, J.S.
Clark, J.S.
Clark, L.
Clark, M.

KAIST
Inha UU of Seoul
Seoul National U
U Toronto
Nanyang Tech U
Hanyang U
Nat U Singapore
Nanyang Tech U
THINQ Pharma
THINQ Pharma
THINQ Pharma
U Waterloo
Florida Gulf Cost U
National Cheng Kung U
Academia Sinica
JAIST
JAIST
Wayne State U
Academia Sinica
Washington State U
Johannes Guteberg-U Mainz
U Southern California
Bowdoin College
U Washington
Lakehead U
Lakehead U
Lakehead U
UC Riverside
U Florida
U Florida
Sichuan U
U Illinois, Urbana-Champaign
CaltechThe Scripps Research InstU Hong Kong
Stanford U
Nat U Singapore
RIKEN
National Cheng Kung U
Chulalongkorn U
Prince of Songkla U
Texas A&M U
Kyoto U
Korea Inst of Energy Research
Tokyo Inst of Tech
Pukyong National U
Seoul National U
Seoul Nat U, College Med
Soongsil U
KIST
UC Berkeley
Lawrence Berkeley Nat Lab
Pusan National U
National Chiao Tung U
Seoul National U
Deakin U
U Nebraska, Med
UC San Diego
Australian National U
U OregonU
IMDEA NANOSci
UC San Diego
Keio U
Rutgers U
Texas A&M, Public Health
Harvard Medical School
Harvard Medical School
Washington State U
Northeastern U
U Glasgow
U Glasgow
U St Andrews
Southern Cross U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
ENRG
ENVR
BIOL
ORGN
INOR
ANYL
ORGN
MTLS
SCTY
ORGN
ENRG
BIOL
ENVR
ENVR
BIOL
MTLS
ENRG
ORGN
ORGN
HLTH
MACR
INOR
PHYS
ANYL
MACR
BIOL
ENRG
PHYS
INOR
PHYS
ORGN
BIOL
ORGN
ORGN
PHYS
BIOL
MTLS
MTLS
BIOL
ENRG
MTLS
INOR
MACR
ENRG
BIOL
ENVR
ANYL
MTLS
MACR
ENRG
ENRG
MTLS
MTLS
ORGN
ORGN
PHYS
ENVR
HLTH
INOR
PHYS
ANYL
ORGN
BIOL
ANYL
PHYS
ENVR
ORGN
BIOL
INOR
ANYL
ORGN
ORGN
MTLS
SCTY

322
388
793
668
2389
1920
40
1897
813
314
2689
80
390
177
508
1424
37
933
60
737
160
667
1398
897
11
280
144
575
809
541
102
2292
1267
507
558
1694
122
1229
1106
760
814
2344
1575
46
241
123
774
46
1756
963
530
864
917
2138
1099
921
1554
528
356
700
2053
998
1557
403
1106
967
249
1080
1216
1504
688
122
2409
1263
252

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Clark, R.
Clark, S.B.
Clark, S.B.
Clarke, M.O.
Clarke, O.R.
Clarke, R.M.
Claussen, L.
Clegg, J.K.
Clegg, J.K.
Clegg, S.M.
Clemmer, D.E.
Clennan, E.L.
Clerac, R.
Clifton, J.
Cloke, G.
Cloke, G.
Clot, E.
Clough, A.
Co, A.
Coats, J.R.
Cobb, G.
Cochran, J.
Cockrell, A.L.
Cogdell, R.
Cohen, A.E.
Cohen, B.E.
Cohen, S.
Cohen, S.
Cohen, S.
Cojocaru, L.
Coker, D.F.
Coker, D.F.
Coker, D.F.
Colacino, E.
Colacino, E.
Colacino, E.
Colacino, E.
Cole, C.M.
Cole, J.
Cole, J.
Cole, R.
Coleman, H.
Coles, M.P.
Coles, M.P.
Cölfen, H.
Collett, J.L.
Collier, T.L.
Collins, M.A.
Collins, S.
Colman, B.P.
Colombo, C.
Colombo, E.
Colussi, A.J.
Colyer, C.L.
Comba, P.
Cometto, F.P.
Comotti, A.
Concina, I.
Condon, B.
Conejero, S.
Cong, Q.
Conley, J.
Conley, K.
Consta, S.
Constable, D.C.
Constable, D.C.
Constable, D.C.
Contel, M.
Continetti, R.
Cook, R.
Cook, R.
Cooper, M.A.
Cooper, M.M.
Cooper, M.M.
Cooper, T.M.

RMIT UPNNL
PNNLVictorian Cntr Sust Chem Manufac
Saint Mary’s U
Simon Fraser U
U Oklahoma
U Queensland
U Queensland
Los Alamos National Laboratory
Indiana U
U Wyoming
CNRS, CRPP, UPR 8641
U Bristol
U Sussex
U Sussex
U Montpellier
Oklahoma State U
The Ohio State U
Iowa State U
Baylor U
RestekNaval Research Laboratory
U Glasgow
Harvard U
Lawrence Berkeley Nat Lab
U.C. San Diego
U.C. San Diego
U.C. San Diego
U Tokyo
Boston U
Boston U
Boston U
U Montpellier
U Montpellier
U Montpellier
U Montpellier
UC San DiegoU Cambridge
U Cambridge
U IowaSyracuse U
Victoria U, Wellington
Victoria U, Wellington
U Konstanz
Colorado State U
Advion Inc
W West Indies
U Montréal
Duke U
Simon Fraser U
U Melbourne
CALTECH
Wake Forest U
Heidelberg U
Max Planck, EPFL Lab Molec Nano
U Milano Bicocca
U Brescia & CNR-INO Sensor Lab
USDAInst de Invest Quimicas, CSIC
Jilin U
Oregon State U
McGill U
U Western Ontario
American Chemical Society
American Chemical Society
American Chemical Society
Brooklyn College
UC San DiegoLouisiana State U
Louisiana State U
U Queensland
Michigan State U
Michigan State U
Air Force Research Laboratory

MTLS
ENVR
ENVR
SCTY
ANYL
INOR
INOR
INOR
ORGN
ANYL
ANYL
ORGN
INOR
INOR
INOR
INOR
INOR
MACR
ENRG
ENVR
ENVR
ANYL
MACR
ENRG
BIOL
MTLS
INOR
MTLS
MTLS
MTLS
PHYS
PHYS
BIOL
ORGN
ORGN
ORGN
ORGN
BIOL
MTLS
MTLS
SCTY
ENRG
INOR
INOR
MACR
PHYS
HLTH
BIOL
ORGN
ENVR
BIOL
MTLS
PHYS
ANYL
INOR
MTLS
INOR
ENRG
MACR
INOR
ANYL
MTLS
ENVR
PHYS
SCTY
SCTY
ENVR
INOR
PHYS
ENVR
ENVR
HLTH
SCTY
SCTY
INOR

1321
277
558
259
321
1906
1327
50
2377
1117
169
730
1382
912
323
2056
2059
198
615
38
276
1076
761
283
966
2787
263
30
2017
1829
732
1678
6
85
301
302
927
646
298
356
198
21
1158
1780
1147
1500
63
501
576
827
607
306
1759
146
143
2713
503
639
307
841
329
964
521
2007
127
357
15
1761
1710
513
590
285
125
244
371

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–317

NAME INDEX
Cooper, W.J.
Coote, M.L.
Coote, M.L.
Corbett, D.B.
Corbett, P.J.
Corbo, R.
Corcelli, S.
Cordaro, J.G.
Cordero, D.
Córdova, A.
Corgnale, C.
Corkhill, C.L.
Corkhill, C.L.
Corminboeuf, C.
Corn, R.M.
Cornelis, G.
Cornelissen, J.J.
Cornell, B.A.
Cornish, V.
Cornuault, V.
Coronado, E.
Coronado, E.
Coronado, E.
Coronado, G.
Corradi, V.
Corrigan, J.F.
Corrigan, J.F.
Cosa, G.
Cosa, G.
Cosa, G.
Cossar, P.
Costantini, G.
Cotarca, L.
Cote, D.
Cote, G.
Cottet, H.
Couch, K.D.
Coudret, C.
Cowan, J.A.
Cowan, M.G.
Cowan, M.G.
Cowan, M.G.
Cox, C.R.
Cox, M.B.
Crabtree, H.J.
Craig, D.
Craik, D.
Craik, D.
Cramer, C.
Cramer, N.
Crampton, K.T.
Crans, D.C.
Crans, D.C.
Crans, D.C.
Cravatt, B.F.
Crawford, C.L.
Crawford, D.E.
Crawford, J.R.
Cremer, P.
Cremer, P.
Crepin, C.
Crestini, C.
Crestini, C.
Crews, C.M.
Crich, D.
Crisenza, G.E.
Crittenden, D.L.
Croce, R.
Cronin, L.
Cronin, L.
Cronin, L.
Crooks, R.M.
Crooks, R.M.
Crosby, A.J.
Crosby, G.A.
Cross, T.
Crowder, M.W.
Crowder, M.W.
Crowley, J.D.
Crowley, J.D.

318 –PRESENTERS

UC Irvine
Australian National U
Australian National U
SUNY-ESF
Imperial College London
La Trobe U
U Notre Dame
Sandia National Laboratories
Barry UMid Sweden U
Savannah River Nat Lab
U Sheffield
U Sheffield
Ecole Polytech Fed de Lausanne
UC Irvine
U Gothenburg
U Twente
Surgical Diagnostics Pty Ltd
Columbia U
U Leeds
U Valencia
U de Valencia
U Valencia
Pima Community College
U Calgary
U Western Ontario
U Western Ontario
McGill U
McGill U
McGill U
U Newcastle
U Warwick
ZAMBON COMPANYU LavalENSCPU Montpellier
Cal State U, Long Beach
CNRS U Toulouse Paul Sabatier
The Ohio State U
CU Boulder
CU Boulder
CU Boulder
Colorado School of Mines
U Texas at El Paso
HJC Consulting
U Winnipeg
U Queensland
U Queensland
U Minnesota
EPFL
U California Irvine
Colorado State U
Colorado State U
Colorado State U
The Scripps Research Inst
Savannah River Nat Lab
Queen’s U Belfast
TRIUMF
Penn State U
Penn State U
ISMO-CNRS, U Paris Sud
Tor Vergata U
Tor Vergata U
Yale U
Wayne State U
U Bristol
U Canterbury
VU U Amsterdam
U Glasgow
U Glasgow
U Glasgow
U Texas, Austin
U Texas, Austin
U Mass, Amherst
Concordia U
Florida State U
Miami U
Miami UU OtagoU Otago

ENVR
PHYS
MTLS
ENRG
INOR
INOR
PHYS
MACR
ORGN
ORGN
ENRG
ENVR
ENVR
PHYS
ANYL
ENVR
BIOL
MTLS
BIOL
ENVR
INOR
MTLS
MTLS
SCTY
PHYS
INOR
INOR
ORGN
ORGN
PHYS
HLTH
MTLS
ORGN
PHYS
INOR
ANYL
ENVR
MTLS
INOR
INOR
MTLS
MTLS
ANYL
BIOL
ANYL
ANYL
MACR
BIOL
PHYS
ORGN
PHYS
MTLS
ORGN
MTLS
HLTH
ENVR
ORGN
HLTH
PHYS
MTLS
PHYS
ENVR
ENRG
HLTH
ORGN
ORGN
PHYS
BIOL
PHYS
BIOL
MTLS
ANYL
MTLS
MACR
INOR
BIOL
HLTH
BIOL
INOR
INOR

77
350
2259
305
1332
1635
1996
766
300
1032
717
484
755
994
478
593
958
1197
764
777
1169
169
2469
114
1609
676
1392
567
1709
343
246
2715
1456
2058
298
72
569
1867
78
508
1023
1190
1058
923
578
850
1515
680
348
1792
1198
1637
1492
2590
567
768
186
134
2095
1194
773
396
905
563
1809
2698
1878
195
1417
192
2593
1098
1890
827
862
271
150
1427
231
785

Crudden, C.
Crudden, C.
Cubuk, J.
Cui, D.
Cui, D.
Cui, G.
Cui, H.
Cui, H.
CUI, H.
Cui, Q.
Cui, S.
Cui, X.
CUI, X.
Cui, Y.
Cui, Y.
Cullen, D.M.
Culver, S.P.
Cummins, C.
Cummins, C.
Cummins, M.C.
Cundari, T.
Cundiff, S.
Cunningham, J.C.
Cunningham, M.
Cunningham, M.
Cunningham, M.
Cunningham, W.
Curiel Tejeda, J.E.
Curotto, E.
Curran, D.P.
Curtiss, L.A.
Curtze, A.
Custelcean, R.
Cutler, J.
Cwiertny, D.M.
Czako, B.
Czermak, P.
Czermak, P.
Czermak, P.
Da Silva, E.
da Silva, G.
da Silva, R.S.
da Silva, R.S.
Dabdub, D.
Dabo, I.
D’Agosto, F.
Dahn, J.
Dai, F.
Dai, F.
Dai, F.
Dai, H.
Dai, H.
Dai, J.
Dai, J.
Dai, L.
Dai, L.
Dai, M.
Dai, S.
Dai, S.
Dairi, T.
Dale, E.J.
D’Aléo, A.
D’Alessandro, D.M.
Daley, E.N.
Dalisay, D.S.
Dallwig, J.A.
Dalnoki-Veress, K.
Dalton, L.R.
Daly, N.
Dam, H.
Dam, H.
Damavandi, M.
Dambournet, D.
Damha, M.J.
Dan, K.
Dandy, D.S.
Daneault, C.
dang, l.
dang, l.
Dangi, B.B.

Queen’s U
Queen’s U
Stockton U
Changchun Inst Appl Chem, CAS
Changchun Inst Appl Chem, CAS
Chinese Academy of Scis
Johns hopkins U
Johns hopkins U
RIKEN
U Wiscon, Madison
Southwest Jiaotong U
U Sci Tech, China
Kyushu U
Stanford U
Stanford U
Whitehall High School
U Southern California
MIT
MIT
UC Los Angeles
U North Texas
U Michigan
U Texas, Austin
Queen’s U
Queen’s U
Queen’s U
U BathWestern U
Arcadia U
U Pittsburgh
Argonne Natl Lab
The Ohio State U
Oak Ridge National Laboratory
Canadian Light Source Inc.
U IowaMD Anderson Cancer Center
U Appl Sci Giessen
U Appl Sci Giessen
U Appl Sci Giessen
Det Nationale Foskingscenter
U Melbourne
U Sao PauloU Sao PauloUC Irvine
Penn State U
CNRS
Dalhousie U
Fujian Inst Res Struct Matter, CAS
Fujian Inst Res Struct Matter
Toyo U
Temple U
Stanford U
Soochow U
Soochow U
Xiamen U
Genentech
Purdue U
Oak Ridge National Laboratory
Oak Ridge National Laboratory
Hokkaido U
Northwestern U
Aix Marseille U, CNRSU Sydney
U Toronto
U San Agustin
Thermo Fisher Scientific
McMaster U
U Washington
James Cook U
JAIST
JAIST
U Auckland
Sorbonne Us - UPMC
McGill U
Tohoku U
Colorado State U
U Quebec a Trois Revieres
PNNL
PNNL
U Hawaii

SCTY
INOR
MACR
INOR
INOR
ENRG
HLTH
ORGN
MTLS
PHYS
MACR
PHYS
MACR
MTLS
MTLS
SCTY
MTLS
INOR
INOR
ENRG
PHYS
PHYS
ANYL
MACR
MACR
MACR
ENRG
ORGN
PHYS
ORGN
ENRG
ORGN
ORGN
SCTY
ENVR
HLTH
MACR
MACR
MACR
MTLS
PHYS
INOR
INOR
PHYS
PHYS
MACR
MTLS
INOR
INOR
BIOL
PHYS
MTLS
INOR
MTLS
MACR
ANYL
ORGN
PHYS
MTLS
BIOL
ORGN
MACR
INOR
INOR
BIOL
BIOL
MACR
MTLS
BIOL
MTLS
MTLS
MACR
INOR
BIOL
ORGN
ANYL
ENVR
PHYS
PHYS
PHYS

77
353
331
207
1227
536
162
1457
2611
1187
475
1101
1045
1158
2550
162
1284
823
2020
194
170
827
1101
63
154
273
293
795
1764
2691
583
2587
2375
83
356
370
492
1575
1577
792
1118
1206
1789
1976
1670
780
1860
905
1418
604
794
2798
934
1673
1626
1213
1699
800
469
1153
1554
861
1510
412
667
1214
826
488
899
783
784
305
1556
686
2251
584
805
1441
1736
1935

Danheiser, R.
Daniel, P.
Danielache, S.O.
Dao, A.T.
Dao, A.T.
Dao, H.T.
Darby, B.
D’Arcy, J.
D’Arcy, J.
Darensbourg, M.Y.
Darlington, A.M.
Darmawan, N.
Das, B.C.
Das, B.C.
Das, B.C.
Das, G.
Das, S.
Dasgupta, P.K.
Dasog, M.
Dasog, M.
Data, P.
Dau, P.V.
Daub, C.D.
Daub, C.D.
Daub, C.D.
D’Auria, J.C.
David, B.
David, R.
Davidian, A.
Davidson, R.
Davies, G.H.
Davies, H.M.
Davies, H.M.
Davies, P.
Davis, A.
Davis, A.
Davis, B.G.
Davis, J.
Davis, J.
Davis, J.P.
Davis, K.J.
Davis, M.E.
Davis, M.E.
Davis, M.E.
Davis, M.E.
Davis, R.J.
Davy, C.J.
Dawes, R.
Daws, B.
Dawson, P.E.
Day, M.M.
Dayton, D.C.
De Angelis, F.
De Angelis, M.
De Angelis, M.
De Blasio, C.
De Brabander, J.K.
de Bruin, B.
de Bruin, B.
de Bruin, B.
De Cola, L.
De Cola, L.
De Feyter, S.
De Haan, D.O.
de Heer, W.
de Jong, W.A.
de Jong, W.A.
de la Mata, A.
de la Mata, A.
de la Rosa, G.
de la Rosa, G.
de la Rosa, G.
De Lara-Castells, M.
De Lara-Castells, M.
de Leseleuc, M.

MIT
U Mainz
Sophia U
JAIST
JAIST
The Scripps Research Inst
Victoria U, Wellington
U Sydney
U Sydney
Texas A&M U
U Alberta
U Munster
U Kansas, MedU Kansas, MedU Kansas, Med
Gachon U
U Kansas, MedU Texas, Arlington
CaltechCaltechDurham U
Lawrence Berkeley National Lab
NTNU
NTNU
NTNU
Texas Tech U
STFC
None
Cal State U, LA
Durham U
U Pennsylvania
Emory U
Emory UU Birmingham
U Bristol
U Bristol
U Oxford
Swinburne U Tech
Swinburne U TechU Alberta
U Wollongong
CaltechCaltechCaltechCaltechU Virginia
U Auckland
Missouri U Sci Tech
Cal State, Long Beach
The Scripps Research InstWestern Kentucky U
RTI International
CNR-ISTM
U Bologna
U Bologna
Aalto UUT Southwestern Medical Center
U Amsterdam
U Amsterdam
U Amsterdam
U Strasbourg
U Strasbourg
KU Leuven
U San Diego
Georgia Inst of Tech
Lawrence Berkeley Nat Lab
Lawrence Berkeley Nat Lab
U Alberta
U Alberta
U de Guanajuato
U de Guanajuato
U de Guanajuato
Spanish Nat Res Council
Spanish Nat Res Council
U de Montreal

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
MTLS
BIOL
ANYL
MTLS
ORGN
PHYS
PHYS
ENRG
INOR
PHYS
INOR
HLTH
HLTH
ORGN
MTLS
INOR
ANYL
MTLS
ENRG
MTLS
INOR
PHYS
PHYS
PHYS
ENVR
ENRG
PHYS
ORGN
INOR
ORGN
ORGN
ORGN
ORGN
ORGN
BIOL
BIOL
PHYS
BIOL
ANYL
INOR
HLTH
ENRG
ENRG
ENRG
ENRG
ENVR
PHYS
ENVR
BIOL
SCTY
ENRG
PHYS
MTLS
MTLS
ENRG
ORGN
INOR
INOR
INOR
MTLS
MTLS
MTLS
PHYS
MTLS
INOR
PHYS
ENVR
ENVR
ENVR
MTLS
ENRG
PHYS
PHYS
ORGN

236
2383
84
262
2035
561
533
1248
716
1953
334
1054
133
636
1150
1453
2004
116
1902
1043
2612
948
697
1510
1906
87
516
848
2055
1277
813
92
2302
34
1744
174
476
367
4
189
894
208
41
842
871
96
303
147
511
677
117
494
976
1024
1436
99
1749
1231
1530
1785
521
2450
1833
1617
1611
1966
166
598
670
663
2602
141
772
2031
2141

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)De Luca, V.
De Meo, C.
De Rache, A.
de Souza, M.
de Souza, R.M.
de Villiers, A.
De Vos, D.
de Vries, J.G.
de Vries, M.S.
de Vries, M.S.
de Vries, M.S.
De Wit, A.
De Wit, A.
De Yoreo, J.J.
Dean, D.R.
deAzevedo, E.R.
Debets, M.F.
Dec, J.
Decker, S.R.
Deckert, V.
DeCoste, J.
Dedecek, J.
Dedecek, J.
Dedecek, J.
DEDIU, V.A.
DEDIU, V.A.
Dedonder, C.
Deese, S.M.
Deffner, B.
deGruyter, J.N.
Deguchi, A.
Deguchi, T.
Deguchi, Y.
Degura, K.
Deiters, A.
Dekura, S.
Del Maestro, A.
del Pino, P.
Del Sesto, R.
Del Sesto, R.
DeLeo, P.
Delferro, M.
Delgado, B.
Delgado, E.
DeLong, H.
Demarteau, J.
Dembinski, R.
Dembowski, M.
Demchenko, A.V.
Demichelis, R.
Demichelis, R.
Deming, T.
Demirci, A.
DEMIRCI, U.B.
Demourgues, A.
Dempsey, J.L.
Dempsey, J.L.
Demura, M.
Den, W.
Den, W.
Denecke, M.A.
Deng, A.
Deng, B.
Deng, B.
Deng, H.
Deng, H.
Deng, H.
Deng, H.
Deng, L.
Deng, L.
Deng, L.
Deng, W.
Deng, Y.
Deng, Y.
Deng, Y.

Brock U
S. Illinois U, EdwardsvilleInserm
Sao Paulo State U
Federal U Rio de Janeiro
Stellenbosch U
KULeuven
Leibniz Institut Katalyse e.V.
UC Santa Barbara
UC Santa Barbara
UC Santa Barbara
U libre de Bruxelles
U libre de Bruxelles
PNNL
Virginia Tech
Iniversidade de São Paulo
Stanford U
U Silesia
Nat Renewable Energy Lab
Leibniz Inst Photo Tech
Leidos, Inc.
J. Heyrovsky Inst Phys Chem, ASCR
J. Heyrovsky Inst Phys Chem, ASCR
J. Heyrovsky Inst Phys Chem, ASCR
CNR-ISMN
CNR-ISMN
CNRS/Aix Marseille U
Louisiana State U
ETH Zürich
The Scripps Research Inst
Hiroshima U
Ochanomizu U
Tokushima U
Fukui UU Pittsburgh
Kyoto UU Vermont
CIC biomaGUNE
Dixie State U
Dixie State U
American Cleaning InstNorthwestern UIRDA
U Guadalajara
AFOSR
U Liège
Oakland U
U Notre Dame
U Missouri, St. Louis
Curtin U
Curtin U
UC Los Angeles
Pennsylvania State U
U Montpellier
ICMCB-CNRS-U Bordeaux
U North Carolina, Chapel Hill
U North Carolina, Chapel Hill
Hokkaido U
Tunghai U
Tunghai U
U Manchester
Soochow U
Inst Nuclear Chem & Phys
Peking U
Hong Kong U Sci Tech
Hong Kong U Sci Tech
Hong Kong U Sci Tech
Wuhan U
Brandeis U
Chinese Academy of Scis
Chinese Academy of Scis
Dalian Inst Chem Phys
Montclair State U
Guangdong Academy of Agri Sci
Georgia Inst of Tech

BIOL
BIOL
INOR
MTLS
ORGN
ANYL
INOR
ENRG
ANYL
PHYS
BIOL
PHYS
ENVR
ENVR
BIOL
MACR
BIOL
MTLS
ENRG
PHYS
MTLS
PHYS
ENRG
ENRG
MTLS
MTLS
PHYS
MTLS
MACR
ORGN
PHYS
MACR
ANYL
INOR
BIOL
MTLS
PHYS
MTLS
HLTH
SCTY
SCTY
INOR
MTLS
ENRG
SCTY
MACR
ORGN
MTLS
ORGN
PHYS
ENVR
MACR
ENVR
ENRG
INOR
INOR
INOR
BIOL
ENVR
MTLS
INOR
ANYL
BIOL
MTLS
MACR
MACR
MACR
MTLS
ORGN
INOR
INOR
MTLS
ENVR
HLTH
ENRG

1344
474
899
2788
114
1210
1512
487
847
257
331
1165
447
381
1160
550
659
2297
543
528
1045
698
60
895
288
523
255
2375
1059
539
1063
1638
1177
1477
1215
2139
1162
232
109
368
362
705
2221
1032
363
778
2298
2476
2423
699
377
211
136
654
2011
115
1224
107
244
2599
1691
181
1077
2766
985
1380
1381
159
1677
1437
1650
991
345
553
565

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–319

NAME INDEX
Deng, Y.
Deng, Z.
Dennison, G.H.
Denti, M.L.
Deo, K.
Derda, R.
Dergunov, S.
Dergunov, S.
DeRosa, M.C.
DeRose, V.
Dervishi, E.
Desaulniers, J.
Deshayes, K.
Deslongchamps, G.
Destarac, M.
Detellier, C.
Detering, C.
Dethier, B.
Detrembleur, C.
Devaraj, N.K.
Devaraj, N.K.
Devi, A.
Devulapalli, A.
DeWane, M.
Dewi, A.S.
Dewi, E.
DeYonker, N.J.
Dhabhai, R.
D’hooge, D.R.
Dhulst, E.
Di Giulio, R.T.
Di Lello, P.
Di Maso, M.J.
Di, Y.
Diaconescu, P.L.
Diaconescu, P.L.
Diaconescu, P.L.
Diallo, M.
Diao, X.
Diao, Y.
Dias, D.M.
Diat, O.
Dı́az de León, R.
Diaz, D.
Diaz-Cartagena, D.C.
Diaz-Diestra, D.
Diaz-Diestra, D.
Dibble, D.J.
Dibble, P.W.
Dichtel, W.
Dichtel, W.
Dichtel, W.
DiCiccio, A.M.
Dicinoski, G.
Dickerson, M.J.
Dicks, A.P.
Dickson, R.
Diehl, D.
Dietz, M.L.
Dietzek, B.
Dietzek, B.
Dietzel, P.D.
Dietzel, P.D.
Dietzel, P.D.
Dikarev, E.V.
DiLabio, G.
DiLabio, G.
DiLabio, G.A.
Dilihumaer, A.
Dilling, J.
DiMauro, L.F.
Dimitriadis, E.K.
Dinca, M.
Dinca, S.A.
Dinca, S.A.
Ding, D.
Ding, D.
Ding, D.
Ding, H.
Ding, K.

320 –PRESENTERS

Georgia Inst of Tech
Nanchang U
DSTO (DSTO)
Polyera Corporation
U Western Sydney
U Alberta
U Connecticut
U Connecticut
Carleton U
U Oregon
Los Alamos National Laboratory
U Ontario Inst Tech
Genentech Inc
U New Brunswick
Paul Sabatier U
U Ottawa
BioSolveIT Inc.
U at Albany, SUNY
U Liege
UC San Diego
UC San Diego
Ruhr U Bochum
Pusan national U
UCLA
U Queensland
BPPT, indonesia
U Memphis
U Saskatchewan
Ghent U
Northwestern U
Duke U
Genentech
UC Davis
Kyoto UUC Los Angeles
UC Los Angeles
UC Los Angeles
KAIST
Hainan U,China
Inst Process Eng, Chinese Academy
U Cambridge
ICSM
Applied Chem Res Cntr
Molecualar Sci Res Cntr
U Puerto Rico
Molecualar Sci Res Cntr
Molecualar Sci Res Cntr
UC Irvine
U Lethbridge
Cornell U
Cornell U
Cornell U
MIT
Reserve Bank of Australia
Sci & Biomed Microsystems
U Toronto
Georgia Inst of Tech
WatersU Wisconsin, Milwaukee
Leibniz Inst Photo Tech
Leibniz Inst Photo Tech
U Bergen
U Bergen
U Bergen
U at Albany, SUNYU British Columbia
U British Columbia
U British Columbia
Tokyo U, Med & Dental
TRIUMFThe Ohio State U
NIH
MIT
Syracuse U
Syracuse U
Nankai U
Nankai U
Nankai U
dalian U Tech
Chinese Academy of Scis

ENRG
HLTH
ORGN
ORGN
INOR
HLTH
MACR
MACR
BIOL
BIOL
MTLS
HLTH
ORGN
PHYS
MACR
MTLS
HLTH
ORGN
MACR
BIOL
MTLS
INOR
PHYS
SCTY
ORGN
MACR
PHYS
ENRG
MACR
MACR
ENVR
HLTH
ORGN
INOR
INOR
INOR
INOR
ENVR
ENVR
ORGN
HLTH
INOR
MACR
ANYL
ANYL
INOR
BIOL
MACR
ORGN
SCTY
ORGN
MTLS
MACR
ANYL
ANYL
SCTY
ORGN
ANYL
INOR
INOR
ORGN
INOR
INOR
ENRG
INOR
PHYS
PHYS
BIOL
HLTH
PHYS
PHYS
MACR
MTLS
PHYS
MTLS
MACR
MACR
MACR
ANYL
ORGN

566
555
775
1858
1331
90
1166
1193
1393
1395
1156
41
2456
1115
781
1178
14
1376
850
962
2555
209
647
264
1983
409
34
699
1474
479
272
146
791
551
40
1534
1667
875
669
935
47
797
151
689
615
157
318
293
682
7
1718
78
36
149
1181
256
1468
857
18
1220
1100
502
1696
1049
1542
841
1965
777
411
812
130
1101
36
1128
2613
1399
1400
1542
356
642

Ding, K.
Ding, L.
Ding, N.
Ding, S.
Ding, Y.
Ding, Z.
Dinh, H.T.
Dionysiou, D.
Dionysiou, D.
DiRocco, D.
Distefano, M.
Distefano, M.
Distefano, M.
Diwu, J.
Dixneuf, P.H.
Dixneuf, P.H.
Dixon, D.A.
Dixon, D.A.
Dixon, D.A.
Dixon, D.J.
Dixon, D.J.
Dixon, D.W.
Djenizian, T.
Djurišić, A.
Djurišić, A.
Djurišić, A.
Djurovich, P.I.
Dlhan, L.
Dluhy, R.A.
Do, C.H.
Do, H.T.
DoanThi, T.
Dobashi, A.
Dobashi, K.
Dobson, J.
Doctorovich, F.
Dodd, A.
Doe, M.
Doering, J.
Dohi, H.
Dohmen, S.
Dohno, C.
Doi, H.
Doi, M.
Doi, N.
Doi, R.
Doi, S.
Doi, T.
Doi, T.
Doi, T.
Dokainish, H.
Dolatabadi, A.
Domen, K.
Domen, K.
Donath, M.
Donath, M.
Donati, G.
Donati, G.
Doneux, T.
Dong, C.
Dong, H.
Dong, H.
Dong, H.
Dong, J.
Dong, J.
Dong, K.
Dong, L.
Dong, V.M.
Dong, W.
Dong, W.
Dong, X.
Dong, X.
Dong, X.
Dong, X.
Dong, Y.
Dong, Y.
Dong, Y.
Dong, Y.
Dong, Y.
Dong, Z.

Chinese Academy of Scis
Shaanxi Normal U
Inst Mtls Res & Eng, Singapore
Lanzhou U
U Colorado Boulder
U Western Ontario
Kyoto U
U Cincinnati
U Cincinnati
Merck
U Minnesota
U Minnesota
U Minnesota
Soochow U
U Rennes
U Rennes
U Alabama
U Alabama
U Alabama
U Oxford
U Oxford
Georgia State U
Aix-Marseille U-CNRS
U Hong Kong
U Hong Kong
U Hong Kong
U Southern California
Slovak U Tech
U Georgia
Nat Fisheries R&D Inst
Osaka Prefecture U
Tohohashi U Tech
Osaka U
Sophia U
Griffith U
UBA
Weyerhaeuser
Osaka city U
U Saskatchewan
Chiba UU Cologne
ISIR, Osaka U
Keio U
Beihang U
Gifu Pharmaceutical U
Osaka U
Okayama U Sci
Tohoku U
Tohoku U
Nagoya U
U Tokyo
Concordia U
U Tokyo
U TokyoTechnical U DresdenTechnical U Dresden
U Napoli “Federico II”
U Napoli “Federico II”
U Libre de Bruxelles
Nat Kaohsiung Maring U
Nanjing U
Nanjing U
Nanjing U
U California, Davis
Tokyo Inst of TechMichigan State U
China Acadamy Eng Phys
U California
Nanjing U, Sci Tech
Harbin Inst Tech
Chinese Academy of Scis
Donghua U
Konkuk U
Dalian Polytechnic U
China U GeoScis, WuHan
Beijing Inst of Tech
Beijing Inst of Tech
Beijing Inst of Tech
Beijing Inst of Tech
U Sci Tech, China

ORGN
ANYL
ENRG
MTLS
MACR
ANYL
BIOL
MTLS
MTLS
ORGN
BIOL
BIOL
BIOL
INOR
INOR
ORGN
INOR
INOR
PHYS
HLTH
ORGN
INOR
ENRG
MTLS
MTLS
MTLS
INOR
INOR
ANYL
SCTY
ENVR
ORGN
MACR
ORGN
PHYS
INOR
ENVR
HLTH
ENVR
ORGN
ORGN
MTLS
PHYS
MACR
MTLS
INOR
BIOL
ORGN
BIOL
MTLS
PHYS
PHYS
PHYS
MTLS
INOR
INOR
PHYS
PHYS
MTLS
ENVR
INOR
PHYS
PHYS
ANYL
ANYL
ENVR
PHYS
ORGN
ORGN
ENVR
MACR
MTLS
HLTH
ENVR
ENRG
MACR
MACR
MACR
MACR
PHYS

2447
1259
538
624
1356
894
1325
2220
2489
669
49
481
1260
1338
61
1783
1393
1692
65
609
1705
714
533
950
2127
2128
1386
988
623
17
617
309
956
323
836
1662
432
526
149
2626
2361
1131
1507
116
546
628
601
633
116
807
700
845
823
2544
1750
1929
76
1055
22
415
137
1113
1894
101
33
36
1924
2699
1688
245
1612
2084
530
477
719
1404
1405
1406
1540
527

Dongre, P.S.
Donnelly, P.S.
Donnelly, P.S.
Döntgen, M.
Döntgen, M.
Doonan, C.
Doonan, C.
Doong, R.
Doong, R.
Doong, R.
Doorn, S.K.
Dopfer, O.
Dorais, C.
Dorkó, É.
Dorman, F.
Dorn, H.C.
Dorn, H.C.
Dorr, F.
Dorrestein, P.
Dos Santos, P.C.
Dos Santos, P.C.
Dosa, P.I.
Dosoky, N.S.
Doty, F.
Dou, X.
Douberly, G.E.
Douberly, G.E.
Douberly, G.E.
Doudareva, N.
Douglas, J.F.
Douglas, J.F.
Douglas, T.
Douglas, T.
Douki, K.
Dounay, A.B.
Dove, A.P.
Dove, A.P.
Dovichi, N.
Dovichi, N.
Downey, K.M.
Doye, S.
Doyle, L.E.
Drabbels, M.
Draganov, A.
Draganov, A.
Dragnea, B.
Drawe, P.
Dreisinger, D.
Drew, K.L.
Drexler, H.
Dreyse, P.
Driesschaert, B.
Drioli, E.
Drisko, G.L.
Drisko, G.L.
Driver, T.
Dror, R.
Dror, R.
Drummond, C.J.
Drummond, C.J.
Dryden, M.D.
Dryza, V.
D’Souza, M.J.
DSouza, R.F.
Du, D.
Du, H.
Du, P.
Du, S.
Du, Y.
Duan, A.
Duan, F.
Duan, W.
Duan, W.
Duan, X.
Duan, X.

State U New YorkU Melbourne
U Melbourne
RWTH Aachen U
RWTH Aachen
U Adelaide
U Adelaide
National Chiao Tung U
National Tsing Hua U
National Tsing Hua U
Los Alamos National Laboratory
TU Berlin
U Notre Dame
Hungarian Academy of Scis
Penn State U
Virginia Tech
Virginia Tech
U Sao PauloUCSD
Wake Forest U
Wake Forest U
U Minnesota
U Alabama, Huntsville
Doty Scientific, Inc.
East China U Sci Tech
U Georgia
U Georgia
U Georgia
Purdue U
NIST
NAIST
Indiana U
Indiana U
Nagoya U
Colorado College
U Warwick
U Warwick
U Notre Dame
U Notre Dame
U Adelaide
U Oldenburg
U Calgary
EPFL
Georgia State U
Georgia State U
Indiana U
Georg-August U Gottingen
U BC
Deakin U
Leibniz Inst for Catalysis
U Tecnica Federico St. MariaThe Ohio State U
ITM-CNRLab Chimie Coordination
Lab Chimie Coordination
U Illinois, Chicago
Stanford U
Stanford U
RMIT URMIT UU Toronto
U Melbourne
Wesley College
Nat U Singapore
Beijing Normal U
Inst of Chemistry
U Sci Tech, China
Institue of Physics, CAS
Chinese Academy of Scis
China U Petroleum, Beijing
Nanyang Tech U
Shanghai Inst Org Chem, CAS
Shanghai Inst Org Chem, CAS
UC Los Angeles
Jiangnan U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENRG
HLTH
INOR
PHYS
PHYS
MTLS
MTLS
ENVR
ENVR
ENVR
MTLS
PHYS
ENVR
INOR
ANYL
INOR
ORGN
ENVR
BIOL
BIOL
BIOL
HLTH
BIOL
BIOL
ANYL
PHYS
PHYS
PHYS
ENVR
MACR
MTLS
INOR
MACR
ORGN
ORGN
MACR
MACR
ANYL
ANYL
ANYL
INOR
INOR
PHYS
HLTH
ORGN
MTLS
MACR
INOR
INOR
INOR
INOR
MTLS
MTLS
MTLS
MTLS
ORGN
PHYS
PHYS
MTLS
MTLS
ANYL
MTLS
SCTY
MACR
INOR
INOR
INOR
MTLS
ENVR
ENRG
PHYS
INOR
ORGN
MTLS
BIOL

306
77
155
152
1938
33
204
12
348
409
2236
408
746
410
1206
44
588
181
1056
1161
1288
351
909
65
192
923
1122
1808
32
803
1011
1140
1501
2550
2310
150
1142
81
595
757
1672
1651
1663
357
1151
1889
1603
95
915
1784
1098
2101
1817
285
2754
2697
1433
1777
1274
1953
456
1056
270
939
1276
108
316
43
618
12
844
1571
2494
963
506

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Duan, Y.
Duangkaew, P.
Dub, P.A.
Dubecky, M.
DuBois, J.
DuBois, J.
DuBois, J.
Dubois, M.
Dubois, P.G.
Duchateau, R.
Duchesne, P.N.
Duchstein, P.
Dudley, G.B.
Dudley, G.B.
Dudnik, A.
Dudnik, A.
Duellmann, C.E.
Dufaud, V.
Dufaud, V.
Dufreche, J.
Dufreche, J.
Duggan, P.
Duguet, E.
Duke, S.
Dumesic, J.A.
Dunbar, K.R.
Duncan, K.D.
Dunn, R.
Dunnivant, F.M.
Dunnivant, F.M.
Duo, J.
Duong, H.H.
Duplan, V.
Dupuis, M.
Duque, C.
Durán, E.F.
Dusselier, M.
Dutta, N.K.
Dutton, J.L.
Dzantiev, B.B.
Dzuba, V.
Eady, S.C.
East, A.
Easton, C.J.
Easton, C.J.
Eaton, T.M.
Ebara, M.
Ebara, Y.
Ebara, Y.
Ebata, T.
Ebbesen, M.F.
Ebe, S.
Eberle, T.
Ebina, M.
Ebisawa, M.
Ebrahimi, T.
Ebrahimi, T.
Echavarren, A.M.
Echegoyen, L.
ECIJA, D.
Eckert, C.E.
Eda, K.
Edamoto, K.
Eddaoudi, M.
Edelmann, F.
Edler, K.
Edvenson, G.M.
Edwards, J.T.
Egami, A.
Egami, S.
Egawa, M.
Egelhof, P.
Egidi, F.
Egli, M.
Egolf, R.A.

Nat Energy Tech Lab
Hiroshima U
LANL
Palacky U Olomouc
Montana State U
Montana State U
Montana State U
Clermont U
U Mons
SABIC Europe
Dalhousie U
Computer Chemie Centrum
Florida State U
Florida State U
Northwestern U
Northwestern U
U Mainz
CNRS
CNRS
U Montpellier
U Montpellier
CSIRO
U Bordeaux
USDA/ARSU Wisconsin
Texas A&M U
Vancouver Island U
U Kansas
Whitman College
Whitman College
Shanghai Jiao Tong U
Osaka Prefecture U
U Tokyo
U at Buffalo
U Nac Columbia
U Talca
Center Surface Chem & Catalysis
U South Australia
La Trobe U
AN Bach Inst Biochem
U New South WalesU Michigan
U Regina
Australian National U
Australian National U
Florida State U
NIMS
Kobe U
Kobe U
Hiroshima U
Heinrich Heine U
Kinki U
Merck KGaA
Hokkaido U
Sagamihara National Hospital
U British Columbia
U British Columbia
ICIQ (ICIQ)U Texas at El Paso
IMDEA NANOSci
Goethe U Frankfurt am Main
Kobe U
Rikkyo U
KAUST
Otto-von-Guericke U, Magdeburg
U BathMinnesota Stat U Moorhead
The Scripps Research Inst
Tokyo Inst of Tech
Meijo U
Shimane U
GSI Darmstadt
U Washington
Vanderbilt U
Pennsylvania State U

ENRG
ENRG
ENRG
PHYS
INOR
INOR
BIOL
INOR
MACR
INOR
PHYS
PHYS
ORGN
ENRG
ORGN
MTLS
INOR
MACR
ORGN
INOR
PHYS
ORGN
MTLS
ENVR
ENRG
INOR
ENVR
ANYL
SCTY
ENVR
MTLS
ENVR
MTLS
PHYS
ORGN
ORGN
ENRG
MACR
INOR
ANYL
INOR
INOR
PHYS
ORGN
BIOL
INOR
MTLS
BIOL
BIOL
PHYS
MACR
ENVR
MTLS
INOR
ANYL
MACR
MACR
ORGN
ORGN
ORGN
BIOL
INOR
PHYS
INOR
INOR
MTLS
INOR
ORGN
ORGN
ORGN
ENVR
PHYS
PHYS
HLTH
SCTY

252
1006
492
1989
712
741
33
1557
266
1232
958
1114
2711
623
2481
1016
448
494
2212
801
1407
1153
1950
41
810
549
612
840
399
461
454
688
589
312
419
462
860
997
350
98
2030
1607
1747
244
1178
1818
83
173
1311
544
882
233
393
1093
1123
644
1218
132
1645
1303
1372
821
375
1971
1546
399
403
447
960
1578
697
814
180
35
379

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–321

NAME INDEX
Egorov, S.
Egoshi, S.
Eguchi, D.
Eguchi, H.
Eguchi, H.
Eguchi, M.
Eguchi, S.
Eguchi, T.
Eguchi, T.
Ehara, M.
Ehara, M.
Ehm, C.
Ehret, F.
Eiceman, G.A.
Eichhorn, H.
Eichhorn, H.
Eichler, R.
Eikerling, M.
Eiki, K.
Eisler, S.
Eizawa, A.
Ejima, H.
Ejima, T.
Ekaputri, Z.
Elajailib, H.
Elber, R.
Eldred, C.
El-Gamal, M.I.
elias, m.
Elie, C.
Elkins, K.M.
Elkins, K.M.
Ellis, A.
Ellis, A.M.
Ellis, R.
Ellison, C.J.
Elm, M.T.
Eloranta, J.M.
El-Sayed, M.A.
Eltis, L.
Emoto, K.
Emsley, L.
Emsley, L.
Emsley, L.
Emslie, D.
Emslie, D.
Enache, M.
Enami, S.
Endicott, J.F.
Endo, A.
Endo, A.
Endo, K.
Endo, M.
Endo, M.
Endo, M.
Endo, N.
Endo, R.
Endo, R.
Endo, S.
Endo, T.
Endo, T.
Endo, T.
Endo, T.
Endo, T.
Endo, Y.
Endo, Y.
Engdahl, A.
Engelhard, C.
Engle, J.W.
Engström, J.L.
Engstrom, J.R.
Ennaert, T.
Enoki, T.
Enokida, I.
Enomoto, K.
Enomoto, M.
Enomoto, M.
Enomoto, R.
Eo, H.
Eom, H.

322–PRESENTERS

U Virginia
Tohoku U
Kyoto U
Kanagawa U
Tokyo Inst of Tech
NIMS
Kanagawa U
Tokyo Inst of Tech
Tokyo Inst of TechInst for Molecular Sci
Inst for Molecular Sci
Fed II U Naples
UC San Diego
New Mexico State U
U Windsor
U Windsor
Paul Scherrer Inst
Simon Fraser U
Yamagata U
U New Brunswick
U Tokyo
U TokyoInst Multi Res Adv Matls
yamagata U
U DenverU Texas at Austin
No Nuts Moms Group of Hawaii
U Sharjah
U Minnesota
U de Montreal
Towson U
Towson U
Flinders U
U Leicester
Argonne National Laboratory
U Texas at Austin
Justus-Liebig U
Cal State U, Northridge
Georgia Inst of Tech
U British Columbia
Okayama U
EPFL
EPFL
EPFL
McMaster U
McMaster U
U Groningen
Kyoto U
Wayne State U
Sophia U
Fukushima U
Tokyo Metropolitan U
Kyoto UU Tokyo
Shinshu U
Meijo U
Kagoshima U
Keio U
Tohohashi U Tech
Shizuoka U
Shizuoka U
Tokyo U Sci
Tokyo U Agri & Tech
NIT, Sendai Col
U Yamanashi
Iwate U
Lund U
U SiegenLos Alamos National Laboratory
KTH Royal Inst Tech
Deakin U
KU Leuven
Hiroshima U
Waseda U
Tokyo U Sci
Tohoku U
Tokyo U Sci
U HyogoAndong National U
Inha U

PHYS
ORGN
MTLS
ANYL
MACR
ENRG
MACR
ORGN
BIOL
PHYS
PHYS
PHYS
BIOL
ANYL
MACR
MTLS
INOR
ENRG
ENVR
ORGN
INOR
MACR
ANYL
MTLS
MTLS
PHYS
ANYL
HLTH
ENVR
MTLS
SCTY
SCTY
MACR
PHYS
INOR
MACR
MTLS
PHYS
PHYS
ENVR
ORGN
MACR
BIOL
MTLS
INOR
INOR
MTLS
PHYS
INOR
ANYL
ANYL
ORGN
BIOL
BIOL
MTLS
ORGN
MACR
ANYL
ANYL
INOR
INOR
MTLS
MACR
ORGN
MTLS
ORGN
ANYL
ANYL
INOR
MACR
ORGN
ENRG
MACR
PHYS
ORGN
ANYL
INOR
MACR
HLTH
PHYS

701
1233
839
330
697
947
1249
1647
1052
52
505
1203
654
92
1536
2737
1756
261
506
2370
1484
214
931
1386
2095
1636
1124
363
870
2560
145
344
810
2035
17
821
952
1662
1648
934
1984
551
454
1896
213
1251
2271
1864
1424
223
1201
934
1334
124
1734
2636
961
278
285
1592
1593
2038
204
720
2708
1203
974
231
400
478
1962
42
749
615
749
392
989
447
516
1035

Eom, J.
Eom, T.
Epifani, M.
Epps, T.
Epstein, I.R.
Epstein, I.R.
Erck, A.R.
Erhan, S.Z.
Erhardt, I.E.
Eriksson, L.A.
Erlanson, D.
Ernault, E.
Ernst, B.
Ernst, O.P.
Ernst, S.
Ernst, W.E.
Ernst, W.E.
Errington, J.
Ertan-Bolelli, T.
Ertem, M.Z.
Ertem, M.Z.
Ervithayasuporn, V.
Esaki, H.
Esaki, Y.
Escamilla, M.
Escande, A.
Eske, A.
Esumi, N.
Etschel, S.H.
Eugene, A.J.
Eun, J.
Eun, J.
Evans, A.
Evans, A.
Evans, R.
Even, J.
Ewing, H.N.
Fadley, C.S.
Fagerquist, C.K.
Fagerquist, C.K.
Fahlman, B.D.
Fahrni, C.
Fairbanks, A.J.
fairbanks, s.d.
Fairlie, D.P.
Fakhraai, Z.
Falaise, C.
Falaise, C.
Falaise, C.
Falcaro, P.
Falcaro, P.
Falcaro, P.
Faller, R.
Faller, R.
Fan, C.
Fan, C.
Fan, E.
Fan, F.
Fan, H.
Fan, J.
Fan, L.
Fan, M.
Fan, Q.
Fan, T.W.
Fang, C.
Fang, C.
Fang, F.
Fang, H.
Fang, L.
Fang, L.
Fang, Q.
Fang, S.
Fang, X.
Fanna, D.J.
Faradji, C.A.
Faraji, S.
Farha, O.K.
Farha, O.K.
Farkas, M.E.
Farkas, M.E.

KATECHKAIST (KAIST)
CNR-IMMU Delaware
Brandeis U
Volen Cntr Complex Systems
U South Dakota
USDA
Ludwig-Maximilian U
U Gothenburg
Carmot Therapeutics, Inc.
Arts et Métiers ParisTech
U BaselU Toronto
Collaborative Drug Discovery
Graz U Tech
Graz U Tech
Newcastle U
Ankara U, Pharm
Brookhaven National Laboratory
Brookhaven National Laboratory
Mahodol U
Hyogo College of Medicine
Kyushu U
Cal State U, LA
U Manchester
U Cologne
Osaka UFAU Erlangen Nuernberg
U Kentucky
Food Sci and Tech
Food Sci and Tech
Cal State U, Fullerton
Cal State U, Fullerton
Princeton U
TRIUMF
U Washington
U California Davis
U.S. Department of Agriculture
U.S. Department of Agriculture
Central Michigan U
Georgia Inst of Tech
U Canterbury
The Unversity of Sheffield
U Queensland
U Pennsylvania
Oregon State U
Oregon State U
Oregon State U
CSIRO
CSIRO
CSIRO
UC Davis
UC Davis
Shanghai Inst of Appl Phys
Shanghai Inst of Appl Phys
U Washington
U Saskatchewan
Dalian Inst Chem Phys
Tongji U
Soochow Unviersity
Southwest Jiaotong Uesity
Chinese Academy of Scis
U of Kentucky
Oregon State U
Oregon State U
Eisai
Shanghai Inst of Appl Phys
Texas A&M U
Texas A&M U
Jilin U
Zhengzhou U Light Ind
Fudan U
U Western Sydney
U Bristol
U Southern California
Northwestern U
Northwestern U
U Mass, Amherst
U Mass, Amherst

ENRG
ENVR
MTLS
MACR
PHYS
PHYS
PHYS
ENVR
INOR
PHYS
HLTH
MACR
BIOL
BIOL
HLTH
PHYS
PHYS
MTLS
HLTH
PHYS
ENRG
INOR
ORGN
MTLS
ORGN
INOR
ORGN
ORGN
MTLS
PHYS
ENVR
ENVR
ORGN
BIOL
ORGN
INOR
BIOL
ANYL
ANYL
ENVR
SCTY
INOR
BIOL
INOR
ORGN
MACR
INOR
MTLS
MTLS
INOR
MTLS
MTLS
PHYS
PHYS
BIOL
MTLS
HLTH
MACR
ENRG
ENVR
MTLS
ANYL
ORGN
HLTH
PHYS
BIOL
ORGN
PHYS
MACR
MTLS
MTLS
MACR
ANYL
INOR
INOR
PHYS
MTLS
MTLS
HLTH
MACR

445
905
1223
681
758
1069
642
52
1475
1969
87
833
248
1190
361
771
2032
1924
451
513
51
4
2637
1561
2100
457
1101
1010
864
1621
175
185
5
330
1012
1751
1365
1112
1063
525
351
2069
382
1262
1825
686
1450
1638
2193
1820
421
1228
1378
2060
682
265
600
144
504
762
17
703
2349
650
1919
19
2380
1410
292
1945
584
1570
852
939
1922
464
31
1044
417
1627

Farmer, M.
Farmer, P.J.
Farnood, R.
Farnsworth, P.B.
Farobie, O.
Farrow, D.
Fast, D.
Fast, D.
Fatmawati, S.
Fatona, A.
Fattinger, C.
Fauteux-Lefebvre, C.
Fayer, M.D.
Fayolle, B.
Fedin, M.V.
Fedorov, D.G.
Fehrmann, R.
Fei, S.
Feichtner, K.
Feigon, J.
Feixas, F.
Felderhoff, M.
Feldmann, J.
Feliu, N.
Feliu-Mojer, M.
Feliu-Mojer, M.
Feller, M.
Felton, G.A.
Felts, A.
Feng, C.
Feng, M.
Feng, X.
Feng, Y.
Fenselau, C.
Féraud, G.
Fernandez Alberti, S.
Fernández de Gortari, E.
Fernandez-Lazaro, F.
Fernandez-Lima, F.
Fernandez-Lima, F.
Ferranco, A.
Ferraris, J.p.
Ferre-D’Amare, A.R.
Ferreira, A.
Ferreira, A.
Ferreira, B.V.
Ferreira, R.O.
Ferrence, G.M.
Ferrence, G.M.
Ferrence, G.M.
Ferrer, I.
Ferrer, J.
Ferrier, M.G.
Ferro, V.
Ferru, G.
Fetoh, A.
Fierke, C.A.
Figueroa, J.S.
Filippousi, P..
Filpponen, E.I.
Findlay, C.R.
Fink, M.
Fink, R.H.
Fink, R.H.
Finke, R.G.
Finkenstadt, V.L.
Finneran, I.A.
Finney, N.
Finnie, P.
Finnveden, M.
Finze, M.
Finzel, K.
Fischbach, M.
Fischer, C.
Fischer, J.

The Scripps Research Inst
BaylorU Toronto
Brigham Young U
Hiroshima U
Sandia National Labs
Oregon State U
Oregon State U
Inst Teknologi Sepuluh Nopember
McMaster U
Roche
U de Sherbrooke
Stanford U
Arts et Metiers ParisTech
Internat Tomography Cntr SB RASAISTTechnical U Denmark
China U GeoScis, WuHan
U Wuerzburg
UCLA
U de Girona
Max-Planck, KohlenforschungLudwig-Maximilians U (LMU)
Karolinska Inst
UCSF
UCSF
LMU Munich
Oakland U
Vanderbilt U
U New Mexico
U Pittsburgh
Beijing Inst of Tech
Chinese Academy of Scis
U of Maryland
CNRS/Aix Marseille U
National U Quilmes
UNAM
U Miguel Hernandez
Florida Int U
Florida Int U
U Toronto
U Texas, Dallas
National Insts of Health
U Aveiro
U de Aveiro
U Campinas
Kwansei Gakuin U
Illinois State U
Illinois State U
Illinois State U
U Colorado
U Vienna
Los Alamos National Laboratory
U Queensland
Argonne National Laboratory
Tohoku U
U Michigan
UC San Diego
Imperial College London
Aalto U
U Manitoba
Tulane U
FAU Erlangen-Nürnberg
FAU Erlangen-Nürnberg
Colorado State U
USDA
CaltechTianjin U
Nat Res Council, Canada
KTH Royal Inst TechU Würzburg
UC-San Diego
UCSF
Merck & Co Inc.
KAUST, King Abdullah U Sci Tech

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
INOR
ENVR
ANYL
MTLS
PHYS
MTLS
MTLS
ORGN
ANYL
ANYL
ENRG
PHYS
MACR
MTLS
PHYS
SCTY
ENRG
INOR
BIOL
PHYS
ENRG
PHYS
MTLS
SCTY
SCTY
INOR
ENRG
HLTH
INOR
PHYS
MACR
ORGN
ANYL
PHYS
PHYS
HLTH
ORGN
ANYL
ANYL
INOR
MTLS
BIOL
HLTH
SCTY
ORGN
MTLS
SCTY
SCTY
SCTY
ENVR
MTLS
INOR
BIOL
INOR
INOR
INOR
INOR
ENRG
MTLS
ANYL
MTLS
ORGN
MTLS
MTLS
ENVR
PHYS
ORGN
MTLS
BIOL
INOR
BIOL
BIOL
HLTH
BIOL

448
1790
263
459
458
1928
739
1639
1985
585
630
10
517
835
2528
2022
333
372
1946
754
783
428
1790
107
57
58
1400
52
398
2047
501
981
1591
1056
255
734
566
1887
130
171
764
1217
1391
429
371
1525
908
150
55
89
7
468
396
398
945
1082
1678
60
937
2479
608
2756
1552
2073
2066
846
1288
1309
2233
568
2016
479
1219
210
567

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Fisher, A.
Fisher, A.M.
Fisher, J.F.
FitzGerald, W.
Fitzsimmons, J.
Flannigan, D.J.
Flannigan, D.J.
Flechsig, H.
Fleckenstein, P.
Fleming, D.G.
Fleming, D.G.
Fleming, L.T.
Fletcher, J.
Flitsch, S.L.
Flood, A.
Florek, J.
Flores Gallardo, P.
Flores Quintana, H.A.
Focant, J.
Focant, J.
Fogg, D.
Fohlmeister, L.
Fokin, V.
Folden, C.M.
Foley, S.R.
Fong, E.
Fontaine, F.
Fontaine, F.
Fontana, A.R.
Fontana, A.R.
Forbes, M.
Forbes, M.
Forbes, T.Z.
Forbes, T.Z.
Ford, G.
Ford, P.C.
Ford, P.C.
Forero Doria, O.
Forero, D.
Forest, M.G.
Forgione, P.
Fornasiero, P.
Forrest, J.
Förstel, M.
Forsyth, C.
Forsyth, C.
Forsyth, M.
Forsyth, M.
Fortin, P.
Fortun, S.
Fourkas, J.T.
Fourmigue, M.
Fourmigue, M.
Fourmigue, M.
Fout, A.
Fox, B.G.
Fox, D.T.
Fox, D.T.
Fox, J.
Fox, R.V.
Francis, P.S.
Francis, R.C.
Francisco Santiago, P.
Francisco, J.
Franco, I.
Franco, I.
Franco, I.
Frank, N.L.
Frankcombe, T.J.
Frankcombe, T.J.
Franz, K.
Fraser, B.H.
Fraser, C.L.
Fraser, C.L.
Frederick, K.M.

Willamette U
Materials Research
U Notre Dame
U Victoria
Brookhaven National lab
U Minnesota
U Minnesota
Hiroshima U
ETH Zürich
U British Columbia
U British Columbia
UC Irvine
Creighton U
The Unversity of Manchester
Indiana U
U LavalPima Community College
US FDAU Liege
U LiegeU Ottawa
Monash U
The Scripps Research Inst
Texas A&M U
U Saskatchewan
Nanyang Tech U
Laval U
Laval UU Nacional de Cuyo
U Nacional de Cuyo
U North Carolina
U North Carolina
U IowaU IowaAstraZeneca Pharmacuticals
UC Santa Barbara
UC Santa Barbara
U TalcaU Nacional de Columbia
U North Carolina, Chapel Hill
Concordia U
U Trieste
U Waterloo
U Hawaii
The Ohio State U
The Ohio State U
Deakin U
Deakin U
Simon Fraser U
U Montréal
U Maryland
U Rennes 1
U Rennes 1
U Rennes 1
U Illinois, Urbana-Champaign
UW-Madison
Los Alamos National Laboratory
Los Alamos National Laboratory
U of Delaware
Idaho National Laboratory
Deakin U
SUNY, Envir & Forestry
U Nac Autonoma Mexico
U Nebraska-Lincoln
U Rochester
U Rochester
U Rochester
U Victoria
Australian National U
Australian National U
Duke UThe AU Nuclear Sci Tech
U Virginia
U Virginia
U Nebraska, Med

BIOL
ENRG
HLTH
PHYS
INOR
PHYS
MTLS
BIOL
MACR
PHYS
PHYS
PHYS
INOR
BIOL
ORGN
ENRG
SCTY
ANYL
ANYL
ENVR
INOR
INOR
ORGN
INOR
INOR
MACR
INOR
INOR
ENVR
ENVR
MTLS
MTLS
MTLS
MTLS
ORGN
INOR
INOR
ORGN
ENVR
MTLS
ORGN
ENRG
MACR
PHYS
ORGN
ORGN
SCTY
MACR
ENRG
MACR
PHYS
INOR
ORGN
MTLS
PHYS
ENRG
BIOL
ENRG
BIOL
INOR
ANYL
MACR
MTLS
PHYS
PHYS
PHYS
MTLS
MTLS
PHYS
BIOL
INOR
HLTH
MACR
MTLS
ENVR

725
524
102
626
395
41
436
1420
474
1483
1854
1029
1304
221
1742
899
90
1158
1081
610
1199
1625
188
2035
1368
1537
193
1245
701
703
2098
2263
576
2197
1449
1213
2045
2588
550
365
2695
874
824
1094
638
2314
296
1162
969
637
364
2000
1481
1713
353
631
529
544
404
188
83
401
1786
2090
906
1228
110
2795
308
52
164
588
1361
300
533

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–323

NAME INDEX
Freedman, D.E.
Freeman, T.K.
Freger, V.
Freiberg, A.
Freire, M.G.
French, A.
French, R.J.
Frenking, G.
Frenking, G.
Frerichs, G.
Frerichs, G.
Freund, H.
Frezzo, J.A.
Frisbie, D.
Friscic, T.
Friscic, T.
Friscic, T.
Fritsch, I.
Fritzsching, K.J.
Frontana, C.E.
Fry, A.J.
Fry, J.
Frye, S.V.
Frye, S.V.
Fryzuk, M.
Fryzuk, M.
Fryzuk, M.
Fu, C.
Fu, C.
Fu, G.
Fu, J.
Fu, L.
Fu, L.
Fu, P.
Fu, S.
Fu, S.
FU, Y.
Fuchi, Y.
Fuchibe, K.
Fuchibe, K.
Fuchigami, S.
Fuentes, M.
Fuh, C.
Fujibayashi, M.
Fujibayashi, R.
Fujie, T.
Fujigaya, T.
Fujigaya, T.
Fujihara, A.
Fujii, A.
Fujii, H.
Fujii, H.
Fujii, H.
Fujii, K.
Fujii, K.
Fujii, K.
Fujii, K.
Fujii, M.
Fujii, M.
Fujii, R.
Fujii, S.
Fujii, S.
Fujii, T.
Fujii, T.
Fujii, T.
Fujii, Y.
Fujii, Y.E.
Fujikawa, S.
Fujiki, H.
Fujiki, M.
Fujiki, M.
Fujikura, S.
Fujimaki, M.
Fujimori, M.
Fujimori, S.
Fujimori, T.
Fujimori, Y.
Fujimoto, K.
Fujimoto, K.
Fujimoto, M.

324 –PRESENTERS

Northwestern U
UBC, Okanagan
Technion - Isreal Inst TechU Tartu
U Aveiro
Texas Tech U
U Calgary
Philipps U
Philipps U
Westminster College
Westminster College
Fritz Haber Inst MPG
NYU Polytechnic Sch Eng
U Minnesota
McGill U
McGill U
McGill U
U Arkansas
Brandeis U
Centro de Inv Desarrollo Tech
Wesleyan U
Reed College
UNC, Chapel Hill
UNC Chapel Hill
U British Columbia
U British Columbia
U British Columbia
McGill U
Fudan U
Nanchang U
Hawaii Natural Energy Inst
PNNL
PNNL
Beijing U Chem Techy
South China U Tech
South China U Tech
Tokyo U Marine Sci Tech
Kyushu U
U Tsukuba
U Tsukuba
Yokohama City U
U Strathclyde
National Chi Nan U
Hosei U
Kansai U
Waseda U
Kyushu U
Kyushu U
U HyogoTohoku U
Nara Women’s U
Nara Women’s U
Tohoku U
Okayama U
Gunma U
Kanazawa U
osaka UTokyo Inst of Tech
Tokyo Inst of TechU HyogoTokyo Med & Dental U
Hirosaki U
U Fukui
National Inst of AIST
Kyushu U
Kindai U
U Tokyo, Eng
Kyushu U
Ritsumeikan U
NAIST
NAIST
Keio UAIST and Tech
Shinshu U
Gilead Scis
NIT, Miyakonojo Col
Kyoto U
Keio U, Sci Tech
Nagoya Inst of Tech
Keio U

INOR
SCTY
MACR
BIOL
SCTY
ENVR
PHYS
PHYS
PHYS
PHYS
PHYS
PHYS
MACR
MTLS
INOR
INOR
ORGN
ANYL
MACR
ORGN
INOR
PHYS
HLTH
HLTH
INOR
INOR
INOR
MTLS
MTLS
BIOL
ENRG
PHYS
PHYS
ENVR
ENVR
ENRG
HLTH
BIOL
ORGN
ORGN
PHYS
INOR
ANYL
INOR
ENRG
MTLS
MTLS
ENRG
MTLS
PHYS
INOR
MTLS
HLTH
ORGN
MTLS
PHYS
ORGN
PHYS
PHYS
MTLS
ORGN
MTLS
ANYL
MTLS
ANYL
BIOL
ORGN
MTLS
BIOL
MACR
MACR
ORGN
ANYL
ANYL
ORGN
ANYL
ORGN
MACR
INOR
MTLS

1539
289
1649
196
369
651
1437
69
1602
761
1062
498
1
489
1155
1455
187
239
179
1170
135
1760
559
681
832
1243
1801
1998
558
348
551
1763
1887
599
519
24
538
1307
907
2244
550
1947
63
1589
376
1968
2696
263
677
117
1722
2797
593
2259
2396
1358
1952
455
679
2743
1205
857
848
621
343
441
2104
1025
566
1371
1672
1986
915
1009
1822
200
2333
879
977
717

Fujimoto, Y.
Fujimoto, Y.
Fujimoto, Y.
Fujimura, J.
Fujimura, T.
Fujimura, T.
Fujimura, Y.
Fujinaga, S.
Fujino, S.
Fujino, S.
Fujino, T.
Fujioka, Y.
Fujisaka, A.
Fujisawa, K.
Fujisawa, M.
Fujishima, Y.
Fujisue, C.
Fujita, E.
Fujita, E.
Fujita, H.
Fujita, H.
Fujita, K.
Fujita, K.
Fujita, K.
Fujita, M.
Fujita, M.
Fujita, M.
Fujita, M.
Fujita, M.
Fujita, R.
Fujita, S.
Fujita, T.
Fujita, T.
Fujita, T.
Fujita, T.
Fujita, Y.
Fujita, Y.
Fujita, Y.
Fujita, Y.
Fujitaka, Y.
Fujiwara, A.
Fujiwara, A.
Fujiwara, H.
Fujiwara, K.
Fujiwara, K.
Fujiwara, M.
Fujiwara, M.
Fujiwara, M.
Fujiwara, R.
Fujiwara, S.
Fujiwara, S.
Fujiwara, T.
Fujiwara, T.
Fujiwara, T.
Fujiwara, T.
Fujiwara, T.
Fujiwara, T.
Fujiwara, W.
Fujiwara, Y.
Fujiwara, Y.
Fukahori, S.
Fukai, M.
Fukami, K.
Fukaminato, T.
Fukao, K.
Fukao, K.
Fukasawa, K.
Fukasawa, K.
Fukata, M.
Fukatsu, A.
Fukaya, Y.
Fukazawa, K.
Fukazawa, T.
Fukazawa, T.
Fukiage, S.
Fuku, K.
Fukuda, H.
Fukuda, I.
Fukuda, I.
Fukuda, K.

Tokyo Inst of Tech
Keio U
Kyushu U
Chiba Inst. of Tech
Shimane U
Shimane U
Kyushu U
Doshisha
Kyushu U
Gunma U
Tohoku U
Hokkaido U
Osaka U
Ibaraki U
Kinki U
Hokkaido U
Tokyo Inst of Tech
Brookhaven National Laboratory
Brookhaven National Laboratory
Kanazawa U
Gunma U
Osaka U
Osaka UTokyo U Agri & TechU Tokyo
U Tokyo
Sophia U
RIKEN
Nagoya Inst of Tech
Shimane U
Tottori U
Kyoto UU Tsukuba
U Tsukuba
Tohoku U
Osaka Pref U
Hiroshima U
Aoyama Gakuin U
Rikkyo U
Okayama U Sci
Tokyo Metropolitan U
Kwansei Gakuin U
Tokyo U Sci
Keio U
Yamaguchi
Chuo U
Seikei U
Kinki U
Hosei U
Kwansei-Gakuin U
Sophia U
Tokyo U Sci
Akita U
Kwansei Gakuin U
U Toyama
U Toyama
Osaka Uyamagata U
Kumamoto U
the scripps research InstU TokyoWaseda U
Kyoto U
Kumamoto U
Hokkaido U
Ritsumeikan U
U Yamanashi
Shizuoka U
Nat Inst Physio Sci
Inst Molecular Sci (IMS)
Tottori U
U TokyoTokyo Inst of TechJapan Assoc Foods, Fats, Oils
Inst Nat Coll Tech, Toyama
National Inst of AIST
Ibaraki U
U Kitakyushu
Chiba U
Waseda Uesity

MTLS
ORGN
PHYS
INOR
ORGN
MTLS
ENVR
ANYL
MTLS
ORGN
BIOL
BIOL
HLTH
INOR
PHYS
ANYL
MTLS
INOR
ENRG
ORGN
BIOL
ANYL
BIOL
SCTY
INOR
ORGN
SCTY
MTLS
MACR
INOR
BIOL
PHYS
ORGN
ORGN
MTLS
INOR
ORGN
MTLS
BIOL
BIOL
INOR
BIOL
SCTY
MTLS
INOR
ANYL
ENRG
ORGN
HLTH
BIOL
ANYL
ENRG
MTLS
ORGN
ORGN
ORGN
BIOL
ORGN
ORGN
ORGN
PHYS
ORGN
PHYS
MTLS
MTLS
MACR
MTLS
INOR
BIOL
INOR
SCTY
MTLS
ORGN
ENVR
ANYL
ENRG
ENRG
MTLS
ORGN
INOR

2822
2327
887
287
1102
1372
704
164
2372
1103
1045
1425
184
1791
1357
812
2614
318
105
518
1078
909
125
235
498
1627
316
538
188
1851
1043
1142
99
694
2258
1594
1503
1534
1363
565
286
239
328
1793
1319
508
203
1987
439
238
219
307
601
2638
906
2639
111
1336
2388
2336
426
1345
1784
1244
933
825
2703
1028
96
1064
365
663
2555
692
349
271
994
697
1572
1283

Fukuda, K.
Fukuda, K.
Fukuda, M.
Fukuda, N.
Fukuda, R.
Fukuda, T.
Fukuda, T.
Fukuhara, G.
Fukuhara, L.
Fukui, N.
Fukui, T.
Fukui, T.
Fukui, Y.
Fukuma, S.
Fukumori, M.
Fukumoto, K.
Fukumoto, K.
Fukunaga, H.
Fukunaga, K.
Fukunishi, Y.
Fukuoka, A.
Fukuoka, H.
Fukuoka, T.
Fukuoka, T.
Fukushima, J.
Fukushima, R.
Fukushima, S.
Fukushima, T.
Fukushima, Y.
Fukuta, A.
Fukuta, Y.
Fukutani, K.
Fukuyama, T.
Fukuyama, T.
Fukuyama, T.
Fukuyama, Y.
Fukuyoshi, S.
Fukuzawa, K.
Fullmer, L.B.
Fulton, B.L.
Fumiiwa, T.
Funabashi, H.
Funada, S.
Funahashi, M.
Funahashi, Y.
Funahashi, Y.
Funaki, R.
Funaki, T.
Funaki, Y.
Funaoka, M.
Funasaka, K.
Funatogawa, C.
Funayama, K.
Funazukuri, T.
Fung, H.M.
Fung, S.
Furbo, S.
Furbo, S.
Furbo, S.
Furche, F.
Furche, F.
Furlong, C.E.
Furube, A.
Furube, A.
Furue, Y.
Furukawa, A.
Furukawa, H.
Furukawa, K.
Furukawa, K.
Furukawa, K.
Furukawa, M.
Furukawa, S.
Furukawa, S.
Furukawa, S.
Furukawa, S.

Osaka UTokyo U Sci
Osaka Prefecture U
National Inst of AISTInst for Molecular Sci
Saitama U
U Guelph
Osaka UTokyo Nat Col Tech
Kagawa U
Hokkaido U
U Tsukuba
Keio U
Okayama U
Osaka U
Tohohashi U Tech
U the Ryukyus
Tohoku U
JAIST (JAIST)
AIST and Tech
Hokkaido U
Hiroshima U
Uerstiy of Hyogo
Uerstiy of Hyogo
Tohoku U
Tokyo U Sci
Tokyo Inst of Tech
Kyoto U
Kyoto U
Meijo U
Kindai U
U Tokyo
Osaka Prefecture U
Nagoya U
Nagoya U
Tokushima Bunri U
Kanazawa U
Nihon U
Oregon State U
U Oregon
Meiji U
Hiroshima U
Saitama U
Kagawa U
Osaka U
Osaka U
Chuo U
National Inst of AIST
Toho U
Mie U
Osaka City InstUC Santa Cruz
Tohoku U
Chuo UUC Irvine
U Hong Kong
U Copenhagen
U Copenhagen
U Copenhagen
UC Irvine
UC Irvine
U Washington
AIST and TechAIST and Tech
Keio UTokyo U Sci
Sophia Unversity
Osaka U
Niigata U
Tokyo Inst of Tech
Mie U
Kyushu U
Tokyo Inst of Tech
Kyoto U
Saitama U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
MTLS
ANYL
ANYL
PHYS
MTLS
HLTH
MACR
MACR
SCTY
MTLS
ORGN
MACR
BIOL
MTLS
MTLS
INOR
INOR
BIOL
HLTH
ENRG
INOR
PHYS
PHYS
ENRG
MTLS
MACR
INOR
ANYL
ORGN
BIOL
PHYS
ORGN
ORGN
ORGN
ORGN
ORGN
PHYS
MTLS
INOR
ORGN
BIOL
MACR
MTLS
INOR
ENRG
BIOL
INOR
MTLS
MACR
ENVR
BIOL
ORGN
ANYL
ANYL
INOR
ANYL
ANYL
ANYL
PHYS
PHYS
ANYL
MTLS
ENRG
PHYS
ENVR
ORGN
ORGN
MTLS
ANYL
ANYL
MTLS
MACR
MTLS
INOR

1866
849
740
115
638
1691
297
648
1051
217
954
1580
717
775
1068
1429
663
990
1016
332
39
1707
858
872
848
1852
1472
1029
805
543
350
499
2296
23
1800
2589
1104
1890
1640
1328
460
1079
526
2306
426
958
999
1609
2615
959
887
1373
2223
544
320
1945
1078
1080
1204
298
835
1093
1032
94
1076
300
842
1851
2616
793
370
754
1555
419
488

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Furukawa, T.
Furukawa, T.
Furukawa, T.
Furukawa, Y.
Furukawa, Y.
Furukawa, Y.
Furukawa, Y.
Furukawa, Y.
Furuki, T.
Furuki, T.
Furuki, T.
Furuno, R.
Furusawa, A.
Furusawa, H.
Furusawa, T.
Furuta, H.
Furuta, M.
Furuta, N.
Furuta, T.
Furuta, T.
Furuta, T.
Furutachi, Y.
Furutani, M.
Furutani, S.
Fuse, S.
Fushimi, C.
Fushitani, M.
Fushitani, M.
Fustero, S.
Futaba, D.N.
Futaki, S.
Futaki, S.
Futamata, M.
Futamata, M.
Futamata, M.
Fuwa, H.
Fyles, T.
Fytianos, G.
G. Duran, A.
Gabbai, F.P.
Gabbai, F.P.
Gabbai, F.P.
Gaffney, K.
Gagliardi, L.
Gagnon, A.
Gagnon, A.
Gagosz, F.
Gahm, K.
Gai, F.
Gai, F.
Gaigeot, M.
Gaigeot, M.
Gaigeot, M.
Gaillard, N.
Gaitan Caicedo, C.E.
Gajan, D.
Gajan, D.
Galan, M.
Galan-Mascaros, J.
Galan-Mascaros, J.
Gale, J.D.
Gale, P.
Gale, P.
Gale, P.
Galior, K.
Galla, H.
Galli, G.
Galli, G.
Galvosas, P.
Gamal Eldin, M.M.
Gambarotta, S.
Gamble, A.B.
Gan, J.
Ganesh, K.
Gangopadhyay, P.

Kyushu Inst of Tech
Osaka U, Eng
Kyushu U
Nihon U
Keio U
Tohoku U
Nagoya U
Waseda U
Tokyo Inst of Tech
Tokyo Inst of Tech
Tokyo Inst of Tech
Kyushu Inst of Tech
Meijo U
Yamagata U
Utsunomiya U
Kyoto U
Keio U
Chuo UTokyo Inst of Tech
Toho U
Toho U
Kyushu U
Tokyo U Sci
National Inst of AISTTokyo Inst of Tech
Tokyo U Agri & Tech
Nagoya U
Nagoya U
U Valencia
AIST
Kyoto U
Kyoto U
Saitama U
Saitama U
Saitama U
Tohoku U
U Victoria
NTNU NTNUU de Cádiz
Texas A&M
Texas A&M
Texas A&M
SLAC Nat Accelerator Lab
U Minnesota
UQAM
UQAM
CNRS / Ecole PolytechniqueAmgen IncU Pennsylvania
U Pennsylvania
U d’Evry val d’Essonne
U d’Evry val d’Essonne
U d’Evry val d’Essonne
U Hawaii
U Applied & Enviro Sci
ISA-CRMNISA-CRMNU Bristol
ICIQ
ICIQ
Curtin U
U Southampton
U Southampton
U Southampton
Emory UU Muenster
U Chicago
U Chicago
Victoria U, Wellington
Korea Inst Sci TechU Ottawa
U OtagoUC Riverside
Indian Inst Sci Ed & Res
U Arizona

ENVR
ORGN
MTLS
SCTY
BIOL
BIOL
ORGN
PHYS
BIOL
BIOL
BIOL
MTLS
ORGN
ANYL
ENRG
ANYL
ORGN
ANYL
PHYS
ANYL
HLTH
ORGN
MACR
BIOL
ORGN
ENRG
PHYS
PHYS
ORGN
MTLS
BIOL
BIOL
ANYL
ANYL
MTLS
ORGN
ORGN
ANYL
HLTH
INOR
INOR
INOR
PHYS
PHYS
INOR
BIOL
ORGN
ANYL
PHYS
PHYS
PHYS
PHYS
PHYS
ENRG
PHYS
HLTH
INOR
ORGN
INOR
MTLS
PHYS
ORGN
ORGN
MTLS
BIOL
MTLS
PHYS
PHYS
MACR
HLTH
INOR
BIOL
ENVR
HLTH
ANYL

894
2495
1566
409
1233
186
2270
77
987
991
1035
2617
2257
281
371
796
1257
670
893
1087
687
2198
428
1080
103
853
135
265
1359
1739
486
1199
319
1047
559
37
282
713
457
294
730
1359
217
177
1360
445
136
549
1638
1688
676
702
703
1037
567
500
840
2729
1375
2068
1656
1663
2679
248
1081
506
824
1658
867
383
522
796
418
38
138

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–325

NAME INDEX
Gao, B.
Gao, C.W.
Gao, F.
Gao, H.
Gao, H.
Gao, H.
Gao, H.
Gao, J.
Gao, J.
Gao, J.
Gao, J.
Gao, J.
Gao, L.
Gao, L.
Gao, M.
Gao, M.
Gao, M.
Gao, Q.
Gao, Q.
Gao, Q.
Gao, S.
GAO, S.
Gao, T.
Gao, X.
Gao, X.
GAO, X.
Gao, Y.
Gao, Y.
Gao, Y.
Gao, Y.
Gao, Z.
Garashchuk, S.
Garbe, S.
Garbett, N.C.
Garbett, N.C.
Garcia Borràs, M.
Garcia Borràs, M.
Garcia Mancheno, O.
Garcia Mancheno, O.
GARCIA, C.D.
garcia, f.
garcia, f.
garcia, f.
Garcia, N.
Garcia-Garibay, M.A.
Garcia-Garibay, M.A.
Garcia-Martin, F.
Garden, A.L.
Garden, A.L.
Gardiner, M.G.
Gardiner, M.G.
Gardner, J.S.
Gardner, P.
Garg, A.
Garg, D.K.
Garg, N.
Garg, N.
Garg, S.
Garg, V.K.
Gargava, A.
Garno, J.C.
Garzon, I.L.
Gaskins, D.
Gasonoo, M.
Gasonoo, M.
Gaston, N.
Gaston, N.
Gatemala, H.
Gatenholm, P.
Gates, B.D.
Gates, B.D.
Gates, B.D.
Gates, D.P.
Gates, J.
Gatti, F.
Gauduel, Y.
Gauld, J.W.
Gaunt, M.
Gauthier, C.V.
Gauthier, C.V.

326 –PRESENTERS

U MarylandMIT
PNNL
Institue of Physics, CAS
Institue of Physics, CAS
Rice U
Nanjing U
U MinnU MinnU MinnBoston College
Xiamen U
China Agricultural U
Res Eco-Environ Sci
South China U Tech
Hokkaido U
U Notre Dame
China U Mining Tech
China U Mining Tech
CUMT
China Agricultural U
Peking U
Northeast Normal U
Inst High Energy Phys
U Toyama
Soochow U
Dalian Inst Chem Phys, CAS
Peking U
Peking U
NIH
Zhejiang U
U South Carolina
U Cologne
U Louisville
U Louisville
U de Girona
U de Girona
U Regensburg
U Regensburg
UT San Antonio
Nanyang Tech U
Nanyang Tech U
Nanyang Tech U
Western Washington U
UC Los Angeles
UC Los Angeles
Hokkaido U
U OtagoU OtagoU Tasmania
U Tasmania
NSRRC
U Manchester
Brown UICUBEUC San DiegoUCLAU New South WalesU Brasilia
U Maryland
Louisiana State U
U Nac Autonoma Mexico
Brandeis U
Northern Illinois U
Northern Illinois U
Victoria U, Wellington
Victoria U, Wellington
Sensor Research Unit, Chemistry
Chalmer U Tech
Simon Fraser U
Simon Fraser U
Simon Fraser U
U British Columbia
Lawrence Berkeley Nat Lab
U Montpellier
Ecole Polytechnique - ENSTAU Windsor
U Cambridge
Florida Southern College
Florida Southern College

ANYL
PHYS
ENRG
PHYS
MTLS
ORGN
MACR
PHYS
PHYS
PHYS
BIOL
MTLS
ENVR
ANYL
MACR
PHYS
HLTH
PHYS
PHYS
PHYS
ENVR
INOR
HLTH
MTLS
ENRG
MTLS
MTLS
PHYS
PHYS
MACR
ENVR
PHYS
INOR
HLTH
HLTH
ORGN
MTLS
ORGN
ORGN
ANYL
INOR
INOR
ORGN
PHYS
INOR
ORGN
BIOL
PHYS
PHYS
INOR
INOR
MTLS
ANYL
BIOL
MACR
ANYL
ORGN
ENVR
INOR
MACR
MTLS
PHYS
PHYS
ORGN
ORGN
PHYS
PHYS
ENRG
ENVR
PHYS
MTLS
MTLS
INOR
INOR
PHYS
MTLS
PHYS
ORGN
SCTY
MACR

537
1482
61
1194
1152
742
1010
1098
1247
1831
1261
1904
479
1208
1437
704
354
764
1065
1069
532
809
55
2758
397
862
1353
1442
1835
1165
705
281
576
54
569
715
2525
645
1696
1234
753
1918
84
1345
165
571
608
577
963
42
1781
1588
686
701
1480
1061
604
664
354
223
321
321
766
759
1523
195
294
470
438
2041
237
1285
292
1577
23
307
1966
2306
15
695

Gaw, S.
Ge, F.
Ge, F.
Ge, N.
Ge, N.
Ge, N.
Ge, Q.
Ge, Y.
Geballe, M.
Gebauer, D.
Gee, K.
Gee, S.
Gehrig, D.W.
Gehring, P.M.
Geier, S.J.
Geiger, F.M.
Geim, A.
Geise, G.M.
Gelb, M.H.
Gelbke, C.
Gelfand, B.S.
Gelis, A.
Genesi, G.L.
Geng, H.
Gennett, T.
Gennis, R.B.
GEORGE, C.
George, J.H.
Georgiou, D.C.
Gerber, B.R.
Gergoric, M.
Gerhana, A.R.
Gerken, M.
Gerritz, S.W.
Gersbach, C.
Gerten, A.
Gervay Hague, J.
Gerwert, K.
Gerwick, W.
Gerwick, W.
Gessei, T.
Gessner, O.
Gessner, V.H.
Gestwicki, J.
Geum, S.
Gevorgyan, V.
Gewirth, A.
Ghiggino, K.
Ghimire, C.
Ghimire, C.
Ghirlanda, G.
Ghosh, A.
Ghosh, A.
Ghosh, A.
Ghosh, H.N.
Ghosh, P.
Ghosh, R.
Ghosh, S.
Ghosh, S.
Ghosh, S.C.
Gianatassio, R.L.
Giannakoudakis, D.
Gianneschi, N.
Gianneschi, N.
Gianneschi, N.
Gibb, B.
Gibbs, L.M.
Gibbs-Davis, J.
Gibbs-Davis, J.
Gibbs-Davis, J.
Gibbs-Hall, I.C.
Gibson, J.
Giddens, A.
Giedroc, D.P.
Giesy, J.P.
Gigmes, D.
Gil, H.
Gil, M.
Giles, K.
Gill, C.G.

U Canterbury
Xiangtan U
Donghua U
UC Irvine
UC Irvine
UC Irvine
Southern Illinois U
U Wisconsin-Madison
OpenEye Scientific Software
U Konstanz
Thermo Fisher Scientific
U California Davis
Max Planck, Solid State Res
NIST
Mount Allison U
Northwestern U
U Manchester
U Virginia
U Washington
Michigan State U
U Calgary
Argonne National Lab
U São Paulo
Shanxi U
Nat Renewable Energy Lab
U Illinois
CNRS-IRCELYON
U Adelaide
La Trobe U
Hebrew U Jerusalem
Chalmer U Tech
Diponegoro U
U Lethbridge
Bristol-Myers Squibb
Duke U
Iowa State U
UC Davis
Ruhr UU California San Diego
U California San Diego
Tokyo Metropolitan Ind Tech Res
Berkeley Lab
U Wuerzburg
UC San Francisco
KAIST
U Illinois, Chicago
U Illinois
U Melbourne
Kent State U
Kent State U
Arizona State U
Artic U Norway (UIT)
Artic U Norway (UIT)
U Wisconsin-Madison
Bhabha Atomic Research Centre
Indian Inst Tech Bombay
McMaster U
Indian Assoc Cultivation Sci
Indian Inst Tech Madras
U Texas, Health Sci Cntr
The Scripps Research Inst
City U New YorkUC San Diego
UC San Diego
UC San Diego
Tulane U
Stanford U
U Alberta
U Alberta
U Alberta
Northwestern U
Lawrence Berkeley Nat Lab
U Auckland
Indiana U
U Saskatchewan
Aix-Marseille U
Kangwon National U
Cal State U, LA
Waters Corporation
Vancouver Island U

ENVR
ENVR
MTLS
PHYS
PHYS
PHYS
ENRG
PHYS
HLTH
ENVR
ORGN
ANYL
MACR
MTLS
INOR
PHYS
MTLS
MTLS
BIOL
PHYS
INOR
INOR
HLTH
PHYS
ENRG
BIOL
PHYS
ORGN
ORGN
PHYS
INOR
SCTY
INOR
ORGN
HLTH
ORGN
HLTH
BIOL
ORGN
BIOL
ANYL
PHYS
INOR
BIOL
ORGN
ORGN
PHYS
MACR
INOR
BIOL
BIOL
INOR
INOR
PHYS
ENRG
INOR
MACR
MACR
INOR
HLTH
ORGN
MTLS
HLTH
MACR
MTLS
ORGN
SCTY
ORGN
PHYS
BIOL
ORGN
INOR
HLTH
BIOL
ENVR
MACR
MTLS
ORGN
ANYL
ANYL

354
611
903
305
363
485
251
1844
331
375
1307
28
86
2295
1265
2099
1146
1989
244
813
1879
299
685
1037
648
74
1757
1702
1511
1174
539
282
1397
1829
67
798
696
806
1082
264
272
1811
2039
920
2590
33
1916
863
781
1293
1380
1995
2050
1874
144
1585
1652
1337
1549
232
433
371
202
5
1269
1657
49
65
2101
1256
1567
1339
113
1417
352
1078
670
1597
26
355

Gill, C.G.
Gill, P.
Gillam, T.A.
Gilles, M.K.
Gilles, M.K.
Gilliard, R.J.
Gillies, E.R.
Gillies, E.R.
Gillmore, J.G.
Gillmore, J.G.
Gillmore, J.G.
Gillo, J.E.
Gim, S.
Gindt, B.
Ginger, D.
Ginley, D.S.
Ginsberg, N.S.
Giorgi, G.
Giorgi, G.
Girard, E.
Girault, H.H.
Girault, H.H.
Girolami, G.S.
Girolami, G.S.
Girolami, G.S.
Gitschtaler, K.
Gitschtaler, K.
Givens, R.S.
Gizdavic-Nikolaidis, M.
Glass, R.
Glavatskih, S.
Glazer, E.P.
Gleason, J.
Gleason, J.
Glen, R.C.
Glen, R.C.
Glish, G.L.
Glover, C.L.
Glover, S.A.
Glover, S.A.
Glover, T.
Glowacki, D.R.
Gnanakaran, G.
Gnanakaran, G.
Go, G.
Go, M.
Gobas, F.A.
Gobas, F.A.
Gobas, F.A.
Gobbo, P.
Goberna Ferron, S.
Goberna Ferron, S.
Gobo, Y.
Goda, T.
Goddard-Borger, E.D.
Göderz, A.
Godfrey, I.J.
Godfrey, I.J.
Godinez, C.E.
Godinez, N.
Godula, K.
Goelzhaeuser, A.
Goelzhaeuser, A.
Goerigk, L.
Goess, B.C.
Goettel, J.T.
Goettel, J.T.
Goetz, A.E.
Gogotsi, Y.
Goings, J.
Gokhale, V.
Gokus, T.
Goldberg, D.
Goldberg, K.
Goldberger, J.

U Victoria
Australian National U
U South Australia
Lawrence Berkeley Nat Lab
Lawrence Berkeley Nat Lab
ETH Zürich
U Western Ontario
U Western Ontario
Hope College
Hope College
Hope College
U.S. Department of Energy
KAIST
U Memphis
U Washington
NREL
UC Berkeley
U Tokyo
U Tokyo
U Quebec, Montreal UQAM
EPFL
EPFL
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
U Nat Res & Life Sci
U Nat Res & Life Sci
U of Kansas
U Auckland
U Arizona
KTH Royal Inst TechU Kentucky
McGill U
McGill U
U Cambridge
U Cambridge
U North Carolina
U Sheffield
U New England
U New England
U South Alabama
U BristolLos Alamos National Labs
Los Alamos National Labs
Kookmin U
Shanghai Inst Tech
Simon Fraser U
Simon Fraser U
Simon Fraser U
U Western Ontario
Oregon State U
Oregon State U
U Tsukuba
Tokyo U, Med & Dental
Walter & Eliza Hall Inst Med Res
U Cologne
U College London
U College London
CALIFORNIA STATE U
Cal State, Los Angeles
UC San Diego
Bielefeld U
Bielefeld U
U Melbourne
Furman U
McMaster U
McMaster U
U Washington
Drexel U
U Washington
U Arizona
Neaspec GmbH
Johns Hopkins U
U Washington
The Ohio State U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ANYL
PHYS
INOR
ANYL
PHYS
INOR
MTLS
MTLS
SCTY
SCTY
MTLS
INOR
ENVR
MTLS
PHYS
ENRG
PHYS
PHYS
ENRG
PHYS
ANYL
PHYS
INOR
INOR
INOR
BIOL
MTLS
ORGN
MACR
ORGN
SCTY
INOR
ORGN
ORGN
HLTH
BIOL
ENVR
INOR
ORGN
PHYS
MTLS
PHYS
BIOL
BIOL
HLTH
ORGN
ENVR
ENVR
ENVR
BIOL
INOR
MTLS
MTLS
MTLS
BIOL
ORGN
ORGN
MTLS
ORGN
MTLS
MTLS
MTLS
MTLS
PHYS
ORGN
INOR
INOR
ORGN
MTLS
PHYS
INOR
ANYL
INOR
ENRG
MTLS

717
1376
1329
932
1151
1935
247
2809
179
271
1055
273
906
1819
171
1036
984
1563
507
1397
762
1446
68
806
1685
564
1789
227
484
1489
301
79
1701
2282
330
900
534
1257
683
1748
1862
1480
414
471
520
1598
100
789
855
960
30
2776
1847
144
609
415
936
898
420
586
2016
413
1212
1133
862
1471
1734
1019
2819
105
1263
605
375
290
407

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Golden, M.L.
Goldsmith, R.H.
Goldup, S.
Golovina, I.
Golovko, V.
Gomez Ramos, M.
Gomez, A.L.
Gomez, F.A.
Gómez-Tagle, P.
Gomi, S.
Gon, M.
Gonda, K.
Gong, B.
Gong, J.
Gong, J.
Gong, J.
Gong, J.
Gong, J.
Gong, L.
Gong, L.
Gong, Q.
Gong, X.
Gong, X.
Gong, X.
Gong, Z.
Gonzalez Rodriguez, D.
Gonzalez, C.M.
Gonzalez, Jr., R.L.
Gonzalez, M.A.
González, P.J.
Gonzalez-Gutierrez, L.V.
Gonzalez-Sapienza, G.
Gonzalez-Sapienza, G.
Gonzalez-Villegas, J.R.
Goodin, D.B.
Gooding, J.
Gooding, J.
Gooding, J.
Goodpaster, J.D.
goodson, t.
goodson, t.
Goossen, L.J.
Gopalan Nair, A.
Gordon, K.C.
Gordon, M.S.
Gordon, R.
Gordon, R.J.
Gorecka, E.
Gorecki, T.
Gorenflot, J.
Gorodetsky, A.A.
Gorodetsky, A.A.
Gorodetsky, A.A.
Gorodetsky, A.A.
Goss, G.G.
Goswami, M.
Goswami, S.K.
Gotanda, R.
Goto, A.
Goto, K.
Goto, K.
Goto, K.
Goto, M.
Goto, M.
Goto, M.
Goto, M.
Goto, M.
Goto, M.
Goto, S.
Goto, Y.
Gotoh, K.
Gott, M.
Gotz, M.G.
Gough, K.M.
Goulding, C.

Cal State U, Fresno
U Wisconsin Madison
U Southampton
Inst Semiconductor Phys, Ukraine
U Canterbury
U Queensland
Cal State, Los Angeles
Cal State, Los Angeles
U Nacional Autonoma Mexico
Kyushu Inst Tech
Kobe U
Tohoku U
POSTECH
Hong Kong Polytech U
Hokkaido U
Peking U, Shenzhen
POSTECH
KAIST
U Sci Tech, China
U Sci Tech, China
State Key Lab Meso PhysU AkronEast China U Sci Tech
East China U Sci Tech
Rutgers U
U Autónoma de Madrid
U Alberta
Columbia U
US EPAU de Chile
Centro de Inv Desarrollo Tech
Facultad de Quı́mica-UDELAR
Facultad de Quı́mica-UDELAR
U Puerto Rico
UC Davis
U New South WalesU New South WalesU New South Wales
Lawrence Berkeley Nat Lab
U Michigan
U Michigan
TU Kaiserslautern
Macquarie U
U OtagoIowa State U
U Victoria
Johnson Matthey Tech Cntr
Warsaw U
U Waterloo
Max Planck, Polymer Res
UC Irvine
UC Irvine
UC Irvine
UC Irvine
U Alberta
DSM
U OtagoKagoshima U
Kyoto UTokyo Inst of Tech
Tokyo Inst of Tech
Gifu U
Kyushu U
WAYO WOMEN’S U
RIKEN, Life Sci
Yamaguchi U, Eng
Nagoya U
Nagoya U
Niigata U
U TokyoNara Women’s U
U Missouri
Whitman College
U Manitoba
UC Irvine

SCTY
PHYS
ORGN
MTLS
PHYS
ENVR
PHYS
ANYL
INOR
ENVR
ORGN
MTLS
PHYS
MACR
MACR
ORGN
ENVR
ORGN
ORGN
ORGN
PHYS
MTLS
PHYS
PHYS
PHYS
ORGN
MTLS
PHYS
ENVR
SCTY
MTLS
ANYL
ANYL
INOR
INOR
ANYL
BIOL
MTLS
PHYS
SCTY
MTLS
ORGN
INOR
PHYS
PHYS
ANYL
INOR
MTLS
ANYL
MACR
MACR
MTLS
MTLS
MTLS
MTLS
MACR
MACR
ORGN
MACR
ORGN
ORGN
ORGN
INOR
ENVR
HLTH
MACR
ENVR
MTLS
INOR
BIOL
MTLS
INOR
ORGN
ANYL
BIOL

272
496
1662
2565
58
915
1940
1240
264
903
56
335
347
702
97
855
301
1581
252
1678
427
1206
169
1349
1301
1461
2209
548
75
190
626
100
176
757
877
765
943
20
2027
251
524
652
1638
203
1375
628
1370
2574
1070
174
884
99
262
2243
510
181
580
1574
776
569
1373
2429
12
683
227
1230
795
303
1941
1151
2414
276
1988
684
157

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–327

NAME INDEX
Goulding, C.
Goulet, P.J.
Gounder, R.
govindaraju, s.
Grabow, L.C.
Grabow, L.C.
Grabow, L.C.
Grabs, D.
Grady, B.
Grady, B.
Graham Gundlach, A.
Graham, D.
Granger, G.
Granville, A.M.
Granville, A.M.
Granvogl, M.
Granvogl, M.
Grapperhaus, C.A.
GRAS, E.
GRAS, E.
Grassian, V.
Grate, J.W.
Gravel, J.
Gravel, M.
Gravely, E.C.
Gravely, E.C.
Graves, C.R.
Gray, P.A.
Gray, P.J.
Grayson, S.
Grecov, D.
Greedan, J.
Green, M.
Green, M.
Green, M.A.
Greenberg, A.
Greenbowe, T.J.
Greenbowe, T.J.
Greenlief, C.
Greenwood, J.
Gregoire, G.
Gregorich, K.E.
Gregory, K.
Gregory, K.B.
Grembecka, J.
Gresh, N.
Grewal, H.
Grewell, D.
Gribble, G.W.
Griesbeck, A.G.
Griesbeck, A.G.
Grieser, F.
Griffin, R.
Griffin, S.
Griffiths, J.
Griffiths, T.M.
Grignard, B.
Grill, L.
Grimes, T.S.
Grimley, E.
Grimm, J.B.
Grimme, S.
Grimme, S.
Grindley, T.
Grisales, V.H.
Grisales, V.H.
Groeschel, A.H.
Groeschel, A.H.
Gronenborn, A.M.
Gross, A.
Grosvenor, A.P.
Grosvenor, A.P.
Grote, J.-.
Grote, J.-.
Groves, J.T.
Grubbs, R.B.
Grubbs, R.H.
Grubbs, R.H.
Gruber, M.
Grunert Kowalske, M.

328 –PRESENTERS

UC Irvine
Clarkson U
Purdue U
gachon U
U Houston
U Houston
U HoustonArzeda Corp
U Oklahoma
U Oklahoma
ETH Zurich
U Strathclyde
U Montréal
U New South WalesU New South Wales
Technical U Munich
Technical U Munich
U Louisville
CNRS
CNRS
U IowaPNNL
U Montréal
U Saskatchewan
North Carolina A&T State U
North Carolina A&T State U
Albright College
U Victoria
US FDA
Tulane U
U British Columbia
McMaster U
Penn State
Penn State
King’s College London
U. Colorado Boulder
U Oregon
U Oregon
U Missouri
KU Leuven
CNRS_U Paris Sud
Lawrence Berkeley Nat Lab
Collaborative Drug Discover
Carnegie Mellon U
U Michigan
Lab de Chimie Theo
San Jose State U
Iowa State U
Dartmouth College
U Cologne
U Cologne
U Melbourne
MIT
U Notre Dame
Royal Society of Chemistry
U Wollongong
U Liège
U GrazIdaho National Laboratory
U Michigan
Howard Hughes Medical InstU BonnU BonnDalhousie U
U National of Colombia
U National of Colombia
Aalto U
Aalto UU Pittsburg Sch Med
Ulm U
U Saskatchewan
U Saskatchewan
Abbott Laboratories
Abbott Laboratories
Princeton U
Stony Brook U
CaltechCaltechFAU Erlangen Nuernberg (FAU)
Western Michigan U

BIOL
MTLS
ENRG
MTLS
ENRG
ENRG
ENRG
BIOL
MTLS
MTLS
ANYL
PHYS
MTLS
MACR
MTLS
ENVR
ENVR
INOR
HLTH
ORGN
PHYS
MACR
MTLS
ORGN
SCTY
SCTY
INOR
INOR
ENVR
MACR
MTLS
MTLS
INOR
BIOL
MTLS
MACR
SCTY
SCTY
ENVR
MTLS
PHYS
INOR
HLTH
ENVR
ORGN
PHYS
ORGN
MTLS
ORGN
ORGN
ORGN
MTLS
BIOL
PHYS
SCTY
BIOL
ORGN
MTLS
INOR
HLTH
ORGN
INOR
PHYS
BIOL
ENRG
ENRG
MACR
MTLS
BIOL
PHYS
INOR
ENVR
ENVR
ENVR
INOR
MACR
MACR
INOR
ORGN
SCTY

1234
2034
45
2400
104
301
582
231
1188
1397
592
239
1448
683
2246
169
450
1715
637
1425
1147
815
2018
87
140
246
1992
480
383
1135
224
1264
873
31
1
1651
159
266
60
2272
255
1576
13
117
1828
782
1603
1181
2387
343
735
439
16
857
136
126
2280
2535
1366
408
1599
105
745
1187
193
367
246
2452
1062
1671
1711
636
72
512
872
374
676
834
1841
40

Grunlan, J.
Grunlan, J.
Grunlan, J.
Grunlan, M.A.
Grunlan, M.A.
Gruverman, A.
Gryko, D.T.
Gu, J.
Gu, M.
Gu, M.
Gu, N.
Gu, X.
Gu, z.
Guan, X.
Guan, X.
Guan, Z.M.
Guan, Z.M.
Guan, Z.M.
Guang-Ming, L.
Guay, D.
GUCCIONE, E.
Gudipati, M.S.
Gudmundsdottir, A.D.
Guendisch, D.
Guenther, A.B.
Guenther, D.
Guenza, M.
Guenza, M.
Gueorguiev, G.
Gueorguiev, G.
Guillaneuf, Y.
Guillaneuf, Y.
Guillaneuf, Y.
Guillarme, D.
Guiver, M.D.
Guldi, D.M.
Guldi, D.M.
Gulea, M.
Gulea, M.
Gulibusitan, A.
Gunawan, C.
Gundlach, L.
Gundlach, L.
Gunji, T.
Gunnoe, T.B.
Guo, A.
Guo, C.
Guo, C.
Guo, H.
Guo, H.
Guo, H.
Guo, J.
Guo, J.
Guo, J.
GUO, L.
Guo, M.
GUO, Q.
Guo, R.
Guo, R.
Guo, R.
Guo, S.
Guo, S.
Guo, S.
Guo, W.
Guo, W.
guo, x.
guo, x.
Guo, X.
Guo, X.
Guo, Y.
Guo, Y.
Guo, Y.
Guo, Z.
Guo, Z.
Gupta, A.
Gupta, D.
Gupta, D.C.
Gupta, K.
Gupta, K.
Gupta, S.

Texas A&M U
Texas A&M U
Texas A&M U
Texas A&M U
Texas A&M U
U Nebraska
Inst Org Chem, Polish Acad Sci
Peking U, Beijing, P. R. China
Korea U
Korea U
Suzhou U Sci Tech
U Notre Dame
Sichuan U
Nanjing U
Illinois Inst TechUC Irvine
UC Irvine
UC Irvine
Jimei UINRS
IMCB
JPL, CalTech
U Cincinnati
U Hawaii at HiloPNNL
ETH Zurich
U Oregon
U Oregon
Linköping U
Linköping U
Aix-Marseille U
Aix-Marseille U
Aix-Marseille U
U Geneva
Tianjin U
U Erlangen
U Erlangen
CNRS/ U Strasbourg
CNRS/ U Strasbourg
kitami Inst of U
Circa Group Pty Ltd
U Delaware
U Delaware
Tokyo U Sci
U Virginia
Inst Tropical Biosci & Biotech
National Tsing Hua U
Kyoto U
Kansai U
U New Mexico
U New Mexico
Fudan U
Dalian Inst Chem PhysRes Inst Electronic Sci
Kyushu U
Wuhan Inst of Botany, CAS
Guangzhou Inst Chem
National Chung Cheng U
U Notre Dame
Michigan State U
Los Alamos National Lab
Los Alamos National Lab
NAISTNanjing U, Aeronautics
Tech Inst Phys and Chem
peking U
peking U
Henan Academy of Scis
South U Sci & Tech, China
Colorado School of Mines
Chinese Academy of Scis
Inst Tropical Biosci & Biotech
Wayne State U
Nanjing U
Seth Jai Prakash Mukand Lal Inst
Inha U
Jiwaji U
JAIST
JAIST
Florida State U

MACR
MACR
MTLS
HLTH
HLTH
MTLS
MACR
ENRG
ANYL
BIOL
PHYS
ANYL
MTLS
MACR
ANYL
MACR
MACR
MTLS
BIOL
PHYS
BIOL
PHYS
ORGN
HLTH
PHYS
ANYL
PHYS
PHYS
ORGN
MTLS
MACR
MACR
MTLS
ANYL
MTLS
MACR
ORGN
ORGN
ORGN
MACR
BIOL
PHYS
ENRG
MACR
INOR
ENVR
BIOL
BIOL
MACR
PHYS
PHYS
MTLS
INOR
PHYS
ENRG
BIOL
MACR
ORGN
MTLS
ANYL
MTLS
ENRG
MACR
MTLS
MTLS
MTLS
MTLS
MACR
MTLS
ENVR
SCTY
ENVR
BIOL
INOR
PHYS
PHYS
PHYS
MTLS
MTLS
ANYL

268
296
1218
267
442
2861
858
393
469
530
1466
318
476
1011
725
1467
1630
2698
507
1814
447
1175
1065
382
1754
592
139
1611
704
415
386
1481
2261
862
1814
860
1639
1495
2147
424
219
303
34
51
722
527
1366
868
533
430
1856
201
2058
1538
749
811
76
701
1821
636
896
553
1374
1617
1988
430
520
1570
490
749
8
527
1188
391
1300
1149
1339
935
2145
1253

Gurau, G.
Gusev, D.G.
Gust, D.
Gustafson, T.L.
Gutekunst, W.R.
Gutmann, B.
Gutowski, M.
Gutowski, M.
Gutowski, M.
Guy, R.
Guzman, M.I.
Guzman, M.I.
Gwak, B.
Gwak, G.
Gwak, J.
Gwak, J.
Gwo, S.
Gyuri, M.
Ha, C.
Ha, H.
Ha, J.
Ha, J.
Ha, J.
Ha, K.
Ha, Y.
Haack, J.A.
Haase, F.
Haba, H.
Habas, S.
Habib, M.A.
Habu, D.
Habuchi, S.
Hachiya, I.
Hachiya, M.
Hachmann, J.
Hackenberger, C.P.
Hackenberger, C.P.
Hadad, C.M.
Haddad, A.M.
Haddad, A.Z.
Haddad, P.R.
Haddad, P.R.
Haddleton, D.
Haddleton, D.
Haddon, R.C.
Haddon, R.C.
Hadidi, L.
Hadzialic, D.
Haes, A.J.
Haga, M.
Haga, Y.
Hage, D.S.
Hagihara, R.
Hagiwara, H.
Hagiwara, K.
Hagiwara, R.
Hagiwara, Y.
Hah, J.
Hahm, J.
Hahn, E.
Hahn, E.
Haidasz, E.A.
Haider, M.
Haider, M.
Haider, M.
Haidle, A.
Haile, S.M.
Haino, T.
Haino, T.
Hakamatsuka, T.
Hakansson, K.
Hakeda, T.
Hakim, L.
Hakoda, Y.
Hakumai, Y.

525 Solutions, Inc.
Wilfrid Laurier U
Arizona State U
The Ohio State U
UC Santa Barbara
U Graz
Heriot-Watt U
Heriot-Watt U
Heriot-Watt U
St Jude Children’s Res Hosp
U Kentucky
U Kentucky
Pukyong National U
Yonsei U
KAIST
KAIST
National Tsing Hua U
Gyeongsang National U
Pusan National U
INHA U
Korea Res Inst Chem Tech
Korea Food Research Instkyungpook national U
Sogang U
Gyeongsang National U
U Oregon
Max Planck, Solid State Res
RIKEN
Nat Renewable Energy Lab
Tohoku U
Hokkaido U
KAUST, King Abdullah U Sci Tech
Mie U
Ritsumeikan U
U at Buffalo, SUNY
Humboldt U zu Berlin
Humboldt U zu Berlin
Ohio State U
U Basrah, Col Sci
U Louisville
U Tasmania
U Tasmania
U Warwick
U Warwick
U California
U California
U Alberta
Vision Point Systems, Inc.
U IowaChuo UJapan Atomic Energy Agency
U Nebraska
Kyushu U
Gifu U
Meiji U
Kyoto U
Waseda U
Hanyang U
Georgetown U
U Münster
U Münster
U Ottawa
Indian Inst Tech Delhi
Indian Inst Tech Delhi
Indian Inst Tech Delhi
Merck & Co
Northwestern U
Hiroshima U
Hiroshima U
Nat Inst Health Sci
U Michigan
Kanagawa U
Brawijaya U
Gunma Ukochi UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

SCTY
INOR
MTLS
PHYS
MACR
ORGN
PHYS
PHYS
ENRG
ORGN
PHYS
PHYS
ENVR
MTLS
INOR
INOR
PHYS
ANYL
MACR
MTLS
HLTH
ENVR
ANYL
ENRG
MTLS
SCTY
ENRG
INOR
ENRG
ENRG
INOR
MACR
ORGN
PHYS
MTLS
BIOL
BIOL
ORGN
MTLS
INOR
ANYL
ANYL
MACR
MTLS
ORGN
MTLS
MTLS
ANYL
ANYL
INOR
INOR
ANYL
ORGN
INOR
ANYL
INOR
ORGN
ORGN
MTLS
INOR
INOR
MTLS
ENRG
ENRG
ENRG
HLTH
ENRG
MACR
MTLS
SCTY
PHYS
MTLS
ENRG
ORGN
BIOL

335
1443
1046
202
680
4
705
1112
520
1833
1111
1621
294
1346
1492
2049
1424
1145
139
2216
410
57
234
378
2364
124
888
1578
126
349
1894
1635
781
1078
222
480
678
565
817
1907
580
1212
855
208
1396
411
848
954
705
816
1693
73
1105
993
714
2013
1106
2669
534
131
667
2828
256
556
807
695
872
53
2012
9
1695
853
649
1861
893

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Halas, N.
Halas, N.
Halasyamani, S.
Halberstadt, N.
Halcrow, M.A.
Halcrow, M.A.
Halder, N.
Halet, J.
Haley, M.M.
Haley, M.M.
Hall, D.
Hall, J.
Hall, K.W.
Hall, M.
Hall, M.
Hallas, A.
Hallett, J.P.
Halls, M.D.
Halonen, L.
Halonen, L.
Haltli, B.A.
Ham, J.
Hamachi, A.
Hamachi, I.
Hamachi, Y.
Hamada, D.
Hamada, M.
Hamada, M.
Hamada, M.
Hamada, N.
Hamada, Y.
Hamada, Y.
Hamada, Y.
Hamagami, H.
Hamaguchi, H.
Hamamoto, H.
Hamamoto, S.
Hamamura, K.
Hamana, Y.
Hamanaka, M.
Hamann, L.
Hamann, M.T.
Hamann, M.T.
Hamano, Y.
Hamasaka, G.
Hamasaki, A.
Hamasaki, T.
Hamasaki, Y.
Hamashima, Y.
Hamaya, N.
Hamilton, I.P.
Hamilton, T.
Hammann, B.A.
Hammarström, L.
Hammarström, L.
Hammarström, L.
Hammes-Schiffer, S.
Hammes-Schiffer, S.
Hammes-Schiffer, S.
Hammock, B.
Hammock, B.
Hammond, G.B.
Hammond, G.B.
Hammond, J.R.
Hamoudi, S.
Hamoudi, S.
Hampton, C.S.
Han, B.
Han, C.
Han, C.
Han, G.
Han, G.
Han, H.
Han, J.
Han, J.

Rice U
Rice UU Houston
CNRS
U Leeds
U Leeds
U Arkansas
CNRS-U RENNESU Oregon
U Oregon
U Alberta
Spring Arbor U
U Calgary
Texas A&M U
Texas A&M U
McMaster U
Imperial College
Schrödinger Inc.
U Helsinki
U Helsinki
U Prince Edward Island
KIST
Kyushu U
Kyoto UTokyo U Sci (RIKADAI)
Mie U
Toyama Prefectural U
Keio U
Kagawa U
Astellas Pharma Inc.
Toholu U, Med
Osaka Electro-Comm U
Osaka Prefecture U
Tokyo Inst of Tech
National Chiao Tung U
U of Tokyo
Tohoku U
Fukuoka U
Yokohama National U
Kyoto U
Novartis
U Mississippi
U Mississippi
Fukui Prefectural U
Inst for Molecular Sci
Shinshu U
Keio UTokyo Inst of TechU Shizuoka
Kitami Inst of Tech
Wilfrid Laurier U
Barry U
Washington U, St. Louis
Uppsala U
Uppsala U
Uppsala U
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
U California DavisU California
U louisville
U louisvilleIntel Corporation
U LavalU LavalU Missouri-Columbia
Nat Center Nano & Tech
Korea Sci Academy of KAIST
Nagoya U
KIOST
Kyungpook National U
Korea UU Seoul
KAIST

PHYS
PHYS
INOR
PHYS
INOR
INOR
ANYL
PHYS
INOR
ORGN
ORGN
SCTY
PHYS
INOR
PHYS
MTLS
ENRG
MTLS
PHYS
PHYS
BIOL
ORGN
ANYL
BIOL
ORGN
PHYS
ORGN
INOR
PHYS
ORGN
MTLS
ORGN
ORGN
ORGN
PHYS
ORGN
ORGN
MACR
MTLS
HLTH
ORGN
ORGN
BIOL
BIOL
MTLS
ANYL
ORGN
MTLS
ORGN
ENRG
PHYS
ORGN
MTLS
INOR
ENRG
ENRG
INOR
PHYS
PHYS
ANYL
HLTH
ORGN
ORGN
PHYS
MTLS
MTLS
ORGN
MTLS
INOR
HLTH
ENVR
MTLS
ORGN
ENRG
ENVR

107
1422
1351
1809
332
1004
294
446
175
1380
610
273
1134
1441
445
1098
82
1251
434
470
690
430
846
793
389
1637
400
640
789
961
665
1258
1027
1262
478
1241
1218
443
1082
333
2301
1650
338
1155
2290
69
1036
2718
1545
220
444
77
2198
1427
478
880
116
459
1832
172
495
30
651
1429
2055
2458
918
465
1834
214
654
2112
361
558
876

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–329

NAME INDEX
Han, L.
Han, L.
Han, L.
Han, L.
Han, L.
Han, M.
Han, M.
Han, M.
Han, O.
Han, P.
Han, S.
Han, S.
Han, S.
Han, S.
Han, S.
Han, S.
Han, S.
Han, W.
Han, W.
Han, W.
Han, X.
han, y.
Han, Y.
Han, Y.
Han, Y.
Han, Y.
Han, Y.
Han, Y.
Han, Z.
Hanai, S.
Hanaki, M.
Hanaki, Y.
Hanamura, S.
Hanaoka, H.
Hanaoka, K.
Hanaoka, K.
Hanaoka, K.
Hanari, N.
Hanaya, K.
Handa, M.
Handa, N.
Handa, S.
Haneda, M.
Hang, H.
Hang, W.
Hanitani, K.
Hannoush, R.
Hannoush, R.
Hano, N.
Hansen, A.
Hansen, A.
Hansen, J.
Hanson, P.R.
Hanusa, T.P.
Hanusa, T.P.
Hanwell, M.
Hao Sheng, L.
Hao, J.
Hara, D.
Hara, K.
Hara, M.
Hara, M.
Hara, Y.
Hara, Y.
Harabuchi, Y.
Harada, A.
Harada, A.
Harada, A.
Harada, A.
Harada, A.
Harada, J.
Harada, J.
Harada, K.
Harada, R.
Harada, T.
Harada, Y.
Harada, Y.
Harada, Y.
Haraguchi, H.
Haraguchi, K.

330 –PRESENTERS

National Inst of AIST
National Inst of AIST
National Inst of AIST
China Agricultural U
NIMS
Korea Res Inst Chem Tech
Tottori U
Yonsei U
Korea Basic Sci Inst
WPI-AIMR, Tohoku U
SKKU
SKKU
SKKU
Pohang U of Sci
KIST
Kitami Inst of TechUC Santa Barbara
Seoul Women’s U
Seoul Women’s U
Seoul Women’s U
U Louisville
China Agricultural U
Changchun Inst Appl Chem
Hanyang U
Australian National U
Australian National U
Tohoku-Gakuin U
KAUST
U Georgia
Osaka U
Kyoto U
Kyoto U
Keio U
Gunma U, Medicine
U Tokyo
U Tokyo
U Tokyo
AIST
Keio U
Shimane U
Tottori U
Tokyo U Sci
U Tsukuba
The Rockefeller U
Xiamen U
Shizuoka U
Genentech
Genentech
Kumamoto U
U BonnU Copenhagen
Brigham Young U
U Kansas
Vanderbilt U
Vanderbilt U
KitwareOsaka UKey Lab Colloid & Interface Chem
Kyoto U
Osaka UTokyo Inst of Tech
Fukui U Tech
Nagoya U
Meiji U
Hokkaido U
Tottori U
Osaka U
Osaka U
Kogashima U, Eng
Osaka Prefecture U
Kurume U, Med
Hokkaido U
Tokushima Bunri U
U Tsukuba
Toyo UTokyo U Marine Sci Tech
Kyoto UU Tokyo
FASMAC Co., Ltd.
Nihon U

INOR
INOR
INOR
ENVR
ENRG
MACR
MACR
MTLS
MACR
MTLS
ORGN
ORGN
ORGN
ENVR
ENRG
MACR
MTLS
INOR
INOR
ENRG
ANYL
ENVR
MACR
MTLS
INOR
INOR
ENVR
MTLS
BIOL
INOR
ORGN
ORGN
ORGN
HLTH
ANYL
INOR
ORGN
ANYL
BIOL
INOR
SCTY
ORGN
ORGN
BIOL
ANYL
INOR
HLTH
BIOL
MTLS
PHYS
PHYS
PHYS
ORGN
INOR
ORGN
SCTY
BIOL
PHYS
BIOL
INOR
MTLS
ORGN
ORGN
MACR
PHYS
SCTY
MACR
MACR
MACR
HLTH
ENRG
INOR
ORGN
PHYS
ENVR
ANYL
PHYS
ANYL
BIOL
MACR

1563
1933
1939
490
95
376
862
554
1164
2270
2479
2507
2521
764
586
426
1976
1468
1548
172
1046
170
1108
1204
702
1644
367
2005
290
744
1191
1286
2640
132
1090
2064
1713
1207
1021
689
230
2666
1991
45
227
493
691
46
819
1216
540
2088
2297
1768
82
30
610
1713
1082
1102
27
1107
2351
340
185
218
342
1335
728
344
171
167
2582
1631
411
502
341
933
1329
99

Haraguchi, M.
Haraguchi, N.
Haraguchi, R.
Haran, G.
Haran, G.
Haranczyk, M.
Hardie, M.
Hardie, M.
Harding, R.N.
Hardman-Baldwin, A.M.
Hardy, C.
hardy, M.
Harel, E.
Hari, T.P.
Hari, T.P.
Hariharan, M.
Hariharan, M.
Hariri, M.
Hark, R.R.
Hark, R.R.
Harmer, S.
Harmer, S.
Harold, M.
Hároz, E.H.
Harris, D.
Harrison, C.R.
Harrison, J.
Harrisson, S.
Harrop, T.
Hart, D.M.
Hart, K.J.
Hart, R.A.
Harth, E.
Hartinger, C.G.
Hartley, M.
Hartmann, L.
Hartmann, N.F.
Hartwig, J.F.
Hartwig, J.F.
Haruno, H.
Harutyunyan, A.R.
Harvey, J.E.
Harvey, P.D.
Harynuk, J.J.
Hasan, Z.
Hasani, M.
Hase, W.L.
Hasebe, Y.
Hasegawa, A.
Hasegawa, A.
Hasegawa, A.
Hasegawa, D.
Hasegawa, E.
Hasegawa, H.
Hasegawa, H.
Hasegawa, H.
Hasegawa, H.
Hasegawa, J.
Hasegawa, M.
Hasegawa, M.
Hasegawa, M.
Hasegawa, M.
Hasegawa, O.
Hasegawa, S.
Hasegawa, T.
Hasegawa, T.
Hasegawa, U.
Hasegawa, Y.
Hasegawa, Y.
Hasegawa, Y.
Haselhorst, T.
Haselhorst, T.
Hashiba, W.
Hashidzume, A.
Hashidzume, A.
Hashiguchi, R.
Hashii, N.
Hashikawa, Y.
Hashima, T.
Hashimoto, A.

Osaka City U
Tohohashi U Tech
Kyoto U
Weizmann Inst of Sci
Weizmann Inst of Sci
Lawrence Berkeley Nat Lab
U Leeds
U Leeds
Lawrence Livermore Nat Lab
Ohio State U
U Melbourne
UCSD
Northwestern U
U Ottawa
U Ottawa
Indian Inst Sci Ed & Res Thiruvan
Indian Inst Sci Ed & Res Thiruvan
York U
Juniata College
Juniata College
Flinders U
Flinders U
U Houston
Los Alamos National Laboratory
Northwestern U
San Diego State U
U Alberta
U Paul Sabatier
U Georgia
U Mass, Amherst
Oak Ridge National Laboratory
Amgen Inc.
Vanderbilt U
U Auckland
Indiana U Bloomington
Heinrich Heine U Dusselforf
Los Alamos National Laboratory
UC Berkeley
UC Berkeley
NIT, Gunma Col
Honda Research Inst USA
Victoria U, Wellington
U Sherbrooke
U Alberta
Po Leung Kuk Ngan Pol Ling Col
Arizona State U
Texas Tech U
Inagawa Inst Tech
RIKEN QBiC
NIT, Hachinohe Col
Yamaguchi U
JAISTShizuoka U
U TokyoKanazawa U
Hokkaido U
Hokkaido U
Hokkaido U
Kitasato U
Utsunomiya U
Aoyama Gakuin U
Aoyama Gakuin U
Osaka U
Nihon U
Kyushu U
Kyoto U
Osaka U
Hokkaido U
Sophia U
Kyoto U
Griffith U
Griffith U
Toho U
Osaka U
Osaka U
Kyoto UNat Inst Health Sci
Kyoto UTokyo U Sci
Osaka U

MTLS
ORGN
ORGN
PHYS
PHYS
MTLS
INOR
ORGN
HLTH
ORGN
SCTY
PHYS
PHYS
ORGN
BIOL
MACR
ORGN
ANYL
ANYL
SCTY
PHYS
ENVR
ENRG
MTLS
INOR
ANYL
ANYL
MACR
INOR
SCTY
INOR
ORGN
MACR
INOR
MTLS
MACR
MTLS
ORGN
ORGN
ORGN
MTLS
ORGN
INOR
ANYL
ENVR
SCTY
PHYS
BIOL
HLTH
MTLS
ORGN
BIOL
INOR
PHYS
ENVR
MTLS
MTLS
PHYS
ORGN
MTLS
INOR
MACR
MTLS
ENRG
ORGN
PHYS
HLTH
INOR
MTLS
ENRG
HLTH
BIOL
HLTH
MACR
ORGN
INOR
ANYL
ORGN
MACR
BIOL

2099
2277
11
112
942
504
132
1145
434
2566
355
1071
524
1989
560
788
21
199
1121
285
1569
439
8
2235
1704
152
37
1310
2051
347
401
1450
1336
161
135
811
1391
350
1692
816
1736
1990
1383
1077
232
210
1853
495
475
948
403
1317
1030
267
196
136
2427
802
1736
1454
554
1369
2618
735
943
333
343
849
604
359
49
374
652
131
64
1829
746
724
1266
1083

Hashimoto, H.
Hashimoto, H.
Hashimoto, K.
Hashimoto, K.
Hashimoto, K.
Hashimoto, K.
Hashimoto, M.
Hashimoto, R.
Hashimoto, R.
Hashimoto, T.
Hashimoto, T.
Hashimoto, T.
Hashimoto, T.
Hashimoto, Y.
Hashimoto, Y.
Hashimoto, Y.
Hashimoto, Y.
Hashiya, F.
Hashiyada, S.
Hashmi, M.I.
Hashmi, S.
Hassan, E.M.
Hassan, E.M.
Hassan, S.
Hassanali, A.
Hasunuma, T.
Hata, D.
Hata, H.
Hata, T.
Hata, T.
Hata, Y.
Hata, Y.
Hatakeyama, H.
Hatakeyama, S.
Hatakeyama, T.
Hatakeyama, T.
Hatanaka, K.
Hatanaka, M.
Hatanaka, M.
Hatanaka, S.
Hatanaka, S.
Hatanaka, W.
Hatano, B.
Hatano, J.
Hatano, M.
Hatano, R.
Hatayama, J.
Hatazawa, M.
Hatcher, P.G.
Hathaway, H.J.
Hati, N.
Hati, N.
Hatsukawa, Y.
Hatta, H.
Hattendorf, B.
Hattori, A.
Hattori, I.
Hattori, K.
Hattori, K.
Hattori, K.
Hattori, M.
Hattori, M.
Hattori, M.
Hattori, S.
Hattori, Y.
Hattori, Y.
Hauer, J.
Hauer, J.
Haufe, G.
Havard, T.
Havenith, M.
Havenith, M.
Havenith, M.
Haverkamp, R.G.
Hay, B.

Kwansei Gakuin U
Tohoku U
Chiba Inst of Tech
The U Tokyo
Tokyo denki U
Kwansei Gakuin U
Wakayama U
Tokyo Inst of Tech
Konan U
Sophia U
Osaka Prefecture U
Nara Women’s U
Nara Women’s U
AIST and TechShowa Pharmaceutical U
NAISTKobe Women’s U
Kyoto U
SOKENDAIU Malaysia Sabah
Heidelberg U
INRS (INRS)
Inrs
Tokyo Metropolitan U
Internat Cen Theo Phys
Kobe U
Osaka UU Tokyo
NIT, Kochi Col
U Tokyo
Kyoto UTokyo Inst of Tech
Lignocel Research
Tokyo U Agri & Tech
Kwansei Gakuin U
Kyoto U
Osaka U
Kinki U
Kinki UUEC
Kyushu U
Kyushu U
Yamagata U
U Tokyo
Nagoya U
Chiba Inst of Tech
Kansai U
U of Tokyo Chem Biotech
Old Dominion U
U BathScion
Scion
Japan Atomic Energy Agency
Kyoto Women’s U
ETH Zurich
Nagoya U
Osaka U
Kitami Inst of Tech
Tokyo U Sci
Gifu Pharmaceutical U
U Tokyo
U Tokyo
U Tokyo
U Tokyo
HOSEI U
Nagoya U
Vienna U Tech
Vienna U Tech
U Munster
U MontréalRuhr U Bochum
Ruhr U Bochum
Ruhr U Bochum
Massey U
Supramolecular Design Inst

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

BIOL
INOR
MTLS
MACR
BIOL
ANYL
MTLS
ORGN
ANYL
ANYL
MTLS
MACR
MTLS
BIOL
ORGN
MTLS
BIOL
BIOL
PHYS
HLTH
ORGN
BIOL
MTLS
MTLS
PHYS
ENRG
ORGN
PHYS
PHYS
MTLS
BIOL
MACR
ENVR
PHYS
ORGN
ORGN
INOR
PHYS
PHYS
MTLS
ORGN
BIOL
ORGN
BIOL
ORGN
MTLS
ENRG
MACR
ANYL
HLTH
MACR
MACR
INOR
HLTH
ANYL
ANYL
ORGN
MACR
MTLS
ORGN
ANYL
BIOL
BIOL
INOR
HLTH
ANYL
PHYS
PHYS
ORGN
ANYL
PHYS
PHYS
PHYS
MTLS
ORGN

7
295
1763
573
669
871
1641
962
1000
209
713
202
2701
1084
744
1522
855
1294
1521
551
31
1275
2416
1378
706
690
2230
2064
1588
2144
771
647
577
1984
333
992
487
296
356
1721
963
1436
488
478
1544
615
377
483
127
93
70
339
773
296
592
833
1928
1272
1523
1237
905
327
788
1109
546
825
522
901
1477
308
1642
1778
1805
363
2378

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Hayakawa, H.
Hayakawa, K.
Hayakawa, S.
Hayakawa, S.
Hayakawa, T.
Hayakawa, T.
Hayama, M.
Hayama, R.
Hayami, R.
Hayami, S.
Hayasaka, Y.
Hayase, S.
Hayashi, A.
Hayashi, A.
Hayashi, H.
Hayashi, H.
Hayashi, H.
Hayashi, H.
Hayashi, I.
Hayashi, K.
Hayashi, K.
Hayashi, K.
Hayashi, K.
Hayashi, K.
Hayashi, M.
Hayashi, M.
Hayashi, M.
Hayashi, M.
Hayashi, R.
Hayashi, R.
Hayashi, S.
Hayashi, S.
Hayashi, S.
Hayashi, T.
Hayashi, T.
Hayashi, T.
Hayashi, T.
Hayashi, T.
Hayashi, Y.
Hayashi, Y.
Hayashi, Y.
Hayashi, Y.
Hayashi, Y.
Hayashibara, H.
Hayashida, O.
Hayashi-Nishino, M.
Hayashita, T.
Hayazawa, N.
Hayes, P.G.
Hayes, P.G.
Hayes, R.
Hayman, C.
Haynes, C.L.
Haynes, D.A.
Hayton, T.
Hayton, T.
Hayton, T.
Hayward, R.
Hayward, R.
Hazama, K.
Hazeki, T.
Hazin, K.
He, C.
He, C.
He, C.
He, C.
He, D.
He, D.
He, F.
He, H.
He, J.
He, L.
He, N.
He, N.
He, P.

Tokai U, Chem Eng
Kanazawa U
Hiroshima U
tokyo U Sci
Tokyo Inst of Tech
Tokyo Inst of Tech
Osaka Prefecture U
Saitama U
Tokyo U Sci
Kumamoto U
Yamagata U
Kyushu Inst of Tech
Kyushu U
Chiba U
Kinki U
Osaka Medical College
Kyoto U
Osaka U
Hiroshima U
NISTEP
NIT, Nara Col
Okayama U Sci
Okayama U Sci
Gunma U, Sci Tech
Kansai U
National Taiwan U
Kyoto U
Daicel Corporation
Kobe UTokyo U Sci
Kyoto U
Kyoto U
National Defense Academy
Osaka U
Kyoto U
Kyoto UTokyo Inst of TechRadiation Effect Res Foundation
Gunma U
Kanazawa U
Tohoku U
Osaka U
Kanagawa U
Tokyo Metropolitan U
Fukuoka U
Osaka U
Sophia U
RIKEN
U Lethbridge
U Lethbridge
Spring Arbor U
Victoria U, Wellington
U Minnesota
U Stellenbosch
UC Santa Barbara
UC Santa Barbara
UC Santa Barbara
U Massachusetts
U Massachusetts
Meiji U
Sophia U
U British Columbia
Georgia Inst of Tech
U Chicago
U Chicago
U Chicago
Tsinghua U
Tsinghua U
Shanghai Jiaotong U
Chinese Academy of Scis
Nat U Singapore
U Mass, Amherst
Xiamen U
Xiamen U
Fudan U

INOR
ENVR
ANYL
MTLS
MACR
MACR
ORGN
BIOL
MACR
MTLS
MTLS
MTLS
ENRG
ORGN
PHYS
BIOL
ENRG
MTLS
ANYL
SCTY
MTLS
ENVR
INOR
INOR
MACR
PHYS
INOR
BIOL
ORGN
MTLS
PHYS
BIOL
MACR
ENRG
PHYS
PHYS
ANYL
ENVR
MTLS
MTLS
ORGN
INOR
INOR
INOR
ORGN
PHYS
ANYL
PHYS
INOR
INOR
ORGN
BIOL
PHYS
ORGN
INOR
INOR
INOR
MACR
MTLS
MTLS
MTLS
INOR
BIOL
INOR
PHYS
BIOL
ENRG
ENRG
PHYS
PHYS
ENVR
ANYL
MACR
ENVR
HLTH

1295
187
929
812
379
907
707
611
746
2185
934
1208
590
945
1285
1245
335
878
1190
135
1125
261
1288
1272
588
310
678
466
1433
1851
415
802
333
287
13
740
758
687
732
1923
1777
1031
427
1956
885
896
118
530
1431
2055
508
138
395
80
325
621
1787
682
294
1758
752
1744
335
1146
779
443
127
1022
425
1393
274
564
1179
671
125

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–331

NAME INDEXHe, S.
He, W.
He, Y.
He, Y.
He, Z.
Head, J.D.
Headey, S.J.
Head-Gordon, M.
Head-Gordon, M.
HeadGordon, T.
Healey, M.R.
Heard, D.
Heard, D.
Heard, G.
Heaven, M.C.
Heberle, J.
Hébert, A.
Hecht, S.
Hecht, S.
Hecker, M.
Heckler, R.
Heeger, T.
Heemstra, J.
Heemstra, J.
Hegg, E.L.
Hegg, E.L.
Hegmann, E.
Hegmann, E.
Hegmann, T.
Hegmann, T.
Heguri, S.
Hein, J.
Hein, N.M.
Heindel, N.
Heine, T.
Heine, T.
Heinke, L.
Heitz, M.
Helgaker, T.
Heller, D.
Heller, S.
Hellstern, T.R.
Hemmer, E.
Hemmer, E.
Hemmi, R.
Henary, M.
Henderson, A.S.
Henderson, K.
Henderson, M.A.
Hendricks, L.
Hendsbee, A.D.
Heng, M.Y.
Henkelis, J.J.
Hennersdorf, F.
Henri, G.
Henry, C.
Henry, C.
Henze, E.K.
Heo, J.
Heo, Y.
Heras, B.
Heraud, P.
Heraud, P.
Heraud, P.
Herbert, J.
Herderich, M.
Herdman, C.M.
Hergenrother, P.J.
Hering-Junghans, C.
Herman, G.
Hermann, K.R.
Hermann, T.
Hermida-Merino, D.
Hernandez Ainsa, S.M.
Hernández Sánchez, R.
Hernandez, C.
Hernandez, C.C.
Hernández, G.
Hernandez, M.A.
Hernandez, R.

332–PRESENTERS

UC San Diego
East China U Sci Tech
Chinese Academy of Scis
Kyushu U
Tsinghua U
U Hawaii
Monash U
U California
U California
UC Berkeley
U Melbourne
U Leeds
U Leeds
UNC Asheville
Emory U
Freie U Berlin
U Montréal
Humboldt-U zu Berlin
Humboldt-U zu Berlin
U Saskatchewan
Stockton U
Tokyo Inst of Tech
U UtahU UtahMichigan State U
Michigan State U
Kent State U
Kent State U
Kent State U
Kent State U
WPI-AIMR, Tohoku U
U British Columbia
U British Columbia
Lehigh U
Jacobs U
Jacobs U Bremen gGmbH
Karlsruher Inst Tech (KIT)
Sherbrooke U
U OsloLeibniz Inst for Catalysis
NIST
Stanford U
INRS
INRS
Keio U Graduate School
Georgia State U
U Bristol
U Notre DamePNNL
ETH Zurich
Dalhousie U
Shinshu U
Northwestern U
Technical U Dresden
CNRS
Colorado State U
Colorado State U
Hawaii Pacific U
Sangmyung U
Inha U
La Trobe Inst Molecular Sci
Monash U
Monash U
Monash U
Ohio State U
Australian Wine Res InstU Waterloo
U Illinois
U Alberta
Oregon State U
Northwestern U
UC San Diego
NWO
U Cambridge
Harvard U
American Chemical Society
U Philippines, Diliman
U Basque Country UPV/EHU
U Ciencias Ambientales Y Aplicadas
UAEM

MTLS
BIOL
ORGN
MTLS
ANYL
ENRG
HLTH
PHYS
PHYS
PHYS
MTLS
PHYS
PHYS
PHYS
INOR
BIOL
BIOL
MTLS
MTLS
ENVR
ORGN
ORGN
ORGN
BIOL
INOR
INOR
MTLS
MTLS
MACR
MTLS
MTLS
ORGN
INOR
SCTY
INOR
MTLS
MTLS
SCTY
PHYS
INOR
PHYS
ENRG
MTLS
MTLS
BIOL
ORGN
ORGN
INOR
ENRG
ANYL
ORGN
HLTH
ORGN
INOR
INOR
ANYL
ANYL
BIOL
PHYS
ENRG
HLTH
ANYL
ANYL
PHYS
PHYS
ENVR
PHYS
ORGN
INOR
MTLS
ORGN
BIOL
MACR
MTLS
INOR
SCTY
HLTH
MACR
PHYS
PHYS

2786
1262
2451
1308
280
300
44
1272
1370
1130
1642
1390
2092
1744
1690
807
487
1048
2000
148
481
1840
278
1141
715
1659
1967
2578
1150
2752
2070
351
731
383
1974
329
38
274
101
1254
1279
885
2561
2781
561
1712
310
1624
90
592
1957
256
1548
1934
2015
581
1239
671
883
757
48
681
941
486
998
395
1629
1755
837
8
1636
1394
16
478
966
16
676
413
1903
121

Hernandez, R.
Herrera, F.
Herrera, F.
Herring, A.
Herrington, D.
Hersam, M.C.
Hersam, M.C.
Hervault, A.
Hervault, A.
Hess, W.
Hestekin, C.
Hestekin, J.A.
Hestekin, J.A.
Hettick, B.E.
Heyden, M.
Heyduk, A.
Heyduk, A.
Heyduk, A.
Hey-Hawkins, E.
Hey-Hawkins, E.
Heyne, B.
Hibara, A.
Hibara, A.
Hibino, M.
Hicklin, R.W.
Hicks, J.C.
Hicks, R.
Hidaka, R.
Hidaka, Y.
Hidani, Y.
Hidese, R.
Hieftje, G.M.
Hifumi, E.
Higaki, Y.
Higashi, K.
Higashi, M.
Higashi, R.M.
Higashi, S.
Higashi, T.
HIGASHI, T.
Higashibayashi, S.
Higashida, K.
Higashiguchi, K.
Higashino, T.
Higashino, Y.
Higgins, D.A.
Higgins, D.A.
Higgs, P.
Highland, Z.L.
Higuchi, A.
Higuchi, A.
Higuchi, H.
Higuchi, H.
Higuchi, H.
Higuchi, H.
Higuchi, M.
Higuchi, M.
Higuchi, T.
Higuchi, T.
Higuchi, T.
Higuchi, Y.
Hihn, J.
Hihn, J.
Hijikata, Y.
Hikichi, S.
Hikiishi, N.
Hikosaka, M.
Hilaire, S.
Hildebrandt, L.
Hilder, E.
Hill, A.F.
Hill, A.F.
Hill, A.F.
Hill, A.J.
Hill, A.J.
Hill, A.J.
Hill, C.L.
Hill, C.L.
Hill, M.R.
Hill, M.R.

UAEM
U Santiago Chile
U Santiago Chile
Colorado School of MinesGrand Valley State U
Northwestern U
Northwestern U
JAIST
JAIST
Pacific Northwest national Lab
U Arkansas
U Arkansas
U Arkansas
Texas Tech U
Max-Planck, KohlenforschungUC Irvine
UC Irvine
UC Irvine
Leipzig U
Leipzig U
U CalgaryTokyo Inst of Tech
Tokyo Inst of TechU TokyoU Illinois, Urbana-Champaign
U Notre Dame
U Victoria
Kinki U
Kyushu U
Kyushu U
Kwansei Gakuin U
Indiana U
Oita U
Kyushu U
UEC
U the Ryukyus
U Kentucky
UEC
Kobe U
Osaka UInst for Molecular Sci
Osaka U
Kyoto UTokyo Inst of Tech
Osaka Electro-Comm U
Kansas Sate U
Kansas Sate U
McMaster ULouisiana State U
Tokyo U Agri & Tech
National Central U
Osaka Electro-Comm U
U Tokyo
Kyushu U
U Toyama
Kyoto U
NIMS
Osaka U
Tohoku U
Nagoya City U
Inst Sci & Inst Res, Osaka U
U Franche-Comté/CNRSU Franche-Comté/CNRS
Nagoya U
Kanagawa U
Kyushu U
Hiroshima U
ETH Zurich
Nanosystems & Tech, GmbHU Tasmania
Australian National U
Australian National U
Australian National U
CSIRO
CSIRO
CSIRO
Emory U
Emory U
CSIRO
CSIRO

PHYS
PHYS
PHYS
ENRG
SCTY
MTLS
MTLS
HLTH
MTLS
PHYS
ANYL
MACR
ENRG
ENVR
PHYS
INOR
INOR
INOR
INOR
INOR
ORGN
ANYL
PHYS
ENRG
HLTH
PHYS
INOR
ORGN
MTLS
ORGN
BIOL
ANYL
BIOL
MACR
ENRG
PHYS
BIOL
ORGN
SCTY
INOR
ORGN
ORGN
MACR
MTLS
ORGN
PHYS
PHYS
BIOL
BIOL
MTLS
MTLS
ENRG
MTLS
MACR
ORGN
MTLS
INOR
ORGN
MACR
INOR
ORGN
MTLS
MTLS
INOR
INOR
PHYS
MACR
ENRG
PHYS
ANYL
INOR
INOR
ORGN
INOR
MACR
MTLS
MTLS
MTLS
MTLS
MTLS

928
441
2056
420
243
491
2085
596
877
173
75
1524
547
652
2005
1403
1531
1798
1446
2005
601
1258
1005
535
358
509
1996
1992
749
2291
147
457
526
1329
337
571
841
1537
208
1633
1872
1350
1656
2619
1273
946
1099
258
883
1761
1992
450
338
1662
1881
1955
786
2419
689
1233
1832
50
437
1848
428
884
1613
876
80
666
826
1774
1765
238
1099
1221
1041
2069
423
1822

Hill, M.R.
Hill, M.S.
Hill, S.
Hill, S.
Hill, S.
Hill, W.T.
Hillenbrand, R.
Hillenbrand, R.
Hiller, W.
Hillmyer, M.
Hillmyer, M.
Hilvert, D.
Himeda, Y.
Himiyama, T.
Himoto, K.
Hinata, T.
Hinde, R.
Hinde, R.
Hinds, B.J.
Hines, J.K.
Hines, J.K.
Hinge, V.K.
Hinge, V.K.
Hinks, M.L.
Hinou, H.
Hintelmann, H.
Hintermair, U.
Hioki, S.
Hipolito, C.J.
Hipps, K.
Hirai, G.
Hirai, K.
Hirai, Y.
Hirai, Y.
Hiraishi, T.
Hirakawa, K.
Hirakawa, K.
Hirakawa, K.
Hirakawa, T.
Hiramatsu, A.
Hiramatsu, T.
Hirano, K.
Hirano, M.
Hirano, M.
Hirano, M.
Hirano, M.
Hirano, T.
Hirano, T.
Hirano, T.
Hirano, T.
Hirano, Y.
Hirano, Y.
Hiranoi, Y.
Hirao, H.
Hirao, I.
Hirao, K.
Hirao, T.
Hirao, T.
Hirao, Y.
Hiraoka, S.
Hirashima, R.
Hirata, F.
Hirata, F.
Hirata, J.
Hirata, S.
Hirata, S.
Hirata, T.
Hirata, Y.
Hiratsuka, K.
Hirayama, A.
Hirayama, A.
Hirayama, M.
Hirayama, T.
Hirayama, Y.
Hiroaki, H.

CSIRO
U BathFlorida State U
Florida State U
American Chemical Society
U Maryland
CIC nanoGUNE and UPV/EHU
CIC nanoGUNE and UPV/EHU
Technion Isreal Inst Tech
U Minnesota
U Minnesota
ETH
AIST
Osaka U
Kinki U
Waseda U
U of Tennessee
U Tennessee
U Washington
Lafayette College
Lafayette College
U Alberta
U Alberta
U California Irvine
Hokkaido U
Trent UU BathNagoya U
U TokyoWashington State U
RIKEN
Mie U
Chiba U
Tohoku U
RIKEN
Shizuoka U
Shizuoka U
Shizuoka U
U Kitakyusyu
Mie U
Meijo U
Hiroshima U
Tohoku U
Kyushu U
Osaka U
Osaka UU TokyoUEC
UEC
U TokyoMeiji U
Kobe UTokyo U Agri & Tech
Nanyang Tech U
RIKEN CLST
Meiji U
House Foods Group Inc.
Hiroshima U
Osaka U
Ehime U
Yokohama National U
Ritsumeikan U
Ritsumeikan U
Tokyo U Marine Sci Tech
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
Kyoto U
Nagoya U
Osaka UTokyo Inst of Tech
Osaka UTokyo Inst of Tech
Gifu Pharmaceutical U
U Shizuoka
Nagoya U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENRG
INOR
INOR
MTLS
SCTY
PHYS
ANYL
PHYS
MACR
MACR
MACR
BIOL
ENRG
INOR
INOR
MACR
PHYS
PHYS
MTLS
SCTY
BIOL
HLTH
PHYS
PHYS
BIOL
ENVR
INOR
ORGN
BIOL
MTLS
ORGN
ORGN
MACR
MACR
MACR
HLTH
HLTH
HLTH
ENRG
ENRG
MTLS
MACR
ENVR
HLTH
ORGN
ORGN
PHYS
ORGN
BIOL
PHYS
ENRG
ENRG
MACR
PHYS
BIOL
ORGN
ANYL
MACR
ORGN
ORGN
MTLS
PHYS
PHYS
ANYL
PHYS
PHYS
ANYL
ORGN
PHYS
BIOL
ORGN
ENRG
INOR
BIOL
ORGN

1046
1621
812
2499
45
2
601
529
1301
58
675
1246
598
758
562
763
769
1993
1211
155
744
350
1553
1761
612
596
28
1320
417
1995
141
1062
1428
908
955
115
127
179
209
987
2620
738
737
226
2518
1859
1586
117
253
1355
957
103
470
1132
1398
416
1251
739
1909
1907
1083
138
1834
509
990
1626
668
2591
947
710
2206
444
2071
700
1993

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Hirobe, Y.
HIROE, A.
Hirogaki, K.
Hirohara, S.
Hirohara, T.
Hiroi, Z.
Hirokawa, R.
Hiroki, K.
Hiroki, N.
Hiroki, O.
Hiroki, T.
Hiromori, K.
Hironaga, R.
Hirose, K.
Hirose, K.
Hirose, M.
Hirose, N.
Hirose, S.
Hirose, T.
Hirose, T.
Hirose, T.
Hirose, Y.
Hirose, Y.
Hirose, Y.
Hirose, Y.
Hiroshi, U.
Hiroshi, U.
Hirota, K.
Hirota, N.
Hirota, S.
Hirota, S.
Hiroto, S.
Hirotsu, M.
Hirsch, A.
Hirscher, M.
Hirscher, M.
Hirst, E.
Hirst, L.S.
Hiruko, K.
Hiruta, Y.
Hisamatsu, Y.
Hisamatsu, Y.
Hisamatsu, Y.
Hisano, K.
Hisashi, A.
Hisazumi, T.
Hishida, M.
Hishikawa, A.
Hishikawa, Y.
Hishinuma, R.
HIssler, M.
HIssler, M.
Hitchcock, A.P.
Hitchcock, S.
Hitomi, Y.
Hitomi, Y.
Hitoshi, A.
Hiura, A.
Hiwada, A.
Hiyama, M.
Hiyama, S.
Hiyoshi, Y.
Hla, S.W.
Hla, S.W.
Hlushak, S.
Hlushak, S.
Ho, C.
Ho, C.
Ho, C.
Ho, D.
Ho, M.
Ho, R.
Ho, R.
Ho, W.
Ho, W.

Osaka Prefecture U
Tokyo Inst of TechU FukuiU Nat Col Tech
Kogashima U, Eng
U TokyoWaseda U
NIT, Tsuyama Col
Tokyo Inst of Techkansai U
Waseda U
Tohoku U
Yamaguchi U, Eng
kyoto U
Saitama U
Osaka UTokyo U Agri & Tech, Japan
Fukui U Tech
Kyoto U
Kyoto UTokyo Inst of Tecnology
U TokyoAmano Enzyme Inc.
Chiba UTokyo U Sci
Osaka U
Osaka UJapan Atomic Energy Inst
NIMS
NAIST
Hiroshima U
Nagoya U
Osaka City U
U Erlangen
Max Planck, Intel Systems
Max Planck, Intel Systems
US Army Natick Soldier R&D Cntr
UC Merced
Hosei U
Keio U
Shizuoka U
Tokyo U Sci
Tokyo U Sci
Tokyo Inst of Tech
Kyoto U
Tottori U
U Tsukuba
Nagoya U
FFPRI (FFPRI)Tokyo U Sci
U Rennes1
U Rennes1
McMaster U
Takeda California Inc
Doshisha U
Doshisha U
Kanagawa U
Osaka U
Okayama U
U TokyoIwate U
Kanagawa U
Ohio U
Ohio UU Alberta
U Alberta
Hong Kong Baptist U
U cincinnati
Rutgers U
U Western Australia
Academia Sinica
National Tsing Hua U
National Tsing Hua U
UC Irvine
The Ohio State U

ORGN
MACR
MTLS
HLTH
MACR
MTLS
ENVR
SCTY
ORGN
MTLS
ORGN
ENVR
MACR
ORGN
ANYL
MTLS
ANYL
ENVR
ORGN
MTLS
MACR
INOR
ORGN
MTLS
MACR
MACR
MACR
SCTY
ANYL
INOR
MTLS
ORGN
INOR
ORGN
MTLS
ENRG
MTLS
MTLS
MACR
MTLS
ENRG
INOR
MTLS
MTLS
ORGN
ENRG
MTLS
PHYS
ENVR
MTLS
INOR
MTLS
ENRG
HLTH
INOR
INOR
MTLS
BIOL
ENVR
BIOL
MTLS
HLTH
MTLS
MTLS
PHYS
PHYS
INOR
MACR
HLTH
MTLS
BIOL
MACR
MACR
PHYS
MACR

689
951
628
117
731
802
693
329
1435
734
1325
304
308
111
202
1428
773
582
1741
2273
1219
1354
2436
2381
1214
66
89
86
65
1242
462
1381
136
587
629
646
536
2575
489
2176
645
1209
1857
2744
964
936
1795
134
239
193
9
392
591
277
739
1772
1364
653
895
251
2431
188
2075
2537
142
1715
1181
3
290
673
216
241
1489
1193
1643

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–333

NAME INDEX
Ho, W.C.
Hoang, H.N.
Hoare, T.
Hoare, T.
Hoare, T.
Hocking, R.K.
Hof, F.
Hof, F.
Höfer, U.
Hoffman, B.M.
Hoffman, M.Z.
Hoffmann, M.R.
Hofkens, J.
Hofkens, J.
Hofkens, J.
Hofmann, R.
Hofsommer, D.T.
Hogan, C.F.
Hogan, C.F.
Högberg, D.
Hoggan, P.E.
Hogle, S.
Holland, G.P.
Holland, L.A.
Holland, P.L.
Holland, P.L.
Hollenberg, L.
Hollering, M.
Holliday, B.J.
Holliday, B.J.
Hollingsworth, M.D.
Holman, K.M.
Holman, K.T.
Holman, K.T.
Holmberg, F.
Holme, T.
Holme, T.
Holme, T.
Holmes, A.B.
Holmes, B.E.
Holmes, S.M.
Hölscher, M.
Hölscher, M.
Holson, E.
Holt, S.A.
Holten-Andersen, N.
Hom, T.
Homma, Y.
Honda, A.
Honda, A.
Honda, H.
Honda, H.
Honda, H.
Honda, K.
Honda, K.
Honda, M.
Honda, S.
Honda, S.
Honda, S.
Honda, T.
Honda, T.
Honda, T.
Honda, Y.
Honda, Y.
Hong, B.
Hong, C.
Hong, E.
Hong, H.
Hong, H.
Hong, J.
Hong, J.
Hong, K.
Hong, K.
Hong, K.
Hong, K.
Hong, M.
Hong, M.
Hong, M.
Hong, S.
Hong, S.

334 –PRESENTERS

Stanford U
Tokyo Inst of Tech
McMaster U
McMaster U
McMaster U
James Cook U
U Victoria
U Victoria
Phillipps U, Marburg
Northwestern U
Boston U
U North Dakota
KULeuven
KULeuven
KULeuven
U Toronto
U Victoria
La Trobe U
La Trobe U
U TokyoInstitut Pacal
Oak Ridge National Laboratory
San Diego State U
West Virginia U
Yale U
Yale U
U Melbourne
Technische U München
U Texas, Austin
U Texas, Austin
Kansas State U
Willamette U
Georgetown U
Georgetown U
Chalmer U TechIowa State U
Iowa State U
Iowa State U
U Melbourne
U North Carolina, Asheville
U Missouri, St. LouisRWTH Aachen U
RWTH Aachen U
Broad Inst
AU Nuclear Sci TechMITSan Jose State U
Tokyo U Sci
Tokyo U Sci
Kwansei Gakuin U
Yokohama City U
Yokohama City U
Yokohama City U
Tokyo U Sci
Yamaguchi U
Kanazawa U
Tokyo U Sci
Tokyo U Sci
Tokyo U Sci
ZEON CORPORATION
Kyoto UTokyo U Agri & Tech, Japan
Kitasato U
Waseda U
Seoul National U
Korea U
Ajou UU Victoria
Inha U
Seoul National U
Seoul National U
U Victoria
KAIST
Korea Basic Sci Inst
Kongju National UMITMIT
Colorado State U
Seoul National U
Korea U

INOR
BIOL
HLTH
MACR
MACR
ENRG
ORGN
ORGN
PHYS
BIOL
SCTY
PHYS
PHYS
PHYS
MTLS
ENVR
INOR
ANYL
INOR
MACR
PHYS
INOR
MACR
ANYL
INOR
INOR
ANYL
INOR
INOR
INOR
ORGN
INOR
ORGN
ORGN
INOR
SCTY
SCTY
SCTY
BIOL
PHYS
INOR
PHYS
PHYS
HLTH
MTLS
MACR
ORGN
MTLS
MTLS
ORGN
ENVR
MTLS
MTLS
PHYS
MTLS
ORGN
MACR
MACR
MACR
MACR
ANYL
BIOL
ORGN
ANYL
MTLS
INOR
BIOL
ORGN
PHYS
ANYL
ORGN
MTLS
PHYS
MTLS
ORGN
BIOL
BIOL
MACR
ENVR
ORGN

349
562
335
431
1586
817
620
2374
954
81
70
163
488
1428
1241
312
680
159
1415
1580
1987
772
794
142
883
1535
137
1016
185
365
1368
1260
1143
1719
191
96
352
377
1184
707
1378
708
1199
610
1196
365
1524
2506
2111
2641
197
2315
2367
661
779
529
660
1209
1642
113
1185
1287
1947
287
1910
1878
712
1905
1039
290
279
2491
746
1036
1240
201
485
646
402
1600

Hong, S.
Hong, S.
Hong, X.
Hong, Y.
Hong, Y.
Hongo, K.
Honjo, M.
Honma, K.
Honma, K.
Honma, R.
Honma, S.
Honma, Y.
Hono, K.
Hooks, D.
Hooley, R.
Hooshmand, N.
Hor, A.T.
Hore, D.
Hori, A.
Hori, H.
Hori, K.
Hori, Y.
Hori, Y.
Horie, K.
Horie, M.
Horie, Y.
Horiguchi, Y.
Horii, H.
Horii, T.
Horii, Y.
Horikawa, R.
Horike, S.
Horike, S.
Horike, S.
Horikoshi, R.
Horikoshi, S.
Horimoto, A.
Horinouchi, R.
Horinouchi, R.
Horiuchi, A.
Horiuchi, H.
Horiuchi, J.
Horiuchi, R.
Horiuchi, S.
Horiuchi, S.
Horiuchi, S.
Horiuchi, T.
Horiuchi, Y.
Horkay, F.
Horkay, F.
Horng, J.
Horowitz, C.
Horton, H.
Horvath, I.T.
Horvath, I.T.
Hosaka, A.
Hosaka, T.
Hosaka, Y.
Hoshi, N.
Hoshida, R.
Hoshikawa, Y.
Hoshimoto, Y.
Hoshina, H.
Hoshina, H.
Hoshino, K.
Hoshino, M.
Hoshino, Y.
Hosmane, N.S.
Hosoi, H.
Hosokai, T.
Hosokawa, H.
Hosokawa, H.
Hosokawa, M.
Hosokawa, R.
Hosokawa, S.
Hosoki, M.
Hosokoshi, Y.
Hosokoshi, Y.
Hosomi, T.
Hosomi, T.

Seoul National U
POSTECHU Nebraska-Lincoln
U akron
U Melbourne
JAIST
kyushu U
Yamagata U
U HyogoTokyo Metropolitan U
NIT, Tsuruoka Col
Tohoku U
NIMS
Los Alamos National Laboratory
UC Riverside
Georgia Inst of Tech
Agency Sci, Tech & Res
U Victoria
Gifu U
Kanagawa U
Osaka-Kyoiku U
Osaka U
Osaka Inst of Tech
Kobe U
National Tsing Hua U
Tohoku U
Gifu U
Meiji UU Yamanashi
Tohoku U
Kobe U
Kyoto U
Kyoto U
Kanagawa U
Osaka Sangyo U
Sophia U
Gunma U
Kochi U
Kochi U
Kao Corporation
Gunma U
Kyoto Inst Tech, CREST
Sophia U
AIST and Tech
Kyoto U
Sophia U
Hiroshima U
Osaka Prefecture U
National Insts of HealthNational Insts of HealthNational Tsing Hua U
Indiana U
Queen’s U
CITY U HONG KONG
CITY U HONG KONG
Tokyo Polytechnic U
Tohoku U
Inagawa Inst Tech
Chiba U
Gakushuin U
Sophia U
Osaka U
RIKEN
Japan Atomic Energy Agency
U Toyama
U Tokyo
Kyushu U
Northern Illinois U
Toho U
National Inst of AIST
Kobe U
Kobe U
Waseda U
Chuo U
Kyoto UTokyo U Tech
Osaka Prefecture U
Osaka Prefecture U
Kyoto U
Kyoto U

INOR
ENRG
MTLS
MACR
MACR
PHYS
INOR
PHYS
PHYS
MTLS
MACR
MACR
MTLS
MTLS
ORGN
PHYS
INOR
PHYS
ORGN
SCTY
ORGN
ORGN
ORGN
MACR
ORGN
INOR
MACR
ORGN
MACR
INOR
MACR
MACR
MTLS
MACR
SCTY
MTLS
ORGN
ORGN
ORGN
ORGN
HLTH
ENRG
ANYL
MTLS
ORGN
SCTY
MACR
INOR
MACR
MACR
BIOL
PHYS
MTLS
ENVR
ENVR
ORGN
ENVR
BIOL
PHYS
INOR
ENRG
INOR
ANYL
MACR
ENRG
HLTH
MACR
INOR
PHYS
MTLS
MTLS
MTLS
BIOL
ENRG
INOR
PHYS
SCTY
MTLS
INOR
MTLS

673
837
2028
196
1086
1990
916
1953
2070
1371
540
287
2518
293
1413
114
342
1486
2629
321
1936
1466
1994
439
1108
984
948
461
610
974
430
1364
275
1280
275
57
1109
2215
2220
1195
23
689
221
2494
1438
240
251
1979
555
875
1132
969
2836
124
357
1571
926
505
1816
1892
328
674
882
1295
308
101
606
2009
1892
1540
1377
1445
792
411
1266
1072
106
2500
696
1069

Hosono, A.
Hosono, H.
Hosono, N.
Hosoya, M.
Hosoya, T.
Hosoya, T.
Hosoya, Y.
Hosoyamada, M.
Hossain, F.M.
Hosseinian, F.
Hotchkiss, A.
Hotta, C.
Hotta, T.
Hotta, Y.
Hou, D.
Hou, J.
Hou, T.
Hou, X.
Hou, X.
Hou, X.
Hou, Z.
Hou, Z.
Hou, Z.
Hou, Z.
Houk, K.N.
Houlsby, I.
Housden, M.
Howden, M.
Hrycyna, C.
Hsiao, A.
Hsiao, B.S.
Hsiao, B.S.
Hsiao, Y.
Hsieh, M.
Hsieh, S.
Hsieh-Wilson, L.
Hsieh-Wilson, L.
Hsu, C.
Hsu, C.
Hsu, J.
Hsu, M.
Hsu, S.
Hsu, W.
Htet, Y.
Hu, B.
Hu, B.
Hu, B.
Hu, B.
Hu, C.
Hu, F.
Hu, G.
Hu, H.
Hu, J.
Hu, J.
Hu, J.
Hu, J.
Hu, L.
Hu, M.
Hu, M.
Hu, P.
Hu, R.
Hu, R.
Hu, S.
Hu, W.
Hu, W.
Hu, W.
Hu, W.
Hu, W.
Hu, X.
Hu, Y.
Hu, Y.
Hu, Y.
Hu, Y.
Hu, Y.
Hu, Z.

Hokkaido U
Tokyo Inst of Tech
Kyoto U
Sophia U
Tokyo U, Med & Dental
Tokyo U, Med & Dental
Chugai Pharmaceutical Co., Ltd.
Kyushu U
INRS -IAF
Carleton U
U.S. Department of Agriculture
U Tokyo
Kitami Inst of Tech
Kobe U
Kagoshima U
Fudan U
Soochow U
Northwestern U
Northwestern U
Fudan U
RIKEN
RIKEN
RIKEN
Tsinghua UUCLAU Oxford
U Cambridge
Macquarie U
Purdue U
Sofie BioScis, Inc.
Stony Brook U
Stony Brook U
Bristol-Myers Squibb
Osaka U
National Sun Yat-sen U
CaltechCaltechAcademia Sinica
National Taiwan U
National Taiwan U
National Tsing Hua U
Academia Sinica
Tokyo Inst of Tech
Clemson U
Wuhan UWuhan UU Tennessee, Knoxville
U Tennessee, Knoxville
National Tsing Hua U
Zhejiang U
Inst Mechanics
U Georgia
Nanchang U
Key Lab Anyl Chem, Bio & Med
Shanghai Inst Org Chem
U Sci Tech, China
Northeast Normal U
East China Normal U
East China Normal U
Queen’s U Belfast
South China U Tech
South China U Tech
RIKEN
U Massachusetts
U Massachusetts
Nanjing U
Nanjing U
East China Normal U
Rowan UU Houston
U Hong Kong
Ewha Womans U
Zhejiang U
Canadian Light Source
Nanjing U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

INOR
MTLS
MACR
INOR
ORGN
BIOL
ORGN
PHYS
MACR
HLTH
ENVR
MTLS
ENVR
MTLS
HLTH
ORGN
PHYS
ORGN
MTLS
MTLS
INOR
INOR
ORGN
ANYL
PHYS
ORGN
ORGN
ORGN
BIOL
HLTH
MACR
MACR
ORGN
ENVR
MTLS
HLTH
BIOL
BIOL
BIOL
MACR
ANYL
BIOL
PHYS
INOR
ANYL
ENVR
MTLS
MTLS
ANYL
ORGN
MTLS
BIOL
HLTH
ANYL
ORGN
ENVR
PHYS
MTLS
ENRG
ENRG
MACR
MACR
INOR
MACR
MACR
MACR
MACR
ORGN
MACR
ENVR
MTLS
ORGN
ENVR
ENRG
MTLS

1896
2248
146
1485
1256
650
1815
385
929
250
848
2227
900
2393
299
1146
1895
826
408
861
211
1205
2404
1187
1606
777
1798
1601
48
33
1528
1608
2345
437
2389
615
242
1171
295
1229
1233
933
895
1763
593
538
434
1094
767
2534
509
293
556
874
649
115
1308
282
1048
402
1538
1543
623
189
992
1010
1616
680
1110
379
2215
836
107
296
2800

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Hua, J.
Hua, J.
Hua, J.
Hua, R.
Huang, C.
Huang, C.
Huang, C.
Huang, D.M.
Huang, F.
Huang, J.
Huang, J.
Huang, J.
Huang, J.
Huang, L.
Huang, L.
Huang, M.
Huang, M.
Huang, M.
Huang, M.H.
Huang, N.
Huang, R.
Huang, S.
Huang, T.
Huang, W.
Huang, W.
Huang, X.
Huang, X.
Huang, X.
Huang, X.
huang, y.
Huang, Y.
Huang, Y.
Huang, Y.
Huang, Y.
Huang, Y.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huang, Z.
Huarong, L.
Huber, D.
Huber, D.
Huber, T.
Hud, N.
Hudnal, T.W.
Hudnal, T.W.
Hudson, B.
Hudson, B.
Hudson, B.
Hudson, R.
Hudson, R.
Huestis, M.P.
Huh, C.
Hui, C.Y.
Hui, J.K.
HUI, Z.
Hummon, A.B.
Hummon, A.B.
Humpf, H.
Humphrey, G.R.
Humphrey, M.
Humphrey, S.M.
Humphries, T.
Hung, S.
Hung, W.
Hung, W.
Hungerford, J.
Hunt, A.
Hunt, A.P.

Key Lab Adv Mtls, E China U
Key Lab Adv Mtls, E China U
Key Lab Adv Mtls, E China U
Anhui Agricultural U
National Chiao Tung U
National Chung Hsing U
National Taiwan U
U Adelaide
ZHEJIANG U
Academia Sinica
Tianjin U
Northwestern U
Chinese Academy of Scis
Purdue U
Beijing Normal U
Queen’s U Belfast
Fujian Inst Res Struct Matter
Fujian Inst Res Struct Matter
National Tsing Hua U
Inst for Molecular Sci
Virginia Commonwealth U
U Minnesota
Collaborative Innovation, Chem
WuXi AppTec (Shanghai) Co., Ltd
National Sun Yat-sen U
The Hong Kong U Sci TechMichigan State U
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
Queensland U Tech
Hunan U
Sichuan U
Nankai U
National Tsing Hua U
National Chiao Tung U
Tsinghua U
Georgia State U
Fujian Normal U
Fujian Normal U
Fujian Normal U
Fujian Normal U
Fujian Normal U
U Wollongong
Nagoya Inst of TechUC San Diego
U Sci Tech, China
Sandia National Laboratories
Sandia National Laboratories
Rockefeller U
Georgia Inst of Tech
Texas State U
Texas State U
U California, Davis
Syracuse U
Syracuse U
U Western Ontario
U Western Ontario
Genentech, Inc.
U Texas at Austin
McMaster U
Kyushu U
Kyoto Prefectural U Med
U Notre Dame
U Notre Dame
Westfalische Wilhelms U Munster
Merck & Co.
Australian National U
U Texas at Austin
Curtin U
Academia Sinica
National Taiwan U
National Taiwan U
Marine & Freshwater Toxins, AOAC
Oregon State U Seafood Lab
U Michigan

MACR
MACR
MACR
ENVR
MTLS
MACR
MTLS
PHYS
ORGN
BIOL
HLTH
MTLS
MACR
PHYS
MACR
PHYS
HLTH
PHYS
MTLS
MTLS
BIOL
ENRG
PHYS
ANYL
ENRG
PHYS
MTLS
PHYS
PHYS
PHYS
ANYL
MTLS
MTLS
MTLS
MTLS
MACR
BIOL
HLTH
HLTH
HLTH
HLTH
HLTH
ENRG
ORGN
BIOL
MTLS
MTLS
MTLS
BIOL
BIOL
INOR
ORGN
PHYS
PHYS
PHYS
HLTH
BIOL
ORGN
MTLS
MTLS
INOR
BIOL
ANYL
ANYL
ENVR
ORGN
INOR
INOR
ENRG
BIOL
INOR
HLTH
SCTY
ENVR
INOR

1409
1410
1667
677
124
852
1440
1645
1658
1137
630
1613
1587
453
715
1968
116
2063
2
645
117
503
868
864
325
1049
337
547
1994
1568
851
768
2184
1129
253
1197
688
114
118
178
438
443
653
914
128
2080
130
1719
975
188
91
1063
1323
1009
1126
278
1292
2309
985
263
922
296
400
410
553
2441
246
1695
734
473
907
249
38
320
1500

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–335

NAME INDEX
Hunt, N.
Hunyadi Murph, S.E.
Hunyadi Murph, S.E.
Huo, Q.
Huo, S.
Hupp, J.
Hupp, J.
Hur, M.
Hurley, L.H.
Huryn, D.M.
Husic, B.E.
Husnain, S.
Hussain, H.
Hussain, T.
Hussein, B.A.
Husson, S.M.
Hutchby, M.
Hutchby, M.
Hutchison, J.
Hutchison, J.
Hutchison, J.A.
Hutton, C.A.
Hutton, C.A.
Hutzler, D.
Huynh Nhat, K.P.
Huynh, J.
Hvilsted, S.
Hwang, C.
Hwang, D.
Hwang, H.
Hwang, I.
Hwang, S.
Hwang, S.
Hwang, S.
Hwang, S.
Hwang, S.S.
Hwang, T.
Hwang, T.
Hwang, V.
Hwang, Y.
Hwang, Y.
Hwu, J.
Hyakutake, M.
Hyatt, N.
Hyeon, C.
Hyeon, T.
Hylarides, M.D.
Hyodo, K.
Hyodo, K.
Hyodo, T.
Hyslop, R.M.
Hyun, M.
Hyun, M.
Iamurri, S.
Ianoul, A.
Ibarra, I.A.
Ibrahim, Y.M.
Ibuki, Y.
Ichihara, H.
Ichihara, O.
Ichihashi, K.
Ichihashi, M.
Ichikawa, H.
Ichikawa, N.
Ichikawa, R.
Ichikawa, S.
Ichikawa, S.
Ichikawa, T.
Ichikawa, T.
Ichikawa, T.
Ichiki, T.
Ichikuni, N.
Ichimura, N.
Ichino, T.
Ichinohe, M.
Ichiye, T.
Ida, D.
Ida, D.
Ida, S.
Ide, M.

336 –PRESENTERS

U Strathclyde
Savannah River Nat Lab
Savannah River Nat Lab
Jilin U
East Carolina U
Northwestern U
Northwestern U
Iowa State U
U Arizona
U Pittsburgh
Washington U
POSTECH
Hanyang U
U the Punjab
Ryerson U
Clemson U
U BathU BathU Oregon
U Oregon
ISIS
U Melbourne
U Melbourne
Ludwig-Maximilians U, Munchen
JAIST
Ryerson U
Technical U Denmark
Seoul National U
Nat Taiwan Ocean U
Daegu Haany U
Inst for Basic Sci
Dankook U
Ewha Womans U
Seoul National U
Pusan National U
U Puerto Rico, Mayaguez
Korea Inst Civil Eng & Build Tech
Korea Inst Civil Eng & Build Tech
Southwestern Ed Soc
Korea Res Inst Chem Tech
Technical U Denmark
National Tsing Hua U
RIKENU Sheffileld
Korea Inst Adv Study
Seoul Natonal U
Fred Hutchinson Cancer Res Cntr
Okayama U
Ryukoku U
KEK
U Northern Colorada
Pusan National U
Pusan National U
Emory U
Carleton U
U Nac Autonoma Mexico
PNNL
JAIST
Sojo U
Schrödinger K.K.
Hiroshima U
Toyota Technological Inst
Nihon U
Kyoto U
Muroran Inst of Tech
Meiji UU Tsukuba
Tokyo U Agri & Tech
Gifu Pharmaceutical U
Rikkyo U
Hiroshima U
Chiba U
Utsunomiya U
Kinki UU Tsukuba
Georgetown U
Kyoto U
Kyoto U
Kyushu U
Osaka U

PHYS
MTLS
MTLS
MTLS
INOR
INOR
MTLS
ANYL
INOR
HLTH
BIOL
ENVR
ORGN
MTLS
ORGN
MACR
BIOL
ENRG
SCTY
MTLS
PHYS
ORGN
BIOL
PHYS
BIOL
INOR
MACR
MTLS
ANYL
BIOL
ANYL
MTLS
MTLS
ORGN
PHYS
ENVR
ENVR
ENVR
ENVR
INOR
ENVR
ORGN
MACR
ENVR
PHYS
MTLS
HLTH
MTLS
ORGN
PHYS
HLTH
MACR
ORGN
BIOL
ANYL
MTLS
ANYL
MACR
HLTH
HLTH
MTLS
PHYS
ORGN
INOR
MTLS
ANYL
ENVR
MACR
ORGN
MTLS
ORGN
PHYS
BIOL
PHYS
INOR
PHYS
MACR
MACR
ENRG
MACR

989
545
1164
585
1216
1714
202
56
776
580
1013
763
1565
2141
1875
1572
1257
493
123
133
948
2707
679
330
127
1587
1104
2570
1226
1039
610
764
1674
2592
1351
20
373
374
661
1841
837
2432
952
633
1776
1607
131
2621
2219
84
110
505
267
602
475
157
25
96
378
16
2622
472
748
1352
778
499
48
1581
2642
1530
2260
377
705
1077
180
560
41
1639
828
531

Ide, M.
Ide, M.
Ide, R.
Ide, Y.
Idesaki, A.
Idesaki, A.
Ido, A.
Idriss, H.
Ie, Y.
Ienaga, T.
Ifuku, S.
Igarashi, T.
Igarashi, T.
Igawa, K.
Igawa, M.
Igawa, Y.
Igeta, K.
Iguchi, H.
Iguchi, M.
Ihara, T.
Ihara, Y.
Ihara, Y.
Ihee, H.
Ihee, H.
Iida, M.
Iida, R.
Iida, S.
Iida, T.
Iida, T.
Iida, T.
Iida, Y.
Iida, Y.
Iijima, A.
Iijima, J.
Iijima, K.
Iijima, K.
Iijima, K.
Iijima, M.
Iijima, Y.
Iimori, K.
Iimura, Y.
Iimuro, A.
Iino, R.
Iinuma, H.
Iizuka, D.
Iizuka, E.
Iizuka, R.
Iizuka, S.
Iizuka, Y.
Ikabata, Y.
Ikebe, Y.
Ikeda, A.
Ikeda, H.
Ikeda, H.
Ikeda, H.
Ikeda, H.
Ikeda, H.
Ikeda, K.
Ikeda, K.
Ikeda, K.
Ikeda, K.
Ikeda, K.
Ikeda, R.
Ikeda, T.
Ikeda, T.
Ikeda, T.
Ikeda, Y.
Ikeda, Y.
Ikeda, Y.
Ikeda-Saito, M.
Ikeda-Saito, M.
Ikegami, H.
Ikegami, T.
Ikegami, T.
Ikehata, R.
Iketaki, K.
Iketani, Y.
Ikeuchi, K.
Ikeuchi, K.
Ikeyama, S.

Ryukoku U
Ryukoku U
Sophia U
NIMSJapan Atomic Energy Agency
Japan Atomic Energy Agency
Gifu Pharmaceutical U
SABICOsaka U
Wakayama U
Tottori U
Tokyo U Sci
Osaka U
Osaka U
Toho U
Meisei U
Meiji U
Tohoku U
AIST and Tech
Kindai U
Shizuoka U
Kyoto Inst of TechInst Basic Sci (IBS)KAISTNara Women’s U
Hokkaido U
Tokyo Polytechnic U
Gunma Nat Col TechU Tokyo
Osaka Prefecture U
Inagawa Inst Tech
Tokyo Metropolitan U
Tata Inst Fundamental Res
Nihon UTokyo U Sci
Japan Atomic Energy Agency
Tokyo U Sci
Tokai U
Inagawa Inst Tech
Kagoshima U
Tokyo Inst of Tech
Osaka UInst for Molecular Sci
The U on Tokyo
Tokyo U, Med & Dental
Kyoto UU Yamanashi
Gakushuin U
Chiba Inst of Tech
Waseda U
Yamaguchi U, Eng
Tokyo U Sci
Kitasato U
Tokyo U Sci
Osaka Prefecture U
Tokyo Metrop Col Ind Tech
Kyushu U
Nagoya Inst of Tech
RIKENTokyo U Agri & TechU TokyoMeiji U
NIT, Suzuka Col
NIMS
Kyushu U
Utsunomiya U
Tokyo Inst of Tech
Keio UTokyo Inst of Tech
Tohoku U
Tohoku U
kanagawa U
Osaka U
Hokkaido U
Hokkaido U
U of Saitama
Toho UU Shizuoka
U Shizuoka
Osaka City U

ORGN
ORGN
ENRG
MTLS
MACR
MTLS
ORGN
ENRG
MTLS
MTLS
MTLS
MACR
ORGN
INOR
MTLS
BIOL
MTLS
INOR
MTLS
ENVR
MTLS
ANYL
PHYS
PHYS
INOR
MTLS
ORGN
ENRG
ENRG
MTLS
ANYL
INOR
ANYL
MTLS
PHYS
ENVR
MACR
ENVR
ENVR
MTLS
ANYL
ORGN
PHYS
ENRG
ORGN
INOR
MTLS
ORGN
MTLS
PHYS
MACR
MTLS
BIOL
MTLS
ORGN
ENVR
MTLS
PHYS
BIOL
SCTY
ANYL
PHYS
ENVR
MTLS
PHYS
ORGN
INOR
ANYL
MTLS
INOR
BIOL
MTLS
MTLS
PHYS
ORGN
HLTH
ANYL
ORGN
ORGN
INOR

2643
2644
329
1358
1268
1472
417
36
385
150
886
758
2510
615
735
593
2514
507
312
727
1643
288
413
1460
1166
942
1569
190
782
1809
162
359
492
1644
1547
154
1659
799
454
876
198
868
418
188
1672
654
2709
525
1225
840
1233
2623
1400
1296
210
219
1226
393
1359
216
789
1173
766
1171
875
878
1346
269
1110
1235
160
550
1520
921
1348
318
1148
1277
2558
743

Ikezaki, A.
Ikezawa, T.
Ikezoe, Y.
Ikoma, A.
Ikura, M.
Ilchenko, N.
Ilic, G.
Ilies, L.
Ilies, L.
Ilies, M.A.
Ilies, M.A.
Iluc, V.M.
Iluc, V.M.
Im, S.
Imabayashi, S.
Imada, M.
Imaeda, K.
Imagawa, N.
Imahori, H.
Imahori, T.
Imai, H.
Imai, H.
Imai, H.
Imai, I.
Imai, K.
Imai, K.
Imai, M.
Imai, M.
Imai, S.
Imai, T.
Imai, T.
Imai, Y.
Imai, Y.
Imai, Y.
Imaizumi, Y.
Imamura, A.
Imamura, T.
Imamura, T.
Imanaka, H.
Imanaka, Y.
Imanishi, K.
Imanishi, R.
Imaoka, T.
Imaoka, Y.
Imasaka, T.
Imato, K.
Imato, K.
Imato, K.
Imato, T.
Imato, T.
Imayama, K.
Imazu, Y.
Imizu, Y.
Imoto, H.
Imoto, K.
Imoto, M.
Imoto, T.
Imura, K.
Imura, T.
Inaba, K.
Inaba, N.
Inaba, Y.
Inabe, T.
Inada, A.
Inada, H.
Inada, N.
Inada, T.
Inada, Y.
Inagaki, A.
Inagaki, M.
Inagaki, S.
Inagaki, S.
Inagaki, Y.
Inagaki, Y.
Inagawa, A.

Toho U, Med
Aoyama Gakuin U
Nippon Inst of Tech
Yokohama National U
U Health Network
Stockholm U
Nanyang Tech U
U Tokyo
U TokyoTemple U, Pharm
Temple U, Pharm
U Notre Dame
U Notre Dame
KAISTYokohama National U
Sophia U
Chubu U
Nagoya U
Kyoto UTokyo U Sci
Keio U
Osaka UTokyo Polytechnic U
Toho U
Kogashima U, Eng
Showa U
Kinjo Gakuin U
Yamagata U
House Foods Group Inc.
TOYOBO CO.,LTD
Osaka U
Kinki UNAISTKobe UTokyo U, Med & Dental
Gifu UNat Inst Enviro Studies
U Tokyo
SETI Inst
Osaka City U
Osaka UTokyo U Sci
Tokyo Inst of Tech
Kyoto U
Kyushu U
Tokyo Inst of Tech
Tokyo Inst of Tech
Tokyo Inst of Tech
Kyushu U
Kyushu U
Nagoya U
Tokyo U Sci
Kitami Inst of Tech
Kyoto Inst of TechU Tokyo
Keio U
Osaka U
Waseda U
National Inst of AIST
Azabu UTokyo U Sci
Kanazawa U
Hokkaido U
Fukushima U
Kyoto Municipal Inst Ind Tech
Kanazawa U
Kyoto UTokyo U Sci
Tokyo Metropolitan U
Tohoku U
Osaka U
Nagoya U
Tohohashi U Tech
Tokyo Metropolitan U
Tokyo Inst of Tech

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

INOR
MTLS
MTLS
ENRG
BIOL
ORGN
INOR
ORGN
ORGN
MTLS
MTLS
INOR
INOR
HLTH
MACR
MTLS
ENRG
ORGN
ORGN
ORGN
MACR
ENRG
MACR
SCTY
MACR
ORGN
ORGN
MTLS
ORGN
MACR
ORGN
MACR
INOR
HLTH
MTLS
ORGN
PHYS
PHYS
BIOL
INOR
INOR
MTLS
PHYS
PHYS
ANYL
MACR
MACR
MACR
ANYL
ANYL
ANYL
MTLS
ENRG
MACR
INOR
ORGN
HLTH
PHYS
MTLS
ENVR
INOR
ENRG
MTLS
MACR
MTLS
PHYS
ORGN
INOR
INOR
HLTH
BIOL
ANYL
PHYS
INOR
ANYL

1121
1533
474
269
371
902
1926
198
2402
1595
1600
348
886
482
726
751
789
2667
1069
2355
1146
173
631
116
719
1995
519
910
2146
1023
825
1401
1065
665
653
1811
2093
1212
83
1026
614
2624
957
1509
928
368
1470
1562
19
426
989
2625
387
1450
976
1243
657
110
254
222
581
1033
492
885
1480
1258
2231
964
683
189
129
781
709
485
196

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Inagi, S.
Inagi, S.
Inai, M.
Inamori, T.
Inatomi, T.
Inazu, T.
Inerbaev, T.
Ingleson, M.J.
Ingleson, M.J.
Ino, K.
Inoguchi, A.
Inokuchi, Y.
Inokuchi, Y.
Inokuma, Y.
Inomata, K.
Inomata, N.
Inomata, T.
Inomata, Y.
Inose, T.
Inoue, D.
Inoue, H.
Inoue, H.
Inoue, H.
Inoue, H.
Inoue, K.
Inoue, K.
Inoue, M.
Inoue, M.
Inoue, R.
Inoue, S.
Inoue, S.
Inoue, Y.
Inoue, Y.
Inoue, Y.
Inoue, Y.
Inoue, Y.
Inoue, Y.
Inpota, P.
Inukai, J.
Inukai, J.
Inuki, S.
Inuzuka, S.
Ioka, S.
Ipek, B.
IQBAL, N.
Iriarte-Gross, J.
Irie, K.
Irie, N.
Irie, Y.
Iriguchi, H.
Irisa, M.
Iritani, K.
Irle, S.
Irle, S.
Irshad, M.
Irvin, D.J.
Irvin, J.A.
Isaacs, L.
Isaacs, L.
Isago, H.
Isaka, Y.
Isayev, A.I.
Iseki, K.
Ishiba, K.
Ishibashi, J.S.
Ishibashi, K.
Ishibashi, M.
Ishibashi, M.
Ishibashi, R.
Ishibashi, S.
Ishibashi, T.
Ishibashi, T.
Ishibashi, Y.
Ishida, A.
Ishida, A.

Tokyo Inst of Tech
Tokyo Inst of Tech
Osaka U
Grad. Sch. Agric., Kyoto U
Fukuoka U
Tokai ULN Gumilyov Eurasioan Nat U
U Manchester
U Manchester
Tohoku U
Aichi Inst of Tech
Hiroshima U
Hiroshima U
U TokyoGakushuin U
Kanagawa U
Nagoya Inst of Tech
Tokyo Inst of Tech
Osaka URIKENTokyo Metropolitan U
Tokyo Metropolitan U
UEC (UEC)
Tokyo Metropolitan U
Nagoya Inst of Tech
Nagoya Inst of TechU Tokyo
Kyushu U
Osaka U
Kanagawa U
Hiroshima U
Kansai U
Kanazawa U
Tokyo Inst of Tech
Kanagawa U
Osaka UU Tokyo
Mahodol U
U Yamanashi
U Yamanashi
Keio U
U Toyama
Keio Unversity
U Delaware
COMSATS Inst IT, Islamabad
Middle Tennessee State U
Kyoto U, AgriNara Women’s U
Kyoto Inst of Techology
U Tokyo
Kyushu Inst of Tech
Osaka U
Nagoya U
Nagoya U
U the Punjab
Systems & Mtls Res Corp
Texas State U
U Maryland
U Maryland
NIMS
Osaka UU AkronShowa Denko K.K.
Kyushu U
Boston College
Kyoto U
Chiba U
Chiba U
Nagoya U
Keio UU Tsukuba
U Tsukuba
Ehime U
Risumeikan U
Meiji U

INOR
ORGN
HLTH
ENRG
INOR
BIOL
PHYS
INOR
ORGN
ANYL
ANYL
PHYS
PHYS
MTLS
INOR
ANYL
ANYL
MTLS
MTLS
INOR
ORGN
ENRG
BIOL
ENRG
PHYS
BIOL
ORGN
MTLS
ORGN
INOR
MTLS
HLTH
MTLS
ENRG
MTLS
HLTH
MTLS
ANYL
PHYS
ENRG
ORGN
BIOL
ORGN
ENRG
ANYL
SCTY
ORGN
INOR
MACR
PHYS
PHYS
MTLS
PHYS
MTLS
ANYL
MTLS
MACR
ORGN
ORGN
INOR
INOR
ENVR
MTLS
SCTY
INOR
PHYS
ORGN
BIOL
MACR
ORGN
PHYS
PHYS
MTLS
ENVR
MTLS

1560
1431
642
984
1027
378
641
23
616
484
535
677
2074
284
1274
361
260
929
797
284
16
50
1006
276
891
808
2704
1559
398
1908
1398
312
1645
449
1646
245
668
530
1820
587
1021
1264
1199
129
696
139
41
958
735
644
145
2118
1655
324
300
2746
289
167
1664
3
1048
796
1399
300
456
1223
144
339
635
1268
205
1731
1495
365
1471

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–337

NAME INDEX
Ishida, A.
Ishida, H.
Ishida, H.
Ishida, H.
Ishida, K.
Ishida, M.
Ishida, M.
Ishida, S.
Ishida, T.
Ishida, T.
Ishida, Y.
Ishidate, R.
Ishigaki, H.
Ishigaki, M.
Ishigaki, M.
Ishigami, K.
Ishigami, R.
Ishiguro, K.
Ishiguro, M.
Ishiguro, N.
Ishiguro, N.
Ishiguro, Y.
Ishihara, A.
Ishihara, A.
Ishihara, A.
Ishihara, A.
Ishihara, A.
Ishihara, J.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, K.
Ishihara, M.
Ishihara, M.
ISHIHARA, R.
Ishihara, S.
Ishihara, S.
Ishii, A.
Ishii, A.
Ishii, A.
Ishii, D.
Ishii, D.
Ishii, J.
Ishii, J.
Ishii, K.
Ishii, N.
Ishii, T.
Ishii, T.
ISHII, T.
Ishii, Y.
Ishii, Y.
Ishii, Y.
Ishijima, A.
Ishijima, A.
Ishikawa, A.
Ishikawa, A.
Ishikawa, E.
Ishikawa, F.
Ishikawa, F.
Ishikawa, H.
Ishikawa, H.
Ishikawa, H.
Ishikawa, K.
Ishikawa, K.
Ishikawa, M.
Ishikawa, N.
Ishikawa, N.
Ishikawa, R.
Ishikawa, S.
Ishikawa, S.
Ishikawa, S.
Ishikawa, T.
Ishikawa, T.
Ishikawa, T.
Ishikawa, Y.

338 –PRESENTERS

Hokkaido U
Kitasato U
Kitasato U
Kitasato U
U Tokyo
U Kitakyushu
Kindai U
Tohoku U
Kyushu U
AIST and TechJapan Aerospace Exp Agency
Kanazawa U
Wakayama U
Kwansei Gakuin U
Kwansei Gakuin U
The U of Tokyo
Nagoya Inst of Tech
Mukogawa Women’s U
Niigata U Pharm & Appl Life Sci
Sophia U
RIKEN
Osaka U
Shinshu U
Yokohama National U
Mie U
Mie U
Mie U
Nagasaki U
Nagoya U
Nagoya U
Nagoya U
U Tokyo
U TokyoTokyo Inst of Tech
Okayama U Sci
Okayama U Sci
Meijo UAISTNat Defense Med Col
Tokyo U Sci
Tokyo Inst of Tech
Tohoku U
Tottori U
Aoyama Gakuin U
Aoyama Gakuin U
U Tokyo
U Tokyo
Kobe U
Chuo U
RIKEN
Gunma U
Chuo U
Kagawa U
Tohoku U
U Illinois at Chicago
Chuo U
Kwansei Gakuin U
Osaka U
Kyushu U
Waseda U
Yamaguchi U
Chubu U
Kyoto U
Ehime U
Kitasato U
Kitasato U
Kumamoto U
Soka UU Yamanashi
Josai U
Chiba UTokyo U Sci
Japan Sci Tech Agency
Nat Inst Agro-Envir Sci
Miyagi U
Kanagawa U
Kyoto Inst of Tech
MEIJI U
Hiroshima U
Tohoku U

ORGN
INOR
ENRG
ENRG
PHYS
MTLS
ENVR
INOR
PHYS
BIOL
MACR
MACR
ANYL
ANYL
HLTH
ORGN
MACR
ORGN
ORGN
ANYL
ENRG
MTLS
MTLS
PHYS
ENRG
ENRG
ENRG
ORGN
ORGN
ORGN
ORGN
HLTH
MTLS
MTLS
BIOL
BIOL
ORGN
MTLS
ANYL
ANYL
ANYL
ENRG
MTLS
INOR
MACR
MACR
MACR
BIOL
ENRG
PHYS
BIOL
INOR
INOR
ENVR
BIOL
INOR
BIOL
BIOL
PHYS
PHYS
ORGN
MTLS
BIOL
MTLS
PHYS
PHYS
ORGN
BIOL
ENRG
MTLS
ORGN
MACR
MTLS
ENVR
ENVR
ENRG
ORGN
ORGN
PHYS
ORGN

1252
1411
366
482
7
696
725
478
1522
613
1284
1224
277
948
56
2563
187
1996
2071
225
510
893
906
1915
123
131
1019
2415
609
1172
1728
269
483
2424
596
600
2645
2048
1033
780
782
66
1912
850
1584
962
1064
947
712
1774
614
490
1376
189
13
253
146
1421
176
1202
394
2472
575
951
254
2069
2109
770
235
1684
1242
1465
2191
384
335
931
1918
467
1046
217

Ishikawa, Y.
Ishikawa, Y.
Ishikura, S.
Ishima, R.
Ishimaru, K.
Ishimaru, Y.
Ishimatsu, R.
Ishimori, K.
Ishimori, K.
Ishimori, K.
Ishimoto, K.
Ishimoto, T.
Ishino, S.
Ishioka, K.
Ishitani, O.
Ishitani, O.
Ishito, N.
Ishiuchi, S.
Ishiwata, A.
Ishiwata, A.
Ishiwata, S.
Ishiyama, T.
Ishiyama, T.
Ishiyama, U.
Ishizaka, S.
Ishizaki, A.
Ishizaki, M.
Ishizaki, N.
Ishizaki, R.
Ishizawa, T.
Ishizu, M.
Ishizuka, N.
Ishizuka, T.
Ishizuka, T.
Ishizuka, T.
Ishow, E.
Ishow, E.
Ishow, E.
Islam, K.
Islam, M.
Ismail, N.
Isobe, H.
Isobuchi, R.
Isoda, H.
Isoda, K.
Isoda, M.
Isoda, Y.
Isoda, Y.
Isogai, R.
Isogai, Y.
Isogawa, T.
Isomura, M.
Isomura, M.
Isoni, V.
Isono, A.
Isono, T.
Isozaki, K.
Isozaki, K.
Isozaki, T.
Itabashi, H.
Itai, T.
Itakura, T.
Itami, K.
Itami, K.
Itami, T.
Itazaki, M.
Itazawa, S.
Ito, A.
Ito, A.
Ito, A.
Ito, A.
Ito, A.
Ito, A.
Ito, B.
Ito, D.
Ito, D.
Ito, D.
Ito, D.
Ito, F.
Ito, H.

Kansai U
Yokohama National U
U Toyama
U Pittsburg Sch Med
National Defense Academy
Tohoku U
Kyushu U
Hokkaido U
Hokkaido U
Hokkaido U
Takeda Pharmaceutical Company
Kyushu U
Kyushu UNIMSTokyo Inst of Tech
Tokyo Inst of Tech
Hokkaido U
Tokyo Inst of Tech
RIKEN
RIKEN
U Tokyo
Sophia U
U Toyama
U Tsukuba
Hiroshima U
Inst for Molecular Sci
Yamagata U
Hokkaido U
Niigata U
Cancer Inst HospitalTokyo Inst of Tech
Emaus Kyoto Inc.
U Tsukuba
U Tsukuba
Tohoku U, Life Sci
U Nantes
U Nantes
U Nantes
U Pittsburgh
Bangladesh Shrimp & Fish Found
U Auckland, NZ
Tohoku U
Okayama U
Waseda U
Kagawa U
Kyushu U
Tottori U, Agri
Tottori U
Gakushuin U
Gunma U
Nagoya U
Kobe UU TokyoInst Chem & Eng Sci
Gifu Pharmaceutical U
Hokkaido U
Kyoto U
Kyoto U
Aoyama Gakuin U
Gunma U
Osaka U
Gakushuin Uerstiy
Nagoya U
Nagoya U
Osaka U
Osaka City U
Tokyo Polytechnic U
Meijo URIKENTokyo U Agri & Tech, Japan
Osaka City U
Osaka City U
Tokyo U Sci
Hawai’i Pacific U
Shizuoka U
Kanagawa U
U Kitakyusyu
Yokohama National U
Shinshu U
Hokkaido U

MACR
BIOL
ORGN
BIOL
ORGN
ORGN
ANYL
INOR
BIOL
BIOL
ORGN
PHYS
BIOL
PHYS
INOR
ENRG
ENRG
PHYS
ORGN
BIOL
INOR
MTLS
PHYS
ORGN
PHYS
PHYS
INOR
INOR
MTLS
ANYL
MACR
ORGN
INOR
ORGN
BIOL
HLTH
MTLS
MTLS
BIOL
ENVR
ENVR
ORGN
ORGN
PHYS
MACR
ANYL
BIOL
ORGN
ORGN
MACR
ORGN
MTLS
ORGN
ENVR
INOR
ORGN
ORGN
MTLS
ORGN
ANYL
INOR
ORGN
ORGN
ORGN
MACR
INOR
MACR
ORGN
BIOL
ENRG
INOR
INOR
MTLS
BIOL
MACR
ORGN
MTLS
SCTY
MTLS
INOR

535
169
2342
523
2189
1192
163
1237
24
1411
740
591
234
504
1425
108
770
258
2724
615
1347
547
1870
729
1044
1827
564
1077
1400
1030
898
687
685
1838
968
503
1248
1581
366
389
305
592
1535
618
143
353
829
2630
2525
880
946
2178
766
70
1467
2221
177
1499
1921
86
616
2246
1074
2304
1252
659
534
2530
217
995
1100
1605
192
670
317
500
691
13
1494
170

Ito, H.
Ito, H.
Ito, H.
Ito, H.
Ito, H.
Ito, H.
Ito, H.
Ito, H.
Ito, K.
Ito, K.
Ito, K.
Ito, K.
Ito, K.
Ito, M.
Ito, M.
Ito, M.
Ito, M.
Ito, M.
Ito, M.
Ito, M.
Ito, M.
Ito, N.
Ito, R.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, S.
Ito, T.
Ito, T.
Ito, T.
Ito, Y.
Ito, Y.
Ito, Y.
Ito, Y.
Ito, Y.
Ito, Y.
Itobe, T.
Itoh, A.
Itoh, K.
Itoh, K.
Itoh, M.
Itoh, N.
Itoh, N.
Itoh, R.
Itoh, S.
Itoh, S.
Itoh, T.
Itoh, T.
Itoh, T.
Itoh, T.
Itoh, T.
Itoh, T.
Itoh, T.
Itoh, T.
Itoh, Y.
Itoh, Y.
Itonaga, S.
Itou, Y.
Itsuki, K.
Ivandini, T.A.
Ivanovic-Burmazovic, I.
Ivasenko, O.
Iwafuji, H.
Iwahori, K.
Iwai, T.
Iwai, Y.
Iwaida, K.
Iwaki, M.
Iwaki, S.

Hokkaido U
Tokyo Inst of Tech
Nagoya U
U Tsukuba
Hiroshima U
Nagoya U
Nagoya U
Tokyo U Pharm & Life Sci
U Shizuoka
Meiji U
U Toyama
Kinki UU TokyoWaseda U
TOYO U
Osaka city U
Hokkaido U
waseda U
waseda U
Kanagawa U
Railway Tech Res Inst
Yamagata U
Grad. Sch. Agric., Kyoto U
Tokyo Inst of Tech
Tokyo Inst of TechU TokyoTokyo U Agriculture
Nagoya U
Nagoya U
Nihon U
Nagoya Inst of Tech
Osaka U
Osaka U
Osaka Muni Tech Res Inst
Kobe U
U Toyama
Tokyo U Agri & Tech
Nihon U
RIKEN
RIKEN
Tohoku U
Tokyo Metropolitan U
Analytical Lab, Ogawa & Co.
Gifu Pharmaceutical U
Tohoku U
Tohoku U
Tokyo Inst of Tech
Utsunomiya U
Nat Metrology Inst Japan
Hokkaido U
Osaka U
Osaka UTokyo U Sci
Inst for Molecular Sci
Hiroshima U
Hiroshima U
National Inst of AIST
National Inst of AIST
National Inst of AIST
Tottori U
U Tokyo
Kyoto Prefectural U Med
Oita U
Shanghai Inst Tech
Chitose Inst Sci Tech
U Indonesia
FAU Erlangen Nuernberg
KU Leuven- U Leuven
Nihon UJapan Sci Tech Agency
Hokkaido U
Osaka UNara Nat Col Tech
Kansai U
U Tokyo

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
INOR
ORGN
HLTH
BIOL
MTLS
MTLS
ORGN
BIOL
ORGN
MTLS
BIOL
MACR
ORGN
BIOL
INOR
INOR
MACR
MACR
MACR
MACR
MTLS
ENRG
ORGN
ORGN
ORGN
ENVR
ANYL
PHYS
PHYS
MTLS
ORGN
MTLS
ORGN
ORGN
BIOL
ENRG
MTLS
MTLS
BIOL
PHYS
BIOL
ENVR
ORGN
MACR
MTLS
MTLS
ENRG
ENVR
ORGN
INOR
BIOL
MTLS
INOR
PHYS
PHYS
PHYS
PHYS
PHYS
ORGN
ORGN
BIOL
BIOL
BIOL
MTLS
MTLS
INOR
MTLS
MTLS
MTLS
ORGN
MTLS
ORGN
ENRG
ANYL

614
383
1391
123
993
2224
2626
542
1009
438
750
852
9
2523
148
636
1845
699
831
878
830
930
981
919
1181
2371
131
828
1898
886
2240
1889
1493
474
410
728
992
1382
1969
175
5
1063
449
2394
286
1949
2156
238
902
2593
260
77
1853
1844
1010
1127
247
855
1646
2390
903
274
996
130
2730
68
2052
2540
2435
837
137
2577
407
917
1142

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Iwakiri, S.
Iwami, K.
Iwamoto, A.
Iwamoto, K.
Iwamoto, n.
Iwamoto, T.
Iwamoto, T.
Iwamura, M.
Iwamura, M.
Iwamura, M.
Iwamura, M.
Iwanaga, S.
Iwanaga, T.
Iwane, Y.
Iwano, A.
Iwao, T.
Iwaoka, E.
Iwaoka, M.
Iwasa, K.
Iwasa, T.
Iwasaki, A.
Iwasaki, A.
Iwasaki, F.
Iwasaki, H.
Iwasaki, H.
Iwasaki, M.
Iwasaki, M.
Iwasaki, N.
Iwasaki, T.
Iwasaki, T.
Iwasaki, W.
iwasaki, y.
Iwasaki, Y.
Iwasaki, Y.
Iwasawa, Y.
Iwase, A.
Iwase, H.
Iwase, M.
Iwase, T.
Iwase, Y.
Iwashima, T.
Iwashita, T.
Iwaso, K.
Iwaso, K.
Iwata, H.
Iwata, K.
Iwata, M.
Iwata, N.
Iwata, R.
Iwata, S.
Iwata, T.
Iwatate, R.J.
Iwaura, R.
Iwaya, N.
Iyengar, S.S.
Iyengar, S.S.
Iyengar, S.S.
Iyer, P.K.
Iyer, P.K.
Iyer, P.K.
Izadifard, M.
Izak, P.
Izatt, R.M.
Izawa, H.
Izmaylov, A.
Izmaylov, A.
Izu, H.
Izuhara, T.
Izumi, M.
Izumi, R.
Izumi, S.
Izumi, Y.
Izumi, Y.
Izumihara, K.
Jack, D.B.

Kyushu Inst of Tech
Shanghai Inst Tech
Tohohashi U Tech
Kindai U
NIT, Wakayama Col
Tohoku U
Tohoku U
Toyo U
Okayama U
U Toyama
U Toyama
U TokyoOkayama U Sci
U TokyoTokai UU TokyoHyogo U Health Sci
Tokai U
Suntory Global Innov Cntr
Hokkaido U
Keio UU Tokyo
Osaka UTokyo Inst of Tech
Chuo U
Saitama Inst of Tech
Okayama U
TOKYO DENKI U
Osaka U
Osaka UAIST and Techkansai U
Kansai U
Inagawa Inst Tech
Waseda U
Tokyo U Sci
TOKYO METROPOLITAN U
Toho UTokyo Inst of Tech
Kyoto UU TOKYO
Tohoku U
Osaka U
Osaka UJapan Atomic Energy Agency
Gakushuin U
Tokyo U Agri & Tech
Tokyo Inst of Tech
Tokyo U Sci
Osaka UU Tokyo
U TokyoNat Agri & Food Res Org
Nagoya U
Indiana U
Indiana U
Indiana U
Indian Inst of Tech
Indian Inst of Tech
Indian Inst of TechU CalgaryInst Chem Process Fundamentals
IBC Advanced Technologies, Inc.
Tottori U
U Toronto
U Toronto
Inst for Molecular Sci
Shibaua Inst of Tech
Osaka U
Tottori U
Kyoto U
Chiba U
Kyushu U
Interdisc Grad Sch Eng Sci
UBC, Okanagan

MACR
MACR
PHYS
BIOL
BIOL
INOR
ORGN
BIOL
BIOL
INOR
PHYS
MTLS
ORGN
BIOL
MTLS
MTLS
ORGN
BIOL
ENVR
PHYS
ORGN
PHYS
ORGN
MACR
BIOL
ORGN
ORGN
PHYS
ORGN
ORGN
ANYL
INOR
HLTH
ENVR
PHYS
ENRG
PHYS
INOR
ORGN
ENRG
INOR
ORGN
MACR
MACR
ENVR
PHYS
ORGN
MACR
HLTH
MACR
MACR
ANYL
MTLS
BIOL
PHYS
PHYS
PHYS
MTLS
MTLS
MTLS
ENVR
MACR
INOR
MACR
PHYS
PHYS
INOR
ANYL
BIOL
MTLS
ORGN
ENRG
ANYL
ENRG
ENRG

1476
1195
710
508
832
182
568
616
664
1043
74
2092
1954
979
690
2627
1997
420
708
536
1998
133
2131
1568
1042
443
2552
1293
225
1055
295
746
340
700
620
1034
610
595
2668
960
1275
1227
562
1256
773
331
2598
707
74
1451
842
1141
1598
1174
711
937
1857
261
1549
1586
137
1576
1364
473
1229
1705
513
385
617
2319
2224
158
548
225
708

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–339

NAME INDEX
Jackson, E.P.
Jackson, E.P.
Jackson, J.
Jackson, J.
Jackson, J.
Jackson, L.S.
Jackson, N.
Jacob, C.R.
Jacob, C.R.
Jacob, C.R.
Jacobi von Wangelin, A.
Jacobi von Wangelin, A.
Jacobi von Wangelin, A.
Jacobs, R.T.
Jacobsen, E.N.
Jacobson, D.R.
Jacobson, S.C.
Jadambaa, K.
Jadhav, A.
Jaeger, W.
Jaeger, W.
Jaekle, F.
Jaekle, F.
Jaekle, F.
Jahng, Y.
Jain, J.
Jain, R.
Jaiswal, P.K.
Jakkampudi, S.
Jakubowski, N.
Jalal, M.A.
Jamal, A.
Jamal, A.
James, K.E.
James, S.
James, S.
James, T.D.
James, T.D.
Jameson, G.B.
Jameson, G.N.
Jamison, T.F.
Jan, M.E.
Janaky, C.
Janaky, C.
Janda, K.D.
Janda, K.D.
Jang, B.
Jang, D.
Jang, H.
Jang, H.
Jang, J.
Jang, J.
Jang, J.
Jang, Y.
Janjic, N.
Jankowiak, R.
Jankowska, A.
Janolin, P.
Januario, A.H.
Januario, A.H.
Jaramillo, T.F.
Jaremko, M.J.
Jarisz, T.
Jarman, P.J.
Jarvis, T.
Jaskólska, D.E.
Jassby, D.
Jasti, R.
Javed, S.
Jayaraman, N.
Jayaraman, N.
Jayaraman, S.
Jayawickramarajah, J.
Jee, J.
Jeffery, D.W.
Jeffrey, J.
Jeffries-EL, M.
Jena, A.K.
Jena, P.
Jena, P.

340 –PRESENTERS

Self Employed
Self Employed
Michigan State U
Michigan State U
Michigan State U
FDA/IFSH
U.S. Department of StateTU Braunschweog
TU Braunschweog
TU Braunschweog
U Regensburg
U Regensburg
U Regensburg
Anacor Pharmaceuticals
Harvard U
UC Santa Barbara
Indiana U
Helmholtz Inst Mainz
Myongji U
U Alberta
U Alberta
Rutgers U Newark
Rutgers U Newark
Rutgers U Newark
Yeungnam U
AECOM
U Louisville
Malaviya Nat Inst Tech Jaipur
HIROSHIMA U
BAM Federal Inst for Matl Res
Valent USA Corporation
Kyoto U
Kyoto U
Mount Desert Is Bio Lab
Queen’s U Belfast
Queen’s U Belfast
U BathU BathMassey U
U OtagoMIT
Kwansei Gakuin U
U Szeged, Hungrian Acad Sci
U Szeged, Hungrian Acad Sci
The Scripps Research InstThe Scripps Research Inst
Korea Inst of Energy Research
Seoul National U
KIST
Ajou U
Pukyong National U
UNIST
Pusan National U
KIMM
SomaLogic, Inc.
Kansas State U
SGGWCentraleSupelec
U de Franca
U de Franca
Stanford U
UC San Diego
U Victoria
U Sheffield
Crestone, Inc.
U OtagoUC Riverside
U OregonAmbedkar U
Indian Inst of Sci
Indian Inst of Sci
North Dakota State U
Tulane U
Inst Bioeng & Nanotech
U Adelaide
Princeton U
Iowa State U
Toin U Yokohama
Virginia Commonwealth U
Virginia Commonwealth U

SCTY
SCTY
ORGN
ORGN
ENRG
ANYL
SCTY
PHYS
PHYS
PHYS
INOR
ORGN
ORGN
ORGN
ORGN
PHYS
ANYL
INOR
MTLS
ANYL
PHYS
INOR
INOR
MACR
ORGN
ANYL
INOR
ORGN
ORGN
ANYL
ENVR
PHYS
ENRG
SCTY
ORGN
MTLS
ANYL
MTLS
ENVR
INOR
ORGN
ANYL
MACR
ENRG
HLTH
ORGN
MTLS
MTLS
MTLS
ORGN
MTLS
ENRG
PHYS
MTLS
HLTH
BIOL
MACR
MTLS
BIOL
BIOL
ENRG
BIOL
PHYS
INOR
HLTH
MTLS
MACR
ORGN
INOR
ORGN
BIOL
ORGN
MTLS
BIOL
ENVR
ORGN
ORGN
MTLS
PHYS
ENRG

192
193
2172
2300
903
1129
173
22
451
2012
725
285
1030
1157
1778
32
451
1573
895
875
2034
178
1186
52
473
1186
1909
2213
1110
672
58
1933
564
26
291
998
121
122
574
737
102
988
1657
159
679
2453
2129
901
1699
2151
766
764
2008
2628
37
54
469
2862
503
504
164
714
1959
1057
244
10
1529
1628
969
734
380
1111
2856
676
392
342
1735
1231
55
650

Jenkins, D.M.
Jensen, C.M.
Jensen, M.
Jensen, M.O.
Jensen, S.
Jeon, H.
Jeon, H.
Jeon, H.
Jeon, J.
Jeon, J.
Jeon, M.
Jeon, M.
Jeon, N.
Jeon, N.
Jeon, S.
Jeon, S.
Jeong, D.T.
Jeong, G.
Jeong, H.
Jeong, J.
Jeong, J.
Jeong, J.
Jeong, J.
Jeong, J.
Jeong, K.
JEONG, K.
Jeong, s.
Jeong, T.
Jeong, T.
Jeong, T.
Jeong, Y.
Jeong, Y.
Jerkiewicz, G.
Jess, K.
Jess, L.S.
Jessen, H.J.
Jessop, P.G.
Jessop, P.G.
Jessop, P.G.
Jevasuwan, W.
Jha, A.
Ji, H.
Ji, H.
Ji, Q.
Ji, S.
Ji, S.
Jia, L.
Jia, L.
Jia, M.
Jia, R.
Jia, R.
Jia, T.
Jia, X.
Jia, Y.
Jian, Y.
Jiande, G.
Jiang, B.
Jiang, B.
Jiang, D.
Jiang, D.
Jiang, D.
Jiang, D.
Jiang, D.
Jiang, F.
Jiang, G.
Jiang, G.
Jiang, G.
Jiang, H.
Jiang, H.
Jiang, H.
Jiang, H.
Jiang, J.
Jiang, J.
Jiang, J.
Jiang, K.
Jiang, L.
Jiang, L.
Jiang, L.
Jiang, L.
Jiang, L.

U Tennessee
Uesity of Hawaii
Colorado School of Mines
D. E. Shaw Research LLC
U South Dakota
Yonsei U
Seoul National U
Ewha Womans U
Hanyang U
Ajou UKIST
KAIST
Konkuk U
Konkuk U
Seoul National U
hanyang U
Yonsei Unversity
Andong National U
Dong-Eui U
Soongsil U
Seoul Nat U, Med
Yonsei U
Andong National U
U tokyo
Yonsei U
Chonbuk National U
Dongguk U
Sungkyunkwan U
Sungkyunkwan U
Sungkyunkwan U
POSTECH
Hanyang U
Queen’s U
TU Braunschweig
TU Braunschweig
U Zürich
Queen’s U
Queen’s U
Queen’s U
NIMS
Acadia U
U UtahSun Yat-sen U
Peking U
Tsinghua U
Beijing U Chem Techy
U AkronU AkronJilin UInst Tropical Biosci & Biotech
Inst Tropical Biosci & Biotech
NIMS
Shanghai U
Peking U
National Chung Hsing U
Shanghai Inst Mtls Medica
Jiangnan U
Jiangnan U
UC Riverside
UC Riverside
Nat Inst Natural Sci (NINS)Inst for Molecular Sci
Inst for Molecular Sci
U Sci Tech, China
Res Eco-Environ Sci
Res Eco-Environ Sci
Res Eco-Environ Sci
Shandong U, Traditional Med
Tokyo Inst of Tech
Shanghai Inst of Materia Medica
South China U Tech
Glasgow Caledonian U
Beijing Forestry U, China
National Chung Cheng U
Tsinghua U
Sichuan U
Henan Academy of Scis
Chinese Academy of Scis
Chinese Academy of Scis
Inst of Biophysics, CAS

INOR
ENRG
INOR
PHYS
PHYS
ORGN
ORGN
ORGN
ANYL
MACR
ENRG
MTLS
HLTH
SCTY
ENVR
ANYL
ANYL
ENVR
ORGN
MTLS
HLTH
BIOL
BIOL
MTLS
ORGN
MACR
ANYL
ORGN
ORGN
ORGN
MACR
ENVR
PHYS
INOR
PHYS
HLTH
SCTY
ENVR
ENRG
MTLS
HLTH
ORGN
ENVR
MTLS
MACR
INOR
INOR
MACR
ENRG
ENVR
ENVR
MTLS
ORGN
ORGN
MTLS
PHYS
HLTH
ENVR
PHYS
ENRG
MTLS
MTLS
MTLS
MACR
ANYL
ENVR
ENVR
ENVR
ENRG
HLTH
ORGN
ENVR
ENVR
MACR
MTLS
MTLS
MACR
PHYS
PHYS
BIOL

1198
526
800
553
822
1963
435
2718
571
468
705
941
529
64
502
465
261
231
1225
1774
198
618
846
1647
1963
364
377
2514
2516
2520
881
785
2039
579
490
628
340
71
854
1292
456
2732
495
1316
1552
1871
870
1103
396
524
527
1881
453
126
689
1135
512
544
636
585
199
627
645
917
1133
686
917
145
358
578
2169
343
414
744
1964
1884
1623
847
1785
768

Jiang, R.
Jiang, W.
Jiang, W.
Jiang, X.
Jiang, X.
Jiang, X.
Jiang, X.
Jiang, Y.
Jiang, Y.
Jiang, Y.
Jiang, Y.
Jiang, Y.
Jiang, Y.
Jiang, Y.
Jiang, Y.
Jiang, Z.
Jiang, Z.
Jianping, L.
Jiao, N.
Jii, N.
Jikyo, T.
Jimenez, Z.A.
Jimenez-Oses, G.
Jimenez-Oses, G.
Jin, F.
JIN, G.
Jin, H.
Jin, H.
Jin, J.
Jin, K.
Jin, K.
Jin, L.
Jin, M.
Jin, R.
Jin, S.
Jin, S.
Jin, S.
Jin, S.
Jin, T.
Jin, Y.
Jin, Y.
Jin, Y.
Jin, Y.
Jindal, T.
Jing, S.
Jing, Y.
Jing, Z.
Jinnai, H.
Jinnouchi, H.
Jo, D.
Jo, H.
Jo, M.
Jo, T.
Jo, Y.
Jobst, K.
Jochi, Y.
Jocz, J.
Jodoi, T.
Johansen, A.M.
Johansson, F.
John, K.D.
Johnson, C.B.
Johnson, D.W.
Johnson, D.W.
Johnson, E.R.
Johnson, E.R.
Johnson, G.E.
Johnson, L.
Johnson, L.E.
Johnson, M.A.
Johnson, M.A.
Johnson, N.
Johnson, S.A.
Johnson, S.A.
Johnson, S.M.

Sun Yat-sen U
China Agricultural U
Tokyo U Marine Sci TechNIMS (NIMS)OSAKA UOSAKA U
EAST CHINA NORMAL U
U Mass, Amherst
U Calgary
Xiamen U
Xiamen U
Georgia State U
Shanghai Adv Res Inst, CAS
Xiamen U
Xiamen U
China Agricultural U
Wuhan U
Beijing normal U
Peking U
Kanazawa U
Osaka Yuhigaoka Gakuen Junior Col
Brandeis U
UC Los Angeles
UC Los Angeles
Shanghai Jiao Tong U
Fudan U
Ewha Womans U
KAIST
Icahn Sch Med Mount Sinai
Northwestern U
Northwestern U
Kyung Hee U
Hokkaido U
Carnegie Mellon U
Nihon UU Wisconsin-Madison
Dong-Eui U
Dong-Eui U
Tohoku U
Ewha Womans U
Changchun Inst Appl Chem, CAS
U Illinois, Urbana-Champaign
National Inst of AIST
Amity U
Nanjing Tech U
Nankai U
Tongji U
Tohoku U
U Toyama
korea U
Chungbuk National U
POSTECH (POSTECH)
Seoul Nat U
Chung-Ang U
McMaster U
Nagoya U
U Michigan, Ann Arbor
Kagoshima U
Central Washington U
Chalmer U Tech
Los Alamos National Laboratory
Western Kentucky U
U Oregon
U Oregon
Dalhousie U
Dalhousie U
PNNL
FAMU
PNNL
Yale U
Yale UUC San DiegoU Windsor
U Windsor
Indiana U, Med

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ANYL
ENVR
ANYL
MTLS
MACR
MACR
ORGN
ENVR
INOR
ANYL
MTLS
PHYS
PHYS
ANYL
PHYS
BIOL
ORGN
HLTH
ORGN
ENVR
ANYL
PHYS
PHYS
PHYS
ENVR
INOR
MTLS
MTLS
BIOL
MACR
MACR
ANYL
ORGN
PHYS
PHYS
MTLS
ORGN
ORGN
ORGN
ORGN
ANYL
ENRG
ENRG
ENVR
INOR
MTLS
ENRG
MACR
ORGN
MACR
ORGN
MTLS
ORGN
MTLS
ANYL
MACR
ENRG
BIOL
PHYS
ORGN
INOR
SCTY
ORGN
MTLS
PHYS
PHYS
PHYS
ANYL
MTLS
PHYS
PHYS
MTLS
INOR
INOR
HLTH

143
204
1157
414
437
438
1622
247
1014
378
814
439
42
117
2057
438
404
235
95
211
399
914
155
712
858
1547
2859
2355
114
432
1043
296
950
956
1531
2547
1249
1250
2512
320
620
693
720
400
1998
1367
900
1098
317
109
548
955
1964
1450
1073
609
156
597
1033
395
393
117
1745
2202
838
1367
187
1243
2526
253
924
2785
153
1252
241

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Johnson, S.M.
Johnston, A.P.
Johnston, A.P.
Johnston, C.
Johnston, J.
Jolliffe, K.A.
Jolliffe, K.A.
Jon, S.
Jones, A.C.
Jones, A.C.
Jones, C.
Jones, C.
Jones, C.
Jones, C.
Jones, C.F.
Jones, C.S.
Jones, G.O.
Jones, J.L.
Jones, L.A.
Jones, M.
Jones, M.R.
Jones, W.D.
Jones, W.D.
Jones, W.E.
Jongkees, S.A.
Joo, J.
Joo, J.
Joo, S.
Joosten, H.
Jordan, J.B.
Jordan, K.
Jordan, M.J.
Jordan, M.J.
Jorgensen, W.L.
Jorolan, J.H.
Joshi, P.
Jouanneau, M.
Joung, Y.
Jouvet, C.
Jovic, V.
Joyce, G.
Ju, H.
Ju, H.
Ju, S.
Ju, W.
Juaristi, E.
Juaristi, E.
Judai, K.
Judy, J.
Juergens, S.
Juhasz, G.
Juhasz, M.
Julian, R.
Jun, B.
Jun, C.
Jun, S.
Jun, y.
Jun, Y.
Jung, D.
Jung, E.
Jung, H.
Jung, H.
Jung, H.
Jung, J.
Jung, K.
Jung, M.E.
Jung, M.E.
Jung, N.
Jung, O.
Jung, S.
Jung, S.
Jung, S.
Jung, T.
Jung, Y.
Jung, Y.

Indiana U, Med
Monash U
Monash U
McMaster U
Comm Chemists w Disabilities
U Sydney
U Sydney
KAIST
Wake Forest U
Wake Forest U
Monash U
Monash U
Savannah State U
Georgia Inst of Tech
U Southern California
U BathIBM
North Carolina State U
RMIT U
Simon Fraser U
Northwestern U
U Rochester
U Rochester
Binghamton U (SUNY)
Tokyo UUC San Diego
Konkuk U
UNIST (UNIST)
Bio-Prodict
Amgen, Inc
U Pittsburgh
U Sydney
U Sydney
Yale U
Mindanao State U
JAIST
Texas A&M U
Chonnam National U
CNRS/Aix Marseille U
U Auckland
The Scripps Research Inst
Nanjing U
Gyeongsang National U
Yonsei U
Seoul National U
Cinvestav
Cinvestav
Nihon UCSIROTechnion Isreal Inst Tech
Tokyo Inst of Tech
Whitman College
UC Riverside
Konkuk U
Yonsei U
UCSD
POSTECH
Washington U, St. Louis
Ewha Womans U
Seoul National U
Korea Res Inst Chem Tech
Gyeongsang National U
Gyeongnam Nat U Sci Tech
Kyung Hee U
Sogang U
UCLAUCLAYeungnam U
Pusan National U
Res Inst Ind Sci Tech
HANYANG U
MIT
Korea Inst of Energy Research
KIST (KIST)
Korea Sci Academy of KAIST

BIOL
BIOL
MTLS
BIOL
ENVR
SCTY
ORGN
MTLS
ORGN
ORGN
INOR
INOR
ANYL
PHYS
PHYS
ORGN
ORGN
MTLS
ANYL
INOR
MTLS
INOR
ORGN
MTLS
BIOL
MTLS
ANYL
ENRG
BIOL
HLTH
PHYS
PHYS
PHYS
HLTH
INOR
ENRG
ORGN
BIOL
PHYS
ENRG
BIOL
BIOL
INOR
MTLS
ENVR
ORGN
ORGN
PHYS
ENVR
BIOL
ORGN
INOR
PHYS
ANYL
INOR
BIOL
ORGN
ENVR
ORGN
MACR
BIOL
MTLS
MTLS
MACR
BIOL
HLTH
HLTH
MTLS
INOR
ANYL
HLTH
ENRG
INOR
MACR
INOR

924
946
726
494
382
75
2176
91
32
839
90
1617
742
964
2037
2462
1624
2563
764
754
542
732
2422
1239
942
2210
1004
514
535
51
1623
182
1596
477
570
274
1758
863
255
466
1139
785
1296
2346
349
76
1625
593
829
825
714
2007
1837
317
233
1236
1602
9
1039
522
824
2420
1468
530
970
497
575
2340
133
336
667
467
944
1560
1836

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–341

NAME INDEX
Jung, Y.
Jung, Y.
Jung, Y.
Jung, Y.
Jung, Y.
Jung, Y.
Jungsuttiwong, S.
Junk, P.C.
Junk, P.C.
Junkers, T.
Junkers, T.
Junya, N.
Juretic, D.
Jurisson, S.S.
Jurisson, S.S.
Justino, J.A.
Jux, N.
Jwad, R.S.
Kabe, R.
Kable, S.
Kable, S.
Kable, S.
Kachel, B.
Kadja, G.T.
Kadokawa, J.
Kadota, I.
Kadowaki, H.
Kaemmler, L.
Kaetsu, K.
Kaga, T.
Kagami, Y.
Kagamihara, K.
Kagesawa, K.
Kagesawa, K.
Kageura, N.
Kageyama, H.
Kageyama, H.
Kageyama, Y.
Kageyama, Y.
Kagiyama, I.
Kahara, H.
Kahng, S.
Kai, D.
Kai, H.
Kai, T.
Kaida, K.
Kaihatsu, K.
Kaim, W.
Kaimori, Y.
Kainosho, M.
Kairouz, V.
Kaiser, J.
Kaiser, R.
Kaiser, R.
Kaishima, M.
Kaji, D.
Kaji, H.
Kaji, H.
Kaji, M.
Kaji, N.
Kajihara, Y.
Kajihara, Y.
Kajihara, Y.
Kajihara, Y.
Kajii, Y.J.
Kajiki, Y.
Kajimoto, S.
Kajimoto, S.
Kajimoto, T.
Kajita, A.
Kajita, D.
Kajita, Y.
Kajitani, T.
Kajiwara, A.
Kajiwara, A.
Kajiwara, T.
KAJIWARA, Y.
Kajiyama, M.
Kajiyama, S.
Kajiyama, T.

342–PRESENTERS

Korea Basic Sci Inst
Kangwon National U
Kangwon National U
Kangwon National U
KAIST
Korea Res Inst Chem Tech
Ubon Ratchathani U
James Cook U
James Cook U
Hasselt U
Hasselt U
Kanagawa U
U Zagreb
U of Missouri-Columbia
U of Missouri-Columbia
Insto Politécnico Santarém
FAU Erlangen Nuernberg
U New South Wales
Kyushu U
U New South WalesU New South WalesU New South WalesU Arkansas
Institut Teknologi Bandung
Kagoshima U
Okayama U
Tokyo Metropolitan U
U Tuebingen
Kyushu U
Yokohama National U
U TokyoTokyo U Sci
Tohoku U
Tohoku U
Oita U
Kyoto U
Kyoto U
Hokkaido U
Hokkaido U
Kumamoto U
Tohohashi U Tech
Korea UInst Mtls Res & Eng
NIT, Suzuka Col
Okayama U
Shinshu U
Osaka UU Stuttgart
Tokyo U Sci
Nagoya U
U MontréalBrno U Tech
U of Hawaii at Manoa
U of Hawaii at Manoa
Kobe U
RIKEN
Kyoto U
Kyoto UTokyo Inst of Tech
Nagoya U
Osaka U
Osaka U
Osaka U
Hitachi, Ltd. R&D
Kyoto U
Hiroshima U
Kwansei Gakuin U
Tohoku U
Ritsumeikan U
Nagoya U
U TokyoAichi Inst of Tech
Tokyo Inst of Tech
Nara U Education
Nara U Education
Nara Women’s U
Kyoto UTokyo U Agri & TechU TokyoTokyo Metropolitan Ind Tech Res

ANYL
MACR
PHYS
PHYS
PHYS
MTLS
PHYS
INOR
INOR
MACR
ORGN
ORGN
ENVR
HLTH
INOR
HLTH
ORGN
ORGN
MTLS
SCTY
PHYS
PHYS
BIOL
ENRG
MACR
ORGN
MTLS
ORGN
MACR
MACR
ANYL
MTLS
INOR
INOR
ENRG
INOR
INOR
ORGN
PHYS
HLTH
ANYL
MTLS
MACR
ENRG
BIOL
ANYL
BIOL
INOR
ORGN
BIOL
ORGN
ANYL
PHYS
PHYS
ANYL
INOR
MACR
MTLS
SCTY
ANYL
BIOL
BIOL
BIOL
MACR
PHYS
MTLS
ORGN
PHYS
ORGN
MACR
HLTH
INOR
MTLS
MACR
ENRG
INOR
PHYS
SCTY
ENRG
ANYL

394
1025
859
860
842
1080
1603
125
2044
1039
222
413
184
75
277
464
591
437
1558
181
1117
2080
982
755
1068
2184
1099
1804
1621
324
1147
2629
981
998
381
1266
2010
1112
1299
397
206
171
396
227
1022
515
1322
225
1315
452
491
1246
1177
1850
752
1580
548
1579
384
111
139
396
1383
1469
2091
1856
2646
1519
2266
972
623
1402
2310
1307
686
548
741
239
532
374

Kakanakova-Georgieva,
A.
Kakei, Y.
Kakeya, H.
Kakihana, Y.
Kakihara, S.
Kakimoto, N.
Kakimoto, Y.
Kakinami, T.
Kakinuma, A.
Kakishita, T.
Kakita, K.
Kakiuchi, F.
Kakiuchi, F.
Kakiuchi, M.
Kakuchi, Y.
Kakudo, H.
Kakuta, T.
Kakutaka, K.
Kalantar-zadeh, K.
Kalin, J.H.
Kall, M.
Kalmykov, S.N.
Kalousek, V.
Kaltsoyannis, N.
Kaltsoyannis, N.
Kamachi, T.
Kamachi, T.
Kamachi, T.
Kamada, K.
Kamada, K.
Kamada, K.
Kamako, S.
Kamakura, R.
Kamat, P.V.
Kamat, P.V.
Kamat, P.V.
Kamata, H.
Kamata, M.
Kamata, T.
Kambara, T.
Kambe, T.
Kamebuchi, H.
kamei, k.
Kamei, K.
Kameta, N.
Kameyama, T.
Kameyama, T.
Kamezaki, Y.
Kamezawa, A.
Kamigaito, M.
Kamigaito, M.
Kamijo, T.
Kamijoh, Y.
Kamila, M.
Kamimoto, A.
Kamimura, A.
Kamimura, A.
Kamimura, M.
Kamimura, S.
Kamimura, Y.
Kaminaga, A.
Kamino, S.
Kamio, E.
Kamitake, H.
Kamitanaka, T.
Kamiya, M.
Kamiya, Y.
Kamiyama, H.
Kamiyama, N.
Kamiyama, T.
Kammiyada, H.
Kamo, A.
Kamo, T.
Kamoi, T.
Kamon, Y.
Kanagawa, K.
Kanagawa, T.
Kanai, K.
Kanaizuka, K.

Linköping U

MTLS

1333

Yokohama City U
Kyoto U
Yamaguchi U, Eng
Tokyo U Sci
Kwansei Gakuin U
Tohohashi U Tech
Kyoto UTokyo U Sci
U Fukui
Hokkaido U
Keio U
Keio UUEC
Kitami Inst of Tech
Osaka U
Kobe U
Osaka City U
RMITJohns Hopkins U
Chalmer U Tech
Lomonosov Moscow State U
Tokyo U Sci, Yamaguchi
U College London
U College London
Kyushu U
Kyushu U
Tokyo Inst of Tech
Kyushu U
Nat Inst Adv Ind Sci TechNat Inst Adv Ind Sci Tech
Cosmos Tech Cntr
Kyoto UU Notre Dame
U Notre Dame
U Notre DameU Tokyo
Sophia U
Chiba Inst of Tech
Riken
Tokyo Inst of Tech
Tokyo U Sci
Kindai U
Tokyo Inst of Tech
National Inst of AIST
Nagoya U
Nagoya Inst of Tech
Waseda U
U Tsukuba
Nagoya U
Nagoya U
NIT, Tsuruoka Col
Tokyo U Agri & Tech
Tohoku U
Utsunomiya U
Yamaguchi U
Yamaguchi U
Tokyo U Sci
Kyushu Inst of Tech
Waseda U
Kagoshima U
Okayama U
Kobe UNAIST
Ritsumeikan U
U Tokyo
Nagoya U
Tokyo Tech
Shanghai Inst Tech
Kinki U
Kyoto U, Eng
Kumamoto U
National Inst of AISTHouse Foods Group Inc.
Kobe UTokyo U Sci
Osaka U
Gunma Nat Col Tech
Yamagata U

ENVR
ORGN
MACR
INOR
MTLS
BIOL
ANYL
MACR
MACR
ORGN
INOR
ORGN
BIOL
MTLS
ENRG
MACR
INOR
MTLS
BIOL
PHYS
ENVR
ENRG
INOR
INOR
ORGN
PHYS
BIOL
ENVR
ORGN
PHYS
HLTH
MTLS
PHYS
MTLS
MTLS
MACR
MTLS
ANYL
BIOL
MACR
MTLS
BIOL
ORGN
MTLS
PHYS
MACR
INOR
INOR
MACR
MACR
PHYS
ORGN
INOR
ORGN
ORGN
ENVR
MTLS
ENRG
ORGN
PHYS
MACR
MACR
MTLS
ORGN
ANYL
ORGN
ENRG
ANYL
BIOL
MACR
ORGN
ENVR
ORGN
BIOL
PHYS
BIOL
ENRG
INOR

310
146
1227
582
919
334
642
1291
206
2624
65
334
256
1788
881
56
1838
1315
515
673
284
832
37
1345
2199
1213
780
810
1912
227
537
2818
1791
1887
2462
570
602
297
1357
714
1706
512
993
1594
1796
634
1308
1816
387
1038
1512
2594
995
877
2692
798
2780
354
1349
1164
793
1223
809
2647
1089
1467
357
1006
878
1201
1561
927
1374
957
663
1051
202
1385

Kanamori, H.
Kanamori, K.
Kanan, M.
Kanari, M.
Kanatzidis, M.
Kanatzidis, M.G.
Kanaya, T.
Kanaya, T.
Kanayama, N.
Kanazashi, K.
Kanazawa, H.
Kanazawa, H.
Kanazawa, K.
Kanazawa, R.
Kanazawa, S.
Kanazawa, Y.
Kanbara, T.
Kanbayashi, T.
Kanda, H.
Kandori, H.
Kanegawa, S.
Kanehashi, S.
Kanehashi, S.
Kanehashi, S.
kaneko, h.
Kaneko, H.
Kaneko, H.
Kaneko, K.
Kaneko, K.
Kaneko, M.
Kaneko, M.
Kaneko, M.
Kaneko, T.
Kaneko, T.
Kaneko, T.
Kaneko, T.
Kaneko, Y.
Kaneko, Y.
Kaneno, D.
Kaner, R.
Kaneshige, Y.
Kaneshika, W.
Kaneta, T.
Kanetomo, T.
Kang, B.
Kang, E.
Kang, G.
Kang, H.
Kang, H.
Kang, H.
Kang, H.
Kang, H.
Kang, H.
Kang, H.
Kang, H.
Kang, H.
Kang, I.
Kang, K.
Kang, N.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, S.
Kang, W.
Kang, Y.

Tokyo Inst of Tech
Kyoto U
Stanford U
Tohoku U, Sci
Northwestern U
Northwestern U
Kyoto U
Kyoto U
RIKEN
Fukuoka U
Fukushima U
Fukushima U
Kibi International U
NAISTU Kitakyushu
Fukushima U
U Tsukuba
Kyoto Prefectural U
Nagoya U
Nagoya Inst of Tech
Kyushu U
U Melbourne
U Melbourne
U Melbourne
osaka UU Tokyo
U TokyoSoka U
Ritsumeikan U
U TokyoHiroshima U
Hiroshima U
Nihon U
UEC
JAIST
JAIST
Kagoshima U
Kagoshima U
Kochi UUC Los Angeles
Yamaguchi U
Okayama U
Okayama U
UEC
Sungkyunkwan U
Seoul National U
Silla U
Seoul National U
Seoul National U
Seoul National U
Xiamen U
Dongguk U
Dongguk U
Ajou UU Arizona
Konkuk U
Kyungpook National U
Osaka U
Singapore Bioimaging Consortium
Student
Korea U
Korea U
Korea U
Korea U
Kyung Hee U
Chonnam National U
IBM T. J. Watson Res Cntr
IBM T. J. Watson Res Cntr
Gwangju Inst Sci Tech
Chonbuk National U
Kyushu U
POSTECH
Korea Inst of Ocean Sci Tech
China U Petroleum, Beijing
Hanyang U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

PHYS
MACR
ENRG
INOR
MTLS
INOR
MACR
MACR
MTLS
INOR
MACR
ORGN
HLTH
MTLS
MACR
MACR
ORGN
ENRG
ENRG
BIOL
INOR
MACR
MACR
MTLS
ORGN
HLTH
ENRG
SCTY
MTLS
ENRG
INOR
INOR
ENRG
ENRG
MACR
MACR
MACR
MTLS
ORGN
MTLS
ORGN
MACR
ANYL
INOR
ORGN
PHYS
MTLS
PHYS
PHYS
BIOL
ANYL
BIOL
BIOL
PHYS
INOR
MTLS
MTLS
ORGN
ANYL
MTLS
INOR
INOR
INOR
ENRG
ENVR
ENVR
MTLS
MTLS
ORGN
MTLS
INOR
ORGN
BIOL
MTLS
MACR

770
55
169
694
493
1538
684
1615
2747
914
213
951
248
1529
458
418
336
309
991
1374
1003
970
971
1026
2551
334
948
219
2742
974
362
1453
725
338
94
845
373
1362
1521
2762
1559
81
1107
996
2601
898
1299
799
1867
905
378
1001
1034
411
1258
2058
2808
1522
1083
1325
858
1470
1914
109
179
765
402
707
1113
2581
500
375
241
989
1047

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Kang, Y.
Kanji, Z.A.
Kanna, M.
Kannan, K.
Kannan, K.
Kannan, K.
Kanno, K.
Kanno, K.
Kanno, M.
Kanno, T.
Kanno, Y.
Kano, M.
Kano, N.
Kano, N.
Kano, R.
Kano, T.
Kanoda, K.
Kanoh, M.
Kanoh, N.
Kanya, R.
Kanzawa, N.
Kaplan, D.I.
Kapo, K.E.
Kapo, K.E.
Kappe, C.
Kappes, M.
Kapral, R.
Kapral, R.
Karaaslan, C.
Karaaslan, M.A.
Karaballi, R.
Karamalidis, A.
Karamalidis, A.
Karasaki, M.
Karasawa, M.
Karasawa, S.
Karasawa, S.
Karatani, H.
Karatsu, Y.
Karayama, M.
Karim, A.
Karimata, I.
Karita, M.
Karita, S.
Kariyone, A.
Karkamkar, A.
Karkamkar, A.
Karkamkar, A.
Karlin, K.D.
Karlin, K.D.
Karlin, K.D.
Karn, B.P.
Karnik, R.
Karpuzov, D.S.
Karsai, A.
Karthaus, O.
Karton, A.
Kartub, K.
Karunadasa, H.
Karuo, Y.
Karuso, P.
Kasaba, Y.
Kasahara, H.
Kasahara, T.
Kasahara, Y.
KASAI, H.
Kasai, N.
Kasai, S.
Kasai, Y.
Kasama, T.
Kasamatsu, M.
Kasamatsu, Y.
Kasatani, M.
Kashibe, M.
Kashida, H.

Hokkaido U
ETH Zurich
Hiroshima U
Wadsworth Center
Wadsworth Center
Wadsworth Center
Kinki U
Kinki U
Tohoku U
Osaka U
Tohoku U
Tokyo U Sience
U Tokyo
U Tokyo
Osaka U
Kyoto UU Tokyo
Keio U
Tohoku U
U Tokyo
Sophia U
Savannah River Nat Lab
Waterborne Environmental, Inc.
Waterborne Environmental, Inc.
U GrazKarlsruhe Inst Tech (KIT)U Toronto
U Toronto
ANKARA U
U British Columbia
Saint Mary’s U
Carnegie Mellon U
Carnegie Mellon U
Tokyo U Sci
U Tokyo, Ind Sci
Kyushu U
Kyushu U
Kyoto Inst of Tech
Waseda U
TOYO UU Akron
Kobe U
Ritsumeikan U
Okayama U
Ritsumeikan U
PNNL
PNNL
PNNL
Johns Hopkins U
Johns Hopkins U
Johns Hopkins U
Sustainable Nanotech Org
MIT
U Alberta
U California, Davis
Chitose Inst Sci Tech
U Western Australia
UC Irvine
Stanford U
Kanazawa U
Macquarie U
Fukui U Tech
RIKEN
Osaka UNat Inst Biomed Innovation
Tohoku U
NTT
Hokkaido U
Sophia U
Nagoya U
Nat Res Inst Police Sci
Osaka U
Sophia U
Osaka U
Nagoya U

INOR
PHYS
BIOL
ENVR
ENVR
ENVR
SCTY
MACR
PHYS
MACR
ANYL
PHYS
INOR
INOR
ORGN
ORGN
MTLS
BIOL
ORGN
PHYS
ORGN
ENVR
ENVR
ENVR
ORGN
PHYS
PHYS
PHYS
HLTH
ENVR
ANYL
INOR
ORGN
MTLS
INOR
INOR
ORGN
ANYL
MTLS
SCTY
MTLS
PHYS
MTLS
ANYL
BIOL
ORGN
ORGN
ENRG
INOR
INOR
BIOL
MTLS
ANYL
ANYL
MTLS
MTLS
PHYS
MTLS
INOR
ORGN
HLTH
PHYS
ENVR
MACR
BIOL
MTLS
BIOL
MTLS
ANYL
ANYL
ANYL
INOR
MACR
HLTH
BIOL

1062
1396
533
788
881
882
187
467
423
965
291
1584
290
1916
1326
2110
2222
563
38
6
1216
557
45
97
1
57
1169
2004
466
522
980
15
1785
1849
1104
1002
1114
263
1557
118
1802
788
1692
1173
513
74
2482
11
257
1954
76
102
452
930
1119
97
1746
815
1709
517
690
1922
256
969
1283
674
1085
238
222
486
504
2037
1194
655
1338

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–343

NAME INDEX
Kashihara, M.
Kashimura, K.
Kashiwada, T.
Kashiwagi, H.
Kashiwagi, I.
Kashiwagi, K.
Kashiwazaki, G.
Kashiyama, Y.
KASHYAP, R.
Kasianowicz, J.
Kaskel, S.
Kassai, Y.
Kassal, I.
Kassal, I.
Kast, S.M.
Kasuya, K.
Katagiri, K.
Katakura, S.
Katamura, T.
Katančić, Z.
Kataoka, H.
Kataoka, H.
Kataoka, K.
Kataoka, K.
Kataoka, M.
Kataoka, M.
Kataoka, Y.
Kataoka, Y.
Katase, M.
Katase, T.
Kataura, H.
Katayama, K.
Katayama, K.
Katayama, K.
Katayama, K.
Katayama, M.
Katayama, M.
Katayama, S.
Katayama, Y.
Kato, A.
Kato, A.
Kato, C.
Kato, D.
Kato, D.
Kato, F.
Kato, H.
Kato, H.
Kato, H.
Kato, K.
Kato, K.
Kato, K.
Kato, M.
Kato, M.
Kato, M.
Kato, M.
Kato, M.
Kato, M.
Kato, N.
Kato, N.
Kato, R.
Kato, R.
Kato, R.
Kato, S.
Kato, S.
Kato, T.
Kato, T.
Kato, T.
Kato, T.
Kato, T.
Kato, T.
Kato, T.
Kato, T.
Kato, T.
Kato, Y.
Kato, Y.
Katogi, R.
Katoh, A.
Katoh, S.
Katori, N.
Katouda, M.

344 –PRESENTERS

Okayama U
Chubu U
Keio U
Kyoto U
Kitasato U
Saitama U
Kyoto U
Fukui U Tech
Polytechnique Montreal
NIST
Fraunhofer IWS Dresden
Sophia U
U Queensland
U Queensland
TU Dortmund U
Tokyo Medical U
Hiroshima U
Kyoto UTokyo U Sci
U Zagreb
tokyo U Sci
Keio U, PharmU Tokyo
U Tokyo
Yamagata U
NAISTNara Wumen’s U
Shimane U
Fuji Oil Co., Ltd.
Hokkaido U
AIST and Tech
Waseda U
Chuo U
Chuo U
Osaka City U
U TokyoRitsumeikan U
Shinshu U
Prefect U Hiroshima
Rikkyo U
U Toyama
Hiroshima U
AIST and Tech
Nagoya Inst Tech
Tokyo Inst of Tech
Tohoku U
Kumamoto U
Tohohashi U TechU TokyoNat Inst Natural Sci
Kobe U
Aoyama-gakuin U
Hokkaido U
Hokkaido U
Tokyo U Agri & Tech
Nagoya U
Saitama U
RIKEN CSRS
Utsunomiya U
RIKEN
Tohohashi U Tech
Kyoto U
Shizuoka U
Tokyo Metropolitan U
Tokyo U Agri & TechU Tokyo
U Tokyo
U Tokyo
Ind Tech Inst, Ibaraki
Kyoto Inst of Tech
Nagasaki U
Japan Food Res Lab (JFRL) (JFRL)U Tokyo
U TokyoTokyo Inst Tech
Tokyo U Sci
Toho U
Osaka U
Chuo U
RIKEN

INOR
ENRG
MTLS
ORGN
ORGN
PHYS
BIOL
ENRG
MTLS
ANYL
INOR
MTLS
PHYS
PHYS
PHYS
HLTH
MACR
PHYS
ORGN
ENVR
PHYS
ORGN
MACR
MTLS
MACR
PHYS
INOR
ENRG
ANYL
MTLS
MTLS
MACR
ORGN
MTLS
INOR
ENRG
PHYS
HLTH
ANYL
INOR
ENVR
MTLS
ANYL
MTLS
MACR
ENRG
ORGN
HLTH
MACR
BIOL
ORGN
PHYS
SCTY
INOR
ORGN
ANYL
ANYL
BIOL
ORGN
MTLS
ANYL
INOR
MTLS
PHYS
ORGN
SCTY
MACR
ENVR
ANYL
MACR
BIOL
ANYL
PHYS
BIOL
ORGN
MTLS
ORGN
ORGN
ORGN
PHYS

1059
846
64
2227
1956
1583
872
634
1807
182
1516
603
735
1453
12
122
1583
1945
799
368
1962
706
1125
1603
887
1464
1038
961
1189
2520
1963
893
667
1501
1061
1044
368
292
566
596
717
1648
612
756
1247
820
1999
476
1106
457
854
1292
110
847
2237
991
367
716
887
2229
205
1930
1649
1941
2284
297
1670
16
1260
742
1030
1038
910
1003
833
2147
2000
1860
716
1434

Katsuda, Y.
Katsuki, H.
Katsumata, H.
Katsumata, H.
Katsumata, K.
Katsuta, N.
Katsuta, R.
Katsuyama, A.
Katsuyama, Y.
Kattamuri, P.V.
Kattner, H.
Katz, A.
Katz, A.
Kauffman, J.W.
Kauppinen, E.I.
Kaur, A.
kaur, h.
Kaur, K.
Kaur, K.
Kauzlarich, S.M.
Kavallieratos, K.
Kavanagh, M.E.
Kavanagh, M.E.
Kawabata, M.
Kawabata, S.
Kawabata, T.
Kawabata, Y.
Kawada, T.
Kawagishi, H.
Kawagoe, R.
Kawaguchi, G.
Kawaguchi, H.
Kawaguchi, M.
Kawaguchi, S.
Kawaguchi, T.
Kawaguchi, Y.
Kawahara, J.
Kawahara, K.
Kawahara, M.
Kawahara, R.
Kawahara, S.
Kawahara, Y.
Kawahata, M.
Kawai, A.
Kawai, K.
Kawai, M.
Kawai, M.
Kawai, T.
Kawai, T.
Kawai, T.
Kawai, T.
Kawaide, H.
Kawakami, K.
Kawakami, R.
Kawakami, T.
Kawakami, T.
Kawakita, K.
Kawakubo, S.
Kawamata, A.
Kawamorita, S.
Kawamoto, D.
Kawamoto, H.
Kawamoto, K.
Kawamoto, M.
Kawamoto, S.
Kawamoto, T.
Kawamoto, T.
Kawamoto, Y.
Kawamura, A.
Kawamura, A.
Kawamura, A.
Kawamura, G.
Kawamura, I.
Kawamura, K.
Kawamura, K.
Kawamura, K.
Kawamura, S.
Kawamura, S.
Kawamura, S.
Kawamura, Y.

Kyoto U
NAIST
Mie U
Mie U
Tokyo Inst of Tech
Kumamoto U
Tokyo U Agriculture
Hokkaido U
U TokyoRice U
Georg-August U Gottingen
UC Berkeley
UC Berkeley
SABIC Americas, Inc.
Aalto U Sch Sci
Guru Nanak Dev U, Amritsar
Guru Nanak Dev U
U Alberta
U Alberta
UC Davis
Florida Int U
U Cambridge
U Cambridge
Health Sci U Hokkaido
Kumamoto U
Kyoto U
Chiba U
Kumamoto U
Shizuoka U
Kyushu U
Kyoto UTokyo Inst of Tech
Hiroshima U
Meijo UU Fukui
Tottori U
Fukui U TechU Tokyo
Utsunomiya U
U Tokyo
Nagaoka U Tech
U Kitakyushu
Tokushima Bunri U
Nat Center Geriatrics & Geron
Osaka UU Tokyo
U Tokyo
Kogakuin U
Waseda Uesity
Osaka UNAISTTokyo U Agri & Tech
Shimane U
Utsunomiya U
U TokyoNational Inst of AIST
Osaka UU Yamanashi
Tohoku U
Osaka Ukyushu U
Kyoto U
Kanazawa U
RIKEN CEMS
Nat Food Res Inst, NAROU Pittsburgh
Kanagawa U
Kyoto U
Kansai U
Sophia U
U Tsukuba
The Uerstiy of Tokyo
Yokohama National U
Konan U
Hiroshima Shudo U
Hiroshima Shudo U
RIKEN
Kyoto Inst of Tech
Niigata U
Tokushima U

BIOL
PHYS
MTLS
ENRG
ENRG
MACR
ORGN
ORGN
BIOL
ORGN
MACR
PHYS
ENRG
ENRG
MTLS
INOR
MTLS
HLTH
HLTH
MTLS
INOR
HLTH
HLTH
HLTH
ORGN
ORGN
ANYL
ENRG
ORGN
INOR
MTLS
INOR
ANYL
ORGN
MACR
ENRG
BIOL
INOR
PHYS
MTLS
MACR
ENRG
ORGN
HLTH
MTLS
PHYS
MTLS
MACR
MACR
MTLS
MTLS
BIOL
BIOL
PHYS
INOR
ORGN
INOR
ANYL
ORGN
ORGN
ANYL
ENRG
INOR
MTLS
ENVR
ORGN
INOR
BIOL
MTLS
INOR
ORGN
BIOL
BIOL
MACR
BIOL
BIOL
ORGN
MACR
MTLS
ORGN

1298
775
2328
224
350
745
2559
1285
1402
741
1305
354
865
555
2508
1302
2371
524
590
2751
946
143
562
360
757
1177
237
17
1651
1111
2630
2063
398
2528
201
772
717
1706
1585
1650
1096
198
965
673
477
1192
2538
441
408
1162
1865
1055
810
1574
710
1200
1486
716
2599
465
1052
571
591
2134
165
804
138
894
652
1487
2001
1086
204
1435
38
333
908
304
1356
1115

Kawanami, H.
Kawano, K.
Kawano, K.
Kawano, M.
Kawano, R.
Kawano, R.
Kawano, R.
Kawano, S.
Kawano, S.
Kawano, T.
Kawara, K.
Kawasaki, H.
Kawasaki, R.
Kawasaki, S.
Kawasaki, T.
Kawasaki, T.
Kawasaki, T.
Kawasaki, W.
Kawasaki, Y.
Kawase, T.
Kawase, T.
Kawashima, E.
Kawashima, H.
Kawashima, H.
Kawashima, T.
Kawashima, Y.
Kawashita, N.
Kawasumi, R.
Kawate, N.
Kawauchi, S.
Kawauchi, Y.
Kawazoe, Y.
Kawazumi, H.
Kayahara, S.
Kayaki, Y.
Kayano, A.
Kayed, H.R.
Kaynak, B.
Kazakova, M.A.
Kazama, M.
Kazlauskas, R.
Kazoe, Y.
Ke, B.
Ke, J.
Kealoha, J.A.
Kean, S.
Kean, S.
Kean, Z.S.
Keddie, D.
Keddie, D.
Keene, C.
Keilbart, N.D.
Keillor, J.W.
Keillor, J.W.
Keipert, K.
Keipert, K.
Kelch, H.
Kelleher, N.L.
Kelley, E.G.
Kelley, E.G.
kelly, j.w.
Kelly, K.F.
Kelly, R.M.
Kelly, T.
Kelly, W.L.
Kelman, Z.
Kempe, R.
Kempe, R.
Kempf, J.
Kenessov, B.
Keng, P.
Kenmotsu, T.
Kennan, A.
Kennedy, B.J.
Kennedy, I.R.

AIST and Tech
Kyushu U
Kyushu U
POSTECH
Kitasato U
Ritsumeikan U
Tokyo U Agri & Tech
Hosei U
Nagoya U
Iwate Medical U
Kyushu U
Hiroshima U
Kyoto U
Nagoya Inst of Tech
Ritsumeikan U
Shizuoka U
U Fukui
Shizuoka U
Kansai U
U HyogoU HyogoU TokyoTokyo Inst of TechU Yamanashi
Wakayama U
Tohoku U
Osaka UU TokyoWaseda U
Tokyo Inst of TechInst GlycoTech
Kanagawa U
Kindai U, Kyushu
Nara Women’s U
Tokyo Inst of Tech
Eisai Product Creation Systems
Massey U
U Leoben
Boreskov Inst Catal SB RAS
Toyama prefectual U
U Minnesota
U TokyoSichuan U
Peking U
U Hawaii at Manoa
AuthorAmerican Chemical Society
Northwestern U
U New England
U New England
Rice U
Penn State U
U Ottawa
U Ottawa
Iowa State U
Iowa State U
U Würzburg
Northwestern U
NIST
NIST
The Scripps Research Inst
Rice USan Jose State U
U Saskatchewan
Georgia Inst of TechNISTU Bayreuth
U Bayreuth
U Montréal
Al-Farabin Kazach Nat UUC Los Angeles
Tokyo U Sci
Colorado State U
U Sydney
U Sydney

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENRG
INOR
INOR
INOR
ORGN
MACR
MACR
MACR
INOR
ORGN
BIOL
ENRG
MTLS
MTLS
BIOL
INOR
ORGN
ENRG
HLTH
MACR
ORGN
MACR
ORGN
MTLS
ORGN
ORGN
HLTH
ORGN
PHYS
ORGN
BIOL
ORGN
ANYL
INOR
ENRG
ORGN
MTLS
MTLS
MTLS
BIOL
BIOL
BIOL
BIOL
MTLS
ENRG
SCTY
MACR
MACR
MACR
ORGN
PHYS
BIOL
BIOL
PHYS
PHYS
INOR
BIOL
BIOL
MTLS
BIOL
ANYL
SCTY
PHYS
BIOL
BIOL
INOR
INOR
BIOL
ANYL
HLTH
PHYS
ORGN
MTLS
ANYL

599
516
1610
84
1945
1436
1578
542
1151
1850
1308
310
842
1401
738
481
1313
298
321
1452
1733
508
1263
2704
478
1190
478
1506
617
994
619
1087
1045
999
489
1818
787
2631
1402
591
765
945
322
931
572
98
1
1595
854
974
750
566
959
1180
1333
1436
310
363
491
1427
426
481
341
222
1148
233
124
829
493
664
27
1297
2359
1265
96

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Kennedy, I.R.
Kennedy, R.
Kennedy, R.
Kennepohl, P.
Kennepohl, P.
Kenney, R.J.
Kenton, N.
Kenton, N.
Keohokalole-Look, T.N.
Kepert, C.
Kepert, C.
Kepert, C.
Kermasha, S.
Kerr, M.A.
Kerr, M.A.
Kerscher, M.
Kerton, F.
Keszler, D.A.
Keum, G.
Key, J.A.
Keyser, S.G.
Keyzers, R.A.
Khairulina, K.
Khalil, M.
Khan, A.H.
Khan, G.G.
Khan, M.
Khanal, G.P.
Khanna, R.
Khasanah, ..
Khattak, R.
Khemthong, P.
Khim, J.
Khlystov, A.
Khnayzer, R.S.
Kho, J.
Khodabandehloo, A.
Khramtsov, V.V.
Khumaeni, A.
Kida, A.
Kidd, B.E.
Kiddle, J.J.
Kido, D.
KIdo, J.
KIdo, J.
Kido, K.
Kido, M.
Kielar, F.
Kieltyka, R.
Kiessling, L.L.
Kiessling, L.L.
Kiga, D.
Kigoshi, H.
Kiguchi, M.
Kiguchi, T.
Kihara, N.
Kihara, T.
Kijima, T.
Kikitsu, T.
Kikkawa, N.
Kikkawa, S.
Kikuchi, A.
Kikuchi, H.
Kikuchi, J.
Kikuchi, K.
Kikuchi, K.
Kikuchi, K.
Kikuchi, M.
Kikuchi, S.
Kikuchi, T.
Kikuchi, T.
Kikuchi, Y.
Kikuchi, Y.
Kikuchi, Y.
Kikukawa, Y.

U Sydney
U Michigan
U Michigan
UBC
UBC
Birch Stewart Kolasch & Birch, LLP
The Ohio State U
The Ohio State U
Eastern Oregon U
U Sydney
U Sydney
U Sydney
McGill U
Western U
Western U
U Heidelberg
Memorial U Newfoundland
Oregon State U
KIST
Vancouver Island U
UC Berkeley
Victoria U, Wellington
U Tokyo
U Washington
U Bristol
U Calcutta
POSTECHU Yamanashi
U New South Wales
Kwansei Gakuin U
U Karachi
NSTDA (NSTDA)
Seoul National U
Desert Research Inst
Lebanese American U
U New South WalesU British Columbia
The Ohio State U
Diponegoro U
Inagawa Inst Tech
Virginia Tech
Western Michigan U
Hokkaido U
Yamagata U
Yamagata U
Keio U
Kyushu Uerstiy
Naresuan U
Leiden U
U Wisconsin-Madison
U Wisconsin-Madison
Tokyo Inst of Tech
U Tsukuba
Tokyo Inst of Tech
Tohoku U
Kanagawa U
U Kitakyushu
Yamagata U
RIKEN
Tohoku U
Kyoto UTokyo U Sci
Tohoku U
Tohoku U
Osaka U
Osaka U
Yamagata U
Tokyo U Sci
Tokyo Inst of Tech
Okayama U
U HyogoSOKENDAI
Utsunomiya U
Utsunomiya U
Kanazawa U

PHYS
ANYL
ANYL
INOR
INOR
SCTY
ORGN
ORGN
ANYL
INOR
INOR
MTLS
BIOL
ORGN
ORGN
INOR
INOR
MTLS
HLTH
SCTY
BIOL
BIOL
MACR
PHYS
PHYS
ENRG
ENVR
MTLS
ENVR
MACR
INOR
ENRG
ENVR
PHYS
INOR
BIOL
ANYL
MTLS
ANYL
BIOL
MACR
ORGN
PHYS
MTLS
MTLS
ANYL
MACR
INOR
ORGN
BIOL
MTLS
BIOL
ORGN
MTLS
MTLS
MACR
MTLS
BIOL
INOR
PHYS
ENRG
MTLS
ORGN
ORGN
HLTH
BIOL
ORGN
MTLS
INOR
ORGN
MTLS
SCTY
ENRG
MTLS
INOR

765
425
673
52
675
100
2002
2386
371
80
1373
417
595
238
2413
429
1429
2771
377
304
963
907
572
831
1264
453
756
2706
794
1017
822
803
405
1615
313
1060
354
2827
510
500
180
314
369
396
1258
1171
87
1684
1460
395
1972
37
2179
111
2858
834
688
594
283
1955
361
92
1403
2226
621
745
1568
191
1469
2003
2442
380
732
1456
335

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–345

NAME INDEX
Kikunaga, H.
KIkura-Hanajiri, R.
Kikuzaki, S.
Kilina, S.
Kim, B.
Kim, B.
Kim, B.
Kim, B.
Kim, B.
Kim, C.
Kim, C.
kim, d.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, D.
Kim, E.
Kim, E.
Kim, E.
Kim, F.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.
Kim, H.I.
Kim, I.
Kim, I.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.

346 –PRESENTERS

Tohoku U
Nat Inst Health Sci
Ritsumeikan U
North Dakota State U
SEOUL NATIONAL U
Seoul National U
KAIST
KAIST
Seoul National U
Korea Res Inst Chem Tech
Inha UPOSTECH
Pusan Nat U
Chonbuk National U
KITECH
Sungkyunkwan U
Gyeongsang national U
Seoul National U
Chonnam National U
Soongsil U
Konkuk U
Konkuk U
Ewha Womans U
Yonsei U
Kyungpook National U
Yonsei U
Seoul National U
Yonsei U
Seoul National U
Korea Res Inst Chem Tech
Samsung Adv Inst Tech
Samsung Adv Inst Tech
Sogang U
Sungkyunkwan U
UNLV
POSTECH
Brown U
Chung-Ang U
Korea U
Korea U
Kyungpook National U
KAISTKyonggi U
DGISTKyoto U
Dongguk U School of Medicine
Kangwon National U
Kyungpook National U
Kyungpook Nat U
KAISTHanyang U
Korea Electronics Tech Inst
Hanyang U
Dong-A U
Gyeongsang National U
Hanyang U
Chung-Ang U
KAIST
Korea Basic Sci Inst
POSTECH
Korea Basic Sci Inst
Seoul National U
Hanyang U
Korea Inst of Energy ResearchInst for Basic Sci
Inst for Basic Sci
POSTECH
Yonsei U
KSA of KAISTSamsung Welstory Inc
U of Fukui
Yale U
Sungkyunkwan U
Seoul National U
Qurient. ltd
Seoul National U
Seoul National U
UNIST (UNIST)
Inha U
Andong National U

INOR
ANYL
ENRG
PHYS
ORGN
ORGN
MTLS
MACR
BIOL
MTLS
MACR
ORGN
MTLS
MTLS
PHYS
MTLS
MTLS
ENRG
MTLS
MTLS
BIOL
BIOL
PHYS
PHYS
ANYL
ANYL
ENRG
MTLS
MTLS
SCTY
ENRG
ENRG
PHYS
MTLS
ENVR
ORGN
INOR
MACR
ORGN
BIOL
BIOL
BIOL
ORGN
PHYS
ORGN
MTLS
PHYS
ORGN
MACR
ORGN
MTLS
MTLS
ENVR
PHYS
MTLS
MTLS
INOR
ENVR
MTLS
ENVR
MACR
MACR
MTLS
MTLS
PHYS
PHYS
ANYL
ORGN
MTLS
ENVR
INOR
PHYS
ENRG
ORGN
HLTH
MACR
MTLS
BIOL
PHYS
ENVR

451
711
442
1387
382
425
2515
1052
592
1704
49
573
945
2632
1347
1553
1464
311
823
223
1209
1324
115
493
232
482
703
2329
762
291
561
667
2096
482
637
1562
1665
511
629
724
528
461
1048
1818
107
1107
611
1965
756
948
676
1329
412
1326
2362
1220
1278
839
1491
770
192
297
1403
569
907
1847
168
763
1473
173
2012
93
496
401
604
75
522
748
362
213

Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, J.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.
Kim, K.S.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, M.
Kim, N.
Kim, N.
Kim, O.
Kim, R.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.

Andong National U
DGIST
DGIST
Sungkyunkwan U
Yonsei U
KAIST
KAIST
Seoul Nat UPOSTECH
Ewha Womans U
KIST (KIST)
KAISTU Michigan
U Michigan
KAIST
Chosun U
NATIONAL DEFENSE ACADEMY
Hanyang U
Ajou UUNIST (UNIST)
Chung-ang U
Korea Inst of Toxicology
Korea Inst of Toxicology
Korea U
Dong-A U
Andong National U
Kyungpook National U
Kyung Hee U
Catholic U Korea
DGMIF
Yeungnam U
U California at San Diego
Dong-A U
Korea U
Korea UPOSTECH
PostechU SuwonEwha Womans U
Yonsei U
Stanford U
Kangwon National U
Kyung Hee U
Gyeongsang National U
Ritsumeikan U
Inst for Basic Sci
Sogang U
Yonsei U
KyungHee U
KIST
KAIST
Seoul National U
Korea U
Korea U
Hanyang U
Korea Nat U Transportation
KOREA FOOD RESEARCH Inst
UNIST (UNIST)U Connecticut
POSTECHKAISTPOSTECH
Yonsei U
Seoul National U
Samsung Welstory Inc.
Emory Ukyungpook national U
Gyeongsang National U
Ewha Womans U
Chungbuk National U
Dongguk U
Kyungpook National U
KAIST
Chungbuk National U
Seoul National U
Gwangwoon U
Yonsei U
KAIST
KAIST
Changwon National U

ENVR
INOR
INOR
ENRG
ENRG
INOR
INOR
INOR
MTLS
ENRG
BIOL
MTLS
MTLS
MTLS
MACR
MTLS
MTLS
MACR
BIOL
MACR
MTLS
ENVR
ENVR
ANYL
MTLS
BIOL
ORGN
MTLS
PHYS
ANYL
MACR
PHYS
BIOL
ANYL
BIOL
ENVR
ORGN
BIOL
PHYS
ORGN
ORGN
MTLS
MTLS
MACR
INOR
ORGN
BIOL
ENRG
HLTH
MTLS
MTLS
MTLS
BIOL
ENRG
ENVR
MACR
BIOL
PHYS
ANYL
ENVR
MTLS
ORGN
INOR
MTLS
BIOL
BIOL
INOR
MTLS
MTLS
PHYS
HLTH
INOR
ORGN
ORGN
ORGN
ORGN
MTLS
MACR
MTLS
MTLS

231
1601
1870
440
702
69
645
1958
924
107
68
940
15
527
924
2426
1880
105
590
178
2387
192
229
120
822
848
746
151
744
316
877
623
571
896
769
754
852
815
1364
1966
1687
2037
983
1430
1074
160
1352
435
379
210
2551
1545
387
548
413
716
821
1601
251
642
1744
554
1825
1616
891
1166
1083
2357
1166
1124
373
430
2595
548
510
523
2321
1368
1961
1886

Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
Kim, S.
KIM, S.
Kim, S.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, T.
Kim, V.
Kim, W.
Kim, W.
Kim, W.
KIM, W.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.
Kim, Y.

Sognag U
KITECH
Sogang U
KAIST
KAIST
Korea Atomic Energy Res Inst
Hanyang U
Hanyang U
UNIST (UNIST)
Kangwon national U
Hanyang U
Seoul National U
Gyeongsang National U
Inha U
Seoul national U
Case Western Reserve U
Korea U
Chonbuk National U
U UlsanNational Inst of AISTRes Inst Ind Sci Tech
Korea Basic Sci Inst
KAIST
Kumamoto U
KAIST
Sogang U
Kyungpook National U
Seoul National U
Seoul National U
Yeungnam U
POSTECH (POSTECH)
KAIST
KAIST
Incheon National U
Yonsei U
Yonsei U
SKKU
Keio U
KIST
Korea Inst of Ocean Sci Tech
Chonbuk National U
Chonbuk National U
Soongsil U
Korea Atomic Energy Res Inst
Sunchon National U
POSTECH
Ewha Womans U
KAISTInst for Basic Sci
Sejong U
Sungkyunkwan U
Ajou U
KAIST
KAIST
KAIST
Sungkyunkwan U, Pharm
KAIST
Kyung Hee U
KAISTPOSTECH
Korea Inst Ceramic Eng & Tech
Korea U
KSA of KAIST
Korea Res Inst Biosci & Biotech
Korea Sci Academy of KAIST
Andong National U
Andong National U
Pusan National U
Kyonggi U
Korea U
Hongik U
Kyungpook National U
Dankook U
RIKEN
Chonnam National U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
MACR
BIOL
INOR
INOR
ENVR
MACR
MACR
PHYS
MTLS
MTLS
ORGN
INOR
MACR
ENRG
MACR
ORGN
BIOL
ANYL
BIOL
ANYL
INOR
ENRG
MTLS
MTLS
ORGN
ORGN
MACR
MTLS
MTLS
MTLS
ANYL
ENVR
MTLS
MTLS
MTLS
MTLS
ORGN
ANYL
BIOL
MTLS
MTLS
ORGN
ENVR
ORGN
ENVR
ORGN
PHYS
HLTH
ENVR
BIOL
BIOL
INOR
INOR
PHYS
ORGN
PHYS
PHYS
ENRG
ORGN
MTLS
ENVR
INOR
HLTH
INOR
ENVR
ENVR
INOR
MTLS
BIOL
MTLS
MACR
MACR
MTLS
ENVR

1451
1061
1375
629
1652
640
372
694
1041
2390
2803
2600
1320
1253
468
557
361
1376
249
328
345
759
448
2063
2411
298
747
532
2041
2366
1175
1247
842
1029
1337
1338
346
536
107
309
824
825
354
657
2648
751
817
1371
641
909
889
1027
762
1068
1324
2004
1296
537
819
496
1037
913
1862
219
1824
226
230
1282
1490
850
1575
262
1082
1994
302

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Kim, Y.
Kim, Y.
KIM, Y.
KIM, Y.
Kim, Z.
Kim, Z.
Kimizuka, N.
Kimizuka, N.
kimoto, K.
Kimoto, T.
Kimoto, T.
Kimura, A.
Kimura, A.
KIMURA, F.
KIMURA, F.
Kimura, G.
Kimura, H.
Kimura, H.
Kimura, H.
Kimura, K.
Kimura, M.
Kimura, M.
Kimura, M.
Kimura, M.
Kimura, R.
Kimura, S.
Kimura, S.R.
Kimura, S.R.
Kimura, S.R.
Kimura, T.
Kimura, T.
Kimura, T.
Kimura, T.
Kimura, T.
Kimura, T.
Kimura, Y.
Kimura, Y.
Kimura, Y.
Kimura, Y.
Kimuro, T.
Kinashi, K.
Kinbara, K.
Kindaichi, R.
King, A.W.
King, A.W.
King, B.T.
Kingston, S.
Kinjo, N.
KINJO, R.
Kinjo, T.
Kinno, S.
Kinoshita, K.
Kinoshita, K.
Kinoshita, M.
Kinoshita, T.
Kinoshita, T.
Kinoshita, T.
Kinouchi, T.
Kira, S.
Kirby, J.
Kirchhoff, M.
Kiriki, M.
Kirishima, A.
Kiriya, D.
Kirk, S.
Kirk, S.
Kiryu, T.
Kisailus, D.
Kisailus, D.
Kishi, H.
Kishi, M.
Kishi, R.
Kishi, R.
Kishigami, H.
Kishihara, M.

Seoul National U
Hokkaido U
Hankuk U Foreign Studies
U TokyoSeoul National U
Seoul National U
Kyushu U
Kyushu U
U Toyama
Osaka Electro-Comm U
Okayama U
Tokyo Inst of thecnology
Hokkaido U
Kyoto U
Shizuoka U
Kansai U
NIMS
Tokai U
Kyoto UTokyo U Agri & Tech
Toray Industries, Inc.
Kyoto U
Chuo U
Shinshu U
Tohoku U
Nara Nat Col Tech
Schrodinger, K.K.
Schrodinger, K.K.
Schrodinger, K.K.
RIKEN
Hiroshima U
Keio UTokyo U Sci
Tokyo U, Med & Dental
Osaka U
Kyoto Inst of Tech
Kobe U
Kyoto U
Nagoya U
Akita U
Kyoto Inst of Tech
Tokyo Inst of TechU Tokyo
U Helsinki
U Helsinki
U Nevada Reno
Barry U
Nihon U
Nanyang Tech U
Toyota Central R&D Labs., Inc.
Waseda U
Japan Agency Marine-Earth Sci Tech
Kwansei Gakuin U
Kyushu U
U Tokyo
Osaka U
Meiji U
Tokushima U
Osaka City U
CSIRO Land and Water
American Chemical Society
Yamaguchi U
Tohoku U
UC Berkeley
Willamette U
Willamette U
Tokyo U Sci
UC Riverside
UC Riverside
Gakushuin U
Nagoya U
Osaka U
Osaka U
Kyushu U
Okayama Prefectural U

MTLS
MTLS
BIOL
MACR
PHYS
PHYS
INOR
MACR
INOR
ANYL
ORGN
MACR
MTLS
ANYL
ORGN
HLTH
MTLS
ANYL
HLTH
MACR
MTLS
PHYS
ORGN
ORGN
INOR
ORGN
MACR
PHYS
MTLS
BIOL
HLTH
ORGN
MTLS
HLTH
MTLS
MACR
MACR
MTLS
ORGN
ORGN
MTLS
ORGN
PHYS
ENVR
ENRG
ORGN
SCTY
MTLS
INOR
MACR
ENVR
MACR
ORGN
PHYS
MTLS
INOR
MACR
ORGN
ORGN
ENVR
SCTY
MTLS
ENVR
MACR
SCTY
BIOL
MTLS
MACR
MTLS
ORGN
ENRG
ORGN
PHYS
ORGN
ENRG

2062
2739
205
347
174
242
789
1151
1037
966
2005
1216
854
245
853
671
2865
806
29
410
1982
649
365
455
927
440
506
2003
1571
312
167
2728
2633
338
2022
62
656
2587
2006
409
2169
1366
1211
814
84
2167
191
2322
22
114
742
1606
995
491
1826
405
1270
459
1882
831
263
2741
726
1655
276
666
863
1530
1031
2225
967
1839
468
1264
685

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–347

NAME INDEX
Kishikawa, K.
Kishimoto, F.
Kishimoto, F.
Kishimoto, F.
Kishimoto, S.
Kishimoto, S.
Kishimura, A.
Kiso, T.
Kiss, I.Z.
Kissling, R.M.
Kisu, H.
Kita, A.
Kita, M.
Kita, R.
Kita, S.
Kita, S.
Kita, Y.
Kita, Y.
Kitabata, M.
Kitabayashi, Y.
Kitada, K.
Kitada, N.
Kitade, Y.
Kitagawa, D.
Kitagawa, H.
Kitagawa, H.
Kitagawa, S.
Kitagawa, S.
Kitagawa, T.
Kitagawa, T.
Kitagawa, Y.
Kitagawa, Y.
Kitagawa, Y.
Kitagishi, H.
Kitagishi, H.
Kitahama, Y.
Kitahama, Y.
KITAHARA, H.
Kitahara, K.
Kitahara, Y.
Kitahashi, Y.
Kitahata, H.
Kitajima, T.
Kitamatsu, M.
Kitamori, T.
Kitamoto, K.
Kitamoto, K.
Kitamoto, Y.
Kitamura, C.
Kitamura, C.
Kitamura, E.
Kitamura, K.
Kitamura, M.
Kitamura, T.
Kitamura, T.
Kitamura, Y.
Kitamura, Y.
Kitani, F.
Kitano, K.
Kitano, T.
Kitanosono, T.
Kitanosono, T.
Kitao, A.
Kitao, T.
Kitashima, Y.
Kitayama, Y.
Kitazawa, T.
Kitazawa, T.
Kitazawa, Y.
Kitazawa, Y.
Kitazumi, Y.
Kitsunezuka, T.
Kiuchi, M.
Kiyama, M.
Kiyama, R.
Kiyohara, S.
Kiyokawa, E.
Kiyokawa, K.
Kiyokawa, T.
Kiyono, M.

348 –PRESENTERS

Chiba UTokyo Inst of Tech
Tokyo Inst of Tech
Tokyo Inst of Tech
Yamagata U
U Shizuoka
Kyushu U
Okayama U
Saint Louis U
Binghamton U
Chuo U
Hiroshima U
U Tsukuba
Tokai UU TokyoWaseda U
Ritsumeikan U
Osaka U
Toray Industries, Inc.
Nagoya U
Osaka Prefecture U
UEC
Gifu U
Osaka City U
Kyoto U
Kyoto U
Kinki U
Kyoto U
Nagoya Inst of Tech
Mie U
Osaka U
Osaka U
Hokkaido U
Doshisha U
Doshisha U
Kwasei Gakuin U
Kwansei Gakuin U
Kitahara Laboratory Co.,Ltd
Tohohashi U Tech
Sophia U
Yokohama National U
Chiba U
Gakushuin U
Kindai U
U Tokyo
Kyushu U
Kyushu U
Nat Defense Academy JapanU Shiga Prefecture
U Shiga Prefecture
Gakushuin U
Nihon U
Kyushu Inst of Tech
kyoto U
Kanagawa U
Kumamoto U
Aktia URIKENNara Inst Sci Tech
Tohoku U
U Tokyo
U Tokyo
U Tokyo
Kyoto U
Kanazawa Inst Tech
Kobe U
Toho U
Toho UU TokyoYokohama National U
Kyoto U
Tokai UAIST
UEC
Hokkaido U
U TokyoKanazawa medical U
Osaka U
Kansai U
Kitasato U

MTLS
PHYS
MTLS
ENRG
ORGN
ORGN
BIOL
ENRG
PHYS
SCTY
ORGN
ENRG
ORGN
MACR
MTLS
ORGN
ORGN
ORGN
PHYS
ORGN
ENVR
ORGN
ORGN
MTLS
MTLS
ENRG
PHYS
INOR
MTLS
MTLS
PHYS
MTLS
INOR
INOR
ORGN
PHYS
PHYS
ORGN
ORGN
ORGN
BIOL
PHYS
INOR
BIOL
ANYL
INOR
INOR
MACR
ORGN
ORGN
ORGN
PHYS
ORGN
ORGN
INOR
INOR
MTLS
ORGN
HLTH
INOR
ORGN
ORGN
PHYS
INOR
MACR
MTLS
INOR
INOR
ORGN
SCTY
ANYL
BIOL
ENVR
BIOL
MACR
MTLS
BIOL
ORGN
ENRG
ENVR

2872
1565
1366
849
368
2007
460
369
912
268
812
1005
1086
444
715
1886
1773
1505
1804
2008
325
1163
2341
1509
29
644
656
1694
146
270
713
170
1081
720
624
535
853
1209
2241
316
353
1418
1322
1087
36
512
1608
733
966
1916
2527
599
608
106
519
932
600
821
182
638
2116
2117
683
938
1275
2170
244
1374
803
398
522
378
322
255
577
782
70
2468
375
818

Kiyooka, R.
Kiyota, S.
Kiyota, Y.
Kiyota, Y.
Kizaki, S.
Kizhakkedathu, J.
Kizhakkedathu, J.
Kjaergaard, H.G.
Klajn, R.
Klamt, A.
Klamt, A.
Klassen, J.
Klassen, J.
Kleczka, M.
Kleemann, W.
Kleiman, V.
Klein, A.
Klein, D.
Klein, M.T.
Kleist, E.M.
Kleitz, F.
Klepper, R.R.
Klepper, R.R.
Klewe, A.
Klimov, V.I.
Klippenstein, S.
Kljajic, M.
Klok, H.
Klok, H.
Klopsch, I.
Klosterman, J.K.
Klosterman, J.K.
Klosterman, J.K.
Kluger, R.
Kluger, R.
Klumperman, B.
Klumpp, D.A.
Knecht, M.R.
Kneipp, J.
Knight, G.
Knight, G.
Knipe, P.C.
Knoester, J.
Knoester, J.
Knope, K.E.
Knopf, D.A.
Knowles, R.R.
Ko, D.
Ko, E.
Ko, J.
Ko, K.
Ko, M.
Ko, S.
Ko, Y.
Ko, Y.
Koba, K.
Kobatake, S.
Kobayakawa, S.
Kobayashi, A.
Kobayashi, A.
Kobayashi, A.
Kobayashi, A.
Kobayashi, C.
Kobayashi, H.
Kobayashi, H.
Kobayashi, H.
Kobayashi, H.
Kobayashi, H.
Kobayashi, H.
Kobayashi, J.
Kobayashi, K.
Kobayashi, K.
Kobayashi, K.
Kobayashi, K.
Kobayashi, K.
Kobayashi, K.
Kobayashi, M.
Kobayashi, M.
Kobayashi, M.
Kobayashi, M.

U Toyama
Tokyo U Agri & TechTokai U
Gakushuin U
Kyoto UU British Columbia
U British Columbia
Copenhagen U
Weizmann Inst of Sci
COSMOlogic GmbH&CoKG
1 COSMOlogic GmbH & Co. KG
U Alberta
U Alberta
U cologne
U Duisburg-Essen
U Florida
U Cologne
Texas Tech U
U Delaware
Syracuse U
U LavalIowa Lakes Community College
Iowa Lakes Community College
Tech U Braunschweig
Los Alamos National Laboratory
Argonne National Laboratory
Graz U Tech
EPFL
EPFL
Georg August U
Bowling Green State U
Bowling Green State U
Bowling Green State U
U Toronto
U Toronto
Stellenbosch U
Northern Illinois U
U MiamiHumboldt-U zu Berlin
Trojan Technologies
Trojan Technologies
U Oxford
U Groningen
U Groningen
Georgetown U
Stony Brook U
Princeton U
Kyung Hee U
KAIST
Seoul National U
Cushing Academy
U Hong Kong
Hanyang U
Institue for Basic Sci
Ewha Womans U
U Nagasaki, Siebold
Osaka City U
Chuo U
Kyoto Inst of Tech
Tokyo Metropolitan U
Hokkaido U
Hokkaido U
U Yamanashi
U Tokyo
Kyoto U
Hokkaido U
NCI/NIH
NCI/NIH
Kyoto Inst of TechTokai U
Waseda U
Hokkaido U
Meiji Pharmaceutical U
Gunma U
Yokohama National U
Yokohama National U
Waseda U
Tohoku U
Chiba U
Hokkaido U

BIOL
INOR
MTLS
ORGN
BIOL
MACR
MTLS
PHYS
MTLS
PHYS
ENRG
ANYL
BIOL
ORGN
MTLS
PHYS
INOR
ENVR
ANYL
BIOL
ENRG
SCTY
SCTY
ORGN
PHYS
PHYS
ORGN
HLTH
MACR
INOR
INOR
INOR
ORGN
ORGN
BIOL
MACR
ORGN
INOR
PHYS
ENVR
ENVR
ORGN
PHYS
PHYS
INOR
PHYS
ORGN
MTLS
MTLS
MACR
HLTH
MTLS
ORGN
ORGN
ORGN
HLTH
MTLS
MTLS
MTLS
INOR
INOR
INOR
MTLS
ENRG
INOR
ENRG
ANYL
HLTH
PHYS
MTLS
BIOL
MTLS
ORGN
MTLS
BIOL
BIOL
ENRG
MACR
ORGN
PHYS

1330
664
1651
2649
292
1629
211
1267
450
561
559
407
1440
1116
2024
1240
1391
420
54
525
69
286
287
783
1241
1476
788
270
356
824
501
1857
2102
1685
482
1312
1518
1145
396
28
133
884
736
1226
1167
1394
339
2356
2513
582
302
1547
2132
1148
318
540
1249
1843
2634
751
321
845
2133
460
1866
863
1027
573
1214
1652
862
2382
2712
2398
91
193
743
1661
2621
326

Kobayashi, M.
Kobayashi, M.
Kobayashi, M.
Kobayashi, M.
Kobayashi, N.
Kobayashi, N.
Kobayashi, N.
Kobayashi, O.
Kobayashi, R.
Kobayashi, R.
Kobayashi, S.
Kobayashi, S.
Kobayashi, S.
Kobayashi, S.
Kobayashi, S.
Kobayashi, S.
Kobayashi, S.
Kobayashi, S.
Kobayashi, T.
Kobayashi, T.
Kobayashi, T.
Kobayashi, T.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobayashi, Y.
Kobryn, A.E.
Kobryn, A.E.
Kobryn, A.E.
Koca, J.
Koch, I.
Kochi, T.
Kodadek, T.
Kodama, J.
Kodama, K.
Kodama, S.
Kodama, T.
Kodama, T.
Kodama, T.
Kodamatani, H.
Kodavanti, P.
Kodera, M.
Koeberle, M.L.
Koehle, M.
Koeper, I.
Koeper, I.
Koeper, I.
Kofuku, T.
Koga, K.
Koga, K.
Koga, M.
Koga, M.
Koga, T.
Koga, Y.
Kogane, K.
Koh, E.
Koh, E.
Koh, W.
Kohiruimaki, T.
Köhler, C.
Kohler, J.
Kohmoto, M.
Kohmoto, S.
Kohno, J.
Kohno, M.
Kohno, Y.

Hokkaido U
Waseda U
U Tsukuba
Kogakuin U, Eng
Tokyo U Sci
Chiba UTokyo U Sci
Sophia U
Tokyo U Marine Sci TechU Yamanashi
Tokyo U Sci
Kanagawa U
Yamagata U
Gunma U
Osaka Inst of TechU Tokyo
U TokyoTokyo Polytechnic U
Tokyo U Sci (RIKADAI)UECTokyo U Marine Sci Tech
Tokyo U Pharm & Life Sci
Aoyama Gakuin U
Kyoto UU Electro-Communications
Tokyo Metropolitan U
Tokyo Inst of Tech
Tokyo Inst of TechNIMS (NIMS)
Kanagawa U
Tokyo U Sci
Inagawa Inst Tech
Yokohama National U
Kinki UU Tsukuba
Nat Inst Nanotech
Nat Inst Nanotech
Nat Inst Nanotech
Masaryk U
Royal Military Col, Canada
Keio UThe Scripps Research Inst
Meiji U
Hokkaido U
Chuo U
U Toyama
Osaka U
Chuo U
Kagoshima U
US EPAU Tokyo
TU Darmstadt
U Delaware
Flinders U
Flinders U
Flinders U
Tokyo Inst of Tech
Okayama U
U Kitakyushu
Tokyo U Agri & Tech
Okayama U
Doshisha U
Fukuoka U
Hosei U
Seoul Women’s U
Indiana U
Yonsei U
Hachinohe Inst Tech
Johannes Guteberg-U Mainz
U Texas Southwest Med Cntr
Chuo U
Chiba U
Gakushuin U
U of Fukui
Shizuoka U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

PHYS
MACR
ENVR
MACR
MTLS
MTLS
PHYS
ANYL
ENVR
ENRG
SCTY
ORGN
MACR
ANYL
ORGN
ORGN
ORGN
MACR
ORGN
PHYS
ENVR
ORGN
MTLS
INOR
INOR
MTLS
ORGN
ORGN
MTLS
ORGN
MTLS
ANYL
MACR
MACR
ORGN
MACR
PHYS
PHYS
ANYL
ENVR
ORGN
HLTH
MACR
HLTH
MTLS
BIOL
ORGN
ORGN
ENVR
ENVR
ENRG
MACR
ENRG
SCTY
MACR
MTLS
MACR
PHYS
MTLS
MTLS
ORGN
MACR
INOR
MTLS
ENVR
PHYS
HLTH
MTLS
INOR
BIOL
INOR
ORGN
PHYS
INOR
ENVR

839
892
935
362
2635
799
1576
213
330
975
325
2009
8
368
1655
286
1682
1561
2567
1013
331
531
1050
1266
414
1320
762
2569
2072
1876
2636
532
581
232
1885
17
141
1406
634
791
345
617
332
404
1925
703
1856
2537
220
399
949
299
840
346
1049
1200
303
2010
2368
2867
2010
1189
1112
2044
327
457
707
921
954
1438
1812
661
1886
1479
296

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Kohsaka, C.
Koichi, F.
Koide, K.
Koide, K.
Koide, S.
Koike, K.
Koike, N.
Koike, T.
Koike, T.
Koike, Y.
Koike-Takeshita, A.
Koike-Takeshita, A.
Koivisto, B.D.
Koizumi, H.
Koizumi, K.
Koizumi, T.
Koizumi, T.
Koizumi, Y.
Kojima, C.
Kojima, C.
Kojima, H.
Kojima, M.
Kojima, R.
Kojima, S.
Kojima, S.
Kojima, S.
Kojima, T.
Kojima, T.
Kojima, T.
Kojima, Y.
Kojio, K.
Kokado, K.
Kokado, K.
Kokado, K.
Kokai, A.
Kokubo, K.
Kokufu, S.
Kol, M.
Kol, M.
Kole, R.
Kolev, S.D.
Kolev, S.D.
Kolodziej, E.P.
Komaba, S.
Komachi, T.
Komagawa, S.
Komai, R.
Komatsu, H.
Komatsu, K.
Komatsu, K.
Komatsu, M.
Komatsu, N.
Komatsu, T.
Komatsu, T.
Komatsubara, K.
Komatsuda, S.
Komatsuzaki, T.
Komatsuzaki, T.
Komeda, T.
Komeyama, K.
Kominami, H.
Komine, K.
Komine, M.
Komine, N.
Komine, S.
Komiyama, M.
Komiyama, M.
Komiyama, T.
Komoda, M.
Komoda, T.
Komori, N.
Komori, Y.
Komori, Y.
Komuro, T.
Komuro, Y.

Kyoto Municipal Inst Ind Tech
Osaka UU Pittsburgh
U Pittsburgh
U Chicago
Mitsui Chemicals
U TokyoTokyo Inst of Tech
Tohoku U
Tokyo Inst of Tech
Inagawa Inst Tech
Inagawa Inst Tech
Ryerson U
Tokyo Inst of Tech
Nihon U
Kobe City College of Tech
National Defense Academy
Tokyo Inst of Tech
Chuo U
Osaka UU TokyoWaseda U
Kanazawa U
HIroshima U
U Tsukuba
RIKEN CLST
Okayama U Sci
Osaka UPOSTECH
Hiroshima U
Kyuhu U
Hokkaido U
Hokkaido U
Hokkaido U
UC Berkeley
Osaka U
Kobe U
Tel Aviv U
Tel Aviv U
Sarepta Therapeutics
U Melbourne
U Melbourne
U Washington, Tacoma
Tokyo U Sci
Tokai U
Tokushima Bunri U
Chiba UNIMS
Niigata U
Kyoto U
Tokai U
Kyoto U
Kyoto UU TokyoMeiji U
NIT, Ichinoseki Col
Hokkaido U
Hokkaido U
Tohoku U
Hiroshima U
Kinki U
Nagasaki U
U TokyoTokyo U Agri & Tech
Kanazawa U
Tsukuba U
Tsukuba U
Chuo UTokyo U Sci
Miyagi U
Hiroshima U
RIKEN
RIKEN
Tohoku U
Tokyo U Sci

ENVR
ORGN
ORGN
ORGN
ORGN
INOR
ENRG
ORGN
PHYS
MTLS
BIOL
BIOL
ENRG
ENRG
ANYL
ORGN
MACR
ORGN
ORGN
BIOL
HLTH
PHYS
MACR
ORGN
MTLS
ORGN
ANYL
ORGN
INOR
ENRG
MACR
MACR
MACR
ORGN
SCTY
ORGN
MTLS
INOR
INOR
HLTH
ANYL
ANYL
ENVR
ENRG
MTLS
ORGN
ORGN
ANYL
MTLS
ORGN
SCTY
MTLS
INOR
ANYL
ENVR
INOR
PHYS
BIOL
MTLS
ORGN
ENRG
ORGN
INOR
INOR
ORGN
ORGN
BIOL
ORGN
ANYL
ENVR
ORGN
INOR
INOR
INOR
ORGN

706
13
145
1455
2459
1615
777
340
968
981
305
1061
483
368
364
306
334
1167
814
522
473
616
1289
2271
2300
139
403
2469
608
517
1619
792
1265
1716
360
1076
2056
1405
1428
39
13
671
615
528
698
359
2631
1223
2324
78
361
797
1702
1222
485
421
160
1418
514
376
195
2570
962
656
516
245
1429
446
1169
336
1117
774
1758
1632
1344

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–349

NAME INDEX
Kon, H.
Kon, S.
Konabe, S.
Konaklieva, M.
Konashi, K.
Kondo, A.
Kondo, H.
Kondo, J.N.
Kondo, K.
Kondo, M.
Kondo, M.
Kondo, M.
Kondo, M.
Kondo, M.
Kondo, N.
Kondo, S.
Kondo, S.
Kondo, S.
Kondo, T.
Kondo, Y.
Kondo, Y.
Kondoh, A.
Kondoh, H.
Kong, C.
Kong, H.
Kong, J.
Kong, J.
Kong, W.
Kongmark, C.
Konishi, A.
Konishi, G.
Konishi, G.
Konishi, H.
Konishi, H.
Konishi, M.
Konishi, T.
Konishi, T.
Konishi, Y.
Konno, H.
Konno, S.
Konno, T.
Konno, T.
Konno, T.
Kono, H.
Kono, H.
Kono, J.
Kono, K.
Kono, K.
Kono, K.
Kono, K.
Kono, M.
Kono, T.
Kono, Y.
Konoike, S.
Konstas, K.
Konstas, K.
Konyar, D.
Koo, J.
koonse, b.
Kopecek, J.H.
Koppenaal, D.
Koreeda, H.
Korenaga, T.
Korendovych, I.
Korendovych, I.
Korendovych, I.
Korenev, V.S.
Kori, H.
Koriyama, T.
Korley, L.
Kornath, A.J.
Kornev, K.
Kornyshev, A.A.
Kortz, U.
Kosai, T.
Kosaka, A.
Kosaka, K.
Kosaka, W.
Koseki, J.
Koshiba, K.

350 –PRESENTERSU TokyoTohoku U
Tokyo U Sci
American U
Tohoku U
Kobe U
Keio UTokyo Inst of Tech
Kanagawa U
Nagoya Inst of Tech
Tokyo U Sci
Inst for Molecular Sci
Shizuoka U
U HyogoNihon U
Yamagata U
Gifu Pharmaceutical U
U TokyoTokyo U Sci
Akita U
Tohoku U
Tohoku U
Hokkaido U
Kobe U
U Illinois, Urbana-Champaign
Middle Tennessee State U
MIT
Oregon State U
Kasetsart U
Osaka UTokyo Inst of Tech
Tokyo Inst of TechU Shizuoka
Osaka U
Keio U
Kyoto U
Kanagawa U
Japan Polychem Corporation
AIST and Tech
Kyoto U
Yamagata U
Osaka UU TokyoTohoku U
Tohoku U
Rice U
Osaka Prefecture U
Osaka Prefecture U
Osaka Prefecture U
Kyoto Inst of Tech
Osaka Electro-Comm U
Kyoto Inst Tech
Kinki U
Kobe UCSIRO
CSIRO
Ankara U, Pharm
POSTECHUS FDAU UtahPNNLU TokyoIwate U
Syracuse U
Syracuse U
Syracuse U
Nikolaev Inst Inor Chem
Ochanomizu U
Tokyo U Sci
Case Western Reserve U
Ludwig-Maximilian U
Clemson U
Imperial College London
Jacobs U
Tohoku U
Tokyo U Sci
KANAGAWA U
Tohoku U
Osaka U
Kyushu U

MTLS
MTLS
MTLS
HLTH
INOR
ENRG
INOR
ENRG
HLTH
ORGN
INOR
INOR
INOR
MTLS
MTLS
ORGN
MTLS
MACR
MTLS
ORGN
ORGN
ORGN
ENRG
MACR
MACR
PHYS
MTLS
PHYS
ENRG
ORGN
ORGN
ORGN
ORGN
ANYL
ORGN
MACR
MTLS
INOR
INOR
BIOL
ENVR
INOR
HLTH
PHYS
PHYS
MTLS
HLTH
MACR
MTLS
MTLS
ENRG
MACR
INOR
MACR
INOR
MTLS
HLTH
MTLS
ENVR
HLTH
ANYL
ANYL
ORGN
INOR
ORGN
BIOL
MTLS
PHYS
MACR
MACR
INOR
MTLS
PHYS
MTLS
INOR
PHYS
MACR
INOR
PHYS
INOR

1700
2146
1381
97
1686
908
639
784
190
2650
691
1880
333
2580
2323
1747
1116
571
189
411
1680
2278
780
942
1502
1368
1914
2036
299
1900
996
997
391
766
2513
1493
2109
869
1108
730
369
45
337
269
1846
2237
702
1634
89
743
373
1215
566
960
239
630
445
844
387
204
226
790
2261
1143
2360
1385
1310
916
938
1499
1399
94
1555
2592
479
1581
641
1837
1901
514

Koshiba, K.
Koshiba, Y.
Koshihara, S.
KOSHIKA, K.
Koshima, H.
Koshima, H.
Koshimizu, M.
Koshimizu, M.
Koshimizu, N.
Kostecki, R.
Kosuge, T.
Kosugi, R.
Kosugi, R.
KOSUGI, Y.
Kotagiri, V.R.
Kotani, H.
Kotani, S.
Koterasawa, K.
Koto, Y.
Kotochigova, S.
Kotoku, N.
Kou, D.
Kouno, H.
Kouno, M.
Kourentzi, K.
Koutsantonis, G.A.
Kouya, T.
Kouyama, S.
Kouyama, T.
Kovacs, D.G.
Kovacs, J.
Kovacs, M.S.
Kovalenko, A.
Kovalenko, A.
Kovalenko, A.
Kovaleva, E.G.
Kovnir, K.
Kowalczyk, T.
Kowalski, K.
Kowarik, M.T.
Koyama, A.
Koyama, H.
Koyama, K.
Koyama, M.
Koyama, N.
Koyama, T.
Koyanagi, K.
Kozai, N.
Kozak, C.M.
Kozuka, T.
Kraatz, H.
Kraemer, T.
Kramer, T.
Kramer, W.
Kraus, F.
Krause, B.S.
Krause, N.
Krause, N.
Krauss, I.J.
Krauss, T.D.
Krausz, E.
Kremer, A.
Krems, R.
Kressler, J.
Kressler, J.
Kretzmann, J.A.
Kriegel, B.M.
Kriel, F.H.
Krishna, B.B.
Krishnamurthy, R.
Krishnan, K.M.
Krisnandi, Y.K.
Krisnandi, Y.K.
Kritzer, J.
Krivoshein, A.V.
Krivoshein, A.V.
Kroeger, R.
Krogh, E.T.
Krolikowski, P.
Kronast, A.

Kyushu U
Yokohama National U
Tokyo Inst of Tech
Nat Traffic Safety & Envr Lab
Waseda U
Waseda U
U TokyoTohoku U
Meiji U
LBNL
Tokyo Inst of Tech
Tokyo Inst of Tech
Kyoto Inst of TechAsahi Kasei Chem CorpU Tokyo
U Tsukuba
Kumamoto U
kyoto U
Gifu U
Temple U
Osaka U
Genentech
Kyushu U
Osaka UU Houston
U Western Australia
NIT, Oyama Col
Keio U
Nagoya U
Grand Valley State U
U Washington
Lawson Health Res InstNat Inst Nanotech
Nat Inst Nanotech
Nat Inst Nanotech
Ural Federal U
U California, Davis
Western Washington U
PNNL
GlycoVaxyn AG
Kyoto U
Gifu UU Tokyo
Kyushu U
Kitasato U
Tokyo U Marine Sci Tech
Osaka U
Tokushima U
Memorial U
Kitami Inst of TechU Toronto, ScarboroughHeriot-Watt U
Zuse-Institut Berlin
Millsaps College
Philipps-U Marburg
Humboldt U Berlin
Dortmund U Tech
Dortmund U Tech
Brandeis U
U Rochester
Australian National U
U British Columbia
U British Columbia
Martin Luther U, Halle-Wittenberg
Martin Luther U, Halle-Wittenberg
U Western Australia
UC Berkeley
Unisa
CSIR-Indian Inst Petroleum
The Scripps Research InstU Washington
U Indonesia
U Indonesia
Tufts U
Albany College, Pharm
Albany College, PharmU YorkVancouver Island U
Amgen
Technische U München

INOR
MTLS
PHYS
ANYL
MTLS
ENRG
ORGN
MTLS
MTLS
PHYS
MACR
ENRG
MTLS
ORGN
MACR
INOR
ORGN
ANYL
INOR
PHYS
ORGN
ANYL
PHYS
INOR
MTLS
INOR
BIOL
MTLS
BIOL
SCTY
INOR
INOR
PHYS
PHYS
PHYS
MTLS
INOR
PHYS
PHYS
BIOL
PHYS
HLTH
PHYS
PHYS
HLTH
ORGN
MACR
ORGN
INOR
MTLS
ANYL
INOR
BIOL
ORGN
INOR
BIOL
ORGN
ORGN
BIOL
PHYS
BIOL
INOR
PHYS
MACR
MACR
MTLS
INOR
INOR
ENVR
BIOL
ANYL
ENVR
ENRG
ORGN
ANYL
ORGN
ENVR
ANYL
ANYL
INOR

1604
2637
301
372
598
621
2571
1275
1702
1449
1566
760
746
2344
658
162
2190
797
1025
1665
1254
861
386
610
2638
252
813
1421
809
255
377
768
137
1635
1737
2534
1524
1058
2023
391
1505
225
604
192
151
1754
636
372
1433
1753
893
1440
3
1118
1396
971
133
1781
171
785
53
469
2054
149
197
1597
619
1164
862
189
134
757
868
2735
422
2011
380
663
18
1230

Kronauge, J.
Krska, S.W.
Krull, U.
Krummel, A.
Krylov, A.
Krylov, A.
Krylov, S.
Krylova, S.M.
Ksenofontov, V.
Kuang, X.
Kubarych, K.
Kubarych, K.
Kubeil, C.
Kubeil, M.
Kubiak, C.P.
Kubiak, C.P.
Kubicki, J.D.
Kubik, S.
Kubo, A.
Kubo, G.
Kubo, M.
Kubo, M.
Kubo, M.
Kubo, R.
Kubo, S.
Kubo, S.
Kubo, T.
Kubo, T.
Kubo, T.
Kubo, T.
Kubo, T.
Kubo, T.
Kubodera, S.
Kubono, I.
Kubosawa, H.
Kubota, A.
Kubota, K.
Kubota, M.
Kubota, T.
Kubota, T.
Kubota, Y.
Kubota, Y.
Kuboyama, H.
Kucklick, J.
Kuckling, D.
Kuckling, D.
Kuckling, D.
Kuda, Y.
Kudo, A.
Kudo, C.
Kudo, F.
Kudo, F.
Kudo, H.
Kudo, K.
Kudo, K.
Kudo, K.
Kudo, T.
Kudo, T.
Kudo, Y.
Kudoh, K.
Kuga, S.
Kuge, S.
Kugimiya, H.
Kukita, T.
Kulak, M.R.
Kulesza, P.J.
Kulkarni, A.A.
Kulkarni, A.A.
Kuma, S.
Kuma, S.
Kumacheva, E.
Kumacheva, E.
Kumachi, S.
Kumada, H.
Kumagai, H.

InviCRO LLC
Merck Research Laboratories
U Toronto, Mississauga
Colorado State U
USC
USC
York UYork U
Johannes Guteberg-U Mainz
Yamagata U
U Michigan
U Michigan
TU Ilmenau
Monash U
UC San Diego
UC San Diego
Penn State U
Tech U Kaiserslautern
U Tokyo
U Kitakyushu
Mie U
Riken
Tokushima Bunri U
Tokyo U Agri & Tech
Tohoku U
Kyoto U
Osaka U
Nagoya Inst. of Tech
Kyoto U
Kyoto U
Kogashima U, Eng
Osaka UTokyo U Sci
Tokyo U Sci
Kanagawa U
Ritsumeikan U
Hokkaido U
U TokyoShowa Pharmaceutical U
U Yamanashi
Yokohama National U
Tokyo U Agri & Tech
U Kitakyushu
NIST
U Paderborn
U Paderborn
U Paderborn
Toho UTokyo U Sci
Keio UTokyo Inst of Tech
Tokyo Inst of TechU Tokyo
U TokyoKanazawa U
Tokyo U Sci
U the Ryukyus
Gunma U
Tohoku U
Chiba Inst of Tech
Chinese Academy of Scis
Kyushu U
Kogashima U, Eng
Hiroshima U
U Guelph
U Warsaw
CSIR-Nat Chem Lab
Howard U
RIKEN
RIKEN
U Toronto
U Toronto
Saitama U
U Tsukuba
Tokyo Inst of Tech

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

HLTH
ORGN
ANYL
PHYS
PHYS
PHYS
ANYL
ANYL
MTLS
ENVR
PHYS
PHYS
PHYS
HLTH
INOR
ENRG
ENVR
ORGN
PHYS
MTLS
MACR
ANYL
ORGN
MTLS
MTLS
MTLS
ORGN
MTLS
ANYL
ANYL
MACR
ORGN
MTLS
INOR
MACR
ENVR
ORGN
ORGN
BIOL
MACR
ENRG
MACR
ENRG
ENVR
MACR
MACR
MACR
MTLS
ENRG
ORGN
ORGN
BIOL
MACR
BIOL
ANYL
MACR
ORGN
PHYS
ANYL
MTLS
MTLS
BIOL
MACR
ORGN
ORGN
PHYS
ORGN
ORGN
PHYS
PHYS
ORGN
PHYS
BIOL
HLTH
ENRG

83
2303
676
986
51
1876
582
2
2033
889
834
1779
1191
78
1421
54
443
1743
645
1115
1138
944
2012
1752
2740
1570
1634
1578
42
144
723
2504
741
418
661
372
1763
851
497
614
841
295
206
499
123
349
848
2151
113
2013
2014
1182
832
421
365
1053
2015
183
1227
614
1676
131
730
489
1330
1447
221
2016
1543
1666
219
244
263
168
279

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Kumagai, H.
Kumagai, M.
Kumagai, N.
Kumagai, R.
Kumagai, S.
Kumagai, S.
Kumagai, Y.
Kumagai, Y.
Kumamoto, I.
Kumar, I.
Kumar, J.
Kumar, K.
Kumar, S.
Kumar, S.
Kumashiro, K.K.
Kumazawa, K.
Kume, K.
Kume, N.
Kume, T.
Kumosani, T.A.
Kunciw, D.L.
Kundrat, O.
Kundu, D.
Kundu, D.
Kungwan, N.
Kunichika, K.
Kunifuda, K.
Kunimura, S.
Kuninobu, Y.
Kuninobu, Y.
Kunioku, H.
Kunishima, M.
Kunitake, M.
Kunitake, M.
Kuno, N.
Kuno, T.
Kunoh, H.
Kunoh, T.
Kunz, H.
Kunz, P.
Kuo, C.
Kuo, F.C.
Kuo, L.Y.
Kuragano, A.
Kurahashi, S.
Kurahashi, T.
Kuramasu, R.
Kuramochi, N.
Kuramoto, M.
Kuramoto, Y.
Kurano, A.
Kuraoka, K.
Kurashina, M.
Kurata, I.
Kurawaki, J.
Kuraya, E.
Kuraya, E.
Kureha, T.
Kurihara, K.
Kurihara, K.
Kurihara, K.
Kurihara, M.
Kuriki, R.
Kurimoto, A.
Kurimoto, M.
Kurisaki, I.
Kurisu, J.
Kurita, R.
Kurita, R.
Kurita, Y.
Kurita, Y.
Kuriu, Y.
Kuriu, Y.
Kurmis, A.
Kurniawan, J.

Nihon UJapan Food Res Lab (JFRL)Inst Microbial Chem
Iwate U
Toyota Technological Inst
Tohoku U
U Tsukuba
Meiji U
Tottori
RICE UInst Mtls Res & Eng
Tufts UTokyo U Sci
Governors State U
U of Hawaii
Analytical Lab, Ogawa & Co.
Kyushu U
Tokyo Inst of Tech
Tokushima U
King Abdulaziz U
U Cambridge
U Chem & Tech, Prague
U SASKATCHEWANU SASKATCHEWAN
Chiang Mai U
U Toyama
Keio UTokyo U Sci
U Tokyo
U Tokyo
Kyoto U
Kobe U
Kumamoto U
Kumamoto U
Hitachi, Ltd. R&D
Yokohama Nationlal U
Okayama U
Okayama U
U Mainz
TRIUMF
Ind Tech Res Inst
Shih Chien U
Lewis & Clark College
Tokyo U Sci
U TokyoInst for Molecular Sci
Hiroshima U
Tokyo Met U, Eng
Ehime U
Osaka Prefecture U
Kumamoto U
Kobe U
Tokushima U
Osaka U
Kagoshima U
NIT, Okinawa Col
NIT, Okinawa Col
Shinshu U
Tohoku U
Tohoku U
Okazaki Inst Integrative Biosci
Shizuoka U
Tokyo Inst of Tech
U Victoria
Inst Nat Coll Tech, Toyama
Nagoya U
Meiji U
Sophia U
AIST and Tech
Hosei U
Hosei U
Kansai U
Kansai U
CaltechU California, Davis

ENVR
ORGN
ORGN
MTLS
ANYL
ENVR
BIOL
PHYS
ORGN
INOR
MTLS
ORGN
MTLS
ORGN
MACR
ENVR
ORGN
MTLS
ORGN
ENVR
HLTH
ORGN
ORGN
ORGN
PHYS
ORGN
ORGN
ANYL
ORGN
ORGN
ENRG
ENVR
MACR
MTLS
HLTH
ORGN
ENVR
ENVR
BIOL
PHYS
HLTH
ENVR
INOR
PHYS
ENRG
INOR
ORGN
ORGN
ORGN
ORGN
MTLS
MACR
ENVR
ORGN
PHYS
ANYL
ENVR
MACR
SCTY
ORGN
PHYS
ANYL
ENRG
INOR
ANYL
PHYS
ORGN
INOR
ANYL
HLTH
ENVR
MACR
MACR
HLTH
MTLS

361
1756
215
2428
726
923
184
1336
2017
1357
660
2356
2854
2464
798
448
947
1118
502
880
392
1967
810
2572
1054
1281
2018
715
100
1791
951
817
375
2274
34
1533
486
667
137
970
514
551
1931
651
563
2001
1914
2103
2019
1520
183
712
253
754
871
886
317
585
76
622
1080
85
348
968
723
1780
434
1488
279
472
655
591
1262
346
1430

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–351

NAME INDEX
Kurniawan, T.A.
Kuroda, C.
Kuroda, K.
Kuroda, K.
Kuroda, R.
Kuroda, T.
Kuroda, T.
Kuroda, Y.
Kuroda-Sowa, T.
Kuroiwa, K.
Kurokawa, M.
KUROKAWA, T.
Kuroki, N.
Kurokome, Y.
Kuronuma, M.
Kurosaka, T.
Kurosu, M.
Kurotani, M.
kuroyanagi, S.
Kurrasch, D.
Kurti, L.
Kurti, L.
Kurti, L.
Kurtz, D.
Kurz, R.
Kusaba, M.
Kusada, K.
Kusaka, D.
Kusakabe, S.
Kusama, H.
Kushida, S.
Kusic, H.
Kusoglu, A.
Kusube, M.
Kusube, M.
Kusumawardani, C.
Kusumi, R.
Kusumi, T.
Kusumoto, S.
Kusumoto, S.
Kusuoka, R.
Kutateladze, A.G.
Kutateladze, A.G.
Kutateladze, T.
Kutsumizu, S.
Kuttassery, F.
Kutter, J.P.
Kuwabara, J.
Kuwabara, J.
Kuwabara, J.
Kuwabara, K.
Kuwabara, K.
Kuwabara, T.
Kuwae, H.
Kuwahara, M.
Kuwahara, M.
Kuwahara, R.
Kuwahara, S.
Kuwahara, S.
Kuwahara, Y.
Kuwahara, Y.
Kuwajima, S.
Kuwamura, N.
Kuwamura, Y.
Kuwana, Y.
Kuwano, M.
Kuwano, R.
Kuwashima, R.
Kuwata, K.
Kuwata, S.
Kuze, N.
Kuzuhara, T.
Kuzuya, A.
Kuzuyama, T.
Kwak, M.
Kwak, W.
Kwan Huang, E.
Kwan, D.
Kweon, D.
Kwok, S.

352–PRESENTERS

Tanjung Pura U
Rikkyo U
Sumitomo Dainippon Pharma Co
Aoyama Gakuin U
Tokyo U Sci
Tokyo U Sci
U Yamanashi
Waseda U
Kinki U
Sojo U
Hokkaido U
Hokkaido U
Ochanomizu U
Hokkaido U
Tohoku U
kochi U
Tohoku U
Aichi Gakusen U
Tokyo Inst of TechU Calgary
Rice U
Rice U
Rice UU Texas, San Antonio
Martin Luther U, Halle-Wittenberg
Osaka Sangyo U
Kyoto UTokyo U Sci
Kinki U
Gakushuin U
U Tsukuba
U Zagreb
Lawrence Berkeley Nat Lab
NIT, Wakayama Col
NIT, Wakayama Col
Yogyakarta State U
Kyoto U
Kanazawa U
U Tokyo
U TokyoTokyo U Agri & TechU DenverU Denver
U Colorado, Med
Gifu UTokyo Metropolitan U
U Copenhagen
Tokyo U Sci
U Tsukuba
U Tsukuba
Gifu U
Sojo U,
Kanazawa U
Waseda U
Gunma U
Gunma U
Gunma U
Tohoku U
Chuo U
Osaka UAIST
Kanazawa U
Osaka U
Tokoyo Med & Dental U
Hosei U
Sojo U
Kyushu U
Nihon U
Keio UTokyo Inst of Tech
Sophia U
Tokushima Bunri U
Kansai U
U TokyoEwha Women U
Hanyang U
Chuo UU British Columbia
Sungkyunkwan U
Inst Mtls Res & Eng

ENVR
ORGN
ORGN
INOR
ORGN
ORGN
ENRG
MTLS
INOR
MACR
MTLS
MACR
PHYS
ORGN
ANYL
MTLS
MTLS
SCTY
MTLS
ENVR
ORGN
ORGN
ORGN
INOR
MACR
PHYS
INOR
MTLS
ORGN
ORGN
MACR
ENVR
MTLS
BIOL
BIOL
MTLS
BIOL
MACR
INOR
ENRG
ANYL
ORGN
ORGN
BIOL
MTLS
ENRG
ANYL
MTLS
INOR
MACR
ORGN
HLTH
MACR
MTLS
ANYL
INOR
MACR
ORGN
PHYS
ENRG
MTLS
INOR
INOR
MTLS
MACR
HLTH
ORGN
MTLS
ORGN
INOR
PHYS
BIOL
MACR
BIOL
ORGN
ENRG
INOR
BIOL
BIOL
ORGN

769
422
2651
1084
1720
1119
379
1177
997
382
2639
574
882
1575
760
1484
2640
290
687
849
22
1776
2137
1793
195
1284
168
70
2020
192
290
64
1985
236
823
2126
57
524
346
1059
1139
232
234
211
2870
883
449
1405
53
512
1343
381
515
1569
4
897
199
1261
1105
835
1404
599
613
1748
491
394
870
2317
1265
1125
714
273
1001
1147
1050
537
151
554
839
312

Kwon, C.
Kwon, C.
Kwon, H.
Kwon, H.
Kwon, H.
Kwon, J.
Kwon, M.
Kwon, S.
Kwon, S.
Kwon, S.
Kwon, T.
Kwon, Y.
Kwon, Y.
Kwon, Y.
Kwon, Y.
Kwong, C.
Kyle, D.E.
Kyu, T.
Kyung, A.
Kyung, A.
Kyung, A.
Kyung, D.
kzar/shammary, a.j.
Laaksonen, A.
Laban, M.A.
Labrecque-Carbonneau,
J.
Lackinger, M.
Lackner, F.
Lackner, F.
lacroix, m.
lacroix, m.
Ladd, C.L.
Ladd, r.
Ladizhansky, V.
Lagerblom, K.I.
Lagugné-Labarthet, F.
Lagugné-Labarthet, F.
Lah, M.
Lah, M.
Lah, M.
Lahav, M.
Lahav, M.
Lahrita, L.
Lahti, P.M.
Lahti, P.M.
Lai, D.
Lai, S.Y.
Lai, Y.
Lai, Y.
LAINE, R.M.
Laird, B.B.
Laird, B.B.
Laitinen, R.S.
Lajmi, A.R.
Laksono, F.B.
LAL, V.
LALI, A.
Lalonde, J.J.
Lam, H.
Lam, P.
Lam, S.
Lam, S.
Lam, Y.
Lam, Y.
Lam, Z.
Lamb, B.M.
Lambert, T.H.
Lammertsma, K.
Lamos, S.M.
Lampard, E.V.
Lan, T.
Lan, T.
Lan, X.
Lan, Y.
Lan, Z.
Lanari, D.
Lancaster, C.
Lancaster, C.
Lancaster, K.M.

Kangwon National U
Kangwon National U
Korea Atomic Energy Res Inst
Yonsei U
Korea Res Inst Standards & Sci
Gyeongsang National U
Yonsei U
Seoul Nat U Hospital
Seoul National U
Kyungpook National U
UNISTPOSTECH
Seoul National U
Dongguk U
UC Irvine
U Hong Kong
U South Florida
U AkronSungKyunKwan U
SungKyunKwan U
SungKyunKwan U
KAIST (KAIST)
Huazhong U
Stockholm U
LA State U, Agri Center
U Montréal

PHYS
PHYS
MTLS
HLTH
ANYL
ENRG
ENVR
MTLS
MTLS
ORGN
INOR
ORGN
ORGN
BIOL
HLTH
MTLS
HLTH
MACR
ORGN
ORGN
ORGN
ENVR
MACR
PHYS
ENRG
ANYL

612
613
1322
692
978
211
267
2091
134
2021
1413
450
510
1028
648
1550
605
411
2511
2519
2522
11
740
1138
391
747

Deutsches Museum
Lawrence Berkeley Nat Lab
Graz U Tech
INRS
INRS
U Montréal
WatersU Guelph
U Helsinki
U Western Ontario
U Western Ontario
UNIST
UNIST
UNIST
Weizmann Inst of Sci
Weizmann Inst of Sci
Hokkaido U
U of Massachusetts
U of Massachusetts
Guangdong U Tech
Georgia Inst of Tech
National Tsing Hua U
National Tsing Hua U
U Michigan
U Kansas
U Kansas
U OuluPall Corporation
Pukyong National U
U Queensland
Inst Chemical Tech
CodexisCity U Hong Kong
City U Hong Kong
U Melbourne
U Melbourne
Academia Sinica
Nat U Singapore
Nanyang Tech U
The Scripps Research Inst
Columbia U
VU U Amsterdam
St. Michael’s College
U BathNorthwestern U
Northwestern U
Kobe U
Academia Sinica
Qingdao Inst Bioenrg & Bioprocess
U Perugia
U UtahU UtahCornell U

MTLS
PHYS
PHYS
MACR
MACR
ORGN
ANYL
BIOL
INOR
ANYL
PHYS
INOR
INOR
INOR
INOR
INOR
HLTH
MTLS
MTLS
ANYL
SCTY
MTLS
MTLS
MACR
PHYS
PHYS
ORGN
MACR
ENVR
ENVR
ENRG
BIOL
ANYL
ANYL
HLTH
MTLS
ORGN
ORGN
ANYL
BIOL
ORGN
INOR
BIOL
ORGN
MACR
MACR
SCTY
PHYS
PHYS
ORGN
ANYL
MTLS
INOR

2268
131
404
156
486
2135
858
113
431
945
398
85
330
1701
787
1852
675
433
1580
575
82
1128
1130
371
1007
1961
1493
1359
114
854
140
762
1228
1039
155
1772
2426
2395
1151
1047
1173
2021
869
1421
764
912
232
885
632
2471
480
320
1952

Land, H.
Landers, J.
Landes, C.F.
Landes, C.F.
Landskron, K.
Landskron, K.
Lane, A.L.
Lane, A.N.
Lane, J.R.
Lang, M.
Langa, F.
Langdon, S.
Langer, M.
Langerman, N.
Langerman, N.
Langerman, N.
Laokroekkiat, S.
Laokroekkiat, S.
Laokroekkiat, S.
Lapi, S.E.
Lapi, S.E.
Lapi, S.E.
LaPierre, E.A.
Lapinte, C.
Lapkowski, M.
Laquai, F.
Larive, C.K.
Larive, C.K.
Larkum, A.W.
Larpent, P.
Larrosa, I.
Larsen, D.S.
Larsen, D.S.
Larsen, D.S.
Larsen, S.
Larsson, M.
Laschat, S.
Laskin, A.
Laskin, A.
Laskin, J.
Laskin, J.
Last, R.L.
Latimer, D.R.
Latta, D.E.
Latter, M.
Lau, C.
Lau, P.
Lau, T.
LAU, T.
Laufersky, G.
Lauinger, S.M.
Laurencin, D.
Laurencin, D.
Laurencin, D.
Laurenczy, G.
Lautens, M.
Lautens, M.
Lavallo, V.
Lavasanifar, A.
Laventure, A.
Laventure, A.
Lavieri, S.
Lavigne, J.J.
Lavigne, J.J.
Lavı́n, R.
Lavis, L.D.
Lavoie, G.
Lavoie, G.
Lavoie, J.
Law, T.
Lawal, O.
Lawrie, G.A.
Lawrie, G.A.
Lazcano, A.
LE MEST, Y.

KTH Royal Inst Tech
U Virginia
Rice U
Rice U
Lehigh U
Lehigh U
U North Florida
U Kentucky
U Waikato
Goethe U
U Castilla-la Mancha
U Saskatchewan
Karlsruhe Inst Tech (KIT) (KIT)
Advanced Chemical Safety
Advanced Chemical Safety
Advanced Chemical Safety
JAIST
JAIST
JAIST
Washington U
Washington U
Washington U
U Calgary
U Rennes 1
Shanghai Inst Tech
KAUST, King Abdullah U Sci TechUC Riverside
UC Riverside
U Tech, Sydney
Kyoto U
U Manchester
U California, DavisU California, DavisU California, Davis
Nat Res Centre Working Envir
Stockholm U
U Stuttgart
PNNL
PNNL
PNNL
PNNL
Michigan State U
U Winnipeg
U IowaRoyal Brisbane & Woman’s Hosp
CSIRO
McGill U
Helmholtz-Zentrum Berlin
City U Hong Kong
Flinders U
Emory UU Montpellier, CNRSU Montpellier, CNRSU Montpellier, CNRSEPFLU Toronto
U Toronto
UC Riverside
U Alberta
U Montreal
U Montreal
Simon Fraser U
U South Carolina
U South Carolina
U Diego Portales
Janelia Research Campus, HHMI
York UYork UU Sherbrooke
Po Leung Kuk Ngan Pol Ling Col
AquiSense Technologies
U Queensland
U Queensland
UNAM
CNRS U de Brest

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

BIOL
ANYL
PHYS
PHYS
MTLS
ENRG
BIOL
HLTH
PHYS
MTLS
ORGN
ORGN
MTLS
SCTY
SCTY
SCTY
INOR
MACR
MTLS
INOR
INOR
PHYS
INOR
INOR
ORGN
MACR
ANYL
ENVR
BIOL
INOR
ORGN
SCTY
PHYS
PHYS
MTLS
ANYL
MTLS
PHYS
PHYS
PHYS
PHYS
ENVR
SCTY
ENVR
HLTH
MTLS
BIOL
PHYS
INOR
ENRG
MTLS
INOR
ORGN
ENVR
ENRG
ORGN
ORGN
INOR
HLTH
PHYS
MTLS
SCTY
BIOL
MTLS
MTLS
ORGN
INOR
INOR
ENRG
ANYL
ENVR
SCTY
SCTY
BIOL
INOR

572
583
944
1793
575
1054
1220
467
1374
2493
1638
319
1439
24
88
313
1830
427
631
280
1582
965
1128
250
1166
167
417
535
197
81
2322
31
900
1459
508
552
2307
1051
1155
1758
2068
85
126
441
422
1813
555
319
205
340
2486
1619
1426
565
595
124
677
1725
597
82
1012
373
620
197
1343
1464
1013
1636
1061
389
134
66
378
35
432

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)LE MEST, Y.
LE MEST, Y.
Le Ru, E.
Le, C.
Le, C.T.
Le, C.T.
Le, M.
Le, N.
Le, T.
Le, T.
Leach, G.W.
Leach, G.W.
Leahy, J.
Leaitch, R.
Leang, S.S.
Lebedev, A.
Lebedev, A.
Lebel, H.
Lebel, H.
LEBETWA, N.
Lebrilla, C.
Lechuga, L.M.
Lecommandoux, S.
Lecommandoux, S.
Lecommandoux, S.
Lednev, I.K.
Lee, A.
Lee, B.
Lee, B.
Lee, B.
Lee, B.
Lee, B.
Lee, B.P.
Lee, B.P.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, C.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, D.
Lee, E.
Lee, E.
Lee, G.
Lee, G.
Lee, G.
Lee, G.
Lee, G.
Lee, G.M.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.

CNRS U de Brest
CNRS U de Brest
Victoria U Wellington
U Alberta
U du Québec à MontréalB-Organic Corp.
UC Irvine
Osaka USan Jose State U
San Jose State U
Simon Fraser U
Simon Fraser U
U South Florida
Environment Canada
Iowa State U
UCLA
UCLA
U Montréal
U Montréal
Shinshu U
U California
ICN2.CSICU Bordeaux
U Bordeaux
U Bordeaux
U Albany, SUNY
Gyeonsang National U
Gachon U
POSTECH
Seoul National U
Ajou U
Seoul National U
Michigan Tech U
Michigan Tech U
Yonsei U
Dankook U
Incheon National U
Gachon U
POSTECH
National Chung Hsing U
Peking U, Shenzhen
Seoul National U
Seoul National U
Kyungpook National U
Korea Electrotech Res Inst
POSTECH
Seoul National U
POSTECH
Yonsei U
Sungkyunkwan U
Seoul National U
Kyungpook National U
Kyungpook National U
Sungkyunkwan U
Seoul National U
Pukyong National U
Gyeongsang National U
UNIST
Yonsei U
Yonsei U
Korea UKIER
U Ottawa
Pusan National U
KAIST
KAIST
KAIST
Korea Basic Sci Inst
KAIST
Hanyang U
Boehringer Ingelheim Pharm
KAIST
KAIST
U Sains Malaysia
Yonsei U

INOR
INOR
PHYS
ANYL
HLTH
HLTH
MTLS
MTLS
ORGN
ORGN
PHYS
PHYS
HLTH
PHYS
PHYS
HLTH
HLTH
INOR
ORGN
HLTH
PHYS
ANYL
MACR
MACR
MTLS
PHYS
BIOL
ORGN
MTLS
MTLS
INOR
HLTH
MTLS
MTLS
INOR
MTLS
MTLS
ORGN
ENVR
ORGN
ORGN
INOR
ORGN
MACR
MACR
MACR
ORGN
MTLS
MTLS
HLTH
ORGN
BIOL
ORGN
MTLS
PHYS
ENRG
INOR
PHYS
ENVR
ENVR
ORGN
MTLS
INOR
INOR
MACR
MTLS
MTLS
ENVR
PHYS
MTLS
ORGN
ORGN
ORGN
MTLS
ORGN

433
820
670
71
315
426
2365
2641
1524
1603
1487
2019
598
1398
325
221
222
66
1793
534
1840
834
210
1134
126
480
1172
2022
570
2047
863
455
225
2090
666
1437
571
429
747
1723
2311
144
1706
753
258
1170
1015
928
2206
72
1631
151
745
82
1958
791
1297
104
487
836
361
879
1473
682
91
2088
1784
299
18
1461
1298
637
2573
888
1120

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–353

NAME INDEX
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.
Lee, H.Y.
Lee, H.Y.
Lee, I.
LEE, I.
lee, j.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
Lee, J.
LEE, J.
Lee, J.K.
Lee, J.K.
Lee, J.W.
Lee, J.W.
lee, k.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.
Lee, K.L.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.
Lee, M.L.

354 –PRESENTERS

Dankook U
Sungkyunkwan U
Pohang Accelerator Lab
KAIST
Hanyang U
Korea Inst of Ocean Sci Tech
Seowon U
Seowon U
U SeoulSeoul National U
seoul national U
KIGAM
Sungkyunkwan U
Stanford U
Korea U
Sogang U
Gwangju Inst Sci Tech
Korea Inst Mtls Sci
Korea U
Seoul National U
Seoul National U
Pusan National U
Gyeonsang National U
Pusan National U
Hannam U
Hannam U
Sungkyunkwan U
GyeongSang National U
UNIST
Korea Inst of Energy Research
Chosun U
U Texas at Dallas
Kyushu U
Konkuk U
Chungbuk National U
Kangwon National U
Korea Inst Sci Tech
Seoul National U
Ewha Womans U
Tokyo Inst Tech
Korea Res Inst Standards & Sci
U Surrey
Kyungpook National U
Yonsei U
Myongji U
KAIST
Sungkyunkwan U
Seoul National U
Chosun U
Rutgers U
KAIST
KAIST
Korea Inst of Energy Research
KIST
U Sains Malaysia
U New South WalesU California DavisU California DavisU California Davis
Ewha Womans U
Dongguk U
Dongguk U
Korea Inst of Radiologic & Med Sci
Korea Inst of Radiologic & Med Sci
Korea Inst of Radiologic & Med Sci
KAIST (KAIST)
KAISTCase Western Reserve U
PNNL
PNNL
Mokpo National U
Boston U
Pukyong National U
Andong National U
U UlsanKunsan National U
Seoul National U
Georgia State U
Jilin U
Brigham Young U

PHYS
MTLS
MTLS
PHYS
ENVR
BIOL
ENVR
ENRG
ENVR
MACR
ENRG
INOR
MTLS
ANYL
MTLS
ORGN
MTLS
MTLS
MTLS
ORGN
BIOL
MACR
MACR
MTLS
MACR
MACR
PHYS
MTLS
MACR
BIOL
PHYS
HLTH
MTLS
ENVR
ENRG
ORGN
MTLS
MACR
ORGN
MACR
ENVR
MTLS
ORGN
INOR
MTLS
MACR
MACR
MTLS
MACR
ORGN
ENRG
ENRG
ENRG
MTLS
ENRG
PHYS
HLTH
BIOL
BIOL
ANYL
ENVR
HLTH
HLTH
HLTH
HLTH
MTLS
MTLS
HLTH
ENVR
ENRG
INOR
BIOL
ENVR
ENVR
INOR
SCTY
PHYS
BIOL
ORGN
ANYL

1350
2765
1805
508
407
301
318
1010
113
665
462
190
1918
409
2218
1046
2337
755
340
2676
983
587
567
2150
870
871
1599
2333
1183
726
1052
688
758
326
447
2574
1815
523
315
709
892
1722
1244
604
2724
1588
543
1017
1180
204
596
632
370
2597
139
1929
619
556
864
734
425
362
220
236
237
1783
2054
485
748
836
100
104
562
231
1912
319
1896
1306
50
555

Lee, M.L.
Lee, N.
Lee, N.
LEE, N.
Lee, N.A.
Lee, N.A.
Lee, O.
Lee, P.
Lee, R.
Lee, R.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
Lee, S.
LEE, S.
LEE, S.
LEE, S.
LEE, S.
Lee, S.K.
Lee, T.
Lee, T.
LEE, T.
Lee, T.J.
Lee, W.
Lee, W.
Lee, W.
Lee, W.
Lee, W.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Lee, Y.
Leenstra, W.R.
Leeper, T.C.
Leeper, T.C.
Leeper, T.C.
Légaré, F.
Lehmann, K.
Lehnert, N.
Lehr, J.

Brigham Young U
POSTECH
Yonsei U
kangwon national U
U New South WalesU New South Wales
Qatar Foundation
Ajou USt Jude Children’s Res Hosp
National Chung Hsing U
Sungkyunkwan U
Gyeongsang National U
POSTECH
Korea Inst Ind Tech
Korea Inst Ind Tech
Kongju National U
Hanyang U
U Illinois, Urbana-Champaign
Seoul National U
Korea U
KyungHee U
Seoul Nat U
Dongguk U
Ajou U
Pusan National U
Pusan National U
Pusan National U
Andong National U
Sejong U
Yonsei U
Seoul National U
Ajou U
Gyeongsang National U
Gyeongsang National U
Seoul National U
Ewha Womans U
Hanyang U
Iona College
Pusan National U
Seoul National U
HANYANG U
Ajou U
Kobe U
Pusan National U
U Houston
Kyungpook National U
Seoul National U
NASA Ames Research Center
Yonsei U
Seoul National U
KAIST
Kumoh Nat Inst Tech
KAISTNational Defense Medical Center
Hanyang U
Pusan National U
Hanyang U
Dongguk U
Sungkyunkwan U
Sungkyunkwan U
Sungkyunkwan U
U Ulsan
Yeungnam U
Korea U
Pohang Accelerator Laboratory
National Chiao Tung U
National Chiao Tung U
KAIST
GIST-Gwangju Inst Sci Tech
GIST-Gwangju Inst Sci Tech
Hanyang U
Soongsil U
U Vermont
U AkronU AkronU AkronINRS
U Freiburg
U Michigan
U Oxford

ANYL
PHYS
MTLS
MTLS
ANYL
ANYL
PHYS
BIOL
HLTH
MTLS
ORGN
MTLS
MACR
MACR
ORGN
MACR
ENVR
ORGN
ORGN
ORGN
PHYS
INOR
BIOL
MTLS
MACR
MTLS
MTLS
BIOL
ENVR
INOR
MACR
MTLS
INOR
ORGN
MTLS
ORGN
ENVR
MTLS
BIOL
BIOL
HLTH
MACR
MACR
PHYS
PHYS
ORGN
MACR
PHYS
BIOL
MTLS
MACR
MTLS
ENVR
BIOL
ENVR
PHYS
ANYL
BIOL
MTLS
MTLS
MTLS
INOR
MTLS
ENVR
ANYL
PHYS
PHYS
INOR
ENVR
ENVR
MTLS
MTLS
INOR
HLTH
SCTY
BIOL
PHYS
MTLS
INOR
MTLS

856
629
2029
808
29
1128
1513
586
211
2642
1927
2421
43
312
412
335
497
1944
406
361
715
1959
851
2643
587
2150
2155
848
427
1823
947
2419
217
1717
1003
834
856
1006
571
989
667
708
844
1936
1714
745
404
1967
929
2077
88
608
838
921
498
1353
401
851
2186
2697
2824
1466
2360
254
1049
925
1861
1777
266
344
1215
1877
1840
89
180
1280
428
2060
1951
1938

Lehr, J.
Lei, M.
Lei, M.
Lei, X.
Lei, X.
Leiendecker, M.
Leigh, D.
Leigh, D.
Leigh, D.
Leigh, W.J.
Leighton, J.
Leitao, E.
Leitao, E.
Leitner, D.M.
Leitz, D.
Lemeshko, M.
Lemieux, R.
Lemus-Mondaca, R.A.
Lennartz, C.
Lenz, S.
Leone, S.R.
Leong, C.F.
Leong, D.T.
Lepore, J.
Lepore, J.
Lepore, S.D.
Lercher, J.
Lerman, Z.M.
Lestari, W.W.
Lester, M.I.
Lestrange, P.J.
Leu, s.
Leung, F.
Leung, I.K.
Leung, K.
Leung, K.
Leung, P.
Leung, P.
Levechenko, A.
Levesque, E.
Levin, A.
Levine, B.G.
Levine, B.G.
Levine, H.
Levis, R.J.
Levis, R.J.
Lewandowski, J.
Lewerenz, M.
Lewerenz, M.
Lewicki, J.P.
Lewis, D.A.
Lewis, F.D.
Lewis, J.C.
Lewis, J.C.
Lewis, J.E.
Lewis, N.G.
Lewis, N.G.
Lewis, N.S.
Lewis, N.S.
Lewis, R.J.
Leys, D.
Li, A.
Li, A.
Li, A.
Li, B.
Li, B.
Li, B.
Li, C.
Li, C.
Li, C.
Li, C.
Li, C.
Li, C.
Li, C.
Li, C.

U Oxford
Beijing U Chem Techy
Huazhong U Sci Tech
Peking U
Peking U
RWTH Aachen U
U Manchester
U Manchester
U Manchester
McMaster U
Columbia U
U Auckland
U Auckland
U Nevada, Reno
Ludwig-Maximilian U
Inst Sci
U Waterloo
U de La Serena
BASF SEU Lethbridge
UC Berkeley
U Sydney
Nat U Singapore
Merck and Co., Inc.
Merck and Co, Inc
Florida Atlantic U
Technion Isreal Inst Tech
Malta Conferences Foundation
Sebelas Maret U
U Pennsylvania
U Washington
Graduate Inst Life Sci
Tokyo Inst of Tech
U Auckland
Sandia National Laboratories
Sandia National Laboratories
Nanyang Tech U
Nanyang Tech U
Yale UU Montreal
Avidity Nanomedicines
Michigan State U
Michigan State U
Rice U
Temple U
Temple U
U Warwick
U Paris Est
U Paris Est
Lawrence Livermore Nat Lab
Flinders U
Northwestern U
U Chicago
U Chicago
U South Florida
Washington State U
Washington State U
CaltechCaltechU Queensland
U Manchester
Shanghai Inst Org Chem, CAS
Shanghai Inst Org Chem, CAS
Oak Ridge National Laboratory
Nankai U
U North Carolina, Chapel Hill
Kyoto Prefectural U Med
Dalian Inst Chem Phys
Dalian Inst Chem Phys, CASs
McGill U
McGill U
McGill U
Drexel U
Drexel U
U Western Sydney

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
INOR
ENVR
ORGN
BIOL
ORGN
MACR
ORGN
ORGN
ORGN
ORGN
INOR
MACR
PHYS
INOR
PHYS
MTLS
ENVR
MTLS
PHYS
PHYS
INOR
MTLS
ORGN
ORGN
ORGN
ENRG
SCTY
INOR
PHYS
PHYS
BIOL
ORGN
HLTH
PHYS
PHYS
INOR
INOR
PHYS
ORGN
HLTH
PHYS
PHYS
PHYS
ANYL
PHYS
BIOL
PHYS
PHYS
MACR
MTLS
ORGN
ORGN
BIOL
SCTY
ENVR
BIOL
PHYS
PHYS
ANYL
ENVR
ORGN
ORGN
MTLS
MACR
BIOL
BIOL
ENRG
ENRG
INOR
ORGN
ORGN
MACR
MTLS
INOR

2840
312
672
2706
794
2393
1122
1410
2352
213
2382
1129
254
2055
1476
1911
2874
333
1254
690
126
1856
105
1293
1451
2188
40
144
1882
2081
1059
1058
1558
43
1640
2046
345
1565
442
3
5
164
311
437
849
3
270
1667
1992
1056
2755
15
2323
767
305
92
1341
1245
1443
1036
868
666
2705
1187
1115
1149
291
146
869
227
1683
1695
1176
1726
943

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Li, C.
Li, C.
Li, C.
Li, C.
Li, D.
Li, D.
Li, D.
Li, D.
Li, D.
Li, D.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, F.
Li, G.
Li, G.
LI, G.
Li, H.
Li, H.
Li, H.
Li, H.
Li, H.
Li, H.
Li, H.
Li, H.
LI, H.
li, j.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
Li, J.
LI, J.
Li, L.
Li, L.
Li, L.
Li, L.
Li, L.
Li, M.
Li, M.
Li, M.
Li, N.
Li, N.
Li, P.
Li, P.
Li, P.
Li, P.C.
Li, Q.
Li, Q.
Li, Q.
Li, Q.
Li, Q.
Li, R.
Li, R.
Li, S.
Li, S.

NIMS
Zhejiang U
U JinanNational Chung Hsing U
Monash U
Monash U
Shandong U
Savannah River Nat Lab
Pacific Northwest National Lab
U California Davis
Dalian U Tech
Brock U
U Western Sydney
U Western Sydney
Tohoku U
Xiangtan U
State Lab Surf & Interface Sci
Jilin U
Northeast Normal U
Lanzhou Inst of Chem Phys
Fudan U
Kyoto U
Dalian Inst Chem Phys, CASs
Northeast Normal U
Tsinghua U
Dalian Inst Chem Phys, CASs
U British Columbia
U Hong Kong
Nanchang U
Northeast Normal U
Sun Yat-sen U
Hong Kong Baptist U
Kyushu U
Inst of Fluid Phys
Chinese Academy of Scis
Res Inst Elect Sci, Hokkaido U
U Toyama
Shanghai Inst of Appl Phys
Rutgers U
Rutgers U
Tsinghua U
Shanghai Inst of Appl PhysU Elect Sci Tech, China
Jilin U
Ningbo Inst Mtls Tech & Eng
Tsinghua U
Nat U Singapore
Tsinghua U
Beijing Normal U
Tsinghua U
Nanjing U, Sci Tech
Zhejiang U
KAUSTU Western Sydney
Cal State U, Long Beach
Nanyang Tech U
U Wisconsin
Chinese Academy of Scis
Inst High Energy Physics, CAS
Shandong U
Dalian Inst Chem Phys, CASs
Dalian Inst Chem Phys, CASs
Oil Crops Res Inst
Beijing U Chem Techy
Huaibei Normal U
Simon Fraser U
Inst Metal Research
Fudan U
Suzhou Inst Nano-tech & Nano-bio
Guangxi Normal U
Jilin Bus Tech Col
Hong Kong Baptist U
U Hong Kong
Nat U Singapore
Nanjing U

ANYL
ENVR
MTLS
MTLS
MTLS
MTLS
PHYS
ENVR
MTLS
ANYL
INOR
ANYL
INOR
INOR
ORGN
ENVR
ENRG
MTLS
MTLS
ORGN
HLTH
INOR
ENRG
MTLS
BIOL
ANYL
MTLS
INOR
ENVR
PHYS
ENVR
ANYL
ENRG
ANYL
INOR
PHYS
ENRG
MTLS
INOR
MTLS
MTLS
MTLS
ENRG
MTLS
MTLS
INOR
MACR
PHYS
MTLS
ENRG
ORGN
ORGN
MTLS
INOR
INOR
MACR
ANYL
ENVR
ANYL
BIOL
ENRG
ENRG
ANYL
ORGN
ORGN
ANYL
ENVR
MTLS
MTLS
ENRG
MTLS
ENVR
INOR
ANYL
PHYS

647
246
1906
686
1173
1618
1346
760
5
175
317
732
505
943
2279
678
463
632
1653
73
200
1821
921
2345
210
20
2700
1156
480
1311
529
48
601
878
1494
1536
922
2042
1514
412
2567
1449
666
572
377
1753
1066
293
820
500
1968
2023
967
943
1499
433
435
141
690
183
805
1058
97
1727
2483
110
66
274
2802
452
904
150
1746
3
1022

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–355

NAME INDEX
Li, S.
Li, S.X.
Li, S.X.
Li, T.
Li, T.
li, w.
Li, W.
Li, W.
Li, W.
Li, W.
Li, W.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
Li, X.
LI, X.
LI, X.
LI, X.
LI, X.
Li, X.D.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
Li, Y.
LI, Y.
li, z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
Li, Z.
LI, Z.
Lian, T.
Lian, T.
Lian, T.
Liang, C.
Liang, C.
Liang, C.
Liang, D.
Liang, D.

356 –PRESENTERS

Nanjing U
Pfizer Inc
Pfizer Inc
Tsinghua U
Virginia Tech, Carilion Red Cntr
Shandong U
U Tennessee Health Sci Cntr
Tokyo Inst of Tech
Dalian Inst Chem Phys
Tsinghua U
Res Eco-Environ Sci
Soochow U
Soochow U
U MIchigan-Dearborn
Xi’an Jiaotong U
U Hong Kong
U Washington
U Washington
U Washington
U Hong Kong
U Hong Kong
Chinese Academy of Scis
Dalian Inst Chem Phys, CASs
U Hong Kong
U Alberta
U Illinois
Inst Mtls Res & Eng, A*STAR
Inha UU Hong Kong
South China U Tech
Hokkaido U
Hokkaido U
East China Normal U
Sch Phys & Math Sci
U Hong Kong
Nanjing Normal U
U Sci Tech, China
U Sci Tech, China
Peking U
Northeast Normal U
City U of Hong Kong
Tsinghua U
Key Lab Mesoscopic Chem, Nanjiang
Xiamen U
Tech Inst Phys and Chem
Jilin U
Shandong U
McMaster U
McMaster U
Tokyo U Sci
Tsinghua U
East China U Sci Tech
Soochow U
Kyoto U
Tianjin U
Chinese Academy of Scis
China U Petroleum, Beijing
U Hong Kong
Yellow Sea Fisheries Res Inst
Fudan U
Fudan UWuhan UWuhan UWuhan U
Qingdao U Sci Tech
Tech Inst Phys and Chem
Guangxi U
Renmin U China
UNC-Chapel Hill
Peking U
Peking U
Tokyo U Agri & Tech
Emory U
Emory U
Emory U
Dalian U Tech
Dalian U Tech
Dalian U Tech
Northeast Forestry U
Beijing Normal U

PHYS
ANYL
ANYL
MTLS
ORGN
PHYS
HLTH
MACR
ENRG
MTLS
ENVR
MACR
ORGN
BIOL
MTLS
BIOL
PHYS
PHYS
PHYS
ENVR
ENVR
MACR
PHYS
BIOL
ENVR
MTLS
MTLS
PHYS
ORGN
ENRG
PHYS
PHYS
ANYL
INOR
BIOL
MTLS
MACR
MACR
MTLS
MTLS
MTLS
BIOL
ENRG
ANYL
MACR
MTLS
PHYS
PHYS
BIOL
PHYS
MTLS
MTLS
PHYS
BIOL
MACR
ENVR
PHYS
ENVR
ENVR
ORGN
MTLS
MACR
MACR
MACR
MACR
ENRG
ENVR
ORGN
HLTH
MACR
MACR
MACR
PHYS
MTLS
ENRG
INOR
INOR
ENRG
MACR
MTLS

2025
438
560
699
711
1038
355
517
254
1544
25
1298
723
621
1878
276
230
1386
1824
662
824
229
463
298
540
953
2477
1053
1806
904
869
1524
802
1915
516
1348
1419
1420
1735
1314
579
247
767
914
1453
780
1067
2061
1212
1963
2152
1272
378
838
208
619
1189
470
202
274
471
1382
1383
1541
212
966
812
101
634
390
1119
500
828
149
145
355
417
1057
72
1339

Liang, F.
Liang, G.
Liang, H.W.
Liang, J.
Liang, K.
Liang, K.
Liang, L.
Liang, L.
Liang, M.
Liang, P.
Liang, S.
Liang, S.
Liang, W.
Liang, X.
Liang, Y.
Liang, Z.
Liang, Z.
Liao, J.
Liao, W.
Liao, X.
Li-Chan, E.C.
Lichterman, M.F.
Liddle, S.T.
Liddle, S.T.
Lieberman, M.
Liedl, T.
Liedl, T.
Liew, S.K.
Ligler, F.S.
Lilga, M.A.
Lim, B.
Lim, C.
Lim, C.
Lim, D.
LIM, E.
Lim, H.
Lim, H.
LIM, J.
Lim, K.
Lim, K.F.
Lim, M.
Lim, M.
Lim, M.
Lim, S.
Limacher, P.A.
Limberg, C.
Limmer, D.T.
Lin, A.J.
Lin, B.
Lin, C.
Lin, C.
Lin, C.
Lin, C.
Lin, C.
Lin, H.
Lin, H.
Lin, H.
Lin, H.
Lin, H.
Lin, H.
Lin, H.
Lin, H.
Lin, H.
Lin, J.
Lin, J.
Lin, J.
Lin, J.
Lin, K.
Lin, K.
Lin, K.
Lin, L.
Lin, L.
LIN, L.
Lin, M.
Lin, N.
Lin, P.
Lin, P.
Lin, Q.
Lin, S.
Lin, W.

Chinese Academy of Scis
Nankai U
Stanford U
U New South Wales
CSIRO
CSIRO
National Sun Yat-sen U
Jilin UInst of Biophysics, CAS
National Taiwan U
Michigan State U
MGH/Harvard
Xiamen U
Nat Center Nano & Tech of China
Tokyo U Agri & Tech
U Hawaii at Manoa
Jilin UNat Taiwan U Sci Tech
National Taiwan U
China Agricultural U
U British Columbia
Joint Center Artificial Photosyn
U Nottingham
U Nottingham
U Notre DameLMU Munich
LMU Munich
U Toronto
UNC, Chapel Hill & NC State U
PNNL
Sungkyunkwan U
Academia Sinica
Seoul National U
Kyungpook National U
Kyonggi U
Dankook U
POSTECH
Chonbun National U
Seoul National U
Deakin U
Pusan National U
Pusan National U
U Chemistry
Dongguk U
Karlsruhe Inst Tech (KIT)
Humboldt-U zu Berlin
Princeton U
U Newcastle
Genentech
National Taiwan U
Chung Yuan Christian U
National Chung Hsing U
National Tsing Hua U
UC Davis
Inst Func Nano & Soft Mtls
SUNY at Buffalo
SUNY at Buffalo
U Waterloo
Nat Taiwan Ocean U
Sun Yat-sen U
Cornell U
U New Brunswick
Fu Jen Catholic U
Academia Sinica
Academia Sinica
Tsinghua U
Tsinghua U
National Taiwan U
National Chung Hsing U
BC Cancer Agency
Peking U
National Taiwan U
Enviro Eng Res Centre
Stanford U
HKUST
PNNL
PNNL
SUNY Buffalo
Jilin UU California, Davis

MTLS
ORGN
INOR
ANYL
INOR
MTLS
INOR
PHYS
MTLS
BIOL
BIOL
HLTH
PHYS
MTLS
ENRG
ENVR
MTLS
MTLS
ANYL
ENVR
HLTH
ENRG
INOR
INOR
ANYL
PHYS
MTLS
ORGN
ANYL
MACR
MTLS
PHYS
ORGN
ANYL
MTLS
ANYL
ORGN
MTLS
INOR
ANYL
PHYS
PHYS
INOR
HLTH
PHYS
INOR
PHYS
HLTH
ANYL
INOR
INOR
MTLS
ORGN
INOR
PHYS
MACR
MTLS
SCTY
ANYL
MTLS
BIOL
ENRG
ORGN
PHYS
PHYS
ANYL
ANYL
ANYL
MTLS
HLTH
MTLS
ORGN
ENVR
BIOL
MTLS
PHYS
PHYS
BIOL
BIOL
MTLS

2079
2414
1902
1254
1513
428
1008
863
2377
1367
269
275
738
341
1013
713
634
2761
1176
104
511
959
329
2061
1104
1255
235
1766
441
283
1990
780
2575
233
757
590
2457
2397
567
151
624
1287
652
372
1017
1159
1405
367
863
699
1881
708
147
960
1219
1527
1020
388
1199
1687
517
15
896
67
1862
14
467
924
1406
584
1323
2576
860
23
2536
1034
1618
477
510
2115

Lin, X.
Lin, X.
Lin, X.
Lin, X.
Lin, Y.
Lin, Y.
Lin, Y.
Lin, Z.
Lin, Z.
Lindahl, P.A.
Lindahl, P.A.
Linden, K.
Linden, K.
Lindner, B.D.
Lindoy, L.F.
Lindoy, L.F.
Lindsay, C.M.
Lindsay, V.N.
Lindsey, J.
Lindsley, C.W.
Lineberger, W.C.
Ling, C.D.
Ling, C.D.
Ling, X.
Lingenfelder, M.
Lingenfelder, M.
Lingenfelder, M.
Lingerfelt, D.
Linghu, X.
Linghu, X.
Lingxiang, F.
Linic, S.
Linic, S.
Link, S.
Link, S.
Linker, T.
Linser, R.J.
Linton, B.R.
Liotta, D.C.
Lipfert, M.
Lippert, A.R.
Lipscomb, G.
Lipscomb, G.
Lipscomb, J.D.
Lipscomb, J.D.
Lipshutz, B.H.
List, B.
Lisy, J.
Lisziewicz, J.
Little, D.
Littlefield, B.A.
Liu, B.
Liu, B.
Liu, B.
Liu, B.
Liu, B.
Liu, B.
Liu, C.
Liu, C.
Liu, C.
Liu, C.
Liu, C.
Liu, C.
Liu, C.
Liu, C.
LIU, C.
Liu, D.
Liu, D.
Liu, D.
Liu, D.R.
Liu, D.R.
Liu, F.
Liu, F.
Liu, F.
Liu, G.

U Auckland
Chiba U
Chiba UU Texas, MedZhejiang U
CaltechU South China
The Hong Kong U Sci Tech
Georgia Inst of Tech
Texas A&M U
Texas A&M U
U Colorado-Boulder
U Colorado-Boulder
Osaka U
U Sydney
U Sydney
Air Force Research Laboratory
UC Berkeley
North Carolina State U
Vanderbilt U
U Colorado
U Sydney
U Sydney
Nanyang Tech U
Max Planck, EPFL Lab Molec Nano
Max Planck, EPFL Lab Molec Nano
Max Planck, EPFL Lab Molec Nano
U Washington
Genentech
Genentech
Kyushu Inst of TechU Michigan
U Michigan
Rice U
Rice UU Potsdam
Max Planck, Biophys Chem
College of the Holy Cross
Emory UU KielSouthern Methodist U
U Toledo
U Toledo
U Minnesota
U Minnesota
UC Santa Barbara
Max Planck, Kohlenforshung
U Illinois, Urbana-Champaign
eMMUNITY Inc.
UC Santa Barbara
Eisai Inc.
Chinese Academy of Scis
Fudan U
Huazhong U Sci TechNat U Singapore
Nat U Singapore
Nat U Singapore
Soochow U
Florida State U
Nanchang U
Nat Synchrotron Rad Res Center
U Paderborn
National Dong Hwa U
Princeton U
Inst Process Eng, Chinese Academy
Peking U
Argonne National Laboratory
Argonne National Laboratory
Fuli Inst of Food Sci
Harvard U
Harvard U
Harvard U
Beijing Cancer Hospital
Beijing Cancer Hospital
Kyoto UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENVR
MACR
ORGN
MTLS
ORGN
BIOL
INOR
PHYS
MTLS
INOR
BIOL
ENVR
ENVR
ORGN
INOR
INOR
PHYS
ORGN
ORGN
HLTH
PHYS
MTLS
MTLS
PHYS
MTLS
ENRG
MTLS
PHYS
ORGN
ORGN
MTLS
ORGN
PHYS
PHYS
PHYS
ORGN
BIOL
BIOL
HLTH
BIOL
INOR
SCTY
MACR
INOR
BIOL
ORGN
ORGN
PHYS
MACR
ORGN
ORGN
MTLS
ANYL
BIOL
MACR
MACR
MACR
MTLS
ANYL
BIOL
PHYS
MTLS
INOR
ORGN
BIOL
ENVR
MTLS
ENRG
ENVR
MACR
BIOL
ORGN
HLTH
BIOL
MTLS

306
507
1589
793
2024
1241
719
33
1892
357
1158
21
139
1903
46
943
2033
2318
1844
672
1859
1259
2792
1795
1999
106
2713
975
1040
2439
1086
173
808
786
1654
566
108
1038
606
1134
1683
128
1521
735
75
1786
1178
409
999
1158
2379
956
890
779
791
1130
1373
862
1255
511
2075
1388
57
2201
442
156
326
512
106
812
226
2547
135
898
797

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Liu, G.
Liu, G.
Liu, G.
Liu, H.
Liu, H.
Liu, H.
Liu, H.
Liu, H.
Liu, H.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
Liu, J.
LIU, J.
LIU, J.
Liu, K.
Liu, K.
Liu, K.
liu, l.
liu, l.
liu, l.
Liu, L.
Liu, l.
Liu, L.
Liu, L.
Liu, L.
Liu, L.
Liu, M.
Liu, M.
Liu, P.
Liu, P.
Liu, P.
LIU, Q.
Liu, R.
Liu, R.
Liu, R.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, S.
Liu, T.
Liu, T.
Liu, W.
Liu, W.
Liu, W.
Liu, W.
Liu, W.
liu, x.
Liu, X.
Liu, X.
Liu, X.
Liu, X.
Liu, X.
Liu, X.
Liu, X.
Liu, X.
Liu, X.

U Sci Tech, China
U Toyama, Japan
Shanghai Inst Org Chem
UC Riverside
Shanghai Inst Mtls Medica
Nanjing Normal U
Tech Inst Phys and Chem
Shanghai Inst of Appl Phys
Beihang U
U North Carolina
Shanghai Inst Ceramics, CAS
Chinese Academy of Scis
U Alberta
U Hong Kong
Duke U
Shaanxi Normal U
Res Eco-Environ Sci
Arizona State U
U Illinois, Urbana-Champaign
Res Eco-Environ Sci
UC Berkeley
U Waterloo
U Waterloo
PNNL
GAGS
U Tokyo, Eng
National Cheng Kung U
Academia Sinica
Academia Sinica
U Memphis
Inst of chemistry
Inst Agro-food Sci Tech
Vland Biotech Group
Shandong U
Harbin Engineering U
Soochow U
South China U Tech
USDA
USDA
Xian Jiaotong U
Beihang U
Beijing Inst of Tech
Tsinghua U
Kyushu Inst of Tech
Insitute of Process Engineering
National Tsing Hua U
National Tsing Hua U
National Taiwan U
Boston College
Boston College
Boston College
U Sci Tech, China
U Sci Tech, China
U Sci Tech, China
East China Normal U
Tohoku, UCAS
Jiangxi U Sci Techdalian U TechU Akron
FUDAN U
Shanghai Inst Org Chem
Tsinghua U
Texas A&M U
Texas A&M U
U Sci Tech, China
Gyeongsang National U
Inst of Biophysics
Inst Agro-Products Pross Sci TechInst Agro-Products Pross Sci Tech
U Pittsburgh
U Pittsburgh
U Pittsburgh
Johns Hopkins U
Nanyang Tech U

MACR 1191
ENRG 939
ORGN 654
ENVR
313
ORGN 2299
INOR
158
MACR 584
PHYS
259
PHYS 1260
ORGN 2431
ENRG 502
MTLS 2082
ENVR
786
INOR 1024
MTLS 2695
MTLS 2211
ANYL 1132
ORGN
66
ENVR
14
ENVR
613
BIOL
711
INOR 1810
BIOL 1050
MTLS 2845
ENVR
467
MTLS 2285
ORGN 1463
PHYS 1595
PHYS 2076
MACR 1185
MTLS 1690
HLTH
549
MACR 276
ORGN 2484
MACR 1597
PHYS
380
MACR 1454
ENVR
316
ENVR
845
MTLS 2026
MTLS 1345
MACR 1404
MTLS 2764
MTLS 1070
SCTY
339
ORGN
93
ORGN 134
ENRG 636
INOR
177
ORGN 1424
ENRG 652
MACR 790
MACR 1333
MACR 1418
ORGN 680
ENRG 925
MTLS
231
INOR
983
INOR 1379
MTLS 2778
PHYS 1732
BIOL 1405
ENVR
262
BIOL
360
BIOL
795
BIOL
822
MTLS 2644
INOR 1239
HLTH
543
MACR 488
ORGN 2430
BIOL
914
BIOL 1243
MTLS
513
BIOL
472

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–357

NAME INDEX
liu, y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Y.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
Liu, Z.
LIU, Z.
Llobet, A.
Lloret Fillol, D.
Lo, J.C.
Lo, K.
Lo, K.
Lo, L.
Lo, S.
Lodewyckx, P.
Lodge, T.P.
Loeb, S.
Loeb, S.
Loertscher, J.
Loh, K.P.
Loh, K.P.
Loi, M.
Lokhat, D.
Lokhat, D.
Loncaric Bozic, A.
Long, J.R.
Long, L.
Long, Y.
Long, Y.
Longo, M.L.
Longobardi, L.
Loo, J.
Loo, J.
Loock, D.
Loock, H.
Loock, H.
López Contreras, A.
López Cortés, X.A.
Lopez, J.V.
Lopez, M.J.
Lopez, S.S.
Lopez-Sanchez, P.
Lorber, M.
Lordi, V.
Lorigan, G.A.
Loring, R.F.
Lorthioir, C.
Losch, P.
Lösche, M.
Lösche, M.
Lösche, M.
Lotsch, B.V.
Lotstedt, E.V.
Lotz, B.
Lou, H.
Loui, M.C.
Love, J.

358 –PRESENTERS

Jilin U
Tsinghua U
U California, DavisU Notre Dame
Lawrence Berkeley Natl Lab
Beijing U Chem Techy
U Colorado Denver
Washinton U
Zhejiang Sci-Tech U
Jilin U
Qilu U Tech
Australian Nat UAustralian Nat U
Chinese Academy of Scis
Peking U
NCAUR
Inst Mtls Res & Eng
Nanjing U
U Hong Kong
AIST and Tech
Beijing Normal U
Fuzhou U
Fuzhou U
National Inst of Health
Beijing U Chem Techy
Peking U
Soochow U
U Oxford
U Oxford
Wenzhou Inst Biomtls & Eng
ICIQ
ICIQ
The Scripps Research Inst
City U Hong Kong
City U Hong Kong
National Taiwan U
COPE, U Queensland
Royal Military Academy, Belgium
U Minnesota
U Windsor
U Windsor
Seattle U
Nat U Singapore
Nat U Singapore
U Groningen
U KwaZulu-NatalU KwaZulu-NatalU Zagreb
UC Berkeley
Xiamen U
East China U Sci Tech
East China U Sci Tech
U of California Davis
U Toronto
Nanyang Technlogical U
UC Los Angeles
Royal Military Col, Canada
Queen’s U
Queen’s U
Food and Biobased Research
U Talca
Hokkaido U
Osaka U
U South Florida
U Queensland
US EPA
Lawrence Livermore National Lab
Miami U
Cornell U
CNRSU Strasbourg
Carnegie Mellon U
Carnegie Mellon U
Carnegie Mellon U
Max Planck, Solid State Res
U TokyoInstitut Charles SadronSouth China U Tech
U Illinois
U Edinburgh

MTLS
ANYL
MTLS
INOR
ORGN
ENRG
PHYS
MTLS
ORGN
MTLS
ENRG
INOR
MTLS
MTLS
PHYS
ENVR
ENRG
ANYL
BIOL
MTLS
MACR
ENVR
ENVR
HLTH
ENRG
MTLS
MTLS
BIOL
BIOL
HLTH
INOR
INOR
ORGN
INOR
ORGN
ORGN
MTLS
MTLS
SCTY
ORGN
MTLS
SCTY
MTLS
MTLS
ENRG
ORGN
ORGN
PHYS
INOR
INOR
PHYS
MTLS
MTLS
INOR
MTLS
ANYL
ENVR
ANYL
ANYL
ENRG
ANYL
ORGN
INOR
ORGN
ENVR
ENVR
ENRG
BIOL
PHYS
MACR
ENRG
BIOL
MTLS
MTLS
MTLS
PHYS
MACR
ENRG
SCTY
INOR

161
275
1742
1970
2367
122
1392
658
1583
1019
906
1988
2566
1909
420
288
658
962
288
1326
482
493
624
638
56
2182
376
622
623
505
33
314
512
855
1465
1604
1710
1858
367
1142
418
186
2188
2838
873
109
1819
1330
1698
1176
109
153
1192
26
373
408
423
561
839
856
1196
2025
1404
2262
912
783
584
106
1679
993
672
97
1426
1798
35
424
1607
312
150
102

Love, J.
Love, J.
Love, J.
Loveland, W.
Lowary, T.
Lowry, G.
Lozinsek, M.
Lu, B.
Lu, B.
Lu, C.
Lu, C.
Lu, D.
LU, D.
Lu, F.
Lu, G.
Lu, G.
Lu, H.
Lu, H.
Lu, H.
Lu, J.
Lu, J.
Lu, K.
Lu, K.
Lu, N.
Lu, P.
Lu, Q.
Lu, Q.
Lu, R.
Lu, S.
Lu, T.
Lu, W.
Lu, W.
Lu, X.
Lu, X.
Lu, Y.
Lu, Y.
Lu, Y.
Lu, Y.
Lu, Y.
Lu, Y.
Lu, Y.
Lu, Z.
Lu, Z.
Lu, Z.
Lu, Z.
Luan, T.
Lübeck, J.S.
Lubell, W.
Lubitz, W.
Luchko, T.
Lucia, L.
Lucia, L.A.
Lucia, L.A.
Lucy, C.
Lucy, C.
Luechow, A.
Luecke, H.
Luesch, H.
Luesch, H.
Luft, J.C.
Luh, T.
Lukens, W.
Lumb, J.
Lumb, J.
Lumb, J.
Lundberg, B.
Lunsford, S.K.
Luo, C.
Luo, F.
Luo, G.
Luo, H.
Luo, J.
Luo, L.
Luo, M.
Luo, R.
Luo, S.
Luo, S.
Luo, S.
Luo, Y.
Luo, Y.

U Edinburgh
U Edinburgh
U British Columbia
Oregon State U
U Alberta
Carnegie Mellon U
McMaster U
Zhejiang U
Zhejiang U
U Minnesota, Twin Cities
U Minnesota, Twin Cities
Chinese Academy of Scis
Jilin U
Chinese Academy of Scis
U IowaNanjing U, Sci Tech
Kyoto U
Bowling Green State Uesity
Peking U
Soochow U
Argonne National Laboratory
Kyoto U Pharm Sci
Academia Sinica
Nat Taipei U Tech
Jilin UU Waterloo
U Waterloo
Meiji U
Kyoto USun Yat-Sen U
South U Sci & Tech, China
Kyoto U
Dalian U Tech
Huazhong U Sci Tech
Tsinghua U
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
Northeast Normal U
Nat U Singapore
U TokyoSichuan U
Beijing Normal U
Jilin U
Chinese Academy of Scis
Sun Yat-Sen U
U Copenhagen
U Montréal
Max Planck, Chem Enrg Conv
Cal State U, Northridge
NC State U
Qilu U Tech
Qilu U TechU Alberta
U Alberta
RWTH Aachen U
UC Irvine
U Florida
U Florida
U North Carolina, Chapel Hill
National Taiwan U
Lawrence Berkeley Natl Lab
McGill U
McGill U
McGill U
Fiberstar Bio-Ingredient Tech
Wright State U
Leibniz Inst Poly, Dresden
Fujian Merology Inst
Tsinghua U
Oak Ridge National Laboratory
Huanzhong Agri U
South China Agri U, Guangzhou
Memorial Sloan Kettering Cancer
UC Irvine
Chinese Academy of Scis
Beijing U Chem Techy
National Cheng Kung U
Northeastern U
Dalian U Tech

INOR
INOR
INOR
PHYS
BIOL
ENVR
INOR
HLTH
ENVR
INOR
INOR
ANYL
MACR
MTLS
ANYL
ORGN
INOR
PHYS
MACR
MACR
ENRG
BIOL
INOR
INOR
MACR
HLTH
PHYS
ANYL
ORGN
ORGN
INOR
ORGN
MACR
ORGN
ORGN
INOR
BIOL
BIOL
MTLS
ORGN
BIOL
MTLS
BIOL
MTLS
PHYS
ANYL
ANYL
BIOL
ENRG
PHYS
ENRG
ENRG
ENRG
ANYL
ANYL
PHYS
BIOL
ORGN
BIOL
HLTH
ORGN
ENVR
ORGN
ORGN
ORGN
ENVR
SCTY
MACR
ANYL
ORGN
SCTY
ENVR
ANYL
BIOL
PHYS
ORGN
PHYS
MTLS
ANYL
PHYS

889
1371
892
817
177
588
1394
257
107
1444
1673
917
499
19
306
2125
1708
489
7
1204
522
879
216
1738
1403
173
1691
331
2026
663
254
322
487
700
224
1657
155
684
1654
1176
1205
1587
1430
1956
1949
662
235
672
473
146
313
138
314
80
153
1988
804
1084
429
205
1632
634
86
1703
2703
782
199
1010
378
7
337
89
573
115
28
1772
1380
14
301
563

Luo, Y.
Luo, Y.
Luo, Y.
luo, z.
Luptak, A.
Lupton, D.W.
Lupton, J.M.
Lupton, J.M.
Luscombe, C.
Luscombe, C.
Lusher, D.
Lussier, F.
Lutz, B.
Lutz, B.
Lutz, J.
Lutz, J.
Lutz, S.
Luyt, L.
Luzar, A.
Luzar, A.
Luzar, A.
Luzio, G.a.
Lyakh (Liakh), D.I.
Lyalin, A.
Lygaitis, R.
Lynch, J.M.
Lynd, N.A.
Lynen, F.
Lyon, A.
Lyu, C.
Lyu, H.
Lyu, P.
Lyu, P.
Lyu, T.
Lyu, T.
Lyu, X.
M. Poole, A.
Ma, C.
Ma, C.
Ma, D.
Ma, D.
Ma, G.
Ma, H.
Ma, H.
Ma, H.
Ma, H.
Ma, J.
Ma, J.
Ma, J.
Ma, J.
Ma, J.
Ma, L.
Ma, R.
Ma, R.
Ma, S.
Ma, S.
Ma, T.
Ma, Y.
Ma, Y.
Ma, Y.
Ma, Y.
Ma, Y.
Mabuchi, T.
Macabeo, A.G.
Macabeo, A.G.
MacBeth, C.E.
MacBeth, C.E.
Macchioni, A.
Macchioni, A.
Macdonald, P.M.
MacDonnell, F.M.
MacDonnell, F.M.
Macfarlane, R.J.
MacGillivray, L.R.
MacGillivray, L.R.

U Sci Tech, China
U Sci Tech, China
U Sci Tech, China
Chongqing U
UC Irvine
Monash U
Regensburg U
Regensburg U
U Washington
U Washington
Swinburne U Tech
U Montreal
U Washington
U Washington
Institut Charles Sadron
Institut Charles Sadron
Emory U
Western U
Virginia Commonwealth U
Virginia Commonwealth U
Virginia Commonwealth U
usda
Oak Ridge National Laboratory
NIMS (NIMS)
Technische U Dresden
NIST
U Texas at Austin
Ghent U
Chapman U
Beijing U Chem Tech
Chinese U Hong Kong
Zhejiang U
National Tsing Hua U
Hangzhou Dianzi U
Hangzhou Dianzi U
Jllin UU Canterbury
Australian National U
Australian National U
Shanghai Inst Org Chem
Shanghai Inst Org Chem
U tokyoJilin U, China
Tsinghua U
Chinese Academy of Scis
Harbin U Sci Tech
Baylor College of Medicine
Shanghai Inst of Ceramics
Nanjing U
Harbin Inst of Tech
Tianjin U
U Michigan
Pusan National U
Washington State U
U South Florida
U South Florida
Shaanxi Normal U
Donghua U
South China U Tech
South China U Tech
Peking U
Peking U
Tohoku U
U SANTO TOMASU SANTO TOMAS
Emory U
Emory UU Perugia
U Perugia
U Toronto, Mississauga
U Texas, Arlington
U Texas, Arlington
CaltechU IowaU IowaKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

PHYS
PHYS
PHYS
ENVR
BIOL
ORGN
PHYS
PHYS
INOR
ENRG
MACR
ANYL
ANYL
ANYL
MACR
MACR
BIOL
HLTH
PHYS
PHYS
MTLS
ENVR
PHYS
PHYS
MTLS
ENVR
MTLS
ANYL
MACR
MACR
ORGN
ORGN
BIOL
MACR
ENVR
MACR
BIOL
INOR
INOR
ORGN
ORGN
ENRG
MTLS
MACR
ORGN
INOR
PHYS
MTLS
PHYS
ENVR
ORGN
MTLS
PHYS
MACR
INOR
MTLS
ENVR
MACR
MACR
MTLS
ORGN
ORGN
MTLS
HLTH
ORGN
INOR
ORGN
INOR
INOR
MACR
INOR
ENRG
MACR
ORGN
ORGN

1384
1463
1706
347
1143
94
494
1792
793
641
1072
946
453
1236
679
851
1248
415
11
849
1157
914
2030
476
1543
462
1986
1211
102
1550
444
676
424
894
649
1005
92
1628
1641
605
2410
953
1698
1438
1311
535
158
1885
716
111
1357
1290
558
161
1700
997
109
1117
1081
397
79
1364
2283
395
2027
1645
2498
204
1270
987
1423
167
357
178
1722

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)MacGillivray, L.R.
Macgregor, S.A.
Machida, K.
MACHIDA, K.
Machida, M.
Machida, R.
MACHIDA, S.
MACHIDA, S.
Machinami, T.
Machonkin, T.E.
Macia, N.
Mack, J.
Mack, K.
Macka, M.
Mackay, D.
Mackay, J.
Maclachlan, J.
Maclachlan, J.
Maclachlan, J.
MacLachlan, M.
MacLean, S.W.
MacMillan, D.
MacMillan, J.B.
MacMillan, J.B.
Madsen, L.A.
Maeba, J.
Maeda, A.
Maeda, C.
Maeda, C.
Maeda, C.
Maeda, H.
Maeda, H.
Maeda, K.
Maeda, K.
Maeda, K.
Maeda, K.
Maeda, M.
Maeda, M.
Maeda, M.
Maeda, M.
Maeda, N.
Maeda, R.
Maeda, S.
Maeda, S.
Maeda, S.
Maeda, T.
Maeda, Y.
Maeda, Y.
Maeda, Y.
Maeda, Y.
Maeda-Yamamoto, M.
Maegaki, Y.
Maegawa, T.
Maegawa, T.
MAEKAWA, H.
Maekawa, K.
Maekawa, M.
Maekawa, Y.
Maeki, M.
Maeno, H.
Maeno, Z.
Maeno, Z.
Maesato, M.
Maeshima, K.
Maeshima, K.
Maeta, C.
Maeta, T.
Maeyama, E.
Mafune, F.
Magarvey, N.
Magauer, T.
Magee, J.W.
Magnani, J.
Magnuson, K.W.
Magome, N.

U IowaHeriot-Watt U
Kanagawa U
Waseda U
Kumamoto U
Chuo U
Kyoto Inst of Tech
Kyoto Inst of Tech
MEISEI U
Whitman College
U Calgary
U Cincinnati
Assoc Am Colleges & U
U Tasmania
Trent U
U Sydney
PID Analyzers, LLC
PID Analyzers, LLC
PID Analyzers, LLC
U British Columbia
U Victoria
Princeton U
U Texas Southwest Med Cntr
U Texas Southwest Med Cntr
Virginia Tech
U Toyama
Kobe UTokyo U Agri & Tech, Japan
Okayama U
Okayama U
Osaka U
Ritsumeikan U
Kanazawa U
Tokyo Inst of Tech
Tokyo Inst of Tech
Kyoto Inst of Tech
Kyushu Inst of Tech
NIT, Ube Col
RIKEN
Waseda U
Keio U
Kyoto U
Hokkaido U
Hokkaido U
U Fukui
Osaka U
Osaka prefecture U
U FukuiTokyo U Agri & Tech
Osaka City U
Nat Food Res Inst, NARO
Tokyo U Agri & Tech
Kyoto Inst Tech
Kinki U
Nagaoka U TechU Fukui
Kinki U
Gifu U
Hokkaido U
Keio U
Osaka U
Osaka U
Kyoto U
National Inst of Genetics
National Inst of Genetics
Yonago Col, NIT.
Niigata U
Yamaguchi U
U Tokyomcmaster U
LMU Munich
NIST
GlycoMimetics, Inc.
U Hawaii
Dokkyo Medical U

MTLS
INOR
PHYS
BIOL
ENRG
ANYL
MACR
MTLS
ORGN
INOR
PHYS
ORGN
SCTY
ANYL
ENVR
BIOL
SCTY
SCTY
SCTY
ORGN
PHYS
ORGN
ORGN
BIOL
MACR
ENRG
HLTH
ANYL
ORGN
ORGN
HLTH
ORGN
MACR
ENRG
ENRG
ANYL
MACR
ENVR
MTLS
INOR
ORGN
ENRG
PHYS
PHYS
MACR
ORGN
ENRG
MACR
ENRG
INOR
ENVR
BIOL
MACR
ORGN
ORGN
INOR
INOR
ORGN
ANYL
MTLS
ORGN
MTLS
MTLS
PHYS
BIOL
BIOL
MTLS
PHYS
PHYS
BIOL
ORGN
SCTY
BIOL
INOR
PHYS

1182
62
1081
284
63
506
1426
2582
2253
71
1516
182
170
556
99
926
56
93
111
277
1332
672
265
427
416
277
531
1025
835
1853
656
2682
126
111
825
645
958
210
1604
104
1925
118
35
704
801
476
498
633
1014
607
53
557
704
498
1169
1482
686
1331
803
685
288
1140
2225
291
1237
816
874
1205
191
694
1704
394
392
1924
1061

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–359

NAME INDEXMaguire, S.
Maguire, S.
Mah, S.
Mahadevan-Jansen, A.
Mahaffy, P.
Mahato, P.
Mahinpey, N.
Mahmood, A.
Mahmoud, A.
Mahshid, S.S.
Mai, B.K.
Maier, J.P.
Mainz, V.V.
Maira, B.
Maisano, J.
Maisch, J.K.
Maitra, U.
Maity, S.
Maj, M.
Majewski, O.
Maji, T.
Majima, T.
Majonis, D.
MAK, Y.
makabe, K.
Makabe, Y.
Maki, Y.
Makino, A.
Makino, T.
Makino, Y.
Makino, Y.
Makio, S.
Makita, Y.
Makris, T.M.
Maksyutenko, P.
Maldonado, S.
Malecha, K.
Malek, K.
Malenfant, P.R.
Maley, A.M.
Mali, K.S.
Malik, K.
Malik, M.I.
Malik, M.I.
Malla Reddy, C.
Mallah, T.
Malliaras, G.
Mallov, I.
Malloy, T.
Malmstrom, E.
Malmstrom, E.
Maly, K.
Maly, K.
Mamedov, F.
Mamedov, F.
Mamiya, F.
Manabe, S.
Manabe, S.
Manabe, S.
Manabe, Y.
Manasseh, R.
Mandai, H.
Mandai, K.
Mandal, T.K.
Mandelshtam, V.
Mandelshtam, V.
Mandour, H.S.
Manger, R.
Mangindaan, D.W.
Mankad, N.P.
Mankad, N.P.
Manners, I.
Manners, I.
Manners, I.
Manoharan, M.
Mansergh, R.H.
Mansikkamäki, A.
Manson, J.L.
Manson, J.L.
Manson, S.T.

360 –PRESENTERS

McGill U
McGill U
Taylor’s U
Vanderbilt U
The King’s U
Kyushu U
U Calgary
Harvard Medical School
U Alberta
U Montréal
Kyung Hee U
U BaselU Illinois Urbana-Champaign
Jaist
U TexasU Tübingen
Indian Inst of Sci
UC Berkeley
Korea U
Flinders U
U Kansas
Osaka U
Fluidigm Canada Inc.
City U Hong Kong
Yamagata U
Ritsumeikan U
Dept Chem Matls Eng
U Fukui
Nagoya U
U TokyoYokohama National U
Okayama U
Osaka Dental U
U South Carolina
U Hawaii
U Michigan
UC Irvine
SFU
Nat Res Council, Canada
UC Irvine
KU Leuven-U Leuven
U Bristol, Med Sci
POSTECHPOSTECH
Indian Inst Sci Ed & Res Kolkata
U Paris Sud 11
Ecole des Mines
U Toronto
UCLA
KTH Royal Inst Tech
KTH Royal Inst Tech
Wilfrid Laurier U
Wilfrid Laurier U
Uppsala U
Uppsala U
Nagoya U
RIKEN
RIKEN
RIKEN
Kyoto U
Swinburne U Tech
Okayama U
Okayama U
Indian Inst Tech Roorkee
UC Irvine
UC Irvine
Tohohashi U TechFred Hutchinson Cancer Res Cntr
Parahyangan Catholic U
U Illinois, Chicago
U Illinois, Chicago
U Bristol
U Bristol
U Bristol
Alnylam Pharmaceuticals
Oregon State U
U Jyväskylä
Eastern Washington U
Eastern Washington U
Georgia State U

SCTY
ENVR
ORGN
ANYL
SCTY
ORGN
ENRG
HLTH
MTLS
ANYL
INOR
PHYS
SCTY
MACR
MACR
MTLS
MACR
HLTH
PHYS
MACR
ORGN
PHYS
ANYL
ANYL
BIOL
ENRG
MTLS
HLTH
MACR
ENVR
BIOL
BIOL
ORGN
INOR
ANYL
MTLS
PHYS
PHYS
MTLS
ANYL
MTLS
BIOL
MACR
MACR
MTLS
MTLS
MTLS
INOR
SCTY
MACR
MACR
ORGN
MTLS
BIOL
ENRG
ORGN
HLTH
ORGN
ORGN
HLTH
MTLS
ORGN
ORGN
MTLS
PHYS
PHYS
ORGN
ANYL
MTLS
INOR
ORGN
INOR
INOR
MACR
HLTH
MTLS
PHYS
INOR
MTLS
ANYL

355
19
2028
868
405
1121
392
79
1375
693
760
1181
406
698
759
2078
553
506
666
783
484
792
503
1094
1382
792
1359
230
1200
290
357
558
1605
874
925
1165
1026
2044
2801
743
1839
746
129
440
594
172
138
1268
356
271
556
1386
2572
102
910
1323
259
501
2332
558
1180
2256
113
1040
151
1683
321
1040
1460
63
2717
1185
1739
259
3
1655
236
545
2496
1115

Manuel, G.
Manz, A.
Manzano, R.A.
Manzano, R.A.
Manzer, S.
Manzhos, S.
Manzhos, S.
Manzhos, S.
Mao, B.
Mao, D.
Mao, H.
Mao, H.
Mao, H.
Mao, X.
Mao, Y.
Mapp, A.K.
Marand, H.
Marassi, F.M.
Marbella, L.
Marce-Villa, P.
Marchetti, A.D.
Marchetti, A.D.
MARCO, M.
Marcotte, I.
Marcus, A.H.
Marcus, R.
Marder, S.R.
Marder, S.R.
Marder, T.
Marder, T.
Margetic, D.
Margulis, C.J.
Marik, J.
Mark, A.E.
Marken, F.
Markley, A.
Markley, J.L.
Marks, T.J.
Marks, T.J.
Marks, T.J.
Marletta, M.
Maron, L.
Maroncelli, M.
Maroncelli, M.
Marrink, S.
Marriott, P.J.
Marriott, P.J.
Marriott, P.J.
Marrocchi, A.
Marsault, E.
Marsault, E.
Marsault, E.
Marti, A.A.
Martic, S.
Martic, S.
Martin, C.D.
Martin, C.D.
Martin, E.T.
Martin, L.R.
Martin, M.C.
Martı́n, N.
Martı́n, N.
Martin, R.W.
Martin, S.
Martindale, B.
Martinez, J.S.
Martinez, L.P.
Martinez, T.J.
Martinez-Bulit, P.
Martinez-Huitle, C.
Martins, N.C.
Martins, T.D.
Martinsen, D.
Marti-Rujas, J.
Marti-Rujas, J.
Martucci, A.
Martucci, A.
Martucci, A.
Marubayashi, H.
Marumoto, K.

U California-Irvine
KIST Europe
Australian National U
Australian National U
UC Berkeley
Nat U Singapore
Nat U Singapore
Nat U Singapore
Xiamen U
Kyoto U
Kent State U
Kent State U
Kent State U
Ocean U China
Fudan UU Michigan
Virginia Tech
Sanford-Burnham Med Res InstU Pittsburgh
U BathRandolph-Macon College
Randolph-Macon College
IQAC-CSIC
U du Québec à Montréal
U OregonClemson U
Georgia Inst of Tech
Georgia Inst of TechU Würzburg
U Würzburg
Rudjer Boskovic InstU IowaGenentech, Inc.
U Queensland
U Bath
U Wisconsin Madison
U Wisconsin-Madison
Northwestern U
Northwestern U
Northwestern U
UC Berkeley
LPCNO, U Toulouse
Penn State
Penn StateU of Groningen
U Meunster
Monash U
Monash U
U Perugia
U Sherbrooke
U Sherbrooke
U Sherbrooke
Rice U
Oakland UOakland U
Baylor U
Baylor U
Indiana U
Idaho National Laboratory
Lawrence Berkeley Nat Lab
U Complutense Madrid
U Complutense
UC Irvine
Harvard U
U Cambridge
Los Alamos National Laboratory
The Scripps Research Inst
Stanford U
U Windsor
UFRN
State U Campinas
Federal U Goias
American Chemical Society
Istituto Italiano di Tecnologia
Istituto Italiano di Tecnologia
U di Padova
U di Padova
U di Padova
Tokyo Inst of Tech
U Tsukuba

ANYL
ANYL
INOR
INOR
PHYS
MACR
PHYS
ENRG
ANYL
ORGN
ANYL
INOR
BIOL
BIOL
MTLS
ORGN
MACR
BIOL
MTLS
ORGN
ANYL
ENVR
ANYL
BIOL
PHYS
ANYL
ORGN
MTLS
INOR
INOR
ORGN
SCTY
HLTH
PHYS
ANYL
ENRG
BIOL
INOR
MTLS
ENRG
INOR
INOR
SCTY
PHYS
PHYS
ANYL
ENVR
ENVR
MTLS
HLTH
SCTY
BIOL
ORGN
MACR
BIOL
INOR
INOR
ORGN
INOR
ANYL
ORGN
ORGN
BIOL
PHYS
MTLS
PHYS
ORGN
BIOL
MTLS
MTLS
ORGN
ENRG
SCTY
INOR
INOR
PHYS
MTLS
MTLS
MACR
PHYS

750
186
702
703
2028
19
25
560
524
2029
631
781
1293
437
1508
2736
1484
109
900
2121
423
206
440
12
981
594
1788
526
6
368
185
393
414
1797
884
913
925
129
349
486
1950
36
338
717
1607
1075
1
391
494
156
102
902
19
1168
1350
181
1748
1164
1165
607
594
1378
60
1154
2545
316
535
1128
573
61
1338
640
131
171
499
2020
1222
1808
1111
1014

Maruoka, K.
marutani, t.
Maruyama, A.
Maruyama, A.
Maruyama, E.
Maruyama, H.
Maruyama, H.
Maruyama, J.
Maruyama, M.
Maruyama, R.
Maruyama, R.
Maruyama, S.
Maruyama, T.
Maruyama, T.
Maruyama, T.
Maruyama, T.
Marvin, C.W.
Masada, S.
Masai, H.
Masai, H.
Masai, H.
Masai, H.
Masai, H.
Masaki, K.
Masaki, Y.
Masaoka, S.
Masaomi, T.
Masayuki, T.
Mas-Balleste, R.
Mascal, M.
Mascal, M.
Mascetti, J.
Mascitti, V.
Mase, K.
Mase, N.
Mase, N.
Mashima, K.
Mashima, K.
Mashio, T.
Masias, A.
Massi, M.
Massi, M.
Masson, J.
Masu, H.
Masubuchi, T.
Masubuchi, Y.
Masuda, H.
Masuda, H.
Masuda, J.D.
Masuda, K.
Masuda, M.
Masuda, M.
Masuda, N.
Masuda, N.
Masuda, S.
Masuda, S.
Masuda, T.
Masuda, T.
Masuda, Y.
Masuda, Y.
Masuda, Y.
Masuda, Y.
Masuda, Y.
Masuda, Y.
Masuhara, A.
Masuhara, Y.
Masui, S.
Masui, Y.
Masui, Y.
Masum, A.A.
Masumoto, Y.
Masunaga, R.
Masunaga, S.
Masuno, D.
Masuo, S.

Kyoto U
Kinki UTokyo Inst. of Tech
Tokyo Inst. of TechU Yamanashi
U Yamanashi
Kyoto U, Japan
Osaka Muni Tech Res InstU Tsukuba
U TokyoGunma UU Tokyo
Osaka City U
Inagawa Inst Tech
Kanazawa U
Waseda U
U Pittsburgh
Nat Inst Health Sci
Kyoto U
Kyoto U
Kyoto U
Kobe U
Kobe U
Kanazawa U
NIT, Wakayama Col
Inst for Molecular Sci
Osaka U
Osaka UU Autonoma de Madrid
UC Davis
UC Davis
U BordeauxPfizerKyushu U
Shizuoka U
Shizuoka U
Osaka U
Osaka U
Gunma Nat Col Tech
Ford Motor Company
Curtin U
Curtin U
U de Montreal
Chiba U
Asahi Kasei Chem Corp
Nagoya U
Chuo U
Nagoya Inst of TechSaint Mary’s U
U TokyoGifu Phermaceutical U
Fukui U Tech
Tokyo Inst of Tech
Kyoto U
Kyushu U
Tokyo Inst of Tech
Tokyo Metropolitan U
U TokyoMinerva Light Laboratory L.L.C.
Tokyo U Sci
Tohoku U
NIT, Gunma Col
Shizuoka U
Shizuoka U
Yamagata U
Tottori U
Osaka UNara Nat Col Tech
Kansai U
Tokyo U Sci
U Tokyo
Hokkaido U
Yokohama National U
Tokyo Metropolitan U
Kwansei Gakuin U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
BIOL
MTLS
MTLS
MTLS
MTLS
ORGN
ANYL
ORGN
ANYL
MTLS
MTLS
ORGN
BIOL
MTLS
BIOL
PHYS
SCTY
MTLS
MTLS
MTLS
INOR
MTLS
ORGN
BIOL
INOR
ENVR
ORGN
MTLS
MACR
ENRG
PHYS
ORGN
PHYS
ORGN
ORGN
INOR
INOR
ENRG
ENRG
INOR
MTLS
ANYL
ORGN
MACR
MACR
ANYL
INOR
INOR
ORGN
ORGN
ENVR
MTLS
INOR
ANYL
PHYS
INOR
MACR
ENRG
MTLS
ORGN
MTLS
MTLS
MTLS
MTLS
ORGN
ORGN
ORGN
MACR
MTLS
ORGN
PHYS
ENVR
ORGN
PHYS

1448
877
532
2173
1489
2707
2193
1048
726
405
785
2087
2560
304
1656
1088
718
9
1280
2164
2165
697
1063
357
857
34
740
1196
636
65
137
1180
1626
387
2191
2652
210
1197
196
267
854
2194
625
967
1326
23
497
261
1749
2115
2653
800
2645
1266
804
1685
285
601
626
2646
861
770
1475
1476
947
898
698
379
589
1771
1510
1534
464
1901
2014

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Masutani, K.
Masutomi, K.
Masuya, Y.
Matano, Y.
Matano, Y.
Matanovic-Gonzales, I.
Matejdes, M.
Matelska, D.
Matesic, L.
Mathew, S.
Mathew, T.
Mathey, F.
Mathies, R.A.
Mathies, R.A.
Mathoniere, C.
Mathur, S.
Matikonda, S.
Mato, Y.
Matoba, Y.
Matsen, M.W.
Matsika, S.
Matsika, S.
Matson, C.
Matsuba, G.
Matsubara, H.
Matsubara, K.
Matsubara, R.
Matsubara, T.
Matsubara, T.
Matsubara, T.
Matsubayashi, T.
Matsuda, A.
Matsuda, A.
Matsuda, K.
Matsuda, K.
Matsuda, K.
Matsuda, K.
Matsuda, K.
Matsuda, M.
Matsuda, M.
Matsuda, M.
MATSUDA, N.
Matsuda, T.
Matsuda, Y.
Matsuda, Y.
MATSUDA, Y.
Matsue, T.
Matsui, H.
Matsui, H.
Matsui, H.
Matsui, H.
Matsui, H.
Matsui, J.
Matsui, J.
Matsui, K.
Matsui, K.
Matsui, M.
Matsui, S.
Matsui, T.
Matsui, T.
Matsui, T.
Matsui, Y.
Matsui, Y.
Matsui, Y.
Matsukata, M.
Matsukawa, K.
Matsukawa, T.
Matsukawa, T.
Matsuki, Y.
Matsumi, N.
Matsumori, N.
Matsumori, N.
Matsumori, N.
Matsumoto, A.
Matsumoto, A.

Kyoto Inst of Tech
Tokyo Inst of Tech
Osaka U
Niigata U
Niigata U
U New Mexico
Slovak Academy of Scis
U Warsaw
AU Nuclear Sci Tech
Tokyo Metropolitan U
U Southern California
Nanyang Tech U
U California
U California
Bordeaux U
U Cologne
U Otago
NIT, Asahikawa Col
Hiroshima U
U Waterloo
Temple U
Temple U
Baylor U
Yamagata U
SOKENDAI
Fukuoka U
Waseda U
U Tokyo
Keio UTokyo Inst of Tech
Grad. Sch. of Keio U
Tokyo Inst of Tech
Ochanomizu U
Meijo U
Kinki U
Kyoto U
Kyoto U
Kyoto U
Kumamoto U
Kumamoto U
Kobe UAIST
Yokohama National U
Shizuoka U
Tohoku U
NIT, Kochi Col
Tohoku U
U Tsukuba
U Tsukuba
U Tsukuba
Osaka U
Nagoya U
Yamagata U
Yamagata U
Kanto Gakuin U
Yokohama National U
Tohoku U
Shinshu U
Keio U
Tohoku U
Tohoku U
Osaka Prefecture U
Osaka Prefecture U
Osaka U
Waseda U
Osaka Muni Tech Res Inst
Ibaraki U
Kinki U
Osaka U
JAIST
Kyushu U
Kyushu U
Kyushu U
Konan UTokyo U, Med & Dental

MACR
ORGN
ORGN
INOR
INOR
PHYS
MTLS
BIOL
HLTH
ENRG
ORGN
INOR
PHYS
BIOL
INOR
INOR
BIOL
ANYL
INOR
MACR
PHYS
PHYS
ENVR
MACR
BIOL
INOR
ORGN
ORGN
BIOL
BIOL
MACR
ENRG
PHYS
ORGN
ENVR
MTLS
MTLS
MTLS
MTLS
MTLS
HLTH
ANYL
BIOL
MACR
MTLS
PHYS
BIOL
HLTH
HLTH
HLTH
ORGN
ENRG
MACR
MACR
MTLS
MTLS
BIOL
MACR
MTLS
BIOL
BIOL
ORGN
ORGN
HLTH
ENRG
MACR
MTLS
ENVR
BIOL
MACR
ORGN
BIOL
BIOL
MACR
MACR

966
1044
2529
1358
1745
1676
1363
308
64
970
1784
2018
71
1130
1380
215
661
254
434
823
271
460
273
1610
874
1011
1874
998
1032
149
890
1028
588
2476
37
1962
1498
2529
593
2647
186
1042
162
249
2694
1591
944
19
163
180
1883
589
377
688
1344
1407
72
896
195
315
1164
1122
1500
660
1051
136
1804
217
55
260
1215
202
409
1439
222

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–361

NAME INDEX
Matsumoto, A.
Matsumoto, A.
Matsumoto, D.
Matsumoto, H.
MATSUMOTO, J.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, K.
Matsumoto, M.
Matsumoto, M.
Matsumoto, M.
Matsumoto, N.
Matsumoto, S.
Matsumoto, S.
Matsumoto, S.
Matsumoto, S.
Matsumoto, T.
Matsumoto, T.
Matsumoto, T.
Matsumoto, T.
Matsumoto, T.
Matsumoto, T.
Matsumoto, T.
Matsumoto, Y.
Matsumoto, Y.
Matsumoto, Y.
Matsumoto, Y.
Matsumoto, Y.
Matsumoto, Y.
Matsumura, H.
Matsumura, K.
Matsumura, S.
Matsumura, S.
Matsumura, S.
Matsumura, T.
Matsumura, T.
Matsumura, Y.
Matsunaga, A.
Matsunaga, K.
Matsunaga, S.
Matsunaga, S.
Matsunaga, S.
Matsunaga, Y.
Matsunami, A.
Matsuno, S.
Matsuno, Y.
Matsuo, A.
Matsuo, H.
Matsuo, I.
Matsuo, M.
Matsuo, M.
Matsuo, N.
Matsuo, T.
Matsuo, Y.
Matsuo, Y.
Matsuo, Y.
Matsuo, Y.
Matsuo, Y.
Matsuo, Y.
Matsuoka, H.
Matsuoka, J.
Matsuoka, R.
Matsuoka, R.
Matsuoka, S.
Matsuoka, S.
Matsuoka, Y.
Matsuoka, Y.
Matsusaka, Y.
Matsusaki, M.
Matsusaki, M.
Matsushima, T.
Matsushima, T.
Matsushita, M.M.
Matsushita, M.M.

362–PRESENTERS

Tokyo U Sci
Kyoto UTokyo U Agri & Tech
Ehime U, Eng
Osaka UTokyo U od Sci
Kyoto U
Kansai U
Kansai U
Hokkaido U
Nat Inst Rad Sci
Kyushu U
Kyoto U
Kindai U
Nihon U
Kobe UElectric Power Dev Co
Kyoto UU Kitakyushu
Toho U
Chiba UU Yamanashi
Chuo U
Saitama U
Tokyo U Agri & Tech
Kobe U
Osaka UTokyo Polytechnic U
Inst Transform Bio-Mol, Nagoya U
Tokyo U Sci
Shizuoka U
Shizuoka U
Kyushu U
Nagoya Inst Tech, Eng
Prefect U Hiroshima
Oregon Health & Sci U
U TokyoU Toyama
U Toyama
Saitama U, Eng
Minerva Light Laboratory L.L.C.
Minerva Light Laboratory L.L.C.
Tokyo Inst of Tech
Kanto Gakuin U
Waseda U
Kanagawa U
U Tokyo
U TokyoYokohama National U
Tokyo Inst of Tech
Hakkaido U
Yamagata U
Yokohama National U
Shimane U
Gunma UU of toyama
U Tokyo
U HyogoNAISTU HyogoU HyogoSuntory Global Innov Cntr
Nagasaki U
U Tokyo
U Tokyo
Kyoto U
Meijo U, Pharm
Toyo UU Tokyo
Osaka U
Osaka U, Sci TechTokai U
Kyushu U
Tokyo metropolitan U
Osaka U, Eng
Osaka U, Eng
NIT, Tsuyama Col
Kyushu U
Nagoya U
Nagoya U

ORGN
ANYL
BIOL
MTLS
BIOL
HLTH
INOR
HLTH
MACR
MACR
HLTH
ORGN
MTLS
ORGN
MTLS
MACR
ENRG
HLTH
MTLS
INOR
ORGN
ENRG
ENRG
ORGN
SCTY
ORGN
MTLS
MACR
INOR
ANYL
PHYS
PHYS
MACR
MTLS
ORGN
INOR
INOR
BIOL
BIOL
MACR
MTLS
ENRG
HLTH
MTLS
ENVR
MTLS
ORGN
BIOL
MTLS
INOR
MTLS
MTLS
MTLS
BIOL
BIOL
ORGN
PHYS
BIOL
ORGN
INOR
MTLS
ENVR
ENVR
INOR
ORGN
MTLS
ORGN
BIOL
INOR
HLTH
BIOL
BIOL
ORGN
INOR
BIOL
MTLS
MACR
MTLS
MTLS
MTLS

1332
1182
1089
1062
1276
670
1559
314
1050
769
166
2540
835
1436
616
662
855
217
1120
979
1863
976
706
2619
221
1904
240
1596
269
720
675
2072
568
761
292
1497
1828
262
1331
1443
396
626
436
1705
668
1657
1204
266
1408
661
2648
2050
2422
854
624
850
1087
1396
1123
1558
1331
429
712
794
1392
406
353
625
814
46
412
399
1606
637
952
2807
519
1207
286
2649

Matsushita, S.
Matsushita, S.
MATSUURA, K.
Matsuura, M.
Matsuyama, H.
Matsuyama, S.
Matsuzaka, H.
Matsuzaki, H.
Matsuzaki, K.
Matsuzaki, R.
Matsuzaki, T.
Matta, C.F.
Matteo, D.
Matteson, D.S.
Matteucci, M.
Mattice, C.M.
Mattoussi, H.
Mattoussi, H.
Mattson, A.E.
Matubayasi, N.
Matula, T.
Matute, R.A.
Matyjaszewski, K.
Matyjaszewski, K.
matyushov, d.
Matzger, A.J.
Maugeri, E.A.
Mauk, G.
Mauracher, A.
Mauter, M.S.
Mauter, M.S.
Mavrikakis, M.
May, J.A.
Mayer, M.
Mayes, M.
Maynard, H.
Maynard, H.
Maynard, H.
Mazaheripour, A.
Mazaheripour, A.
Mazur, U.
Mazzanti, M.
Mazzanti, M.
Mazzanti, M.
Mc Mahon, R.M.
McAfee, S.
McAlpine, M.
McAlpine, M.
mcalpine, s.r.
mcalpine, s.r.
mcalpine, s.r.
McCain, K.S.
McCallum, T.
McCarroll, M.
McCarthy, C.L.
McCarthy, M.C.
McClenaghan, N.D.
McClenaghan, N.D.
McClenaghan, N.D.
McCloskey, B.D.
McCollum, B.M.
McConnell, E.M.
McCormick, M.F.
McCoy, A.B.
McCoy, A.B.
McCoy, A.B.
McCray, M.K.
McCrea-Hendrick, M.L.
McCreery, R.L.
McCreery, R.L.
McCubbin, A.
McDermott, M.
McDermott, M.
McDonough, K.M.
McElrea, A.
McElwee-White, L.
McEwen, L.
McEwen, L.
Mcgee, P.
McGill, S.

Tokyo Inst of Tech
Hiroshima U
Tottori U
Comprehensive Res Org Sci & Soc
Kobe UTokyo Insititute of Tech
Osaka Prefecture U
National Inst of AIST
Nagoya Inst of Tech
Keio U
Saitama Uesity
Mount Saint Vincent U
San Jose State U
Washington State U
Threshold Pharmaceuticals
Carleton U
Florida State U
Florida State U
The Ohio State U
Osaka U
U Washington
U Southern California
Carnegie Mellon
Carnegie Mellon
Arizona State U
U Michigan
Paul Scherrer Institut
U British Columbia
U Innsbruck
Carnegie Mellon U
Carnegie Mellon U
U Wisconsin, Madison
U Houston
U Michigan
U Mass, Dartmouth
UCLA
UCLA
UCLA
UC Irvine
UC Irvine
Washington State U
EPFL
EPFL
EPFL
U Queensland
U Calgary
U Minnesota
U Minnesota
U New South WalesU New South WalesU New South Wales
Austin College
U Ottawa
Southern Illinois U
U Southern California
Harvard-Smithonian, Astrophys
CNRS / U Bordeaux
CNRS / U Bordeaux
CNRS / U BordeauxUC, Berkeley
Mount Royal U
Carleton U
Emory UThe Ohio State U
The Ohio State U
The Ohio State U
U.S. Borax, Rio Tinto
UC Davis
U of Alberta
U of Alberta
U Winnipeg
U Alberta
U Alberta
Procter & Gamble
U Manitoba
U Florida
Cornell U
Cornell U
U Ottawa
Florida State U

PHYS
ENRG
BIOL
MTLS
MACR
PHYS
INOR
ORGN
ORGN
PHYS
BIOL
PHYS
ORGN
ORGN
HLTH
BIOL
MTLS
MTLS
ORGN
PHYS
MTLS
PHYS
MACR
MACR
PHYS
ORGN
INOR
BIOL
PHYS
MACR
MTLS
PHYS
ORGN
MTLS
MTLS
HLTH
MACR
ORGN
MACR
ORGN
MTLS
INOR
INOR
INOR
HLTH
MTLS
MTLS
MTLS
BIOL
BIOL
BIOL
SCTY
ORGN
ANYL
MTLS
PHYS
ORGN
MTLS
MTLS
MTLS
SCTY
BIOL
SCTY
PHYS
PHYS
PHYS
ENRG
INOR
PHYS
MTLS
ORGN
ANYL
MTLS
ENVR
ORGN
MTLS
SCTY
SCTY
ORGN
MTLS

2011
765
1381
2296
1644
881
64
1124
916
749
663
1497
1603
1423
263
1274
1605
2203
1700
17
971
719
350
1309
1999
659
775
30
1910
1358
1799
507
611
1009
1871
341
1504
163
884
1834
899
327
1341
2062
145
2650
1623
2289
430
740
897
73
1029
1216
2284
1265
1125
1866
2291
1987
242
1273
151
124
429
1765
233
1312
1556
243
1668
622
269
46
2030
129
54
134
848
804

McGill, T.
McGillivray, D.J.
McGown, L.B.
McGrady, S.
McGraw, J.D.
McGuigan, M.
McGuire, C.M.
Mcinnes, C.
McIntyre, D.
McKay, G.
McKeating, K.S.
McKenna, A.M.
McKenna, C.E.
McKeown, N.
McKeown, N.
McKlmon, R.
McLaughlin, P.F.
McLean, J.A.
McLeod, J.
McLeod, J.
McMahon, R.J.
McMahon, R.J.
McManus, M.M.
McMurtrie, J.
McNamee, C.
McNaughton, B.
McNeil, W.
McQuarters, A.
Meda, V.
Mededovic Thagard, S.
Medina, P.A.
Medina-Franco, J.L.
Medina-Franco, J.L.
Medlin, J.
Medlin, J.
Meemken, F.
Meemken, F.
Meguro, Y.
Mehl, G.H.
Mehrazma, B.
Mehring, M.
Mehta, M.
Mei, D.
Meier, J.L.
Meier, M.
Meier, M.
Mejia, A.B.
Mekala, A.
Melander, C.
Melby, E.S.
Meledandri, C.
Melen, R.
Melen, R.
Melker, A.
Melko, R.G.
Mellerup, S.K.
Mellini, P.
Mellouki, W.
Melot, B.C.
Melton, R.
Men, Y.
Mena-Osteritz, E.
Mendis, C.H.
Mendori, S.
Mendoza, M.
Mendoza-Espinosa, D.
Meng, B.
MENG, D.
Meng, G.
Meng, Q.
Meng, S.
Menner, A.
Menon, S.R.
Menzella, H.G.
Mercado-Marin, E.V.

Emory U
U Auckland
Rensselaer Polytechnic InstSUNY Binghamton
Saarland U
Brookhaven National Lab
Indiana U
U South Carolina
US Department of Energy
U Colorado Boulder
U Montréal
Nat High Mag Field Lab
U Southern California
U Edinburgh
U Edinburgh
American Chemical Society
Syracuse U
Vanderbilt U
Soochow U
Soochow U
U Wisconsin
U Wisconsin
Texas Tech U
Queensland U Tech
Shinshu U
Colorado State U
U British Columbia, Okanagan
U Michigan
U Saskatchewan
Clarkson U
Central Michigan U
UNAM
UNAM
U Colorado
U Colorado
ETH Zürich
ETH Zürich
Japan Atomic Energy Agency
U HullU Calgary
TU Chemnitz
U Toronto
PNNL
National Cancer InstU Arkansas
Karlsruhe Inst Tech (KIT)U Houston
U Alabama, HuntsvilleNorth Carolina State U
U Wisconsin, Madison
U OtagoCardiff U
Cardiff U
UC Santa Barbara
U Waterloo
Queen’s U
Kyoto Prefectural U MedICARE-CNRS/OSUC
U Southern California
High Tech Dev Corp
Changchun Inst Appl Chem
Ulm U
U Kansas
Tokyo Inst of Tech
Cal State, Los Angeles
U Autonoma Metro-Azcapotzalco
U Hong Kong
Tokyo U Marine Sci Tech
Kyushu U
Tech Inst Phys and Chem
Inst Phys, Chinese Academy
U Vienna
U Toledo
U Rosario
UC Berkeley

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

SCTY
MTLS
ANYL
ENRG
MACR
MTLS
ORGN
HLTH
ANYL
ENVR
ANYL
ANYL
ORGN
MACR
MTLS
SCTY
PHYS
PHYS
INOR
PHYS
ORGN
ORGN
ENVR
INOR
PHYS
ORGN
SCTY
INOR
ENRG
ENVR
MTLS
HLTH
MTLS
ORGN
ENRG
ORGN
PHYS
ENVR
MTLS
PHYS
INOR
INOR
ENRG
BIOL
ANYL
MACR
ANYL
ORGN
HLTH
ENVR
MTLS
INOR
ORGN
MACR
PHYS
INOR
BIOL
PHYS
ENRG
SCTY
MACR
MTLS
PHYS
ORGN
BIOL
INOR
MTLS
ENVR
MTLS
ORGN
PHYS
MTLS
INOR
BIOL
ORGN

376
1199
1136
429
828
1409
1168
12
1120
79
621
123
1476
1645
470
44
1129
2066
1710
221
231
1067
650
334
1000
2460
288
1493
942
140
2130
612
357
67
19
2450
335
556
2873
1972
1154
1269
580
518
1007
148
236
2031
153
119
1142
24
1767
472
1161
458
286
1755
613
310
1322
2311
1322
883
289
1271
1447
719
1298
2531
633
633
949
559
2319

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Merchant, R.
Meredith, C.
Merg, A.
Mergny, J.
Merlic, C.
Merlic, C.
Merrer, D.C.
Merz, K.M.
Meshri, D.T.
Messerle, B.A.
Messerle, B.A.
Messersmith, P.
Messersmith, P.
Metha, G.F.
Metters, O.
Metters, O.
Metz, G.A.
Meuwly, M.
Meyer, D.
meyer, g.
Meyer, H.
Meyer, K.
Meyer, K.
Meyer, T.
Meyer, T.
Meyer, T.
Meyer, T.Y.
Meyerhoff, M.E.
Meyerhoff, M.E.
Mezei, G.
Mi, X.
Mian, M.R.
Miao, M.
Miao, Q.
Miao, Q.
Miao, Q.R.
Miao, R.
Miao, T.
Micha, D.A.
Michael, F.
Michael, K.
Michel, S.
Michikawa, A.
Michino, M.
Michinobu, T.
MICHITAKA, T.
Michl, J.
Michl, J.
Michl, J.
Middlecamp, C.H.
Middlecamp, C.H.
Midorikawa, K.
Midorikawa, R.
Midorikawa, T.
Miecznikowski, J.R.
Mieno, H.
Mieno, Y.
Mifflin, A.L.
Migani, A.
MIGITA, C.T.
Mihara, N.
Mihara, Y.
MIHO, S.
Mihoya, A.
Mikami, K.
Mikami, K.
Mikami, S.
Mikata, Y.
Miki, K.
Miksovska, J.
Mikulski, C.M.
Millar, D.M.
Miller, A.
Miller, A.
Miller, B.

The Scripps Research Inst
Georgia Tech
U Pittsburgh
InsermUCLA
UCLA
Barnard College
Michigan State U
Adance Research Chemicals
U New South WalesU New South Wales
Northwestern U
U California
U Adelaide
U Bristol
U Bristol
U Lethbridge
U BaselCEA
UNC-Chapel Hill
U Heidelberg
FAU Erlangen Nuernberg
FAU Erlangen Nuernberg
U North Carolina, Chapel Hill
U North Carolina, Chapel Hill
U North Carolina, Chapel Hill
U Pittsburgh
U Michigan
U Michigan
Western Michigan U
Beijing Normal U
Tohoku U
Jiangnan U
Chinese U Hong Kong
Chinese U Hong Kong
Medical College of Wisconsin
U Connecticut
ChevronU Florida
U Washington
U Texas at El Paso
U Maryland
Osaka U
Waseda U
Tokyo Inst of Tech
Osaka UU Colorado Boulder
U Colorado Boulder
U Colorado Boulder
U Wisconsin-Madison
U Wisconsin-Madison
RIKEN, Photonics
Nihon U
UEC (UEC)
Fairfield U
OPERATokyo U Agri & Tech
U Puget Sound
Inst Català de Nanociència
Yamaguchi U
Nagoya U
Hokkaido Pharm U
Yokohama National U
Tokai UTokyo Inst of Tech
RIKEN
Shimane U
Nara Women’s U
Kyoto U
Florida Int U
Arcadia U
The Dow Chemical Company
U North Carolina, Chapel Hill
U North Carolina, Chapel Hill
U Rochester

ORGN
ENVR
MTLS
INOR
SCTY
ORGN
ORGN
PHYS
INOR
INOR
INOR
MACR
MACR
PHYS
INOR
INOR
BIOL
PHYS
INOR
INOR
PHYS
INOR
INOR
INOR
ENRG
ENRG
MACR
ANYL
INOR
INOR
ORGN
INOR
HLTH
ORGN
MTLS
MTLS
ENRG
ANYL
PHYS
ORGN
BIOL
BIOL
ANYL
ORGN
INOR
ORGN
INOR
ORGN
MTLS
SCTY
SCTY
PHYS
ANYL
BIOL
INOR
MTLS
SCTY
PHYS
PHYS
BIOL
ORGN
MACR
ENVR
ENRG
ORGN
MACR
INOR
INOR
MACR
PHYS
INOR
ENRG
INOR
INOR
ORGN

545
517
1122
893
46
807
1060
935
1552
145
1442
92
1503
960
306
1191
842
1183
14
1218
19
326
1803
199
878
879
677
617
1788
510
2285
563
536
1739
1941
374
1031
61
1244
98
140
1412
283
1342
815
822
1726
209
292
161
350
125
406
990
73
574
231
1045
1102
316
1955
710
501
191
1471
37
587
389
381
1998
1616
554
230
1223
148

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–363

NAME INDEX
Miller, E.
Miller, E.
Miller, E.L.
Miller, J.S.
Miller, L.
Miller, R.
Miller, R.
Miller, R.
Miller, R.
Miller, S.A.
Miller, S.A.
Miller, S.C.
Miller, T.F.
Miller, T.F.
Miller, W.H.
Milliron, D.J.
Milliron, D.J.
Millstone, J.E.
Millstone, J.E.
Millstone, J.E.
Milne, I.
Milne, I.
Milosevich, N.H.
Milton, R.D.
Mimura, T.
Min, B.G.
Min, D.
Min, X.
MINAGAWA, S.
Minai, Y.
Minakata, D.
Minakata, S.
Minami, A.
Minami, E.
Minami, K.
Minami, S.
Minami, S.
Minami, T.
Minami, T.
Minami, Y.
Minamida, Y.
Minamide, T.
Minamihata, K.
Minamisawa, H.
Minasian, S.G.
Minato, M.
Minato, T.
Mincher, B.J.
Mincher, M.E.
Mindiola, D.
Mindiola, D.
Mine, Y.
Mine, Y.
Minegishi, S.
Minegishi, T.
Minejima, C.
Minemura, A.
Minemura, A.
Mines, P.D.
Mino, T.
Mino, Y.
Minobe, R.
Minoshima, M.
Minoura, R.
Minsk, A.G.
Minteer, S.
Minteer, S.
Mintova, S.
Mio, K.
Mirau, P.A.
Mirica, L.
Mirkin, C.A.
Mirkin, C.A.
Misaizu, F.
Misaizu, F.
Misaki, T.
Misaki, Y.
Misaki, Y.
Misawa, H.
Misawa, K.

364 –PRESENTERS

UC Berkeley
UC Berkeley
US Department of Energy
U UtahAmgen
Max Planck, Struct & Dynamics
Max Planck, Struct & Dynamics
Max Planck, Struct & Dynamics
Max Planck, Colloids & Interfaces
U Florida
U Florida
UMass Medical School
CaltechCaltechUC Berkeley
U Texas, Austin
U Texas at Austin
U Pittsburgh
U Pittsburgh
U Pittsburgh
McGill U
McGill U
U Victoria
U UtahTokai U
Kumoh Nat Inst Tech
Seoul National U
Osaka U
Sophia U
Musashi U
Michigan Tech U
Osaka U
Hokkaido U
Kyoto UNIMS
Kumamoto U
Wakayama U
Nagoya U
Yamagata U
Chuo U
Osaka U
Soka UU TokyoNihon U
Lawrence Berkeley Nat Lab
Mito Dai-ni high school
U Tokyo
Idaho National Laboratory
Idaho National Laboratory
U Pennsylvania
U Pennsylvania
U Guelph
U Guelph
Doshisha U
U TokyoTokyo U Agri & Tech
Nihon U
Kanazawa Inst Tech
Technical U Denmark
Chiba U
Kobe U
Ryukoku U
Osaka U
Gifu U
Arnall Golden Gregory LLP
U UtahU UtahJilin U
National Inst of AISTAir Force Research Laboratory
Washington U, St. Louis
Northwestern U
Northwestern U
Tohoku U
Tohoku U
U HyogoEhime U
Ehime U
Hokkaido U
Tokai U, Chem Eng

ANYL
INOR
ENRG
INOR
ANYL
PHYS
PHYS
BIOL
PHYS
MACR
MACR
BIOL
PHYS
PHYS
PHYS
ANYL
MTLS
MTLS
MTLS
MTLS
SCTY
ENVR
BIOL
ANYL
MACR
MACR
MTLS
ORGN
ANYL
ENVR
ENVR
ORGN
ORGN
ENRG
MTLS
ENRG
ORGN
ANYL
ANYL
INOR
ORGN
MTLS
BIOL
INOR
INOR
PHYS
MTLS
INOR
INOR
INOR
INOR
HLTH
ENVR
BIOL
MTLS
ENVR
MTLS
MACR
ENVR
ORGN
MACR
MTLS
HLTH
INOR
SCTY
ANYL
PHYS
ENRG
ORGN
MACR
INOR
INOR
MTLS
ANYL
PHYS
ORGN
ORGN
MTLS
PHYS
INOR

1215
2070
1035
805
543
40
518
1129
999
73
839
178
153
991
21
604
2769
3
2013
2205
386
19
450
1019
525
713
2757
381
212
160
269
2205
2032
569
1754
115
968
993
276
232
1919
2598
532
1333
1689
1068
1658
1501
13
624
1676
433
626
1348
2122
866
2437
1278
841
356
1648
2738
659
959
101
775
801
671
632
1094
890
784
2294
437
469
2194
1958
1716
1650
1325

Misawa, M.
Misawa, T.
Miseki, Y.
Mishima, A.
Mishima, A.
MISHIMA, N.
Mishima, Y.
Mishra, N.
Mishra, N.
Mishra, N.
Misono, T.
MISU, Y.
Misumi, S.
Mita, H.
Mita, H.
Mitamura, K.
Mitani, S.
Mitani, T.
Mitas, L.
Mitchell, A.E.
Mitchell, D.A.
Mitoma, Y.
Mitomo, H.
Mitsubayashi, K.
Mitsudo, K.
MITSUHASHI, R.
Mitsui, C.
Mitsui, K.
Mitsui, T.
Mitsuishi, M.
Mitsukai, A.
Mitsuke, K.
Mitsunobu, M.
Mitsushige, Y.
Mitsushima, H.
Mitsushima, S.
Mitsuta, Y.
Mitsuyama, T.
Mitsuyoshi, D.
Mittler, S.
Mittler, S.
Miura, A.
Miura, A.
Miura, D.
Miura, H.
Miura, H.
Miura, K.
Miura, K.
Miura, M.
Miura, M.
Miura, M.
Miura, S.
Miura, S.
Miura, T.
Miura, T.
Miura, T.
Miura, T.
Miura, T.
Miura, T.
Miura, T.
Miura, Y.
Miura, Y.
Miura-Akagi, P.
Miwa, Y.
Miyabe, H.
Miyabe, K.
Miyabe, M.
Miyafuji, H.
Miyagawa, K.
Miyagishima, S.
Miyahara, C.
Miyahara, K.
Miyahara, M.T.
Miyahara, R.
Miyai, T.
Miyajima, D.
Miyajima, K.
Miyakawa, K.
Miyake, G.
Miyake, H.

National Inst of AISTNat Inst Health Sci
National Inst of AIST
Kyushu U
Kyushu U
NIT, Kochi Col
Aoyama Gakuin U
Los Alamos National Lab
Los Alamos National Lab
Los Alamos National Lab
Tokyo U Sci
Nagoya Uirsity
Kumamoto U
Fukuoka Inst of Tech
Fukuoka Inst of Tech
Osaka Muni Tech Res InstU of Tokyo
Kyoto U
North Carolina State U
U California Davis
U Illinois, Urbana-Champaign
Prefect U Hiroshima
Hokkaido U
Tokyo U, Med & Dental
Okayama U
Kwansei Gakuin U
U TokyoJapan Tobacco Inc.
Okayama U Sci
Tohoku U
Ibaraki U
Josai U
Okayama U
U Tokyo
Kyoto U
Yokohama National U
Osaka U
Mie U
Tottori U
U Western Ontario
U Western Ontario
Hokkaido U
Hokkaido U
Kyushu U
Kyushu U
Tokyo Metropolitan U
Tokyo U Agri & Tech
Iwate UTokyo Inst Tech
Osaka U
Hokkaido U
U HyogoKanazawa U
Seikei U
Yamagata U
Kyoto Inst of Tech
Kyoto U
Wako Pure Chem Ind
Wako Pure Chem Ind
Hiroshima U
Kyushu U
Keio UU Hawaii at Manoa
U Tsukuba
Hyogo U Health Sci
Rikkyo U
Japan Atomic Energy Agency
Kyoto Prefectural U
Osaka U
National Inst of Genetics
Osaka U
Osaka Prefecture U
Kyoto U
Ritsumeikan U
Kobe URiken
U Tokyo
Yamagata U
U Colorado Boulder
Yamaguchi U

HLTH
ORGN
ENRG
INOR
INOR
MTLS
MTLS
MTLS
MTLS
MTLS
SCTY
ENRG
ENRG
BIOL
BIOL
MTLS
PHYS
ENRG
PHYS
ENVR
BIOL
ENVR
MTLS
ANYL
ORGN
INOR
MTLS
ENVR
ORGN
MACR
INOR
INOR
ANYL
INOR
MACR
PHYS
PHYS
ENRG
ENRG
ANYL
ANYL
INOR
PHYS
ENVR
INOR
ORGN
PHYS
MTLS
INOR
ORGN
INOR
MTLS
PHYS
INOR
ENVR
MTLS
ORGN
ORGN
ORGN
ENRG
BIOL
ORGN
INOR
BIOL
ORGN
ANYL
ANYL
ENRG
ORGN
ENRG
MTLS
INOR
ENRG
ANYL
ANYL
MACR
PHYS
MTLS
MACR
INOR

171
2671
822
956
1827
1486
1524
925
1629
2010
213
383
6
43
165
2843
1587
626
1767
455
1152
734
887
470
335
1387
1709
699
2033
138
1943
1599
432
868
906
1445
1328
218
771
588
1041
1528
1036
6
1860
944
1883
2405
755
1787
1891
2736
1807
1106
730
729
127
2343
2654
1004
376
1926
1921
340
2122
7
1183
83
2616
628
289
1884
677
969
957
39
608
939
853
494

Miyake, H.
Miyake, H.
Miyake, H.
Miyake, K.
Miyake, M.
Miyake, R.
Miyake, R.
Miyake, Y.
Miyake, Y.
Miyake, Y.
Miyako, E.
Miyamae, T.
Miyamae, T.
Miyamoto, A.
Miyamoto, N.
Miyamoto, N.
Miyamoto, N.
Miyamoto, N.
Miyamoto, N.
Miyamoto, Y.
Miyamoto, Y.
Miyamoto, Y.
Miyamoto, Y.
Miyamura, H.
Miyamura, K.
Miyamura, T.
Miyanaga, A.
Miyanaga, T.
Miyano, N.
Miyano, T.
Miyao, T.
Miyaoka, R.
Miyasaka, H.
Miyasaka, H.
Miyasaka, H.
Miyasaka, T.
MIYASHITA, K.
Miyashita, O.
Miyashita, Y.
Miyashita, Y.
Miyata, K.
Miyata, M.
Miyata, M.
Miyata, O.
Miyata, S.
Miyata, T.
Miyata, T.
Miyata, Y.
Miyatani, K.
Miyauchi, S.
Miyauchi, S.
Miyauchi, Y.
Miyauchi, Y.
Miyaura, K.
Miyazaki, A.
Miyazaki, A.
Miyazaki, J.
Miyazaki, K.
Miyazaki, K.
Miyazaki, K.
Miyazaki, K.
Miyazaki, M.
Miyazaki, M.
Miyazaki, M.
Miyazaki, S.
Miyazaki, Y.
Miyazaki, Y.
Miyazako, H.
Miyazato, Y.
Miyazawa, K.
Miyazawa, T.
Miyazawa, T.
Miyo, M.
Miyori, N.
Miyoshi, D.

Mie U
Osaka City U
Osaka City U
U HyogoKeio U
Ochanomizu U
Ochanomizu U
U Shizuoka
Kyoto U
Ehime U
National Inst of AIST
AIST and Techkansai U
Kitami Inst of Tech
Fukuoka Inst of Tech
Fukuoka Inst of Tech
Fukuoka Inst of Tech
U Kitakyushu
U Kitakyushu
U Tokyo
Kindai U
Okayama U
Kwansei Gakuin U
U TokyoTokyo U Sci
Kinki UTokyo Inst of Tech
Ritsumeikan U
Hokkaido U
OSAKA UU Yamanashi
Waseda U
Osaka U
Osaka U
Tohoku U
Toin U Yokohama
Hokkaido U
Kyoto Inst Tech
Tokyo Metropolitan U
Hiroshima U
U TokyoNiigata U
Tohoku U
Kobe Pharmaceutical U
Sophia U
Kansai U
Kansai U
Tokyo Metropolitan U
Tottori U
Kyoto Inst Tech
Tokyo Metropolitan U
Kyoto UTokyo Inst of Tech
Chitose Inst Sci TechJapan Women’s U
Tohoku U
Tokyo U Agri & Tech
Ochanomizu U
Kitami Inst of Tech
Kyushu U
Kyushu U
Osaka Prefecture U
AIST and Tech
Tokyo Inst of TechU Tokyo
FFPRI
Keio UU TokyoTokyo Denki U
Tokyo Inst of Tech
Hokkaido U
Tohoku U
U Tokyo
Kyushu Inst of Tech
Konan UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENRG
INOR
ORGN
MTLS
ORGN
INOR
ORGN
ENVR
HLTH
ENRG
MTLS
PHYS
MACR
ENRG
MACR
MTLS
MTLS
MTLS
MTLS
INOR
ORGN
PHYS
MTLS
ORGN
MTLS
ORGN
BIOL
ENRG
ORGN
ORGN
ENRG
BIOL
PHYS
MTLS
INOR
MTLS
HLTH
MACR
INOR
BIOL
HLTH
MACR
INOR
ORGN
ENRG
HLTH
MACR
MTLS
BIOL
MACR
INOR
MTLS
ORGN
MTLS
ENVR
SCTY
PHYS
PHYS
MACR
INOR
INOR
HLTH
ANYL
PHYS
ENVR
ENVR
PHYS
ANYL
INOR
ORGN
ORGN
HLTH
ORGN
ORGN
INOR

986
219
55
2735
2502
602
1660
163
501
753
666
2102
629
116
1239
1351
1682
678
880
952
1165
778
1516
216
2015
1288
697
174
2577
1360
246
1090
945
1047
1177
1827
424
705
449
302
6
654
1842
607
330
339
343
1678
860
734
455
2234
713
791
679
206
1542
584
1273
518
1598
305
201
1121
308
689
1083
487
515
1025
325
425
2119
456
898

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Miyoshi, H.
Miyoshi, N.
Miyoshi, N.
Miyoshi, N.
Miyoshi, N.
miyoshi, s.
Miyoshi, T.
Miyoshi, T.
MIZOTE, K.
Mizugaki, T.
Mizugaki, T.
Mizuguchi, H.
Mizuguchi, Y.
Mizuhata, M.
Mizukami, S.
Mizukami, T.
Mizukami, Y.
Mizukawa, Y.
Mizukoshi, Y.
Mizukoshi, Y.
Mizukoshi, Y.
Mizumoto, H.
Mizuno, A.
Mizuno, H.
Mizuno, K.
Mizuno, K.
Mizuno, S.
Mizuno, S.
Mizuno, T.
Mizuno, Y.
Mizuno, Y.
Mizuse, K.
Mizutani, T.
Mizutani, Y.
Mizutani, Y.
Mo, O.
Moad, G.
Moad, G.
Mobashery, S.
Mobli, M.
Mobus, J.
Mocci, F.
Mochida, M.
Mochida, T.
Mochidome, S.
Mochizuki, I.
Mochizuki, M.
Mochizuki, S.
Mochizuki, S.
Mochizuki, T.
Mochizuki, Y.
Modolo, G.
Moehwald, H.
Moehwald, H.
Moeller, K.D.
Moeller, K.D.
Moeller, K.D.
Moënne-Loccoz, P.
Moerner, W.
Moerner, W.
Moewes, A.
Moffat, K.
Mogi, I.
Mohamad, R.
Mohamed, S.
Mohammad Karim, A.
Mohammadi, S.
Mohan, P.
Mohan, V.
MOHANTY, B.
Mohanty, P.
Mohanty, P.
Mohanty, P.
Mohd Zawawi, R.
Mohseni, M.

Osaka UU Fukui
U Fukui
U Fukui
U Fukui
Hokkaido U
U AkronU AkronOsaka U
Osaka U
Osaka U
Yamagata U
Tokyo Inst of Tech
Kobe U
Osaka U
JAIST
Hokkaido U
Hiroshima U
U TokyoTohoku U
Tohoku U
Chitose Inst Sci Tech
Nagoya U
Shimane U
U Fukui
U TokyoTokyo Inst of Tech
Tokyo Inst of Tech
Yamaguchi U, Eng
Tokyo Inst of Tech
Chiba U, Pharm Sci
Tokyo Inst of Tech
Kobe U
Osaka UNAISTU Autonoma de Madrid
CSIRO
CSIRO
U Notre Dame
U Queensland
Westfalische Wilhelms U Munster
Cagliari U
Nagoya U
Kobe UU Kitakyushu
High Energy Accel Res Org (KEK)Tokyo Inst of Tech
U Kitakyushu
Kyoto UU Yamanashi
Kyoto U
Forschungszentrum Juelich GmbHMax Planck Inst
Max Planck Inst
Washington U, St. Louis
Washington U, St. Louis
Washington U, St. Louis
Oregon Health & Sci U
Stanford U
Stanford U
U Saskatchewan
U Chicago
Tohoku U
Hiroshima U
U Queensland
UC Los Angeles
Hokkaido U
JAIST
Honeywell Burdick & Jackson
The Monash Inst Pharm Sci
Indian Inst Tech Roorkee
Indian Inst Tech Roorkee
Indian Inst Tech Roorkee
U Putra Malaysia
U British Columbia

ORGN
HLTH
HLTH
HLTH
HLTH
INOR
MACR
MACR
ORGN
ENRG
ENRG
ANYL
MTLS
INOR
HLTH
MTLS
INOR
ANYL
ORGN
ENVR
ENRG
PHYS
ORGN
MTLS
ANYL
MTLS
MACR
MACR
MACR
MACR
HLTH
PHYS
ENRG
PHYS
ORGN
PHYS
MACR
MACR
HLTH
BIOL
ORGN
PHYS
PHYS
SCTY
MTLS
PHYS
ANYL
HLTH
INOR
ENRG
MTLS
INOR
INOR
MTLS
ORGN
ORGN
ORGN
INOR
ORGN
PHYS
ANYL
PHYS
ANYL
ENRG
ORGN
PHYS
ANYL
MTLS
HLTH
HLTH
ENVR
ENVR
ENRG
ANYL
ENVR

1920
24
53
58
176
1060
1090
1485
1274
934
1026
429
1112
2017
686
781
830
64
1857
879
323
1461
969
1685
881
1659
954
1328
310
621
234
268
413
329
527
1373
847
1036
152
375
1764
1604
1498
322
721
373
744
481
920
262
1113
300
1160
969
1428
1429
2694
2048
1470
339
1053
1458
243
1007
2723
850
1160
543
71
45
298
809
893
618
265

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–365

NAME INDEX
Moilanen, J.O.
Moir, J.
Moir, J.
Mok, H.
Molina, B.
Molina, C.L.
Molina, J.
Molina, P.I.
Molina, P.I.
Molinski, T.F.
Molinski, T.F.
Molinski, T.F.
Molitor, S.
Molitor, S.
Momma, M.
Momma, R.
Momose, H.
Momose, T.
Momose, T.
Mondal, T.
Monde, K.
Monde, K.
Mondello, L.
Mong, K.T.
MONGE, S.
Monguchi, Y.
Monkawa, A.
Montanes, F.
Montclare, J.K.
Monteiro, M.
Monteiro, M.
Monteiro, M.
Montes, I.
Montes, I.
Montgomery, A.
Montgomery, F.
Montgomery, F.
Montgomery, J.
Montgomery, J.
Mooberry, S.L.
Moog, R.
Moon, H.
Moon, H.
Moon, J.
Moon, J.
Moore, B.
Moore, E.G.
Moore, J.
Moores, A.
Moores, A.
Moores, A.
Morales, M.
Morales-Bayuelo, A.
Moran, A.
Moran, W.J.
Moraski, G.C.
Moreira, M.B.
Morgan, G.G.
Morgan, T.J.
Morgenstern, Y.
Mori, A.
Mori, A.
Mori, D.
Mori, E.
Mori, H.
Mori, H.
Mori, H.
Mori, H.
Mori, H.
Mori, K.
Mori, K.
MORI, K.
Mori, M.
Mori, M.
Mori, R.
Mori, S.
Mori, S.
Mori, S.
Mori, S.
Mori, S.

366 –PRESENTERS

U Jyvaskyla
U Toronto
U Toronto
Sungkyunkwan U
U Nac Autonoma Mexico
Cal State U, LA
Kyoto U
Oregon State U
Oregon State U
UC San Diego
UC San Diego
UC San DiegoU Cologne
U Wuerzburg
Nat Food Res Inst
Keio U
Mitsubishi Rayon Co., Ltd.
U British Columbia
U British Columbia
Indian Inst of Tech
Hokkaido U
Hokkaido U
U Messina
National Chiao Tung U
U Montpellier
Gifu Pharmaceutical U
Tokyo Metropolitan Ind Tech Res
Callaghan Innovation
NYU Polytechnic Sch Eng
U Queensland
U Queensland
U Queensland
U Puerto Rico, Rio Piedras
U Puerto Rico
U Wollongong
AstraZeneca
AstraZeneca
U Michigan
U Michigan
U Texas Health Sci Cntr, S Antonio
Franklin & Marshall College
UNIST
Pusan National U
KRIBB
Catholic U Korea
UCSD
U Queensland
U California Davis
McGill U
McGill U
McGill U
U Puerto Rico
U de Talca
U North Carolina
U HuddersfieldMontana State U
U São PauloU College Dublin
Hawaii Natural Energy Inst
Ludwig-Maximilian U
Ritsumeikan U
Kochi U, Fac. Agric., Japan
Gakushuin U
U Tokyo
U Tokyo
U Tokyo
Osaka Prefecture U
Okayama U
Ochanomizu U
Osaka U
Kyushu U
Tokyo Metropolitan U
Gunma U
Okayama U
Kyoto Inst of Tech
Doshisha U
Ehime U
Kyoto U
Osaka U
Osaka U

INOR
SCTY
ENRG
ORGN
PHYS
ORGN
MTLS
MTLS
MTLS
ORGN
ORGN
BIOL
ORGN
INOR
ENVR
BIOL
MACR
PHYS
PHYS
ENRG
ORGN
BIOL
ANYL
ORGN
INOR
ORGN
ANYL
ANYL
MACR
MACR
MACR
MACR
SCTY
SCTY
PHYS
ORGN
ORGN
ORGN
ORGN
ORGN
SCTY
MTLS
MTLS
PHYS
PHYS
ORGN
INOR
ANYL
SCTY
ORGN
ORGN
ANYL
PHYS
PHYS
ORGN
HLTH
INOR
INOR
ENRG
INOR
MTLS
ENVR
INOR
ANYL
MTLS
MTLS
MACR
MACR
PHYS
PHYS
INOR
PHYS
ANYL
INOR
MTLS
PHYS
MTLS
ENVR
MTLS
MACR

1626
195
875
2034
598
1597
98
1660
1926
635
1083
432
1126
1769
49
548
1299
1095
1912
941
156
1435
1072
2721
1742
2655
312
654
1
265
1128
1341
71
171
720
1292
1452
347
2420
1399
147
276
2155
1702
565
1649
848
982
359
183
283
1022
1325
829
2211
94
1309
1377
549
1474
2733
658
1897
807
2651
2652
1000
80
297
510
1006
1282
161
588
836
1070
1065
587
2653
560

Mori, S.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, T.
Mori, Y.
Mori, Y.
Mori, Y.
Mori, Y.
Mori, Y.
Moriguchi, T.
morikawa, h.
Morikawa, K.
Morikawa, T.
Morikawa, T.
morikubo, j.
Morimitsu, A.
Morimitsu, Y.
Morimoto, D.
Morimoto, K.
MORIMOTO, K.
MORIMOTO, K.
Morimoto, M.
Morimoto, M.
Morimoto, M.
Morimoto, N.
Morimoto, S.
Morimoto, T.
Morimoto, T.
Morimoto, T.
Morimoto, Y.
Morin, M.A.
Morinaka, R.
Morioka, T.
Morioka, Y.
Morioki, A.
Morisaki, M.
Morisaki, Y.
Morisako, S.
Morisawa, Y.
Morishima, F.
Morishita, N.
Morishita, Y.
Morita, A.
Morita, H.
Morita, H.
Morita, K.
Morita, K.
Morita, M.
Morita, M.
Morita, M.
Morita, N.
Morita, R.
Morita, S.
Morita, T.
Morita, T.
Morita, T.
MORITA, T.
Morita, Y.
Morita, Y.
Morita, Y.
Morita, Y.
Moritani, M.
Morito, D.
Moritomo, H.
Moriuchi, T.
Moriya, M.
Moriya, Y.
Moriyama, H.
Moriyama, K.
Moriyama, K.
Moriyama, M.
Moriyama, M.
Moriyama, R.

Osaka U
Osaka UU Tokyo
NIMS (NIMS)
Sophia U
Tokyo Inst of Tech
Kyushu U
Kansai U
Waseda U
Okayama U
Inst for Molecular Sci
Inst for Molecular Sci
Ochanomizu U
Ochanomizu U
Osaka U
Nagoya U
Saitama Medical U
Hosei UTokyo Inst of Tech
Chiba U
Toyota Central R&D LAbs., Inc.
Seikei U
Kanagawa U
Kyushu U
Niigata U
Ritsumeikan U
Kwansei Gakuin U
RIKEN
Rikkyo U
Kinki U
Kyushu Inst of Tech
Tohoku U
Yokohama National U
Kyushu Inst, Kitakyushu
Tokyo U Tech
Tokyo U Tech
Osaka UU Ottawa
FASMAC Co., Ltd.
Osaka U
Nagoya U
Tokyo U Sci
Osaka U
Kwansei Gakuin U
Hiroshima U
Kinki U
Hiroshima U
Tokyo Inst of Tech
Osaka U
Tohoku U
National Inst of AISTU Toyama
Kobe UTokyo U Sci
RIKEN
Yamaguchi U
Kokkaido U Ed
Tokyo Metropolitan U
Kinki U
Osaka Electro-Comm U
Tokyo Inst of Tech
Osaka U
Ritsumeikan U
NIT, Kochi Col
Aichi Inst of Tech
Aichi Inst of Tech
Osaka U
Kirin Company, Limited
Kumamoto U
Tokushima U
Yamaguchi U
Osaka Inst of Tech
Shizuoka U
Gakushuin U
Kagoshima U
Chiba U
Shanghai Inst TechOita U
Aichi Gakusen U
Kansai U

MACR
ORGN
BIOL
INOR
ORGN
MTLS
BIOL
MTLS
ENRG
BIOL
PHYS
PHYS
PHYS
ENRG
BIOL
MACR
ENVR
INOR
ANYL
ORGN
ENRG
INOR
MACR
MACR
INOR
ORGN
ANYL
INOR
MTLS
ENVR
ENRG
MACR
MTLS
ENRG
INOR
ENRG
INOR
ORGN
BIOL
INOR
ORGN
PHYS
MTLS
ORGN
ORGN
MACR
PHYS
ORGN
BIOL
PHYS
MACR
BIOL
MTLS
MTLS
ORGN
ENRG
ENVR
MTLS
ENVR
ANYL
ORGN
ENRG
INOR
PHYS
INOR
MTLS
INOR
BIOL
ORGN
ORGN
ORGN
ANYL
MTLS
ORGN
ANYL
ORGN
MACR
MTLS
BIOL
MTLS

1242
120
736
1461
1282
1940
47
577
915
1002
1775
1561
767
679
1278
639
371
1591
785
780
110
1096
649
1234
1063
2268
973
1574
980
94
385
1510
710
464
1089
49
435
849
1328
1033
2473
1577
1599
1635
494
916
877
999
1037
1734
29
1408
821
2119
1266
268
195
1370
153
836
771
935
951
1590
807
2531
1122
1392
358
451
1607
292
2252
2656
813
2478
579
1506
818
655

Moriyama, R.
Moriyama, R.
Moriyama, T.
Morizane, S.
Morohoshi, T.
Morokuma, K.
Morokuma, K.
Morozumi, Y.
Morris, J.A.
Morris, S.A.
Morrow, J.R.
Mort, A.J.
Mortemard de Boisse, B.
Mosaferi, E.
Moskovits, M.
Moss, R.A.
Motegi, T.
motegi, y.
Motoishi, S.
Motokawa, R.
Motone, K.
MOTOYAMA, D.
Motoyama, M.
Mott, D.
Mott, D.
Mottillo, C.
Mottillo, C.
Mottillo, C.
Motzkus, M.
Moulton, N.
Mountford, P.
Mountford, P.
Mouri, E.
Mouri, T.
Movahhed, S.
Mowll, R.L.
Moyer, B.A.
Mozyrsky, D.
Mu, S.
Mu, W.
Muckerman, J.T.
Muckerman, J.T.
Mück-Lichtenfeld, C.
Mück-Lichtenfeld, C.
Mudge, S.
Mudring, A.V.
Mueller, A.H.
Mueller, J.
Mueller, J.
Mueller, K.T.
Mueller, K.T.
Mueller, M.
Mueller, T.
Mugele, F.
Mugele, F.
Müh, F.
Muir, B.W.
Muir, D.
Muir, T.
Mujahid, A.
Mujahid, A.
Mujica, V.
Mukae, Y.
Mukai, A.
Mukai, K.
Mukai, K.
Mukai, S.
Mukai, S.R.
Mukamel, S.
Mukamel, S.
Mukamel, S.
Mukerjee, S.
Mukerjee, S.
Mukherjee, A.
Mukherjee, S.

Department of Applied Chemistry
Tohoku U
Kansai U
Yamagata U
Utsunomiya U
Kyoto U
Kyoto UU Fukui
U Arkansas
U Arkansas
U at Buffalo
Oklahoma State U
U Tokyo
U Toronto
UC Santa Barbara
Rutgers U
Tohohashi U Tech
Gunma U
Kyoto Inst of TechJapan Atomic Energy Agency
Grad. Sch. Agric., Kyoto U
Chuo Unversity
Sophia U
JAIST
JAIST
McGill U
McGill U
McGill U
U Heidelberg
Cal State, Long Beach
Oxford U
Oxford U
Kyushu Inst of Tech
Kyushu U
U Cologne
U Sheffield
Oak Ridge National Laboroatory
Los Alamos National Laboratory
Tohoku U
Jiangnan U
Brookhaven National Laboratory
Brookhaven National Laboratory
U Münster
U Münster
Exponent International
Iowa State U
Johannes Guteberg-U Mainz
Entox
U Queensland
PNNL
PNNL
Georg-August U
Johns Hopkins U
U Twente
U Twente
Johannes Kepler U Linz
CSIRO
U Guelph
Princeton U
U the Punjab
U the Punjab
Arizona State U
HOSEI U
Iwate U
Toyota Central R&D Labs., Inc.
Nagoya U
Kyoto U
Hokkaido U
UC Irvine
UC Irvine
UC Irvine
Northeastern U
Northeastern U
U Alabama, Huntsville
Indian Inst Sci, Bangalore

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
ANYL
HLTH
MTLS
BIOL
PHYS
PHYS
MACR
BIOL
ORGN
INOR
ENVR
ENRG
INOR
ANYL
ORGN
MTLS
MTLS
MTLS
INOR
ENRG
ENRG
ORGN
MTLS
MTLS
INOR
MTLS
MTLS
PHYS
ENVR
INOR
INOR
MTLS
ORGN
ORGN
INOR
INOR
PHYS
MTLS
BIOL
INOR
ENRG
INOR
PHYS
ENVR
SCTY
MTLS
ENVR
ENVR
ENVR
ENVR
PHYS
MTLS
ANYL
PHYS
BIOL
MTLS
ENVR
BIOL
ANYL
ORGN
PHYS
HLTH
ENVR
ENRG
MACR
MACR
ENRG
PHYS
PHYS
PHYS
PHYS
ENRG
INOR
MACR

712
553
311
946
723
181
1738
200
1033
1028
777
571
531
409
473
1066
1422
926
736
803
985
465
397
1732
2251
1826
424
635
4
178
620
1618
1383
940
541
752
10
1383
2654
347
120
826
113
1252
47
294
2452
784
915
444
631
1753
503
1060
1639
100
2825
404
359
300
830
235
471
816
436
901
605
897
826
904
1677
1914
655
436
1375

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Mukti, R.R.
Mukundan, h.
MULARD, L.A.
Mulchandani, A.
Mulchandani, A.
Mulchandani, A.
Müller, A.J.
Müller, A.J.
Müller, T.J.
Müller, T.J.
Müller, T.J.
Mullick, K.
Mullick, K.
Mullin, A.
Mullin, N.
Mulvey, R.E.
Mulvihill, M.J.
Mulvihill, M.J.
Mun, B.
Mun, S.
Munakata, K.
Munakata, K.
Munakata, T.
Muñiz, J.
Munro, A.M.
Munuzuri, A.P.
Mura, T.
Murahashi, T.
Murai, K.
Murai, M.
Murai, S.
Murai, T.
Murai, Y.
Murakami, A.
Murakami, H.
Murakami, J.
Murakami, K.
Murakami, K.
Murakami, K.
Murakami, M.
Murakami, M.
Murakami, M.
Murakami, S.
Murakami, T.
Murakami, T.
Murakami, T.
Murakami, Y.
Muraki, N.
Murakoshi, K.
Murakoshi, K.
Murakoshi, K.
Muralidharan, S.
Muralidharan, S.
Muramatsu, Y.
Muramatsu, Y.
Muranaka, A.
Muranaka, N.
MURAOKA, A.
Muraoka, T.
Murase, H.
Murase, H.
Murase, T.
Murashima, K.
Murashima, T.
Murashima, Y.
Murata, A.
Murata, C.
Murata, K.
Murata, K.
Murata, K.
Murata, M.
Murata, M.
Murata, S.
Murata, T.
Murata, Y.

Institut Teknologi Bandung
Los Alamos National Laboratory
Institut Pasteur
UC Riverside
UC Riverside
UC Riverside
U Basque Country UPV/EHU
U Basque Country UPV/EHU
Heinrich Heine U Dusselforf
Heinrich Heine U Dusselforf
Heinrich Heine U Dusselforf
U Connecticut
U Connecticut
U Maryland
U Sheffield
U Strathclyde
UC Berkeley
UC Berkeley
Kwangwoon U
Konkuk U
Yamagata U
Sophia U
Osaka UU Nac Autonoma Mexico
Pacific Lutheran U
U of Santiago de Compostela
U TokyoTokyo Inst of Tech
Tokyo U Sci
Okayama U
NAIST
Gifu U
Okayama U
Kyushu U
U Tokyo
Saitama U
Kyoto U
Nagoya U
kanagawa U
Nihon U
Kyoto U
Nagoya U
Kyoto U
Kyoto U
National Inst of AIST
Kyoto UTokyo Inst of TechInst for Molecular Sci
Hokkaido U
Hokkaido U
Hokkaido U
U New South WalesU California DavisU HyogoU HyogoRIKEN
U Toyama
Japan Women’s U
Tohoku U
TOYOBO Co.,Ltd.
Kyushu U
Yamagata U
Kyushu-U
Konan U
Kumamoto U
Osaka U
Sophia U
Kinki U
Kinki U
Konan U
Kyushu U
Osaka U
Meijo U
Waseda U
Kyoto U

ENRG
ANYL
ORGN
ANYL
ANYL
MTLS
MACR
MACR
MACR
ORGN
ORGN
INOR
ORGN
PHYS
MACR
INOR
SCTY
SCTY
ORGN
ANYL
ENVR
ORGN
PHYS
PHYS
MTLS
PHYS
MTLS
INOR
MACR
ORGN
MTLS
ORGN
ORGN
ORGN
BIOL
PHYS
ORGN
ORGN
MTLS
ANYL
ORGN
BIOL
PHYS
INOR
ORGN
PHYS
PHYS
BIOL
PHYS
PHYS
PHYS
ENVR
MTLS
ANYL
ANYL
ORGN
ORGN
PHYS
ORGN
MACR
BIOL
ORGN
INOR
MACR
INOR
BIOL
ORGN
ENVR
ENVR
BIOL
BIOL
BIOL
ORGN
MACR
ORGN

755
835
2326
446
895
2189
1139
1316
859
679
1387
1189
2506
1855
1324
2041
258
358
547
1005
341
1248
953
721
1286
917
1661
372
1257
1896
2249
1496
2035
2275
980
1209
1646
1794
1474
495
195
1194
742
1462
534
1231
96
1346
243
1535
2021
608
1800
937
972
1072
932
1107
59
1486
1309
1854
1000
1429
1279
1277
1208
548
715
277
185
1185
326
538
1389

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–367

NAME INDEX
Muratsugu, S.
Murayama, H.
Murayama, K.
Murayama, K.
Murayama, M.
Murch, S.
Murcia, B.
Murcia-Garcia, C.
Muriithi, B.
Murkin, A.S.
Murohka, H.
Murooka, S.
Murotani, T.
Murphy, C.
Murphy, C.
Murphy, C.
Murphy, J.M.
Murphy, J.N.
Murphy, K.
Murphy, K.
Murphy, M.E.
Murphy, M.E.
Murphy, M.E.
Murrie, M.
Murschell, T.
Murthy, N.
Murugesan, V.
Murugesu, M.
Murugesu, M.
Musah, R.A.
Mushiake, Y.
Musial, M.A.
Mutai, T.
Muthu, M.
Muthukumar, M.
Muthukumar, M.
Muto, A.
Muto, K.
Mutoh, K.
Mutschke, G.
Myalitsin, A.
Myers, A.G.
Myers, N.
Myhre, K.G.
Myles, A.J.
Mylon, S.
Na, J.
Na, J.
Na, M.
Nabeshima, T.
Nabetani, H.
Nabetani, Y.
Nabika, H.
Nacapricha, D.
Nadagouda, M.
Naduvalath, B.
Nafie, L.A.
Nafie, L.A.
Nag, A.
Nagae, Y.
Nagafuji, M.
Nagahara, Y.
Nagahora, N.
Nagahora, N.
Nagai, E.
Nagai, K.
Nagai, K.
Nagai, N.
Nagai, T.
Nagai, T.
Nagai, T.
Nagai, T.
Nagai, Y.
NAGAI, Y.
Nagaishi, R.
Nagaki, A.
Nagamitsu, T.
Nagamune, T.
Nagamura, N.
Naganawa, Y.

368 –PRESENTERS

Nagoya U
Kyushu U
Nagoya U
Tokyo Inst of Tech
Ritsumeikan U
U British Columbia
Columbian Petroleum Co.
U BonnWaters Corporation
U at Buffalo
Yamaguchi U
Tokyo U Sci
Hokkaido U
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
UC Los Angeles
Memorial U
U Wisconsin, Milwaukee
U Wisconsin, Milwaukee
U British Columbia
U British Columbia
U British Columbia
U Glasgow
Colorado State U
UC Berkeley
Pacific Northwest National Lab
U Ottawa
U Ottawa
State U New York, Albany
Okayama U
U Silesia
U Tokyo
SCION Research
U Massachusetts
U Massachusetts
Chiba Inst of Tech
Nagoya Inst of Tech
Aoyama Gakuin U
Helmholtz Zentrum Dresden Ross
RIKEN
Harvard U
U Notre Dame
U Tennessee
Nat Inst Nanotech
Lafayette College
Korea Inst of Energy Research
Yonsei U
Chungnam National U
U Tsukuba
Nat Food Res Inst, NARO
Tokyo Metropolitan U
Yamagata U
Firstlabs
USEPA
U Nevada Las Vegas
Syracuse U
Syracuse U
Florida A & M U
Kyushu U
Tokyo Polytechnic U
Tokyo Denki U
Fukuoka U
Fukuoka U
Tokyo U Sci
Daicel corporation
Meiji U
Tohoku U, Med
Osaka U
Osaka U
Osaka U
Nagoya Inst of TechJapan Atomic Energy Agency
Meiji UJapan Atomic Energy Agency
kyoto U
Kitasato U
U Tokyo
NIMS
Nagoya U

PHYS
ORGN
ANYL
ORGN
INOR
SCTY
ANYL
INOR
MACR
BIOL
ORGN
PHYS
ENRG
ANYL
PHYS
MTLS
HLTH
ENVR
SCTY
SCTY
ENVR
BIOL
BIOL
INOR
ENVR
HLTH
ENRG
INOR
INOR
ORGN
ORGN
PHYS
MACR
BIOL
MACR
MTLS
MTLS
MTLS
MTLS
ANYL
PHYS
HLTH
ANYL
INOR
MACR
MTLS
BIOL
MTLS
ORGN
MTLS
ENVR
MTLS
PHYS
ANYL
MTLS
PHYS
ORGN
PHYS
HLTH
MACR
MACR
BIOL
ORGN
ORGN
MACR
ANYL
MTLS
HLTH
ANYL
BIOL
BIOL
ENRG
INOR
ANYL
ENVR
ORGN
ORGN
BIOL
ANYL
ORGN

1218
942
1220
1917
950
34
338
1932
380
1177
490
1582
334
697
390
1606
28
307
309
344
936
158
1163
963
4
705
661
38
546
1377
1984
1312
1455
549
802
360
1776
1768
1507
244
1948
283
1170
398
124
512
306
1297
1247
2020
164
1505
762
15
2601
1849
155
481
406
671
1277
847
1942
2154
1290
550
1818
316
904
71
1165
281
769
357
753
6
2036
766
1051
2696

Nagano, S.
Naganuma, R.
Nagao, A.
Nagao, M.
Nagao, M.
Nagaoka, K.
Nagaoka, K.
Nagaoka, M.
Nagaoka, S.
Nagaoka, T.
Nagarajan, R.
Nagarajan, R.
Nagarajan, R.
Nagardeolekar, A.
Nagasaki, Y.
Nagasaki, Y.
Nagasaki, Y.
Nagasawa, E.
Nagasawa, K.
Nagasawa, K.
Nagasawa, S.
Nagasawa, Y.
Nagasawa, Y.
Nagase, H.
Nagase, K.
Nagase, K.
Nagase, S.
Nagase, Y.
Nagashima, H.
Nagashima, H.
Nagashima, H.
Nagashima, K.
NAGASHIMA, N.
Nagata, E.
Nagata, J.
Nagata, K.
NAGATA, K.
Nagata, T.
Nagata, T.
NAGATA, T.
Nagata, Y.
Nagata, Y.
Nagatani, N.
Nagatani, N.
Nagatomo, A.
Nagatomo, S.
Nagatsugi, F.
Nagaya, C.
Nagaya, S.
Nagayoshi, W.
Nagi, S.
Nagib, D.A.
Nagumo, Y.
Nagura, K.
Nah, J.
Nah, J.
Naik, R.
Nair, S.
Nair, S.
Naito, A.
Naito, A.
Naito, A.
Naito, M.
Naito, S.
Naito, T.
Naito, T.
Naito, Y.
Naito, Y.
Naitoh, Y.
Naka, H.
Naka, K.
Naka, T.
Nakabayashi, R.
Nakada, A.
Nakada, M.
Nakada, S.
Nakae, T.
Nakae, T.
Nakae, T.
Nakagame, S.

Nagoya U, Venture Bus Lab
Kogakuin U
U Shiga Prefecture
Kyushu U
NISTOita U
Kyushu U
Nagoya U
U HyogoOsaka Pref. U
US Army Natick Soldier R&D Cntr
US Army Natick Soldier R&D Cntr
US Army Natick Soldier R&D Cntr
SUNY-ESF
U Tsukuba
U Tsukuba
U Tsukuba
Fukuoka Inst of Tech
Tokyo U Agri & Tech
Tokyo U Agri & Tech
Tohoku U
Iwate U
Osaka UU Tsukuba
Tokyo Women’s Med U
Tokyo Women’s Med U
Kyoto U
Tokai U
Kyushu U
Kyushu U
Nat Food Res Inst, NARO
Kyushu U
Josai U
Muroran Inst of Tech
Fukuoka Inst of Tech
Meiji Uiversity
Osaka U
Osaka UU Tokyo
U Tokyo
Yamaguchi U
Tohoku U
Okayama U Sci
Okayama U
Kagoshima U, Eng
NIT, Kitakyushu College
Tohoku U
Mie U
Sophia U
Kyushu Inst of Tech
Kyoto Inst of Tech
The Ohio State U
Keio U
Kyoto U
Sunchon National U
Chungnam National U
Air Force Research Laboratory
Georgia Inst of Tech
U Illinois
Yokohama National U
Yokohama National U
Tokyo Inst of Tech
Osaka U
Kyoto U
Ehime U
Kyoto U
Kanagawa U
Kyoto Pharmaceutical U
AIST and Tech
Nagoya U
Kyoto Inst of TechTokai URIKEN, Sust Res Sci
Tokyo Inst of Tech
Tokyo Metropolitan U
Tokyo U Sci
Kyoto U
Kyoto U
Osaka City U
Inagawa Inst Tech

MTLS
ENRG
MTLS
MTLS
MTLS
ENRG
MACR
PHYS
INOR
ANYL
ANYL
MTLS
MTLS
ENRG
MTLS
MTLS
MTLS
BIOL
ORGN
ORGN
ORGN
ENRG
ENRG
ORGN
MACR
MACR
PHYS
MTLS
ORGN
ORGN
ENVR
MTLS
MTLS
MTLS
HLTH
MTLS
INOR
ORGN
PHYS
PHYS
MTLS
ENVR
BIOL
ENVR
MACR
ANYL
ORGN
ENRG
ENRG
ENRG
MTLS
ORGN
ANYL
MTLS
MACR
ENRG
MTLS
SCTY
BIOL
BIOL
ENRG
PHYS
ORGN
ORGN
MTLS
ANYL
MACR
BIOL
MTLS
ORGN
MACR
INOR
ENVR
ENRG
ANYL
MTLS
MTLS
MTLS
INOR
MACR

2313
710
944
694
1796
244
1244
1920
1042
16
1064
256
1124
315
90
1602
1966
166
636
1175
2249
918
175
1398
225
600
1597
656
201
289
167
1307
1684
777
523
1743
437
2202
605
123
772
867
1091
904
729
787
1194
989
327
797
737
2405
194
2096
1293
222
2852
21
384
59
684
546
1316
751
1946
483
510
843
388
174
134
572
91
344
334
2655
386
1059
590
493

Nakagawa, A.
Nakagawa, A.
Nakagawa, G.
Nakagawa, H.
Nakagawa, K.
Nakagawa, M.
Nakagawa, M.
Nakagawa, S.
Nakagawa, S.
Nakagawa, S.
Nakagawa, T.
Nakagawa, T.
Nakagawa, T.
Nakagawa, T.
Nakagawa, T.
Nakagawa, Y.
Nakagawa, Y.
Nakagawa, Y.
Nakagome, I.
Nakagome, S.
Nakahama, T.
Nakahara, R.
Nakahara, Y.
Nakahara, Y.
Nakahata, M.
Nakahata, M.
Nakai, H.
Nakai, H.
Nakai, K.
Nakai, K.
Nakai, M.
Nakai, y.
Nakai, Y.
Nakajima, A.
Nakajima, A.
Nakajima, A.
Nakajima, K.
Nakajima, K.
Nakajima, K.
Nakajima, K.
Nakajima, M.
Nakajima, M.
Nakajima, N.
Nakajima, R.
Nakajima, S.
Nakajima, S.
Nakajima, T.
Nakajima, T.
NAKAJIMA, T.
Nakajima, Y.
Nakajima, Y.
Nakajima, Y.
Nakakoji, D.
Nakama, R.
Nakamae, K.
Nakamoto, H.
Nakamoto, K.
Nakamumra, H.
Nakamura, A.
Nakamura, A.
Nakamura, C.
Nakamura, D.
Nakamura, E.
Nakamura, H.
Nakamura, H.
Nakamura, H.
Nakamura, H.
Nakamura, I.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.

Hokkaido U
Tokai U
NIT, Suzuka Col
Nagoya City U
U TokyoTokyo U Sci
Sophia U
Hokkaido U
Osaka U
Osaka U
Kobe College
Kobe College
Yokohama National U
MITSUI CHEMICALS,INC.
MITSUI CHEMICALS,INC.
Tohohashi U Tech
Tohoku U
Shanghai Inst Tech
Kitasato U
Keio U
Osaka city U
kumamoto U
Wakayama U
Kyoto U
Osaka U
Osaka U
Waseda U
Waseda U
Unversity of Tsukuba
U HyogoKansai U
Kanazawa Inst Tech
Tokyo Inst of Tech
U Miyazaki
Tokyo Inst of Tech
Keio U KiPASU TokyoAichi U Education
Tokyo Inst of Tech
Kyoto Inst of TechU TokyoChiba U
Toyama Prefectural U
U Tsukuba
NIT, Gunma Col
Kyoto U
Keio U
Maebashi Inst Tech
Osaka U
Nagoya U
AIST and Tech
Waseda U
Osaka Prefecture U
Kyushu Inst of Tech
Nara Women’s U
Kobe U
Grad School Sci Eng
U Tokyo
Chuo U
Wayo Women’ s U
AISTYokohama City U
U Tokyo
Hokkaido U
Tokyo Inst of Tech
Tokyo Inst of Tech
Harvard U
Tohoku U
Nara Women’s U
Tokyo Inst of Tech
Fukuoka U
Chiba U
Kyushu U
Saitama U
Osaka UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

INOR
MTLS
ENRG
ANYL
INOR
MTLS
ORGN
ORGN
ORGN
ORGN
SCTY
SCTY
MTLS
MACR
MACR
ORGN
MACR
HLTH
HLTH
ORGN
MTLS
INOR
MTLS
ENRG
MACR
MACR
PHYS
PHYS
HLTH
MACR
INOR
INOR
MACR
ANYL
PHYS
PHYS
ORGN
INOR
ENRG
BIOL
ENVR
ORGN
ORGN
ORGN
ORGN
ORGN
ORGN
PHYS
ORGN
MACR
INOR
PHYS
ORGN
ENRG
INOR
MTLS
MTLS
ENVR
ORGN
HLTH
BIOL
PHYS
ORGN
ENRG
HLTH
INOR
BIOL
ORGN
INOR
ORGN
ORGN
INOR
INOR
ANYL
ORGN

1067
684
226
1086
971
1301
2264
1255
1287
970
163
284
1511
1062
1330
308
164
528
391
971
1565
1286
2478
316
561
1243
53
1023
169
451
756
103
1551
531
1787
56
452
55
1017
1314
309
758
2657
2037
399
199
2578
435
847
653
1567
327
811
799
592
2051
2053
130
1026
542
948
878
586
1002
646
2002
731
247
1058
2545
828
1049
917
203
820

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, K.
Nakamura, M.
Nakamura, M.
Nakamura, M.
Nakamura, M.
Nakamura, M.
Nakamura, M.
Nakamura, M.
Nakamura, R.
Nakamura, R.
Nakamura, R.
Nakamura, S.
Nakamura, T.
Nakamura, T.
Nakamura, T.
Nakamura, T.
Nakamura, T.
Nakamura, Y.
Nakamura, Y.
Nakamura, Y.
Nakamura, Y.
Nakamura, Y.
Nakamura, Y.
Nakamura, Y.
Nakane, Y.
Nakanishi, I.
Nakanishi, J.
Nakanishi, K.
Nakanishi, R.
Nakanishi, R.
Nakanishi, T.
Nakanishi, T.
Nakanishi, T.
Nakanishi, Y.
NAKANISHI, Y.
Nakano, C.
Nakano, H.
Nakano, H.
Nakano, H.
Nakano, K.
Nakano, M.
Nakano, M.
Nakano, M.
Nakano, M.
NAKANO, M.
NAKANO, M.
Nakano, R.
Nakano, S.
Nakano, T.
Nakanotani, H.
Nakao, M.
Nakao, S.
Nakao, T.
Nakao, T.
Nakao, Y.
Nakao, Y.
NAKAOKI, T.
Nakasaka, Y.
Nakasato, H.
Nakase, M.
NAKASHIMA, H.
Nakashima, K.
Nakashima, N.
Nakashima, N.
Nakashima, S.
Nakashima, S.
Nakashima, S.
Nakashima, S.
Nakashima, S.
Nakashima, T.

Hokkaido U
Kyoto U
Saitama U
Nat Inst Health Sci
Sophia U
Shinshu U
Kobe U
FFPRI
Tohoku U
Waseda U
Keio UU HyogoSophia U
Konan U
Shinshu U
Kyoto Inst of Tech
Nagoya Inst of Tech
Chuo U
National Inst of AIST
Nagasaki U
Inst for Molecular Sci
AIST and Tech
Kyoto U
Kanagawa U
Okayama U
Daiichi Sankyo Co., Ltd.
U TokyoRikkyo U
Kyushu U
Nagoya U
Nat Inst Rad Sci
NIMS (NIMS)
Kinki U
Yamaguchi U
U Kitakyushu
U HyogoHokkaido U
Gifu Pharmaceutical U
Tokushima U
Kobe U
Niigata U
Kyushu U
Muroran Inst of Tech
Muroran Inst of Tech
Tokyo U Agri & Tech
Waseda U
NAIST
Tohoku U
Nagoya Inst of Tech
Osaka U
Osaka UU Tokyo
Kyoto U
Oita U
Kyushu U
Kyushu U
Kanagawa Academy Sci Tech
Okayama U
Kyushu U
Waseda U
Kyoto U
Ryukoku U
Hokkaido U
Ritsumeikan U
Japan Atomic Energy Agency
Oita UU Yamanashi
Kyushu U
Kyushu U
U Kitakyushu
Hiroshima U
Hiroshima U
Kyushu U
Kyushu U
Keio U

PHYS
MTLS
MACR
BIOL
MTLS
HLTH
ANYL
ENVR
PHYS
ORGN
PHYS
BIOL
PHYS
ANYL
ANYL
MTLS
ORGN
INOR
MTLS
INOR
MTLS
ORGN
MACR
ORGN
HLTH
ORGN
SCTY
MTLS
MTLS
ORGN
ORGN
MTLS
PHYS
MTLS
MACR
MTLS
INOR
BIOL
MACR
MACR
BIOL
PHYS
MACR
MTLS
MTLS
PHYS
MTLS
ANYL
MTLS
ORGN
ORGN
INOR
BIOL
ENRG
MTLS
ANYL
MTLS
BIOL
MACR
BIOL
ORGN
MACR
ENRG
MTLS
INOR
BIOL
MTLS
MTLS
MTLS
MACR
INOR
INOR
INOR
INOR
MACR

1533
1631
1442
275
605
557
778
826
562
1341
1008
1336
1206
1001
1012
742
2243
468
1328
1034
2790
1502
976
1047
550
2440
14
650
667
738
2038
342
653
1380
449
2734
1050
844
184
904
699
178
1671
1500
2656
168
1410
554
1577
684
1385
1202
1326
119
1257
710
2710
1023
1261
364
2418
466
916
1542
1135
1036
2820
1394
2507
454
243
819
520
1602
940

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–369

NAME INDEX
Nakashima, Y.
Nakasone, Y.
Nakata, E.
Nakata, H.
Nakata, K.
Nakata, M.
Nakata, S.
Nakata, Y.
Nakatani, K.
NAKATANI, K.
Nakatani, S.
Nakatani, Y.
Nakatani, Y.
Nakato, T.
Nakato, T.
Nakatsuka, A.
Nakatsuka, K.
Nakatsuka, S.
Nakaue, T.
Nakaya, M.
Nakaya, R.
Nakaya, T.
Nakayama, A.
Nakayama, A.
Nakayama, K.
Nakayama, M.
Nakayama, M.
Nakayama, R.
NAKAYAMA, R.
Nakayama, S.F.
Nakayama, T.
Nakayama, T.
Nakayama, T.
Nakayama, Y.
Nakazawa, C.T.
Nakazawa, H.
Nakazawa, H.
Nakazawa, J.
Nakazawa, N.
Nakazawa, T.
Nakazawa, T.
Nakazawa, Y.
Nakazawa, Y.
Nakazono, K.
Nakazono, T.
Nakazono, T.
nakhaei, e.
Nalley, E.
Nam, J.
Nam, J.
Nam, S.
Nam, S.
Nam, S.
Nam, W.
Nam, Y.
Namai, A.
NAMASIVAYAM, G.
Namba, K.
Namba, K.
Namba, Y.
Nambo, M.
Nambu, H.
Nambu, H.
Namiki, R.
Namise, T.
Namuangruk, S.
Nanbu, S.
Nanda, S.
Nanda, S.
Nanda, V.
Nanda, V.
Nann, T.
Nantaphol, S.
Nanto, H.
Nanzai, B.
Naohara, R.
Naohara, R.
Naoi, Y.
Naoyama, K.
NARAHARA, R.

370 –PRESENTERS

Tokyo U Agri & Tech
Kyoto U
Kyoto U
Hokkaido U
Tokyo U Sci
RIKEN
Hiroshima U
Kyoto Inst Tech
Kinky UU Paris-Saclay
Okayama U
Okayama U
Hokkaido U
Kyushu Inst of Tech
Kyushu Inst of Tech
Yamaguchi U
Osaka U
Kwansei Gakuin U
Osaka U, Nano
Kumamoto U
U Toyama
Hokkaido U
Hokkaido U
Hokkaido U
Tohoku U
U TokyoFukuoka Inst of Tech
Kyoto U
Grad School Sci TechNat Inst Enviro Studies
Tokyo Inst of Tech
Nagoya U
U Tsukuba
Meiji U
National Defense Academy
Tohoku U
Osaka City U
Kanagawa U
Yokohama National U
Chuo U
Kyoto U
Osaka UTokyo U Agri & Tech
Tokyo Inst of Tech
Kyushu U
Kyushu U
kyushu U
Cameron U
KYUNGHEE U
Seoul National U
POSTECH
Seoul National U
Yonsei U
Ewha Womans U
KIST
U Tokyo
Kyoto U
Osaka U
Tokushima U
Kyushu U
Inst Transform Bio-Mol, Nagoya U
U Toyama
U Toyama
Meiji U
Kyusyu Inst of U
NSTDA
Sophia U
York UYork U
Rutgers U, Med Sch
Rutgers U, Med Sch
U South Australia
Chulalongkorn U
Kanazawa Inst Tech
Kanagawa U
Meiji U
Ritsumeikan U
Yokohama National U
Kyushu U
Kobe U

PHYS
PHYS
MTLS
INOR
MTLS
PHYS
PHYS
BIOL
INOR
MTLS
HLTH
INOR
ANYL
MACR
MTLS
INOR
ENRG
ORGN
ENRG
INOR
ORGN
HLTH
PHYS
MTLS
MTLS
MACR
BIOL
INOR
ANYL
ENVR
HLTH
PHYS
MACR
PHYS
MACR
BIOL
INOR
INOR
ENRG
ANYL
BIOL
MTLS
MACR
MACR
INOR
INOR
MTLS
SCTY
HLTH
PHYS
ENVR
BIOL
ANYL
INOR
MTLS
MTLS
BIOL
PHYS
ORGN
PHYS
ORGN
ORGN
ORGN
MTLS
ENRG
PHYS
PHYS
MTLS
ENRG
INOR
BIOL
PHYS
ANYL
MTLS
PHYS
MACR
BIOL
MTLS
MTLS
MACR

1942
1836
209
1489
188
1435
1090
1304
568
1242
463
1298
1203
1255
1675
1318
778
1000
713
1284
2196
105
927
1079
1289
1259
164
1898
514
609
124
1612
1167
1327
203
550
1226
438
763
491
865
2657
796
1205
523
1606
654
109
374
526
772
1019
266
742
2600
1230
367
680
1284
581
1762
794
2658
1775
205
1207
2085
310
698
1149
1133
190
1099
2162
1167
328
345
2338
882
725

Narain, R.
Narayanan Nair, R.
Narazaki, K.
Narine, S.
Narita, C.
Narita, H.
Narita, K.
Narita, K.
Narita, K.
Narukawa, M.
Narumi, T.
Naruse, R.
Narushima, K.
Naruta, Y.
Naseer, M.M.
Naseer, M.M.
Nash, K.L.
Nasrolahi Shirazi, A.
Nasu, T.
Natarajan, V.
Natori, N.
Natori, Y.
Natrajan, L.
Natsume, Y.
Naughton, E.M.
Naumann, C.A.
Naumov, P.
Naumov, P.
Navessin, T.
Navlani-Garcia, M.
Nazar, L.
Nazarov, A.
Nefedev, K.
Negishi, E.
NEGISHI, N.
Negishi, R.
Negishi, Y.
Negishi, Y.
Negrón-Mendoza, A.
Neidle, S.
Neimark, A.V.
Neiner, D.
Nejad, M.
Nel, A.
Nelson, A.
Nelson, D.J.
Nelson, K.L.
Nemoto, R.
Nemoto, T.
Neng, J.
Nenoff, T.
Nesterov, E.E.
Nesterova, I.V.
Nestle, N.
Neto, C.
Netsu, R.
Neubert, R.H.
Neumann, R.
Neumann, R.
Neumark, D.
Neumark, D.
Neurock, M.
Neurock, M.
Neuscamman, E.
Nevzorov, A.
New, E.
New, E.
New, E.
Nezu, Y.
Ng, A.
Ng, A.
Ng, A.
Ng, C.
Ng, H.
Ng, J.
Ng, S.
Ngo, H.
Ngo, L.
Ngo, T.A.
Nguyen, B.

U Alberta
Tokyo Metropolitan U
Tokyo U Sci
Trent U
Gunma UAIST and Tech
Tottori U
Tsukuba U
Hokkaido U
U TokyoTohoku U
Nagoya U
NIT, Ube Col
Chubu U
Quaid-i-Azam U
Quaid-i-Azam U
Washington State U
Chapman U, PharmU Tokyo
U Minnesota
Keio U
Toho Pharm U
U Manchester
Japan Women’s U
Virginia Tech
Indiana U - Purdue U
New York U
New York U
Simon Fraser U
OSAKA UU Waterloo
M.V.Lomonosov Moscow State U
Far Eastern Federal U
Purdue U
AIST and Tech
Tokyo U Agri & Tech
Tokyo U Sci
Tokyo U Sci
U Nacional Autonoma Mexico
UCL
Rutgers U
US Borax Inc./Rio Tinto
Mississippi State U
UC Los Angeles
IBM Almaden Research Center
U Oklahoma
UC Berkeley
Keio U
Hokkaido U
Zhejiang U Tech
Sandia National Laboratories
Louisiana State U
Louisiana State U
BASF SEU Sydney
Meiji UMartin Luther U, Halle-Wittenberg
Weizmann Inst of Sci
Weizmann Inst of Sci
UC Berkeley
UC Berkeley
U Minnesota
U Minnesota
UC Berkeley
NC State U
U Sydney
U Sydney
U Sydney
U TokyoSouth U Sci & Tech, China
South U Sci & Tech, China
South U Sci & Tech, China
U California DavisU Hawaii at Manoa
U Queensland
Nat Tsing Hua U
NIMS (NIMS)
U Georgia
Kyoto U
Arizona State U

MTLS
PHYS
MTLS
MACR
MACR
INOR
ORGN
ORGN
BIOL
ENVR
ORGN
ANYL
MACR
ENRG
HLTH
ORGN
INOR
HLTH
MTLS
ENRG
BIOL
HLTH
ENVR
PHYS
INOR
MTLS
BIOL
MTLS
SCTY
ENRG
MTLS
INOR
MTLS
ORGN
ENVR
BIOL
INOR
PHYS
BIOL
INOR
PHYS
MTLS
MACR
MTLS
MACR
SCTY
ENVR
MTLS
ANYL
ANYL
ENRG
MTLS
BIOL
MACR
PHYS
PHYS
ANYL
MTLS
ENRG
PHYS
PHYS
PHYS
ENRG
PHYS
BIOL
HLTH
SCTY
INOR
SCTY
MTLS
MTLS
MTLS
PHYS
BIOL
ENVR
BIOL
ORGN
BIOL
BIOL
ENRG

333
324
2658
147
1018
1367
910
728
715
711
2217
827
227
47
349
1480
302
668
1478
999
551
384
561
1089
860
1198
182
446
80
729
2844
75
1593
2346
366
1092
788
62
89
901
559
2373
281
101
353
74
76
718
908
379
1055
1891
1321
1097
1641
1304
8
1930
48
407
1722
1674
579
1625
63
282
154
1680
50
950
2127
2128
1704
17
853
626
2554
294
1213
997

Nguyen, D.
Nguyen, D.V.
Nguyen, E.P.
Nguyen, E.P.
Nguyen, H.L.
Nguyen, H.M.
Nguyen, H.M.
NGUYEN, H.M.
Nguyen, P.
Nguyen, P.T.
Nguyen, T.H.
Nguyen, T.M.
Nguyen, T.T.
Nguyen, T.T.
Nguyen, T.T.
NGUYEN, T.V.
Nguyen, U.
Nguyen-Kim, M.
Nhisa, N.
Ni, C.
Ni, C.
Ni, H.
Ni, H.
NI, K.
Ni, L.
Ni, L.
Ni, P.
Nibbering, E.
Nibbering, E.
NICCOLAI, G.P.
Nicewicz, D.
Nicholls-Allison, E.C.
Nicol, A.
Nicol, A.
Nicol, A.
Nicolas, C.I.
NICOLAS, J.
NICOLAS, J.
NICOLAS, J.
Niculaes, D.
Nie, Y.
Nie, Z.
Nie, Z.
Nie, Z.
Niederberger, M.
Niederhauser, J.
Nielander, A.C.
Nielsen, D.
Nielsen, M.M.
Nielsen, O.J.
Nielson, A.
Nielson, A.
Nielson, A.
Nierengarten, J.
Nieuwendaal, R.
Nifantiev, N.E.
Nihei, M.
Nihei, M.
Nihonyanagi, S.
Nii, C.
Nii, S.
Nii, S.
Niide, T.
Niidome, T.
Niidome, T.
Niihori, Y.
Niikura, K.
Niimi, T.
Niiyama, Y.
Nikitin, A.N.
Nikitin, A.N.
Nikolla, E.
Nikonov, G.
Nilsson, A.
Nilsson, A.

U Western Sydney
Kyoto URMIT URMIT U
Toyama U
U IowaU IowaOsaka UU Hawaii at Manoa
Can Tho U
U Arkansas
Kyoto U
Iwate U
Kobe UU Notre Dame
Kyoto Inst of Tech
ICDREC- National U
IAP Fraunhofer Inst Appl Poly Res
Gachon U
Academia Sinica
Academia Sinica
Jimei U
Jimei U
Memorial U
Fuzhou U
Fuzhou U
Soochow U, P.R.China
Max Born InstMax Born InstCNRSU North Carolina, Chapel Hill
U Victoria
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
US EPAU Paris-Sud, CNRS UMR 8612
U Paris-Sud, CNRS UMR 8612
U Paris-Sud, CNRS UMR 8612
Istituto Italiano di Tecnologia
Nanjing U
U Maryland
Hunan U
Hunan UETH Zurich
Graz U TechCaltechDSTO
Technical U Denmark
U Copenhagen
Massey U, Aukland
Massey U, Aukland
Massey U, Aukland
U Strasbourg & CNRSNISTND Zelinsky Inst Org Chem, RAS
U Tsukuba
U Tsukuba
RIKEN
Tokushima U
Kagoshima U
Kagoshima U
Tohoku U
Kumamoto U
Kumamoto U
Tokyo U Sci
Hokkaido U
Astellas Pharma Inc.
Tohohashi U TechILIT RASILIT RAS
Wayne State U
Brock U
Stockholm U
Stockholm U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

BIOL
ENRG
MTLS
MTLS
ENRG
ORGN
ORGN
BIOL
ENRG
ENVR
ORGN
BIOL
MTLS
ORGN
HLTH
MTLS
ANYL
MACR
MTLS
ANYL
PHYS
ENVR
BIOL
INOR
ENVR
ENVR
MACR
PHYS
PHYS
SCTY
ORGN
ORGN
MACR
MACR
MACR
ENVR
MACR
MACR
MTLS
HLTH
MACR
MTLS
ANYL
ANYL
MTLS
BIOL
MTLS
MTLS
PHYS
PHYS
INOR
INOR
PHYS
ORGN
MACR
BIOL
INOR
INOR
PHYS
ORGN
MTLS
MTLS
MTLS
MTLS
MTLS
PHYS
MTLS
HLTH
MTLS
MACR
MACR
ENRG
INOR
PHYS
ENRG

836
576
1318
1932
240
655
2720
627
739
390
1016
1327
2430
405
459
747
485
622
852
845
2086
430
349
1614
493
624
153
220
251
353
668
1740
1384
1385
1386
98
785
1632
2262
643
1618
2451
733
1152
2446
383
1614
1236
214
1930
1627
1773
449
1070
549
379
817
970
1956
396
175
1184
884
679
2172
576
7
92
1431
1306
1601
638
1775
949
35

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Ning, G.
Ning, G.
Ning, Y.
Ninomiya, K.
Ninomiya, K.
Nisbet, D.R.
Nishi, H.
Nishi, M.
Nishi, M.
Nishi, N.
Nishi, T.
Nishi, Y.
Nishibayashi, Y.
Nishida, A.
Nishida, J.
Nishida, J.
Nishida, K.
Nishida, K.
Nishida, K.
Nishida, M.
Nishida, N.
Nishida, R.
Nishida, T.
Nishigaki, E.
Nishiguchi, T.
Nishiguchi, T.
Nishihara, H.
Nishihara, R.
Nishihara, S.
Nishihara, T.
Nishihara, Y.
Nishijima, M.
Nishijima, Y.
Nishijo, J.
Nishikawa, A.
Nishikawa, H.
Nishikawa, K.
Nishikawa, M.
Nishikawa, R.
Nishikawa, T.
Nishikawa, T.
Nishikawa, T.
Nishikawa, T.
Nishikawa, Y.
Nishikawa, Y.
Nishikiori, H.
Nishimori, K.
Nishimoto, M.
Nishimoto, S.
Nishimoto, Y.
Nishimoto, Y.
Nishimra, K.
Nishimura, F.
Nishimura, F.
Nishimura, H.
Nishimura, K.
Nishimura, M.
Nishimura, N.
Nishimura, R.
NISHIMURA, R.
Nishimura, S.
Nishimura, S.
Nishimura, S.
Nishimura, S.
Nishimura, S.
Nishimura, S.
Nishimura, S.
Nishimura, T.
Nishimura, T.
Nishimura, T.
Nishimura, T.
Nishimura, Y.
Nishimura, Y.
Nishimura, Y.
Nishimura, Y.

U Tokyo
The Nat U Singapore
Uubei U Chinese Med
Osaka U
Osaka U
Australian Nat UU Tokyo
Kumamoto U
Kumamoto U
Kyoto U
Seikei U
Kyoto Inst of TechU TokyoChiba UU HyogoU HyogoU Toyama
Tokyo U, Med & Dental
Kyoto U
U Toyama
Kinki U
Kagawa U
Kobe UU Miyazaki
Kyoto Pharmaceutical U
U TokyoTohoku U
Keio U
Hiroshima U
Tottori U
Okayama U
Osaka U
Yokohama National U
Meisei U
Kinki U
Ibaraki U
Osaka City U
Seikei U
Yokohama National U
Hiroshima U
Tokyo Inst of Tech
Nagoya U
Nagoya U
Waseda U
Kindai U
Shinshu U
Kobe U
NIT, Wakayama Col
Okayama U
Osaka U
Kanagawa U
U Tokyo
U Fukui
Kobe U
Kyoto UNat Inst Natural Sci
Nagoya U
Kogakuin U
Kansai U
Keio U
JMU, and the U of Tokyo
Saitama U
Kyoto U
Kyoto UJAIST
JAIST
Rikkyo U
U TokyoTokyo U Sci
Kyoto U
NIT, Ube Col
Inst for Molecular Sci
Tohoku U
Kansai U
Osaka Prefecture U

INOR
MTLS
ANYL
ANYL
INOR
MTLS
ENRG
MTLS
MTLS
ANYL
INOR
ORGN
INOR
ORGN
ORGN
ORGN
ORGN
MTLS
MACR
MTLS
MACR
SCTY
MTLS
ORGN
INOR
BIOL
MACR
ANYL
PHYS
BIOL
MTLS
ORGN
ANYL
MTLS
ORGN
MTLS
ORGN
INOR
BIOL
INOR
ENRG
ORGN
ORGN
BIOL
PHYS
ENRG
MACR
BIOL
MTLS
ORGN
ANYL
ENRG
INOR
ANYL
ENVR
BIOL
ORGN
MTLS
BIOL
MACR
BIOL
ORGN
BIOL
BIOL
ENRG
ENRG
INOR
MACR
MTLS
HLTH
MACR
PHYS
INOR
MACR
MTLS

936
581
727
500
240
2810
479
592
2659
643
1090
528
1439
24
1517
1911
2579
683
1491
548
231
215
1305
414
1330
325
1367
264
1305
588
1942
1127
323
2326
1290
2071
2580
1047
354
1899
356
143
2385
1093
1290
236
1177
858
1465
1513
369
415
1481
994
806
15
328
2725
1339
233
132
1128
336
415
317
1016
517
1664
1373
304
516
1660
998
928
769

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–371

NAME INDEX
Nishimura, Y.
Nishimura, Y.
Nishina, K.
NISHINA, N.
Nishinaga, S.
Nishino, K.
Nishino, K.
Nishino, K.
Nishino, S.
Nishino, S.
NISHINO, T.
Nishioka, H.
Nishioka, N.
Nishioka, R.
Nishioka, S.
Nishioka, S.
Nishioka, T.
NISHITANI, N.
Nishiuchi, T.
Nishiumi, T.
Nishiura, T.
Nishiura, Y.
Nishiyama, E.
Nishiyama, H.
Nishiyama, H.
Nishiyama, H.
Nishiyama, K.
Nishiyama, K.
Nishiyama, K.
Nishiyama, M.
Nishiyama, T.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishiyama, Y.
Nishizaka, T.
Nishizawa, M.
Nishizawa, M.
Nishizawa, M.
Nishizawa, S.
Nishizawa, S.
Nishizono, K.
NISHIZONO, S.
Nitschke, J.R.
Nitschke, J.R.
Nitschke, J.R.
Nitta, A.
Nitta, K.
Nitz, M.
Nitz, M.
Niu, J.
Niu, Y.
Niu, Y.
Niwa, M.
Niwa, O.
NIWA, T.
Niwayama, S.
Nizkorodov, S.
Njardarson, J.T.
Noble, R.D.
Nobori, T.
Nobukawa, S.
Nobusada, K.
Nocera, D.G.
noda, h.
Noda, H.
Noda, M.
Noda, N.
Noda, R.
Noda, S.
Nodera, A.
Noel, J.P.
Noel, T.
Nogami, E.
Nogami, S.

372–PRESENTERS

Inagawa Inst Tech
Kobe U
Sophia U
Shizuoka U
Okayama U
Kyoto U
Kyoto U
Osaka U
Kyushu U
Tottori U
Kobe UU TokyoTokyo Inst of Tech
Kyoto U
Graduate School from Keio
Tokyo Inst of Tech
Osaka City U
Kobe U, Kyoto, Japan
Osaka UU Fukui
Kanagawa U
Tohoku U
Chiba Inst of Tech
Osaka U
Chiba Inst of TechU Tokyo
Hokkaido U
CRC, Iwate U
U Tokyo
U HyogoOsaka City U
NAIST (NAIST)NAIST (NAIST)NAIST (NAIST)Tokyo Metropolitan U
Inst for Molecular Sci
U Tokyo
U Tokyo
JEOL RESONANCE Inc.
JEOL RESONANCE Inc.
Gakushuin U
Tokyo U Tech
Tohoku U
Tohoku U
Tohoku U
Kyoto U
Fukuoka U
SOJO U
U Cambridge
U Cambridge
U Cambridge
Hokkaido U
Konan UU Toronto
U Toronto
Henan U
Shanghai Jiao Tong U
Shanghai Inst Tech
Gifu pharmaceutical U
AIST
RIKEN
Muroran Inst of TechUC Irvine
U Arizona
U Colorado Boulder
Kyushu U
JAISTInst for Molecular Sci
Harvard U
Kyushu U
Rikkyo U
Osaka U
U Toyama
Tottori U
Waseda U
Lion Idemitsu Composites Co
HHMI/Salk Inst
Eindhoven U Tech
Ochanomizu U
Tokyo U Sci

BIOL
MTLS
INOR
ORGN
MACR
ENVR
INOR
PHYS
INOR
ORGN
MACR
ORGN
MTLS
BIOL
MACR
ENRG
INOR
MTLS
ORGN
ANYL
INOR
PHYS
INOR
INOR
MTLS
ENRG
ANYL
ORGN
BIOL
INOR
MACR
ORGN
ORGN
ORGN
INOR
PHYS
ORGN
ORGN
MACR
BIOL
BIOL
BIOL
ANYL
ANYL
ANYL
MTLS
PHYS
ENVR
INOR
ORGN
ORGN
PHYS
MTLS
ORGN
BIOL
INOR
HLTH
ENVR
INOR
MTLS
ORGN
BIOL
PHYS
ORGN
SCTY
ANYL
MACR
PHYS
PHYS
MTLS
ORGN
BIOL
ORGN
MTLS
MTLS
MACR
BIOL
ORGN
ORGN
SCTY

552
850
1291
29
82
864
2003
682
1294
1972
685
1001
1767
1094
941
964
763
2113
1937
770
439
1414
288
1192
612
968
798
138
1289
1041
1031
575
691
1129
476
302
2546
2678
869
64
150
167
41
777
1219
2097
876
144
506
1300
1415
1104
829
1805
783
903
532
474
1960
267
1358
1029
1860
2316
332
256
843
905
818
1568
2290
1282
2500
2391
1960
957
1409
579
909
324

Nogawa, T.
Nogi, K.
Noguchi, H.
Noguchi, K.
Noguchi, M.
Noguchi, M.
Noguchi, S.
Noguchi, T.
Noguchi, T.
Noguchi, T.
Noguchi, Y.
Noguchi-Yachide, T.
Noh, Y.
Nohara, M.
Nohara, R.
Nohara, T.
Noji, H.
Noji, H.
Nojima, D.
Nojima, S.
Nojima, S.
NOJIMA, T.
Nojiri, H.
Nojiri, K.
Nokami, M.
Nokami, T.
Nokami, T.
Nolan, S.P.
Noller, B.N.
Noma, H.
Nomoto, T.
Nomura, A.
Nomura, A.
Nomura, K.
Nomura, K.
Nomura, K.
Nomura, K.
Nomura, K.
Nomura, K.
NOMURA, K.
NOMURA, K.
Nomura, N.
Nomura, S.
Nomura, S.M.
Nomura, W.
Nomura, Y.
Nonaka, H.
Nonaka, H.
Nonaka, H.
Nonaka, H.
Nonaka, N.
NONAKA, T.
Nonaka, Y.
Nonoguchi, Y.
Nonoyama, T.
Nootchanat, S.
Nordlander, P.
Nordlander, P.
Norifumi, Y.
Norikane, Y.
NORIMATSU, K.
Norioka, C.
Norkus, E.
Norquist, A.
Norquist, A.
North, S.W.
Nortier, F.M.
Norton, R.S.
Norton, R.S.
Nose, K.
Noskov, S.
Noskov, S.
Nostadt, K.
Nothdurft, P.
Noto, K.
Noto, N.
Notoya, M.
Notsuka, N.
Nour, M.
Novitski, D.

RIKEN
Kyoto U
Kumamoto U
Tokyo Metropolitan U
Chuo U
Osaka U
Niigata U
Kansai U
Kyushu U
Kyoto UU Tokyo
U Tokyo
Dongguk U
Okayama U
Hokkaido U
Kyoto Inst of TechU Tokyo
U TokyoTokyo U Agri & Tech
Kyushu U
U Tokyo
Kitasato U
U Tokyo
T.HASEGAWA CO.,LTD.
Nara Women’s U
Tottori U
Tottori U
U St Andrews
CMLR
National Inst of AIST
Rikkyo U
Doshisha U
Yamaguchi U
biooorganic research Inst
Biooorganic Research Inst
Keio UTokyo U Sci
Tokyo U Sci
Tokyo U Sci
Tokyo Metropolitan U
Tokyo Metropolitan U
Hokkaido U
U Tokyo
TOHOKU U
Tokyo U, Med & Dental
Kobe UMie U
U TokyoMie U
Mie U
Nagasaki U
Oita U
Toyo UNAIST
Hokkaido U
Chulalongkorn U
Rice U
Rice U
Kinki UAIST and Tech
Tokyo Inst of Tech
Kansai U
Center Phys Sci Tech
Haverford College
Haverford College
Texas A&M U
Los Alamos National Laboratory
Monash Inst Pharm Sci
Monash Inst Pharm Sci
Fukuoka U
U Calgary
U Calgary
U tuebingen
PCCL: Polymer Comp Cntr Leoben
Kitasato U
Tokyo Inst of Tech
Keio U
Kyushu U
U New Caledonia
Simon Fraser U

ORGN
ORGN
ANYL
ORGN
INOR
HLTH
MACR
HLTH
MACR
ORGN
PHYS
ORGN
MTLS
INOR
ANYL
MACR
PHYS
MTLS
ENRG
MACR
ORGN
MTLS
ENVR
ENVR
INOR
ORGN
ORGN
ORGN
ENVR
ANYL
ORGN
BIOL
PHYS
BIOL
MTLS
PHYS
INOR
INOR
INOR
INOR
INOR
MACR
ORGN
BIOL
BIOL
HLTH
SCTY
INOR
MACR
ENVR
MACR
BIOL
BIOL
MTLS
MACR
MTLS
PHYS
PHYS
INOR
MTLS
PHYS
MACR
MTLS
INOR
MTLS
PHYS
INOR
HLTH
BIOL
BIOL
PHYS
PHYS
ORGN
MTLS
PHYS
ORGN
MACR
MTLS
ORGN
ENRG

2039
1037
195
941
459
313
627
325
1152
2040
752
2673
1201
1523
208
327
30
1007
1000
902
1022
1791
932
494
1086
1159
2331
1184
510
1013
1346
887
1079
207
1418
2009
361
416
1590
708
1675
1281
2674
259
534
185
223
1805
160
807
1327
1040
603
1163
575
1810
108
1651
991
447
557
592
2149
1712
500
1594
279
50
455
888
1440
2006
2140
272
1902
913
944
1564
2041
593

Nozaki, A.
Nozaki, K.
Nozaki, K.
Nozaki, K.
Nozaki, S.
Nozawa, S.
Nozawa, T.
Nozawa, T.
Nuckolls, C.
Nugraha, Y.P.
Nukada, N.
Nukadzuka, Y.
Nukaga, Y.
Numada, K.
NUMAKO, C.
NUMAKO, C.
Numano, M.
Numata, K.
Numata, K.
Numata, K.
Nunokawa, S.
Nussinov, R.
Nuzzo, R.G.
Nyam, K.
Nylander, T.
Nyman, M.
Nyman, M.
Nyman, M.
Nyu, T.
Nzulu, F.
Oakley, R.T.
Oba, F.
Oba, M.
Oba, M.
Oba, Y.
OBALEYE, J.A.
Obare, S.O.
Obare, S.O.
Obata, M.
Obata, R.
OBATA, S.
Obika, S.
Obinata, S.
Obokata, S.
Obolda, A.
Ochi, K.
Ochi, R.
Ochiai, T.
Ochola, J.
Ochsmann, J.R.
OConnor, J.M.
OConnor, J.M.
O’Connor, L.J.
Oda, H.
Oda, T.
Oda, T.
Oda, Y.
Odagi, M.
ODAI, k.
Odaka, M.
ODAKA, T.
Oddon, F.
O’Dell, L.
ODO, J.
ODoherty, G.A.
Odom, A.
Odom, A.
O’Dowd, H.
Oelgemöller, M.
Oestreich, M.
Ofuji, K.
Ogaki, T.
Oganov, A.R.
Ogasawara, H.
Ogasawara, K.

Osaka U
U Toyama
U of Tokyo Chem Biotech
U of Tokyo Chem Biotech
Kyushu U
High Energy Accel Res Org (KEK)
Keio U
Kanagawa U
Columbia U
Tokyo Inst of Tech
Mie U
Tohoku U
Tokyo U Sci
Osaka prefecture U
Chiba U
Chiba U
Kwansei Gakuin U
TOKYO GAS Co.,ltd.
RIKEN CSRS
RIKEN
Kochi U
NCI at Frederick
U Illinois
UCSI U
Lund U
Oregon State U
Oregon State U
Oregon State U
Tokyo Inst of TechU Pierre et Marie Curie
U Waterloo
Tokyo Inst of TechTokai U
Nagasaki U
Kobe UU Ilorin, Nigeria
Western Michigan U
Western Michigan U
U Yamanashi
Keio U
Tohohashi U Tech
Osaka U
Waseda U
Gunma Nat Col Tech
Jilin U
Meiji U
Hokkaido U
Kanagawa Academy Sci Tech
U British Columbia
Max Planck, Solid State Res
UC San Diego
UC San DiegoU Oxford
Nagoya U
Kagawa U
Tokai U
Kyusyu U
Tokyo U Agri & Techshohoku college
Nagoya U
Chuo U
Kanagawa U
Deakin U
Okayama U Sci
Northeastern U
Michigan State U
Michigan State U
Vertex Pharmaceuticals, Inc.
James Cook U
Technische U Berlin
Okayama U
Osaka Prefecture U
Skolkovo Inst Sci Tech
Nagoya U
Kwansei Gakuin U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
INOR
INOR
MACR
MACR
PHYS
MTLS
ENRG
ORGN
ORGN
BIOL
ORGN
HLTH
ANYL
ANYL
INOR
ORGN
MACR
MACR
MACR
ORGN
PHYS
MTLS
ENVR
PHYS
INOR
MTLS
MTLS
MTLS
ORGN
MTLS
MTLS
ORGN
BIOL
SCTY
HLTH
SCTY
ENVR
HLTH
ORGN
ORGN
HLTH
ORGN
ENRG
MTLS
ENVR
MTLS
PHYS
ORGN
MACR
INOR
BIOL
ORGN
ENVR
BIOL
MTLS
MACR
ORGN
PHYS
MTLS
INOR
INOR
BIOL
ANYL
ORGN
INOR
INOR
HLTH
ORGN
INOR
BIOL
ORGN
MTLS
INOR
PHYS

891
1217
618
118
1620
218
2875
932
2364
957
1095
1224
187
252
936
913
1002
191
953
1065
2218
934
1010
286
1257
799
1042
2475
2429
1179
2498
2524
441
977
225
106
261
120
121
1162
972
68
1347
208
1584
720
164
659
1130
168
1445
1159
1608
241
1096
1462
370
2210
722
763
1079
440
58
853
2726
726
1800
243
578
20
1025
1846
2521
1961
568

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Ogasawara, M.
Ogasawara, M.
Ogasawara, S.
Ogasawara, Y.
Ogata, H.
Ogata, H.
Ogata, M.
Ogata, S.
Ogata, T.
Ogata, Y.
Ogawa, A.
Ogawa, D.
Ogawa, H.
Ogawa, H.
OGAWA, H.
Ogawa, K.
Ogawa, K.
Ogawa, K.
Ogawa, K.
Ogawa, M.
Ogawa, M.
Ogawa, M.
Ogawa, M.
Ogawa, N.
Ogawa, N.
OGAWA, N.
Ogawa, R.
Ogawa, S.
Ogawa, T.
Ogawa, T.
Ogawa, T.
Ogawa, T.
Ogawa, Y.
Ogawa, Y.
Ogawa, Y.
Ogawa, Y.
Ogden, M.I.
Ogida, Y.
OGIHARA, Y.
Ogilvie, J.
Ogino, H.
Ogino, I.
Ogino, K.
Ogino, M.
Ogiwara, S.
Ogorodnik, E.
Ogoshi, S.
Ogoshi, S.
Ogoshi, T.
Oguchi, M.
Oguma, K.
Oguma, Y.
Ogura, A.
Ogura, A.
Ogura, H.
Ogura, M.
Ogura, S.
Ogura, Y.
Oguri, H.
Oguri, K.
Oh, D.
Oh, H.
Oh, H.
OH, H.
Oh, J.
Oh, J.
Oh, J.
OH, J.
Oh, M.
Oh, S.
Oh, S.
Oh, S.
Oh, S.
Oh, S.
Oh, S.

Hokkaido U
Chiba U
Hokkaido U
Hokkaido U
Waseda U
Hosei U
Nagasaki U
Aoyama Gakuin U
Kumamoto U
Gakushuin U
Ehime UNat Inst Mtls Sci
Tokyo Gakugei U
U Tokyo
Keio U
Okayama U
Okayama U
Kanazawa U
Sophia U
VISTEC
Okayama U Sci
Fukuoka U
Hokkaido U
Kwanseigakuin U
Akita UTokyo Inst of Tech
Okayama U
Waseda U
Kyushu U
Osaka U
Osaka U
Hokkaido U
yokohama national U
Kyoto U
Kyoto U
Chiba U
Curtin U
Ritsumeikan U
Nagoya U
U Michigan
U Tokyo
Hokkaido U
Tohoku U
Tokai U
Hirosaki U
U California, Davis
Osaka U
Osaka U
Kanazawa U
Tokyo Inst of TechU TokyoU Toyama
RIKEN
RIKEN
Chiba UU TokyoTokyo Inst of Tech
Tohoku U
Tokyo U Agri Tech
Meijo U
Kyoto U
Sogang U
Sejong U
kyunghee U
POSTECH
Inha U
Concordia U
Yonsei U
Indiana U, Med
Seoul National U
Dankook U
KAIST
Ewha Womans U
U SeoulEwha Womans U

ORGN
ORGN
BIOL
BIOL
ENVR
MACR
ORGN
MACR
MTLS
INOR
BIOL
MTLS
SCTY
ORGN
ORGN
ORGN
ANYL
HLTH
ORGN
MTLS
BIOL
INOR
ANYL
ANYL
ANYL
ORGN
INOR
ENVR
PHYS
MTLS
MTLS
INOR
MTLS
HLTH
HLTH
HLTH
INOR
MTLS
ANYL
PHYS
INOR
ENRG
SCTY
MTLS
MTLS
MTLS
INOR
ORGN
ORGN
ANYL
ENVR
ORGN
ORGN
ORGN
ENRG
ENRG
INOR
ORGN
ORGN
ORGN
MACR
PHYS
ENRG
ORGN
MACR
MTLS
MACR
MTLS
ORGN
MTLS
HLTH
INOR
MTLS
ENVR
MTLS

648
1588
1315
734
644
159
423
1260
2413
1303
1265
1361
277
445
2042
823
1165
140
1271
1679
1059
918
1032
987
977
1272
1307
646
388
381
797
1103
181
52
177
129
538
859
815
366
1529
670
260
682
2425
794
234
1475
1412
315
138
530
1609
1807
214
896
386
743
261
2659
883
1696
665
2043
1211
1334
1133
1683
2672
753
664
1653
2660
924
2131

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–373

NAME INDEXOh, S.
Oh, S.
Oh, S.F.
Oh, W.
O’Halloran, T.V.
O’Halloran, T.V.
O’Halloran, T.V.
Ohara, K.
Ohashi, H.
Ohashi, K.
Ohashi, K.
Ohashi, M.
Ohashi, M.
Ohashi, M.
Ohashi, M.
Ohashi, T.
Ohata, M.
Ohata, T.
Ohata, W.
Ohba, M.
Ohira, S.
Ohira, S.
Ohisa, S.
Ohishi, Y.
Ohkanda, J.
Ohkanda, J.
Ohki, S.
Ohki, T.
Ohkita, H.
Ohkita, R.
Ohkoda, Y.
Ohkoshi, S.
Ohkubo, I.
Ohkubo, K.
Ohmagari, H.
Ohmiya, M.
Ohmiya, Y.
Ohmori, M.
Ohmura, H.
Ohmura, T.
Ohnishi-Kameyama, M.
Ohno, F.
Ohno, H.
Ohno, H.
Ohno, H.
Ohno, O.
Ohno, S.
Ohno, S.
Ohno, T.
Ohno, T.
Ohno, Y.
Ohnuki, T.
Ohnuma, A.
Ohshima, T.
Ohshima, T.
Ohshima, Y.
Ohshima, Y.
Ohshima, Y.
Ohshimo, K.
Ohshiro, T.
Ohshiro, T.
Ohshita, J.
Ohsugi, K.
Ohta, A.
Ohta, E.
Ohta, H.
Ohta, H.
Ohta, I.
Ohta, K.
Ohta, K.
Ohta, R.
Ohta, T.
Ohta, Y.
Ohtaka, A.
Ohtake, S.
Ohtani, B.
Ohtani, M.
Ohtani, R.
Ohtawa, M.
Ohto, K.

374 –PRESENTERS

Pohang Inst of Metal Ind
Seoul Nat U, MedHarvard Medical School
Dong-Eui U
Northwestern U
Northwestern U
Northwestern U
Tokushima Bunri U
Fukushima U
Kyushu U
Col Humanities & Sci
U Shizuoka
Toyota central R&D labs., inc.
Osaka U
Osaka U
Hiroshima U
Nat Metrology Inst JapanU HyogoHiroshima U
Kyushu U
Kumamoto U
Kumamoto U
Yamagata U
U Toyama
Kyoto U
Kyoto U
Chuo U
Saitama U
Kyoto Uosaka UTokyo U Sci
U Tokyo
NIMS (NIMS)
Osaka U
Kumamoto U
Kinki UAIST
Chuo UAIST
Kyoto UNat Food Res Inst, NARO
Shinshu U
Kyoto U
Kitami Inst of Tech
Tokyo U Agri & Tech
Keio UU HyogoToho U
Kobe U
Kyushu Inst of Techonology
Nagoya U
Japan Atomic Enegy Agency
Toyota Boshoku Corporation
Kyushu U
Kyushu U
Japan Atomic Energy Agency
Tokyo Inst of Tech
Hokkaido U
Tohoku U
Kitasato U
Osaka U
Hiroshima U
Tohoku U
Shinshu U
Osaka Prefecture U
Hokkaido U
Kobe U
Yokohama National U
Kobe U
Shinshu U
U Tokyo
Keio U
Kanagawa U
Osaka Inst of TechJapan Sci Tech Agency
Hokkaido U
Hokkaido U
Kumamoto U
Kitasato U
Saga U

ENVR
HLTH
BIOL
MTLS
INOR
BIOL
BIOL
ANYL
ANYL
PHYS
MTLS
ORGN
MTLS
INOR
ORGN
ENRG
ANYL
MTLS
ORGN
INOR
ANYL
ANYL
MTLS
ORGN
ORGN
BIOL
SCTY
MACR
MTLS
ORGN
INOR
INOR
INOR
ORGN
INOR
ORGN
BIOL
ENRG
PHYS
ORGN
ENVR
HLTH
ORGN
ENRG
SCTY
ORGN
MACR
INOR
INOR
ENRG
MTLS
ENVR
MTLS
ORGN
ORGN
HLTH
PHYS
MTLS
ANYL
HLTH
ANYL
MACR
MTLS
ORGN
INOR
MTLS
MTLS
MTLS
ENRG
ENRG
ANYL
PHYS
MACR
ORGN
SCTY
PHYS
ORGN
INOR
ORGN
INOR

240
199
1251
2059
2068
78
1157
844
1111
410
1662
2044
1352
1783
897
971
507
695
2581
1172
273
428
1536
1324
1220
93
330
527
344
1938
1637
1381
1991
665
1287
2045
252
627
266
1665
51
547
130
186
370
1759
453
491
593
160
2504
158
845
1816
2295
233
542
2661
434
399
112
261
858
1959
475
2256
1261
709
89
843
489
597
670
171
133
1564
973
1175
2046
1168

Ohto, T.
Ohto, T.
Ohtsu, N.
Ohtsubo, Y.
ohtsuka, i.
Ohtsuki, C.
Ohtsuki, T.
Ohtsuki, T.
Ohuchi, S.
OHWADA, K.
Ohya, Y.
Ohya, Y.
Ohyama, J.
Ohyama, S.
Oi, M.
Oikawa, H.
Oikawa, H.
Oikawa, M.
Oikawa, M.
Oikawa, T.
Oikawa, T.
Oikawa, Y.
Oikawa, Y.
Oisaki, K.
Oishi, A.
Oishi, S.
Oishi, T.
Ojida, A.
Ojika, M.
Ojika, M.
Ojima, A.
Ok, K.
Oka, H.
Oka, H.
Oka, K.
Oka, K.
Oka, N.
Oka, N.
Oka, S.
Oka, T.
Okabayashi, R.
Okabe, M.
Okabe, Y.
Okada, C.
OKADA, D.
Okada, G.
Okada, G.
Okada, H.
Okada, K.
OKADA, K.
Okada, M.
Okada, M.
Okada, M.
OKADA, M.
okada, s.
okada, s.
Okada, S.
Okada, S.
Okada, T.
Okada, T.
Okada, T.
Okada, T.
Okada, T.
Okada, Y.
Okada, Y.
Okada, Y.
Okada, Y.
Okafuji, A.
Okajima, M.
Okamoto, A.
Okamoto, A.
Okamoto, H.
Okamoto, H.
Okamoto, K.
Okamoto, K.
Okamoto, K.
Okamoto, K.
Okamoto, K.
Okamoto, M.
Okamoto, S.

Osaka U
Osaka U
Kitami Inst of Tech
Kyushu U
Kyushu U Health & Welfare
Nagoya U
Nat Inst Health Sci
Okayama U
Kyushu Inst of TechJapan Atomic Energy Agency
Kansai U
Kansai U
Nagoya U
Tokyo U Sci
U Tokyo
Hokkaido U
Hokkaido U
Sumitomo Rubber Industries
Yokohama City U
Toholu U, Med
Tohoku U
Tokai U
Hirosaki U
U Tokyo
Chuo U
Waseda U
Kyushu U
Kyushu U
Nagoya U
Nagoya U
Utunomiya U
Chung-Ang U
Tokyo Inst of Tech
U Tsukuba
Chuo UOK Fiber Tech Co., Ltd.
Gifu U
Gifu U
Shizuoka U
Tohoku U
Kanagawa U
Kinki UInst for Molecular Sci
Ritsumeikan U
U Tsukuba
NAIST
NAIST
NIMS
Tokyo U Sci
Osaka City U
St. Marianna U Sch Med
U TokyoMie U
Nihon U
Kokushikan U
Kokushikan U
U TokyoGifu UU Tsukuba
Hokkaido U
Rikkyo U
Shinshu U
U HYOGO
RIKEN
Tokyo U Agri & Tech
Osaka UU TokyoTokyo U Agri & TechJAISTU Tokyo
U TokyoInst for Molecular Sci
Kobe U
Osaka U
Hokkaido U
Kyushu U
Kyushu U
Kyushu U
Waseda U
Nagoya Inst of Tech

PHYS
MTLS
ANYL
INOR
ORGN
MACR
ANYL
MTLS
ENRG
MTLS
HLTH
MTLS
ENRG
MTLS
INOR
BIOL
BIOL
MACR
ORGN
MTLS
ORGN
SCTY
MTLS
ORGN
ORGN
ENVR
ORGN
INOR
ENVR
BIOL
ENRG
INOR
MACR
ORGN
INOR
HLTH
ORGN
ORGN
INOR
MACR
MACR
BIOL
ENRG
ENRG
MACR
MTLS
MTLS
ANYL
MTLS
MTLS
ORGN
BIOL
ENRG
INOR
MTLS
MTLS
ORGN
INOR
MTLS
ORGN
ENVR
MTLS
ANYL
BIOL
ORGN
MACR
ORGN
SCTY
MACR
ANYL
BIOL
PHYS
MACR
ORGN
MACR
PHYS
PHYS
PHYS
MTLS
MTLS

1946
517
935
987
2627
1665
346
481
625
2299
336
212
3
1747
1654
915
1176
26
260
664
1214
278
856
2480
1888
666
263
2065
865
718
787
1713
1556
2047
1987
128
2222
2620
492
1296
645
876
362
176
899
1279
2163
67
2114
2527
1213
1404
988
1819
2395
2407
1363
973
681
2583
803
1368
970
1423
1540
537
1899
234
618
897
444
1427
920
385
1283
113
1537
2017
759
1806

Okamoto, S.
Okamoto, T.
Okamoto, T.
Okamoto, Y.
Okamoto, Y.
Okamoto, Y.
Okamoto, Y.
Okamoto, Y.
Okamoto, Y.
Okamoto, Y.
Okamura, H.
Okamura, K.
Okamura, M.
Okamura, N.
Okamura, S.
Okamura, T.
Okamura, Y.
Okamura, Y.
Okamura, Y.
OKANIWA, M.
Okano, K.
Okano, M.
Okano, T.
Okano, Y.
Okawa, H.
Okawa, T.
Okawachi, M.
Okawara, T.
Okayasu, K.
Okazaki, M.
Okazaki, N.
Okazaki, S.
Okazaki, S.
Okazaki, Y.
Okazaki, Y.
Okazawa, A.
Okazawa, A.
Oketani, R.
Okeyoshi, K.
Oki, T.
Okigawa, Y.
Okino, T.
Okitsu, K.
Okitsu, K.
Okitsu, T.
Okochi, H.
OKOCHI, M.
Okoshi, M.
Okouchi, S.
Okrut, A.
Oku, S.
Okubo, M.
Okubo, T.
Okuda, A.
Okuda, H.
Okuda, J.
Okuda, J.
Okuda, J.
Okuda, K.
Okuda, M.
Okuda, N.
Okuda, N.
Okuda, Y.
Okuma, K.
OKUMURA, H.
OKUMURA, H.
OKUMURA, H.
Okumura, M.
Okumura, M.
Okumura, M.
Okumura, M.
Okuno, T.
Okura, K.
Okushita, K.
Okutsu, K.

Keio UU Tokyo
U TokyoTohohashi U Tech
Tottori U
Hokkaido U
Nagoya U
ISIR, Osaka U
Nagoya U
Kyushu U
Kyushu U
Tokyo metropolitan U
Inst for Molecular Sci
Kanagawa U
Yamagata U
Tohoku U
Hiroshima U
Tokai U
Tohoku U
Sophia U
Kogakuin U
Utsunomiya graduate school
Chuo U
Hokkaido U
Akita U
Nagoya U
Hiroshima U
U Toyama
Tokyo U Sci
Osaka U
Osaka U
Rikkyo U
Nagoya U
Okayama U Sci
Kumamoto U
U Tokyo
Osaka Prefecture U
Chemical Society of Japan
JAIST
Yokohama National U
AIST
Hokkaido U
Osaka Prefecture U
Osaka Prefecture U
Kobe Pharmaceutical U
Waseda U
Tokyo Inst of Tech
Kyoto U
Hosei UUC Berkeley
Ritsumeikan
U Tokyo
Kinki U
Tottori U
Nat Inst Health Sci
RWTH Aachen U
RWTH Aachen U
RWTH Aachen U
Sophia U
Kobe U
Chitose Inst Sci Tech
TOTTORI U
Okayama U
Kansai U
Kyoto U
Kyoto UInst for molecular Sci
Japan Atomic Energy Agency
Sojo U
CaltechOsaka U
Wakayama U
Kyoto UTokyo U Agri & Tech
Tohoku Uty

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
MACR
MTLS
MTLS
HLTH
HLTH
ORGN
MTLS
PHYS
ORGN
BIOL
INOR
INOR
ORGN
INOR
MTLS
ENRG
MTLS
MTLS
ANYL
ENRG
ENRG
MTLS
INOR
MTLS
ANYL
ENRG
ENRG
MACR
ORGN
ORGN
BIOL
PHYS
ORGN
ORGN
INOR
ENVR
ORGN
MACR
MTLS
MTLS
ORGN
MTLS
MTLS
ORGN
ENVR
BIOL
PHYS
ENVR
ENRG
MTLS
ENRG
INOR
ENRG
ORGN
INOR
INOR
INOR
SCTY
PHYS
MTLS
MACR
INOR
MACR
PHYS
PHYS
PHYS
ENVR
HLTH
PHYS
PHYS
ORGN
ORGN
MACR
PHYS

2048
1654
2662
1423
18
175
266
1060
2024
1563
1048
484
521
1131
571
583
857
84
619
214
711
704
1425
1113
1389
830
1009
384
1286
1849
374
1020
1798
2584
1547
986
95
974
619
2343
1620
1406
177
440
2585
698
953
465
655
669
1693
266
1187
773
1291
122
704
1401
238
667
786
465
236
590
1103
1450
1921
738
393
1593
959
478
1003
795
879

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Okuyama, H.
Oleschuk, R.D.
Oleschuk, R.D.
Olesik, J.W.
Olesik, S.
Olguin, M.
Oliva, R.
Oliva, R.
Oliva, R.
Oliveira, J.R.
Oliver, S.
Olivos, A.
Olivucci, M.
Olivucci, M.
Olmstead, M.M.
Olsen, C.A.
Olsen, C.A.
Olson, J.S.
Omagari, S.
Omoike, A.
Omotani, K.
Omote, S.
Omoto, A.
OMOTO, K.
Onaka, H.
Onda, K.
O’Neill, H.
Ong, T.
Onishi, H.
Onishi, H.
Onishi, K.
Onishi, N.
Onishi, S.
Onizuka, K.
Ono, A.
Ono, H.
Ono, K.
ONO, K.
Ono, M.
Ono, M.
Ono, S.
Ono, T.
Ono, T.
Ono, Y.
Ono, Y.
Ono, Y.
Ono, Y.
Ono, Y.
Onoda, M.
Onoda, Y.
Onodera, M.
Onodera, M.
Onodera, M.
Onodera, S.
Onoue, H.
Onozuka, T.
Onuchic, J.N.
Onuki, A.
Onuki, S.
Onuma, H.
Onuma, T.
Ooe, K.
Ooe, M.
Oohora, K.
Ooi, T.
Ooi, T.
OOJI, M.
Ookuma, R.
Oonishi, T.
Ooniwa, K.
Ootani, Y.
Ooya, T.
Ooyama, Y.
Opare, S.K.
Opella, S.J.

Kyoto U
Queen’s U
Queen’s U
The Ohio State U
Ohio State U
Army Research Laboratory
U Naples “Parthenope”
U Naples “Parthenope”
U Naples “Parthenope”
Wiley
UC Santa Cruz
Delft U Tech
Bowling Green State U
Bowling Green State U
Uesity of California, DavisU Copenhagen
U Copenhagen
Rice Uerstiy
Hokkaido U
U South Carolina, Upstate
Tokushima U
Kansai U
Tokyo U Sci
U Tokyo
U TokyoTokyo Inst of Tech
ORNL
Academia Sinica
Kyoto U, Uji, Japan
Kobe U
Hiroshima U
AIST and Tech
Kanazawa Inst Tech
Tohoku U
Nagoya U
UYamanashi
Yamagata U
Waseda U
Tokyo U Sci
Japan Atomic Energy Agency
Okayama U
Kyushu U
Okayama U
Tokyo U Sci
Akita U
JAIST
JAIST
JAIST
U Tokyo
IDEA Consultants, Inc.
Tohoku U
Niigata Inst of Tech
Tokyo U Agri & Tech
Keio U
Kyushu U
U TokyoRice U
Kyoto UTokyo Metropolitan U
Kindai U
U TokyoNiigata U
Iwate U
Osaka U
Nagoya U
Nagoya U
Yamaguchi U
Okayama U Sci
Tokushima U
Shanghai Inst Tech
NIMS
Waseda U
Hiroshima U
U Calgary
UC San Diego

MTLS
ANYL
ANYL
ANYL
ANYL
PHYS
ORGN
BIOL
BIOL
MTLS
INOR
MTLS
PHYS
BIOL
ORGN
ORGN
BIOL
BIOL
INOR
MTLS
ORGN
ENVR
MTLS
ORGN
BIOL
INOR
ENRG
INOR
ORGN
ENRG
ORGN
ENRG
MACR
ORGN
MTLS
ENRG
INOR
ENVR
MTLS
INOR
INOR
ORGN
SCTY
ORGN
MTLS
MACR
MTLS
ENRG
MACR
ENVR
ENVR
ENRG
MACR
ORGN
ORGN
INOR
PHYS
PHYS
ENRG
BIOL
MACR
INOR
BIOL
INOR
ORGN
PHYS
ORGN
ORGN
ORGN
ANYL
PHYS
MACR
ORGN
PHYS
BIOL

1075
68
579
229
547
2047
2677
1296
1297
2002
1458
34
462
1377
1395
2455
1135
28
1076
2217
464
732
1844
2098
1217
857
542
229
1939
149
1504
151
1279
162
2663
417
565
682
832
453
1887
1485
211
2127
1387
949
1444
264
602
696
731
573
616
2517
1280
1463
440
1644
952
435
1258
1942
589
717
1676
351
436
2586
2234
388
652
521
1432
1973
110

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–375

NAME INDEX
Oravec, J.
Ordinario, D.D.
O’Reilly, R.K.
O’Reilly, R.K.
Organ, M.G.
Organ, M.G.
Organ, M.G.
Orihuela, C.
ORIMO, S.
Orita, A.
Orita, A.
Orita, A.
Orr, S.
ORRIT, M.
Ortı́n Remón, I.E.
Ortiz de Montellano, P.R.
Ortiz, J.V.
Orvig, C.
Orvig, C.
OSADA, H.
OSADA, H.
Osada, K.
Osada, K.
Osada, K.
Osada, M.
Osada, M.
Osada, S.
Osaka, I.
Osakabe, N.
Osakada, K.
Osakai, T.
Osakama, K.
Osaki, H.
Osaki, T.
Osako, T.
Osanai, K.
Osato, T.
Osawa, M.
Osawa, T.
Osborn, D.
Oshiki, T.
Oshikiri, T.
Oshima, A.
Oshima, K.
Oshima, S.
Oshima, T.
Oshima, T.
Oshima, Y.
Oshimo, K.
Oshiro, N.
Oshiro, S.M.
Osorio, C.
Osterloh, F.
Osterloh, F.
Østerstrøm, F.F.
Østerstrøm, F.F.
Osthoff, H.D.
Ostrowski, A.D.
Osuka, A.
Osuka, T.
Osuna, S.
Ota, A.
Ota, K.
Ota, R.
Ota, S.
Ota, Y.
Ota, Y.
Otani, K.
Otero, R.
Otogawa, K.
Otomo, I.
Otomo, J.
Otomo, R.
Otsubo, K.
Otsuka, A.
Otsuka, H.
Otsuka, H.
Otsuka, K.
Otsuka, K.
Otsuka, M.

376 –PRESENTERSVIPO a.s. Slovakia
UC Irvine
U Warwick
U Warwick
York UYork UYork U
AbbvieTohoku U
Okayama U Sci
Okayama U Sci
Okayama U Sci
U Strathclyde
Leiden U
U Autónoma de Madrid
UC San Francisco
Auburn U
U British Columbia
U British Columbia
RIKEN CSRSRIKEN CSRSU Tokyo
Keio U
Meiji U
NIMS
NIMS
Meiji U
RIKEN
Shanghai Inst Tech
Tokyo Inst of Tech
Kobe U
Kumamoto U
Nagoya U
Tottori U
Inst for Molecular Sci
Tokyo U Sci
Chuo U
Hokkaido U
Akita U
Sandia National Laboratories
Okayama U
Hokkaido U
Utsunomiya U
Tokyo U Sci, Yamaguchi
Kanazawa Inst Tech
Tokyo Inst of Tech
Sophia U
U Tokyo
Sophia U
Nat Inst Health Sci
U Hawaii at Manoa
U Nacional de Columbia
U California
U California
U Copenhagen
U Copenhagen
U Calgary
Bowling Green State U
Kyoto U
Shizuoka U
U de Girona
Sophia U
Tokyo Inst of Tech
Keio U
NIT, Gunma Col
Kyoto Prefectural U Med
Kogakuin U
Kitami Inst of TechU Autónoma de Madrid
Waseda U
Rikkyo U
U TokyoTokyo Inst of Tech
Kyoto U
Kitami Inst of Tech
Shinshu U
Tokyo Institue of Tech
Kyoto U
Kyoto UU Tokyo

MACR
MACR
MACR
MTLS
INOR
INOR
ORGN
ORGN
ENRG
ORGN
ORGN
MTLS
INOR
PHYS
ORGN
BIOL
PHYS
HLTH
INOR
ORGN
ORGN
MTLS
ANYL
HLTH
MACR
MTLS
ENRG
MACR
HLTH
INOR
ANYL
ORGN
ORGN
HLTH
ORGN
SCTY
INOR
PHYS
MTLS
PHYS
ORGN
PHYS
ENRG
MTLS
ANYL
ENRG
ENRG
SCTY
MTLS
ANYL
INOR
ENVR
PHYS
ENRG
PHYS
PHYS
PHYS
INOR
ORGN
ENRG
ORGN
PHYS
ORGN
ANYL
ENVR
BIOL
MTLS
ENVR
MTLS
ORGN
ORGN
ENRG
ENRG
INOR
ENRG
ANYL
MACR
ANYL
ANYL
INOR

931
650
1120
2554
352
835
214
1454
434
696
1913
1576
2043
784
1052
27
49
421
382
44
1397
1596
259
525
1533
410
956
85
253
141
640
355
1898
22
218
327
460
1819
613
1266
2129
1518
731
1411
333
965
260
51
607
1037
1927
586
825
1039
1944
2094
1389
509
1836
243
1643
1925
975
1163
198
278
2354
899
2834
1546
2126
433
752
1865
221
516
122
35
1068
1464

Otsuka, M.
Otsuka, N.
Otsuka, S.
OTSUKA, S.
Otsuka, T.
Otsuka, Y.
Otsuka, Y.
Ottesen, J.J.
Otting, G.
Otto, S.
OUAHAB, L.
Ouchi, H.
Ouchi, M.
Ouchi, M.
Ouchi, M.
Ouchi, Y.
Ouerfelli, O.
Ousaka, N.
Outten, C.E.
Outten, F.
Ouyang, G.
Ouyang, J.
Ouyang, L.
Ouyang, Z.
Ovcharenko, V.
Overduin, M.
Overman, L.
Overton, T.
Overton, T.
Owa, T.
Owen, J.
Owens, K.S.
Owens, K.S.
Oya, N.
Oyaizu, K.
Oyama, M.
Oyama, T.
Oyama, T.
Oyama, Y.
Oyamaguchi, H.
Oyanagi, T.
Oyoshi, T.
Ozaki, H.
Ozaki, H.
Ozaki, M.
OZAKI, R.
Ozaki, S.
Ozaki, S.
Ozaki, T.
Ozaki, Y.
Ozawa, F.
Ozawa, H.
Ozawa, H.
Ozawa, S.
Ozawa, T.
Ozawa, T.
Ozawa, T.C.
Ozawa, Y.
Ozcan, S.
Ozdemir, A.
Ozeki, D.
Ozeki, T.
Ozeki, T.
Ozerov, O.V.
Ozturk, O.
Pachon, L.
Paddison, S.J.
Paesani, F.
Paesani, F.
Paesani, F.
Pagacz-Kostrzewa, M.
Pagano, J.J.
Pagano, T.
Page, A.
Pages, B.J.
Pages, B.J.
Pahl, E.
Pahl, E.
Pahl, E.
Paige, M.

Ochanomizu U
Nara Women’s U
Tokyo Inst of Tech
Waseda U
Tokyo Inst of TechJapan Soc Anyl Chem
Seikagaku Corporation
The Ohio State U
Australian National U
TU-Darmstadt
CNRS-U Rennes1
Chiba U
Kyoto U, Eng
Kyoto U, Eng
Kyoto U, Eng
Tokyo Inst of Tech
Memorial Sloan Kettering Cancer
Nagoya U
U South Carolina
U South Carolina
Sun Yat-sen U
Beijing Normal U
South China U Tech
Purdue U
International Tomography Centre
U Birmingham
UC Irvine
Monash U
Monash U
Eisai Inc.
Massey U
North Seattle College
North Seattle College
Osaka U
Waseda U
Kyoto UU TokyoYokohama National U
Morinaga Inst Biol Sci
Hokkaido U
Tokyo Inst of Tech
Shizuoka U
Tokyo U Sci
Kobe U
Fukuoka U
Meiji U
Tohohashi U Tech
Yamaguchi U
U TokyoKwansei Gakuin U
Kyoto U
Chuo UTokyo Polytechnic U
Kitasato U
U Tokyo
JSOL CorporationNIMS
U HyogoOak Ridge National LaboraotoryBoğaziçi U
Aoyama Gakuin U
Nihon U
Hyogo U Teacher Ed
Texas A&M U
Ankara U
U de Antioquia
U Tennessee
UC San Diego
UC San Diego
UC San DiegoU Wroclaw
Saginaw Valley State U
Rochester Inst TechU Newcastle
U Western Sydney
U Western Sydney
Massey U, Auckland
Massey U, Auckland
Massey U, Auckland
U Saskatchewan

PHYS
ENVR
HLTH
BIOL
INOR
ORGN
BIOL
BIOL
BIOL
MACR
MTLS
ORGN
MACR
MACR
MACR
PHYS
BIOL
MACR
BIOL
BIOL
ANYL
ANYL
ENRG
ANYL
INOR
BIOL
ORGN
SCTY
SCTY
BIOL
ENVR
SCTY
SCTY
INOR
MACR
ANYL
ENRG
MACR
ANYL
ORGN
MTLS
BIOL
ORGN
MACR
ORGN
ANYL
ORGN
INOR
BIOL
PHYS
INOR
MTLS
MACR
HLTH
ANYL
MACR
INOR
INOR
ENVR
MACR
MTLS
MTLS
ANYL
INOR
HLTH
PHYS
ENRG
INOR
PHYS
PHYS
PHYS
PHYS
SCTY
MTLS
INOR
INOR
PHYS
PHYS
PHYS
PHYS

1365
710
126
283
1099
1132
628
362
521
302
167
1577
388
1035
1539
2097
1318
244
1226
1162
665
51
431
657
1178
373
25
197
375
446
911
279
280
611
414
885
804
1057
99
976
1117
272
1314
45
1610
341
324
716
502
207
1436
387
1276
385
903
27
1348
1416
518
321
1525
2195
1015
1244
450
1456
257
1978
1249
1869
1546
920
52
1737
748
896
201
320
637
226

Paik, H.
Paine, T.K.
Painelli, A.
Painelli, A.
Painelli, A.
Paiva, N.L.
Pak, H.
Pak, J.J.
Pakawanit, P.N.
Pakkirisamy, T.
Paksung, N.
Palczewski, K.
Paleologou, M.
Palmer, A.E.
Palmer, A.E.
Palmer, A.G.
Palmer, D.R.
Palmer, J.G.
Palmer, R.E.
Pamme, N.
Pamme, N.
Pan, A.
Pan, A.
Pan, C.
Pan, C.
Pan, D.
Pan, H.
Pan, L.
Pan, L.
Pan, M.
PAN, N.
pan, x.
Pan, X.
Pan, Y.
Pan, Z.
Pan, Z.
Panagakou, E.
Pander, J.E.
Pandey, M.K.
Pandey, N.V.
Pandey, R.
Pandey, R.K.
PANDEY, S.S.
Panetier, J.
PANG, D.
Pang, H.
Pang, H.
Pang, J.
Pang, Y.
Pang, Y.
Pangon, A.
Pant, K.
Pant, K.
Pant, K.K.
Pant, K.K.
Panzner, M.J.
Pápai, I.
Papaiconomou, N.
Papajak, E.
Papanikolas, J.
Pappin, B.B.
Paquet-Côté, P.
Paquette, J.A.
Paquette, J.A.
Parac-Vogt, T.N.
Paradies, H.H.
Parak, W.
Parang, K.
Parisien-Collette, S.
Park, B.
PARK, B.
PARK, B.
Park, C.
Park, C.
Park, C.

Pusan National U
Indian Assoc Cultivation Sci
Parma U
Parma U
Parma USoutheastern Oklahoma State U
POSTECH
Idaho State U
Chiang Mai U
Indian Inst of Sci
Hiroshima U
Case Western Reserve U
FPInnovations
U Colorado
U Colorado
Columbia U
U Saskatchewan
U California
U Birmingham, UK
U HullU HullHunan U
Hunan U
China Agricultural U
China U Mining Tech
Jiangsu Inst Nucl Med
New Mexico Inst Mining & Tech
Jianghan U
Tianjin U
Sun Yat-sen U
U Sci Tech, China
UC Irvine
Dalian Inst Chem Phys
Zhejiang U
U Georgia
U TokyoBrandeis U
Princeton U
Mayo Clinic
Indian Astrobiology Res Cntr
Kyushu Inst of TechNIMS (NIMS)
Kyushu Inst Tech
Binghamton U (SUNY)
Wuhan U
Harbin U Sci Tech
Sichuan U
Dalian Inst Chem Phys, CAS
Gwangju Inst Sci Tech
Gwangju Inst Sci Tech
NANOTEC
Helmholtz Zentrum Dresden Ross
Helmholtz Zentrum Dresden Ross
Indian Inst of Tech
Indian Inst of TechU AkronRes Cntr Natural Sci
U de Savoie
Sandia National Laboratories
U North Carolina
Griffith U
U LavalU Western Ontario
U Western Ontario
KU Leuven
U Salford
Philipps U Marburg
Chapman U
U Montréal
KAIST
Seoul National U
KYUNGHEE U
Younsei U
Seoul National U
Seoul National U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
INOR
PHYS
PHYS
MTLS
SCTY
ORGN
MTLS
MTLS
MACR
MTLS
BIOL
MACR
INOR
BIOL
BIOL
BIOL
SCTY
PHYS
ANYL
HLTH
MTLS
MTLS
ENVR
PHYS
HLTH
ENRG
ENVR
ENRG
INOR
MTLS
MTLS
ENRG
PHYS
MTLS
MTLS
PHYS
ENRG
INOR
BIOL
MTLS
INOR
ENRG
INOR
PHYS
INOR
MTLS
ENRG
PHYS
PHYS
MTLS
HLTH
MTLS
ENRG
ENRG
INOR
INOR
ENRG
PHYS
PHYS
ORGN
BIOL
MACR
MTLS
MTLS
MTLS
MTLS
BIOL
ORGN
SCTY
ENVR
HLTH
BIOL
ORGN
MACR

255
740
466
983
2791
281
499
165
1883
865
463
1189
284
1677
69
451
940
23
315
66
66
957
1300
852
1065
215
341
601
1030
1419
959
2857
16
1701
1189
2123
918
278
281
168
246
931
461
1718
1259
535
2358
400
75
534
1751
301
257
130
941
1586
196
7
1937
454
1671
490
54
2102
2591
366
372
1203
1011
79
186
374
629
2195
532

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Park, C.
Park, C.
Park, D.
Park, D.
PARK, D.
Park, E.
Park, E.
Park, E.
Park, G.
Park, G.
Park, H.
Park, H.
Park, H.
Park, H.
Park, H.
Park, H.
Park, H.
Park, I.
Park, I.
PARK, I.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
Park, J.
PARK, J.
Park, J.W.
Park, J.Y.
Park, K.
Park, K.
Park, K.
Park, K.
Park, K.
park, m.
Park, M.
Park, M.
Park, M.
Park, M.
Park, M.
Park, M.S.
Park, N.
Park, N.
Park, N.
Park, O.
Park, P.
park, s.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, S.
Park, T.
Park, W.
Park, Y.
Park, Y.

Seoul National U
Korea Res Inst Biosci & Biotech
Pusan National U
Chonnam National U
Oregon State U
KyungHee U
Yonsei U
Ajou U
Busan Met City Inst Health & Enviro
Andong National U
Samsung Welstory Inc.
UNISTETH Zurich
ETH Zurich
KAIST
Kyungpook National U
Kyungpook National U
POSTECH
Kyushu U
Chonnam National U
Pohang Accelerator Laboratory
Sejong U
POSTECHPOSTECH
Seoul National U
POSTECHPOSTECH
Ajou U
KIST
korea U
Catholic U Korea
Seoul National U
Keio U
Oregon State U
IBS/KAIST
Gyeongsang National U
Dongguk U
KAIST
GYEONGSANG NATIONAL U
Pukyung National U
seoul national U
UNIST (UNIST)POSTECH
Sahmyook UerstiyChungbuk National U
Ajou U
KAIST
Sungkyunkwan U
Sungkyunkwan U
Sungkyunkwan U
KAIST
Konkuk U
kyunghee U
Inha UUC San Diego
Seoul National U
Sungkyunkwan U
Gyeongsang National U
Seoul National U
Seoul National U
Myongji U
Sungkyunkwan U
Ewha Womans U
Sungkyunkwan U
Sungkyunkwan U
Korea Res Inst Chem Tech
Seoul National U
Seoul National U
Seoul National U
Singapore Bioimaging Consortium
LG Chem
POSTECH (POSTECH)
Yonsei U
Kyung Hee U
Kobe U

MTLS
ORGN
INOR
BIOL
MTLS
HLTH
ORGN
ENRG
PHYS
HLTH
ENVR
MTLS
MTLS
MTLS
MTLS
MTLS
ENRG
ANYL
MTLS
HLTH
ANYL
ENRG
PHYS
ORGN
ENVR
MACR
ORGN
MTLS
MTLS
MACR
MTLS
MACR
MTLS
ENVR
ENRG
INOR
BIOL
INOR
MTLS
ENVR
MTLS
PHYS
MACR
MACR
INOR
ENRG
ENRG
PHYS
MTLS
MTLS
MTLS
HLTH
ORGN
ENRG
BIOL
MTLS
ORGN
MTLS
ORGN
MACR
MACR
PHYS
MTLS
ORGN
ORGN
MACR
MTLS
MTLS
BIOL
BIOL
MTLS
MACR
INOR
PHYS
PHYS

2041
1133
1877
553
1928
379
895
157
1986
515
174
2760
1216
2492
851
2487
163
741
1013
645
951
443
416
170
223
130
362
1415
748
541
525
513
555
321
91
1873
849
647
2332
295
2043
1042
1046
1509
466
577
688
977
1823
2279
314
535
2049
67
105
1093
2254
2363
264
495
771
1362
2557
2050
2051
1557
518
2464
524
750
1095
177
665
1317
643

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–377

NAME INDEX
Park, Y.
Park, Y.
Park, Y.
Park, Y.
Park, Y.
Park, Y.
Park, Y.
Park, Y.
Parker, A.
Parker, E.
Parker, K.M.
Parkhill, J.A.
Parkin, G.
Parkinson, B.A.
Parkinson, M.
Parnis, J.M.
Parsons, G.
Partch, C.L.
Parvez, M.
Parviainen, A.P.
Pasteka, L.F.
Pasteka, L.F.
Pastor, M.B.
Pastor, M.B.
Patankar, S.
Patel, D.G.
Patel, P.D.
Paterson, A.
Patey, G.
Patey, G.
Pathak, A.
Patil, A.O.
Patrick, M.
Patrickios, C.S.
Patterson, G.
Patzke, G.R.
Patzke, G.R.
Paul, D.
Paulenova, A.
Pauls, H.W.
Paulus, G.G.
paviet, P.
Pawliszyn, J.
Payne, A.
Payne, C.
Pazmino Betancourt,
B.A.
Pazmino Betancourt,
B.A.
Peacock-Lopez, E.
Pearce, C.I.
Pearson, J.
Peaslee, G.F.
Peat, T.S.
Pedersen, J.A.
Pedersen, K.S.
Pedersen, K.S.
Pederson, M.R.
Pederson, R.L.
Pedras, M.c.
Pedras, M.c.
Pegg, R.B.
Pei, Y.
Peikun, W.
Peinemann, K.
Pelaz, B.
Pellegrinet, S.C.
Pellegrino, J.
Pelletier, J.
Pellis, A.
Pellis, A.
Pellis, A.
PELLOUX, J.
Pels, K.
Pelton, R.
Pemberton, J.E.
Pemberton, J.E.
peng, h.
Peng, H.
Peng, H.

378 –PRESENTERS

Kobe U
Hanyang U
Myongji U
Hanyang U
KAISTU Calgary
U SeoulU California Irvine
A. A. Parker Consulting, LLC
U Canterbury
Stanford U
U Notre Dame
Columbia U
U Wyoming
Borealis Polyolefine GmbH
Trent U
North Carolina State U
UC Santa Cruz
Kanagawa U
U Helsinki
Massey U
Massey U
U the Pacific
U the PacificInst Chemical TechPenn State U, Hazleton
U Kansas
Simon Fraser U
U British Columbia
U British Columbia
Tezpur U
ExxonMobile Res & Eng Co.
U Arkansas
U Cyprus
Carnegie Mellon U
U Zurich
U Zurich
Pittsburg State U
Oregon State U
U Health Network
Friedrich Schiller U
Department of Energy
U Waterloo
U CalgaryGeorgia Tech
NIST

ENRG
MTLS
MTLS
MTLS
ANYL
PHYS
ENRG
ORGN
MACR
BIOL
ENVR
PHYS
INOR
PHYS
MACR
ENVR
MTLS
BIOL
MACR
SCTY
PHYS
PHYS
INOR
PHYS
ENRG
MTLS
PHYS
INOR
PHYS
PHYS
PHYS
MACR
ANYL
MACR
SCTY
INOR
MTLS
PHYS
INOR
HLTH
PHYS
INOR
ANYL
ORGN
PHYS
MACR

412
2596
2759
1412
627
751
756
1390
425
1179
83
980
1250
973
1303
568
1232
459
1274
212
1313
1321
1311
448
697
1872
1215
1985
15
1907
1923
132
344
1100
408
201
2067
1110
303
496
1
301
661
1940
628
42

NIST

MACR

807

Williams College
U Manchester
U Prince Edward Island
Hope College
CSIRO
U Wisconsin
Centre de Recherche Paul Pascal
Centre de Recherche Paul Pascal
Johns Hopkins U
Materia Inc
U Saskatchewan
U Saskatchewan
U Georgia
Nat Taiwan U Sci Tech
DICP
KAUST
Philipps U Marburg
U Nacional de Rosario
U Colorado
PROTEO Network
U Nat Res & Life Sci Vienna
U Nat Res & Life Sci Vienna
U Nat Res & Life Sci Vienna
U Picardie
The Scripps Research Inst
McMaster U
U Arizona
U Arizona
U Saskatchewan
Peking U
U Queensland

PHYS
ENVR
PHYS
INOR
HLTH
ENVR
INOR
MTLS
PHYS
ENRG
ENVR
BIOL
HLTH
ENRG
INOR
MACR
MTLS
ORGN
MACR
BIOL
HLTH
MACR
MACR
ENVR
BIOL
ANYL
MACR
ENVR
ANYL
MTLS
MTLS

1415
564
1496
399
86
116
975
2793
103
488
96
1225
251
877
644
1354
108
1669
1357
1249
300
391
838
575
675
1102
1048
74
362
416
2106

Peng, J.
Peng, J.
Peng, J.
Peng, L.
Peng, L.
Peng, Q.
Peng, Q.
Peng, S.
Peng, T.
Peng, X.
Peng, X.
Peng, X.
Peng, X.
Peng, X.
Peng, Y.
Peng, Y.
Peng, Y.
Pengoubol, S.
Penketh, P.G.
Pentzer, E.
Percec, V.
Percino, M.J.
Percino, M.J.
PERERA, A.
Perera, A.S.
Peresin, M.
Peris, E.
Perkins, C.K.
Perraud, V.
Perrier, S.
Perrier, S.
Perrin, C.L.
Perrin, C.L.
Perrin, D.
Perrin, D.
Perrin, D.
Pershina, V.
Persson, N.
Persson, N.
Perutz, R.N.
Peruzzini, M.
Peshkovsky, A.S.
Peslherbe, G.H.
Peslherbe, G.H.
Pesterfield, L.
Petek, H.
Petek, H.
Petering, D.H.
Peternel, I.
Peters, H.M.
Petersen, P.B.
Petersen, P.B.
Petersen, P.B.
Petersen, S.V.
Peterson, G.
Peterson, K.A.
Peterson, M.B.
Peterson, M.B.
Petranikova, M.
Petrik, N.
Petrone, A.
Petrovic, A.G.
Petruccione, F.
Petrukhina, M.A.
Petrukhina, M.A.
Pettitt, M.
Peuronen, A.
Pezacki, J.
Pfeffer, F.M.
Pfleger, B.F.
Pfohl, T.
Pham, T.
Pham, T.
Phan, L.
Phan, L.
Phan, N.T.
Phan, N.T.
Phan, T.
Phelan, D.
Phifer, R.

Peking U
Northeast Normal U
Northeast Normal U
Peking U
Peking U
Chinese Academy of Scis
Chinese Academy of Scis
Purdue U
The Rockefeller U
U Wisconsin, Milwaukee
South China U Tech
South China U Tech
South China U TechSun Yat-sen U
Fujian Normal U
Fujian Normal U
Fujian Normal U
Tokyo Metropolitan U
Yale U
Case Western Reserve U
U Pennsylvania
Benemerita U Autonoma de Puebla
Benemerita U Autonoma de Puebla
U Pierre et Marie Curie
U College London
VTT Tech Res Cntr, Finland Ltd
U Jaume I
Oregon State U
UC Irvine
U warwick / Monash U
U warwick / Monash U
U Calif San Diego
U Calif San Diego
U British Columbia
U British Columbia
U British Columbia
GSI Helmholtz Center
Georgia Inst of Tech
Georgia Inst of Tech
U YorkICCOM CNR
Industrial Sonomechanics, LLC
Concordia U
Concordia U
Western Kentucky U
U Pittsburgh
U Pittsburgh
U Wisconsin, Milwaukee
Karlovac U Appl Sci
Peters Verny LLP - retired
Cornell U
Cornell U
Cornell U
U Copennhagen
US Army Edgewood Chem Biol Cntr
Washington State U
U New South WalesU New South Wales
Chalmer U TechPNNLU Washington
New York Inst TechU KwaZulu-NatalU at Albany
U at Albany
U Texas Medical Branch
U Jyvaskyla
Nat Res Council, Canada
Deakin U
U Wisconsin-Madison
U BaselU Tokyo
U TokyoUC Irvine
UC Irvine
Hanoi U Sci Tech
U Gothenburg
Div Molecular Imaging & Photonics
Argonne National Laboratory
WC Environmental, LLC

MACR
INOR
MTLS
MTLS
MTLS
MACR
MTLS
MACR
BIOL
ORGN
MACR
MACR
ENVR
ENVR
HLTH
HLTH
HLTH
INOR
HLTH
MTLS
MACR
MACR
MACR
PHYS
MTLS
ENVR
INOR
MTLS
PHYS
MACR
MACR
ORGN
BIOL
HLTH
HLTH
BIOL
INOR
SCTY
MTLS
INOR
INOR
MTLS
PHYS
PHYS
SCTY
PHYS
ENRG
INOR
ENVR
SCTY
PHYS
PHYS
PHYS
MTLS
MTLS
INOR
HLTH
INOR
INOR
ENRG
PHYS
ORGN
PHYS
INOR
ORGN
PHYS
ORGN
BIOL
ORGN
ENRG
MTLS
MTLS
MTLS
MTLS
MTLS
MACR
ANYL
MTLS
MTLS
SCTY

1288
1859
1672
431
2505
1673
1582
155
961
1149
462
496
583
600
443
444
483
1612
260
2559
236
1087
1417
16
1033
431
1201
776
1762
267
1074
685
1431
579
583
903
1754
47
355
882
2028
438
252
2083
117
300
30
1679
368
130
79
523
1491
2459
1864
1507
60
1634
189
92
592
152
1682
2038
1629
10
2097
800
1748
540
806
783
784
99
2243
950
412
2105
2304
22

Phillips, D.L.
Phillips, R.
Phillips, S.
Phomphrai, K.
Piancastelli, M.
Pianegonda, N.A.
Pichersky, E.
Piecuch, P.
Pierre, V.
Pierre, V.
Piers, W.E.
Piers, W.E.
Pieters, M.
Pigge, F.C.
Pignataro, B.
Pignataro, B.
Pilgrim, B.S.
Pilkington, M.
Pilkington, M.
Pillow, T.
Pillow, T.
Pinchuk, A.
Pinchuk, A.
Pines, E.
Pines, E.
Pines, E.
Pinkhassik, E.
Pinnau, I.
Pinto, E.
Piotrowiak, P.
Piotrowiak, P.
Piotrowiak, P.
Pippin, A.B.
Piquemal, J.
Piras, H.
Piras, H.
Pirrung, M.
Pistorio, S.G.
Pivovar, B.
Pizzarello, S.
Platz, M.S.
Plavec, J.
Pletneva, E.
Plewa, M.J.
Plommer, H.
Plunkett, K.N.
Plunkett, K.N.
Plush, S.
Plusquellic, D.F.
Plymale, N.T.
Poblet, J.
Poblet, J.
Poelma, S.O.
Poeppelmeier, K.R.
Poirier, B.
Poirier, B.
Poirier, D.
Poirier, D.
Poitzsch, M.E.
Pokorski, J.
Polenova, T.
Polizzi, K.M.
Pollak, E.
Pollak, E.
Pollastri, M.P.
Poluektov, O.
Pomerantz, W.C.
Pomerantz, W.C.
Ponce, S.
Popik, V.
Popik, V.
Popik, V.
Popov, A.
Popov, A.
Popovs, I.

U Hong Kong
CaltechU Arkansas
Vidyasirimedhi Inst Sci Tech
Lab de Chimie Phys
U Wollongong
U Michigan
Michigan State U
U Minnesota
U Minnesota
U Calgary
U CalgaryNorth-West U
U IowaU Palermo
U Palermo
U Cambridge
Brock UBrock U
Genentech
Genentech
U Colorado Colorado Springs
U Colorado Colorado Springs
Ben-Burion U Negev
Ben-Burion U Negev
Ben-Burion U Negev
U Connecticut
KAUST, King Abdullah U Sci Tech
U Sao PauloRutgers U
Rutgers U
Rutgers U
Emory UU Pierre et Marie Curie
U Montréal
U MontréalUC-Riverside
U Missouri, St. Louis
National Renewable Energy Lab
Arizona State U
U Hawaii Hilo
National Inst of ChemistryDartmouth College
U Illinois
Memorial U Newfoundland
Southern Illinois U
Southern Illinois U
U South Australia
NIST
CaltechU Rovira i Virgili
U Rovira i Virgili
UC Santa Barbara
Northwestern U
Texas Tech U
Texas Tech U
U LavalU LavalAramco Research Center-Boston
Case Western Reserve U
U Delaware
Imperial College London
Weizmann Inst of Sci
Weizmann Inst of Sci
Northeastern U
Argonne National Laboratory
U Minnesota
U Minnesota
U de Lima
U Gerogia
U Gerogia
U Gerogia
IFW Dresden
IFW DresdenNorthwestern U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

PHYS
BIOL
HLTH
INOR
ANYL
ANYL
ENVR
PHYS
INOR
ORGN
INOR
INOR
HLTH
MACR
ANYL
MTLS
ORGN
HLTH
INOR
HLTH
HLTH
ANYL
MTLS
PHYS
PHYS
PHYS
ORGN
MTLS
ANYL
PHYS
PHYS
MTLS
HLTH
PHYS
ORGN
ORGN
BIOL
ORGN
ENRG
ORGN
SCTY
INOR
INOR
ENVR
INOR
MACR
ORGN
HLTH
ANYL
INOR
ORGN
MTLS
ORGN
INOR
PHYS
PHYS
HLTH
ORGN
MTLS
HLTH
BIOL
ANYL
PHYS
PHYS
HLTH
ENRG
ORGN
BIOL
ENVR
ORGN
ORGN
BIOL
INOR
ORGN
ORGN

204
1167
462
1432
1113
1191
29
511
1804
1711
179
888
522
789
587
2276
2106
502
544
159
288
311
2204
118
212
1687
872
1816
1229
458
2018
2471
238
1251
690
2145
181
2425
416
640
160
900
1236
539
1613
1124
2164
420
639
472
1077
2777
513
1353
148
2079
368
2052
984
266
11
174
154
2050
601
286
2454
215
183
207
596
965
43
1529
1551

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Pore, J.L.
Porfyrakis, K.
Porter, M.D.
Porter, M.D.
Pose, S.
Possart, J.
Postema, M.
Poteau, R.
Poteau, R.
Pottie, I.R.
Potvin-Fournier, K.
Potvin-Fournier, K.
Poudyel Ghimire, P.
Poulin, N.
Poulos, T.
Pouy, N.
Powell, A.
Powell, B.
Powell, B.
Powell, B.
Powell, B.A.
Powell, B.A.
Power, P.P.
Powers, C.N.
Pozo-Gonzalo, C.
Pozzi, E.A.
pozzo, J.
Prabhakar, R.
Prabhakar, R.
Pradhan, N.C.
Pradipta, A.R.
Prakash, A.
Prakash, O.
Prakash, S.
Pramanik, R.
Pranckevicius, C.
Prapamontol, T.-.
Prasad, S.
Prasankumar, R.P.
Prather, K.L.
Prato, M.
Pratt, D.
Pratt, D.
Pratt, D.
Pratt, J.K.
Pratt, M.R.
Prent, L.J.
Prescher, J.
Pressé, S.
Preston, T.C.
Prezhdo, O.
Prezhdo, O.
Prezhdo, O.
Price, G.J.
Price, G.J.
Price, G.J.
Price, S.
Price, W.S.
Priest, C.
Priest, C.
Priestley, R.D.
Pringle, J.
Pringle, P.G.
Pringle, P.G.
Prinsep, M.R.
Privman, V.
Privman, V.
Prodi, L.
Prokofjevs, A.
Promarak, V.
Protasiewicz, J.
Protasiewicz, J.
Proud, A.J.
PROUST, A.

Simon Fraser U
U Oxford
U UtahU UtahU Leeds
Westfalische Wilhelms U Munster
Eisai Inc.
LPCNO (IRSAMC, UPS/INSA/CNRS)LPCNO (IRSAMC, UPS/INSA/CNRS)
Mount Saint Vincent U
U LavalU LavalKent State U
U LavalUC Irvine
Gunma U
Karlsruhe Inst Tech (KIT)U Queensland
U Queensland
U Queensland
Clemson U
Clemson U
UC Davis
U Alabama, Huntsville
Deakin U
Northwestern U
U Bordeaux
U MiamiU MiamiIndian Inst of Tech
RIKEN
CSIR-Indian Inst Petroleum
Kansas State U
U Southern California
LOS ALAMOS NATIONALLABORATORYU Toronto
Chiang Mai U
Thermo Fisher Scientific
Los Alamos National LaboratoryMIT
U Trieste
U Ottawa
U Ottawa
U Ottawa
U California, Davis
U Southern California
U de Talca
UC Irvine
Indiana U - Purdue U
McGill U
U Southern California
U Southern California
U Southern California
U BathU BathU BathSpring Arbor U
U Western Sydney
U South Australia
U South Australia
Princeton U
Deakin U
U Bristol
U Bristol
U Waikato
Clarkson U
Clarkson U
U Bologna (Italy)
Northwestern U
Vidyasirimedhi Inst Sci Tech
Case Western Reserve U
Case Western Reserve U
U Prince Edward Island
U Paris 06

PHYS
ORGN
ANYL
ANYL
ENVR
INOR
ORGN
MTLS
MTLS
ORGN
BIOL
BIOL
MTLS
BIOL
BIOL
MTLS
INOR
PHYS
MTLS
MTLS
ENVR
ENVR
INOR
HLTH
SCTY
MTLS
MTLS
PHYS
PHYS
ENRG
ORGN
ENVR
ANYL
ORGN
MTLS

1237
589
133
180
779
407
2383
1141
1900
764
352
1007
370
665
152
905
547
299
1567
2228
279
635
92
448
302
116
1052
1360
1970
65
779
896
136
1351
1390

INOR
ANYL
ANYL
PHYS
ENRG
ORGN
ORGN
ORGN
BIOL
INOR
BIOL
ORGN
BIOL
PHYS
PHYS
PHYS
PHYS
ENRG
MACR
MTLS
MTLS
ORGN
BIOL
INOR
PHYS
MACR
SCTY
INOR
INOR
ORGN
PHYS
MTLS
MTLS
ORGN
MTLS
INOR
INOR
PHYS
MTLS

671
27
88
304
539
1078
564
1371
1432
584
425
427
179
157
1885
314
1382
142
359
54
970
458
62
1162
1411
1044
298
1447
2024
1404
162
531
2748
1550
1573
176
1743
1310
2468

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–379

NAME INDEX
Prozument, K.
Prudden, A.
Pruden, L.
Pruden, L.
Pruden, L.
Prud’homme, R.E.
Pruszkowski, E.M.
Prytkova, V.
Pu, B.
Pu, X.
Pucci, A.
Pugh, D.C.
Pukala, T.L.
Pulay, P.
Pulivarthi, D.
Pullen, R.
Puneet, P.
Purnomo, A.S.
Pushie, J.M.
Pushie, J.M.
Pushie, J.M.
Pushie, J.M.
Pushpangadan Indira, P.
Puskas, J.E.
Puskas, J.E.
Putra, A.E.
Putra, O.D.
Pyun, J.
Pyun, J.
Qarah, A.
Qazzazie, D.
Qi, F.
Qi, J.
QI, L.
Qi, X.
Qi, X.
Qi, Z.
Qian, J.
Qian, K.
Qian, M.
Qian, X.
Qian, X.
Qian, X.
Qian, Y.
Qian, Y.
Qiao, B.
Qiao, G.G.
Qiao, G.G.
Qiao, G.G.
Qiao, S.
Qiao, W.
Qiao, X.
Qiao, Y.
Qiao, Z.
Qin, A.
Qin, A.
Qin, A.
Qin, B.
Qin, L.
Qin, L.
Qin, L.
Qin, P.Z.
Qin, Q.
QIN, Y.
qin, z.
Qiu, D.
Qiu, F.
Qiu, H.
Qiu, J.
QIU, P.
Qiu, S.
Qiu, S.
Qiu, S.
Qiu, Y.
Qiu, Z.
Qiu, Z.
Qiu, Z.
Qiu, Z.
Qiu, Z.
Qu, F.

380 –PRESENTERS

Argonne National Laboratory
U Georgia
U UtahU UtahU UtahU Montréal
PerkinElmerUC Irvine
Sichuan Agricultural U
Sichuan U
Heidelberg U
U College London
U Adelaide
U Arkansas
U Alabama, Huntsville
U Tasmania
JAISTInst Teknologi Sepuluh Nopember
Canadian Light Source Inc.
U Saskatchewan
U Saskatchewan
U Saskatchewan
Indian Inst Tech Bombay
U AkronU AkronDoshisha U
Tokyo Inst of Tech
U Arizona
U Arizona
Northern Illinois U
U Freiburg
Shanghai Jiao Tong U
Zhejiang U
Chinese Academy of Scis
China Pharmaceutical U
Inst of Botany
Chinese Academy of Scis
Centre Optical Electromag Res
U Georgia
Oregon State U
U Arkansas
U Arkansas
U Arkansas
Nanjing U, Posts & Tele
South China U Tech
Argonne National Laboratory
U Melbourne
U Melbourne
U Melbourne
Tianjin U
Dalian U Tech
Fukuoka Inst of Tech
Harvard U
U Michigan
South China U Tech
South China U Tech
South China U Tech
U Edinburgh
Dalian Polytechnic U
Houston Methodist Res InstU Hong Kong
U Southern California
Michigan State U
U New Mexico
Inst of modern physics
Inst of Chemistry
Fudan U
Chinese PLA General Hospital
U Notre Dame
China U Petroleum, Beijing
Jilin U
Jilin U
Jilin U
Carnegie Mellon U
Shanghai Inst Org Chem
Shanghai Inst Org Chem
The Hong Kong U Sci Tech
Hong Kong U Sci Tech
Hong Kong U Sci Tech
Beijing Inst of Tech

PHYS
BIOL
ANYL
MTLS
MTLS
MACR
ENVR
PHYS
ENVR
PHYS
PHYS
ANYL
ANYL
PHYS
ORGN
SCTY
MACR
ENVR
HLTH
HLTH
PHYS
BIOL
HLTH
MACR
MACR
ORGN
ORGN
MACR
MTLS
ORGN
MTLS
PHYS
ORGN
ORGN
MTLS
ENVR
ANYL
MACR
BIOL
ENVR
MACR
PHYS
ENRG
MACR
ENVR
INOR
HLTH
MACR
MTLS
MTLS
MACR
MTLS
BIOL
ENVR
MACR
MACR
MACR
ORGN
ENVR
ANYL
INOR
MTLS
BIOL
MACR
INOR
MTLS
MACR
HLTH
MTLS
INOR
MTLS
MTLS
ENRG
MACR
INOR
INOR
MACR
MACR
MACR
ANYL

1723
630
305
881
1731
1313
203
1356
483
723
671
270
166
1495
2053
177
696
466
231
469
1741
880
70
385
1079
1053
958
135
2448
760
2457
1729
1400
223
701
602
913
1544
279
458
1573
1551
861
1548
808
798
342
352
1022
2548
1564
868
1252
24
264
1158
1411
802
476
442
937
1979
631
47
1752
1957
18
21
2199
1184
80
325
775
642
827
1545
1387
1388
1389
5

Qu, J.
Qu, X.
QU, X.
Quan, X.
Quast, A.D.
Quast, A.D.
Que, E.
Que, L.
Quell, T.J.
Quertinmont, L.T.
Quilliam, M.A.
Quilliam, M.A.
Quilliam, M.A.
Quina, F.
Quinn, J.C.
Quinn, J.C.
Quinn, R.J.
Quintana, M.
Quintero Martinez, W.D.
Quitain, A.T.
Quitain, A.T.
Qureshi, S.S.
Rabb, S.
Rabe, K.M.
Rabemanolontsoa, H.F.
Rabolt, J.F.
Rabuka, D.
Rack, J.
Rack, J.
Radchenko, V.
Radoiu, M.
Radom, L.
Radosevich, A.T.
Rae, I.D.
Rafailovich, M.
Ragauskas, A.
Ragauskas, A.
Raghavachari, K.
Raghavan, S.R.
Raghavan, S.R.
Raghavan, S.R.
Ragland, D.
Ragland, J.M.
Raharivelomanana, P.
rahbani, j.
Rahman, A.
Rahman, A.
Rahman, M.
Rahman, M.T.
Rahmanastiti, N.
RAHONG, S.
Raines, R.T.
Raines, R.T.
Raines, R.T.
Raiteri, P.
Raj, P.
Rajagopal, R.
Rajca, A.
RAJU, R.
Raker, J.R.
Raker, J.R.
Rakmae, S.
Ralet, M.
Ralph, S.F.
Ralston, J.
Ramadhani, R.P.
Ramamoorthy, A.
Ramamurthy, V.
Raman, C.S.
RAMAN, K.V.
Ramasamy, K.
Ramasamy, K.
Ramirez, D.M.
Ramirez-Cuesta, A.J.
Ramon, G.Z.
Ramos, J.C.
Ramsey, J.
Rana, U.
Rananaware, A.S.
randhawa, b.s.

Oak Ridge National Laboratory
Chinese Academy of Scis
Chinese Academy of Scis
Dalian U Tech
U UtahU UtahU Texas, Austin
U Minnesota
Johannes Guteberg-U Mainz
Emory UNat Res Council, Canada
Nat Res Council, Canada
Nat Res Council, Canada
U de São PauloCharles Sturt U
Charles Sturt U
Griffith U
U Nac Ingenieria
U Ciencias Ambientales Y Aplicadas
Kumamoto U
Kumamoto U
Weill Cornell Med Col, Qatar
NIST
Rutgers U; State U NJ
Kyoto UU Delaware
Catalent Pharma
Ohio U
Ohio U
Los Alamos National Laboratory
SAIREM
U Sydney
Pennsylvania State U
U Melbourne
Stony Brook U
U Tennessee
U Tennessee
Indiana U
U Marlyand, College ParkU Maryland
U Maryland
Palmetto Scholars Academy
NIST
U French Polynesia
mcgillApplied Research & Photonics
Applied Research & Photonics
King Fahd U Petrol & Minerals
Tohoku U
Diponegoro U
Nagoya U
U Wisconsin, Madison
U Wisconsin, Madison
U Wisconsin, Madison
Curtin U
Monash U
U MATERIALS Sci
U Nebraska
Fiji National U
U South Florida
U South Florida
Suranaree U Tech
INRA, UR1268 BIA
U Wollongong
U South Australua
Diponegoro U
U Michigan
U MiamiU Maryland
Tech U Denmark (DTU)
PNNL
PNNL
U de Talca
ORNL
Technion - Isreal Inst Tech
Center Sust Matls ChemU North Carolina, Chapel Hill
NIMS
RMIT
Guru Nanak Dev U

MTLS
MTLS
BIOL
ENVR
ORGN
ENRG
INOR
INOR
ORGN
BIOL
ANYL
ANYL
SCTY
ANYL
HLTH
ENVR
BIOL
MTLS
PHYS
HLTH
MTLS
SCTY
ENVR
MTLS
ENRG
ANYL
BIOL
MTLS
MTLS
INOR
ORGN
PHYS
INOR
SCTY
ANYL
ENVR
ENRG
PHYS
MACR
MACR
MACR
SCTY
SCTY
ORGN
BIOL
ANYL
ANYL
MACR
MTLS
SCTY
ANYL
HLTH
ORGN
BIOL
ENVR
ENVR
ENVR
MTLS
ENVR
SCTY
SCTY
ENRG
ENVR
INOR
PHYS
SCTY
BIOL
ORGN
BIOL
MTLS
ORGN
ENRG
PHYS
ENRG
MACR
MTLS
ANYL
INOR
MACR
MTLS

988
2076
1210
8
938
97
1806
738
2541
587
93
1225
33
1069
651
93
337
1621
564
428
459
175
890
2160
570
603
401
299
1051
282
927
1019
2023
381
950
516
20
196
12
558
994
403
37
1757
1337
876
955
1624
1861
282
488
570
2737
483
376
434
797
1975
108
202
303
247
572
1256
1409
282
200
623
153
432
352
242
1024
604
1360
1811
184
930
1440
2370

Rangari, V.K.
Rantanen, J.J.
Ranville, J.
Ranville, J.
Rao, B.
Rao, J.
Rapakousiou, A.
Rapson, T.D.
Rash, L.D.
Rasmussen, S.
Rassaei, L.
Rastogi, S.
Rastogi, S.
Raston, C.
Ratanawimarnwong, N.
Ratcha, A.
Raucci, U.
Raucci, U.
Rauk, A.
Raushel, F.M.
Rauter, A.P.
Raven, E.
Ravindranath, R.
Rawat, S.
Rawson, J.M.
Ray, K.
Ray, S.
Ray, S.J.
Raymo, F.M.
Raymo, F.M.
Raymond, K.N.
Raynal, M.
Raynal, M.
Reardon, A.
Rebek, J.
Rebek, J.
Reckenthäler, M.
Redd, G.P.
Redel, E.
Redel, E.
Redline, E.M.
Redshaw, C.
Ree, M.
Ree, M.
Reed, R.B.
Reek, J.N.
Reek, J.N.
Reese, P.B.
Reeve, J.
Rega, N.
Rega, N.
Regalado, E.L.
Regalado, E.L.
Reger, D.
Rehse, S.J.
Reiber, A.
Reiber, A.
Reiber, A.
Reich, H.J.
Reichert, D.E.
Reid, D.L.
Reid, G.
Reid, G.
Reid, G.E.
Reid, J.P.
Reid, L.M.
Reid, S.A.
Reid, S.A.
Reimann, O.
Reimers, J.
Reimers, J.
Reimers, J.
Reineke, S.
Reineke, T.M.
Reineke, T.M.

Tuskegee U
Aalto U Chem Tech
Colorado School of Mines
Colorado School of Mines
Rutgers U, Med Sch
Stanford U, MedU Bordeaux
CSIRO
U Queensland
North Dakota State U
Delft U Tech
Loughborough U
Loughborough U
Flinders U
Srinakharinwirot U
Hirosaki U
U Federico II Naples
U Federico II Naples
U Calgary
Texas A&M U
U de Lisboa
U Leicester
U Toronto
JAIST
U Windsor
Humboldt-U zu Berlin
Schrodinger
State U New York, Buffalo
U MiamiU MiamiU California
Inst Parisien de Chimie Molec
Sorbonne U
U Alberta
Fudan UThe Scripps Research InstU Cologne
North Carolina A&T State U
Karlsruhe Inst Tech (KIT)
Karlsruhe Inst Tech (KIT) (KIT)
Sandia National Laboratories
U HullPOSTECHPOSTECH
Arizona State U
U amsterdam
U amsterdam
U the West Indies
Ohio State U
U Naples, Federico II
U Naples, Federico II
Merck Research Laboratories
Merck Research Laboratories
U South Carolina
U Windsor
U de los Andes
U de los Andes
U de los Andes
U Wisconsin
Washing U, Med
Amgen, Inc.
U Southampton
U Southampton
U Melbourne
U Bristol
Queen’s U
Marquette U
Marquette U
Leibniz Inst Molecular Pharm
Shanghai U
U Tech, Sydney
Shanghai U
Technische U Dresden
U Minnesota
U Minnesota

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
ENVR
ENVR
ENVR
ANYL
MACR
ORGN
INOR
BIOL
INOR
ANYL
MACR
MACR
ORGN
ANYL
MTLS
PHYS
PHYS
PHYS
ENVR
BIOL
BIOL
HLTH
MACR
INOR
INOR
HLTH
ANYL
ORGN
MTLS
INOR
MACR
ORGN
ENVR
ORGN
ORGN
ORGN
SCTY
MTLS
MTLS
MACR
INOR
MACR
MTLS
ENVR
INOR
ORGN
BIOL
BIOL
PHYS
PHYS
ANYL
ORGN
INOR
ANYL
INOR
MTLS
MTLS
INOR
HLTH
PHYS
HLTH
INOR
PHYS
PHYS
MTLS
PHYS
PHYS
BIOL
PHYS
BIOL
MTLS
MTLS
MACR
MACR

1185
433
595
597
879
1334
876
1240
904
367
889
990
1483
81
158
875
911
1056
1974
871
141
26
323
420
1170
381
674
228
119
1245
35
1473
2348
850
618
1140
1009
246
541
2008
1602
709
1640
250
592
319
2444
910
237
206
1146
655
272
340
1245
1832
816
1132
1622
62
1131
586
1767
1700
1881
582
1179
1478
1388
200
199
2074
1256
237
1129

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Reineke, T.M.
Reiner, J.L.
Reinholdt, A.
Reiser, O.
Reisler, H.
Reisman, S.E.
Reisman, S.E.
Remcho, V.T.
Remello, S.N.
Rempe, S.
Rempe, S.
Ren, B.
Ren, B.
Ren, H.
Ren, H.
Ren, L.
Ren, L.
Ren, S.
Ren, T.
Ren, W.
Ren, Y.
Ren, Z.
Rendell, A.P.
Rendina, L.
Rene, O.
Renger, T.
Renger, T.
Renneckar, S.
Renz, F.
Renziehausen, K.
Repo, T.
Resasco, D.E.
Resendez, A.
Reshetenko, T.V.
Retegan, T.
Reutershan, T.A.
Reven, L.
Rewcastle, G.W.
Rey, A.
Reyes, L.M.
Reyes, L.M.
Reynolds, M.
Reynolds, M.A.
Reynolds, M.K.
Rezai, P.
Rezende Valim, L.
RHEE, S.
Rhee, Y.
Rhee, Y.
Rhee, Y.
Rhee, Y.
Ribas, X.
Ribas, X.
Rice, C.A.
Richard, J.
Richards, L.
Richards, N.
Richards, N.
Richards, N.
Richards, R.M.
Richards, R.M.
Richardson, S.
Richter, D.
Richter-Addo, G.B.
Richtering, W.
Rickert, K.
Rider, D.
Ridwan, M.
Rieb, J.
Rieb, J.
Riedel, S.
Riegel, S.
Riegel, S.
Riemer, N.
Rienstra, C.M.

U Minnesota
NIST
U Copenhagen
U Regensburg
U Southern California
CaltechCaltechOregon State U
Tokyo Metropolitan U
Sandia National Labs
Sandia National Labs
Xiamen U
Xiamen U
U Michigan
Sinopec Yangzi Petrochem
China U Mining Tech
CUMT
Sichuan U
Purdue U
Shanghai U
South China U Tech
Henan Academy of Scis
Australian National U
U Sydney
Genentech, Inc.
Johannes Kepler U Linz
Johannes Kepler U Linz
U British Columbia
Leibniz U Hannover
Max Planck, Microstructure Phys
U Helsinki
U Oklahoma
U California Santa
U Hawaii
Chalmer U Tech
Cal State, Long BeachCSACS-CRMAA
U Auckland
McGill U
U Toronto
U Toronto
Colorado State U
Shell Exploration & Production
U Arkansas
York U
Imperial College London
SEOUL NATIONAL UPOSTECHInst for Basic Sci
Inst for Basic Sci
Inst for Basic Sci
U de Girona
U de Girona
Cal State, Long Beach
U at Buffalo
U Victoria
IUPUI
IUPUI
IUPUI
Colorado School of Mines
Colorado School of Mines
U South Carolina
PfizerU Oklahoma
RWTH Aachen U
Northwestern U
western washington U
KIST
Technion Isreal Inst Tech
Technion Isreal Inst Tech
FU Berlin
Nanalysis
Nanalysis
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign

ORGN
ENVR
INOR
ORGN
PHYS
ORGN
ORGN
ANYL
ENRG
PHYS
PHYS
ANYL
PHYS
HLTH
MACR
PHYS
PHYS
MTLS
INOR
MTLS
ORGN
MACR
PHYS
ORGN
ORGN
PHYS
BIOL
MACR
INOR
PHYS
INOR
ENRG
ORGN
ENRG
INOR
ENVR
MACR
HLTH
MTLS
SCTY
ENRG
HLTH
ENRG
ANYL
ANYL
PHYS
BIOL
ORGN
PHYS
PHYS
PHYS
INOR
ORGN
ENVR
BIOL
ENVR
INOR
PHYS
BIOL
MTLS
ENRG
ENVR
SCTY
INOR
MACR
INOR
MTLS
ENRG
SCTY
INOR
INOR
SCTY
ORGN
PHYS
BIOL

165
401
1127
287
543
125
2315
1241
955
1439
1868
939
674
104
298
1065
1069
200
248
2157
370
1622
1431
1152
776
1454
194
397
242
422
109
154
1670
515
184
877
1092
560
362
257
364
264
152
350
247
668
772
634
414
461
1253
351
2449
878
1070
201
72
724
1244
1282
642
541
166
2053
101
1893
2552
741
174
555
1733
267
581
1977
410

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–381

NAME INDEX
Ries, M.E.
Rikiyama, K.
Rimmer, C.A.
Rinaldi, P.L.
Ringe, E.
Riordan, C.G.
Rios, A.
Rios, L.
Ritcey, A.M.
Ritcey, A.M.
Ritchie, C.
Rito-Palomares, M.
Ritter, T.
Ritter, T.
Ritter, T.
Rivard, E.
Rivard, E.
Rivera Rocabado, D.S.
Rivera, M.
Ro, C.
Ro, C.
Ro, C.
Ro, D.
Roach, P.L.
Robert, M.
Roberts, D.A.
Roberts, E.
Roberts, R.J.
Robinson, A.
Robinson, A.K.
Robinson, N.J.
Robinson, P.
Robson, R.
Rocha, J.
Roche, S.P.
Rochette, E.
Rockne, K.J.
Rockne, K.J.
Rodgers, M.T.
Rodriguez Garcia, L.
Rodrı́guez Menéndez, A.
Rodriguez Nunez, J.R.
Rodriguez, E.A.
Rodriguez, K.
Rodrı́guez, M.A.
Rodriguez, R.A.
Rodriguez-Lopez, E.M.
Rodriguez-Rivera, F.P.
Rodthongkum, N.
Roe, J.
Roeffaers, M.
Roelfes, G.
Roeschenthaler, G.
Roeschenthaler, G.
Roeschenthaler, G.
Roesky, P.W.
Roesky, P.W.
Roesler, R.
Roessler, E.
Rofouie, P.
Rogachev, A.
Rogel-Castillo, C.
Rogers, J.
Rogers, J.
Rogers, R.D.
Rogers, R.D.
Rogers, S.
Roh, K.
Roh, S.
Roitberg, A.E.
Roizen, J.L.
Rokhsana, D.
Rokusha, Y.
Roldan Cuenya, B.
Roldan, M.
Roll-Mecak, A.
Romanchuk, A.Y.
Romano, C.
Romanova, E.
Romero Canelón, I.

382–PRESENTERSU Leeds
Hiroshima U
NIST
U AkronRice UU Delaware
Cal State, Los Angeles
U California Irvine
U LavalU LavalU Melbourne
Tecnológico de Monterrey
HarvardHarvardHarvardU Alberta
U Alberta
Kyushu U
U Kansas
Inha U
Inha U
Inha UU Calgary
U Southampton
U Paris Diderot
U CambridgeJohns Hopkins U
Simon Fraser U
U Colorado Boulder
UC Irvine
Durham U
UC Berkeley
Deakin U
U Aveiro, CICECO
Florida Atlantic U
Laval U
U Illinois, Chicago
U Illinois, Chicago
Wayne State U
ETH Zurich
U Huddersfield
U British Columbia
UCSD
UC Irvine
CSIC
UT-Health
U Alberta
UC Berkeley
Chulalongkorn U
Seoul National U
KU Leuven
U Groningen
Jacobs-U Bremen
Jacobs-U Bremen
Jacobs-U Bremen
Karlsruher Inst Tech (KIT)
Karlsruher Inst Tech (KIT)U Calgary
U Bayreuth
McGill U
Illinois Inst TechU California, Davis
U Illinois
U Illinois
McGill U
McGill U
Clarkson U
Dongguk U
Seoul Nat UU Florida
Duke U
Whitman College
Ritsumeikan U
Ruhr U Bochum
U Sao Paulo
National Insts of HealthLomonosov Moscow State U
Oregon Health & Sci U
U Illinois
U Warwick

MACR
MACR
SCTY
MACR
ANYL
INOR
MTLS
PHYS
MTLS
MTLS
MTLS
ANYL
HLTH
INOR
ORGN
INOR
MACR
PHYS
INOR
PHYS
PHYS
PHYS
BIOL
BIOL
ENRG
INOR
BIOL
INOR
ENRG
ENVR
BIOL
ANYL
ORGN
INOR
ORGN
INOR
ENVR
ENVR
PHYS
PHYS
ORGN
SCTY
BIOL
PHYS
INOR
ENVR
BIOL
BIOL
ANYL
BIOL
PHYS
BIOL
INOR
INOR
ORGN
INOR
INOR
INOR
MACR
MTLS
PHYS
ENVR
MTLS
MTLS
SCTY
SCTY
ENVR
BIOL
ORGN
PHYS
ORGN
INOR
MTLS
PHYS
ANYL
BIOL
ENVR
ENVR
BIOL
INOR

989
248
11
1297
476
380
738
401
1837
2485
2466
821
587
228
656
89
1084
1343
713
1035
1039
1149
1340
73
46
902
1422
598
800
460
1416
756
1973
1519
869
197
416
606
1843
804
2144
152
18
250
1248
23
543
798
616
1414
938
1142
1012
2014
1479
123
1794
152
868
95
725
190
495
2502
63
385
142
856
307
1140
753
524
1541
1190
1229
1433
157
937
1097
76

romero, a.h.
Romero, E.
Romero-Nieto, C.
Romesberg, F.
Romo, D.
Romonosky, D.
Rondinelli, J.
Rondinelli, J.
Rong, R.
Rong, W.
Ronkainen, N.J.
Ronkainen, N.J.
Room, T.
Room, T.
Rosa Pagan, K.E.
Rosa, N.
Rosa, N.
Rose, I.
Rose, J.
Rosebrugh, L.
Roselt, P.
Rosen, B.
Rosenberg, L.
Rosendahl, S.M.
Rosenthal, J.
Rosenzweig, A.
Rosi, N.
Ross, A.
Rossini, G.
Rossky, P.J.
Rossky, P.J.
Rosso, K.
Rost, J.
Rosu, C.
Rosu, C.
Rotello, V.M.
Rotello, V.M.
Roth, J.
Rothlisberger, U.
Rothlisberger, U.
Rothstein, J.P.
Rothstein, S.
Rothstein, S.
Rottler, J.
Rouf, S.
Rougeot, C.
Rovira, C.
Rovis, T.
Rovis, T.
Rowan, S.J.
Rowan, S.J.
Rowe, L.
Roxin, A.
Roy Choudhury, N.
Roy, P.
Roy, P.
Roy, S.
Roy, X.
Rozhkova, E.
Rozhkova, E.
Ruan, K.
Rubakhin, S.S.
Ruben, M.
Rubio Martinez, M.
Ruck, M.
Rudakov, F.
Rudd, A.
Ruddy, D.A.
Rudich, Y.
Ruhlandt-Senge, K.
Ruhlandt-Senge, K.
Rule, K.C.
Rungrotmongkol, T.
Ruoff, R.S.
Ruotolo, B.
Ruotolo, B.
RUSHTON, G.
Ruskin, G.S.
Russell, D.H.
Russell, S.C.

West Virginia U
VU U Amsterdam
U Heidelberg
The Scripps Research Inst
Texas A&M U
UC Irvine
Northwestern U
Northwestern U
Shandong U, Traditional Med
Jiangsu Cntr Disease Prevention
Benedictine U
Benedictine U
Nat Inst Chem Phys & Bio
Nat Inst Chem Phys & Bio
The Ohio State U
Georgetown U
Georgetown U
U Edinburgh
U Washington
CaltechPeter MacCallum Cancer Centre
The Scripps Research InstU Victoria
Canadian Light Source
U Delaware
Northwestern U
U Pittsburgh
Queen’s U
Waseda U
Rice U
Rice UPNNLU New South Wales
Georgia Inst of Tech
Georgia Inst of TechU Massachusetts
U Massachusetts
Johns Hopkins U
EPFL
EPFL
U Mass, Amherst
Brock UBrock UU British Columbia
U OuluU British Columbia
Mat Sci Inst Barcelona
Colorado State U
Colorado State U
Case Western Reserve U
Case Western Reserve U
Valparaiso U
U British Columbia
U South Australia
U Waterloo
U Waterloo
U Victoria
Columbia U
Argonne National Laboratory
Argonne National Laboratory
U Sci Tech, China
U Illinois, Urbana-Champaign
Karlsruhe Inst Tech (KIT)CSIROTU Dresden
U Missouri
UC San Diego
National Renewable Energy Lab
Weizmann Inst
Syracuse U
Syracuse U
ANSTO
Chulalongkorn U
Cntr Multidim Carbon Mtls
U Michigan
U Michigan
KENNESAW STATE U
American Chemical Society
Texas A&M U
Cal State U, Stanislaus

PHYS
BIOL
INOR
BIOL
ORGN
PHYS
MTLS
MTLS
HLTH
ENVR
ANYL
SCTY
ORGN
MTLS
ORGN
INOR
MTLS
MACR
BIOL
INOR
HLTH
ORGN
INOR
ANYL
ENRG
INOR
MTLS
BIOL
ENVR
PHYS
PHYS
ENVR
ANYL
MACR
MTLS
ANYL
MTLS
INOR
PHYS
PHYS
PHYS
PHYS
PHYS
MACR
PHYS
ORGN
MTLS
ORGN
ORGN
MACR
MACR
BIOL
HLTH
MACR
PHYS
PHYS
PHYS
MTLS
MTLS
ENRG
HLTH
ORGN
MTLS
ORGN
INOR
PHYS
BIOL
ENRG
PHYS
INOR
INOR
MTLS
PHYS
MTLS
ANYL
PHYS
SCTY
SCTY
PHYS
ANYL

234
2
8
1399
2180
1027
502
2025
649
59
424
182
712
2158
2612
1900
818
1646
840
1023
138
562
1564
679
161
255
420
1221
643
136
1143
280
1130
1534
2664
629
2447
374
933
1799
846
1157
1771
692
1329
1329
2789
1447
1694
48
121
884
639
554
1668
1766
1960
1903
1610
480
142
270
47
12
1540
1934
964
801
1614
1361
1620
803
1359
1147
167
1839
201
95
1838
155

Russell, S.M.
Russell, T.P.
Russo, P.S.
Russo, R.E.
Russo, R.E.
RUTKOWSKA, I.A.
Rutledge, P.
Ruzicka, J.
Rybak, T.I.
Ryde, U.
Rydfjord, J.
Ryoki, A.
Ryoki, A.
Ryoki, T.
Ryoma, H.
Ryono, M.
Ryu, D.
Ryu, D.
Ryu, H.
Ryu, I.
Ryu, I.
Ryu, J.
Ryu, J.
Ryu, J.
Ryu, J.
Ryu, K.
Ryu, M.
Ryu, S.
Ryuzaki, S.
S, D.
S, D.
Saalwaechter, K.
SAATCHI, K.
SAATCHI, K.
Saavedra, S.
Saavedra, S.
Sabarudin, A.
Sabol, J.
Sabol, J.
Sabol, J.
Saboury, J.A.
Sac, D.
Sadakane, M.
Sadakiyo, M.
Saddler, J.N.
Sadeghi Esfahani, H.
Sadeghi, S.
Sadighi, J.P.
Sadler, P.J.
Sadow, A.D.
Sadow, A.D.
Saeed, H.
Saegusa, Y.
Saeki, A.
Saeki, A.
Saffron, C.M.
SAGA, K.
Saga, T.
Saga, Y.
Sagara, N.
Sagara, T.
sagawa, m.
Sagawa, N.
Sagawa, T.
Saghatelian, A.
Sagisaka, M.
Saha, S.
Saha, S.
Saha, S.
Sahara, K.
Sahu, S.K.
Saido, K.
Saido, K.
Saido, K.
Saigo, N.

US Army Research Laboratory
U Massachusetts
Georgia Inst of Tech
Lawrence Berkeley Nat Lab
Lawrence Berkeley Nat Lab
U Warsaw
U Sydney
U Hawaii
U Alberta
Lund U
Uppsala U
Osaka U
Osaka U
Kwansei Gakuin U
Chitose Inst Sci Tech
Ritsumeikan U
Sungkyunkwan U
Yonsei U
POSTECH
Osaka Prefecture U
Osaka Prefecture U
Ewha Womans U
UNIST
Kangwon National U
Chonnam National U
Seoul Nat U
Kyungpook National U
KoreaU
Kyushu U
SASTRA U
SASTRA U
Martin Luther U, Halle-Wittenberg
U British Columbia
U British Columbia
U Arizona
U ArizonaBrawijaya U
Sabol Chemical Consulting
Chemical Consultant
Chemical Consultant
Cal State U, LA
Ankara U, Pharm
Hiroshima U
Kyushu U
UBC
U British Columbia
UCLA
Georgia Inst of Tech
U WarwickIowa State U
Iowa State U
U Sheffield
Inagawa Inst TechU HyogoOsaka U
Michigan State U
Tokyo Inst of TechNat Inst Rad Sci
Kinki U
Kyushu Inst Tech
Nagasaki U, Eng
Intermatallics Co., Ltd.
Tokyo U Agri & Tech
Tokyo Unversity of Sci
Salk Inst Biol Studies
Hirosaki U
Florida State U
Florida State U
Center Sust Matls Chem
Osaka U
CSIR-Nat Metal Lab
AIST and TechAIST and TechAIST and Tech
Kumamoto U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENRG
MTLS
MACR
ANYL
ANYL
PHYS
INOR
ANYL
ORGN
PHYS
ORGN
MACR
MACR
PHYS
PHYS
ENRG
ORGN
MACR
ORGN
ORGN
ORGN
ORGN
MACR
MTLS
INOR
INOR
ORGN
ORGN
MTLS
ENRG
ENRG
MACR
HLTH
MTLS
ANYL
MTLS
ANYL
SCTY
SCTY
SCTY
ORGN
HLTH
MTLS
INOR
MACR
PHYS
HLTH
INOR
INOR
INOR
ENRG
INOR
MTLS
BIOL
MTLS
SCTY
ANYL
HLTH
ENRG
ENRG
MTLS
MTLS
PHYS
INOR
BIOL
PHYS
ORGN
ORGN
MTLS
ORGN
INOR
MACR
ENVR
ENVR
INOR

273
1015
128
667
1242
2049
1682
12
2549
1186
584
435
436
1525
1560
177
2143
319
1611
112
2690
2474
1132
672
1316
1962
2054
1612
2665
270
451
986
709
727
919
1008
87
254
312
315
2055
465
1927
904
393
1283
65
1204
1208
1670
291
698
2386
1347
1828
129
490
137
178
351
23
2517
1286
687
423
1716
1458
2681
1663
1935
11
313
193
194
1285

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Saigusa, H.
Saigusa, H.
Saigusa, Y.
Saikawa, M.
Saiki, S.
Saita, K.
Saito, D.
Saito, E.
Saito, G.
saito, h.
saito, h.
saito, h.
Saito, H.
Saito, I.
Saito, K.
Saito, K.
Saito, K.
Saito, K.
Saito, K.
Saito, K.
Saito, M.
Saito, M.
Saito, N.
Saito, N.
Saito, N.
Saito, R.
Saito, R.
Saito, R.
Saito, S.
Saito, S.
Saito, S.
Saito, S.
Saito, S.
Saito, S.
Saito, S.
Saito, S.
SAITO, S.
Saito, T.
Saito, T.
Saito, T.
Saito, T.
Saito, T.
Saito, T.
Saito, Y.
Saito, Y.
Saito, Y.
Saito, Y.
Saitoh, K.
Saitoh, T.
Saitoh, T.
Saitoh, T.
Saitoh, T.
Sajiki, H.
Saka, S.
Sakagami, Y.
Sakaguchi, H.
Sakaguchi, K.
Sakaguchi, M.
Sakaguchi, M.
Sakaguchi, T.
Sakaguchi, Y.
Sakai, A.
Sakai, H.
Sakai, H.
Sakai, K.
Sakai, K.
Sakai, K.
Sakai, M.
SAKAI, M.
Sakai, R.
Sakai, R.
Sakai, T.
Sakai, T.
Sakai, Y.
Sakai, Y.

Yokohama City U
Yokohama City U
UEC (UEC)U Tsukuba
Japan Atomic Energy Agency
U Edinburgh
Kobe U
Kobe U
Meijo Uishikawa prefectural U
ishikawa prefectural U
ishikawa prefectural U
Kanazawa U
Nagoya Inst of Tech
Waseda U
RIKEN, Sust Res Sci
Tohoku U
Tokyo Inst of Tech
The U kitakyushu
Tohoku U
Saitama U
Kanagawa U
Shanghai Inst Tech
Kyushu U
Tohoku U
Tokyo Inst of Tech
Tohoku U
Toho U
Saitama U
Tokyo U Sci
Nagoya U
Nagoya U
Int Res Cntr Elements Sci, Kyoto
Utsunomiya U
Ibaraki U
Keio U
Nagoya U
Tokyo U Agri Tech
Hokkaido U
Inagawa Inst Tech
Kyoto U
Hokkaido U
Osaka U
Tokushima Bunri U
Nihon UTokyo Uetsity of Sci
Nagoya U
Nihon U
Inagawa Inst Tech
Kitami Inst of Tech
U Tsukuba
U Tsukuba
Gifu Pharmaceutical U
Kyoto U
National Inst of AIST
Kyoto U
Osaka City U
Rikkyo U
Tohoku U
Prefect U Hiroshima
Kyoto Inst of Tech
Osaka Prefecture U
Osaka UTokyo U Sci
Kyushu U
Kyushu U
Tokyo U Sci
Tokyo Inst of Tech
Tokyo U Sci, Yamaguchi.
NIT, Asahikawa Col
Kyoto UU Tokyo
Meijo UTokyo U Agri & TechU Tokushima

PHYS
PHYS
BIOL
ORGN
MACR
PHYS
ORGN
ORGN
MTLS
ENVR
BIOL
BIOL
ORGN
MACR
MTLS
BIOL
PHYS
MTLS
MTLS
ORGN
INOR
INOR
ANYL
MTLS
ORGN
MACR
MTLS
BIOL
ANYL
MTLS
MACR
MTLS
ORGN
MTLS
ANYL
ORGN
ENRG
BIOL
ORGN
ANYL
INOR
ORGN
PHYS
ORGN
BIOL
MTLS
ORGN
ANYL
BIOL
ANYL
ORGN
MTLS
ORGN
ENRG
PHYS
MTLS
ORGN
PHYS
ENRG
ENVR
ORGN
ORGN
INOR
MTLS
INOR
INOR
PHYS
PHYS
ENRG
ANYL
ENRG
MACR
ORGN
ENRG
ORGN

119
1845
1004
1924
1271
755
471
470
2223
324
300
1360
1212
905
1360
1342
1750
680
2440
2274
296
1889
381
920
875
383
2232
324
391
2853
1362
1243
756
1294
1200
1246
490
1286
2613
207
1521
2229
1550
421
1295
1689
2503
352
499
1065
2186
187
2335
568
389
2837
688
1891
779
820
515
978
1982
1895
118
1225
658
46
346
255
398
103
2564
914
1516

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–383

NAME INDEX
Sakajiri, T.
Sakaki, S.
Sakaki, S.
Sakakibara, H.
Sakakura, A.
Sakakura, T.
Sakama, A.
Sakamaki, K.
Sakamoto, A.
Sakamoto, H.
Sakamoto, K.
Sakamoto, K.
Sakamoto, M.
Sakamoto, M.
Sakamoto, R.
Sakamoto, R.
Sakamoto, S.
Sakamoto, S.
Sakamoto, T.
Sakamoto, T.
Sakamoto, W.
Sakamoto, W.
Sakamoto, Y.
Sakamoto, Y.
Sakamoto, Y.
Sakamoto, Y.
Sakamoto, Y.
Sakamura, T.
Sakano, T.
Sakata, A.
Sakata, G.
Sakata, K.
Sakata, M.
Sakata, N.
Sakata, T.
Sakka, T.
Sako, T.
Sakon, A.
Sakono, M.
Sakono, N.
Sakota, K.
Sakuda, E.
Sakuda, E.
Sakura, R.
Sakurada, T.
Sakurai, H.
Sakurai, H.
Sakurai, H.
Sakurai, K.
Sakurai, K.
Sakurai, K.
Sakurai, K.
Sakurai, K.
Sakurai, M.
Sakurai, M.
Sakurai, M.
Sakurai, S.
Sakurai, T.
Sakurai, T.
Sakurai, T.
Sakuta, H.
salaita, K.
salaita, K.
Saldı́var-Guerra, E.
Saldyka, M.
Salikolimi, K.
Salitros, I.
Saltiel, J.
Saltiel, J.
Saludes, J.P.
Saludes, J.P.
Salvadori, P.A.
Samal, M.
Samanmulya, T.
Sameoto, D.
Samjeské, G.
Sammynaiken, R.
Sammynaiken, R.
Sammynaiken, R.
Samoc, M.

384 –PRESENTERS

U Morioka
Kyoto U
Kyoto U
Meijo U
Okayama U
Kyushu Inst of Tech
Keio U
Kanagawa U
Aoyama Gakuin U
kyushu Inst of Tech
Tohoku U
Shizuoka U
Chiba U
Kyoto UU Tokyo
U TokyoTokyo Inst of Tech
Tokyo Inst of Tech
JAIST
Kumamoto U
Tokyo Inst of Tech
Nagoya U
RIKEN
Osaka UU Yamanashi
Kyoto U
Chiba Inst of Tech
Gunma U
Toho U
Osaka U
Kobe U
Osaka U
Kumamoto U
osaka U
Tottori U
Kyoto U
CST, Nihon U
Tokyo Inst of Tech
U Toyama
Inst Nat Coll Tech
Kyushu U
Nagasaki U
Nagasaki U
Keio U
Yamaguchi U, Eng
Osaka U
Osaka URIKEN Nishina CenterTokyo U Agri & Tech
U Kitakyushu
U Kitakyushu
U Kitakyushu
Kanagawa U
KANAGAWA UTokyo Inst of Tech
Tokyo Inst of Tech
Keio U
Kanazawa U
Yamaguchi U
Osaka U
Doshisha U
Emory U
Emory UCIQA
U Wroclaw
RIKEN CEMS
Slovak U Tech
Florida State U
Florida State U
U San Agustin
U San Agustin
CNR Inst Clinical Physiology
Gachon U
Hiroshima U
U Alberta
UEC
U Saskatchewan
U Saskatchewan
U Saskatchewan
Wroclaw U Tech

BIOL
PHYS
PHYS
ORGN
ORGN
MTLS
ORGN
INOR
PHYS
BIOL
ORGN
INOR
ORGN
PHYS
BIOL
INOR
ORGN
ORGN
ORGN
ANYL
MTLS
MTLS
ORGN
MTLS
MTLS
PHYS
MTLS
MACR
ANYL
BIOL
ANYL
PHYS
ANYL
MTLS
BIOL
ANYL
PHYS
ORGN
BIOL
PHYS
PHYS
INOR
ENRG
BIOL
MACR
ORGN
ORGN
PHYS
ORGN
MACR
MTLS
MTLS
MACR
ORGN
PHYS
PHYS
BIOL
INOR
MTLS
MTLS
PHYS
MTLS
MTLS
MACR
PHYS
MACR
INOR
ORGN
PHYS
ORGN
BIOL
HLTH
MTLS
MTLS
PHYS
ENRG
MTLS
MTLS
ENRG
INOR

321
355
1204
550
2384
2666
2614
441
78
544
1267
473
657
580
280
813
630
1219
1613
351
703
2032
2727
1894
2705
1866
302
1004
1149
1279
347
1221
709
1058
1044
1184
1341
1361
632
586
545
1052
343
249
1231
71
1530
811
631
247
398
475
663
553
740
743
545
442
1379
2308
1074
297
2855
1605
1548
936
957
595
899
627
1200
59
1893
455
1261
588
1277
2667
696
369

Samori, P.Y.
Samouilov, A.V.
Samukawa, Y.
Sanada, K.
Sanada, M.
Sanada, T.
Sanada, T.
Sanada, Y.
Sanbonmatsu, K.
Sanchez-Garcia, E.
Sanchez-Garcia, E.
Sandahl, J.F.
Sandanala, B.D.
Sandanayaka, A.S.
Sander, W.
Sander, W.
Sanders, C.
Sanders, D.A.
Sandford, G.
Sandleben, A.
Sanehira, E.M.
Sang, J.
Sango, H.
Sani, M.
Sankaranarayanan, S.
Sannomiya, T.
Sano, K.
Sano, M.
Sano, M.
Sano, M.
Sano, T.
Sano, T.
Sano, Y.
Sano, Y.
Sanov, A.
Santandrea, J.
Santiago, V.S.
Santoro, C.
Santos, W.L.
Santos, W.L.
Sanyal, A.
Sanyal, R.
Sanz, C.A.
Sapp, W.K.
Sarajar, A.E.
Saravanamuttu, K.
Saravanamuttu, K.
Sarazin, Y.
Sarkanen, S.
Sarkar, B.
Sarkar, B.
Sarkar, B.
Sarker, M.I.
Sartain, H.T.
Sarti, G.C.
Sarugaku, S.
Saruyama, Y.
Sasa, H.
Sasabe, H.
Sasahara, K.
Sasahara, S.
Sasai, M.
Sasaki, D.
Sasaki, H.
Sasaki, K.
Sasaki, K.
Sasaki, K.
Sasaki, K.
Sasaki, K.
Sasaki, K.
Sasaki, K.
SASAKI, K.
Sasaki, M.
Sasaki, N.
Sasaki, N.
Sasaki, N.
Sasaki, S.
Sasaki, S.
Sasaki, S.
Sasaki, S.

Yamagata U
Ohio U, Med
Waseda U
U TokyoTokyo U Agri & Tech
Tokyo U Sci
Kanazawa Inst Tech
U Kitakyushu
Los Alamos National Laboratory
Max-Planck, Kohlenforschung
Max-Planck, KohlenforschungAmerican Chemical Society
SAITAMA UERSTIY
Kyushu U
Ruhr-U Bochum
Ruhr-U Bochum
Vanderbilt U, MedU Saskatchewan
Durham U
U Cologne
U Washington
Iwate U
Nihon U
U Melbourne
Argonne national laboratory
Tokyo Inst of Tech
Nippon Inst of Tech
Nagoya U
U of Tokyo
Yamagata U
HitachiShizuoka U
Hosei U
Kitasato U
U Arizona
U Montréal
U the Philippines
U New Mexico
Virginia Tech
Virginia Tech
Bogazici U
Bogazici U
U Victoria
U South Dakota
Diponegoro U
McMaster U
McMaster U
U Rennes
U Minnesota
Freie U Berlin
Freie U Berlin
Freie U Berlin
USDA
U Hawaii, Manoa
U Bologna
Kyushu U
Kyoto Inst of Tech
Utsunomiya U
Yamagata U
Kyushu U
Hirosaki U
Nagoya U
Sandia National Laboratories
Yokohama City U
Keio U
Tokai U
Niigata U
RIKEN
Hokkaido U
Okayama U
Kyushu U
Kyoto Inst of Tech
Iwate U
Toyo U
Tottori U
Tohohashi U Tech
Tokyo U Tech
Tohoku U
Tokyo Inst of Tech
Tokyo Inst of Tech

BIOL
MTLS
INOR
INOR
SCTY
PHYS
MACR
MTLS
PHYS
PHYS
PHYS
ENVR
MACR
MTLS
ORGN
PHYS
BIOL
BIOL
ORGN
INOR
MTLS
MTLS
ENVR
BIOL
MACR
ANYL
MTLS
ANYL
INOR
PHYS
ENVR
MACR
ORGN
ORGN
PHYS
ORGN
ORGN
ANYL
ORGN
ORGN
MACR
MACR
INOR
PHYS
SCTY
PHYS
MTLS
INOR
ENVR
INOR
INOR
INOR
ENVR
ENRG
MTLS
PHYS
MACR
ORGN
MTLS
MACR
MTLS
PHYS
MTLS
MACR
MACR
PHYS
MTLS
BIOL
PHYS
HLTH
HLTH
ENVR
ORGN
ANYL
ORGN
ORGN
PHYS
INOR
ORGN
ORGN

546
2094
1335
919
220
660
1282
530
549
776
1865
388
1427
1560
1064
926
369
1069
650
578
731
2415
200
206
25
704
2247
823
1705
1412
907
336
725
1946
1268
2556
2056
1021
1154
1780
1631
1508
633
646
282
1073
1205
1435
578
838
1183
1532
103
721
1820
583
1490
886
396
900
873
159
1424
599
943
1508
1342
287
1649
96
111
61
1202
818
1539
366
915
1747
331
1004

SASAKI, S.
SASAKI, S.
Sasaki, T.
Sasaki, T.
Sasaki, T.
Sasaki, T.
Sasaki, T.
Sasaki, Y.
Sasaki, Y.
Sasaki, Y.
SASAKI, Y.
Sasano, M.
Sasano, Y.
Sasaoka, K.
Sassi, M.
Sastre-Santos, Á.
Satahira, K.
Satake, A.
Satake, A.
Satake, M.
Satake, R.
Sathe, S.K.
Sato, A.
Sato, A.
Sato, A.
Sato, D.
Sato, E.
Sato, E.
Sato, E.
Sato, H.
Sato, H.
Sato, H.
Sato, H.
Sato, H.
Sato, H.
Sato, H.
Sato, H.
SATO, H.
SATO, H.
Sato, J.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
Sato, K.
SATO, K.
Sato, M.
Sato, M.
Sato, M.
Sato, M.
Sato, M.
Sato, M.
Sato, M.
Sato, N.
Sato, O.
Sato, R.
Sato, R.
Sato, R.
Sato, R.
Sato, R.
Sato, R.
Sato, S.
Sato, S.
Sato, S.
Sato, S.
Sato, S.
Sato, S.
Sato, S.

Ehime U
Kyoto Inst of Tech
Mie U
NIMS
Kyoto UU TokyoWaseda U
Osaka City U
Kyoto U
GSAIS
Kyoto Inst of Tech
Osaka Prefecture U
Tohoku U
Kobe UPNNLU Miguel Hernandez Elche
Kindai U
Tokyo U Sci
Yamagata U
U Tokyo
U Yamanashi
Florida State U
Chitose Inst Sci TechU Tokyo
Osaka Prefecture U
Tokyo U Agri & Techkeio U
Osaka City U
Osaka City U
U Tokyo
Kobe U
Kwansei Gakuin U
Kyushu U
Tohohashi U Tech
Kyoto UTokyo U Sci
U Tokyo
Chuo U
Kobe City College of Tech
Kao Corporation
Japan Women’s U
Tohoku U
Waseda U
Kyoto U
Yamagata U
Gunma U
Setsunan U
Keio U
Kyoto UTokyo Metropolitan U
Chuo
Keio U
Tokushima Bunri U
U Yamanashi
Kyushu U
U Shizuoka
Tokyo U of Sci.
Shizuoka U
Chubu U
Chubu UTokyo Metropolitan U
AIST and Tech
Yamagata U
Iwate U
Iwate UTokyo Inst of Tech
Tokyo U Agri & Tech
Utsunomiya U
Tokyo Inst of Tech
Kyoto U
Hokkaido U
Kyushu Inst of Tech
Niigata U
Tokyo Inst of Tech
Tokyo Denki U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
MACR
ENRG
MTLS
ENVR
SCTY
ORGN
ORGN
INOR
ENRG
ENVR
ORGN
ORGN
MACR
ENVR
ORGN
ENVR
MTLS
ORGN
BIOL
ORGN
ANYL
MTLS
SCTY
ORGN
SCTY
ORGN
MACR
MTLS
BIOL
MACR
ANYL
MTLS
BIOL
PHYS
MACR
MTLS
INOR
SCTY
ANYL
ANYL
HLTH
MTLS
ENRG
MACR
MTLS
ORGN
ORGN
ENVR
ORGN
ENRG
MACR
MTLS
MACR
MACR
BIOL
INOR
INOR
MTLS
ENRG
ORGN
ENRG
ORGN
MTLS
ORGN
MTLS
MACR
ENVR
ORGN
BIOL
MACR
INOR
MACR
ORGN
MACR

1688
1314
219
1169
724
323
2532
1892
941
983
61
2472
2561
234
723
1393
334
2292
1970
488
977
1249
789
112
2475
204
2057
243
840
1072
1016
869
659
1098
272
751
1496
935
119
1195
779
326
2110
297
1236
927
904
1251
625
1902
410
1235
1487
611
673
708
420
600
308
844
1134
923
2108
2402
1207
2668
615
821
258
1301
107
1264
672
2553
498

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Sato, S.
Sato, S.
Sato, S.
Sato, S.
Sato, S.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.
Sato, T.K.
Sato, W.
Sato, Y.
Sato, Y.
Sato, Y.
Sato, Y.
Sato, Y.
Sato, Y.
Sato, Y.
Sato, Y.
Sato, Y.
Satoh, A.
Satoh, J.
Satoh, K.
Satoh, K.
Satoh, K.
Satoh, K.
Satoh, N.
Satoh, N.
Satoh, T.
Satomi, K.
Satomura, A.
Satoshi, J.
Satou, Y.
Sauceda, H.E.
Sauer, M.
Saunders, A.M.
Saunders, D.
Saunders, D.
Sautet, P.
Savary, B.
Savary, B.
Sawabe, A.
Sawada, D.
Sawada, D.
SAWADA, H.
Sawada, J.
Sawada, K.
SAWADA, M.
Sawada, N.
Sawada, T.
Sawada, T.
Sawada, T.
Sawada, T.
Sawada, Y.
Sawaguchi, K.
Sawaguchi, T.
Sawai, H.
Sawai, H.
Sawai, O.
Sawama, Y.
Sawamoto, M.
Sawamoto, M.
Sawamoto, Y.
Sawamura, M.
Sawamura, M.
Sawamura, S.
Sawanobori, K.

toyota central R&D labs
Tohoku U
Tohoku U
ARIOS Inc.
ARIOS Inc.
Utsunomiya U
Osaka U
Osaka U
Tohoku U
NIT, Tsuruoka Col
Hokkaido U
Waseda U
U Tsukuba
Sendai Nat Col Tech
Keio U
Nihon U
Niigata U
Japan Atomic Energy Agency
Kanazawa U
Saitama U
Hokkaido U
Utsunomiya U
UEC
Kyushu U
Tohoku U
Tokyo Metropolitan U
Hosei U
Hirosaki U
Okayama U
Tohoku U
Osaka Sangyo U
Nagoya U
Nagoya U
Nagoya U
NIMS
NIMS
Hokkaido U
Yokohama National U
Kyoto UCSJU Tsukuba
U Nac Autonoma Mexico
U Wuerzburg
U Oxford
U Saskatchewan
U Saskatchewan
U Lyon and CNRS
Arkansas State U
Arkansas State U
Kinki U
Hosei U
Okayama U
Agelent Tech JapanTokyo Inst of Tech
Hokkaido U
Sophia U
U Tsukuba
U tokyo
U tokyoTokyo Inst of Tech
Kagoshima U
NIT, Suzuka Col
Hokkaido U
National Inst of AIST
Kanazawa U
U HyogoU TokyoGifu Pharmaceutical U
Kyoto U
Kyoto UTokyo U Sci
Hokkaido U
Hokkaido U
Ritsumeikan U
Shanghai Inst Tech

INOR
ORGN
MTLS
MTLS
MTLS
MTLS
MACR
MTLS
ANYL
SCTY
ORGN
ORGN
ANYL
INOR
ORGN
MTLS
BIOL
INOR
INOR
BIOL
INOR
PHYS
INOR
MTLS
HLTH
ORGN
MTLS
MTLS
HLTH
INOR
PHYS
MACR
MACR
MACR
INOR
MTLS
MACR
MTLS
BIOL
ORGN
ENVR
PHYS
ORGN
BIOL
ENVR
ENVR
ENRG
ENVR
BIOL
ENVR
BIOL
ORGN
MTLS
MACR
ENRG
ANYL
ANYL
INOR
ORGN
MTLS
ORGN
ENRG
ENRG
MTLS
ENVR
BIOL
MTLS
ORGN
MACR
MACR
HLTH
ORGN
ORGN
PHYS
ANYL

1078
772
1538
304
609
309
252
400
466
318
2615
1922
325
660
246
620
706
2032
241
988
67
1575
415
2860
183
717
1413
2320
364
965
1342
33
215
1067
1384
2253
1342
1085
585
1929
281
582
1469
1361
271
507
253
843
433
681
1005
304
396
564
691
211
326
933
1417
2244
1893
229
973
28
221
314
456
2660
30
846
409
172
1690
1291
382

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–385

NAME INDEX
Sawasato, K.
Sawase, K.
Sawayama, Y.
Sayama, K.
Sayari, A.
Saykally, R.
Scaiano, J.
Scaiano, J.
Scammells, P.J.
Scanlon, M.
Scemama, A.
SCHAAF, P.
SCHAAF, P.
SCHAAF, P.
Schacher, F.H.
Schacht, J.
Schaefer, H.F.
Schaefer, J.
Schaefer, M.
Schafer, L.L.
Schafer, L.L.
Schafer, L.L.
Schäfer, M.
Schäfer, T.
Schaffer, P.
Schaffer, P.
Schanze, K.
Schanze, K.
Schaper, F.
Schapira, M.
Scharf, C.
Scharfenberg, M.
Scharff, R.J.
Schatz, G.C.
Schatz, G.C.
Schatz, G.C.
Scheck, R.
Scheeline, A.
Scheer, M.
Scheer, M.
Scheffler, M.
Scheib, U.
Scheidt, K.
Scheidt, K.
Scheidt, W.R.
Scheier, P.
Schelble, S.M.
Schelble, S.M.
Scheler, U.
Scheler, U.
Schelter, E.J.
Schenning, A.
Scherer, M.
Scherpf, T.
Schertler, G.F.
Schickinger, M.T.
Schiller, A.
Schiller, A.
Schiller, T.
Schipper, D.E.
Schiraldi, D.A.
Schirrmacher, R.
Schirrmacher, R.
Schlaf, M.
Schlaf, M.
Schlau-Cohen, G.
Schlegel, H.B.
Schlesinger, R.
Schlossman, M.L.
Schlueter, J.
Schlundt, W.
Schmalz, H.
Schmid, M.H.
Schmid, S.
Schmid, S.
Schmid, S.
Schmidt, A.
Schmidt, E.W.
Schmidt, E.W.
Schmidt, I.

386 –PRESENTERS

Iwate U
Kyoto U
Nagoya City U
AIST and TechU Ottawa
UC Berkeley
U Ottawa
U Ottawa
Monash U
Monash U
CNRS
INSERM
INSERM
INSERMFSU Jena
Victoria U, Wellington
U Georgia
Washington U
U Cologne
U British Columbia
U British Columbia
U British Columbia
U Würzburg
U Basque Country
TRIUMF
TRIUMFU Florida
U Florida
U Montreal
Structural Genomics Consortium
Helmholtz Inst Freiberg Res TechU Mainz
Los Alamos National Laboratory
Northwestern U
Northwestern U
Northwestern U
Tufts USpectroClick Inc
U Regensburg
U Regensburg
Fritz-Haber-Institut der MPG
Humboldt U zu Berlin
Northwestern U
Northwestern U
U of Notre Dame
U Innsbruck
Metropolitian State U, Denver
Metropolitian State U, Denver
Leibniz Inst Poly, Dresden
Leibniz Inst Poly, Dresden
U Pennsylvania
Eindhoven U Tech
U IowaU Wuerzburg
Paul Scherrer Inst
Ludwig-Maximilian U
Friedrich Schiller U
Friedrich Schiller U
U WarwickWilliam Marsh Rice U
Case Western Reserve U
U Alberta
U Alberta
U Guelph
U GuelphMIT
Wayne State U
Freie U Berlin
U Illinois, Chicago
National Sci Foundation
U Cologne
U Cologne
U Wisconsin-Madison
U Sydney
U Sydney
U Sydney
Technical U Munich
U UtahU UtahTech U Braunschweig

ORGN
ORGN
ORGN
ENRG
ENRG
PHYS
ORGN
PHYS
HLTH
HLTH
PHYS
MACR
MTLS
MTLS
MTLS
PHYS
PHYS
BIOL
PHYS
INOR
INOR
INOR
INOR
MACR
INOR
PHYS
INOR
MTLS
INOR
BIOL
INOR
MACR
MTLS
PHYS
PHYS
MTLS
ORGN
ANYL
INOR
INOR
ENRG
BIOL
ORGN
ORGN
INOR
PHYS
SCTY
SCTY
MACR
MTLS
INOR
MTLS
ENVR
INOR
BIOL
INOR
INOR
ORGN
MACR
INOR
MACR
HLTH
HLTH
ENRG
ENRG
BIOL
PHYS
BIOL
INOR
MTLS
ORGN
ORGN
PHYS
SCTY
SCTY
MTLS
INOR
BIOL
BIOL
ENRG

1201
2153
556
1038
1052
1905
17
939
599
84
1624
1463
445
2811
1267
575
1018
8
1697
724
866
1671
463
1352
394
966
366
12
1434
214
540
464
1049
531
1423
319
2358
562
5
1741
406
967
194
1174
1661
1909
145
150
1093
2179
39
449
440
1948
972
1472
1212
1155
1076
1543
61
240
585
153
288
50
1875
1378
802
2231
2058
2062
936
149
248
2301
160
691
1150
656

Schmidt, M.W.
Schmidt, N.
Schmidt, S.
Schmidt, S.
Schmidt, T.
Schmidt, T.
Schmidt-Rohr, K.
Schmitt, S.K.
Schmitt, T.
Schmitzer, A.R.
Schmuck, C.
Schmuttenmaer, C.
Schneider, C.
Schneider, C.
Schneider, C.
Schneider, J.P.
Schneider, P.
Schneider, R.J.
Schneider, R.J.
Schneider, R.J.
Schneider, S.
Schneider, S.
Schneider, T.L.
Schneider, W.F.
Schnyder, S.K.
Schoenberger, M.
Schoenebeck, F.
Schoffstall, A.M.
Schofield, L.R.
Scholes, G.
Schomaker, J.M.
Schon, T.B.
Schreckenbach, G.
Schreckenbach, G.
Schreiber, I.
Schreiberova, L.
Schrier, J.
Schrier, J.
Schrobilgen, G.J.
Schröder-Turk, G.E.
Schröder-Turk, G.E.
Schubert, C.
Schubert, D.M.
Schubert, D.M.
Schultz, C.
Schultz, M.
Schultz, M.
Schultz, M.
Schultz, Z.D.
Schultz, Z.D.
Schulz-Senft, M.
Schutz, S.M.
Schuurman, M.S.
Schwab, N.V.
Schwan, A.L.
Schwartz, D.
Schwartz, S.
Schwartz, S.D.
Schweizer, F.
Schweizer, F.
Schwenk, A.
Schwerdtfeger, P.
Scielzo, N.
Scott, C.N.
Scott, C.N.
Scott, D.E.
Scott, J.
Scott, L.T.
Scott, L.T.
Scott, P.J.
Scott, S.L.
Scott, S.L.
Scuderi, M.J.
Scuseria, G.
Scuseria, G.
Seabra, M.P.
Seah, S.
Seakins, P.
See, K.
See, Y.

Iowa State U
U Groningen
U Leipzig
U Leipzig
UNSW
UNSW
Brandeis U
Karlsruhe Inst Tech (KIT)Paul Scherrer Institut
U Montréal
U Duisburg-Essen
Yale
Julius-Maximilians U Wurzburg
Vanderbilt U, Med
Vanderbilt U, Med
NCI
ETH
BAM Federal Inst for Matl Res
BAM Federal Inst for Matl Res
BAM Federal Inst for Matl Res
Georg-August U Gottingen
Georg-August U Gottingen
Connecticut College
U Notre Dame
Kyoto U
Stanford
RWTH Aachen U
U Colorado Colorado Springs
AgResearch Ltd
Princeton U
U Wisconsin
U Toronto
U Manitoba
U Manitoba
U Chem & Tech, Prague
U Chem & Tech, Prague
Haverford College
Haverford College
McMaster U
Murdoch U
Murdoch U
U Waterloo
U.S. Borax, Rio Tinto
U.S. Borax, Rio Tinto
EMBL
European Molecular Bio Lab
Queensland U Tech
Queensland U Tech
U Notre Dame
U Notre Dame
Kiel UU Minnesota, Rochester
Nat Res Council, Canada
State U Campinas
U Guelph
U Colorado Boulder
Ohio State U
U Arizona
U Manitoba
U Manitoba
TU Darmstadt
Massey U
Lawrence Livermore Nat Lab
Southern Illinois U, CrabondaleSouthern Illinois U, Crabondale
U Alberta
Royal Military Col, Canada
Boston College
Boston College
U Michigan
UC Santa Barbara
UC Santa Barbara
U Missouri, St. Louis
Rice U
Rice U
U Aveiro
U Guelph
U Leeds
U Illinois, Urbana-Champaign
The Scripps Research Inst

PHYS
MTLS
ANYL
MTLS
PHYS
PHYS
MACR
MTLS
ANYL
ORGN
ORGN
ANYL
INOR
ENVR
ENVR
BIOL
HLTH
ANYL
HLTH
ENVR
INOR
INOR
BIOL
ENRG
PHYS
HLTH
PHYS
ORGN
HLTH
BIOL
ORGN
MACR
INOR
PHYS
PHYS
PHYS
MTLS
ENRG
INOR
MACR
MTLS
MTLS
INOR
ENRG
HLTH
HLTH
SCTY
SCTY
ANYL
ANYL
MTLS
ORGN
PHYS
ANYL
ORGN
PHYS
ENVR
PHYS
HLTH
BIOL
PHYS
PHYS
PHYS
ANYL
ORGN
ORGN
MTLS
ORGN
MTLS
HLTH
INOR
PHYS
BIOL
PHYS
PHYS
ENVR
BIOL
PHYS
ENRG
ORGN

64
1835
148
364
91
1727
544
425
938
161
2173
958
111
622
707
1206
213
445
669
614
885
1796
702
57
1416
493
514
768
401
1
1689
406
1139
726
1075
913
1170
659
1731
1338
93
2876
1730
523
614
618
67
306
624
947
451
1969
1012
395
1370
943
552
1829
284
1255
816
1598
971
1224
1789
1057
2595
1388
1915
276
711
352
1291
1274
1492
901
230
1479
616
449

Seferos, D.S.
Seferos, D.S.
SEGAWA, T.
Seguel, R.J.
Seh, Z.
sehrawat, R.
Seibert, K.D.
Seibert, R.L.
Seidel, D.
Seidel, R.
Seiders, J.
Seidlitz, A.
Seidu, I.
SEIKE, Y.
Seiki, N.
Seinberg, L.
Seino, H.
Seino, J.
Seino, K.
Seino, S.
Seki, A.
Seki, A.
Seki, K.
Seki, S.
Seki, T.
Seki, T.
Sekiguchi, H.
Sekiguchi, Y.
Sekimizu, K.
Sekimoto, Y.
Sekine, A.
Sekine, M.
Sekine, M.
Sekine, T.
Sekine, T.
Sekine, T.
Sekine, Y.
Sekine, Y.
Sekiya, H.
Sekiya, R.
Sekiya, R.
Seko, N.
Selegue, J.P.
Selegue, J.P.
Selent, D.
Selloni, A.
Selloni, A.
Semba, K.
Semoto, T.
Sen, D.
Sen, D.
Sen, D.
Senami, M.
Senanayake, C.
Senanayake, C.
Senanayake, C.
Senda, T.
Seneker, S.
Senesi, A.J.
Senn, F.
Senna, M.
Seno, Y.
Senoo, T.
Sens, A.
Sensui, T.
Senter, P.
Senter, P.
Seo, D.
Seo, D.
Seo, D.
Seo, J.
Seo, J.
Seo, K.
Seo, K.
Seo, M.

U Toronto
U Toronto
NIT, Tsuruoka Col
Trade & Internat Advisory (SAGU)
Stanford U
Forest Research InstEli LIlly
Illinois Inst Tech
Rutgers U
Helmholtz-Zentrum Berlin
Inception Scis
Martin Luther U, Halle-Wittenberg
U Calgary
Shimane U
Tokyo Inst of TechNat Inst Chem Phys & Bio
Akita U
Waseda U
Tokyo U Sci
U TokyoTokai U
Kagawa U
Tokushima U
Osaka U
Akita U
Hokkaido U
Tokyo Inst of Tech
Chiba Inst of Tech
U of Tokyo
Kumamoto U
Tokyo Inst of Tech
Yokohama National U
Tokyo Inst of Tech
Tokyo Inst of Tech
Osaka U
Osaka U
Hokkaido U
Japan Atomic Energy Agency
Kyushu U
Hiroshima U
Hiroshima U
Japan Atomic Energy Agency
U Kentucky
U Kentucky
Leibniz Institut Katalyse e.V.
Princeton U
Princeton U
Kobe U
Kyushu U
Simon Fraser U
Simon Fraser U
Simon Fraser U
Kyoto U
Boehringer Ingelheim Pharm
Boehringer Ingelheim Pharm
Boehringer Ingelheim Pharm
Inst Mtls Res & Eng, KEK
Anderson Development Company
Argonne National Lab
U Calgary
Keio U
Kyushu U
Kagawa U
U Hawaii at Manoa
Tokyo U Sci
Seattle Genetics
Seattle Genetics
Seoul National U
Korea Inst of Energy Research
Inha U
Myongji U
Kyungpook National U
Kochi U
Konkuk U
KAIST

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MACR
ORGN
ORGN
ENVR
MTLS
ORGN
ORGN
PHYS
ORGN
INOR
HLTH
MACR
PHYS
ENVR
ORGN
MTLS
INOR
PHYS
ENRG
MTLS
ORGN
MACR
PHYS
ORGN
HLTH
MTLS
MTLS
MTLS
ORGN
INOR
ORGN
ENVR
HLTH
MACR
MACR
ORGN
BIOL
MTLS
PHYS
MACR
MTLS
MACR
INOR
ORGN
ORGN
PHYS
ENRG
ORGN
PHYS
INOR
BIOL
BIOL
PHYS
HLTH
ORGN
ORGN
ENVR
MACR
MTLS
PHYS
ORGN
PHYS
ORGN
HLTH
PHYS
HLTH
BIOL
MACR
ENRG
ENRG
ENRG
MACR
ENVR
ENVR
MACR

263
2162
1135
237
2846
2059
1295
379
1675
1388
699
1026
1315
694
1462
922
74
450
318
2774
1536
1237
1106
1394
437
596
301
1760
43
1290
979
891
7
926
1240
894
313
790
1123
141
2558
1294
679
2155
1033
820
33
2324
1344
778
260
1144
237
693
1724
2338
933
1325
405
748
83
889
1188
400
1571
158
431
945
212
389
234
750
659
714
360

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Seo, M.
Seo, S.
Seo, S.
Seo, S.
Seo, Y.
Seo, Y.
Seo, Y.
Seo, Y.
Seppelt, K.
Sereda, G.
Sergeev, M.E.
Sergei, G.
Sergei, G.
Sergeyev, I.V.
Serov, A.
Serpe, M.J.
Serra, C.A.
Serra, C.A.
Serra, C.A.
Serrano, A.L.
Serrano, P.
SERRE, c.
Seshadri, R.
Seshadri, R.
Seshimo, M.
Seshimo, T.
Sesoko, Y.
Sessler, J.L.
Sessler, J.L.
Setaka, W.
Setiadi, A.
Seto, M.
Seto, Y.
Setsune, J.
Sevilla Martin, R.
Shafaat, H.S.
Shafaat, H.S.
Shah, R.
Shahidi, F.
Shakhashiri, B.Z.
Shakhashiri, B.Z.
Sham, T.K.
Shamash, Y.
Shanbhag, S.
Shanbhag, S.
Shang, R.
SHANG, R.
Shanmugam, S.
Shanmugam, S.
Shannon, N.
Shao, C.
Shao, F.
Shao, H.
Shao, J.
Shao, X.
Sharma, A.
Sharma, A.
Sharma, B.
Sharma, M.
Sharma, P.
Sharma, V.
Shatruk, M.
Shatruk, M.
Shaughnessy, K.H.
Shaurya, A.
Shaver, M.
Shaver, M.
Shaw, G.S.
Shaw, J.M.
Shaw, J.T.
Shaw, W.
Shaw, W.
Shawkey, M.
Shay, N.F.
Shay, N.F.

Korea Inst of Energy Research
Osaka UU TokyoUC Santa Barbara
Yonsei UTY
Seoul National U
Seoul National U
Keimyung U
Freie U
U South Dakota
UC Los Angeles
National Reaesrch Council
National Reaesrch Council
Bruker Biospin Corporation
U New Mexico
U Alberta
Institut Charles Sadron (ICS)
Institut Charles Sadron (ICS)
Institut Charles Sadron (ICS)U Wisconsin-Madiosn
U California- DavisInst Lavoisier Versailles
UC Santa Barbara
UC Santa Barbara
Waseda U
Tokyo Inst of Tech
Tosoh Corporation
U of Texas at Austin
U of Texas at Austin
Tokyo Metropolitan U
Osaka U
Chuo UNat Res Inst Police Sci
Kobe U
U Cambridge
The Ohio State U
The Ohio State U
U Ottawa
Memorial U Newfoundland
U Wisconsin
U Wisconsin
U Western Ontario
Stony Brook U
Florida State U
Florida State U
U Würzburg
U TokyoCntr Adv Macromolecular Design
U New South Wales
Okinawa Inst Sci Tech
Tongji U
Nanyang Tech U
Nanyang Tech U
Beijing Normal U
East China U Sci Tech
Malaviya Nat Inst Tech
U Manitoba
JAIST
Australian National U
Central U Punjab
Texas A&M U
Florida State U
Florida State U
U Alabama
U Victoria
U Edinburgh
U Edinburgh
U Western Ontario
U Alberta
UC Davis
Pacific Northwest National Lab
Pacific Northwest National Lab
U AkronOregon State U
Oregon State U

ENVR
491
ORGN 1943
ENRG 761
MTLS 2510
ENVR
928
MACR 674
MTLS 2036
HLTH
396
INOR 1732
MTLS 1608
HLTH
633
PHYS
277
MTLS 1151
BIOL
112
ENRG 423
MACR 220
ORGN 220
MTLS 1730
MTLS 2584
PHYS 1918
BIOL
25
INOR 1454
INOR 1527
MTLS
499
ENRG 747
MACR 690
MACR 1496
ORGN 1656
ORGN 2175
INOR
166
MTLS
239
ANYL
498
ANYL
23
ORGN
53
INOR 1925
INOR
202
PHYS
484
BIOL 1073
HLTH
247
SCTY
91
SCTY
165
PHYS
89
ANYL
883
MACR
21
MACR 1636
INOR 1130
ORGN 1005
MACR 481
MACR 1073
MTLS 1592
ORGN 2505
INOR
895
INOR
526
PHYS 2052
ORGN 1507
ENRG 399
MTLS 1262
BIOL 1099
INOR
831
PHYS 1137
ENVR
350
INOR 1522
MTLS 2501
INOR
658
ORGN 874
INOR 1228
MACR
59
ANYL
415
ANYL
60
ORGN
91
MTLS 2108
ENRG 484
MTLS
361
HLTH
431
ENVR
628

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–387

NAME INDEX
Shcherbakova, D.M.
Sheikhi, A.
Sheldrake, G.
Sheldrake, G.
Shellie, R.A.
Shellie, R.A.
Shellie, R.A.
Shen, A.
Shen, B.
Shen, C.
Shen, C.
Shen, C.
Shen, H.H.
Shen, J.
Shen, Q.
Shen, W.
Shen, Y.
Shen, Z.
Sheng, X.
Sheng, Z.
Shenvi, R.A.
Shepherd, N.D.
Sherburn, M.
Sherchan, S.P.
Sheridan, R.
Sherrill, C.D.
Sheu, W.
Shevlin, M.
Shewchuk, S.R.
Shi, A.
Shi, B.
Shi, G.
Shi, G.
Shi, H.
Shi, J.
Shi, J.
Shi, L.
Shi, L.
Shi, M.
Shi, Q.
Shi, W.
Shi, W.
Shi, X.
Shi, X.
Shi, X.
Shi, X.
Shi, X.
Shi, X.
Shi, Y.
Shi, Y.
shi, z.
Shi, Z.
Shi, Z.
Shi, Z.
Shiba, R.
Shiba, S.
Shibagaki, H.
Shibahara, F.
Shibahara, O.
Shibakawa, H.
Shibamoto, T.
Shibamoto, T.
Shibano, S.
Shibano, T.
Shibasaki, M.
Shibasaki-Kitakawa, N.
Shibata, H.
Shibata, H.
Shibata, K.
Shibata, N.
Shibata, N.
Shibata, S.
Shibata, T.
Shibata, T.
Shibata, T.
Shibata, Y.
SHIBATA, Y.
Shibatomi, K.
Shibayama, M.
Shibukawa, M.

388 –PRESENTERS

Albert Einstein College Med
McGill U
Queen’s U Belfast
Queen’s U Belfast
U Tasmania
U Tasmania
U Tasmania
Wuhan UThe Scripps Research InstU Sydney
U Sydney
U Sydney
Nat Defense Med Center, TW
Harbin Engineering U
Shanghai Inst Org Chem
Monash U
U Illinois, Urbana-Champaign
Ningbo Inst Mtls Tech & Eng
Dalian Inst Chem Phys, CASs
U alberta
The Scripps Research InstU Western Sydney
Australian National U
Cal State U, Fresno
U Nevda, Reno
Georgia Inst of Tech
Fu-Jen Catholic U
Merck & Co., Inc.
U Saskatchewan
McMaster U
Zhejiang U
Tsinghua U
Tongji U
U Hong Kong
Beijing Inst of Tech
U British Columbia
Jilin U
Nankai U
Shanghai Inst Org Chem
China U Petroleum, Beijing
Nankai U
Inst High Energy Phys
Fuzhou U
West Virginia U
Chinese Academy of Scis
Hokkaido U
Nat U Singapore
Nat U Singapore
U Calgary
U Sci Tech, China
Huazhong U Sci Tech
Peking U
Ningbo Inst Mtls Tech & Eng
Niigata U, Sci Tech
JAIST
Chiba Inst of Tech
Nagaoka Inst Tech
Gifu U
Okayama U
Nagoya U
shinnshu U
U California, Davis
Keio U
Kyoto U
Microbial Chem Res Foundation
Tohoku U
Chiba Inst of Tech
Keio U
Osaka U
Nagoya Inst of Tech
Nagoya Inst of Tech
Tokyo Metropolitan U
Waseda U
Waseda U
Mie U
Tokyo Inst of Tech
Kobe U
Tohohashi U TechU Tokyo
Saitama U

BIOL
ENVR
ENVR
ENVR
ANYL
ANYL
ENVR
ANYL
BIOL
INOR
INOR
ORGN
BIOL
ORGN
ORGN
ANYL
ENVR
MTLS
ENRG
ENVR
ORGN
INOR
ORGN
BIOL
ORGN
PHYS
PHYS
ORGN
ENVR
MACR
ORGN
MTLS
ORGN
MACR
MACR
MTLS
MTLS
MACR
ORGN
ANYL
INOR
INOR
ENVR
ORGN
MTLS
PHYS
ORGN
ORGN
ANYL
BIOL
MACR
ORGN
MTLS
MACR
BIOL
ANYL
MTLS
ORGN
HLTH
MTLS
MACR
ENVR
MTLS
ENRG
ORGN
SCTY
MTLS
ANYL
ORGN
ORGN
ORGN
INOR
ORGN
ORGN
ENRG
ORGN
ENRG
ORGN
MACR
ANYL

21
514
123
127
90
1071
453
910
1224
265
2067
1310
1057
269
1353
1237
790
377
919
832
26
911
1797
820
1068
995
873
96
214
822
2403
2007
2501
724
1393
649
1664
2
1442
58
1863
1688
338
1180
378
1530
1512
1890
922
756
603
1790
377
518
1017
751
2241
792
460
2125
586
547
71
120
2719
104
561
1175
2485
1354
2339
1097
1345
2165
979
2486
454
920
13
114

Shibuya, M.
Shibuya, M.
Shibuya, R.
Shibuya, S.
Shibuya, S.
Shibuya, Y.
Shibuya, Y.
Shichibu, Y.
Shichibu, Y.
Shichida, Y.
Shieh, M.
Shieh, P.
Shiga, T.
Shigekawa, H.
Shigekawa, Y.
Shigemori, H.
Shigenaga, M.
Shigeoka, R.
Shigeta, A.
Shigeta, Y.
Shigeta, Y.
Shigeto, S.
Shih, C.
Shih, W.
Shih, W.
Shijo, M.
Shikano, Y.
Shikata, T.
Shikinaka, K.
Shikinaka, K.
Shiku, H.
Shim, S.
shim, w.
shim, y.
Shim, Y.
Shim, Y.
Shima, F.
Shima, S.
Shima, T.
Shima, Y.
Shimabukuro, J.
Shimada, I.
Shimada, K.
Shimada, M.
Shimada, N.
Shimada, N.
Shimada, R.
Shimada, S.
Shimada, T.
Shimada, T.
Shimada, T.
Shimada, T.
Shimada, T.
Shimada, Y.
Shimada, Y.
Shimakoshi, H.
Shimakoshi, H.
Shimakoshi, H.
Shimamura, K.
Shimamura, M.
Shimamura, T.
Shimanouchi, R.
Shimanouchi, T.
Shimatani, A.
Shimazaki, Y.
Shimazaki, Y.
Shimazaki, Y.
Shimazaki, Y.
Shimazu, S.
Shimbayashi, T.
Shimizu, A.
Shimizu, A.
Shimizu, E.
Shimizu, G.
Shimizu, G.
Shimizu, H.
Shimizu, H.
Shimizu, H.
Shimizu, H.
Shimizu, K.

Kobe U
Nagoya U
Kyushu U
Yamagata U
Hokkaido U
U TokyoTohoku U
Hokkaido U
Hokkaido U
Kyoto UNat Taiwan Normal U
Stanford U
U Tsukuba
U Tsukuba
Osaka UU Tsukuba
Tohoku U
U Kitakyusyu
Yokohama National U
Hokkaido U
U Tsukuba
National Chiao Tung U
Feng Chia U
Texas A&M U
Texas A&M U
Tokyo U of Sci
Nat Inst Natural Sci
Tokyo U Agri & Tech
Tokyo U Agri & Tech
Tokyo U Agri & Tech
Tohoku U
Sungkyunkwan U
Yonsei U
Samsung Adv Inst Tech
Inha U
Inha U
Osaka UMax Planck, Terrestrail Microbio
RIKEN
Oita U
Gifu UThe U of TokyoJapan Sci Tech Agency
U TokyoTokyo Inst of Tech
Kitasato U
U TokyoNational Inst of AIST
Nagoya U
Niigata U
Hokkaido U
Tokyo Metropolitan U
Kobe UTokyo U Sci
Yokohama City U
Kyushu U
Kyushu U
Kyushu UNIMSTokyo U of Sci
Sophia U
Kochi U
Okayama U
Keio U
Rikkyo U
Ibaraki U
Ibaraki U
Waseda U
Chiba U
Kobe U
Kobe U
Osaka City U
Iwate UU Calgary
U Calgary
Inagawa Inst Tech
National Inst of AIST
National Inst of AISTU Tokyo
Tottori U

MACR
ORGN
ORGN
ORGN
INOR
ORGN
MTLS
INOR
PHYS
BIOL
INOR
BIOL
INOR
PHYS
INOR
ORGN
ORGN
MACR
BIOL
INOR
PHYS
PHYS
ANYL
INOR
INOR
PHYS
MTLS
MACR
MACR
MTLS
BIOL
ORGN
MTLS
MTLS
MTLS
MTLS
MTLS
ENVR
INOR
MACR
ORGN
BIOL
SCTY
INOR
MTLS
ORGN
ANYL
INOR
ANYL
MTLS
MTLS
MTLS
ORGN
PHYS
ENVR
HLTH
INOR
ORGN
MTLS
SCTY
INOR
MTLS
BIOL
MTLS
ANYL
INOR
INOR
MACR
ENRG
INOR
ORGN
MTLS
ORGN
INOR
INOR
MACR
MTLS
ENRG
ANYL
MACR

1225
2208
387
1971
454
980
915
928
189
1195
1363
833
810
631
1813
2060
1217
452
355
1088
1141
209
794
344
632
1580
217
133
578
96
1100
2603
977
1150
1332
1334
1273
929
1802
1497
2622
372
94
474
87
521
943
1362
824
2403
2669
2388
2272
1957
260
119
77
1160
2817
326
1643
1485
1364
714
745
1073
1536
509
938
655
1439
590
2061
87
1981
1105
59
681
190
1663

Shimizu, K.
Shimizu, K.
Shimizu, K.
SHIMIZU, K.
Shimizu, K.D.
Shimizu, K.D.
Shimizu, L.S.
Shimizu, L.S.
Shimizu, M.
Shimizu, M.
Shimizu, M.
Shimizu, N.
Shimizu, T.
Shimizu, T.
shimizu, y.
Shimizu, Y.
Shimizu, Y.
Shimizu, Y.
Shimizu, Y.
Shimo, M.
Shimoda, N.
Shimoda, N.
Shimoda, S.
Shimoda, T.
Shimodaira, S.
Shimodaira, T.
Shimodo, T.
Shimogawa, H.
Shimogawa, R.
Shimojima, A.
Shimokawa, C.
Shimokawa, J.
Shimokawa, K.
Shimokawa, M.
Shimokawa, S.
Shimokawa, Y.
shimomura, k.
Shimomura, K.
Shimomura, O.
Shimomura, S.
Shimotani, K.
Shimoyama, D.
Shimoyama, M.
Shimura, H.
Shimura, R.
Shin, B.C.
Shin, G.
Shin, G.
Shin, G.
Shin, H.
Shin, H.
Shin, H.
Shin, H.
SHIN, H.
Shin, I.
Shin, J.
Shin, J.
Shin, J.
Shin, J.
Shin, J.
Shin, K.
Shin, N.
Shin, S.
Shin, S.
Shin, S.
Shin, S.
Shin, S.
Shin, S.
Shin, W.
Shinada, T.
Shinada, Y.
Shinagawa, C.
Shinbo, K.
Shindo, M.
Shindo, M.

Osaka City U
Shinshu U
Tokyo U Agri & Tech
Osaka U
U South Carolina
U South Carolina
U South Carolina
U South Carolina
Mie U
Fukui U Tecnology
Tokyo Inst of Tech
Agelent Tech JapanTokyo Inst of Tech
Otsuka Chemical Co., Ltd.
Kyushu U
Nagoya U
Nagoya U
AIST and TechAIST and Tech
Tokyo U Agri & Tech
Seikei U
Tokyo U Sci
Kyushu U
Meisei U
Tokai U
Kanagawa U
Tokyo U Sci
Kyoto UTokyo Inst of Tech
Waseda U
Hiroshima U
Nagoya U
Saitama U
Fukuoka Inst of Tech
Tokushima U
Saitama U
KEK
Nagoya U
Osaka Inst of Tech
Kyushu U
Kinki U
Hiroshima U
Tokyo U Sci
Toray Industries, Inc.
JAIST
Korea Res Inst Chem Tech
Ajou U
Korea Inst Ind Tech
Korea Inst Ind Tech
Hanyang U
Sogang U
Samsung Welstory
McMurry U
JAISTSoongsil
Hanyang U
KAIST
Nagoya U
U Toronto
Kyoto U
Soongsil U
Seoul National U
Yonsei U
Korea Inst Ind Tech
Hanyang U
POSTECH
sungkyunkwan U
Seoul National U
Kangwon National U
Osaka City U
Kansai U
U TokyoNiigata U
Kyushu U
Kyushu U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
MTLS
BIOL
ORGN
INOR
PHYS
ORGN
ORGN
ORGN
ENVR
ANYL
MTLS
MTLS
MACR
ORGN
MTLS
MTLS
MTLS
MTLS
SCTY
MTLS
MACR
INOR
BIOL
BIOL
INOR
PHYS
INOR
INOR
ENRG
ORGN
ORGN
MACR
PHYS
ORGN
HLTH
PHYS
MACR
INOR
MACR
BIOL
MTLS
MTLS
MTLS
BIOL
BIOL
ENVR
MACR
ORGN
MTLS
ORGN
BIOL
ORGN
MTLS
ANYL
MTLS
MACR
MTLS
BIOL
ENRG
PHYS
ORGN
ORGN
MACR
ORGN
PHYS
ORGN
MACR
ORGN
ORGN
INOR
ENRG
ANYL
ORGN
ORGN

1512
1347
1101
1933
220
996
115
1411
9
801
197
396
2719
1075
506
1590
2670
2278
2312
207
1139
1269
1839
584
984
745
662
464
1640
676
1514
239
1514
1086
493
317
370
655
1928
930
875
1855
2671
1459
1102
828
22
312
412
1755
298
892
2465
2672
265
1467
895
775
1390
982
852
432
1319
463
35
1842
2596
446
520
40
406
557
838
108
2438

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Shinkai, S.
Shinkai, T.
Shinmen, K.
Shinoda, R.
Shinohara, A.
SHINOHARA, H.
Shinohara, M.
Shinohara, N.
Shinohara, R.
Shinomiya, N.
Shinozaki, R.
SHINSHO, K.
SHINSHO, K.
SHINTANI, K.
Shin-ya, K.
Shiobara, R.
Shioi, T.
Shioiri, T.
Shiomi, N.
Shiomi, Y.
Shionari, H.
Shionoya, M.
Shionoya, M.
Shiota, M.
Shiota, Y.
Shiotsuka, M.
Shioya, Y.
Shiozaki, D.
Shipley, H.J.
Shipley, P.R.
Shirahase, M.
Shirahata, N.
Shirai, H.
Shirai, H.
Shirai, M.
Shirai, T.
Shiraishi, A.
Shiraishi, A.
Shiraishi, N.
Shiraishi, T.
Shiraishi, Y.
SHIRAIWA, Y.
Shirako, Y.
Shirane, M.
Shirasaki, Y.
Shiratori, A.
Shiratori, S.
Shiro, Y.
Shiro, Y.
SHIRONITA, S.
Shirts, R.B.
Shirts, R.B.
Shishido, A.
Shishido, A.
Shishido, R.
Shishido, T.
SHISHIDO, T.
Shitanda, I.
SHITASHIMA, Y.
Shito, K.
Shizu, K.
Shlaifer, I.
Shlomo, S.
Shlomo, S.
Shmakov, S.
Shoda, T.
Shofolahan, A.M.
Shoji, A.
Shoji, H.
Shoji, H.
Shoji, M.
Shoji, M.
Shoji, O.
Shokri, A.
Sholl, D.

Hiroshima U
U TokyoWaseda U
Tokyo U Marine Sci Tech
Osaka U
U Toyama
Tokyo U Sci
Kyoto U
Chuo UJapan Women’s U
Tokai UTokyo Metropolitan U
Tokyo Metropolitan U
Kobe U
National Inst of AIST
Meiji U
Tokai U
Nagoya City U
Nagaoka Inst Tech
Tottori U
Tokyo Metropolitan U
U Tokyo
U TokyoTokyo U Agri & Tech, Japan
Kyshu U
Nagoya Inst of Tech
Tokyo U Sci
Osaka UU Texas, San Antonio
U British Columbia
Kobe Women’s U
NIMS
Saitama U
okayama U
Iwate U
Nagoya Inst of Tech
Kyushu Inst of Tech
Kyushu Inst of Tech
Tokyo Inst of Tech
Tokyo U, Med & Dental
Osaka UU Tsukuba
Nagoya U
Yamaguchi U
U TokyoKanagawa U
Keio UU HyogoU Hyogo
Nagoaka U Tech
Brigham Young U
Brigham Young U
Tokyo Inst of Tech
Tokyo Inst of Tech
Tohoku U
Tokyo Metropolitan U
Rikkyo U
Tokyo U Sci
Waseda U
Yamagata U
Kyushu U
Concordia U
Texas A&M U
Texas A&M U
U Connecticut
Nat Inst Health Sci
Defako Makgatho Health Sci U
TOKYO U Sci
HOSEI U
Kanazawa U
Morinaga Inst Biol Sci
KEIO U
Nagoya U
U New S Wales, Sydney
Georgia Inst of Tech

BIOL
MTLS
ENVR
ANYL
INOR
BIOL
MTLS
ENRG
INOR
ENVR
BIOL
MTLS
MTLS
MACR
BIOL
ENVR
ORGN
ORGN
ORGN
BIOL
ORGN
INOR
ORGN
ANYL
PHYS
INOR
INOR
ORGN
ENVR
SCTY
BIOL
MTLS
MACR
ORGN
ENRG
MTLS
ENRG
ENRG
ORGN
ANYL
ENRG
ENRG
INOR
ORGN
ORGN
ORGN
MTLS
INOR
BIOL
PHYS
PHYS
PHYS
MACR
MTLS
PHYS
ENRG
ORGN
ANYL
BIOL
MTLS
MTLS
BIOL
PHYS
PHYS
MTLS
HLTH
ENVR
MTLS
ENVR
MACR
ANYL
ORGN
INOR
ENVR
MTLS

1355
638
695
718
274
791
855
845
1115
684
992
1278
2161
1055
1223
488
454
2443
2273
1026
1910
341
1144
1020
1320
1092
695
912
250
10
814
2749
170
703
867
1481
680
799
1289
1150
401
909
1984
472
1837
2236
100
1658
154
2040
150
2089
1658
453
880
1021
2665
774
133
937
2673
582
1236
1316
2180
666
188
1295
212
1217
1127
1275
871
207
154

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–389

NAME INDEX
Sholl, D.
Shon, Y.
Shon, Y.
Shono, C.
Shoshani, M.M.
Shoshani, M.M.
Showalter, K.
Shree, M.V.
Shrotri, A.
Shu, Y.
Shu, Y.
Shuai, D.
Shuai, D.
Shuai, Z.
Shuai, Z.
Shubina, E.
Shuh, D.K.
Shukla, D.
Shuku, Y.
Shultz, G.V.
Shum, H.
Shumaker-Parry, J.S.
Shuttleworth, T.A.
Shvartsburg, A.
Si, D.
Si, J.
Siangproh, W.
Sibert, E.L.
Sibert, E.L.
Sibert, J.
Sibert, J.
Sibi, M.P.
Sibi, M.P.
SIBILLE, R.
SIBILLE, R.
Siddiqui, N.
Sidhu, S.S.
Sidhwani, I.
Siegel, J.
Siegel, J.
Siegel, J.
Siegel, R.A.
Siepmann, J.I.
Siepmann, J.I.
Sievers, C.
Sievers, C.
Sievers, C.
Sigel, R.K.
Signorell, R.
Silva Valverde, M.F.
SILVA, A.R.
Silverman, R.B.
Silverman, S.K.
Silverstein, H.
Silvius, J.R.
Sim, E.
Sim, J.
Sim, J.
Sim, S.
Simard, B.
Simard, B.
Simenas, M.
Simke, L.R.
Simmonds, H.R.
Simon, M.
SIMONATO, J.
Simons, J.R.
Simpson, G.
Simpson, G.J.
Simpson, G.J.
Simpson, G.J.
Sin, S.
Sina, A.
Sinelnikov, R.
Singer, R.D.
Singh, A.
Singh, A.
Singh, A.P.
singh, H.
singh, j.

390 –PRESENTERS

Georgia Inst of Tech
Cal State U, Long Beach
Cal State U, Long BeachTokyo U Agri & TechU Windsor
U Windsor
West Virginia U
U British Columbia
Hokkaido U
Nat Koohsiung Normal U, TW
Nat Kaohsiung Normal U
George Washington U
George Washington U
Tsinghua U
Tsinghua U
AN Nesmeyanov Inst Organo Comp.
Lawrence Berkeley Nat Lab
Eastman Kodak Company
Nagoya U
U Michigan
U Hong Kong
U UtahU Bristol
Wichita State U
U Hawaii at Manoa
Fudan U
Srinakharinwirot U
U Wisconsin
U Wisconsin-Madison
U Texas, Dallas
U Texas, Dallas
North Dakota State U
North Dakota State U
Paul Scherrer Institut
Paul Scherrer Institut
Indian Inst Tech, Kharagpur
U Toronto
U Delhi, Gargi Col
Tianjin U
Tianjin U
Tianjin U
U Minnesota
U Minnesota
U Minnesota
Georgia Inst of Technolog
Georgia Inst of Technolog
Georgia Inst of Technolog
U Zurich
ETH Zurich
Tech U Braunschweig
UNICAMP
Northwestern U
U Illinois, Urbana-Champaign
U Manitoba
McGill U
Yonsei U
Seoul National U
Sungkyunkwan U
U Tokyo
Nat Res Council, Canada
Nat Res Council, Canada
Vilnius U
The Scripps Research InstU Cambridge
CNRS & UPMC
CEA
Kyoto UPurduePurduePurduePurdueKyonggi U
U Queensland
U Alberta
Saint Mary’s U
U Delaware
Po Leung Kuk Ngan Pol Ling Col
St Jude Children’s Res Hosp
Saitama U
JAIST

MTLS
ORGN
MTLS
ENRG
INOR
INOR
PHYS
INOR
ENRG
ENVR
ENVR
ENVR
ENVR
PHYS
MTLS
INOR
INOR
ORGN
INOR
SCTY
ORGN
MTLS
INOR
ANYL
ENRG
MACR
MTLS
PHYS
PHYS
SCTY
INOR
ORGN
ORGN
MTLS
MTLS
ANYL
ORGN
SCTY
HLTH
ORGN
ORGN
MACR
PHYS
MTLS
INOR
ENRG
ENRG
BIOL
PHYS
INOR
ORGN
HLTH
BIOL
MTLS
MTLS
PHYS
ORGN
ORGN
MTLS
INOR
MTLS
INOR
ORGN
ENRG
ANYL
MTLS
BIOL
PHYS
ANYL
ANYL
PHYS
ORGN
MTLS
MTLS
SCTY
BIOL
ANYL
HLTH
PHYS
MACR

505
284
1176
996
630
1642
1420
1306
809
3
216
10
67
1823
1250
1550
1133
1499
994
185
14
317
237
91
499
1012
190
284
2084
158
224
1444
2693
805
1100
755
2363
167
700
2369
2434
996
1004
220
195
38
1020
1208
405
112
1340
498
1140
1260
1792
1751
1236
2214
1765
2006
2805
1847
537
733
1114
1167
145
219
906
934
456
1042
268
1907
364
1419
389
211
919
90

singh, j.
Singh, M.S.
Singh, N.
Singh, P.C.
Singh, R.
Singh, R.
Singh, R.
Singh, S.
Singh, U.P.
Siraki, A.
Sirkecioglu, A.
Sissa, C.
Sissa, C.
Sitanurak, J.
Sitanurak, J.
Sittel, I.
Siu, C.A.
Siu, K.
Sizeland, K.
Skalski, T.
Skene, W.
Skillinghaug, B.
Skinner, J.
Skjelbred, K.M.
Skoneczny, D.
Skoneczny, D.
Skoneczny, D.
Skrabalak, S.E.
Skrabalak, S.E.
Skropeta, D.
Sleebs, B.E.
Sleiman, H.
Sleiman, H.
Slenczka, A.
Sligar, S.G.
Slipchenko, L.
Slipchenko, L.
Sliwa, M.
Slootweg, J.
Slowing, I.I.
Slowing, I.I.
Smaill, J.
Smaldone, R.A.
Smirnov, A.
Smirnov, V.V.
Smirnova, O.
Smirnova, T.
Smirnova, T.
Smith, A.
Smith, A.
Smith, A.F.
Smith, A.M.
Smith, A.M.
Smith, B.
Smith, C.A.
Smith, D.M.
Smith, D.M.
Smith, E.A.
Smith, E.J.
Smith, E.J.
Smith, I.
Smith, III, A.B.
Smith, J.C.
Smith, J.D.
Smith, J.M.
Smith, K.E.
Smith, K.M.
Smith, M.
Smith, M.
Smith, M.
Smith, M.A.
smith, n.
Smith, N.A.
Smith, P.A.
Smith, P.B.
Smith, S.
Smith, S.O.
Smith, T.E.
Smith, W.
Smith, W.

JAIST
JAIST
U UlsanIndian Assoc Cultivation Sci
U British Columbia
National Chiao Tung U
CSIR-Indian Inst Petroleum
Sandia National Laboratories
Sam Higginbottom Inst, AgriU Alberta
Istanbul Technical U
U degli Studi di Parma
U degli Studi di ParmaFirstlabs
Firstlabs
U Bristol
City U Hong Kong
U Windsor
Massey U
Simon Fraser U
U de Montreal
Uppsala U
U Wisconsin
NTNU
Charles Sturt U
Charles Sturt U
Charles Sturt U
Indiana U
Indiana U
U Wollongong
Walter and Eliza Hall Inst
McGill U
McGill U
U Regensburg
U Illinois
Purdue U
Purdue U
LASIR / CNRSVU U Amsterdam
US DOE Ames Laboratory
US DOE Ames Laboratory
U Auckland
U Texas, Dallas
North Carolina State U
U Montana
Max-Born InstNorth Carolina State U
North Carolina State U
FAU Erlangen Nuernberg
FAU Erlangen Nuernberg
NAVSEA, Crane
Georgia Inst of Tech
U Pittsburgh
U Notre Dame
Queen’s U
Ruder Boskovic Inst
Ruder Boskovic Inst
Iowa State U
U New England
U New England
Monash U
U Pennsylvania
Carleton U
U Calgary
U Oklahoma
U Auckland
U British Columbia, Okanagan
Georgia Inst of Tech
Georgia Inst of TechMichigan State U
U Houston
U Western Australia
U Michigan
U Notre Dame
Michigan Molecular InstS Dakot Sch Mines & Tech
Stony Brook U
Williams College
Delft U Tech
Delft U Tech

MACR
MTLS
INOR
PHYS
ENVR
MACR
ENRG
MACR
HLTH
INOR
MTLS
PHYS
PHYS
ANYL
ANYL
BIOL
PHYS
PHYS
MTLS
ENRG
MACR
ORGN
PHYS
PHYS
HLTH
ENVR
ENVR
MTLS
MTLS
BIOL
HLTH
MACR
BIOL
PHYS
BIOL
PHYS
PHYS
MTLS
INOR
PHYS
ENRG
HLTH
MTLS
MTLS
INOR
PHYS
PHYS
MTLS
PHYS
PHYS
ANYL
SCTY
MTLS
ORGN
INOR
PHYS
BIOL
BIOL
SCTY
PHYS
BIOL
ORGN
ANYL
INOR
INOR
ANYL
INOR
SCTY
MTLS
INOR
BIOL
MTLS
PHYS
INOR
MACR
PHYS
BIOL
ORGN
ENRG
ENRG

322
2143
1835
2098
931
1675
1011
67
390
1116
162
467
1278
541
1172
633
1699
1692
1759
228
1567
2156
1733
38
457
33
228
1186
2449
1259
602
1121
685
1806
32
570
1246
1874
25
198
808
262
639
1977
443
129
552
1981
1610
1908
626
81
557
1746
670
1021
332
1253
143
1379
901
2178
963
1655
626
1108
1533
84
1632
343
82
675
1468
1449
1063
225
1192
1803
168
1042

Smucker, B.W.
Smyth, H.E.
Sneddon, D.
Sneddon, J.
Sneddon, J.
Snelling, R.
Snurr, R.Q.
Snurr, R.Q.
Snyder, J.
Snyder, S.A.
Soai, K.
Soares, J.B.
SOBANSKA, S.
Sobotka, L.G.
Sobral-Filho, R.G.
Sobue, Y.
Sode, K.
Sodeoka, M.
Sodeoka, M.
Soderholm, L.
Soderholm, L.
Soderstrom, M.D.
Soejima, T.
Soelberg, S.D.
Soeta, T.
Sofianos, M.
Soga, K.
Soga, K.
Sogabe, D.
Sogawa, H.
SOGAWA, R.
Soh, H.T.
Sohn, B.
Sohn, H.
Sohn, J.
Sohn, J.
SOHTOME, Y.
Solano-Domı́nguez, A.
Soldera, A.
Soliman, A.I.
Solis Marcano, N.E.
Soller, B.S.
Solomon, E.I.
Solomon, E.I.
Solomon, E.I.
Solomon, K.R.
Solomon, M.
Soltannia, B.
Soma, D.
Someya, H.
Somiya, A.
Sommer, J.
Sommer, J.
Son, A.
Son, H.
Son, H.
Son, H.
Son, H.
Son, S.
Son, T.
Son, Y.
Son, Y.
Sonal, ..
Sonawane, S.H.
Sone, Y.
Song, A.
Song, B.
Song, C.
Song, D.
Song, h.
Song, H.
Song, H.
Song, J.
Song, J.
Song, J.

Austin College
U Queensland
Griffith U
McNeese State U
McNeese State U
UC Santa Cruz
Northwestern U
Northwestern U
Northwestern U
The Scripps Research Inst
Tokyo U Sci
U Alberta
U Lille 1
Washington U
U Victoria
Waseda U
Tokyo U Agri & Tech
RIKEN
RIKEN
Argonne National Laboratory
Argonne National Laboratory
Cytec Industries
Nagoya U
U Washington
Kanazawa U
Curtin U
Tokyo U of Sci
Tokyo U of Sci
Tokai UTokyo Inst of Tech
Kobe U
Stanford U
Seoul National U
Chosun U
Chungnam National U
Kookmin U
RIKEN
U Nacional Autonoma Mexico
U de Sherbrooke
Kobe UU Puerto Rico
Technische U München
Stanford U
Stanford U
Stanford U
Centre for Toxicology
U Sydney
U Alberta
Kanagawa U
Tokyo U Sci
Shizuoka U
Leibniz Inst Poly, Dresden
Leibniz Inst Poly, Dresden
Kyoto U
KIST
Korea U
Korea U
Korea U
Sunchon U
Gyeongsang National U
Chungnam National U
Kumoh Nat Inst Tech
Indian Inst of Tech
NIT, Warangel Col
Kitasato U
Samsung Welstory Inc
Soochow U
Sungkyunkwan U
Yonsei U
Dongguuk U
kyunghee U
Gyeongsang National U
Kyung Hee U
Seoul National U
U Michigan-Flint

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

INOR
ENVR
ORGN
ENVR
ENVR
ORGN
INOR
MTLS
MTLS
ORGN
ORGN
MACR
PHYS
PHYS
ANYL
INOR
ANYL
ORGN
ORGN
INOR
MTLS
INOR
MACR
ANYL
ORGN
ENRG
MTLS
MTLS
MTLS
MACR
ENRG
ANYL
MACR
MACR
ORGN
MTLS
BIOL
MTLS
MACR
ORGN
ANYL
INOR
INOR
INOR
INOR
ENVR
INOR
PHYS
MTLS
ORGN
INOR
MACR
MACR
HLTH
MACR
INOR
INOR
ENRG
ORGN
MTLS
MTLS
MTLS
ENRG
MTLS
ENVR
ENVR
MACR
MACR
PHYS
ANYL
MTLS
ENRG
PHYS
BIOL
PHYS

1588
456
1304
234
920
104
1973
1039
2250
149
641
1478
1501
1233
314
1336
1017
42
1472
1344
2200
537
659
1155
497
718
2286
2784
724
269
437
105
1248
1545
782
2399
121
2318
106
1556
901
553
70
259
1786
101
1854
1261
1479
2625
597
1010
1113
507
175
1465
1727
179
2661
1442
2352
53
130
178
819
182
864
718
727
528
618
210
579
826
1932

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Song, J.
Song, J.
Song, M.
Song, M.
Song, Q.
Song, Q.
Song, Q.
SONG, Q.
Song, S.
Song, S.
Song, S.
Song, W.
Song, Y.
SONG, Y.
SONG, Z.
Sono, K.
Sonoda, K.
Sonoda, T.
Sonoda, Y.
Soontornchaiyakul, W.
Soorkia, S.
Soos, T.
Soper, J.D.
Soper, S.A.
Soper, S.A.
Soper, S.A.
Sorasaenee, K.
Sorasaenee, K.
Sorasaenee, K.
Sorella, S.
Sorensen, E.J.
Sorger, J.
Soriano-Lopez, J.
Sorihashi, S.
Sorihashi, S.
Sorli, J.B.
Sotoike, R.
Sou, Y.
SOUMA, Y.
Sousa, A.
Southam, D.
Southam, D.
Sowers, E.
Sowlati-Hashjin, S.
Sowley, H.
Sozzani, P.
Sozzani, P.
Špánik, I.
Špánik, I.
Špánik, I.
Spare, L.K.
Speelman, A.L.
Spence, D.
Speri, E.
Spiccia, L.
Spicer, J.
Spiciarich, D.
Spiess, H.W.
Spillebout, F.
Spillebout, F.
Spontak, R.J.
Spooner, J.A.
Spreckelmeyer, S.
Springsteen, G.
Spudich, J.L.
Squire, C.
Squire, C.
Srinivas, K.
Sriramulu, D.
Srisupap, N.
Srivastava, S.C.
Sroga, G.E.
Stace, S.
Stachowiak, J.
Stack, A.

U Michigan-Flint
RIKEN AICSSouth China U Tech
Beijing U, Posts & Telecom
Hainan U,China
China Pharmaceutical U
Huaqiao U
Kyoto U
Chung-Ang U
Kyoto U
Chinese Academy of Scis
Fudan U
Sungkyunkwan U (SKKU)State Key Lab Chem Res Eng
Hokkaido U
Niigata U
U TokyoYokohama National U
National Inst of AIST
Shimane U
CNRS_U Paris Sud
Hungarian Academy of Scis
Georgia Inst of Tech
U North Carolina
U North Carolina
U North Carolina
U Southern California, Children’s
U Southern California, Children’s
U Southern California, Children’s
SISSA
Princeton U
Intuitive Surgical, Inc
ICIQ (ICIQ)
Wakayama U
Wakayama U
Nat Res Cntr Working Envir
Yokohama National U
Tokyo U Sci
KOBE U
USDA
Curtin U
Curtin U
Spring Arbor U
U Lethbridge
Imperial College London
U Milano Bicocca
U Milano Bicocca
Fac Chem & Food Tech
Fac Chem & Food Tech
Fac Chem & Food Tech
U Western Sydney
U Michigan, Ann Arbor
Michigan State U
U Notre Dame
Monash U
U Auckland
UC Berkeley
Max Planck, Solid State Res
Nat Inst Nanotech
Nat Inst Nanotech
North Carolina State U
Simon Fraser U
U Groningen
Furman U
U Texas Health Sci Cntr
U Hawaii at Manoa
U Auckland
Wasington State U, Tri-cities
Nat U Singapore
Tokyo Metropolitan U
Brookhaven National Laboratory
Rensselaer Polytechnic InstU New England
U Texas at Austin
Oak Ridge National Laboratory

ENRG 924
MTLS
271
MACR 462
MTLS
568
ENVR
669
ANYL
799
ORGN 674
ANYL 1137
INOR 1323
MTLS 1071
MTLS 1782
ENVR
417
MTLS 1155
MTLS 2772
INOR 1195
MACR 652
PHYS
556
MTLS 1526
PHYS 1011
MTLS 1357
PHYS
255
INOR
304
INOR 1537
ANYL
45
ANYL
183
BIOL
950
HLTH
508
INOR 1142
MTLS 1934
PHYS 1628
HLTH
631
HLTH
571
MTLS 2064
INOR 1321
MTLS 1665
PHYS 1472
SCTY
233
MTLS
841
SCTY
78
ENVR
289
SCTY
178
SCTY
201
ORGN 552
PHYS
692
PHYS
664
ORGN 1715
MTLS 1000
ANYL 1205
ANYL 1209
SCTY
115
HLTH
26
INOR 1496
ANYL
187
HLTH
154
INOR
315
ORGN 2670
BIOL
405
MACR 417
ANYL
57
PHYS 1201
MACR 217
PHYS
728
BIOL
827
BIOL
42
BIOL
969
ORGN 733
HLTH
9MACR 400
MTLS
872
INOR
706
HLTH
193
BIOL
634
MACR 1077
MTLS 1794
ENVR
446

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–391

NAME INDEX
Stack, T.P.
Stahelin, R.V.
Stähler, J.
Stähler, J.
Stair, P.C.
Stalke, D.
Stamatatos, T.
STAMBOULI, M.
Stamenkovic, V.
Stamm Masias, K.
Stanley, L.M.
Stanley, L.M.
Stanton, J.F.
Stanton, J.F.
Stapleton, H.
Stapleton, H.
Stasch, A.
Stathopulos, P.B.
Stauch, T.
Stavila, V.
Staykov, A.
Stayton, P.
Stayton, P.
Stearns, B.
Steenbergen, K.G.
Stefan, m.C.
Stein, J.E.
Steinberg, K.M.
Steinbock, O.
Steinhaus, M.
Steinmetz, N.F.
Steinmetz, N.F.
Stemmle, L.
Stephan, C.
Stephan, D.
Stephan, D.
Stephan, H.
Stephan, H.
Stephenson, C.
Stephenson, C.
Stephenson, J.D.
Stergiou, A.
Stessman, N.T.
Stetson, N.T.
Stevens, G.
Stevens, M.
Stevenson, K.A.
Stevenson, K.J.
Stevenson, K.J.
Stevenson, N.R.
Stevenson, S.
Stewart, C.D.
Stich, I.
Stickney, J.L.
Stiegman, A.E.
Stiegman, A.E.
Stiegman, A.E.
Stienkemeier, F.
Stienkemeier, F.
Stillman, M.
Stillman, M.
Stillman, M.
Stimpson, S.
Stingelin, N.
Stipanovic, A.
St-Jean, F.
Stobbe, B.C.
Stock, C.
Stockdill, J.L.
Stoddart, J.F.
Stoddart, J.F.
Stoddart, J.F.
Stoehr, M.
Stokes, N.
Stolar, M.
Stone, N.
Storr, T.
Storr, T.
Storti, G.
Storti, G.

392–PRESENTERS

Stanford U
Indiana U Med, South Bend
Fritz Haber Inst Max Planck Soc
Fritz Haber Inst Max Planck Soc
Northwestern U
Georg-August U
Brock U
Ecole Centrale Paris
Argonne National Laboratory
Toyota Eng & Motor Manufacturing
Iowa State U
Iowa State U
U Texas at Austin
U Texas at Austin
Duke U
Duke U
Monash U
U Western Ontario
U Heidelberg
Sandia National Laboratories
Kyushy U
U Washington
U Washington
Inception Scis
Massey U
U Texas at Dallas
U Cologne
U Alabama, Huntsville
Florida State U
German Res Center Food Chem
Case Western Reserve U
Case Western Reserve U
Research Square
PerkinElmer
U Toronto
U Toronto
Helmholtz Zentrum Dresden Ross
Helmholtz Zentrum Dresden Ross
U Michigan
U Michigan
NASA Ames Research Center
Fairfield Medical Center
Cal State U, Stanislaus
U.S. Department of Energy
U Melbourne
Sandia National LabsU Alberta
U Texas, Austin
U Texas, Austin
R-NAV, LLC
Purdue U Ft. Wyane (IPFW)U Alabama, Huntsville
Slovak Academy Sci
U Georgia
Florida State U
Florida State U
Florida State U
U Freiburg
U Freiburg
U Western Ontario
U Western Ontario
U Western Ontario
U Sheffield
Imperial College London
State U New YorkGenentech
U Oklahoma
U Edinburgh
Wayne State U
Northwestern U
Northwestern U
Northwestern U
U Groningen
Redx Pharma
U Calgary
U Exeter
Simon Fraser U
Simon Fraser U
ETH Zurich
ETH Zurich

INOR
BIOL
INOR
PHYS
ENRG
ORGN
INOR
INOR
PHYS
ENRG
ORGN
ORGN
PHYS
PHYS
ENVR
ENVR
INOR
BIOL
ORGN
ENRG
PHYS
HLTH
MTLS
SCTY
PHYS
MTLS
ORGN
ORGN
PHYS
ENVR
HLTH
HLTH
SCTY
ENVR
INOR
INOR
HLTH
HLTH
ORGN
ORGN
BIOL
HLTH
ORGN
ENRG
INOR
PHYS
ANYL
ANYL
ANYL
HLTH
ORGN
ORGN
PHYS
PHYS
INOR
MTLS
ENRG
PHYS
PHYS
INOR
INOR
BIOL
INOR
MTLS
ENRG
ORGN
INOR
MTLS
ORGN
ORGN
ORGN
MTLS
MTLS
HLTH
INOR
ANYL
INOR
INOR
MACR
MTLS

256
1250
859
797
37
1494
543
192
1813
62
796
1684
50
1726
536
851
2042
1064
299
527
1220
69
2512
311
322
1270
2062
2053
1413
358
203
499
61
591
19
2019
197
423
344
675
329
518
2063
424
96
1657
1079
241
900
194
1075
431
1768
1557
865
55
620
777
1810
271
1123
1231
1045
528
78
426
557
2866
27
240
1721
77
2833
242
486
865
159
1997
1604
578

Stout, J.
Stoyanov, S.
Stoyanov, S.
Stoyanov, S.
Stoyer, M.A.
Straatsma, T.
Straney, P.J.
Strasser, P.
Strasser, P.
Stratz, S.A.
Straus, S.K.
Street, I.
Streubel, R.K.
Strickland, C.
Strickland, C.
Strittmatter, N.
Strongin, R.
Stryker, J.M.
Stryker, J.M.
Stuart, R.B.
Stubbs, J.M.
Stuchebrukhov, A.A.
Stuchebrukhov, A.A.
Stuehr, D.
Stuehr, D.
Stupp, S.
Stupp, S.
Stupp, S.
Stylianou, K.C.
Stynes, D.V.
Su, B.
Su, C.
Su, F.
SU, H.
Su, J.
Su, L.
Su, Q.
Su, T.
Su, W.
Su, W.
Su, X.
Su, Z.
Such, G.K.
Suchaneck, G.
Sucheck, S.
Suda, M.
Suda, R.
Sudesh, K.
Sudo, K.
Sudo, S.
Sudo, Y.
Sue, S.
Suehara, S.
Sueki, K.
Suekuni, S.
Suematsu, N.J.
Suenaga, K.
Suenaga, Y.
Sueoka, T.
Sueto, R.
Sueyoshi, K.
Sueyoshi, M.
Suga, H.
Suga, H.
Suga, H.
Suga, K.
Suga, S.
Suga, T.
Sugahara, H.
SUGAHARA, S.
Sugai, H.
Sugai, N.
Sugai, T.
Sugai, Y.
Sugami, Y.
Sugamoto, K.
Sugano, S.
Suganuma, K.
Suganuma, S.
Suganuma, S.

U Manitoba
Nat Inst Nanotech
Nat Inst Nanotech
Nat Inst Nanotech
Lawrence Livermore Nat Lab
Oak Ridge National Laboratory
U Pittsburgh
Technical U Berlin
Technical U Berlin
U Tennessee
U British Columbia
Walter and Eliza Hall InstU BonnMerck
Merck
Imperial College London
Portland State U
U Alberta
U Alberta
Keene State College
Western U
UC Davis
UC Davis
Cleveland Clinic
Cleveland Clinic
Northwestern U
Northwestern U
Northwestern U
Ecole Polytech Fed de LausanneYork U
WuXi AppTec
Sun Yat-Sen U
Arizona State U
NTU
Shanghai Inst Appl Phys
Jiangnan U
Barry U
Boston U
Fujian Inst Res Struct Matter, CAS
Tsinghua U
Inst Mtls Res & Eng
Changchun Inst Appl Chem
U Melbourne
TU Dresden
U Toledo
Inst for Molecular Sci
Tokyo U A & T
U Sains Malaysia
Keio U
Hokkaido U
gifu pharmaceutical U
National Tsing Hua U
Keio UU Tsukuba
Osaka Pref. U
Meiji U
Keio U
Kinki UU TokyoKanazawa U
U the Ryukyus
Shinshu U
U Tokyo
U Tokyo
Shinshu U
Osaka U
Okayama U
Waseda U
Yohohama city U
Shimane U
Tohoku U
Yamagata U
Toho UU Tokyo
Kyoto UU Miyazaki
U Tokyo, Frontier Sci
Teijin Limited
Tottori U
Okayama U

BIOL
ANYL
PHYS
ENRG
INOR
PHYS
MTLS
PHYS
ENRG
INOR
ENVR
HLTH
INOR
HLTH
BIOL
ANYL
ANYL
INOR
INOR
SCTY
INOR
PHYS
PHYS
INOR
INOR
MACR
MACR
MTLS
INOR
INOR
ANYL
INOR
BIOL
PHYS
INOR
BIOL
ORGN
MTLS
ORGN
ENRG
ANYL
MACR
MTLS
MTLS
BIOL
MTLS
INOR
MACR
HLTH
MTLS
ORGN
BIOL
ORGN
ENVR
ANYL
PHYS
ORGN
INOR
BIOL
ORGN
ORGN
MTLS
ORGN
BIOL
ORGN
ANYL
ORGN
MACR
ORGN
ENVR
HLTH
ENVR
ANYL
BIOL
ENRG
ENVR
BIOL
MACR
ENRG
BIOL

1343
131
140
23
1579
1430
347
1817
889
1301
576
683
1561
287
94
1059
1217
154
891
53
1656
1097
1830
879
1660
34
341
2293
1850
338
546
1456
781
1385
1342
514
297
771
2535
58
753
1320
336
2298
377
2674
635
768
112
914
486
928
1259
741
831
1166
1401
1905
285
2107
2064
1350
2461
416
90
706
1440
294
1253
505
192
888
21
733
574
225
778
185
762
547

Sugata, M.
Sugawa, K.
Sugawara, K.
Sugawara, K.
Sugawara, T.
Sugawara, T.
Sugawara, T.
SUGAWARA, T.
Sugawara, Y.
Sugawara, Y.
Sugawara-Narutaki, A.
Sugaya, K.
Sugaya, T.
Sugihara, S.
Sugihara, Y.
Sugii, S.
Sugimoto, C.
Sugimoto, H.
Sugimoto, H.
Sugimoto, K.
sugimoto, m.
Sugimoto, M.
Sugimoto, M.
Sugimoto, M.
Sugimoto, N.
Sugimoto, N.
Sugimoto, S.
Sugimoto, T.
Sugimoto, T.
Sugimoto, Y.
SUGIMOTO, Y.
Sugimura, R.
Sugino, T.
Suginome, M.
Suginome, M.
Sugioka, D.
Sugioka, S.
Sugita, K.
Sugita, M.
Sugita, S.
Sugita-Konishi, Y.
Sugiuchi, M.
Sugiura, K.
Sugiura, M.
Sugiura, T.
Sugiura, Y.
Sugiyama, A.
Sugiyama, A.
Sugiyama, H.
Sugiyama, H.
Sugiyama, K.
Sugiyama, K.
Sugiyama, M.
Sugiyama, R.
Sugiyama, Y.
Suh, D.
Suh, E.
Suh, J.
Suh, M.
Suh, M.
Suh, W.H.
Suh, W.H.
Suh, Y.
Suh, Y.
Sui, G.
Suits, A.
Suizu, R.
Sukmanee, T.
Sukumaran, S.
Sulaiman, Y.
Sulbaek Andersen, M.
Sullivan, M.B.
Sultan, A.M.
Sultan, A.M.
Sumaru, K.

U Toyama
Nihon U
Maebashi Inst Tech
Nihon U
Kanagawa U
Kanagawa U
Kyoto USAITAME Inst Tech
Kitasato U Sch Sci
Keio U
Nagoya U
Grad. Sch. of Eng., NITech
Waseda U
U Fukui
Kyoto Inst of TechSingapore Bioimaging Consortium
Tokyo U Agri & Tech
Osaka URIKEN SPring-8 Center
U Toyama
kanagawa U
Kumamoto U
Kumamoto U
Kumamoto U
NIHS
Konan U
U Toyama
Nihon U
Kyoto U
Kyoto U
Kobe U
Sophia U
Shizuoka U
Kyoto U
Kyoto U
Nagoya U
Tokyo U of Sci
Sophia U
Ritsumeikan U
Kobe Pharmaceutical U
Azabu U
Hokkaido U
Nagoya U
Kumamoto U
Kyoto U
Waseda U
Tohoku U
Yamanashi Eiwa College
Tokyo Inst of Tech
Kyoto U
Kogakuin U
Osaka U
Ajinomoto Co. Inc.
Kyoto U
Meijo U
Keio U
UTsouthwestern medical center
Seoul National U
Seoul National U
Seoul National U
Temple U
Temple U
KIGAM
Hanyang U
Fudan U
Wayne State U
Chiba U
Chulalongkorn U
Yamagata U
U Putra Malaysia
Cal State U, Northridge
Inst High Performance Comput
Deakin U
Deakin U
AIST

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ORGN
PHYS
ANYL
MTLS
INOR
BIOL
HLTH
MTLS
PHYS
PHYS
MACR
MTLS
INOR
MACR
BIOL
BIOL
BIOL
INOR
BIOL
ORGN
MACR
INOR
ORGN
PHYS
ANYL
INOR
ENRG
MTLS
PHYS
ANYL
ENVR
ORGN
INOR
ORGN
ORGN
MTLS
MACR
ANYL
PHYS
ORGN
ANYL
PHYS
MTLS
ORGN
INOR
ENVR
HLTH
MTLS
ORGN
BIOL
BIOL
ORGN
BIOL
ORGN
ORGN
PHYS
HLTH
BIOL
INOR
MTLS
MTLS
MTLS
ENVR
ENRG
PHYS
PHYS
INOR
ANYL
MACR
MTLS
PHYS
MACR
PHYS
MTLS
MACR

1054
1528
854
912
172
34
427
610
85
595
1585
2699
1299
633
1313
747
319
139
1227
845
1251
1040
1941
729
348
783
180
2438
798
1140
129
549
482
615
2445
885
748
217
143
846
443
578
918
2192
1843
691
703
2675
981
689
713
2714
386
864
2662
1048
224
932
1975
2011
968
2812
251
43
1043
1708
953
986
24
2137
1931
111
1897
140
224

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Sumby, C.
Sumerlin, B.S.
Sumerlin, B.S.
Sumi, T.
Sumi, T.
Sumida, K.
Sumida, S.
Sumida, T.
Sumida, Y.
Sumida, Y.
Sumikama, T.
Sumimoto, S.
Sumino, S.
Sumino, Y.
SUMISA, F.
Sumiya, M.
Sumiya, Y.
Sumiyama, K.
Summerhill, J.
Sumner, L.W.
Sun, C.
Sun, C.
Sun, C.
Sun, D.
Sun, D.
Sun, F.
Sun, G.
Sun, H.
Sun, H.
Sun, H.
Sun, H.
Sun, J.
Sun, J.
Sun, J.
Sun, J.
Sun, K.
Sun, K.
Sun, L.
Sun, L.
Sun, L.
Sun, L.
Sun, P.
Sun, Q.
Sun, Q.
Sun, R.
Sun, S.
Sun, S.
SUN, S.
SUN, S.
Sun, W.
Sun, W.
Sun, W.
SUN, W.
Sun, X.
Sun, X.
Sun, X.
Sun, X.
Sun, X.
Sun, X.
Sun, X.
Sun, X.A.
Sun, X.J.
sun, y.
Sun, Y.
Sun, Y.
Sun, Y.
Sun, Z.
Sun, Z.
Sun, Z.
Sunada, Y.
Sunaga, A.
Sunata, A.
Sunata, K.
Sunatsuki, Y.
Sunayama, H.

U Adelaide
U Florida
U Florida
Sophia U
Tokyo Inst of Tech
Kyoto U
Osaka U
Kochi Ind Tech Cntr
Osaka URIKENU Fukui
Keio U
Osaka Prefecture U
Tokyo U Sci
Kitami Inst of Tech
Keio U
Hokkaido U
NIT, Wakayama Col
Texas A&M U
Noble Foundation
AbbvieU Alberta
National Chiao-Tung U
U UtahU Hawaii at HiloCol Life Sci Tech, Beijing
U California, Davis
U South Dakota
Jilin UU Hong Kong
U Hong Kong
Hong Kong U Sci Tech
Zhejiang U
Seoul National U
Northwestern U
CaltechCaltechDalian U Tech
Dalian U Tech
Beth Isreal Deaconess Med Cntr
Dalian Polytechnic U
Nankai U
Zhejiang U
Hokkaido U
Beijing Forestry U
Academia Sinica
Brown UNORFOLK STATE UNORFOLK STATE U
North Dakota State U
North Dakota State UMIT
U Hong Kong
China Agricultural U
Beijing U Chem Techy
Yamagata U, Eng
Nagoya U
U Sci Tech, China
Shanghai Inst Org Chem, CAS
Northeast Dianli U
U Western Ontario
Soochow U
Peking U
China Agricultural U
Peking U
Nagoya U
Changchun Inst Appl Chem, CAS
Dalian Inst Chem Phys
Shanghai U, Eng
Kyushu U
Tokyo Metropolitan U
Sophia U
Kumamoto U
Okayama U
Kobe U

MTLS
MACR
MTLS
MTLS
MACR
MTLS
MTLS
ANYL
ENRG
ORGN
PHYS
ORGN
ORGN
PHYS
BIOL
ANYL
PHYS
BIOL
MACR
ENVR
HLTH
ANYL
ORGN
MTLS
HLTH
PHYS
ENVR
MTLS
PHYS
ANYL
INOR
ORGN
MACR
MTLS
ORGN
ENRG
ENRG
INOR
ENRG
HLTH
BIOL
MACR
ENRG
PHYS
MACR
ORGN
MTLS
MACR
MTLS
INOR
INOR
ENVR
PHYS
ENVR
MACR
ORGN
ANYL
ENRG
INOR
ENVR
ENRG
PHYS
PHYS
MACR
BIOL
BIOL
MTLS
PHYS
ORGN
INOR
PHYS
ANYL
MTLS
INOR
ANYL

40
1591
2553
60
1559
426
1074
529
751
1768
890
2065
1023
1170
583
267
730
834
1471
90
141
126
2391
429
98
1608
126
1944
2016
675
1152
191
1161
1552
827
475
887
31
884
491
440
1091
940
1526
398
597
1134
173
2277
363
1214
378
1262
54
1318
492
810
237
867
346
534
86
1781
934
635
718
1733
1709
367
1776
731
224
2676
1001
289

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–393

NAME INDEX
Sunazuka, T.
Sunazuka, T.
Sunda-Meya, A.
Sundberg, D.C.
Sung, H.
Sung, H.
Sung, M.
Sung, M.
Sung, W.
Sung, W.
Sung, Y.
Suojiang, Z.
Supalo, C.A.
SUPEKAR, N.T.
Surendranath, Y.
Sures, D.J.
Surinwong, S.
Suslick, B.A.
Suslick, K.
Suslick, K.
Sutcliffe, J.
Sutradhar, S.
Suttinont, C.
Sutton, A.
Suvorov, D.
Suwa, M.
Suwa, Y.
Suzuki, A.
Suzuki, A.
Suzuki, A.
Suzuki, A.
Suzuki, A.Z.
Suzuki, D.
Suzuki, G.
Suzuki, H.
Suzuki, H.
Suzuki, H.
Suzuki, H.
Suzuki, H.
Suzuki, I.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, K.
Suzuki, M.
Suzuki, M.
Suzuki, M.
Suzuki, M.
Suzuki, M.
Suzuki, N.
Suzuki, N.
Suzuki, N.
Suzuki, N.
Suzuki, R.
Suzuki, R.
Suzuki, R.
Suzuki, R.
Suzuki, R.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, S.
Suzuki, T.
Suzuki, T.
Suzuki, T.

394 –PRESENTERS

Kitasato Inst & Kitasato U
Kitasato Inst & Kitasato U
Xavier U Louisiana
U New Hampshire
National Tsing Hua U
Nat Taiwan Normal U
Tunghai U
Gyeongsang National U
Sogang U
Sogang U
Seoul National U
Inst Process Eng
Purdue U
U Georgia
MIT
Oregon State U
Osaka UUC Berkeley
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
UC Davis
U Southern California
Tokyo Inst of Tech
Los Alamos National Laboratory
Jozef Stefan Inst
Osaka U
Gunma UU Yamanashi
Tokyo Inst of TechU TokyoNihon U
Toho U
Shinshu U
Gunma U
Kyoto UTokyo U Sci
Chuo U
Chuo U
Shizuoka U
U Tsukuba
Kyoto U
Chuo U
Osaka UTokyo Inst of Tech
Nagoya City U
Tokyo Inst of Tech
Tokyo U Sci
Kanagawa U
Kanagawa U
Ritsumeikan U
Keio UTokyo U Sci
U TokyoTokai U
Shimane U
Tokushima Bunri U
Saitama U
NAISTTokyo Inst of Tech
Nagoya U
Tokyo U Sci
Yamagata U
Tokyo U Sci
Tokyo U Sci
Shizuoka U
Meiji U
Shanghai Inst Tech
Tokyo Inst of Tech
Kindai U
Meiji UNat Res Inst Police Sci
Japan Atomic Energy Agency
Sophia U
Hiroshima U
Ibaraki U
Chuo Utsukuba U
SOKENDAI(SOKENDAI)
Shanghai Inst Tech
Keio U

HLTH
ORGN
BIOL
MACR
HLTH
INOR
ENVR
MTLS
PHYS
PHYS
ENRG
ORGN
SCTY
BIOL
ENRG
MTLS
INOR
INOR
MTLS
MTLS
HLTH
PHYS
MTLS
ENRG
MTLS
ANYL
ORGN
MTLS
ORGN
ORGN
BIOL
HLTH
MACR
ANYL
ENRG
MACR
BIOL
BIOL
MTLS
ENRG
INOR
ORGN
BIOL
ORGN
ORGN
ORGN
PHYS
ORGN
PHYS
MACR
ANYL
ORGN
MTLS
ORGN
ORGN
BIOL
MACR
MACR
MACR
ORGN
ORGN
BIOL
MTLS
MTLS
INOR
ENVR
ANYL
MACR
ANYL
INOR
ANYL
INOR
SCTY
ENRG
ANYL
INOR
BIOL
BIOL
ANYL
INOR

677
2181
998
1600
594
150
243
2334
929
1951
511
70
39
636
166
2773
612
653
49
442
61
1943
1787
295
2717
246
1136
369
2101
693
1302
654
104
800
824
757
1103
1242
2716
633
467
1951
134
190
532
1799
1572
952
1172
913
463
2267
1313
1573
1865
773
1447
172
1553
1906
1614
578
1854
1746
601
745
383
935
74
422
501
1134
227
1008
1202
923
1104
86
335
921

Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
Suzuki, T.
SUZUKI, T.
SUZUKI, T.
suzuki, y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
Suzuki, Y.
SUZUKI, Y.
Swanick, K.
Swart, M.
Swart, M.
Sweedler, J.V.
Sweedler, J.V.
Swope, W.
Syaftika, N.
Syed Abdulrahim, S.
Syed Jabarulla, J.
Sykes, B.D.
Sykora, M.
Sylvia, G.M.
Szabo, K.J.
Szabova, L.
Szidarovszky, T.J.
Szpunar, B.
Szpunar, B.
Szpunar, J.
Szundi, I.
Szymczak, N.
Szymczak, N.
Ta, L.
Taatjes, C.A.
Tabata, K.
Tabata, K.
TABATA, M.
Tabata, S.
Tabei, Y.
Tabrizian, M.
Tabrizian, M.
Tabuchi, K.
Tachi, M.
Tachibana, H.
TACHIBANA, H.
Tachibana, K.
Tachibana, K.
Tachibana, N.
Tachibana, Y.
Tachibana, Y.
Tachibana, Y.
Tachibana, Y.
Tachikawa, M.
Tachrim, Z.P.
Tackett, A.
Tada, A.
Tada, H.
Tada, H.
Tada, K.
TADA, K.
Tada, R.

Hokkaido U
Sophia U
Hokkaido U
Kinki U Technical Col
Okayama U
Kyoto Prefectural U Med
Osaka U
Kogakuin U
The U of Kitakushu
Nagoya Inst of TechU Yamanashi
Chiba U
Kanagawa U
Nat Res Inst Fish Sci
Kyoto U
Osaka UThe Nippon Dental U
Tokyo Inst of Tech
Yamaguchi U
Nagoya U
AIST and Techschool of Waseda U
U Fukui
U Fukui
Kyoto U
Kyoto U
Nagoya U
Keio U
Tohohashi U Tech
Kyoto U
Western U
ICREA
ICREA
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
IBM Almaden Research Center
Hiroshima U
Nat U Singapore
Kyoto UU Alberta
Los Alamos National Laboratory
ARC Centre
Stockholm U
NIMS (NIMS)U TokyoU Saskatchewan
U Saskatchewan
U Saskachewan
UC Santa Cruz
U Michigan
U Michigan
Chalmer U Tech
Sandia National Laboratories
The U of Tokyo
Daiichi U Phamacy
Tokyo U, Med & Dental
Kyushu U
Waseda U
McGill U
McGill U
Nagoya U
Ritsumeikan U
Kyushu U
National Inst of AIST
Ehime URIKEN CSRS
Osaka URMIT URMIT URMIT UTokyo U Sci
Yokohama City U
Hokkaido U
U Arkansas, Med
Nat Inst Health Sci
Osaka U
Osaka U
Osaka U
NIT, Kochi Col
Kyoto U

ORGN
ANYL
ORGN
INOR
INOR
BIOL
ORGN
MTLS
MTLS
INOR
ENRG
ORGN
ORGN
ANYL
ORGN
ORGN
ENRG
MACR
MTLS
ORGN
ANYL
ANYL
MACR
MACR
HLTH
BIOL
ORGN
ORGN
MTLS
PHYS
MTLS
INOR
PHYS
ANYL
ANYL
PHYS
ENRG
MTLS
BIOL
BIOL
MTLS
BIOL
ORGN
PHYS
PHYS
INOR
INOR
MTLS
BIOL
INOR
INOR
ORGN
PHYS
BIOL
BIOL
HLTH
BIOL
INOR
MACR
MTLS
ANYL
ENRG
HLTH
MTLS
ENVR
MACR
ORGN
MTLS
MTLS
ENRG
MACR
PHYS
BIOL
BIOL
ANYL
MTLS
MTLS
PHYS
PHYS
ENRG

2602
216
105
1317
48
119
1842
2732
2439
1955
347
1576
2066
1095
1848
2617
790
1015
1680
1318
695
328
205
800
216
1333
2466
2604
1419
1506
1936
1999
1549
157
596
1800
29
2588
867
453
2183
1024
1761
1210
270
275
1451
966
976
305
1126
311
1263
1356
817
708
881
1334
221
2175
832
793
521
2327
471
968
1932
1824
1831
815
741
1991
1067
361
375
109
287
1222
1592
5

Tada, R.
Tada, S.
Tada, T.
Tada, T.
Tada, T.
Tadjiki, S.
Tadokoro, M.
Tadokoro, T.
Tae, G.
Taga, T.
Tagami, K.
Tagami, K.
Tagami, T.
Tagawa, S.
Taghipour, F.
Tagmatarchis, N.
Tagne Kuate, A.
Taguchi, H.
Taguchi, K.
Taguchi, K.
Taguchi, S.
Taguchi, S.
Taguchi, Y.
Tahara, A.
Tahara, K.
Tahara, K.
Tahara, T.
Tahara, T.
Tahara, T.
Tahara, Y.
Tahara, Y.
Tahara, Y.
Taiji, M.
Taing, H.
Taira, J.
Taira, T.
Tait, S.L.
Tajima, H.
Tajima, K.
Tajimi, Y.
Tajiri, S.
Tajkhorshid, E.
Takabatake, S.
Takacs, J.
Takacs, J.
Takada, K.
Takada, M.
Takada, M.
Takada, S.
Takada, T.
Takada, T.
Takada, T.
Takada, Y.
Takada, Y.
Takafumi, E.
Takagai, Y.
Takagi, E.
Takagi, M.
TAKAGI, M.
Takagi, R.
Takagi, S.
Takagi, T.
Takagi, Y.
Takagi, Y.
Takaguchi, Y.
Takaguchi, Y.
Takahama, K.
Takahara, A.
Takahara, A.
Takahara, A.
Takahara, M.
Takahari, H.
Takahashi, A.
Takahashi, A.
Takahashi, A.

U Tokushima
Toho UTokyo Inst of Tech
Tokyo Inst of Tech
Okayama U
Postnova Analytics Inc
Tokyo U Sci
Osaka U
GIST
Osaka UNat Inst Rad Sci
Nat Inst Rad Sci
Tokushima U
Kyushu U
U British Columbia
Nat Hellenic Res Foundation
Rutgers U-Newark
Kyoto U
Hiroshima U
Kyoto U
Hokkaido U
Osaka Ujapan
Kyushu U
Health Sci U Hokkaido
Osaka U
RIKEN
RIKEN
RIKEN
Kyoto U
AJINOMOTO CO., INC.
Waseda U
RIKEN QBiCU Windsor
Kyushu Inst of Tech
AIST
Indiana U
U HyogoRIKEN
Sophia U
Kinki U
U Illinois, Urbana-Champaign
Tokyo U, AgriU Nebraska-Lincoln
U Nebraska-Lincoln
The Uesity of Tokyo
Osaka Prefecture U
Kyoto U
Kyoto UU HyogoU HyogoTokyo Inst of Tech
Gunma U
Kyushu U
Inst for Molecular Sci
Fukushima U
Tokyo U Agri & Tech, Japan
Hokkaido U
JAIST
Hiroshima U
Tokyo Metropolitan U
Kyoto U
Teikyo U Sci Tech
Kagawa U
Okayama U
Okayama U
Tokyo U Agri & Tech
Kyushu U
Kyushu U
Kyushu U
Kyushu U
Chiba Inst of Tech
Tokyo U of Sci
Tokyo Inst of Tech
Osaka UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

HLTH
HLTH
MTLS
MTLS
INOR
ENVR
MTLS
BIOL
MTLS
ENRG
ENVR
ENVR
ORGN
ENVR
ENVR
ORGN
INOR
INOR
MACR
MTLS
MACR
ORGN
ORGN
ORGN
ANYL
MTLS
PHYS
PHYS
PHYS
HLTH
ORGN
ORGN
HLTH
MTLS
BIOL
ORGN
MTLS
MTLS
MTLS
PHYS
ORGN
PHYS
PHYS
ORGN
ORGN
BIOL
MTLS
MACR
PHYS
BIOL
BIOL
MTLS
MACR
ORGN
INOR
ANYL
ANYL
PHYS
BIOL
ORGN
ORGN
ENRG
MTLS
SCTY
MACR
ORGN
MTLS
MACR
MACR
MACR
BIOL
MTLS
ORGN
MACR
BIOL

407
653
112
501
1289
594
2851
1105
711
714
161
721
2233
235
311
1641
309
1923
1323
2093
767
1560
1339
203
748
1838
45
795
1871
308
1817
1870
474
2573
837
2130
1840
435
351
684
937
554
1298
613
2452
695
1563
497
290
1299
1396
1121
1027
1228
1107
1134
1023
689
787
2240
121
912
313
214
1370
1528
1779
351
1102
1468
581
611
327
1554
41

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Takahashi, D.
Takahashi, D.
Takahashi, D.
Takahashi, D.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, H.
Takahashi, I.
Takahashi, J.
Takahashi, J.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
Takahashi, K.
TAKAHASHI, K.
Takahashi, M.
Takahashi, M.
Takahashi, M.
Takahashi, M.
Takahashi, M.
TAKAHASHI, M.
TAKAHASHI, M.
Takahashi, N.
Takahashi, N.
Takahashi, R.
Takahashi, R.
Takahashi, R.
Takahashi, R.
Takahashi, R.
Takahashi, S.
Takahashi, S.
Takahashi, S.
Takahashi, S.
Takahashi, S.
Takahashi, S.
TAKAHASHI, S.
Takahashi, T.
Takahashi, T.
Takahashi, T.
Takahashi, T.
Takahashi, T.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
Takahashi, Y.
TAKAHATA, R.
Takahira, T.
Takai, A.
Takai, A.
Takai, A.
Takai, K.
Takai, K.
Takai, M.
Takai, M.

Tohoku U
Tokyou U Sci
Keio U
AJINOMOTO Co., Inc.
Tokyo Inst of Tech
Yokohama City U
Yokohama City U
Tohoku U
JST
Tokyo Inst of Tech
Kyoto U
System Instruments CO., LTD.
Tohoku U
Chuo UU Fukui
Osaka UTokyo U of Sci
Inst Atomic Mol Sci Acad Sinica
Inst Atomic Mol Sci Acad Sinica
Josai U
RIKEN
Kobe U
Hokkaido U
Hokkaido U
Tokyo U Sci (RIKADAI)
Sophia U
U Yamanashi
Kogakuin U, Appl Chem
Tokyo U Sci
Waseda U
JAIST
JAIST
Toho UTokyo U Sci
Tokyo Nat Col Tech
Tokyo U Sci
Osaka U
Kyoto U
Hosei U
Hokkaido U
Kyoto U
Osaka U
Osaka U
Tohoku U
U TokyoTohoku U
U Tokyo
RIKEN
U Southern California
Tohoku U
Hokkaido U
Kobe UU Tokyo
U FukuiTokyo Inst of Tech
Tohoku U
Kogakuin U
Keio U
Toyo U
Okayama U
Hokkaido U
Nagaoka U Tech
Kyushu U
Keio U
Iwate UTokyo U Sci
U Tokyo
Osaka URIKENNIMS (NIMS)
NIMS (NIMS)
Tokyo U Agri & Tech
Hosei UU Tokyo
Osaka Pref. U

ORGN
MTLS
ORGN
ORGN
ORGN
ORGN
BIOL
MTLS
BIOL
INOR
ORGN
ANYL
INOR
INOR
ORGN
BIOL
MTLS
PHYS
PHYS
MTLS
ANYL
MTLS
ENRG
ENRG
ORGN
MACR
ENRG
BIOL
MTLS
ENRG
MTLS
MTLS
INOR
MTLS
SCTY
MTLS
INOR
ORGN
MACR
MACR
INOR
MACR
MACR
PHYS
PHYS
PHYS
ANYL
BIOL
MTLS
HLTH
INOR
MACR
ANYL
ANYL
PHYS
BIOL
MTLS
ANYL
BIOL
ENRG
MTLS
ANYL
PHYS
ORGN
ORGN
PHYS
MTLS
INOR
BIOL
INOR
MTLS
BIOL
MTLS
ANYL
ANYL

1223
2677
2329
2433
2067
1222
1068
2142
1106
692
953
916
1019
662
390
161
1324
120
2087
2678
505
2796
562
715
2608
1178
213
737
730
990
9
662
424
2132
120
867
766
2068
490
576
649
250
456
29
754
791
204
727
2830
327
1674
1232
1179
397
1520
1107
2353
253
310
374
1711
1167
1515
1362
2069
1720
1168
1020
1358
1150
496
1108
1149
39
1003

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–395

NAME INDEX
Takai, Y.
Takakusagi, S.
Takakuwa, R.
Takamatsu, H.
Takami, T.
Takamizawa, N.
TAKAMUKU, S.
Takamura, H.
Takamura, K.
Takamura, Y.
TAKANEZAWA, S.
Takano, E.
Takano, H.
Takano, K.
Takano, K.
Takano, M.
Takano, M.
Takano, S.
Takano, S.
Takanohashi, T.
Takao, K.
Takao, Y.
Takaoka, M.
Takaoka, M.
Takaoka, M.
Takaoka, M.
Takaoka, Y.
Takasaki, M.
Takase, K.
Takase, K.
TAKASE, K.
Takase, M.
Takashi, I.
Takashima, A.
Takashima, S.
Takashima, T.
Takashima, Y.
Takashima, Y.
TAKASHIMA, Y.
Takata, H.
Takata, M.
Takata, T.
Takata, Y.
Takatori, S.I.
Takats, J.
Takats, Z.
Takatsuji, E.
Takatsuji, R.
Takatsuka, K.
Takaya, H.R.
Takaya, J.
Takaya, T.
Takaya, Y.
TAKAYAMA, T.
Takayanagi, K.
Takayanagi, M.
Takayanagi, T.
Takayanagi, T.
Takayanagi, T.
Takayasu, T.
Takeda, H.
Takeda, H.
Takeda, H.
Takeda, K.
Takeda, K.
Takeda, K.
Takeda, K.M.
Takeda, S.
Takeda, T.
Takeda, Y.
Takeda, Y.
Takeda, Y.
Takehara, R.
Takehisa, J.
Takehisa, M.
Takekiyo, T.
Takemasa, M.
TAKEMOTO, H.
Takemoto, K.
Takemoto, M.

396 –PRESENTERS

Osaka Prefecture Uirsity
Hokkaido U
Tohoku U
Keio U, Sci Tech
Hiroshima U
Waseda U
Osaka U
Okayama U
Kanagawa U
Osaka URIKEN, Informatics
Kobe U
Waseda U
Yokohama National U
Chuo U
U Toyama
Yokohama national U
Keio U
Tokai UAIST and Tech
Keio U
Osaka Muni Tech Res Inst
Kyoto U
Kyoto U
Kyoto UU of Toyama
Tohoku U
Kyoto Inst of Tech
Ryukoku U
Nihon UTokyo U Agri & Tech
Muroran Inst. Tech
Kanagawa U
Aoyama Gakuin U
Sophia U
U Yamanashi
Graduate School of Sci
Graduate School of Sci
Shinshu U
Kwansei Gakuin U
Waseda U
Tokyo Inst of Tech
Kagoshima U
Doshisha U
U Alberta
Imperial College London
Okayama U
U Tokyo
U Tokyo
Kyoto U
Kyoto U
Gakushuin U
Meijo UTokyo U Sci
Tottori U
Nagoya U
Tokushima U
Tokushima U
Tokushima U
The Chemical Society of JapanU HyogoKyushu U
Tokyo Inst of Tech
Kyoto U
Hokkaido U
Tokyo U Agri & TechU Tokyo
Kyoto U
Daiichi Sankyo Co., Ltd.
Tohoku U
Ritsumeikan U
Osaka U
Sophia U
Kyoto Inst of Tech
Hokkaido U
National Defense Academy
RIKEN
Shizuoka U
Osaka U
Hiroshima U

ANYL
PHYS
PHYS
MTLS
ANYL
HLTH
INOR
ORGN
INOR
BIOL
ANYL
BIOL
ORGN
ORGN
INOR
ENRG
MTLS
INOR
MTLS
ENRG
ORGN
MTLS
ANYL
ENVR
ENVR
ENRG
ORGN
MACR
MTLS
MTLS
ORGN
MTLS
INOR
ORGN
PHYS
ENRG
MACR
MACR
ANYL
PHYS
ANYL
MACR
MACR
PHYS
INOR
ANYL
ORGN
BIOL
PHYS
INOR
ORGN
PHYS
ORGN
ENRG
ORGN
PHYS
ANYL
ANYL
MTLS
ORGN
BIOL
ANYL
INOR
PHYS
ORGN
ANYL
MTLS
MTLS
ORGN
ORGN
BIOL
INOR
ORGN
MTLS
MTLS
SCTY
ANYL
ORGN
ORGN
ANYL

791
374
1749
871
737
527
684
2187
444
651
872
1109
2539
1532
642
319
1081
643
723
231
2565
744
1109
775
863
365
1198
230
1519
2441
1949
2753
446
731
1927
455
559
1148
511
1527
327
1512
423
1082
126
656
2070
997
307
1147
1189
73
857
282
911
2002
77
427
1615
1014
311
708
1071
1559
697
1024
1105
833
2209
933
637
183
2265
2140
2679
236
79
844
2470
538

Takemoto, S.
Takemoto, Y.
Takemoto, Y.
Takemura, D.
Takemura, H.
Takemura, M.
Takenaka, M.
Takenaka, S.
Takenaka, S.
Takenaka, Y.
Takenaka, Y.
Takenouchi, M.
Takeoka, S.
Takeoka, S.
Takeoka, Y.
Takeshima, H.
TAKESHITA, D.
Takeshita, M.
Takeshita, T.
Taketadu, T.
Taketani, A.
Taketsugu, T.
Takeuchi, H.
Takeuchi, H.
Takeuchi, I.
Takeuchi, I.
Takeuchi, K.
Takeuchi, K.
Takeuchi, S.
Takeuchi, S.
Takeuchi, S.
TAKEUCHI, S.
Takeuchi, T.
Takeuchi, T.
Takeuchi, T.
Takeuchi, Y.
Takeuchi, Y.
Takeya, J.
Takeya, K.
Takeya, S.
Takezaki, M.
Takezawa, H.
Takezawa, Y.
Taki, M.
Taki, M.
Takimiya, K.
Takimoto, J.
Takimoto, K.
Takimoto, K.
Takimoto, Y.
Takimoto-Kamimura, M.
Takino, K.
Takino, Y.
Takizawa, H.
Takizawa, S.
Takizawa, S.
Takura, A.
takura, t.
Taleb, R.I.
Talemi, P.
Talham, D.R.
Tallarida, N.
TAMADA, K.
TAMADA, K.
Tamada, Y.
Tamai, T.
TAMAKi, T.
Tamaki, Y.
Tamaki, Y.
Tamaoki, H.
Tamaru, S.
Tamaru, Y.
TamasauskaiteTamasiunaite, L.
Tamate, R.
Tamba, S.
Tambar, U.K.
Tambar, U.K.
Tamesue, S.
Tamiaki, H.

Osaka Prefecture U
Kyoto U
Kyoto U
Okayama Uesity
Iwate U
Kanazawa U
Kobe U
Kyushu Inst of Tech
Kyushu Inst of TechRIKENAIST and TechU TokyoWaseda U
Kyoto U
Nagoya U
Nagoya U
Nagoya U
Hiroshima U
Fukui U Tech
Kyushu U
Kwansei Gakuin U
Hokkaido U
Tokyo U Agri & TechInst for Chemical Research
Hokkaido U
U Maryland
Kyoto U
Hokkaido U
Yokohama National U
IIS, UTokyo
IIS, UTokyo
Yokohama Nat U, Hokkaido
Nara Women’s U
Nara Women’s U
Kobe U
Muroran Inst of Tech
Meiji UU Tokyo
Nagoya U
National Inst of AIST
Okayama U Sci
U Yamanashi
U TokyoInst Transform Bio-Mol, Nagoya U
UEC (UEC)
RIKEN
Yamagata U
Kyoto Inst of Tech
Kobe UTokyo Metropolitan Ind Tech Res
Teijin Inst Biomed Res
Kyoto U
Yamagata U
Tohoku U
ISIR, Osaka U
U Tokyo
Saitama U
Waseda U
Lebanese American U
U Adelaide
U Florida
UC Irvine
Kyushu U
Kyushu U
Shinshu U
Osaka Muni Tech Res Inst
Osaka UTokyo U Sci
Tokyo Inst of Tech
Hokkaido U
Sojo U
Mie U
Center Phys Sci Tech

INOR
ORGN
MTLS
INOR
MTLS
ANYL
BIOL
INOR
INOR
MACR
MTLS
PHYS
HLTH
SCTY
MACR
MACR
ANYL
ORGN
MTLS
ANYL
ANYL
PHYS
SCTY
ORGN
BIOL
MTLS
INOR
ORGN
MTLS
ANYL
MTLS
ENRG
ANYL
SCTY
HLTH
ANYL
MTLS
MTLS
ANYL
ENVR
MTLS
MACR
BIOL
INOR
BIOL
MTLS
MACR
ORGN
ORGN
ANYL
HLTH
ORGN
ORGN
MTLS
ORGN
INOR
INOR
ENRG
INOR
ENRG
INOR
PHYS
ANYL
MTLS
HLTH
MACR
MTLS
PHYS
ENRG
ORGN
ORGN
BIOL
MTLS

1203
1445
2265
1890
2404
359
1110
779
1259
967
540
607
272
222
1579
973
819
483
1518
517
949
515
241
2245
719
359
1569
1270
1521
454
1005
830
439
146
206
518
2410
2680
992
323
2423
612
1290
2066
419
1708
22
1592
1615
274
148
2239
482
185
2113
1597
445
324
750
456
1173
1197
257
1905
319
57
1057
1084
353
1862
882
1111
2148

U Tokyo
Osaka UUT Southwestern Medical Center
UT Southwestern Medical Center
Niigata U
Ritsumeikan U

MACR 348
ORGN 1950
ORGN 1830
ORGN 2139
MACR 933
ENRG 284

Tamiya, E.
Tamm, M.
Tamm, M.
Tamm, M.
Tamogami, J.
Tamura, A.
Tamura, H.
Tamura, H.
Tamura, K.
Tamura, K.
Tamura, K.
Tamura, M.
Tamura, R.
Tamura, R.
TAMURA, S.
Tamura, T.
Tamura, T.
Tamura, Y.
Tan, A.W.
Tan, B.
Tan, C.
Tan, C.
Tan, D.
Tan, D.
Tan, D.
Tan, H.
Tan, L.
Tan, L.
Tan, L.
Tan, L.
Tan, L.
Tan, M.
Tan, R.X.
Tan, S.
Tan, S.W.
Tan, T.
Tan, W.
Tan, Y.
Tan, Y.
Tan, Y.
Tan, Z.
Tanabe, I.
Tanabe, I.
Tanabe, S.
Tanabe, T.
Tanabe, T.
Tanabe, Y.
Tanaka, A.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, H.
Tanaka, J.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.
Tanaka, K.

Osaka U
Tech U Braunschweig
Tech U Braunschweig
Tech U Braunschweig
Matsuyama U
Tokyo U, Med & Dental
Meijo U
Kagawa U
Okayama U
Kyoto U
Tohoku U
Tohoku U
Kyoto UNIMS
Tohoku U
Kyoto U
Nagoya Inst of Tech
Osaka U
Northwestern U
Huazhong U Sci Tech
Nanyang Tech U
National Central U
McGill U
McGill U
McGill U
Nanyang Tech U
U Toyama
U Georgia
Huazhong U Sci Tech
Jilin U
Jilin UU TokyoNanjing U
U Sci Tech, China
Nanyang Tech U
Inst High Perform Comp, Singapore
U Florida
Fudan UInst Mtls Res & Eng
Chinese Academy of Scis
Inst Nuclear Sci Tech, Sichuan U
Kwansei Gakuin U
Kwansei Gakuin U
Nagasaki U
Kanagawa U
Kanagawa U
Kanagawa U
Ritsumeikan U
U Tokyo
Tokushima U
Tokushima U
Tokushima U
Kochi U
Kyushu Inst of Tech
Kobe U
Kyoto UTokyo Insituute of Tech
Tokyo Insituute of Tech
Tokyo Insituute of Tech
Osaka U
U the Ryukyus
RIKEN
RIKEN
Kyoto U
Kyoto U
Kyushu U
Kagoshima U
Hiroshima U
Kyusyu U
Tokyo Inst of Tech
Tokyo Inst of Tech
Nagoya U
Kansai U
Kyoto UU Tokyo

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

BIOL
INOR
INOR
INOR
BIOL
MTLS
ANYL
ENVR
MTLS
PHYS
ANYL
ENRG
ORGN
PHYS
ORGN
BIOL
PHYS
ORGN
MACR
MTLS
ORGN
PHYS
INOR
ORGN
ORGN
PHYS
ORGN
ENVR
MTLS
MTLS
MTLS
BIOL
HLTH
PHYS
ORGN
PHYS
BIOL
PHYS
MTLS
ENRG
PHYS
PHYS
MTLS
MTLS
ENVR
ENRG
INOR
PHYS
PHYS
ANYL
ANYL
ANYL
ORGN
MTLS
MACR
PHYS
ORGN
ORGN
ORGN
MTLS
ORGN
ORGN
BIOL
INOR
MACR
ANYL
MACR
ENVR
MACR
ORGN
ORGN
MTLS
INOR
INOR
BIOL

1112
106
212
1007
1379
216
1062
397
1781
892
1034
946
1369
98
1211
1266
1926
380
910
79
1543
1108
1541
293
954
830
930
776
640
205
641
1113
629
1101
770
1348
1207
346
2814
232
739
650
2135
137
65
831
1273
1294
8
84
533
534
2623
241
626
685
259
1405
1808
2336
1407
2424
120
1913
1668
967
874
632
1149
254
678
331
1699
29
489

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Tanaka, M.
Tanaka, M.
Tanaka, M.
Tanaka, M.
Tanaka, M.
Tanaka, M.
Tanaka, M.
Tanaka, N.
Tanaka, N.
Tanaka, N.
Tanaka, N.
Tanaka, N.
Tanaka, R.
Tanaka, R.
Tanaka, R.
Tanaka, R.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
Tanaka, S.
tanaka, t.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
Tanaka, T.
TANAKA, T.
TANAKA, T.
Tanaka, Y.
Tanaka, Y.
Tanaka, Y.
Tanaka, Y.
Tanaka, Y.
Tanaka, Y.
Tanaka, Y.
Tanaka, Y.
Tanase, T.
Tang, B.
Tang, B.
Tang, B.
Tang, C.
Tang, C.
Tang, C.
Tang, H.
Tang, H.
Tang, J.
Tang, K.
Tang, L.
tang, m.
Tang, M.
Tang, P.
Tang, P.
Tang, S.
Tang, S.
TANG, T.
Tang, X.
Tang, X.
Tang, Y.
Tang, Y.

Gunma Nat Col Tech
Tokyo U Marine Sci Tech
Okayama U
AIST and Tech
Osaka Prefecture U
Tokyo U Sci
Kyoto Inst of Tech
Tokyo Inst of Tech
Tokushima U
Osaka City U
RIKEN
Central Ees Inst Elect Poser Ind
Rikkyo U
Hiroshima U
Chuo UJapan Petroleum Energy Center
Yokohama City U
Tokyo Denki U
Kobe U
Kure Nat Col Tech
Nagoya U
National Inst of AIST
Kansai U
Kyushu U
Kyushu U
Waseda U, Inst Adv Study
Kansai U
Kyoto Inst of Tech
NIT, Yonago Col
tokyo U Sci
Ritsumeikan U
Kyoto U
Tech Res Inst Osaka Pref
Kobe U
RIKEN
Fukushima U
Okayama U
Shinshu U
Tottori Inst Ind Tech
Okayama U
Kyoto UTokyo U Agri & Tech
Chitose Inst Sci Tech
Kanagawa U
Kansai U
RIKEN
Kansai U
Hiroshima U
Tokyo Polytechnic U
Waseda U
Tokyo Inst of Tech
Tokyo Inst of Tech
Nara Women’s U
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
CUHK
U South Carolina
U South Carolina
Kyushu U
Zhejiang U Tech
Changchun Inst Appl Chem, CAS
SINOPEC
Hong Kong Baptist UUCLAU Sci Tech, China
Fudan U
Nankai U
Nanjing U, Sci Tech
Nanjing U, Sci Tech
Changchun Inst Appl Chem, CAS
Inst Modern Phys CAS
Chongqing U
Kyoto UTokyo U

ENRG
ANYL
BIOL
INOR
ORGN
PHYS
MACR
INOR
ORGN
ORGN
HLTH
ENVR
INOR
ORGN
INOR
ANYL
INOR
MACR
PHYS
MTLS
ORGN
ORGN
MACR
INOR
INOR
MTLS
ORGN
MACR
PHYS
INOR
BIOL
ORGN
MTLS
MACR
PHYS
MACR
ORGN
MACR
ANYL
INOR
PHYS
ENRG
MTLS
ORGN
ORGN
ANYL
MACR
MACR
MTLS
PHYS
INOR
MTLS
INOR
INOR
MACR
MACR
ORGN
MACR
MACR
MTLS
MACR
INOR
MTLS
PHYS
BIOL
MACR
MACR
ORGN
ENVR
ENVR
MACR
PHYS
ENRG
INOR
MACR

201
493
830
187
982
1578
752
462
2072
1877
488
685
594
2421
1080
55
1087
309
1770
4
699
931
596
525
1600
1589
303
743
1088
2008
439
2170
2681
721
402
919
2073
774
736
1293
806
629
2731
722
2074
817
593
1246
1304
619
251
1066
218
1180
1365
1547
2538
137
270
657
301
550
1288
438
732
1558
1173
653
758
759
1169
815
695
1266
1351

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–397

NAME INDEX
Tang, Y.
Tang, Y.
Tang, Y.
Tang, Z.
Tango, Y.
Tani, F.
Tani, H.
Tani, K.
Tanigawa, M.
Tanigawa, T.
Taniguchi, H.
Taniguchi, I.
Taniguchi, I.
Taniguchi, J.
Taniguchi, M.
Taniguchi, N.
Taniguchi, N.
taniguchi, T.
Taniguchi, T.
Taniguchi, T.
TANIGUCHI, T.
Taniguchi, Y.
Taniguchi, Y.
Taniguchi, Y.
Taniguchi, Y.
Tanihara, Y.
Tanikawa, K.
Tanimori, T.
Tanimoto, H.
Tanimoto, H.
Tanimoto, S.
Tanimoto, Y.
Tanimura, Y.
Tanio, Y.
Tanioka, M.
Tanishima, K.
Taniya, K.
Tanji, M.
Tanner, M.E.
Tanno, H.
Tanohata, D.
Tanoue, K.
Tansakul, C.
Tanski, J.M.
Tanski, J.M.
Tanuma, H.
Tao, J.
Tao, S.
Tao, S.
Tao, W.A.
Tapavicza, E.
Tapping, P.C.
Tarafder, A.
Tarama, M.
Tarczay, G.
Tasaki, Y.
Tasei, Y.
Tasfiyati, A.N.
Tashiro, K.
Tashiro, K.
Tashiro, S.
Tasker, P.
Tasker, P.
Tassel, C.
Tassel, C.
Tate, S.
Tateishi, T.
Tateno, H.
Tateyama, T.
Tateyama, Y.
Tateyama, Y.
Tatsuda, M.
Tatsukami, Y.
Tatsuma, T.
Tatsumi, D.
Tatsumi, H.
Tatsumi, H.
Tatsumi, K.
Tatsumi, M.
Tatsuta, S.

398 –PRESENTERS

UCLA
Shanghai Inst Org Chem, CAS
Kyushu U
UC, Riverside
Okayama U
Kyoto U
Hokkaido U
Osaka Kyoiku U
Sophia U
sophia U
Nagoya U
Kyushu U
Kyushu U
Kyoto U
Osaka U
Ritsumeikan U
Fukushima Medical U
Hokkaido U
Waseda U
Waseda U
Kyoto U
Kyushu U
RIKEN
U HyogoTokyo U Agri & Tech
Osaka U
NIT, Wakayama Col
Kyoto UNAIST
NAISTOsaka U
Kobe U
Kyoto U
Kyoto Inst of Tech
Okayama U
Kinki U
Kobe U
Waseda U
U British Columbia
Biochemical engineering
U Kitakyushu
Chuo U
Prince of Songkla U
Vassar College
Vassar College
Tokyo Metropolitan U
Xiamen U
Inst for Molecular Sci
West Texas A&M U
Purdue U
Cal State U, Long Beach
U Adelaide
Waters Corporation
Kyoto U
Eötvös U
Yamaguchi U
Yokohama National U
Brawijaya U
NIMS
NIMS
U Tokyo
U Edinburgh
U Edinburgh
Kyoto U
Kyoto U
Hiroshima U
Tokyo U Agri & Tech
Yokohama National U
Kyushu UNIMSNIMSU TokyoGrad. Sch. Agric., Kyoto U
U TokyoTokyo Metropolitan U
Shinshu U
Kyoto U
Kyoto U, Eng
Kinki UTokyo U Agri & Tech

BIOL
INOR
ANYL
PHYS
ORGN
ENVR
ANYL
ORGN
ORGN
ORGN
MTLS
MACR
MTLS
BIOL
ANYL
MACR
ORGN
ENRG
ANYL
MTLS
MACR
BIOL
BIOL
MTLS
PHYS
MTLS
BIOL
HLTH
MACR
ORGN
MTLS
MTLS
PHYS
MACR
MACR
INOR
ORGN
ENRG
BIOL
ORGN
MTLS
INOR
ORGN
SCTY
INOR
ANYL
MTLS
MTLS
ANYL
ANYL
PHYS
PHYS
ANYL
PHYS
PHYS
ORGN
ENRG
ANYL
ORGN
BIOL
INOR
INOR
INOR
INOR
INOR
BIOL
ENRG
ORGN
ORGN
PHYS
MTLS
MTLS
ENVR
PHYS
ENRG
ANYL
ENRG
ORGN
PHYS
PHYS

913
1010
923
1899
709
813
1257
1871
1269
1238
2569
840
1021
871
106
915
2157
758
959
978
115
1310
1169
2728
1032
889
835
170
256
778
1078
1434
361
1264
1416
569
923
759
941
487
1108
1631
2075
183
1490
436
46
627
918
600
573
1388
545
1171
1091
522
794
431
590
1136
173
16
1365
1266
1983
456
1015
580
1549
1020
196
1281
673
1788
181
520
360
767
614
1031

Tatsuya, N.
Tauber, M.J.
Tavčar, G.
Taverna, M.
Taverna, S.D.
Tawa, K.
Tawaraya, Y.
Tay, L.
Tay, L.
Taylor, A.F.
Taylor, D.
Taylor, J.N.
Taylor, L.T.
Taylor, M.S.
Taylor, M.S.
Taylor, R.
Taylor, S.L.
Tazaki, T.
Tebayashi, S.
Techikawra, K.
Tecmer, P.
Tecmer, P.
Teengam, P.
Teesdale-Spittle, P.
Tegl, G.
Tegl, G.
Tegl, G.
Telfer, S.
Tello, E.
Templeton, E.J.
Tenjimbayashi, M.
Ten-no, S.
Ten-no, S.
Tennyson, A.G.
Teo, B.
Teodoro, T.Q.
Teprovich, J.A.
Terada, D.
Terada, M.
Terado, N.
Terai, T.
Terai, T.
Terakita, A.
Teramae, H.
Teramoto, K.
Teramura, M.
Teranishi, R.
Teranishi, R.
Teranishi, T.
Teranishi, T.
Terao, J.
Terao, J.
Terao, K.
Terao, K.
Terao, K.
Terao, R.
Terao, R.
Teraoka, K.
Teraoka, M.
Terasaka, K.
Terasaka, N.
Terasaki, M.
Terasawa, Y.
Terashima, C.
Terashima, T.
Terashima, T.
Terauchi, M.
Terazima, M.
Terazima, M.
Tercel, M.
Tercel, M.
TermehYousefi, A.
Tero, R.
Terrett, J.A.
Terrones, M.
Terrones, M.
Terry, J.
TeSelle, E.K.
TeSelle, E.K.
Teshima, K.

Nagasaki U
UC San Diego
Jozef Stefan InstU Paris- Sud and CNRS
Johns Hopkins Sch Med
Kwansei Gakuin U
U Tokyo
Nat Res Council, Canada
Nat Res Council, Canada
U Sheffield
Adelaide U
Hokkaido U
Virginia TechU Toronto
U Toronto
U Notre DameU Nebraska
Hokkaido U
Kochi U
Hokkaido U
McMaster U
McMaster U
Chulalongkorn U
Victoria U, Wellington
U Nat Res & Life Sci, Vienna
U Nat Res & Life Sci, Vienna
U Nat Res & Life Sci, Vienna
Massey U
U de La Sabana
McGill U
Grad. Sch. of Keio U
Kobe U
Kobe U
Clemson U
Oxford U
U Sao Paulo
Savannah River Nat Lab
U Toyama
Tohoku U
Shanghai Inst TechU Tokyo
U Tokyo
Osaka City U
Josai UJEOL Ltd.
Ritsumeikan U
Kyushu U
Osaka Prefecture U
Kyoto U
Kyoto U
Kyoto U
Tokushima U
Osaka U
Osaka U
Kagawa U
Kyushu U
Kyushu U
Tokyo Inst of Tech
Osaka U
Keio UU Tokyo
U Tsukuba
Waseda U
Tokyo U Sci
Kobe U
Kobe UTokyo U, Med & Dental
Kyoto U
Kyoto U
U Auckland
U Auckland
Kyushu Inst of Tech
Tohohashi U Tech
Princeton U
Penn State U
Penn State U
Illinois Inst TechSaint Louis U
Saint Louis U
Meiji U

ORGN
PHYS
INOR
ANYL
BIOL
PHYS
PHYS
ANYL
PHYS
PHYS
ENVR
PHYS
ANYL
ORGN
ORGN
ORGN
ANYL
MTLS
ENVR
ENRG
PHYS
PHYS
ANYL
ORGN
HLTH
BIOL
MTLS
MTLS
ORGN
ANYL
MACR
PHYS
PHYS
HLTH
MTLS
PHYS
ENRG
PHYS
ORGN
BIOL
ANYL
INOR
BIOL
PHYS
ANYL
ENRG
MTLS
MTLS
PHYS
MTLS
MTLS
HLTH
MACR
MACR
BIOL
INOR
INOR
ORGN
ORGN
MTLS
BIOL
HLTH
ORGN
MTLS
MACR
MACR
HLTH
PHYS
PHYS
HLTH
ORGN
MTLS
MTLS
ORGN
MTLS
MTLS
MTLS
ANYL
BIOL
PHYS

2605
902
1395
10
751
1539
602
474
391
768
451
289
651
1419
2684
2381
1125
716
660
926
447
1277
1168
1652
489
467
2813
277
419
586
937
1403
1879
359
972
1314
726
1947
1775
538
1146
852
973
286
1193
182
897
1111
1426
2004
384
254
40
1340
955
527
1596
983
1908
1385
191
120
1322
62
242
1037
309
1462
1630
258
1760
798
1195
1013
962
1148
1336
898
1320
1340

Teshima, N.
Tessensohn, M.E.
Tessier, C.A.
Tetsuo, M.
Tew, G.
Tew, G.
Tew, G.
Tew, G.
Texter, J.
Texter, J.
Texter, J.
Tezuka, M.
Tezuka, N.
Tezuka, Y.
Thachuk, M.
Thakur, P.
Thallada, B.
Thallapally, P.
Thangavel, V.
Thayumanavan, S.
Thayumanavan, S.
Thellamurege, N.
Theopold, K.H.
Theopold, K.H.
Thia, L.
Thielges, M.
Thim, R.
Thimmaraju, P.
Thomas, A.
Thomas, A.
Thomas, D.D.
Thomas, F.
Thomas, G.
Thomas, G.
Thomas, J.
Thomas, J.
Thomas, S.W.
Thomas, S.W.
Thompson, J.R.
Thompson, M.
Thompson, P.R.
Thompson, S.
Thomson, R.
Thongyoo, P.
Thordarson, P.
Thornton, A.
Thornton, B.
Thorp, H.
Thorwart, M.
Thrasher, J.S.
Thurbide, K.
Thurman, M.
Thurn-Albrecht, T.
Ti, H.
Tian, C.
Tian, C.
Tian, G.
Tian, H.
Tian, H.
TIAN, H.
Tian, W.
Tian, W.
Tian, W.
Tian, Y.
Tian, Y.
Tian, Y.
Tian, Y.
Tian, Y.
Tian, Z.
Tian, Z.
Tian, Z.
Ticar, B.F.
Tidwell, T.
Tiede, D.M.
Tiggesbaeumker, J.

Aichi Inst of Tech
Nanyang Tech U
U AkronMeiji UU Mass, Amherst
U Mass, Amherst
U Mass, Amherst
U Mass, Amherst
Eastern Michigan U
Eastern Michigan U
Eastern Michigan U
Tokai UU TokyoTokyo Inst of Tech
U British Columbia
Carlsbad Envr Mon & Res Center
CSIR-Indian Inst Petroleum
PNNL
Kyoto UU Massachusetts
U Massachusetts
CSIRO
U Delaware
U Delaware
Nanyang Enviro & Water Inst
Indiana U
U Tuebingen
UC Irvine
TU Berlin
Tokyo Metropolitan U
U Minnesota
U Grenoble Alpes
IISER-TVM
Louisiana State U
U Sheffield
U Sheffield
Tufts U
Tufts U
Simon Fraser U
U Southern California
UMass Medical School
U Oxford
Northwestern U
Thammasat U
UNSW Australia
CSIRO
U Tokyo, Ind Sci
Washington U, St. LouisU Hamburg
Clemson U
U Calgary
U Colorado
Martin Luther U, Halle-Wittenberg
Guangdong Academy of Agri Sci
U Sci Tech, China
Fudan U
China Inst Atomic Energy
Beijing Tech & Bus U
Changchun Inst Appl Chem, CAS
East China U Sci Tech
Jilin U
Jilin U
Jilin U
East China Normal U
South U Sci & Tech, China
Chinese Academy of Scis
Duke U
Zhejiang U
Xiamen U
Xiamen U
Xiamen U
WVCSTU Toronto
Argonne National Laboratory
U Rostock

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ANYL
ANYL
INOR
ANYL
MACR
MACR
MACR
BIOL
MACR
MTLS
MTLS
MTLS
ORGN
MACR
ANYL
ENVR
ENVR
INOR
ORGN
MACR
MTLS
PHYS
INOR
INOR
ENRG
PHYS
INOR
ENVR
MTLS
ENRG
MTLS
INOR
PHYS
SCTY
INOR
INOR
ORGN
MTLS
INOR
MTLS
BIOL
ORGN
ORGN
ORGN
ORGN
MTLS
ANYL
SCTY
PHYS
INOR
ANYL
ENVR
MACR
ENVR
BIOL
PHYS
INOR
SCTY
MTLS
MACR
MACR
MACR
MACR
ANYL
MTLS
PHYS
ENVR
MACR
PHYS
PHYS
MTLS
HLTH
SCTY
PHYS
PHYS

160
1002
2027
754
15
1348
1363
1201
218
1622
2586
704
2524
1518
411
555
861
1980
829
1331
535
1769
1407
1799
386
525
552
315
198
954
1978
1719
1794
172
54
782
955
1870
603
389
118
2731
2138
1616
2177
1214
1118
18
1826
1735
150
56
1488
342
458
1490
1965
189
85
857
1153
1421
1422
694
13
1514
589
1522
240
1444
2006
519
382
87
1812

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Tilley, T.
Tillman, E.
Timofeeva, T.V.
Timoteo, V.A.
Timoteo, V.A.
Ting, C.
Ting, R.
Tirrell, D.A.
Titirici, M.
Titirici, M.
Tivanski, A.V.
Tivanski, A.V.
Tkac, P.
Toba, A.
Tobata, H.
Tobe, Y.
Tobe, Y.
Tobias, D.
Tobias, D.
Tobita, K.
Tobita, S.
Tochio, N.
Toda, A.
Toda, H.
Toda, K.
Toda, K.
Toda, K.
Toda, M.
Toda, T.
Todaka, M.
Todaka, T.
Todd, M.
Todd, M.
Todd, M.
Todokoro, Y.
Togami, K.
Togami, K.
Togashi, K.
Togashi, T.
Togashi, Y.
Togo, K.
TOHNAI, N.
Tojima, Y.
Tokeshi, M.
Tokieda, D.
Tokinobu, H.
Tokioka, S.
Tokita, Y.
Tokitoh, N.
Tokoro, H.
Tokoro, Y.
Tokue, H.
Tokuhisa, H.
Tokumaru, E.
Tokumasu, T.
Tokumura, M.
Tokunaga, E.
Tokunaga, M.
Tokunaga, S.
Tokuriki, N.
Tokushima, M.
Tokuyama, H.
Tokuyama, H.
Tolbert, L.M.
Tolman, W.B.
Tolman, W.B.
Tolones, A.P.
Toma, K.
Toma, K.
Tomai, T.
Tomai, T.
Tomat, E.
Tomat, E.
Tominaga, A.
Tominaga, K.

UC Berkeley
Bucknell U
New Mexico Highlands U
Food & Nutrition Res Inst
Food & Nutrition Res InstU Victoria
Weill Cornell Medical College
CaltechQueen Mary U London
Queen Mary U London
U IowaU IowaArgonne National Laboratory
Yamagata U
Kyoto U
Osaka U
Osaka UUC Irvine
UC Irvine
Kyushu U
Gunma U
Hiroshima U
Hiroshima U
Toyama prefectural U
Kumamoto U
Kumamoto U
Niigata U
Nat Inst Health Sci
Tokyo Inst of Tech
Fukuoka U
Okayama U
U Sydney
U Sydney
U Sydney
Osaka U
Suntory Business Expert Ltd.
Suntory Business Expert Ltd.
Yamagata U
Yamagata U
Hiroshima U
Osaka UOSAKA U
Meiji U
Hokkaido U
Tokyo Metropolitan U
Rikkyo U
Inagawa Inst Tech
Kanagawa U
Kyoto UU Tsukuba
Chuo U
Waseda U
AIST and Tech
Tokyo U Sci
Tohoku U
Yokohama National U
Nagoya Inst of Tech
Kyushu U
U Kitakyushu
U British Columbia
Okayama U
Tokyo U Agri & Tech
Tohoku U
Georgia Inst of Tech
U Minnesota
U Minnesota
U San Agustin
Tokyo U, Med & Dental
Forschungszentrum Juelich GmbH
Tohoku U
Tohoku U
U Arizona
U Arizona
Fukuoka U
Kobe U

INOR
MACR
MTLS
ENVR
BIOL
MTLS
HLTH
MACR
ENRG
ENRG
ORGN
PHYS
INOR
MTLS
MACR
ORGN
MTLS
PHYS
PHYS
PHYS
ANYL
BIOL
MACR
BIOL
ANYL
ANYL
MTLS
ANYL
INOR
ENRG
ORGN
HLTH
HLTH
SCTY
BIOL
ANYL
ANYL
ENVR
MTLS
BIOL
ENRG
ORGN
MACR
ANYL
ORGN
INOR
BIOL
MACR
ORGN
INOR
ORGN
MACR
MACR
ORGN
ENRG
ENVR
ORGN
ENVR
MTLS
ENVR
BIOL
MACR
ORGN
ORGN
SCTY
INOR
ORGN
ANYL
ANYL
MTLS
ENRG
INOR
INOR
ENVR
PHYS

1797
1137
1018
629
870
121
635
814
77
834
1483
1150
765
949
1196
2373
1993
551
1632
601
1084
1066
1482
580
17
722
2568
1159
1021
578
1852
289
603
103
358
1194
1197
743
916
1170
930
1484
329
104
1137
586
498
643
212
1005
1317
412
922
2247
594
503
917
709
700
873
539
617
123
230
1
258
860
444
1044
457
457
385
1994
898
208

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–399

NAME INDEXTominaga, K.
Tominaga, K.
Tominaga, M.
Tomioka, K.
Tomishige, K.
Tomita, I.
Tomita, N.
Tomita, O.
Tomita, R.
Tomita, S.
Tomiyama, S.
Tomizaki, K.
Tomizaki, K.
Tomkeviciene, A.
Tomlinson, A.L.
Tomoda, H.
Tomoguchi, S.
Tomohara, K.
Tomokage, N.
Tomonaga, H.
Tomono, K.
Tomosaka, H.
Tomura, T.
Tong, A.
Tong, A.
Tong, A.
Tong, B.
Tong, M.
Tong, S.
Tong, Y.
tong, z.
Tonks, I.A.
Tonouchi, D.
Toops, T.J.
Tor, Y.
Torii, H.
Torii, M.
Torii, Y.
Torikai, E.
Torikai, K.
Torimoto, T.
Toriumi, N.
Toriz, G.
Toriz, G.
Toriz, G.
Torkelson, J.
Torkelson, J.
Torres, T.
Tosaka, M.
Toscano, J.P.
Tosha, T.
Toshima, K.
Toshima, K.
Toshima, N.
Toshima, T.
Toste, F.
Totani, M.
Tottori, N.
Tournilhac, F.
Tovar, J.D.
Tovar, J.D.
Towns, E.N.
Townsend, A.
Townsend, C.A.
Toy, P.H.
Toyama, H.
Toyama, H.
Toyoda, R.
Toyoda, S.
Toyoda, T.
Toyonaga, K.
Toyooka, Y.
Toyosato, K.
Toyoshima, A.
Toyota, S.
Toyouchi, T.
Tran, B.V.
Tran, C.D.
Tran, D.L.
Tran, T.M.

400 –PRESENTERS

Kobe U
National Inst of AIST
Yamaguchi U
Doshisha Woman’s College
Tohoku U
Tokyo Inst of Tech
Nihon U
Kyoto UU Tsukuba
AIST and Tech
Tottori U
Ryukoku U
Ryukoku U
Kaunas U Tech
U North Georgia
Kitasato U
Tohoku U
U Toyama
Kyushu U
Oita UU Nat Col Tech
NIT, Gunma Col
Nagoya U
Tsinghua U
Tsinghua U
Tsinghua U
Beijing Inst of TechSun Yat-Sen U
Chinese Academy of Scis
Georgetown U
U Florida
U Minnesota
Nagoya U
Oak Ridge National Laboratory
UC San Diego
Shizuoka U
Nagoya U
Sophia U
U Yamanashi
Kyushu U
Nagoya U
U Tokyo
U Guadalajara
U Guadalahara / Chalmers U Tech
U Guadalajara
Northwestern U
Northwestern U
Autonoma U Madrid
Kyoto U
Johns Hopkins U
RIKEN SPring-8
Keio U
Keio UTokyo U Sci, Yamaguchi
Meiji UUC Berkeley
NAISTTokyo Inst of Tech
UMR7167 CNRS-ESPCIJHUJHUU California, DavisU Tasmania
Johns Hopkins U
U Hong Kong
Kyoto UU Tokyo
U TokyoYokohama National U
UEC
Tokyo Inst of Tech
Tokyo U Sci
JAISTJapan Atomic Energy Agency
Tokyo Instd of Tech
Kobe UU Groningen
Marquette U
U Hawaii at Manoa
State U New York at Albany

PHYS
ENRG
MTLS
ORGN
ENRG
MACR
MTLS
ENRG
ENVR
ANYL
MTLS
BIOL
MTLS
MTLS
ORGN
HLTH
INOR
ORGN
INOR
ENRG
MTLS
ENVR
ORGN
ANYL
MACR
MACR
MACR
INOR
PHYS
PHYS
MACR
INOR
ORGN
ENRG
ORGN
PHYS
ORGN
ANYL
PHYS
ORGN
MTLS
ORGN
MACR
MACR
ENVR
MACR
ENVR
ORGN
MACR
ORGN
INOR
ORGN
BIOL
MTLS
MTLS
ORGN
HLTH
BIOL
MACR
ORGN
MTLS
ANYL
ANYL
BIOL
ORGN
ORGN
HLTH
INOR
BIOL
ENRG
MTLS
MTLS
BIOL
INOR
ORGN
MACR
MTLS
ORGN
BIOL
ENVR

987
133
1376
1813
1023
257
2436
821
739
298
2408
1014
118
1562
1873
151
1822
2076
982
117
932
198
2077
119
1083
1423
984
542
1391
1821
278
1193
984
1
61
483
2248
210
83
2562
2281
1855
461
604
580
1494
579
1527
1611
563
1234
39
246
1138
911
250
320
1114
98
1299
260
981
669
919
2397
2203
661
1300
356
143
1762
2682
1316
2034
1384
1014
2269
621
579
787

Tran, T.M.
Tran-Cong-Miyata, Q.
Tran-Maignan, t.
Tranmer, G.
Travas-Sejdic, J.
Travlou, N.
Trenary, M.
Tretiak, S.
Tretiak, S.
Trevitt, A.
Trevitt, A.
Trevitt, A.
Trifonov, A.
Trindle, C.
Trinh, H.T.
Trinh, H.T.
TRINH, N.
Tripathi, S.R.
Tripp, J.
Trojer, P.
TRONCONI, E.
Trong Tue, P.
Tropsha, A.
Trossini, G.
Trost, B.M.
Trotochaud, L.
Trouillon, R.
Trouillon, R.
Truchon, J.
Truhlar, D.G.
Truhlar, D.G.
Truong, A.M.
TRUONG, Q.
Try, A.C.
Tryk, D.A.
Tsae, P.K.
Tsai, D.
Tsai, D.
Tsai, H.
Tsai, H.G.
Tsai, M.
Tsai, M.B.
Tsai, Y.
Tsai, Y.
Tsang, P.D.
Tsao, F.
Tsarevsky, N.V.
Tsarevsky, N.V.
Tschulik, K.
Tschumper, G.S.
Tschumper, G.S.
Tschumper, G.S.
Tseng, K.
Tseng, K.
Tseng, M.
Tseng, S.
Tseng, Y.
Tseng, Y.J.
Tseytlin, M.
Tsianou, M.
Tsianou, M.
Tskhovrebov, A.
Tsotsalas, M.
Tsouris, C.
Tsouris, C.
Tsubaki, S.
Tsubaki, S.
Tsubaki, S.
Tsuboi, Y.
Tsubokura, K.
Tsubomura, T.
Tsuchida, A.
Tsuchido, Y.
Tsuchiizu, M.
Tsuchikawa, H.
Tsuchiya, K.
Tsuchiya, K.
Tsuchiya, M.
Tsuchiya, S.
Tsuchiya, Y.

State U New York at Albany
Kyoto Inst of TechU Paris-Sud, Pharm
U Manitoba
U Auckland
City U New YorkU Illinois, Chicago
Los Alamos National Laboratory
Los Alamos National Laboratory
U Wollongong
U Wollongong
U Wollongong
Inst Organomet Chem, Russ Academy
U Virginia
Osaka Prefecture U
Osaka Prefecture U
U NEWCASTLE
Nagoya U
San Francisco State U
Constellation Pharmaceuticals
Politecnico di Milano
JAIST
U North Carolina, Chapel Hill
U São Paulo
Stanford U
Lawrence Berkeley Nat Lab
EPFL
EPFL
Vertex Pharmaceuticals Inc
U Minnesota
U Minnesota
Tokyo U Agri & TechTOHOKU U
Macquarie U
U Yamanashi
Carleton U
National Tsing Hua U
Academia Sinica
National Cheng Kung U
National Central U
Academia Sinica
Nat Taiwan Normal U
National Tsing Hua U
National Tsing Hua U
Kyushu U
U Toronto
Southern Methodist U
Southern Methodist U
U Oxford
U Mississippi
U Mississippi
U Mississippi
Japan Analytical Industry
Japan Analytical Industry
Academia Sinica
Tamkang U
Osaka Prefecture U
National Taiwan U
Dartmouth, MedU Buffalo, SUNYU Buffalo, SUNYUC Berkeley
Karlsruhe Inst Tech (KIT)Oak Ridge National Laboratory
Oak Ridge National Laboratory
Kochi U
Kochi U
Kochi U
Osaka City U
RIKEN
Seikei U
Sophia U
Sophia U
Nagoya U
Osaka U
Tokai U
Kanagawa U
U TokyoTohoku U
Aoyama Gakuin U

ENVR
PHYS
ANYL
ORGN
MTLS
MTLS
PHYS
PHYS
PHYS
PHYS
PHYS
PHYS
INOR
PHYS
ENVR
ENRG
HLTH
ANYL
SCTY
HLTH
ENRG
BIOL
MTLS
HLTH
ORGN
MTLS
ANYL
MTLS
PHYS
PHYS
PHYS
MTLS
MTLS
ORGN
PHYS
BIOL
MTLS
PHYS
INOR
PHYS
BIOL
ENRG
INOR
INOR
MTLS
INOR
MACR
MACR
ANYL
PHYS
PHYS
PHYS
MACR
ORGN
ANYL
MACR
ORGN
ORGN
MTLS
MACR
MTLS
INOR
MTLS
SCTY
ENRG
MTLS
ENRG
ENRG
ANYL
ORGN
INOR
MTLS
ANYL
ORGN
BIOL
ANYL
MACR
INOR
ANYL
INOR

886
763
724
695
142
368
500
978
1227
1725
1884
2073
208
747
209
550
494
880
401
680
59
1115
218
348
2325
1233
891
65
279
47
1703
2683
890
871
2043
1272
117
1652
980
894
757
409
627
2060
1574
496
1070
1598
240
66
997
1494
320
2078
843
1228
1333
1617
2095
429
537
1872
166
336
1018
56
682
850
702
769
846
305
218
985
413
808
145
1046
1154
1072

Tsuchizawa, Y.
Tsuda, K.
TSUDA, S.
Tsuda, T.
Tsuda, T.
TSUDA, Y.
Tsue, H.
Tsuge, K.
Tsuge, K.
Tsuge, M.
TSUGOSHI, T.
Tsuji, H.
Tsuji, K.
Tsuji, M.
Tsuji, M.
Tsuji, N.
Tsuji, R.
Tsuji, R.
Tsuji, Y.
Tsuji, Y.
Tsuji, Y.
Tsuji, Y.
Tsujii, A.
Tsujii, N.
Tsujii, Y.
Tsujimoto, Y.
Tsujimura, S.
Tsujimura, S.
TSUJINO, Y.
Tsujioka, H.
Tsukada, K.
Tsukada, S.
Tsukamoto, H.
Tsukamoto, K.
Tsukamoto, M.
Tsukamoto, S.
Tsukuda, T.
Tsukuda, T.
Tsukuda, T.
Tsumori, N.
Tsumura, M.
Tsumuraya, T.
Tsunashima, R.
Tsunega, S.
Tsunehara, Y.
Tsunematsu, Y.
Tsunenari, N.
Tsuneshige, A.
Tsunoda, K.
Tsunoda, T.
Tsunoji, N.
Tsunomura, M.
Tsurugi, H.
Tsurugi, H.
Tsurugi, H.
Tsurumi, H.
Tsurumi, S.
Tsuruoka, N.
Tsushima, S.
Tsuta, M.
Tsutsuba, T.
Tsutsui, A.
Tsutsui, K.
Tsutsui, M.
Tsutsui, Y.
Tsutsumi, H.
Tsutsumi, O.
Tsutsumi, Y.
Tsuyuki, M.
Tsuzuki, M.
Tsvetkova, I.B.
Tu, C.
Tu, M.
Tu, T.
Tu, Y.

RIKEN
Keio U
Osaka Dental U
Nagoya U
Chubu UU Fukui
Kyoto U
U Toyama
U Toyama
National Chiao Tung U
AIST
U TokyoRitsumeikan U
Kyushu U
Kyushu U
Keio UKANEKA CORPORATION
Kaneka Corporation
Kyushu U
Kyushu U
U TokyoTokyo U Sci
Tokyo Inst of Tech
Kwansei Gakuin U
Kyoto UNIMS
Kyoto Inst of Tech
Kyoto Inst Tech
JAIST, Mtls Sci
Osaka City U
Japan Atomic Energy Agency
Tokyo U Sci
Tohoku U
Hyogo U Health Sci
NAISTKumamoto U
U Tokyo
U Tokyo
U Yamanashi
NIT, Toyama Col
U Shiga Prefecture
Osaka Prefecture U
Yamaguchi U
Kanagawa U
Tottori U
U Shizuoka
Nihon U
Hosei U
Gunma U
Hokkaido U
HIroshima U
National Defense Academy
Osaka U
Osaka U
Osaka U
Meijo U
Kanagawa U
Tokyo U Agri & Tech
Helmholtz Zentrum Dresden Ross
Nat Agri & Food Res Org
Tokyo Inst of Tech
RIKEN
Osaka U
Osaka UU Yamanashi
Fukuyama U
Ritsumeikan U
Tokyo U Sci
Keio U
Kobe U
Indiana U
Fu Jen Catholic U
Auburn U
Fudan U
Kobe UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

BIOL
MTLS
INOR
MACR
HLTH
ANYL
ORGN
INOR
INOR
PHYS
ENVR
ORGN
ENRG
ENRG
INOR
MTLS
MTLS
MTLS
INOR
INOR
SCTY
MTLS
ENRG
MTLS
MACR
INOR
MTLS
MTLS
ENVR
MTLS
INOR
MACR
ORGN
ORGN
MTLS
ORGN
PHYS
PHYS
INOR
ENRG
ORGN
ANYL
MTLS
MACR
BIOL
BIOL
PHYS
BIOL
ANYL
ORGN
ENRG
MACR
INOR
INOR
ORGN
ORGN
ENRG
BIOL
INOR
ENVR
MACR
ORGN
BIOL
ANYL
MACR
ORGN
MACR
MTLS
PHYS
ANYL
BIOL
MTLS
MACR
ORGN
MTLS

1354
1517
1022
651
294
927
1714
49
844
930
702
329
183
68
961
705
2254
2255
573
967
20
1749
774
913
366
1350
2729
745
716
1528
767
255
2412
1618
1420
1402
186
955
1070
707
1934
1092
1311
1250
831
698
1529
1389
1043
2606
674
193
558
828
2487
2544
728
320
1964
50
668
1193
1116
44
975
824
1445
1845
622
801
1046
2023
277
2446
1619

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Tu, y.
TU, Y.
Tubaro, A.
Tubaro, A.
Tubman, N.
Tucker, M.J.
Tucker, V.
Tufenkji, N.
Tuli, S.
Tullius, T.
TUMURBAATAR, O.
Tung, C.
Tung, C.
Tung, K.
Tungjiratthitikan, P.
Tunick, M.
Tunsu, C.
Tuononen, H.M.
Turecek, F.
Turgeon, P.
Türkay, Ö.
Türler, A.
Turley, H.K.
Turn, S.Q.
Turner, A.
Turner, D.
Turner, M.L.
Turner, M.L.
Turro, C.
Twengstrom, M.
tyagi, a.
Tykwinski, R.R.
Tyndall, J.
Tynell, T.
Tyopine, A.
Tyumentsev, M.
Tzanov, T.
TZENG, B.
Ube, H.
Ubukata, T.
Uchida, A.
Uchida, K.
Uchida, K.
Uchida, R.
Uchida, S.
Uchida, S.
Uchida, S.
Uchida, T.
Uchida, Y.
Uchida, Y.
Uchikado, S.
UCHIMURA, T.
Uchiumi, Y.
Uchiyama, J.
Uchiyama, M.
Uchiyama, M.
Uchiyama, R.
Uchiyama, T.
Uda, T.
Udagawa, A.
Udagawa, A.
Udaka, H.
Uddin, J.
Uddin, J.
Uddin, M.
Udovic, T.J.
Udovic, T.J.
Ueda, A.
Ueda, A.
Ueda, D.
Ueda, H.
Ueda, H.
Ueda, H.
Ueda, H.R.
Ueda, K.

Yangzhou U
Lanzhou U
U Trieste
U Trieste
U Illinois
U Nevada, Reno
U Delhi, Gargi Col
McGill U
U Memphis
Boston U
Kitami Inst of Tech
Tech Inst Phys and Chem
Tech Inst Phys and Chem
National Taiwan U
Kyushu U
U.S. Dept. of Agriculture
Chalmer U Tech
U Jyväskylä
U Washington
U Sherbrooke
Gebze Technical U
Paul Scherrer Institut
U Notre Dame
U Hawaii
U Hawaii at Manoa
Monash U
U Manchester
U Manchester
The Ohio State U
Royal Inst of Tech
Kyoto UU Erlangen-Nürnberg
U OtagoNIMS
Ndufu Alike Ikwo
Chalmer U TechU Politech Catalunya
National Chung Cheng U
U TokyoYokohama National U
Nihon UTokyo U, Med & Dental
Ryukoku U
Kitasato U
U Tokyo
U TokyoNat Inst Rad Sci
Kobe U
Osaka U
Chuo U
Kumamoto U
U FukuiTokyo U Marine Sci Tech
Tottori U
Nagoya U
Nagoya U
waseda U
Tokyo U Sci (RIKADAI)
Oita U
Waseda U
Waseda U
Saitama U
Coppin State U
Coppin State U
Okayama U
NISTNISTU TokyoNagasaki U
Niigata U
Tohoku U
Tokyo Inst of Tech
Tokyo Inst. Technol.
U TokyoKansai U

PHYS
ORGN
ANYL
SCTY
PHYS
PHYS
SCTY
ENVR
ENRG
BIOL
MACR
ORGN
ORGN
MACR
ORGN
ENVR
INOR
INOR
PHYS
PHYS
PHYS
INOR
PHYS
ENRG
BIOL
MTLS
MACR
MTLS
INOR
PHYS
ORGN
ORGN
HLTH
INOR
ANYL
INOR
MTLS
INOR
ORGN
MTLS
INOR
ORGN
MTLS
ORGN
MTLS
MTLS
ENVR
ANYL
MTLS
ENRG
MTLS
ANYL
ENVR
MTLS
MACR
MACR
ENVR
ORGN
BIOL
MACR
ORGN
ANYL
ANYL
ENRG
ENRG
ENRG
ENRG
MTLS
ORGN
BIOL
ORGN
BIOL
BIOL
BIOL
MACR

1511
1801
1231
36
1404
1633
387
118
421
449
897
18
2531
1525
939
102
186
972
1693
1178
1116
1757
856
567
163
163
1347
2745
1210
100
928
1383
88
1355
1008
1372
2516
226
2095
1502
1324
1519
1868
2079
1035
2474
771
997
2264
192
58
842
329
2409
638
1263
645
773
418
903
986
783
952
816
121
603
611
1714
2242
707
2317
254
789
1235
927

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–401

NAME INDEX
Ueda, K.
Ueda, K.
Ueda, M.
Ueda, M.
Ueda, M.
Ueda, M.
Ueda, M.
Ueda, T.
Ueda, T.
Ueda, T.
Ueda, Y.
Ueda, Y.
Ueda, Y.
Uehara, E.
Uehara, H.
Uehara, H.
Uehara, M.
Uehara, N.
Uehara, N.
Uehara, S.
Ueji, K.
Ueji, K.
Ueki, R.
Uekusa, H.
Uematsu, K.
Uemiya, S.
Uemura, A.
Uemura, D.
Uemura, K.
Uemura, S.
UEMURA, S.
Uemura, T.
Uemura, T.
Uemura, Y.
Ueno, I.
Ueno, J.
Ueno, K.
Ueno, K.
Ueno, K.
Ueno, N.
Ueno, R.
Ueno, S.
Ueno, S.
Ueno, S.
Ueno, S.
Ueno, T.
Ueno, T.
Ueno, T.
Ueno, Y.
Uenuma, M.
Uesugi, D.
Uesugi, M.
Uesugi, M.
Uesugi, S.
Ueta, M.
Ueta, Y.
Ueyama, A.
Ugai, T.
Ugalde, J.M.
Uhl, W.
Ui, M.
Ui-Tei, K.
UJI, S.
Ujie, M.
Ujiie, S.
Ukaji, K.
Ulbricht, M.
Ulbricht, M.
Ulijn, R.V.
Ulloa, B.
Ullrich, S.
Uludag, H.
Um, M.
Um, S.
UM, T.
Umakoshi, H.
Umakoshi, H.
Umakoshi, K.
Umakoshi, K.
Umeda, T.

402–PRESENTERS

Kyoto UU Tokyo
Kobe Pharmaceutical U
Ochanomizu U
Osaka U
Tohoku U
Osaka Prefecture U
Kobe U
Kobe U
Kagoshima U
Kyoto U
Osaka City U
Konan U
Ochanomizu U
Gunma U
Hokkaido U
Tokyo U Agriculture
Utsunomiya U
Utsunomiya U
Tokyo Metro Inst Pub HealthTokyo U Sci
RIKEN
U TokyoTokyo Inst of Tech
Fukui Prefectural U
Gifu U
Tottori U
Kanagawa U
Nat Food Res Inst, NARO
Kagawa U
Kwansei Gakuin U
Kyoto U
Kyoto Inst of TechInst for Molecular Sci
Tokyo U Sci
Gunma U, Sci Tech
Shanghai Inst Tech
Tohoku U
Hokkaido U
Kinki U
Tokai UU Yamanashi
Tohoku U
Fukuoka U
Tohoku U
Tokyo Inst of Tech
Tokyo Inst of Tech
Osaka Prefecture U
NTT Basic Research Laboratories
NAIST
Okayama U Sci
Kyoto U
Kyoto U
Iwate UTokyo U Sci
Tokyo Inst of Tech
Kochi U
Hokkaido U
Donostia Int Phys Cntr
U Muenster
Tohoku U
U Tokyo
NIMS
Keio U
Oita UTokyo Metropolitan U
U Duisburg-Essen
U Duisburg-Essen
CUNY
Cal State U, LA
U wuerzburg
U Alberta
Ulsan U
Sungkyunkwan U
SEOUL NATIONAL U
Osaka U
Osaka U
Nagasaki U
Nagasaki U
U Tokyo

MACR
ENRG
ORGN
ENRG
BIOL
ORGN
ORGN
SCTY
SCTY
ENVR
ORGN
ORGN
MTLS
MACR
MACR
PHYS
HLTH
ANYL
MTLS
ANYL
INOR
MTLS
BIOL
ORGN
ANYL
ENRG
BIOL
ORGN
ENVR
MTLS
PHYS
MACR
MACR
PHYS
PHYS
INOR
MTLS
MTLS
PHYS
MACR
MACR
MTLS
INOR
INOR
ENVR
INOR
BIOL
ORGN
ANYL
MTLS
BIOL
ORGN
ORGN
ORGN
MTLS
ORGN
MTLS
BIOL
PHYS
INOR
BIOL
ORGN
MTLS
MTLS
MACR
PHYS
MACR
MACR
MACR
ORGN
INOR
MTLS
MACR
MTLS
BIOL
ANYL
MTLS
INOR
INOR
ENRG

727
1041
840
333
638
1081
710
209
224
2
2200
1895
706
1210
1032
1540
298
1131
2350
1192
583
2121
1335
664
1010
742
985
45
166
2712
870
1041
326
216
1721
1313
1432
2684
1421
923
514
2816
99
925
489
1144
156
809
614
2585
570
1750
2458
2080
2685
1953
1483
709
1880
21
1168
1210
1947
69
1498
750
219
1349
1505
2055
461
214
445
215
819
706
1801
51
1215
766

Umehara, T.
Umehara, Y.
Umemoto, K.
Umemoto, T.
Umeno, H.
Umetsu, M.
Umetsu, M.
Umezawa, K.
Umezawa, N.
Umezawa, T.
Umezono, S.
Umi, T.
Umrigar, C.J.
Unciti-Broceta, A.
Une, K.
Unegi, Y.
Ungar, G.
Ungar, G.
Ungar, G.
Uno, H.
Uno, H.
Unoh, Y.
Unrau, P.J.
Unrau, P.J.
Uonomi, K.
Uosaki, K.
Uozumi, Y.
Uozumi, Y.
Upmacis, R.K.
Upmacis, R.K.
Ura, K.
Urabe, D.
Uraguchi, D.
URAI, S.
Urano, Y.
Urano, Y.
Urano, Y.
Uraoka, M.
Urayama, M.
Urayama, T.
Urbach, A.
Urban, M.W.
Urban, M.W.
Urbano, L.
Uribe, E.C.
Urino, H.
Urisu, T.
Urquhart, S.
Uruma, Y.
Urushibara, K.
Urushima, A.
Uryu, M.
Usami, H.
Usami, H.
Usuba, R.
Usuda, K.
Usui, K.
Usuki, S.
Utaka, Y.
Ute, K.
Uthuppu, B.
Uto, Y.
Utsui, T.
Utsunomia, C.
Utsunomiya, T.
Utz, A.
Uzarevic, K.
Uzarevic, K.
Uzarevic, K.
Uzelac, M.
Vaccarello, D.
Vaccaro, L.
Vacha, M.
Vachet, R.W.
Vaissier, V.
Vajda, S.
Vajda, S.
Vajda, S.
Vakhrushev, S.
Valanoor, N.

Hosei U
Kyoto U
Yamagata U
Zhejiang Jiuzhou Pharm Co
Fukuoka U
Tohoku U
Tohoku U
U Tokyo
NIMS
Hokkaido U
Wakayama U
Gakushuin U
Cornell U
U Edinburgh
Osaka U
Mito Dai-ni high school
Zhejiang Sci-Tech U
Zhejiang Sci-Tech U
Zhejiang Sci-Tech U
Ehime U
Nagoya U
Osaka U
Simon Fraser U
Simon Fraser U
Chuo UNIMSInst for Molecular Sci
Inst for Molecular Sci
Pace U
Pace UU Fukui
U Tokyo
Nagoya U
Yokohama National U
U Tokyo
U Tokyo
U TokyoHiroshima U
Kinki U
Osaka U
Trinity U
Clemson U
Clemson U
King’s College London
UC Berkeley
Toho U
Nagoya U
U Saskatchewan
NIT, Yonago Col
Ochanomizu U
Nagoya U
Nara Nat Col Tech
Shinshu U
Shinshu U
U Tsukuba
Tokyo U Agri & Tech
Kyushu U
Tokyo U Sci
Kinki U
Tokushima U
Technical U Denmark
Tokushima U
Gunma U
Hokkaido U
Kyoto U
Tufts U
Ruder Boskovic Inst
Ruder Boskovic Inst
Ruder Boskovic InstU Strathclyde
U Western Ontario
U di Perugia
Tokyo Inst of TechU Mass, Amherst
MIT
Boston U
Argonne National Laboratory
Argonne National Laboratory
Ioffe InstUNSW Australia

MTLS
BIOL
MTLS
ORGN
BIOL
MTLS
ANYL
ANYL
MTLS
ORGN
ORGN
ORGN
PHYS
BIOL
MTLS
PHYS
MACR
ORGN
MTLS
MTLS
BIOL
ORGN
BIOL
BIOL
ANYL
PHYS
ORGN
ORGN
INOR
INOR
INOR
ORGN
ORGN
MACR
ANYL
ANYL
INOR
PHYS
MACR
ORGN
ORGN
MACR
ORGN
MTLS
INOR
MTLS
BIOL
ANYL
ORGN
ORGN
ORGN
ORGN
MTLS
ENRG
ANYL
ORGN
INOR
PHYS
ORGN
MACR
ENVR
HLTH
BIOL
MACR
MACR
PHYS
ORGN
ORGN
ORGN
INOR
MTLS
ORGN
PHYS
ANYL
PHYS
HLTH
PHYS
PHYS
MTLS
MTLS

2052
1117
938
1352
890
1859
822
1218
2523
865
503
393
1400
223
1527
1068
1174
646
1633
382
1118
2477
261
681
494
1913
1686
2294
747
1495
1478
142
2112
306
691
1029
390
1047
977
925
1661
1592
242
552
1969
2116
954
1050
2081
1327
1335
2526
1174
342
447
2607
1936
655
1283
1300
835
461
639
773
946
1851
294
295
956
1949
1014
2293
495
413
974
11
477
961
2305
2564

Valarelski, I.
Valdebenito, S.
Valderrama, J.O.
Valderrama, J.O.
Valeev, E.F.
Valentina, S.
Valentina, S.
Valentine, S.J.
Valiev, M.
Valiyaveettil, S.
Valiyaveettil, S.
Valla, J.
Vallet, V.
Valtchev, V.
Vamvounis, G.
van Amerongen, H.
Van Antwerp, J.
van de Lagemaat, J.
van der Boom, M.E.
van der Donk, W.A.
van der Donk, W.A.
Van der Eycken, E.
van der Meulen, N.
van der Vlies, A.J.
van der Vlugt, J.
van der Vlugt, J.
van der Vlugt, J.
van Drunen, J.
van Drunen, J.
van Drunen, J.
Van Duyne, R.P.
Van Duyne, R.P.
Van Duyne, R.P.
Van Dyke, A.R.
van Eersel, H.
Van Emon, J.
van Esch, J.
Van Eyk, J.E.
van grondelle, r.
van Heiningen, A.
Van Lanen, S.G.
Van Leeuwen, M.
Van Leeuwen, M.
Van Stipdonk, M.
Van Voorhis, T.
Van Zeeland, R.G.
Vanden Bout, D.A.
VandenPlas, J.R.
Vander Pol, S.S.
Vanderwal, C.
Vandichel, M.
Vanhaecke, F.
Vanicek, J.
Vantasin, S.
Vantasin, S.
Vapaavuori, J.
Vapaavuori, J.
Varberg, T.D.
Varela, J.A.
Varenne, A.
Varganov, S.A.
Vargas Lara, F.
Vargas-Baca, I.
Varjas, C.
Varma, A.J.
Varma, R.S.
Varma, R.S.
Varma, R.S.
Varma, S.
Varma, S.
Varma-Nelson, P.
Varma-Nelson, P.
Vasanthakumari, S.M.
Vasconcellos, P.C.
Vasiliauskiene, B.L.

KAUST, King Abdullah U Sci Tech
U de Chile
U La Serena
U La Serena
Virginia Tech
Tokyo Inst of Tech
Tokyo Inst of TechWest Virginia U
EMSL PNNLNat U Singapore
Nat U Singapore
U Connecticut
CNRS
Jilin UJames Cook U
Wageningen U
Waters Corp
Nat Renewable Energy Lab
Weizmann Inst of Sci
U Illinois, Howard Hughes Med InstU Illinois, Howard Hughes Med InstKU Leuven BE0419052173
Paul Scherrer Inst
Osaka U
U Amsterdam
U Amsterdam
U Amsterdam
Queen’s U
U de Sao PauloU de Sao Paulo
Northwestern U
Northwestern U
Northwestern U
Fairfield U
Eindhoven U Tech
U.S. EPA
Delft U Tech
Cedar Sinai Medical Center
VU U
U MaineU Kentucky
U Western Sydney
U Western Sydney
Duquesne U
MIT
Iowa State U
U Texas at Austin
Grand Valley State U
NIST
UC Irvine
Ghent U
Ghent U
Ecole Polytech Fed de Lausanne
Kwansei Gakuin U
Kwansei Gakuin U
U Montreal
U Montreal
Macalester College
U Santiao Compostela
Chimie ParisTech
U Nevada, Reno
NIST
McMaster U
U Oklahoma
CSIR-Nat Chem Lab
US EPA
US EPA
US EPAU South Florida
U South Florida
IUPUI
IUPUI
Knagawa U
U São Paulo
Vilnius U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
PHYS
SCTY
SCTY
PHYS
MACR
MACR
ANYL
PHYS
MACR
ORGN
ENRG
INOR
ENRG
MTLS
BIOL
ANYL
PHYS
MTLS
ENVR
BIOL
ORGN
HLTH
MTLS
INOR
INOR
INOR
ANYL
PHYS
ENRG
PHYS
PHYS
PHYS
ORGN
MTLS
ENVR
MTLS
ANYL
BIOL
MACR
BIOL
ANYL
ENVR
INOR
PHYS
INOR
PHYS
SCTY
ENVR
ORGN
PHYS
ANYL
PHYS
PHYS
PHYS
MTLS
MTLS
PHYS
ORGN
ANYL
PHYS
MACR
INOR
INOR
ENRG
ORGN
ENVR
ENRG
PHYS
PHYS
SCTY
SCTY
INOR
PHYS
MTLS

315
1289
226
397
2026
1206
1207
94
1620
1531
1897
839
1687
673
1497
101
653
172
486
872
1156
253
139
2171
235
733
1993
526
1917
134
106
1196
1425
2362
1253
531
123
599
51
395
1154
1198
496
1967
1276
1874
492
243
403
2142
686
458
432
400
867
1869
2556
1280
1814
6
572
809
337
1491
132
72
408
618
681
2000
148
308
1196
1985
1551

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Vasko, P.
Vasu, P.
Vasylieva, N.
Vaughan, J.
Vauthey, E.
Vaz, M.G.
VAZQUEZLANDAVERDE, P.A.
Veauthier, J.M.
Veauthier, J.M.
Vecchio-Sadus, A.
Veciana, J.
Veciana, J.
Vedarajan, R.
Vederas, J.C.
Vederas, J.C.
Vedernikov, A.
Vega, A.
Vegge, T.
Veglia, G.
Veige, A.S.
Veige, A.S.
Veige, A.S.
Veinot, J.
Veldhuizen, R.
Velev, O.D.
Velev, O.D.
Velizhanin, K.A.
Velloth, A.
Vendrell, M.
Venegas-Yazigi, D.
Venkatakrishnan, K.
Venkateswaran, R.
Venkateswaran, R.
Ventrici, J.
Vequizo, J.M.
Verkhusha, V.V.
Verma, P.
Verma, R.K.
Vermette, J.
Veryasov, G.
Vetrone, F.
Viasus, C.J.
Victoria-Valenzuela, D.
Vidal-Ferran, A.
Vidovic, D.
Vidovic, D.
Viglianti, L.
Viglianti, L.
Vilesov, A.
Villagran, D.
Villalobos, L.
Villaume, M.T.
Villeneuve, D.L.
Villeneuve, D.M.
Vimalanathan, K.
Vinogradov, S.
Vinogradov, S.
Vinogradova, E.V.
Virca, C.N.
Visbal, H.
Visco, M.D.
Vitense, K.
VITTAL, J.J.
VITTAL, J.J.
VITTAL, J.J.
Vo, D.N.
Vocadlo, D.J.
Voet, A.R.
Vogel, D.J.
Vogt, N.
Vogt, T.
Vohra, A.
Vojvodic, A.
Völker, T.

U Jyvaskyla
Central Food Tech Res InstU California, Davis
U Queensland
U Geneva
U Federal Fluminense
INSTITUTO POLITECNICONACIONAL
Los Alamos National Lab
Los Alamos National Lab
CSIRO
CSIC
CSIC
JAIST
U Alberta
U Alberta
U Maryland
U Valladolid
Technical U Denmark
U Minnesota
U Florida
U Florida
U Florida
U Alberta
Western U
North Carolina State U
North Carolina State U
Los Alamos National Laboratory
Tokyo Metropolitan U
U Edinburgh
CEDENNA
School of Nutrition
U Ottawa
U Ottawa
U California, Davis
Toyota Technological Inst
Albert Einstein College Med
Osaka U
ISIR, Osaka U
U Sherbrooke
Kyoto U
INRS-EMT, U du Québec
U Ottawa
CIQA
ICIQ (ICIQ)
Nanyang Tech U
Nanyang Tech U
U Degli Studi di Milano
U Degli Studi di Milano
U Southern California
U Texas, El Paso
KAUST
The Scripps Research InstUS EPA
National Research Council
Flinders U
U Pennsylvania
U Pennsylvania
MIT
Portland State U
Kyoto UThe Ohio State U
Cameron U
Nat U Singapore
Nat U Singapore
Nat U Singapore
U Malaysia Pahang
Simon Fraser U
RIKEN
U South Dakota
U Cologne
U South Carolina
U Windsor
SLAC Nat Accelerator Lab
Philipps-U Marburg

INOR
ENVR
ANYL
INOR
PHYS
MTLS
ENVR

471
778
32
1369
1873
2794
394

INOR
MTLS
SCTY
HLTH
MTLS
SCTY
BIOL
BIOL
INOR
PHYS
ENRG
BIOL
INOR
INOR
MACR
MTLS
PHYS
PHYS
MTLS
PHYS
PHYS
BIOL
INOR
ENVR
SCTY
SCTY
MTLS
ENRG
BIOL
ENRG
ORGN
PHYS
INOR
MTLS
INOR
MACR
ORGN
INOR
INOR
MACR
MACR
PHYS
INOR
MTLS
ORGN
ENVR
PHYS
MTLS
ORGN
PHYS
BIOL
ENRG
ENRG
ORGN
SCTY
INOR
ORGN
MTLS
ENRG
BIOL
BIOL
PHYS
INOR
INOR
MTLS
ENRG
BIOL

1963
580
19
261
174
396
911
1198
1438
596
518
208
727
1666
1346
127
1470
1718
1727
1243
231
749
811
621
156
342
1430
414
21
736
1619
757
1737
1034
622
1477
2350
1314
2029
1444
1449
2038
818
1984
540
147
127
1414
1305
94
1387
829
687
2610
142
86
1487
595
700
468
1384
1109
577
1990
352
403
406

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–403

NAME INDEX
Vollmer, M.
Volmer, D.A.
von Gunten, U.
von Helden, G.
von Helden, G.
von Itzstein, M.
von Itzstein, M.
von Salm-Fries, J.L.
Vong, K.K.
Vonhof, E.
Voorhees, K.J.
Vorobiev, A.K.
Voth, G.
Voynov, M.A.
Vriamont, C.
Vriesen, M.
Vu Thi, H.
Vu, D.
VU, H.T.
Wachi, A.
Wackett, L.P.
Wada, A.
WADA, E.
Wada, H.
Wada, H.
Wada, K.
Wada, K.
Wada, K.
Wada, M.
Wada, M.
Wada, N.
Wada, S.
Wada, S.
Wada, T.
Wada, T.
Wada, T.
Wada, T.
Wada, T.
Wada, T.
Wada, Y.
Wada, Y.
Wada, Y.
Wada, Y.
Wada, Y.
Wadayama, T.
Wade, E.A.
Wadkins, R.M.
Waga, T.
Wagener, K.B.
Waghmare, P.R.
Wagner, G.
Wagner, G.L.
Wagner, L.K.
Wagner, M.
Wagner, N.
Wagner, N.
Wai Hung, A.
Wajima, T.
Wajrak, M.
Wakabayashi, R.
Wakabayashi, S.
Wakabayashi, Y.
Wakaida, I.
Wakamiya, A.
Wakamiya, R.
Wakamiya, Y.
Wakao, O.
Wakata, K.
Wakayama, M.
Wakihara, T.
Wakimoto, T.
Wakioka, M.
Wakita, K.
Wakiyama, F.
Wakui, M.
Waldron, K.C.
Waldvogel, S.R.
Waldvogel, S.R.
Walker, G.
Walker, M.G.

404 –PRESENTERS

U Cologne
Saarland U
Swiss Fed Inst Aquatic Sci Tech
Fritz Haper Inst Planck Gesell
Fritz Haper Inst Planck Gesell
Griffith U
Griffith U
U South Florida
Riken
Washington U
Colorado School of Mines
Lomonosov Moscow State U
U ChicagoNorth Carolina State U
Imperial College London
U Western Ontario
Saigon Hitech Park Res & Dev
UC Riverside
JST, CREST, Osaka U
Ibaraki U
U Minnesota
Ritsumeikan U
Kyoto U
Ehime UNara Women U
Shimane U
KEK
RIKEN
Yamaguchi U
Rikkyo U
Toyo U
Hokkaido U
U Yamanashi
Tokyo U, Med & Dental
Tokyo U Sci
Tohoku U
Tohoku U
Tokyo U Sci
Graduate School of Sci
Kwansei Gakuin U
Kwansei Gakuin U
Kyoto UTokyo Inst of Tech
Kanazawa U
Tohoku U
Mills College
U Mississippi
Tokyo U Sci
U Florida
U Alberta
Harvard Medical School
Los Alamos National Laboratory
U Illinois, Urbana-Champaign
Goethe U
U Connecticut
U Connecticut
U Hong Kong
Chiba U
Edith Cowan U
Kyushu U
Suzuka U of Medical Sci
Extremophiles
Japan Atomic Energy Agency
Kyoto U
Hokkaido U
Kyushu U
Hokkaido U
Kumamoto U
Ritsumeikan U
U Tokyo
Hokkaido U
Kyoto U
Chiba U
Kyushu U
Yamagata U
U Montreal
Mainz U
Mainz UU of Toronto
U Sheffield

ORGN
ENVR
ENVR
PHYS
PHYS
HLTH
BIOL
HLTH
BIOL
PHYS
ANYL
MTLS
PHYS
MTLS
MACR
ORGN
ANYL
PHYS
ENRG
MTLS
ENVR
ENRG
ORGN
MTLS
INOR
INOR
PHYS
MTLS
ORGN
INOR
BIOL
INOR
MTLS
PHYS
PHYS
HLTH
ORGN
HLTH
MTLS
ORGN
PHYS
MTLS
ENRG
MTLS
PHYS
PHYS
BIOL
MTLS
MACR
PHYS
BIOL
HLTH
PHYS
INOR
PHYS
BIOL
MTLS
ANYL
ANYL
BIOL
ORGN
BIOL
ANYL
MTLS
MTLS
ORGN
ANYL
INOR
BIOL
ENRG
BIOL
INOR
ORGN
INOR
MACR
ANYL
ORGN
MTLS
ANYL
INOR

1974
603
110
1092
2071
678
469
402
422
1503
1057
2266
417
1980
68
786
568
1502
1003
591
874
184
929
1224
978
688
372
1974
424
447
323
1075
2815
382
1964
42
20
40
2100
708
862
1572
847
2686
1815
1477
687
1766
678
1261
368
552
1163
94
903
974
1546
366
527
1204
1847
303
1119
1825
1084
1260
820
1280
540
675
692
347
1590
529
422
1214
2488
186
701
1207

Walker, R.
Walker, R.
Walker, S.L.
Walla, P.J.
Wallace, G.G.
Wallbaum, J.
Waller, M.P.
Waller, M.P.
Waller, Z.A.
Wallington, T.J.
Walsh, M.J.
Walsh, P.J.
Walsh, S.M.
Walsh, T.R.
Walsh, T.R.
Walter, M.D.
Walter, N.G.
Walter, V.
Walter, V.
Walton, K.S.
Wan, K.
Wan, l.
Wan, Q.
Wan, Q.
Wan, X.
Wan, Y.
Wan, Y.
Wang, A.
Wang, A.
Wang, B.
Wang, B.
Wang, B.
Wang, B.
Wang, B.
Wang, B.
Wang, B.
Wang, B.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, C.
Wang, D.
Wang, D.
Wang, D.
Wang, D.
Wang, D.
WANG, D.
Wang, D.r.
Wang, F.
Wang, F.
Wang, F.
Wang, F.
Wang, F.
Wang, F.
WANG, F.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, G.
Wang, H.

Montana State U
UC San Diego
UC Riverside
U Braunschweig
U Wollongong
TU Braunschweig
Center Multiscale Theory & Comp
Center Multiscale Theory & Comp
UEA
Ford Motor Company
U Illinois, Chicago
U Pennsylvania
U Illinois, Urbana-Champaign
Deakin U
Deakin U
TU Braunschweig
U Michigan
FAU Erlangen Nuernberg
FAU Erlangen Nuernberg
Georgia Inst of TechU Toronto
Chinese Academy of Scis
Huazhong U Sci Tech
Huazhong U Sci Tech
Peking U
Peking U
Nanchang U
Dalian Inst Chem Phys, CASs
Dalian Inst Chem Phys
U Sci. & Tech of China
EMSL/PNNL
Georgia State U
Georgia State U
Beijing Inst of Tech
Changchun Inst Appl Chem, CAS
Beijing Inst of Tech
Beijing Forestry U
Tokyo U Agri & Tech
Nat Taiwan U Sci Tech
Wuhan U
Academia Sinica
Sun Yat-sen U
Soochow U
Chung Shan Medical U
Chung Shan Medical U
U TokyoWaseda U
National Tsing Hua U
National Chung Cheng U
Chinese Academy of Scis
U maryland
National Taiwan U
U Southern California
Chinese Academy of Scis
Inst High Energy Phys
Inst Process Eng
Chinese Academy of Scis
UC San Diego
Inst of Chemistry, CAS
Inst High Energy Physics
U TokyoNational Taiwan U
Peking U
Sichuan U
Dalian Inst Chem Phys
Brookhaven National Lab
Brookhaven National Lab
Dalian Inst Chem Phys
Cityu U Hong Kong
Nankai U
U Sci Tech, China
U Sci Tech, China
U Sci Tech, China
North Carolina State U
Inst Genetic & Dev Biol
Inst Genetic & Dev Biol
PNNL
RIKEN
Dalian U Tech
Stanford U

PHYS
PHYS
MTLS
BIOL
MTLS
ORGN
PHYS
PHYS
INOR
PHYS
ANYL
ORGN
BIOL
INOR
MACR
INOR
PHYS
ORGN
ORGN
INOR
INOR
MTLS
ORGN
ORGN
MACR
ENVR
ENVR
ORGN
ENRG
PHYS
PHYS
HLTH
ORGN
MACR
ORGN
MTLS
ENRG
ORGN
MACR
MTLS
ORGN
MTLS
INOR
HLTH
ENVR
ENRG
MACR
INOR
PHYS
ORGN
ENRG
ENRG
BIOL
ORGN
INOR
MTLS
ORGN
BIOL
MTLS
ENVR
ORGN
MACR
HLTH
PHYS
ORGN
MTLS
ENRG
ENRG
MTLS
MACR
MTLS
ORGN
ORGN
MTLS
ENVR
ENVR
ENVR
MTLS
MTLS
PHYS

1484
1801
511
103
145
505
275
639
780
1120
683
673
1268
1148
28
2054
342
466
1497
1697
839
327
1017
2158
240
509
482
75
102
1100
1395
561
1156
1156
2312
32
545
2611
520
994
1812
1625
1833
293
554
950
314
1498
14
1531
612
215
917
1693
1815
1898
2680
212
1834
744
1501
1355
80
179
175
2842
614
1062
2783
1400
1145
180
593
1958
34
604
750
810
106
1475

Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
Wang, H.
wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, J.
Wang, K.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, L.
Wang, M.
Wang, M.
Wang, M.
Wang, M.
WANG, M.
Wang, N.
Wang, P.
Wang, P.
Wang, P.
Wang, P.
Wang, P.
Wang, P.
Wang, P.
Wang, Q.
Wang, Q.
Wang, Q.
Wang, Q.
Wang, Q.
Wang, Q.
Wang, Q.
WANG, Q.
WANG, Q.
Wang, R.
Wang, R.
Wang, R.
Wang, R.
Wang, R.

U TokyoRes Eco-Environ Sci
Kwansei Gakuin U
PNNL
PNNL
National Tsing Hua U
Los Alamos National Laboratory
Fudan UPNNL
Nanjing U
Fudan UUCSD
Keio U
Peking U
Peking U
Chinese U Hong Kong
U Arkansas
Zhejiang U TechInst of Biophysics, CAS
Inst of Biophysics, CAS
Inst of Biophysics, CAS
Niigata U, Sci Tech
Chinese Academy of Scis
U Windsor
Stony Brook U
Stony Brook U
Hiroshima U
U South Florida
Southeast U
Southeast U
Southeast U
U Sci Tech, China
Chinese Academy Scis
Dalian Inst Chem PhysNIMS
U Sci Tech, China
Beihang U
Brown U
Huaibei Normal U
Hokkaido U
Huaibei Normal U
Southern Illinois U
Southern Illinois U
Changchun Inst Appl Chem, CAS
Tsinghua U
Beijing Inst of Tech
Beijing Inst of Tech
Soochow U
Northeast Normal U
Tsinghua U
Nat Taiwan U Sci Tech
Nanyang Tech U
Dalian U Tech
RIKEN
Kyushu U
Jiangnan U
U Alabama, Birmingham
U Alabama, Birmingham
Calif Dept Public HealthInst for Molecular Sci
U Illinois, Urbana-Champaign
Waseda U, Eng
U South Carolina
U South Carolina
U South Carolina
Chinese Academy of Scis
U Tokyo
U Amsterdam
Colorado State U
Colorado State U
Nanjing U
Nanyang Tech U
Hanyang U
Fujian Inst Res Struct Matter, CAS
Jilin UKEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
ANYL
ENRG
PHYS
PHYS
MACR
ENRG
INOR
ENRG
BIOL
MACR
MTLS
MTLS
ORGN
ORGN
ANYL
ORGN
ENRG
INOR
PHYS
BIOL
MACR
PHYS
PHYS
PHYS
BIOL
BIOL
ORGN
PHYS
MTLS
MTLS
MACR
INOR
INOR
MTLS
MACR
MACR
INOR
ORGN
ORGN
ORGN
PHYS
ENRG
MTLS
MACR
MACR
MTLS
MTLS
ORGN
ORGN
ANYL
MTLS
INOR
BIOL
MTLS
BIOL
ORGN
ORGN
ENVR
MTLS
BIOL
PHYS
MTLS
INOR
MTLS
MTLS
ENRG
ORGN
MACR
PHYS
MACR
MACR
ANYL
MTLS
ENRG

1832
9
458
336
2100
316
657
107
806
739
330
2213
719
193
1697
477
1018
250
1119
1465
228
1222
988
760
443
1239
934
89
687
1160
1628
6
360
423
2823
1021
1434
1505
1008
1276
2489
1144
407
1089
1198
1432
562
960
1729
1414
768
343
117
640
1374
436
229
2330
647
637
1271
756
226
1141
1266
2083
823
2094
20
1377
110
1520
571
642
775

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, S.
Wang, T.
Wang, W.
Wang, W.
Wang, W.
Wang, W.
Wang, W.
Wang, W.
wang, x.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
Wang, X.
WANG, X.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Y.
Wang, Z.
Wang, Z.
Wang, Z.
Wang, Z.
Wang, Z.
Wang, Z.
Wang, Z.

Xiamen U
U Michigan
U Michigan
Anhui Normal U
Nanjing U
Tsinghua U
Chinese Academy of Scis
Soochow U
Tech Inst Phys and Chem
Queen’s U
Queen’s U
Tianjin U
Nankai U
U New Mexico
Lanzhou U
Aramco Services Co.
Nat Taiwan U Sci Tech
Zhejiang U
Fuzhou U
U Colorado Boulder
New Jersey Inst Tech
Emory U
China Acadamy Eng Phys
China Acadamy Eng Phys
Nanjing U
Oak Ridge National Laboratory
U Sci Tech, China
U Sci Tech, China
Shanxi Agricultural U
South China U Tech
Kobe U
Yamagata U
Inst Func Mtls Chem
Beijing Normal U
Dalian Inst Chem Phys
NIMS (NIMS)Nat Inst Mtls Sci
Tongji U
Tongji U
China Acadamy Eng Phys
U British Columbia
Dalian Inst Chem Phys, CASs
Tokyo Inst of Tech
Zhejiang U
Inst Nanochem & Nanobio
Res Eco-Environ Sci
Xiamen U
Xiamen U
Jilin U
Nankai U
Virginia Tech
Nankai U
Kyoto U
Xiamen U
Washington State U
Peking U
Inst Genetic & Dev Biol
Northeast Normal U
KAIST
Wuhan U
Jilin U
McGill U
Nat Koohsiung Normal U, TW
Academia Sinica
U Victoria
Tokyo Inst of Tech
Northwestern U
Sichuan U
U Fukui
Tsinghua U
Shanghai Inst Tech
Shanghai Inst Tech
Shanghai Inst Tech
Tsinghua U
Chinese Academy of Scis

ENVR
HLTH
HLTH
INOR
ORGN
ANYL
MTLS
INOR
MTLS
INOR
INOR
MTLS
MACR
ORGN
MTLS
MTLS
MACR
MACR
MTLS
ORGN
ENRG
PHYS
ENVR
ENVR
MACR
INOR
MACR
MACR
ENVR
MTLS
HLTH
MTLS
MTLS
MTLS
ENRG
MTLS
MTLS
PHYS
ENRG
ENVR
BIOL
INOR
MACR
ORGN
MTLS
ENVR
ENRG
ENRG
PHYS
ENRG
MACR
ENRG
ORGN
ANYL
MACR
MTLS
ENVR
MTLS
MTLS
ORGN
ENRG
MTLS
ENVR
PHYS
ORGN
ENRG
ORGN
MACR
ANYL
ANYL
MACR
MACR
MACR
ORGN
INOR

674
577
684
130
36
472
16
1968
264
289
851
801
421
1446
203
1191
166
392
996
1185
802
2082
733
735
546
223
1456
1457
481
1135
544
1109
2775
1939
88
414
2190
931
783
278
1145
677
78
1043
379
917
112
862
864
432
182
740
2228
378
157
45
259
1666
1785
2082
775
828
3
1789
1138
769
1570
837
996
1122
1392
1394
1395
893
307

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–405

NAME INDEX
Wang, Z.
Wang, Z.
WANG, Z.
Wang, Z.R.
Wang-Otomo, Z.
Ward, J.
Ward, M.
Ward, M.
Ward, P.A.
Ward, T.R.
Warner, I.M.
Warner, I.M.
Warr, G.
Warren, G.L.
Warren, T.H.
Warren, W.S.
Washimi, M.
Washio, N.
Washiyama, K.
Washizu, H.
Wasielewski, M.R.
Watabe, S.
Watanabe, A.
Watanabe, C.
Watanabe, D.
Watanabe, F.
Watanabe, H.
Watanabe, H.
Watanabe, H.
Watanabe, H.C.
WATANABE, I.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, K.
Watanabe, M.
Watanabe, M.
Watanabe, M.
Watanabe, M.
Watanabe, M.
Watanabe, R.
Watanabe, R.
Watanabe, R.
Watanabe, S.
Watanabe, S.
Watanabe, S.
Watanabe, S.
Watanabe, S.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, T.
Watanabe, Y.
Watanabe, Y.
Watanabe, Y.
Watanabe, Y.
Watanabe, Y.
Watanabe, Y.
WATANABE, Y.
Watanobe, Y.
WATANUKI, Y.
Watarai, H.
Watarai, H.
Watase, S.
Watase, Y.
Watashi, K.
Waterman, R.
Waterman, R.

406 –PRESENTERS

Chinese Academy of Scis
Nat U Singapore
CAS Key Lab, Soft Matter
U South Dakota
Ibaraki U
Simon Fraser U
U Sheffield
U Sheffield
Savannah River Nat Lab
U BaselLouisiana State U
Louisiana State U
U Sydney
OpenEye Sci Software
Georgetown U
Duke U
Seikei U
Kinki U
Kanazawa U
Toyota Central R&D Labs. Inc.
Northwestern U
Seikei U
Meiji U
Texas A&M U
Sophia U
Seikei U
Osaka U
Ritsumeikan U
Yamagata U
Tokyo Inst of Tech
Chiba Inst of Tech
Yokohama National U
Tohoku U
Kyoto U
Toho U
Tohoku U
U Shizuoka
U Shizuoka
Chiba U
Chiba U
Chiba U
Okayama U
Tohoku U
Yokohama National U
Yokohama National U
Osaka Muni Tech Res Inst
Waseda U
Shizuoka U
Ritsumeikan U
Kumamoto U
Kumamoto U
Japan Atomic Energy Agency
U Tokyo
Saitama Inst of Tech
Nihon U
Inagawa Inst Tech
Shinshu U
Kyushu U
Kyoto U
Kyoto U
JAIST
Keio U
Shinshu U
Sophia U
Hiroshima U
Kanazawa Inst Tech
Tokyo Metropolitan U
Kanazawa U
Gunma U
Kyoto Inst of Tech
Meisei U
Yokohama National U
Nihon U
Osaka U
Osaka U
Osaka Muni Tech Res Inst
Tokyo Inst of TechNIID
U Vermont
U Vermont

PHYS
BIOL
MACR
ORGN
BIOL
ENRG
INOR
INOR
ENRG
PHYS
ANYL
ORGN
SCTY
HLTH
INOR
PHYS
INOR
ENVR
INOR
PHYS
INOR
MTLS
ANYL
BIOL
ORGN
ENRG
ORGN
INOR
MTLS
PHYS
MTLS
SCTY
ANYL
PHYS
ORGN
ENRG
ORGN
BIOL
ORGN
ORGN
ORGN
HLTH
MTLS
SCTY
MACR
MACR
MACR
ENRG
MTLS
ORGN
MTLS
INOR
MTLS
MTLS
MTLS
ENVR
MTLS
BIOL
ENRG
ENRG
BIOL
MTLS
MACR
MTLS
ORGN
MTLS
INOR
PHYS
BIOL
ORGN
ANYL
MTLS
ENRG
ANYL
ANYL
MACR
PHYS
ORGN
INOR
INOR

358
720
1020
1147
198
419
142
853
723
1182
1135
619
395
15
1664
452
1095
208
392
2048
856
563
358
1403
1230
223
1226
1035
936
24
1764
317
512
503
718
438
1648
912
392
805
987
470
460
299
216
363
539
245
1667
1878
1203
397
290
1441
1101
752
907
1362
626
683
1386
194
889
606
1206
2374
356
1363
1303
905
975
1513
730
62
421
253
569
859
1229
1568

Watson, T.
Watson, T.
Watt, J.
Watts, D.B.
Watts, P.
Watts, P.
Way, A.J.
Waymouth, R.
Waymouth, R.
Waymouth, R.
Weatherford, C.
Weaver, D.F.
Weavers, L.
Webb, M.
Webb, M.A.
Weber, D.
Weber, K.P.
Webster, R.L.
Webster, R.L.
Webster-Gardiner, M.
Wedd, A.G.
Weder, C.
Weder, C.
Weder, C.
Wee, A.T.
Weekes, D.
Wegener, P.
Wehmschulte, R.J.
Wehmschulte, R.J.
Wei, A.
Wei, F.
Wei, F.
Wei, J.
Wei, L.
Wei, Q.
Wei, R.
Wei, W.
Wei, Y.
Weichert, J.P.
Weigand, J.J.
Weigand, J.J.
Weigand, W.
Weigel, V.
Weigel, V.
Weinacht, T.
Weinberg, N.
Weinberger, L.
Weiner, R.G.
Weinert, E.E.
Weinstein, J.A.
Weinstein, J.A.
Weinstock, I.
Weisgraber, T.
Weisman, R.
Weiss, A.S.
WEISS, J.
Weiss, P.S.
Weiss, P.S.
Weiss, R.G.
Weissbach, T.
Weix, D.J.
Weizman, H.
Weizman, H.
Welborn, M.
Welch, A.J.
Welch, C.
Welch, C.
Welch, J.T.
Welch, J.T.
Welham, N.J.
Weliky, D.
Welker, M.E.
Wells, H.
WEN, D.
Wen, L.
Wen, M.
Wen, X.
Wen, Z.
Wender, P.A.
Wender, P.A.

Pfizer
PfizerSandia National Laboratories
U Maryland
Nelson Mandela Metropolitan U
Nelson Mandela Metropolitan U
Massey U
Stanford U
Stanford U
Stanford U
Florida A&M U
U Toronto
The Ohio State U
U Manchester
CaltechMax Planck, Solid State Res
Royal Military Col, Canada
U BathU BathU Virginia
U Melbourne
U Fribourg
U Fribourg
U Fribourg
Nat U Singapore
U British Columbia
Westfalische Wilhelms U Munster
Florida Inst of Tech
Florida Inst of Tech
Agri-Analysis
Tsinghua U
Tsinghua U
Hokkaido U
Zhengzhou U
U Toyama, JapanU Tsukuba
U Florida
Tsinghua U
U Wisconsin
TU Dresden
TU Dresden
FSU Jena
Eramet Research
Eramet Research
Stony Brook U
U the Fraser Valley
Gladstone / UCSF
Indiana U, Bloomington
Emory UU Sheffield, UK
U Sheffield, UK
Ben Gurion U
Lawrence Livermore Nat Lab
Rice U
U Sydney
CNRS-U Strasbourg
UCLA
UCLA
Georgetown U
Simon Fraser U
U Rochester
UC San Diego
UC San DiegoMIT
Heriot-Watt U
Merck Research Laboratories
Merck Research Laboratories
U at Albany, SUNY
U at Albany, SUNY
MetaLeach Ltd
Michigan State U
Wake Forest U
Massey U
Osaka U
Tech Inst Phys and Chem
Osaka U
Nankai U
Shenzhen U
Stanford U
Stanford U

ORGN
ORGN
MTLS
INOR
HLTH
ENVR
MTLS
MACR
MACR
ENRG
PHYS
PHYS
MTLS
BIOL
ENRG
MTLS
ENVR
INOR
INOR
INOR
BIOL
MACR
PHYS
MTLS
MTLS
INOR
INOR
INOR
INOR
ANYL
MTLS
MTLS
MTLS
MACR
ENRG
INOR
MTLS
MTLS
HLTH
INOR
INOR
ORGN
INOR
INOR
PHYS
PHYS
BIOL
MTLS
INOR
ANYL
INOR
MTLS
MACR
MTLS
MACR
INOR
SCTY
INOR
MACR
ENRG
ORGN
SCTY
SCTY
PHYS
INOR
HLTH
ORGN
ORGN
ORGN
INOR
BIOL
MTLS
MTLS
MTLS
MTLS
ENRG
HLTH
ENVR
HLTH
ORGN

1294
1296
132
728
25
18
1911
117
1345
289
1307
1971
441
1071
408
1677
828
1570
1919
1782
1232
50
95
2245
1612
156
402
222
1724
177
1738
2187
909
1569
746
992
2282
2821
82
836
2022
1490
97
532
263
1605
1238
6
718
1085
843
1312
1058
2239
998
791
97
1729
552
258
2716
25
348
1273
1551
574
268
1478
1623
98
10
2687
1745
1038
1983
352
662
546
161
46

Wendland, M.
Weng, C.
Weng, D.
Weng, Q.
Weng, Y.
Weng, Y.
Wenthold, P.
Wentrup, C.
Wenz, G.
Wenz, G.
Wenz, G.
Wenz, K.
Wenzel, T.
Werrett, M.
Werrett, M.
West, C.
West, F.
West, J.G.
West, R.
Westcott, S.
Westin, G.
Weston, L.A.
Wetmore, S.
Whaley, B.
Whalley, A.
Whalley, L.
Wheeldon, I.
White, J.
White, J.L.
White, J.L.
White, M.
White, T.J.
White, T.J.
Whitelam, S.
Whiting, C.E.
Whitman, C.P.
Whitmire, K.
Whittaker, A.
Whittaker, A.
Whittaker-Brooks, L.
Whittell, G.
Whitten, J.E.
Wickramasinghe, R.
Wickramasinghe, R.
Wickramasinghe, R.
Wiebe, A.
Wiebe, C.
Wiebe, H.
Wiemer, D.F.
Wilbur, D.
Wiley, J.B.
Wilkes, J.S.
Wilkins, M.
Wilkinson, J.S.
Wilkinson, K.
Wilks, A.
Willand-Charnley, R.A.
Willets, K.
Willets, K.
Willey, T.M.
Williams, A.M.
Williams, B.
Williams, B.
Williams, C.
Williams, C.M.
Williams, E.
Williams, E.
Williams, E.G.
Williams, E.G.
Williams, G.G.
Williams, G.J.
Williams, J.
Williams, L.
Williams, N.J.
Williams, N.J.

3M
Tainan U Tech
U Sci Tech, China
NIMSs (NIMS)
Inst of Physics
Inst of Physics
Purdue U
U Queensland
Saarland U
Saarland U
Saarland U
U Freiburg
Bates College
Monash U
Curtin U
U Orleans
U Alberta
Princeton U
U Wisconsin-Madison
Mount Allison U
Uppsala U
Charles Sturt U
U Lethbridge
UC Berkeley
U Vermont
U Leeds
UC Riverside
Oregon State U
Oklahoma State U
Oklahoma State U
Stony Brook U
Air Force Research Laboratory
Air Force Research Laboratory
Lawrence Berkeley National Lab
U Dayton
U TexasRice U
U Queensland
U Queensland
U UtahU Bristol
U Mass, Lowell
U Arkansas
U Arkansas
U Arkansas
Johannes Guteberg-U Mainz
U Winnipeg
Simon Fraser U
U IowaU Washington
U New Orleans
US Air Force Academy
U New South Wales
U Southampton
U Adelaide
U Maryland
Stanford U
Temple U
Temple U
Lawrence Livermore Nat Lab
Lawrence Livermore Nat Lab
Massey U
Massey U
Medical College of Wisconsin
U Queensland
UC Berkeley
U California
CSIRO
CSIRO
W West Indies
NC State U
Simon Fraser U
Georgia Inst of Tech
Oak Ridge National Laboratory
Oak Ridge National Laboratory

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
ENVR
ENRG
MTLS
PHYS
ENRG
ORGN
ORGN
ORGN
ORGN
MTLS
PHYS
ANYL
INOR
INOR
ANYL
ORGN
ORGN
MACR
ORGN
MTLS
ENVR
PHYS
PHYS
ORGN
PHYS
ANYL
ORGN
MACR
ENRG
PHYS
MTLS
MTLS
PHYS
INOR
ENVR
INOR
HLTH
MACR
MTLS
MACR
MTLS
MACR
MACR
ENRG
ORGN
MTLS
PHYS
ORGN
HLTH
INOR
SCTY
ANYL
ANYL
ENVR
BIOL
BIOL
ANYL
PHYS
PHYS
ANYL
ENVR
MTLS
BIOL
ORGN
PHYS
PHYS
HLTH
MACR
BIOL
BIOL
PHYS
BIOL
SCTY
ORGN

472
620
459
2454
1015
87
205
206
62
628
519
688
418
388
1039
652
1802
2715
786
1422
1227
39
1136
1224
2372
1119
772
1731
545
44
473
295
2869
1381
1448
869
1356
207
415
1627
1171
1043
1350
1526
497
1437
1096
1773
1620
130
1989
293
140
912
457
159
652
699
241
88
380
910
1268
95
2411
406
1841
484
1040
496
388
972
190
320
1975

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Williams, R.
Williams, R.
Williams, R.J.
Williams, R.V.
Williams, S.J.
Williams, S.J.
Williams, V.E.
Williamson, N.M.
Williamson, R.M.
Williams-Young, D.B.
Williard, P.G.
Wills, L.
Willson, C.G.
Willson, R.C.
Willson, R.C.
Wilson, A.
Wilson, A.
Wilson, A.
Wilson, A.J.
Wilson, D.J.
Wilson, K.
Wilson, K.R.
Wilson, R.
Wilson, R.M.
Wilson, Z.S.
Wimmerova, M.
Winarto, ..
Windus, T.
Winget, P.
Winkler, J.R.
Winkler, W.
Winnik, F.
Winnik, F.
Winnik, F.
Winnik, M.
Winnik, M.
Wipf, P.
Wipf, P.
Wiringi, E.C.
Wirth, T.
Wirth, T.
Wirth, T.
Wiseman, P.W.
Wishart, J.F.
Wiskur, S.
Wissinger, J.E.
Wissinger, J.E.
Witczak, Z.
Witczak, Z.
Withers, S.G.
Withers, S.G.
Withka, J.M.
Wittmann, V.
Wnek, G.
Wo, Y.
Woell, C.
Woi, P.
Wolf, C.
Wolf, M.
Wolf, M.O.
Wolf, M.O.
Wolf, M.W.
Wolfe, M.
Wolynes, P.G.
Wong, B.M.
Wong, B.M.
Wong, D.
Wong, F.
Wong, F.
wong, g.
Wong, J.
Wong, K.
Wong, K.
Wong, K.
Wong, L.

Louisiana State U
Louisiana State U
RMITU Idaho
U Melbourne
U Melbourne
Simon Fraser U
U Adelaide
Australian Synchrotron
U Washington
Brown U
Oregon State U
The U oif Texas
U Houston
U Houston
U North Texas
U North Texas
U North Texas
U Leeds
York UU Lethbridge
Lawrence Berkeley Nat Lab
Argonne National Laboratory
Bowling Green State U
North Carolina A&T State U
Masaryk U
Keio U
Ames Laboratory
Georgia Inst of TechCaltechU Maryland
U Montreal
U Montreal
U de Montreal
U Toronto
U Toronto
U Pittsburgh
U Pittsburgh
American Chemical Society
Cardiff U
Cardiff U
Cardiff U
McGill U
Brookhaven National Laboratory
U South Carolina
U Minnesota
U Minnesota
Wilkes U
Wilkes U
U British Columbia
U British Columbia
Pfizer Res & Dev
U Konstanz
Case Western Reserve U
U Michigan
Karlsruhe Inst Tech (KIT)U MalayaGeorgetown U
Fritz Haber Inst MPG
U British Columbia
U British Columbia
U Michigan
McMaster U
Rice UUC Riverside
UC Riverside
Western Regional Res Cntr
Molecular Engineering Lab
Molecular Engineering Lab
UCLANanyang Tech U
South U Sci & Tech, China
National Taiwan U
National Taiwan U
U California

ANYL
ENVR
MTLS
ORGN
BIOL
BIOL
ORGN
SCTY
MTLS
PHYS
INOR
MTLS
MACR
MTLS
MTLS
SCTY
PHYS
PHYS
ORGN
ANYL
PHYS
PHYS
INOR
ORGN
SCTY
BIOL
PHYS
PHYS
MTLS
PHYS
BIOL
MACR
MACR
MTLS
MACR
MTLS
HLTH
BIOL
SCTY
ORGN
ORGN
ORGN
ANYL
SCTY
ORGN
SCTY
SCTY
ORGN
BIOL
BIOL
BIOL
HLTH
BIOL
MACR
HLTH
ENRG
ANYL
ORGN
PHYS
INOR
INOR
INOR
ANYL
PHYS
PHYS
MTLS
BIOL
BIOL
BIOL
MTLS
INOR
INOR
ORGN
MTLS
SCTY

360
567
1970
686
245
1428
1553
283
2688
1057
1770
1668
378
800
2484
108
68
165
2733
416
691
1863
1136
1139
169
641
1408
167
1252
1096
1413
100
1141
227
1127
480
698
742
4
2
128
1375
632
295
867
188
262
2160
220
243
1247
8
222
804
324
86
293
153
950
861
1417
1118
1174
156
574
958
343
344
527
1271
1937
247
2365
395
23

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–407

NAME INDEX
Wong, M.
Wong, M.
Wong, M.
Wong, M.S.
Wong, M.S.
Wong, W.
Wong, W.
Woo, C.
Woo, H.
Woo, K.
Woo, S.
Woo, S.
Woo, S.
Woo, S.
Woo, T.
Woo, T.
Wood, B.R.
Wood, B.R.
Wood, B.R.
Wood, B.R.
Wood, C.
Wood, J.L.
Woodbury, N.
Woodgate, S.D.
Woodgate, S.D.
Woodgate, S.D.
Woods, D.J.
Wooley, K.
Wooley, K.
Woolley, A.
Woolley, A.T.
Woolley, A.T.
Woolley, A.T.
Woon, D.E.
Workentin, M.
Worm, M.
Worsley, M.A.
Worthy, A.
Wozniak, A.S.
Wragg, A.
Wriedt, M.
Wriedt, M.
Wright, A.G.
Wright, G.
Wright, H.
Wright, J.C.
Wright, L.J.
Wright, L.J.
Wu, A.
Wu, B.
Wu, B.
Wu, B.
Wu, C.
Wu, C.
Wu, C.
Wu, D.
Wu, D.
Wu, D.
Wu, D.
Wu, D.
Wu, G.
Wu, G.
Wu, H.
Wu, H.
Wu, H.
Wu, H.
Wu, H.
Wu, H.
Wu, H.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.
Wu, J.

408 –PRESENTERS

Hong Kong Baptist U
Hong Kong Baptist U
Nat U Singapore
Rice U
Rice U
Hong Kong Baptist U
Hong Kong Baptist U
Stanford U
Pusan National U
KIMM
Andong National U
KAIST
KAIST
Gyeongsang National U
U Ottawa
U Ottawa
Monash U
Monash U
Monash U
Monash U
SUNY ESF
Baylor U
Arizona State U
U Auckland
U Auckland
U Auckland
U New England
Texas A&M U
Texas A&M U
U Toronto
Brigham Young U
Brigham Young U
Brigham Young U
U Illinois, Urbana-Champaign
U Western Ontario
Johannes Guteberg-U Mainz
Lawrence Livermore Nat Lab
Queensland U Tech
Old Dominion U
U Sheffield
Clarkson U
Clarkson U
Simon Fraser U
McMaster U
Carollo Engineers
U Wisconsin
U Auckland
U Auckland
Ningbo Inst Mtls Tech & Eng
Northwest U, China
Tohoku U
Nanyang Tech U
U Sci Tech, China
Amgen Inc.
National Central U
Inst Chemistry, CAS
Xiamen U
Xiamen U
Sun Yat-sen U
Kyoto U
Queen’s U
U at Buffalo, SUNY
Tokyo U Marine Sci TechU College London
Osaka UUC San Diego
Feng Chia U
Nat Taiwan Normal U
NISTCity U Hong Kong
East China Normal U
Zhejiang U
Zhejiang U
U Alberta
U Alberta
Nat Eng Res Cen, Fruits & Veg
Inst Chem & Eng Sci
Jiangnan U
Nat U Singapore
Nat U Singapore

MACR
ORGN
PHYS
ORGN
ENRG
INOR
INOR
BIOL
MACR
MTLS
BIOL
ENRG
ENRG
MTLS
PHYS
MTLS
ANYL
ANYL
PHYS
PHYS
ENRG
ORGN
BIOL
SCTY
SCTY
SCTY
INOR
INOR
MACR
MTLS
ANYL
ANYL
ANYL
PHYS
ORGN
MACR
MTLS
MTLS
PHYS
INOR
INOR
MTLS
ENRG
BIOL
ENVR
PHYS
INOR
INOR
MTLS
ORGN
INOR
ORGN
MTLS
ORGN
ENRG
MACR
PHYS
PHYS
MTLS
MTLS
BIOL
ENRG
ANYL
ORGN
INOR
BIOL
ANYL
INOR
ENRG
ANYL
PHYS
PHYS
PHYS
HLTH
BIOL
ENVR
MACR
BIOL
ORGN
ORGN

79
1707
1743
290
100
370
1179
658
83
1303
873
165
513
1443
634
221
606
867
397
487
136
150
98
69
245
331
1944
1583
1126
1873
47
76
557
63
211
872
409
452
1148
1420
1864
280
418
939
26
359
267
881
377
2376
1875
1879
965
1453
272
11
249
2015
206
892
61
813
569
1365
580
657
795
146
602
1153
262
292
1230
510
434
360
772
342
1867
2168

Wu, J.
Wu, J.
Wu, J.W.
Wu, L.
Wu, L.
Wu, L.
Wu, L.
Wu, L.
Wu, M.
Wu, M.
Wu, M.
Wu, M.
Wu, N.
Wu, N.
Wu, N.
Wu, P.
Wu, P.
Wu, Q.
Wu, R.
Wu, R.
Wu, S.
Wu, S.
Wu, S.
Wu, S.
WU, s.
Wu, T.
Wu, W.
Wu, W.
Wu, W.
Wu, W.
Wu, W.
Wu, X.
Wu, X.
Wu, Y.
Wu, Y.
Wu, Y.
WU, Y.
Wu, Z.
Wu, Z.
Wu, Z.
Wu, Z.
Wuest, F.
Wuest, J.
Wuest, J.
Wugt Larsen, R.
Wulan, D.R.
Wulff, J.E.
Wulff, J.E.
Wurz, R.P.
Wyatt, P.J.
Wyatt, P.J.
Wynne, K.J.
Wyss, D.F.
Wyttenbach, T.
Xantheas, S.S.
Xantheas, S.S.
Xantheas, S.S.
Xi, H.
Xi, Z.
Xia, B.
Xia, B.
Xia, J.
Xia, T.
Xia, X.
Xia, Y.
Xia, Y.
Xia, Y.
Xia, Y.
Xiang, H.
Xiang, L.
Xiang, R.
Xiang, X.
Xiang, Y.S.
Xiang, Z.
Xiao, H.
Xiao, H.
Xiao, J.
Xiao, L.
Xiao, Q.
Xiao, W.

Jinan U
Nanyang Tech U
Tohoku U
Inha UU Hawaii at Manoa
Jilin U
Tech Inst Phys and Chem
Tech Inst Phys and Chem
Sci is Fun
Nat Pingtung U Sci TechInst Nanochem & Nanobio
National Sun Yat-sen U
West Virginia U
West Virginia U
Colorado School of Mines
Albert Einstein College Med
East China Normal U
Nanjing U
Georgia Inst of Tech
Tsinghua U
Michigan Tech U
South China U Tech
South China U Tech
South China U Tech
Kinki U
KAUST, King Abdullah U Sci Tech
Lanzhou U
South China U Tech
Stanford U
U Melbourne
U Melbourne
Anhui Agricultural U
Fukuoka Inst of Tech
National Cheng Kung U
NIMS
Peking U, Shenzhen
Nat Synchrotron Rad Res Center
Changchun Inst Appl Chem, CAS
Oak Ridge National Laboratory
Oak Ridge National Laboratory
Hefei U TechU Alberta
U Montréal
U Montréal
Tech U Dortmund
Indonesian Inst Sci
U Victoria
U Victoria
Amgen Inc.
Wyatt Tech Corporation
Wyatt Tech Corporation
Virginia Commonwealth U
Merck Research Laboratories
UC Santa Barbara
PNNL
PNNL
PNNL
Renmin U China
Nankai U
Peking U
Inst of Materials
Chinese U Hong Kong
UCLA
Nanjing U
Stanford U
Stanford U
Stanford U
Purdue U
Fudan UInst Med ChemU TokyoBeijing U Chem Techy
AlkermesBeijing U Chem Techy
U Massachusetts
Tech Inst Phys and Chem
Johns Hopkins Sch Med
the Ohio State U
Queensland U Tech
CCNU-Ottawa U Joint Res Cntr

BIOL
ORGN
ANYL
PHYS
ENVR
MTLS
ORGN
ORGN
SCTY
HLTH
MTLS
ORGN
PHYS
MTLS
MTLS
BIOL
ENRG
MTLS
PHYS
BIOL
ENVR
MACR
MACR
MACR
ORGN
MTLS
ENVR
ORGN
INOR
MTLS
ENRG
ENVR
ANYL
ORGN
ENRG
PHYS
PHYS
PHYS
PHYS
ENRG
ORGN
HLTH
ORGN
ORGN
PHYS
ENVR
ORGN
ORGN
HLTH
SCTY
MTLS
MACR
HLTH
ANYL
PHYS
PHYS
PHYS
ORGN
HLTH
BIOL
ANYL
ANYL
MTLS
MTLS
MACR
MACR
MTLS
PHYS
INOR
ORGN
MTLS
MTLS
ANYL
MTLS
HLTH
PHYS
PHYS
ORGN
ENRG
ORGN

693
1041
551
1050
398
2589
599
2531
72
513
379
838
1647
1931
2583
797
668
1159
2062
281
469
1154
1407
1408
2083
2280
282
761
1903
1630
811
35
633
1734
147
1742
1176
1338
594
4
280
81
662
2166
1545
500
1827
2159
458
249
2238
140
149
165
36
541
1756
1006
581
931
613
147
230
147
38
1034
643
2067
1520
1408
1740
2124
859
625
252
184
627
2313
943
671

Xiao, Z.
Xie, D.
Xie, H.
Xie, H.
XIE, H.
XIE, L.
Xie, N.
XIE, R.
Xie, S.
Xie, S.
Xie, Y.
Xie, Y.
Xie, Z.
Xie, Z.
Xin, J.
Xin, Y.
XING, B.
Xing, C.
Xing, J.
Xing, X.
Xiong, J.
Xiong, J.
Xiong, J.
Xiong, T.
Xiong, W.
Xiong, Y.
Xiong, Y.
Xu, B.
Xu, B.
Xu, B.
Xu, B.
Xu, B.
Xu, B.
Xu, D.
XU, D.
Xu, F.
Xu, F.
Xu, G.
Xu, H.
Xu, H.
Xu, H.
Xu, H.
Xu, H.
Xu, H.
Xu, H.
Xu, H.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, J.
Xu, K.
Xu, K.
XU, K.
Xu, M.
Xu, P.
Xu, P.
XU, Q.
XU, Q.
Xu, R.
Xu, S.
Xu, S.
Xu, S.
Xu, S.
Xu, S.
Xu, T.
Xu, T.
Xu, T.

Shanghai Inst Tech
Nanjing U
Guizhou U
Guizhou U
BEIJING Inst OF Tech
Nanjing U, Posts & Tele
The Hong Kong U Sci Tech
Tokyo U, Med & Dental
South China U Tech
Xiamen U
Gannan Normal U
Jiangnan U
Chinese U Hong Kong
Chinese U Hong Kong
Washington State U
Hiroshima U
Nanyang Tech U
Hebei U TechU Oxford
Tongji U
South China U of Techn.
South China U of Techn.
Yokohama National U
NanChang U
U HongKong
Sandia National Laboratories
Sandia National Laboratories
Jilin U
Jilin U
Jilin U
Brandeis U
Tsinghua U
Tsinghua U
Donghua U
Changzhou U
Nat Inst Natural Sci
Joint BioEnergy Inst
Dalian Inst Chem Phys, CASs
U TennesseeGeorgia State U
Georgia State U
Inst for Molecular Sci
Wuhan U
Jilin U
Tsinghua U
Fudan U
Arkansas State U
Cntr Adv Macromolecular Design
East China Normal U
Inst Mtls Res & Eng, A*STARU Melbourne
Nanjing U
China Pharmaceutical U
Huazhong U Sci Tech
U HongKong
Tsinghua U
Tsinghua U
Zhejiang U
US Army Research :ab
U Alberta
Tokyo Inst of Tech
Shanghai Inst of Materia Medica
U TokyoInst of Biophysics
National Inst of AIST
National Inst of AIST
Nanyang Tech U
PurdueInst Mtls Medica, CAMS & PUMCU Southern California
Jilin U
Jilin U
Dalian U Tech
China Agricultural U
UC, Berkeley

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ENVR
PHYS
MACR
ENRG
BIOL
MTLS
MACR
BIOL
ENRG
ORGN
INOR
PHYS
INOR
INOR
MACR
MTLS
MTLS
MTLS
INOR
PHYS
ENVR
ENVR
MACR
BIOL
MTLS
ENVR
ENVR
MACR
MACR
MACR
MACR
ENRG
ENRG
MACR
ENVR
MTLS
ENRG
ANYL
MTLS
ORGN
ORGN
MTLS
PHYS
PHYS
MACR
ANYL
ENVR
MACR
PHYS
MACR
MTLS
ANYL
HLTH
ENVR
ENVR
MACR
MTLS
MACR
ENRG
ANYL
ORGN
ORGN
ORGN
BIOL
INOR
ENRG
INOR
ORGN
ORGN
ANYL
PHYS
PHYS
MACR
ANYL
MTLS

424
2077
60
902
648
1555
1444
573
217
1637
1883
861
825
1723
402
1697
2288
143
404
471
205
804
711
509
870
472
639
1159
1424
1425
1506
101
838
1221
815
644
320
860
2159
200
2428
627
532
9
1628
999
844
481
1686
1157
1669
619
345
364
859
1029
296
1172
606
769
2353
2150
2118
22
1511
600
121
2713
2084
1026
863
864
640
173
1803

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Xu, W.
Xu, W.
Xu, W.
Xu, W.
Xu, W.
Xu, X.
Xu, X.
Xu, X.
Xu, Y.
Xu, Y.
Xu, Y.
Xu, Y.
Xu, Y.
Xu, Y.
Xu, Z.
Xu, Z.
Xu, Z.
Xu, Z.
Xu, Z.
XUAN, Z.
Xue, C.
Xue, C.
Xue, C.
Xue, M.
Xue, Q.
XUE, S.
Yabe, J.
Yabu, H.
Yabu, H.
Yabuhara, Y.
Yabushita, A.
Yabushita, M.
Yabushita, S.
Yabushita, S.
Yabuta, H.
YABUUCHI, M.
Yada, S.
Yadav, G.D.
Yadav, G.D.
Yadav, R.
Yaekashiwa, N.
Yagai, S.
Yagami, N.
Yagasaki, A.
Yagenji, Y.
Yaghi, O.M.
Yaghi, O.M.
Yagi, K.
Yagi, K.
Yagi, M.
Yagi, M.
Yagi, T.
Yagi, T.
Yagi, Y.
Yagisawa, Y.
Yagishita, F.
Yagishita, S.
Yagishita, S.
Yago, T.
Yaguchi, Y.
Yagyu, Y.
Yaita, T.
Yajima, A.
Yajima, M.
Yajima, T.
Yakiyama, Y.
Yakushev, A.
Yam, C.
Yam, V.
Yam, V.
Yam, V.
Yamabayashi, T.
Yamabe, M.
Yamada, A.
Yamada, C.

Beijing Inst of Tech
UC Los Angeles
Changchun Inst Appl Chem
Changchun Inst Appl Chem
VILLANOVA U
Fudan U
Fudan U
Fudan U
Osaka Prefecture U
Jiangnan U
U MassU Alberta
U Alberta
Jiangsu Inst Nucl Med
Shandong U
City U Hong Kong
City U Hong Kong
South China Agri U, Guangzhou
Brookhaven National Laboratory
Ewha Womans Unversity
Nanyang Tech U
Nanyang Tech U
Ocean U China
Jilin U
Nanjing U
Yamagata U
Kanagawa U
Tohoku U
Tohoku U
Kyoto Inst of Tech
National Chiao-Tung U
Hokkaido U
Keio U
Keio U
Osaka U
Kyoto UNara Women’s U
Inst Chemical TechInst Chemical Tech
Leibniz Inst Solid State & Mtls
RIKEN
Chiba U
Gifu U
Kwansei Gakuin U
HIroshima U
UC Berkeley
UC Berkeley
RIKEN
RIKEN
Niigata U
Niigata U
U Tokyo
Kyoto U
Shanghai Inst Tech
Chuo U
Tokushima U
Fukuoka U
Dsiichi Kigenso Kagaku Kogyo Co
Osaka Prefecture U
Takasaki City U Economics
Osaka Prefecture U
Japan Atomic Energy Agency
Tokyo U of Agriculture
Tokyo U Agri & TechU Tokyo
Osaka UGSI Helmholtz Center
Beijing Comp Sci Res Center
U Hong Kong
U Hong Kong
U Hong Kong
Tohoku U
Kobe U
Keio U
Chuo U

ANYL
BIOL
PHYS
ENRG
ENVR
PHYS
PHYS
ENRG
ANYL
ENVR
MACR
ORGN
PHYS
HLTH
ORGN
INOR
INOR
ANYL
MTLS
ORGN
PHYS
PHYS
BIOL
INOR
MACR
MACR
ORGN
MACR
MACR
MTLS
BIOL
ENRG
PHYS
PHYS
BIOL
ENRG
MACR
ENRG
ENRG
PHYS
ANYL
MACR
ORGN
MTLS
ENRG
INOR
MTLS
PHYS
PHYS
INOR
ENRG
MTLS
MTLS
ANYL
INOR
ORGN
INOR
INOR
ENRG
ENVR
ORGN
INOR
ORGN
MACR
INOR
ORGN
INOR
PHYS
INOR
MACR
MTLS
INOR
BIOL
ANYL
MTLS

22
729
941
14
463
781
1712
255
728
492
1186
157
1093
229
129
1853
1976
573
2021
1049
1517
1566
437
1846
1614
925
2258
687
1145
733
805
927
609
1711
88
978
455
74
125
233
877
1549
2722
1921
785
1509
72
282
332
32
886
1369
1114
387
940
988
924
1326
73
393
2238
1508
2085
503
1525
1630
1755
908
58
856
1088
955
642
250
1850

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–409

NAME INDEX
Yamada, D.
Yamada, E.
Yamada, H.
Yamada, H.
Yamada, H.
Yamada, H.
Yamada, H.
Yamada, H.
Yamada, J.
Yamada, J.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, K.
Yamada, M.
Yamada, M.
Yamada, M.
Yamada, M.
Yamada, M.
Yamada, R.
Yamada, R.
Yamada, S.
Yamada, S.
Yamada, S.
Yamada, S.
Yamada, S.
Yamada, S.
Yamada, S.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.
Yamada, T.K.
Yamada, Y.
Yamada, Y.
Yamada, Y.
Yamada, Y.
Yamada, Y.M.
Yamafuji, S.
Yamagami, M.
Yamagata, S.
Yamagishi, K.
Yamagishi, K.
Yamagishi, K.
Yamago, S.
Yamago, S.
Yamaguchi, A.
Yamaguchi, A.
Yamaguchi, A.
Yamaguchi, A.
Yamaguchi, A.
Yamaguchi, A.
Yamaguchi, A.
Yamaguchi, D.
Yamaguchi, E.
Yamaguchi, E.
Yamaguchi, H.
Yamaguchi, H.
Yamaguchi, H.
Yamaguchi, J.
Yamaguchi, K.
Yamaguchi, M.
Yamaguchi, M.
Yamaguchi, M.
Yamaguchi, M.

410 –PRESENTERS

Meiji U
Rikkyo U
Tokyo U Pharm & Life Sci
Okayama U Sci
Kwansei Gakuin U
Kwansei Gakuin UNIMS
U Tokushima
U HyogoU Tokyo
U Tokyo
Chuo U
Hirosaki U School Med
Kochi U
Osaka Prefecture U
Kyushu U
Kyoto U
Keio U
Nagoya U
Akita U
Hirosaki U
Osaka U; ALCA, JST
U the Ryukyus
Iwate UTokyo U Agri & Tech
Osaka UNat Inst Rad Sci
RItsumeikan U
U Kitakyushu
Chuo U
Osaka U
Okayama U
U Fukui
Hokkaido U
Shimane U
Kitasato U
Osaka U
Sumitomo Chemical Co., Ltd.
U Tokyo
Sophia U
Kyushu U
Kyushu U
Nagoya U
Keio U
Keio U
Keio U
Gifu Pharmaceutical U
Chiba UTokyo U Sci
Nagoya U
Kindai U
Seikei U
RIKEN, Sust Res Sci
Kansai U
U TokyoNihon U
Waseda U
Waseda U
U Tsukuba
Kyoto U
Kyoto U
Gunma UU HyogoU HyogoU HyogoIbaraki U
AIST
AIST
Shinshu U
Gifu Pharmaceutical U
National Defense Academy
Osaka U
ISIR, Osaka U
Keio U
Nagoya U
Gifu U
Osaka U
Osaka U
Hokkaido U
Tokyo Metropolitan U

ORGN
MACR
ENVR
ORGN
ORGN
ORGN
MTLS
HLTH
MTLS
ORGN
PHYS
BIOL
ANYL
MACR
ORGN
ANYL
ORGN
ANYL
ORGN
ORGN
ENVR
INOR
ORGN
BIOL
ORGN
MTLS
HLTH
MACR
MTLS
INOR
ORGN
HLTH
INOR
ORGN
BIOL
ORGN
BIOL
MTLS
ENRG
ANYL
ENRG
ENRG
MTLS
ORGN
ORGN
ENRG
ORGN
MTLS
INOR
INOR
ORGN
INOR
ORGN
MACR
INOR
MTLS
BIOL
MTLS
ORGN
MACR
ORGN
HLTH
ANYL
ANYL
MTLS
ANYL
ENRG
ENRG
HLTH
ORGN
SCTY
MTLS
MTLS
BIOL
SCTY
ORGN
ORGN
MTLS
HLTH
INOR

439
921
847
1034
1810
2557
2418
228
1715
732
132
1008
1031
547
2536
1088
1542
1105
2283
469
728
609
2086
536
1234
113
165
1446
1104
1904
924
453
1480
1584
853
2114
1281
1091
1045
220
471
1047
2721
644
843
619
2663
515
358
1390
475
1094
169
594
942
2379
1119
2689
1197
784
1640
239
729
784
1341
837
79
866
541
480
237
1072
1127
250
2
1843
806
244
369
266

Yamaguchi, M.
Yamaguchi, S.
Yamaguchi, S.
Yamaguchi, S.
Yamaguchi, S.
Yamaguchi, S.
Yamaguchi, S.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, T.
Yamaguchi, Y.
Yamaguchi, Y.
Yamaguchi, Y.
Yamaguchi, Y.
Yamaguchi, Y.
Yamahira, S.
Yamaji, M.
Yamakado, R.
Yamakata, A.
Yamakawa, H.
yamakawa, j.
Yamakawa, N.
Yamakita, Y.
Yamakoshi, H.
Yamamoto, A.
Yamamoto, A.
Yamamoto, A.
YAMAMOTO, A.
Yamamoto, D.
Yamamoto, D.
Yamamoto, E.
Yamamoto, H.
Yamamoto, H.
Yamamoto, H.
Yamamoto, H.
Yamamoto, H.
Yamamoto, H.M.
Yamamoto, J.
Yamamoto, J.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
Yamamoto, K.
YAMAMOTO, k.
Yamamoto, M.
Yamamoto, M.
Yamamoto, M.
Yamamoto, M.
Yamamoto, M.
Yamamoto, N.
Yamamoto, R.
Yamamoto, R.
YAMAMOTO, R.
Yamamoto, S.
Yamamoto, S.
Yamamoto, S.
Yamamoto, S.
Yamamoto, S.
Yamamoto, S.
Yamamoto, S.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.

Tokyo Metropolitan U
Okayama U Sci
Inst Transform Bio-Molecules
Nagoya U
RIKEN
Saitama U
Ehime U
Waseda U
U Twente
Utsunomiya U
Osaka UNat Inst Natural Sci
Kyoto U, Eng
Aoyama Gakuin U
Shinshu U
Shinshu U
Nagoya U
Kyoritsu Women’s Junior College
Yokohama National U
Yokohama National U
Tokyo U Sci
Health Sci U Hokkaido
U TokyoGunma U
Ritsumeikan U
Toyota Technological Inst
Nisshin Seifun Group Inc.
tokai U
Shujitsu U
UEC (UEC)
Nagoya City U
Aichi Gakusen College
Osaka Prefecture U
Osaka Prefecture U
Shinshu U
Doshisha U
Tokyo Metropolitan U
Rikkyo U
Oita U
Osaka U
Kumamoto U
CHYBU UIRSITY
Osaka UInst for Molecular Sci
Kyoto U
Okayama U
Nara Women’s U
Keio U, Sci Tech
Nagoya Inst of Tech
Nagoya Inst of Tech
Hiroshima U
NIT, Kitakyushu Col
Osaka U
Kyushu U
Kyushu U
Tokyo Inst of Technoly
Kanazawa U
U Tokyo
KAGOSHIMA U
Osaka U
Konan U
Hokkaido U
Meijo U
Nagoya U
Chiba Inst of Tech
Chuo U
Kyoto U
Kyushu U
Osaka Prefecture U
Kyoto UNat Defense Academy Japan
Ryukoku U
Ritsumeikan U
Kanagawa U
Yamaguchi U
Kobe U
Kyoto U
Kyoto U
Yamaguchi U
Tokyo Inst of Tech

INOR
BIOL
INOR
ORGN
PHYS
PHYS
ENRG
INOR
MTLS
ENVR
ORGN
BIOL
ORGN
MTLS
MTLS
MTLS
PHYS
MTLS
INOR
INOR
PHYS
HLTH
BIOL
ORGN
ORGN
ENRG
ANYL
ENRG
ANYL
PHYS
ORGN
ANYL
ORGN
ORGN
PHYS
PHYS
ENRG
ORGN
ENRG
MACR
MTLS
ORGN
SCTY
MTLS
MACR
ORGN
INOR
MTLS
MACR
MACR
MACR
INOR
INOR
INOR
INOR
MACR
MTLS
ANYL
MTLS
ORGN
ANYL
INOR
ORGN
ENRG
PHYS
ENRG
MACR
MACR
HLTH
BIOL
MACR
MTLS
INOR
MACR
ORGN
MACR
INOR
INOR
MACR
ANYL

1412
1041
1
1427
1200
1488
754
336
1503
822
2533
643
1038
1535
564
2376
274
2412
651
1017
654
412
1120
1835
1894
148
1252
204
390
585
555
373
1538
1845
1589
1085
345
2288
382
829
2444
1681
48
1707
1535
1534
605
622
623
876
722
1315
625
531
1595
291
1830
1144
866
922
523
1085
551
363
1889
722
806
563
307
1300
732
1694
947
448
526
1202
1266
1526
1114
455

Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
Yamamoto, T.
yamamoto, y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
Yamamoto, Y.
YAMAMOTO, Y.
Yamamoto, Y.S.
Yamamura, M.
Yamamura, M.
Yamamura, M.
Yamamuro, T.
Yamana, K.
Yamanaka, A.
Yamanaka, D.
Yamanaka, M.
Yamanaka, S.
Yamanaka, S.
Yamanaka, T.
Yamanaka, T.
Yamane, H.
Yamane, H.
Yamane, J.
Yamane, M.
Yamano, M.
Yamano, Y.
Yamanoi, K.
Yamanouchi, K.
Yamao, T.
Yamaoka, T.
YAMAOKA, T.
Yamaotsu, N.
Yamasaki, R.
YAMASAKI, R.
Yamasaki, Y.
Yamasawa, H.
Yamashina, M.
Yamashina, T.
Yamashiro, T.
Yamashita, H.
Yamashita, H.
Yamashita, J.
Yamashita, K.
Yamashita, K.
Yamashita, K.
Yamashita, K.
Yamashita, K.
YAMASHITA, K.
Yamashita, M.
Yamashita, M.
Yamashita, M.
Yamashita, M.
Yamashita, M.
Yamashita, M.
Yamashita, S.
Yamashita, S.
Yamashita, S.
Yamashita, S.
Yamashita, Y.
Yamashita, Y.
Yamashita, Y.
Yamashita, Y.
Yamashita, Y.

Kyoto UTokyo Inst of Tech
Tokyo Inst of Tech
Tokyo Inst of Tech
Shimane U
U Tsukuba
U Tsukuba
U Shizuoka
Tohoku U
Tokyo U Sci
Hokkaido U
Osaka Prefecture U
Kyoto Inst of Tech
U Tsukuba
Hiroshima U
Hiroshima U
Tohoku U
Tokyo U Agri & Tech
U Tsukuba
Kagawa U
U Tsukuba
U Tsukuba
U Tsukuba
Tohoku U
U HyogoU Tsukuba
Shanghai Inst Tech
Rikkyo U
Tokyo U Agri & Tech
Osaka U
Kyoto Inst Tech
Tohoku U
Kyoto Inst of Tech
Kyoto U
Kyoto UNAISTKobe U
Keio U
Osaka UU Tokyo
Kyoto Inst of Tech
Nat Cerebrl & Cardio Center
Hosei U
Kitasato U
Kyushu Inst of TechShowa Pharmaceutical U
Keio U
U Toyama
Tokyo Inst of Tech
Hosei U
Kyoto Inst of Tech
Aoyama Gakuin U
Osaka UU Tokushima
Kagoshima U
Tokoyo Med & Dental U
Tokyo U Sci
U Tokyo
U TokyoTokyo Met U, Eng
Osaka U
Chuo U
Tohoku U
Tohoku U
RIKEN
Kinki U
Osaka U
Kyushu Inst of Tech
Kyoto U
Tohoku U
U Tokyokeio U
Kobe UTokyo U Sci
Chiba Inst of Sci

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
MACR
MACR
MACR
ANYL
HLTH
HLTH
ORGN
MTLS
PHYS
ORGN
ORGN
MACR
ORGN
INOR
ORGN
ORGN
BIOL
INOR
PHYS
ORGN
ORGN
MTLS
INOR
BIOL
ORGN
ANYL
ORGN
SCTY
PHYS
MACR
ORGN
MACR
MACR
BIOL
ENRG
ORGN
PHYS
MTLS
PHYS
MTLS
HLTH
ENVR
HLTH
MTLS
ORGN
ORGN
ORGN
ORGN
MTLS
ORGN
MTLS
PHYS
ORGN
BIOL
MTLS
ORGN
PHYS
PHYS
MTLS
HLTH
INOR
INOR
MTLS
MTLS
ORGN
MTLS
PHYS
PHYS
ANYL
ORGN
HLTH
HLTH
MTLS
MTLS

923
1212
1213
1641
984
164
181
2087
1863
657
1770
1582
979
1891
293
1059
1182
1285
721
116
332
1071
1504
1817
1396
727
384
1541
229
1319
754
2263
836
1391
784
998
468
590
1276
260
1202
273
655
212
1103
989
1045
1279
2099
2045
1579
1514
807
1515
577
1748
2286
979
1145
383
447
880
998
41
2347
774
2230
1523
1001
1091
2490
389
533
1848
125

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Yamashita, Y.
Yamato, M.
Yamato, T.
Yamato, T.
Yamauchi, H.
Yamauchi, K.
Yamauchi, K.
Yamauchi, K.
Yamauchi, M.
Yamauchi, M.
Yamauchi, M.
Yamauchi, M.
Yamauchi, T.
Yamauchi, T.
Yamawaki, M.
YAMAWAKI, T.
Yamazaki, A.
Yamazaki, H.
Yamazaki, H.
Yamazaki, H.
Yamazaki, H.
YAMAZAKI, K.
Yamazaki, M.
Yamazaki, S.
Yamazaki, S.
Yamazaki, S.
Yamazaki, S.
Yamazaki, S.
Yamazaki, T.
Yamazaki, T.
Yamazaki, Y.
Yamazawa, Y.
Yamazoe, S.
Yamazoe, S.
Yan, C.
Yan, D.
Yan, E.
Yan, E.
Yan, H.
YAN, H.
YAN, H.
Yan, J.
Yan, L.
Yan, L.
Yan, M.
Yan, N.
Yan, N.
Yan, N.
Yan, N.
Yan, O.
Yan, R.
Yan, S.
Yan, T.
Yan, T.
Yan, W.
Yan, X.
Yan, X.
Yan, X.
Yan, Y.
Yan, Y.
Yanagase, F.
Yanagawa, F.
Yanagi, N.
Yanagi, S.
Yanagida, S.
Yanagida, S.
Yanagida, S.
Yanagida, T.
Yanagida, T.
Yanagida, T.
Yanagida, T.
Yanagida, Y.
Yanagimoto, T.
Yanagisawa, K.
Yanagisawa, M.

U Yamanashi
Tokyo metropolitan U
Nagoya U
Saga U
Osaka UTORAY Industuries, Inc.
Kyushu U
Kyushu U
Kyushu U
Kyushu U
Chiba U
Chiba U
Gifu U
Niigata U
U Fukui
Osaka U
Gifu U
Iwate U
Kindai U
Tohoku Pharm U
Tohoku Pharm U
NIT, Gunma Col
Chiba U
Okayama U
Nara U Education
Nara U Education
Kanagawa U
Yamaguchi U
U TokyoOkinawa Inst Sci Tech
Tokyo U Sci
U Toyama
U Tokyo
U TokyoStanford U
Beijing Normal U
Yale U
Yale U
Nanjing U
Hong Kong U Sci Tech
Hong Kong U Sci Tech
Jiangsu Inst Nucl Med
Fudan U
Suzhou U Sci Tech
The Scripps Research InstNat U Singapore
Nat U Singapore
U Toronto
Nat U Singapore
NIT, Suzuka Col
UC Riverside
Beijing U Chem Techy
Brock UBrock U
Jilin UPurdue U
Kyung Hee U
Inst Process Eng, Chinese Academy
U Sci Tech, China
Kanagawa U
Chiba U
National Inst of AIST
Chitose Inst Sci TechU Tokyo
Osaka U
Osaka U
Osaka UNara Inst of Tech
Nara Inst of Tech
Nara Inst of Tech
Kyushu U
Tokyo Inst of Tech
Tokyo U Sci
Hokkaido U
Tokyo U Agri & Tech

ENRG
ANYL
PHYS
ORGN
ORGN
MACR
INOR
INOR
PHYS
PHYS
ORGN
ORGN
ORGN
MACR
ORGN
PHYS
ORGN
MTLS
ENVR
ORGN
ORGN
MTLS
ENVR
MACR
ORGN
ORGN
MACR
MTLS
PHYS
ENVR
ORGN
MTLS
PHYS
MTLS
PHYS
MTLS
PHYS
BIOL
INOR
MACR
MTLS
MTLS
ANYL
ENRG
ORGN
MACR
ORGN
ENVR
ENRG
ENRG
PHYS
MACR
HLTH
ORGN
ENRG
ANYL
MTLS
PHYS
PHYS
INOR
PHYS
MACR
MTLS
ORGN
ENRG
ENRG
ENRG
MTLS
MTLS
MTLS
ANYL
BIOL
ORGN
INOR
PHYS

339
513
2001
1923
371
239
200
1110
213
512
1089
1301
2497
434
1090
625
2628
2406
722
2088
2089
767
88
1617
1031
1035
666
2214
264
275
2609
549
318
1670
337
1943
1730
1197
1728
1546
497
1701
965
321
546
165
69
435
870
229
175
1175
73
1621
892
1162
617
1256
1680
528
381
598
788
1869
624
626
851
2166
2167
2168
108
1121
2124
1069
1469

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–411

NAME INDEX
Yanagita, R.C.
Yanai, H.
Yanai, N.
Yanai, N.
Yanaka, S.
Yanase, A.
Yanase, M.
Yanez, M.
Yang, B.
Yang, D.
Yang, D.
Yang, D.
Yang, F.
Yang, G.
Yang, G.
Yang, G.
Yang, G.
Yang, H.
Yang, H.
Yang, H.
Yang, H.
Yang, H.
Yang, H.
Yang, H.
Yang, H.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.
Yang, J.Y.
Yang, K.
Yang, K.
Yang, K.
Yang, L.
Yang, L.
Yang, M.
Yang, M.
Yang, P.
Yang, P.
Yang, P.
YANG, P.
Yang, Q.
Yang, Q.
yang, s.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, S.
Yang, T.
YANG, T.
Yang, W.
Yang, W.
Yang, W.
Yang, W.
Yang, W.
Yang, W.
Yang, W.
Yang, X.
Yang, X.
Yang, X.
Yang, X.

412–PRESENTERS

Kagawa U
Tokyo U Pharm & Life Sci
Kyushu U
Kyushu U
Sontory Foundation Life Sci
Tokyo Gakugei U
U TokyoU Autonoma de Madrid
South China Normal U
U Hong Kong
U Hong Kong
Yamagata U
Chinese Academy of Scis
Huazhong U Sci Tech
U Toyama
Chinese Academy of Scis
Beijing Inst of Tech
Pusan National U
East China Normal U
McGill U
Princeton
Princeton
China U Petroleum, Beijing
Nanjing U
TRIUMF
Gyeongsang national U
UC San Diego
Nat Taiwan U Sci Tech
Shandong U
Hankuk U Foreign Studies
Beijing U Chem Techy
U Hawaii at Manoa
U of Sci. & Tech of China
Beihang U
U Western Ontario
National Taiwan U
National Taiwan U
UC Irvine
U Illinois, Urbana-Champaign
National U Singapore
KAIST
Inst Modern Phys
U British Columbia
Jiangsu Inst Nucl Med
Concordia U St PaulUC Berkeley
Jilin UWuhan Botanical Garden, CAS
Los Alamos National Laboratory
Dalian Inst Chem Phys, CASs
U Groningen, Zernike Instdongguk U
KAIST
Pusan National U
Pusan National U
Lanzhou U
Lanzhou U
U Sci Tech, China
China Agricultural U
South China U Tech
Sichuan U
U Pennsylvania
Donghua U
U NOTTINGHAMU NOTTINGHAM
Chonnam National U
Korea Nat U Ed
U Hawaii at Manoa
HANYANG U
Lawrence Berkeley Nat Lab
Dalian Inst Chem Phys
Dalian Inst Chem Phys, CASs
Duke U
Shizuoka U
U Nevada Reno
Korea Electronics Tech Inst
Nano Inst of Utah
Peking U
Dalian Inst Chem Phys
Shaanxi Normal U

ORGN
ORGN
PHYS
MTLS
PHYS
SCTY
BIOL
PHYS
MACR
HLTH
ORGN
ENVR
MTLS
MTLS
ENRG
ANYL
MTLS
MTLS
ORGN
ENVR
PHYS
PHYS
MTLS
MTLS
HLTH
MTLS
MTLS
MTLS
ENRG
ORGN
MTLS
PHYS
ENRG
MACR
MTLS
INOR
ORGN
INOR
MACR
ANYL
BIOL
PHYS
ENRG
HLTH
MTLS
MTLS
MACR
ENVR
INOR
ORGN
MTLS
ORGN
PHYS
MACR
MTLS
INOR
ORGN
ORGN
BIOL
ORGN
BIOL
MTLS
MACR
INOR
MTLS
ORGN
MACR
ORGN
MACR
ENRG
INOR
MTLS
PHYS
INOR
ORGN
MTLS
ENRG
ENVR
MTLS
BIOL

858
2197
223
422
1995
121
1000
1745
1182
627
1306
648
973
661
744
638
1922
266
1418
515
161
790
989
2057
281
2117
2850
1330
439
509
553
1002
249
1431
236
249
598
1422
817
730
574
1334
336
201
1769
2546
1006
526
1343
2448
1728
752
1295
747
1777
1572
2406
1073
351
1056
448
597
1112
1515
158
873
1507
208
337
610
1831
1213
48
483
1880
1329
505
736
760
299

Yang, X.
Yang, X.
Yang, X.
YANG, X.
YANG, X.
yang, y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Y.
Yang, Z.
Yang, Z.
Yang, Z.
Yang, Z.
Yang, Z.
Yano, J.
Yano, J.
Yano, K.
Yano, M.
Yano, N.
Yano, S.
Yano, Y.F.
Yao, H.
Yao, L.
Yao, M.
YAO, S.
YAO, S.
Yao, X.
Yao, Y.
Yardley, R.E.
Yarger, J.
Yarie, N.
Yarkony, D.R.
Yaron, D.J.
Yaron, D.J.
Yarramala, S.
Yarranton, H.
Yasaki, H.
Yashima, E.
Yashima, E.
Yashima, T.
Yashiro, K.
YASHIRO, Y.
Yasuda, D.
Yasuda, M.
Yasuda, M.
Yasuda, M.
Yasuda, M.
Yasuda, M.
Yasuda, S.
Yasuda, S.
Yasuda, T.
Yasuhara, K.
Yasui, K.
Yasui, K.
Yasui, S.
Yasui, T.
Yasukawa, A.
Yasukawa, R.
YASUKAWA, T.
Yasumori, H.
Yasumoto, K.
Yasumoto, S.
Yasumoto, T.
Yasuno, T.
Yasutake, Y.
Yasutomi, S.
Yasuzawa, Y.
Yataka, Y.
Yates, B.F.
Yates, B.F.
Yates, B.F.

Chinese Academy of Scis
Dalian Inst Chem Phys
Dalian Inst Chem Phys
Fudan U
Fudan UU OTTAWA
Zhejiang U
Tsinghua U
Nanyang Tech U
Nanyang Tech U
U Fukui
Jilin U
Jilin U
Jilin U
Xiamen U
Seoul National U
National Chiao Tung U
National Chiao Tung U
U TokyoPeking U
Beijing Forestry U, China
Peking U
Chinese Academy of Scis
U HyogoLawrence Berkeley National Lab.
Tokyo U Tech
Kansai U
Shimane U
NAISTKindai U
National Tsing-Hua U
U Hong Kong
Jiangxi Agricultural U
Fukuoka U
Fukuoka U
Griffith U
Khanghai Key Lab, Mag Res
U Western Ontario
Arizona State U
Tokyo Inst of Tech
Johns Hopkins U
Carnegie Mellon U
Carnegie Mellon U
Indian Inst Tech Bombay
U Calgary
Nagoya U
Nagoya U
Nagoya U
Osaka Kyoiku U
Keio U, PharmTokyo Denki U
Keio U, PharmTokyo U Sci
Nishikyushu U
Tokyo U Tech
Kwansei Gakuin U
Kwansei Gakuin U
Meiji U
Kyoto Inst of Tech
Kyushu U
NAISTOsaka U
National Inst of AISTTokyo Inst of Technoligy
Nagoya U
Hirosaki U
Nara Women’s U
U HyogoKeio U
Kitasato U
Utsunomiya U
Japan Food Res Lab (JFRL)
Keio U, PharmU Tokyo
Kyushu U
Nihon UTokyo Inst of TechU Tasmania
U Tasmania
U Tasmania

PHYS
PHYS
ENRG
PHYS
PHYS
MTLS
MACR
MACR
ENRG
ENRG
ANYL
MACR
MTLS
MTLS
ENRG
MTLS
ANYL
BIOL
ORGN
HLTH
ORGN
ORGN
MTLS
MTLS
BIOL
ANYL
ORGN
ENRG
INOR
PHYS
PHYS
INOR
ANYL
ENVR
MTLS
ENRG
MACR
MACR
MACR
ANYL
PHYS
SCTY
MTLS
MTLS
ANYL
ANYL
ORGN
ORGN
ORGN
ORGN
MTLS
ORGN
ORGN
ENVR
ANYL
ANYL
ANYL
MTLS
MTLS
MACR
MTLS
ORGN
MTLS
MTLS
ANYL
MTLS
MACR
BIOL
BIOL
INOR
ENVR
ANYL
ORGN
MTLS
PHYS
ENRG
MACR
ANYL
PHYS
PHYS

803
1848
31
1025
1499
1455
1523
1563
495
581
995
1160
205
641
663
1438
892
232
442
582
880
2416
1951
722
80
282
1007
962
749
1954
753
606
1180
925
2107
525
1163
1184
797
340
313
345
358
2208
128
814
48
276
1930
2664
1354
2675
2128
718
302
855
979
1778
834
1653
1002
819
975
2864
109
865
460
949
644
268
823
1035
705
1349
888
709
369
420
37
1739

Yates, J.R.
Yato, S.
YATSUSHIRO, S.
Yavuz, C.T.
Yavuz, C.T.
Yazaki, K.
Yazaki, R.
Yazawa, K.
Yazawa, Y.
Ye, D.
Ye, H.
Ye, H.
Ye, J.
Ye, J.
Ye, L.
Ye, M.
Ye, M.
YE, Q.
Ye, S.
Ye, T.
Ye, T.
Ye, X.
Ye, X.
Ye, Y.
Ye, Z.
Yee, N.A.
Yeh, C.
Yella, R.
Yeow, N.
Yeow, N.
Yersin, H.
Yethiraj, A.
Yeung, A.
Yeung, H.H.
Yeung, H.H.
Yeung, K.
Yeung, Y.
Yi, G.
Yi, T.
Yi, Y.
Yilmaz, N.
YILMAZ, S.
Yim, D.
Yim, U.
Yim, W.
Yin, G.
Yin, J.
Yin, J.
Yin, L.
Yin, Z.
Ying, J.Y.
Ying, W.
Yip, C.M.
Yip, J.
Yip, J.
Yoda, H.
Yoda, T.
Yohda, M.
Yoho, R.
Yoho, R.
Yokachuksuse, N.
Yokochi, K.
Yokoi, H.
Yokoi, K.
Yokoi, T.
Yokoi, T.
Yokoigawa, K.
Yokokawa, M.
Yokokura, E.
Yokokura, S.
Yokomaku, K.
Yokomori, M.
Yokosawa, T.
Yokoshima, S.
Yokota, D.

The Scripps Research Inst
Kinki U
National Inst of AIST
KAIST
KAIST
Tokyo Inst of Tech
Kyushu U
RIKEN
Chiba Inst of Tech
Nanjing U, State Key Lab Anyl
China U Petroleum, BeijingInst Mtls Res & Eng
South China U of Techn.
South China U of Techn.
Xiamen U
Tokyo U, Med & Dental
Dalian Inst Chem Phys, CASs
Inst Mtls and Eng
Chinese Academy of Scis
UC Merced
UC Merced
Zhejiang U
Peking U
Hokkaido U
Simon Fraser U
UC Berkeley
U Illinois, Urbana-Champaign
Kyoto U
Monash U
Monash U
U Regensburg
U Wisconsin
Curtin U
Nat Inst Mtls Sci
Nat Inst Mtls Sci
Hong Kong U Sci TechNat U Singapore
Sungkyunkwan U
Fudan U
Chinese Academy of Scis
RIKEN
Ankara U, Pharm
Yonsei U
Korea Inst of Ocean Sci Tech
Ajou U
Huazhong U Sci Tech
Merck & Co., Inc.
Merck & Co., Inc.
China Agri U
Seoul National U
Inst Bioeng & Nanotech
Synta Pharmaceuticals
U Toronto
Nat U Singapore
Nat U Singapore
Inagawa Inst Tech
Waseda U
Hokkaido U
Arizona State U
Arizona State U
Tokyo Inst of Tech
Nihon U
Nagoya U
Kitami Inst of TechU Tokyo, Ind Sci
Tokyo Inst of TechU Tokushima
U Tsukuba
Hosei U
Hokkaido U
Chuo UU TokyoKarlsruhe Inst Tech (KIT)
Nagoya U
Tokushima U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

ANYL
ORGN
BIOL
ENVR
MTLS
ORGN
ORGN
MACR
MTLS
BIOL
MACR
MACR
ENVR
ENVR
ORGN
ANYL
ANYL
ORGN
ORGN
MTLS
MTLS
ENVR
ORGN
BIOL
MTLS
BIOL
BIOL
ORGN
ANYL
ANYL
MTLS
PHYS
SCTY
INOR
INOR
ORGN
ORGN
MACR
MTLS
ENRG
MTLS
HLTH
ORGN
ANYL
MTLS
INOR
ORGN
ORGN
MACR
MTLS
ORGN
BIOL
PHYS
INOR
INOR
BIOL
BIOL
ORGN
ANYL
SCTY
INOR
ENRG
ORGN
MTLS
INOR
ENRG
ENVR
ANYL
MTLS
MTLS
INOR
BIOL
ENVR
ORGN
MACR

597
2090
1122
840
81
2096
2463
1069
720
1123
1030
597
205
804
251
271
964
559
1171
25
2541
359
2427
722
2302
649
1270
2287
635
1238
1090
273
200
82
910
226
1441
818
1246
506
1193
454
1976
124
1415
376
1297
2687
1181
1291
168
922
340
56
373
541
1124
808
1138
402
1163
727
1915
1488
1101
894
319
731
1416
2690
1114
1323
638
2183
186

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Yokota, K.
Yokota, K.
Yokota, M.
Yokota, T.
Yokoya, T.
Yokoyama, A.
Yokoyama, A.
Yokoyama, D.
Yokoyama, H.
Yokoyama, H.
Yokoyama, H.
Yokoyama, K.
Yokoyama, M.
Yokoyama, S.
Yokoyama, S.
Yokoyama, S.
Yokoyama, T.
Yokoyama, T.
Yokoyama, Y.
Yokozawa, T.
Yonaga, S.
Yoneda, K.
Yoneda, M.
Yoneda, S.
Yoneda, Y.
Yonehara, T.
Yonekawa, S.
Yonekura, K.
Yonekura, K.
Yonekura-Sakakibara, K.
Yonemura, H.
Yonese, A.
Yoneyama, K.
Yoneyama, M.
Yoneyama, S.
Yoneyama, T.
Yonezawa, A.
Yonezawa, H.
Yonezawa, S.
Yonke, B.
Yoo, B.
Yoo, B.
Yoo, C.
Yoo, C.
Yoo, J.
Yoo, J.
Yoo, M.
Yoo, M.
Yoo, P.J.
Yoo, S.
Yoo, S.
Yoo, S.
Yoo, T.
Yoo, W.
Yoon, C.
Yoon, H.
Yoon, H.
Yoon, H.
Yoon, H.
Yoon, J.
Yoon, J.
Yoon, K.
Yoon, M.
Yoon, M.
Yoon, M.
Yoon, S.
Yoon, S.
Yoon, S.
Yoon, T.
Yoon, T.
Yoon, T.P.
Yoon, T.P.
Yoon, Y.
Yoong, P.
Yorimitsu, H.

Tokyo Metropolitan U
ISIR, Osaka U,
Chiba Inst of Tech
Tokyo U, Med & Dental
Hokkaido U
Kanazawa U
Nagoya U
Prefect U Hiroshima
U of Toyama
Hokkaido U
U TokyoTokyo Inst of Tech
Nagoya Inst of Tech
Tohoku U
Tohoku U
Kyoto UTokyo U Sci
Waseda U
Yokohama National U
Kanagawa U
Osaka UU Tsukuba
Kinki UTokyo U Sci
Osaka UU Tokyo
Kobe U
Osaka U
Meiji U
RIKEN
Kyushu U
Nagoya U
Kyushu U
Gunma U
Sophia U
Chiba UU Agri & TechU Tokyo
U Fukui
U.S. Borax Inc, Rio Tinto
KIST
Hanyang U
KAIST
KAIST
Seoul National U
Seoul National U
Kyung Hee U
Hanyang U
Sungkyunkwan U
KAIST
Seoul National U
KIST
Ajou U
Hanyang U
KIST
POSTECH
Hanyang U
Korea U
Korea Inst of Energy Research
Ewha Womans U
Ewha Womans U
Sogang U
Hanyang U
Gwangju Inst Sci Tech
Gwangju Inst Sci Tech
Ewha Womans U
Woosuk U
Kookmin U
GISTkwangwoon U
U Wisconsin-Madison
U Wisconsin-Madison
Ewha Womans U
NIT, Yonago Col
Kyoto U

ENVR
MTLS
PHYS
HLTH
ENRG
INOR
ANYL
ENVR
ORGN
ENRG
MACR
PHYS
MACR
MTLS
ENRG
MTLS
ANYL
MTLS
MTLS
MACR
INOR
ORGN
ORGN
MACR
ENRG
PHYS
ENRG
MACR
ORGN
ENVR
ANYL
ANYL
PHYS
SCTY
INOR
ORGN
MTLS
INOR
INOR
INOR
INOR
MTLS
INOR
INOR
ENRG
MTLS
MACR
MTLS
MTLS
MTLS
MTLS
ENRG
BIOL
ENRG
ENRG
ENVR
MTLS
MTLS
ENRG
ORGN
MTLS
ENRG
BIOL
ANYL
MTLS
PHYS
ENVR
ENRG
MTLS
ORGN
ORGN
ORGN
BIOL
ORGN
ORGN

729
1073
621
2
781
2036
826
802
739
928
819
1570
932
943
331
1515
712
1556
1875
35
530
1231
2091
1267
185
309
124
1241
373
86
242
829
874
228
1639
1245
1757
1855
1555
1337
1018
1452
631
761
609
2061
1024
1463
1219
1092
1585
508
660
898
597
834
1446
2401
737
63
258
1053
1284
911
498
399
285
724
2040
504
337
736
1053
485
1730

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–413

NAME INDEX
Yorimitsu, H.
Yorimitsu, H.
Yorita, S.
Yoshida, A.
Yoshida, E.
yoshida, h.
Yoshida, H.
Yoshida, H.
Yoshida, H.
Yoshida, J.
Yoshida, J.
Yoshida, J.
Yoshida, K.
Yoshida, K.
Yoshida, K.
Yoshida, K.
yoshida, m.
Yoshida, M.
Yoshida, M.
Yoshida, M.
Yoshida, M.
Yoshida, M.
Yoshida, N.
Yoshida, N.
Yoshida, N.
Yoshida, O.
Yoshida, R.
Yoshida, S.
Yoshida, S.
Yoshida, S.
Yoshida, S.
Yoshida, S.
YOSHIDA, S.
Yoshida, T.
Yoshida, T.
Yoshida, T.
Yoshida, T.
Yoshida, T.
Yoshida, T.
Yoshida, T.
Yoshida, Y.
Yoshida, Y.
Yoshida, Y.
Yoshida, Y.
Yoshida, Y.
Yoshida, Y.
YOSHIDA, Y.
Yoshidome, S.
Yoshidomi, S.
Yoshie, N.
Yoshifuji, T.
Yoshihara, D.
Yoshihara, S.
Yoshihara, T.
Yoshii, M.
Yoshii, Y.
Yoshikai, N.
YOSHIKAI, S.
Yoshikawa, H.
Yoshikawa, K.
Yoshikawa, N.
Yoshikawa, S.
Yoshikawa, T.
Yoshikawa, T.
Yoshikiyo, M.
Yoshikoshi, K.
Yoshikuni, Y.
Yoshimaru, S.
Yoshimatsu, I.
Yoshimi, T.
Yoshimi, Y.
Yoshimi, Y.
YOSHIMI, Y.
YOSHIMI, Y.
Yoshimizu, H.
Yoshimoto, E.
Yoshimoto, K.
Yoshimoto, N.
Yoshimoto, N.
Yoshimoto, R.

414 –PRESENTERS

Kyoto U
Kyoto U
U Toyama
Kanagawa U
Nagoya U
Tohoku U
Nat Res Inst Police Sci
Kumamoto U
Kyoto U
Kyoto U
Kyoto U
Kyoto UNara Inst Sci Tech
Mie U
Nagoya U
Iwate UU Kitakyushu
Tohoku U
Hokkaido U
RIKEN
RIKEN
Nippon Veterinary & Life Sci U
Tokyo U Sci
Kogakuin U
Kyushu U
Shionogi & Co., Ltd.
Kyoto U
Nagoya U
Astellas Pharma Inc.
Kindai U
Tokyo U, Med & Dental
Tokyo U, Med & Dental
Kyushu U
Tokyo U Sci
Tohoku U
Hokkaido U
Okayama U
Osaka U
Kitasato U
Nagoya U
NIT, Gunma Col
NIT, Yonago Col
Meijo U
Meijo U
Kyoto U
Kyoto Inst of Tech
Sumika Chemical Analysis Service
Nihon U
Hiroshima U
U TokyoU MiyazakiInst Systems, ISIT
Utsunomiya U
Gunma U
Hiroshima U
Nat Inst Rad Sci
Nanyang Tech U
Ritsumeikan Uesity
Osaka U
Kobe U
Yamagata U
Keio U
Waseda U
Kyushu U
U TokyoJAIST
DOE Joint Genome Inst
Kyushu U
Hokkaido U
Nihon UU Fukui
U Fukui
Shanghai Inst Tech
Shanghai Inst Tech
Nagoya Inst of Tech
Kyoto Inst of TechU Tokyo
Yamaguchi U
ISIR, Osaka U
Osaka U

ORGN
ORGN
ORGN
ENRG
ORGN
INOR
ENVR
ENRG
ENRG
INOR
ORGN
ORGN
MACR
SCTY
ORGN
ENRG
ENRG
ORGN
INOR
BIOL
BIOL
ENVR
MTLS
MTLS
PHYS
HLTH
ORGN
MACR
ORGN
PHYS
ORGN
BIOL
ANYL
INOR
INOR
ORGN
MTLS
ANYL
HLTH
ANYL
ENRG
ORGN
ORGN
MTLS
ANYL
ANYL
ANYL
ANYL
ORGN
MACR
ORGN
MACR
MTLS
INOR
PHYS
HLTH
ORGN
MTLS
ENRG
MACR
ANYL
BIOL
PHYS
HLTH
MTLS
BIOL
ENRG
INOR
PHYS
MTLS
ORGN
ORGN
ANYL
HLTH
MACR
ORGN
ANYL
ENRG
BIOL
MTLS

2542
2543
1278
605
2092
998
236
2
114
1765
1488
2398
737
223
1753
929
207
10
575
217
906
168
1842
2325
278
286
1555
1238
1820
1303
1509
662
342
690
574
1235
1876
706
446
971
977
544
719
2691
809
644
178
332
1498
841
538
1372
63
1091
1064
419
97
2727
859
625
540
1031
2029
595
2433
1015
692
1849
1579
2445
233
1091
248
328
207
514
792
275
790
2692

Yoshimoto, S.
Yoshimoto, S.
Yoshimoto, S.
Yoshimoto, T.
Yoshimoto, Y.
Yoshimune, M.
Yoshimura, H.
Yoshimura, H.
Yoshimura, H.
Yoshimura, M.
Yoshimura, M.
Yoshimura, S.
Yoshimura, T.
Yoshimura, T.
Yoshinari, N.
Yoshino, T.
Yoshino, Y.
Yoshioka, D.
Yoshioka, H.
Yoshioka, K.
Yoshioka, K.
Yoshioka, M.
Yoshioka, N.
Yoshioka, T.
Yoshioka, Y.
Yoshitake, H.
Yoshitake, M.
Yoshitomi, T.
Yoshizaki, T.
Yoshizaki, Y.
Yoshizawa, K.
Yoshizawa, K.
Yoshizawa, M.
Yoshizawa, M.
Yoshizawa, M.
Yoshizawa, S.
Yoshizumi, Y.
Yospanya, W.
Yotsu-Yamashita, M.
You, J.
You, S.
You, S.
You, T.
You, W.
You, X.
You, Y.
You, Y.
You, Z.
Young, M.A.
Young, R.D.
Young, R.N.
Young, R.N.
Younger-Mertz, S.B.
Youngs, W.
Yousaf, M.
Yousaf, M.N.
Yoza, B.
Yu, B.
yu, c.
Yu, C.
Yu, D.
Yu, H.
Yu, H.
Yu, H.
Yu, H.
Yu, J.
Yu, J.
Yu, J.
Yu, J.
Yu, J.
Yu, J.
Yu, K.
Yu, K.
Yu, L.
Yu, L.
YU, P.
Yu, S.
Yu, S.
Yu, S.S.
Yu, T.

Kyushu Inst of Tech
Kumamoto U
Kumamoto U
Tohoku U
Kinki U
National Inst of AISTU Tokyo
U TokyoNagasaki U
Nagoya U
Aichi Gakuin U
Kyoto UNara Women’s U
Kyoto U
Osaka UTokyo U Agri & Tech
Aichi Inst of Tech
Kawsaki Medical School
Kogakuin U
Nagoya U
Kyoto Prefectural U
Tokyo Inst of Tech
Keio U
Asahi Group Holdings, LTD.
Osaka U
Hosei U
Hokkaido U
U.Tsukuba
Kyoto U
Osaka Prefecture U
Kyushu U
Kyushu U
Kogakuin U
Tokyo Inst of Tech
Tokyo Inst of Tech
Gunma UU Tsukuba
Tohoku U
Tohoku U
Tianjin U
Shanghai Inst Org Chem
Shanghai Inst Org Chem
Chungbuk National U
UNC Chapel Hill
Tsinghua U
U Sci Tech, China
Ewha Womans U
Donghua U
U IowaNat U Singapore
Simon Fraser U
Simon Fraser U
U Oklahoma
U AkronRyerson U
York UU Hawaii
Shanghai Inst Org Chem
Jiangxi U Sci Tech
Nat Taiwan Normal U
U British Columbia
Res Inst Elect Sci, Hokkaido U
Academia Sinica
Simon Fraser U
Korea Res Inst Standards & Sci
Seoul National U
Hong Kong U Sci Tech
Jilin U
Chinese U Hong Kong
Beijing Comp Sci Res Center
The Scripps Research Inst
Sichuan U
Sichuan U
Oita UU Maryland
Wuhan U, China
Fudan U
Nanjing U
Academia Sinica
Chinese Academy of Scis

ENRG
INOR
MTLS
INOR
MACR
MTLS
ANYL
BIOL
ORGN
ENVR
ORGN
BIOL
MACR
ORGN
INOR
ENRG
ANYL
MTLS
MACR
ORGN
ENRG
ENRG
MTLS
ANYL
MTLS
MTLS
MACR
MTLS
MACR
HLTH
PHYS
ENVR
ENVR
INOR
ORGN
ANYL
BIOL
ORGN
ANYL
INOR
INOR
ORGN
INOR
MACR
PHYS
MACR
ORGN
MACR
PHYS
INOR
HLTH
HLTH
INOR
INOR
ORGN
BIOL
ENRG
ORGN
MTLS
INOR
ENRG
PHYS
MTLS
MTLS
MTLS
BIOL
PHYS
MACR
MTLS
PHYS
ORGN
MTLS
MTLS
ENRG
ANYL
ENVR
MTLS
ORGN
INOR
ENRG

796
792
26
477
228
1466
907
135
2568
132
1334
1240
457
755
617
1012
536
1355
891
2289
322
768
2532
707
103
2049
703
2826
44
306
1217
242
218
504
1416
960
1125
1092
1230
1051
148
349
1895
84
1269
1123
341
1500
1613
1124
157
490
559
1762
1093
1437
694
2725
1723
1305
622
1541
139
148
2369
484
1981
1085
1183
419
1795
894
1935
394
376
238
558
670
878
963

Yu, W.
Yu, Y.
Yu, Y.
Yu, Y.
Yu, Y.
Yu, Y.
Yu, Y.
Yu, Z.
Yu, Z.
Yu, Z.
Yuan, C.
Yuan, H.
Yuan, J.
Yuan, J.
Yuan, J.
Yuan, L.
Yuan, L.
Yuan, S.
Yuan, T.
Yuan, T.
Yuan, Y.
Yuan, Y.
Yuan, Z.
Yuan, Z.
Yuasa, J.
Yuasa, M.
Yuba, E.
Yudasaka, M.
Yudin, A.K.
Yudin, A.K.
Yuen, A.K.
Yuen, J.
Yui, H.
Yui, N.
Yui, T.
Yun, C.
Yun, H.
Yun, H.
Yun, H.
Yun, H.
Yun, H.
Yun, J.
Yun, J.
Yuqian, J.
Yurtsever, A.
Yusa, S.
Yusa, S.
Yuta, I.
Yutronkie, N.
Zádor, J.
Zaffran, V.
Zahn, D.
Zako, T.
Zamble, D.B.
Zamora, F.
Zamora, M.T.
Zamora, M.T.
Zamyadi, A.
Zamyadi, A.
Zan, H.
Zang, H.
Zang, L.
Zanni, M.T.
Zanni, M.T.
Zanni, M.T.
Zapata-Torres, G.
Zare, R.N.
Zarket, B.C.
Zarschler, K.
Zartler, E.R.
zavarin, m.
Zawatzky, K.
Zaworotko, M.
Zborowski, M.
Zechel, D.

Louisiana State U, Shreveport
Indiana U
Fudan U
Fudan U
East China U Sci Tech
East China U Sci Tech
Sunchon National U
Shenzhen U
Washington State U
Peking U
Xiamen U
Inst of Biophysics
Tsinghua U
Tsinghua U
Tsinghua U
U South Carolina
Inst High Energy Phys
UakronTsinghua U
Beijing Forestry U
Soochow U
Soochow U
Nankai U
Georgia Inst of Tech
NAISTTokyo U, Med & Dental
Osaka Prefecture U
AISTU Toronto
U Toronto
U Sydney
UC San Diego
Tokyo U Sci
Tokyo U, Med & Dental
Niigata U
Hanyang U
Seoul National U
Gyeongsang National U
Korea Inst Mtls Sci
Korea Inst Mtls Sci
Konkuk U
Sungkyunkwan U
KAIST
Tsinghua U
INRS (INRS)U HyogoU HyogoRitsumeikan
U Ottawa
Sandia National Laboratories
Florida State U
U Erlangen, Nuremberg
RIKEN InstU Toronto
U Autonoma de Madrid
U Lethbridge
Queen’s U
U New South WalesU New South WalesNat Chiao Tung U
Northeast Normal U
U Utah
U Wisconsin, Madison
U Wisconsin-Madison
U Wisconsin-Madiosn
U ChileStanford U
U Marlyand, College Park
Helmholtz Zentrum Dresden Ross
Quantum Tessera Consulting
Lawrence Livermore Nat Lab
Merck Research Laboratories
U Limerick
Cleveland Clinic
Queen’s U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

MTLS
MTLS
MTLS
MTLS
PHYS
MTLS
HLTH
MACR
MTLS
ORGN
MACR
ANYL
MACR
MACR
MTLS
MACR
INOR
MACR
ANYL
MACR
PHYS
PHYS
MACR
MTLS
INOR
HLTH
HLTH
MTLS
ORGN
BIOL
ENVR
PHYS
BIOL
HLTH
INOR
HLTH
ORGN
MTLS
MTLS
MTLS
BIOL
ORGN
ENVR
MTLS
MTLS
MACR
MTLS
MTLS
INOR
PHYS
ANYL
PHYS
ANYL
BIOL
MTLS
INOR
INOR
ANYL
ENVR
MTLS
MTLS
ANYL
PHYS
PHYS
PHYS
PHYS
ANYL
MACR
HLTH
HLTH
ENVR
ORGN
INOR
ANYL
BIOL

1686
1725
448
2868
821
2104
413
1458
291
131
1188
961
142
1594
2714
459
1452
1013
1188
69
865
866
421
353
1036
405
480
2799
606
896
125
1828
87
268
1409
644
378
2331
1470
1482
576
612
559
740
1030
450
249
2726
495
1724
1256
61
53
1415
75
149
1584
721
421
394
1671
558
833
1874
1918
1361
841
12
592
91
283
1321
1517
132
918

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Zehnacker-Rentien, A.
Zelenyuk-Imre, A.
Zeng, H.
Zeng, H.
Zeng, J.
Zeng, L.
Zeng, Y.
Zenobi, R.
Zetterlund, P.
Zha, L.
ZHAI, L.
Zhai, M.
Zhai, X.
Zhai, Z.
Zhai, Z.
Zhan, C.
Zhan, D.
zhang, b.
Zhang, B.
Zhang, B.
Zhang, B.
Zhang, B.
Zhang, B.
Zhang, C.
Zhang, C.
Zhang, C.
Zhang, C.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, D.
Zhang, F.
ZHANG, F.
zhang, g.
Zhang, G.
Zhang, G.
Zhang, G.
Zhang, G.
Zhang, G.
Zhang, G.
Zhang, H.
Zhang, H.
Zhang, H.
Zhang, H.
Zhang, H.
Zhang, H.
Zhang, H.
Zhang, H.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
Zhang, J.
ZHANG, J.
ZHANG, J.
Zhang, K.
Zhang, K.
Zhang, K.

CNRS -U Paris Sud
PNNLBC Cancer Agency Res Cntr
BC Cancer Agency Res Cntr
U Sci Tech, China
Ningbo Inst Mtls Tech & Eng
Tech Inst Phys and ChemETH Zurich
U New South Wales
Nanjing U
Inst for Molecular Sci
Peking U
Louisiana State U
Inst of Fluid Phys
Inst of Fluid Phys
Xiamen U
Xiamen U
Zhejiang U
U Hawaii at Manoa
Chinese Academy of Scis
Chinese Academy of Scis
Wuhan Inst Phys & Math
Dalian Inst Chem Phys, CAS
Res Eco-Environ Sci
South Dakota State U
Nat U Singapore
Harbin Engineering U
Fudan URes Eco-Environ Sci
Inst of Chemistry, CAS
Inst of Chemistry, CAS
Hangzhou Dianzi ULouisiana State U
Louisiana State U
Dalian Inst Chem Phys
Mississippi State U
Fudan U
Shanghai Jiao Tong U
Fuzhou U
Los Alamos National Lab
Los Alamos National Lab
Los Alamos National Lab
Henan Academy of Scis
Uubei U Chinese Med
U Sci Tech, China
Genentech Inc.
Genentech Inc.
Chinese Academy of Scis
Nnakai U
Northeast Normal U
Hong Kong Baptist U
U Alberta
Nanyang Tech U
U Nebraska-Lincoln
U Nebraska-Lincoln
Tsinghua U
Tsinghua U
Peking U
Sun Yat-Sen U
U Western Ontario
Northeast Normal U
UC Riverside
UC Riverside
UC Riverside
Washington State U
Washington State U
East China Normal U
Inst of Chemistry,CAS
Tohoku U
East China Normal U
Peking U
Peking U
RIKEN
Northeastern U
Chinese Academy of Scis

PHYS
122
PHYS 1978
ANYL
873
PHYS 2059
MTLS 1287
MTLS
377
ORGN 1088
ANYL
660
MACR 1311
MACR 1008
MTLS
645
MACR 583
MTLS 2385
ANYL
956
ANYL
990
MTLS 2154
ANYL
763
ENVR
363
BIOL
799
MTLS
168
MTLS 2226
PHYS
43
INOR
413
MTLS 1137
MACR 282
PHYS 1369
ORGN 625
ORGN 281
ANYL
761
MACR 1080
MTLS
259
ENVR
504
MACR 209
MACR 1140
PHYS
431
ANYL
145
MTLS 2212
MTLS
330
MTLS
646
MTLS 1172
MTLS 2848
ENRG 637
MACR 1571
ANYL
727
MACR 1633
ORGN 787
ORGN 2305
MTLS 2081
ORGN 890
INOR 1410
ORGN 2182
ANYL
678
MTLS 1916
INOR 1703
MTLS
990
INOR
926
INOR 1292
MTLS 1929
MTLS
279
MTLS 2207
MTLS
647
ANYL
926
PHYS 1858
PHYS 2078
MACR 402
ENVR
287
PHYS 1833
MACR 1609
MTLS
565
ORGN 248
PHYS
394
MTLS 1965
ORGN 1831
MACR 355
MACR 1136

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–415

NAME INDEX
Zhang, L.
Zhang, L.
Zhang, L.
Zhang, L.
Zhang, L.
Zhang, L.
Zhang, L.
Zhang, L.
Zhang, L.
zhang, m.
Zhang, M.
Zhang, M.
Zhang, M.
Zhang, M.
Zhang, M.
Zhang, N.
Zhang, P.
Zhang, P.
Zhang, P.
Zhang, P.
Zhang, P.
Zhang, P.
Zhang, P.
Zhang, P.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, Q.
Zhang, R.
Zhang, R.
zhang, s.
Zhang, S.
Zhang, S.
Zhang, T.
Zhang, T.
Zhang, T.
ZHANG, T.
Zhang, T.Y.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
Zhang, W.
ZHANG, W.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.
Zhang, X.

416 –PRESENTERS

Northwestern U
Shanxi U
Nanyang Tech U
Dalian Inst Chem Phys, CASs
Beijing U Chem TechUC Santa Barbara
UC Santa Barbara
Arizona State U
Fudan U
Tsinghua U
Xiamen U
Australian Nat USouth China U Tech
National Inst of AIST
Hong Kong U Sci Tech
Shanghai Jiaotong U
Princeton U
Changchun Inst Appl Chem, CAS
U Cincinnati
U Cincinnati
U Cincinnati
Hong Kong Polytech U
U South Florida
U South Florida
Oil Crops Res InstNortheast Normal U, China
U Alberta
Nanyang Tech U
Chinese Academy of Scis
Res Eco-Environ Sci
Donghua U
Res Eco-Environ Sci
Shanghai Inst Pharm Ind
U Waterloo
U Waterloo
Nanjing U
Nanjing U
Nanjing U
Guandong Academy Agri Sci
Tsinghua U
Nanjing U
Res Eco-Environ Sci
Dalian Inst Chem Phys
Dalian Inst Chem Phys
U Arizona
Nagaoka U TechEli Lilly
U Mass, Boston
U Mass, Boston
Michigan State U
U Colorado Boulder
Nankai U
Fuzhou U
Fuzhou U
UC Berkeley
Jilin U
Peking U
Nagaoka Inst Tech
Tsinghua U
Tsinghua U
The Hong Kong U Sci Tech
Stanford U
Xiamen U
Washington State U
China U Petroleum, Beijing
Michigan State U
FAMU-FSU College of Engineering
Shanghai Inst of Org Chem
Tsinghua U
Tsinghua U
U Sci Tech, China
U Sci Tech, China
Auburn U
Anhui Agricultural U
Dezhou U
Zhejiang Sci-Tech U
U Sci Tech, Beijing
Nankai U
Georgia Inst of Tech
Wuhan U

MACR
ANYL
MTLS
ANYL
MACR
ORGN
ORGN
ANYL
ENRG
MTLS
PHYS
ORGN
ORGN
MTLS
BIOL
ENVR
ORGN
MTLS
ANYL
HLTH
PHYS
PHYS
ORGN
ORGN
ANYL
ORGN
ENVR
MACR
ENRG
ANYL
MACR
ENVR
HLTH
HLTH
HLTH
MACR
MACR
MACR
HLTH
MACR
ENVR
ENVR
ENRG
ENRG
ENVR
ORGN
HLTH
SCTY
ORGN
ENVR
MTLS
ORGN
ENVR
ENVR
BIOL
MACR
INOR
PHYS
ORGN
ORGN
ENVR
MACR
HLTH
MACR
MACR
ENRG
MACR
ORGN
ANYL
ANYL
PHYS
PHYS
MTLS
ORGN
INOR
MACR
MTLS
ORGN
MTLS
ORGN

1637
1178
2693
735
1550
602
1186
692
890
2153
1532
2093
784
702
930
549
360
2702
468
108
229
1270
2354
2700
97
2400
570
1089
216
559
1007
616
147
347
492
700
1625
1009
554
1285
68
465
907
1027
268
1434
694
122
2396
473
328
891
493
624
696
1116
127
2045
166
1141
542
669
196
71
909
750
1033
1356
49
419
1473
1717
1417
2491
1876
403
233
892
404
866

Zhang, X.
zhang, y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
Zhang, Y.
ZHANG, Y.
ZHANG, Y.
ZHANG, Y.
ZHANG, Y.
ZHANG, Y.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhang, Z.
Zhao, A.
Zhao, B.
Zhao, B.
Zhao, C.
Zhao, C.
Zhao, C.
Zhao, D.
Zhao, D.
Zhao, F.
Zhao, G.
Zhao, G.
Zhao, H.
Zhao, H.
Zhao, H.
Zhao, H.
Zhao, H.
Zhao, H.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, J.
Zhao, K.
Zhao, K.
Zhao, K.T.
Zhao, L.
Zhao, L.
Zhao, M.
Zhao, N.
Zhao, P.
Zhao, Q.
Zhao, S.
Zhao, S.
Zhao, S.

Rutgers U
Tianjin U Sci Tech
Beijing Inst of Tech
Guandong Academy Agri Sci
NCSU
National Cheng Kung U
Nanjing U
Nanjing U
U Yamanashi
Peking U
New York U
New York U
Nnakai U
Stevens Inst of Tech
Stevens Inst of Tech
Zhejiang U
U College London
Beijing Inst of Tech
Beijing Inst of Tech
Chinese Academy of Scis
Jilin UIBN
Zhejiang U
Dalian Inst Chem Phys, CASs
U Sci Tech, China
Dalian U Tech
Hong Kong U Sci Tech
Hong Kong U Sci Tech
Hong Kong U Sci Tech
Dalian Inst Chem Phys
Soochow U
Kobe U
Kyushu U
Northeast Normal U
Northeast Normal U
Dalian U Tech
Lawrence Berkeley Nat Lab
Nagoya U
Harvard U
Jilin UU Sci Tech, China
Jilin U
Jilin UU New South Wales
Chongqing U
Shandong U
Peking U
Fudan U
Gachon U, Korea
Shanghai Inst Org Chem
Tokyo Inst of Tech
Nankai U
Chinese Academy of Scis
Hainan U
Hainan U
U Illinois, Urbana-Champaign
U Illinois, Urbana-Champaign
Osaka UU California, Davis
Dalian U Tech
U Sci Tech, China
U Connecticut
Nanjing U
McMaster U
U Connecticut
Fudan U
Kyushu U
Soochow U
Sichuan Normal U
Sichuan Normal U
Northwestern U
China U Petroleum, Beijing
UC Berkeley
UC Los Angeles
Sichuan U
Princeton U
Res Eco-Environ Sci
Tsinghua U
Guangdong U Tech
Guangdong U Tech

ENRG
ANYL
MACR
ENVR
PHYS
ORGN
ENVR
MTLS
ENRG
ENRG
ORGN
PHYS
ORGN
INOR
INOR
ENVR
ENRG
MACR
MTLS
MTLS
MACR
MTLS
ORGN
ANYL
MACR
ENVR
MACR
MACR
MACR
ENRG
MACR
ORGN
ORGN
INOR
MTLS
HLTH
INOR
ENRG
ORGN
ENRG
PHYS
PHYS
PHYS
ANYL
ENVR
INOR
MTLS
MTLS
MTLS
ORGN
ENRG
MTLS
ENVR
ENVR
BIOL
BIOL
BIOL
ORGN
MTLS
PHYS
ENRG
ANYL
INOR
MACR
MTLS
ANYL
ENVR
MACR
MTLS
MTLS
HLTH
PHYS
PHYS
MTLS
PHYS
ENRG
ANYL
BIOL
ANYL
ANYL

491
102
1412
630
1980
1593
252
2594
326
395
1826
1185
888
1117
1663
55
32
1448
566
2181
485
332
2392
598
1019
921
1378
1379
1390
155
1343
408
926
1859
1672
144
556
786
1409
775
1195
392
854
646
78
7
18
2380
1126
2111
441
1954
825
530
542
225
916
818
2103
224
501
309
1681
873
1937
649
215
1203
2309
2722
403
1208
1504
869
1904
818
78
297
31
576

Zhao, S.F.
Zhao, T.
zhao, w.
Zhao, W.
Zhao, W.
zhao, X.
zhao, X.
zhao, X.
Zhao, X.
Zhao, X.
Zhao, X.
Zhao, X.
Zhao, X.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Y.
Zhao, Z.
Zhao, Z.
Zhao, Z.
Zhao, Z.
Zharov, I.
Zharov, I.
Zharov, I.
Zheng, F.
Zheng, F.
Zheng, G.
Zheng, G.
Zheng, G.
Zheng, J.
Zheng, J.
Zheng, J.
Zheng, J.
Zheng, J.
Zheng, L.
Zheng, L.
Zheng, M.
Zheng, M.
Zheng, M.
Zheng, X.
Zheng, Y.
Zheng, Y.
Zheng, Y.
zheng, z.
ZHI, j.F.
Zhong, D.
Zhong, L.
Zhong, L.L.
Zhong, M.
Zhong, M.
Zhong, R.
zhong, w.
Zhong, W.
Zhong, W.
Zhou, C.
Zhou, C.
ZHOU, C.
Zhou, D.
Zhou, D.
Zhou, F.
Zhou, F.
zhou, h.
Zhou, H.
Zhou, H.
Zhou, H.
Zhou, H.
Zhou, H.

CSIRO
Tsinghua U
Tokyo metropolitan U
U Arkansas Little Rock
Nanjing U
Peking U
Peking U
Peking U
Beijing Academy, Agri & Forest Sci
Tianjin U Sci Tech
Chinese Academy of Scis
Chinese Academy of Scis
U Memphis
Nanyang Tech U
Nanyang Tech U
Oregon State U
Xiamen U
Nat U Singapore
South China U Tech
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
The Hong Kong U Sci Tech
Nat Center Nano & Tech of China
Memorial U
UC San Diego
China U Petroleum, BeijingSouth China U Tech
South China U Tech
South China U Tech
U UtahU UtahU UtahBeijing Tech & Bus U
Beijing Tech & Bus UU Toronto
U Toronto
Fudan UNat Inst Rad Sci
Pacific Northwest National Lab
U Texas, Dallas
Inst Phys, Chinese Academy
Rice U
Nanjing U
Nanjing U
NIST
Res Eco-Environ Sci
Shanghai Inst of Materia Medica
U Sci Tech, China
U Georgia
U New Brunswick
U Texas at Austin
HHMI
Peking U
The Ohio State U
South China U Tech
Gachon U
Boston U
U TokyoChina U Petroleum, Beijing
Nankai U
UC Riverside
UC Riverside
U Illinois, Urbana-Champaign
U Hong Kong
UC San Diego
Inst Soil Sci, Chinese Academy
Nanjing U
Zhejiang U
Cal State, Los Angeles
U Tennessee
Wuhan U
Hainan U
Sun Yat-Sen U
Texas A&M U
Texas A&M U

KEY — PLEN – Plenary
ANYL – Analytical (1)INOR – Inorganic (2)MACR – Macromolecular (3)ORGN – Organic (4)

SCTY
MTLS
INOR
PHYS
ANYL
PHYS
PHYS
PHYS
ENVR
ANYL
ORGN
MTLS
INOR
MACR
MACR
ENVR
PHYS
ORGN
MACR
MACR
MACR
MACR
MTLS
ORGN
ENVR
ENRG
MACR
MACR
MACR
MACR
MTLS
MTLS
SCTY
ENVR
ANYL
MTLS
MTLS
ANYL
ENRG
MTLS
ENRG
PHYS
INOR
INOR
MTLS
ENVR
HLTH
PHYS
BIOL
ENRG
MTLS
ENVR
MTLS
PHYS
MTLS
MTLS
BIOL
ENRG
MTLS
ENVR
ANYL
ANYL
BIOL
ORGN
ORGN
ENVR
MACR
HLTH
BIOL
MTLS
HLTH
ENVR
INOR
INOR
MTLS

205
2341
864
669
1014
344
1689
1997
199
324
164
999
114
1131
1144
545
1825
88
279
982
1376
1377
229
1379
257
355
1088
1460
1461
1353
1435
1897
194
426
1028
2562
2003
460
617
120
608
521
169
808
1959
406
371
909
519
15
242
258
67
288
648
2348
885
972
567
885
52
141
1269
313
889
121
1315
257
782
1102
626
605
1861
1972
73

PHYS – Physical, Theoretical &Computational (5)ENVR – Agrochemistry,
Environmental and Geochemistry (6)Zhou, H.
Zhou, H.
Zhou, J.
Zhou, M.
Zhou, M.
Zhou, M.
Zhou, P.
Zhou, Q.
Zhou, R.
Zhou, R.
Zhou, R.
Zhou, R.
Zhou, S.
Zhou, W.
Zhou, W.
Zhou, W.
Zhou, Y.
Zhou, Y.
Zhou, Y.
Zhou, Y.
Zhou, Y.
Zhou, Y.
Zhou, Z.
Zhou, Z.
Zhu, B.
Zhu, B.
Zhu, D.
ZHU, D.
Zhu, F.
Zhu, G.
Zhu, G.
Zhu, G.
Zhu, H.
Zhu, H.
Zhu, H.
Zhu, J.
Zhu, J.
Zhu, J.
Zhu, J.X.
Zhu, J.X.
zhu, L.
zhu, L.
Zhu, L.
Zhu, L.
Zhu, L.
Zhu, M.
Zhu, M.
Zhu, M.
Zhu, P.
Zhu, Q.
Zhu, Q.
Zhu, Q.
Zhu, R.
Zhu, S.
Zhu, S.
Zhu, S.
Zhu, S.
zhu, w.
Zhu, W.
Zhu, X.
Zhu, X.
Zhu, X.
Zhu, X.
Zhu, X.
Zhu, X.
Zhu, Y.
Zhu, Y.
Zhu, Y.
Zhu, Y.
Zhu, Z.
Zhuang, H.
Zhuang, X.
Zhuge, F.
Zhuravlev, E.
Zhuravlev, E.

Shanghai Jiao Tong U
Inst Mtls Res & Eng
Dalian Polytechnic U
U Melbourne
U Melbourne
Icahn Sch Med Mount Sinai
U Washington
Huazhong U Sci Tech
IBM T. J. Watson Res Cntr
IBM T. J. Watson Res Cntr
U Kentucky
Shanghai Inst TechInst Agro-Products Pross Sci Tech
Northeast Normal U
Northeast Normal U
Zhejiang Normal U
U Cincinnati
Washington U, St. Louis
Soochow U
Nanjing U
Chongqing U
Tohoku U
Stanford U
Beijing Inst of TechDonghua U
Donghua U
North east normal U
Nanjing Tech U
Sun Yat-sen U
Jilin U
Jilin UCity U Hong Kong
U Victoria
Johns Hopkins U
Queensland U Tech
U Toledo
Sichuan U
Nanjing U
U Montreal
U Montreal
Nankai U
Nankai U
Case Western Reserve U
U TokyoTsinghua U
Huazhong U Sci Tech
Huazhong U Sci Tech
Huazhong U Sci Tech
U Toyama
Soochow U
Soochow U
Southern Medical U
U HongKong
South China U Tech
McMaster U
McMaster U
Nankai U
Brown U
East China U Sci TechCharles Sturt U
Tianjin U
Columbia U
Nanjing U
Nanjing U
UC Berkeley
Kyoto U
Shanghai Adv Res Inst, CAS
ICES
McMaster U
Zhejiang U
Shanghai Jiaotong U
Changchun Inst Appl Chem, CAS
Kyushu U
U Rostock
U Rostock

ORGN
MTLS
ENRG
MTLS
MTLS
BIOL
ENVR
ENVR
PHYS
PHYS
PHYS
ENVR
HLTH
INOR
MTLS
ANYL
ANYL
INOR
MACR
ENRG
ENVR
BIOL
ANYL
SCTY
ANYL
MTLS
MTLS
INOR
ANYL
INOR
MTLS
INOR
ANYL
BIOL
PHYS
BIOL
MTLS
MTLS
MACR
MACR
ENVR
ENVR
MACR
ORGN
MTLS
MACR
MACR
PHYS
ENRG
INOR
MTLS
MACR
PHYS
ORGN
MACR
MACR
ORGN
ENRG
MTLS
ENVR
SCTY
PHYS
MTLS
MTLS
BIOL
MTLS
MTLS
MACR
MTLS
MACR
ORGN
MTLS
MTLS
MACR
MACR

1673
2351
1060
180
974
213
80
676
1634
1783
1111
475
548
1859
1672
1244
310
1281
176
162
135
1126
816
196
191
1750
2349
1869
719
1518
992
384
238
752
1567
475
2571
1724
866
1593
883
916
1109
2120
1548
338
1666
497
748
934
1673
1459
555
1183
384
1475
197
75
1054
607
62
952
1901
2030
317
1238
380
1208
348
1402
1726
1790
1302
1003
1487

BIOL – Biological (7)HLTH – Bench to Bedside: Chemistry
MTLS – Materials & Nanoscience (8)of Health Care (10)ENRG – Chemistry of Clean Energy Conversion, SCTY – Connecting Chemistry to
Storage, and Production (9)Society (11)PRESENTERS–417

NAME INDEX
Zidan, R.
Ziegler, L.
Zierke, M.
Zierke, M.
Ziessel, R.
Zigmantas, D.
Zigmantas, D.
Zigon, N.
Zilm, K.W.
Zimmerman, P.M.
Zimmerman, S.
Zimmermann, R.
Zimmermann, R.
Zimmermann, R.
Zimmt, M.B.
Zischka, F.T.
Zisu, B.
Znosko, B.M.
Zones, S.I.
Zong, Z.
Zou, B.
Zou, G.

418 –PRESENTERSSRNL
Boston U
U British Columbia
U British Columbia
CNRS
Lund U
Lund UU Tokyo
Yale UU Michigan
U Illinois
U of Rostock
U of Rostock
U of Rostock
Brown ULMU
RMIT USaint Louis U
Chevron Energy Tech Co
Renmin UU China
Jinling Hosp, Nanjing U
U Sci Tech, China

ENRG
PHYS
BIOL
ENRG
INOR
PHYS
BIOL
MTLS
BIOL
PHYS
ORGN
ANYL
ANYL
ANYL
MTLS
PHYS
MTLS
BIOL
ENRG
ORGN
ANYL
MACR

427
328
645
22
2
985
5
281
268
357
57
659
920
1074
2275
1544
179
1049
891
377
258
245

Zou, G.
Zou, H.
Zou, H.
Zou, J.
Zou, R.
Zou, Y.
Zrimsek, A.B.
Zubair Iqbal, M.
Zubarev, E.
Zuckermann, R.
Zuckermann, R.
Zultanski, S.
Zuo, J.
Zuo, Y.
Zuo, Y.
Zuo, Y.
Zuraski, K.
Zweigenbaum, J.
Zweigenbaum, J.
Zwier, T.S.
Zwier, T.S.

Nat Center Nano & Tech
Dalian Inst Chem Phys, CASs
Jilin Uwuhan Inst of Tech
Peking U
Guilin U Electronic Tech
Northwestern U
Ningbo Inst Mtls Tech & Eng
Rice U
Lawrence Berkeley Nat Lab
Lawrence Berkeley Nat Lab
U Wisconsin-Madison
Nanjing U
U Hawaii at Manoa
U Hawaii at Manoa
U Hawaii at Manoa
U Southern California
Agilent Technologies, Inc.
Agilent Technologies, Inc.
Purdue U
Purdue U

MACR
ANYL
ENRG
ENVR
ENRG
ENRG
PHYS
MTLS
MTLS
MACR
MTLS
ORGN
MTLS
PHYS
MTLS
MTLS
PHYS
ENVR
ENVR
PHYS
PHYS

1155
70
775
675
647
380
248
377
2750
1118
2509
2134
42
1471
507
796
1281
5
62
1125
1481

NOTES____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

419

NOTES____________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

420

To Waikīkī /Diamond Head

Kalākaua
AvenueESCALATORS

Parking (Level 2)

ELEVATORS

S

LA
TO
R

CA

ES

Ballroom
Foyer

EAM

Pond
STREA
M

Gift of Water
Statue

8 54

ESCALATORSELEVATORSAtkinson Drive

Māhealani
Gardens

ESCALATORS

Rooftop
GardenELEVATORS

Ala Wai Terrace

ELEVATORSSTAIRSS

Ballroom
Foyer

LA
TO
R

CA

ES

ESCALATORS

STR

A

B

C

(Level 3)

Grand Staircase

ESCALATORS

Exit

Kalākaua
Ballroom

76 9

ESCALATORS

Ala Wai Promenade(Ala Hoku)

ESCALATORS

Exit

Exit

ESCALATORSESCALATORS

Loading Dock (Level 1)

ELEVATORS

Service Corridor

Ala Wai Canal

To Ala Moana Beach Park

Kahakai Drive

To Ala Wai Yacht Harbor

HAWAIICONVENTIONCONVENTION CENTERHAWAII
Ballroom&Parking
Parking
Level
Ballroom &
Level

STREA
M

ESCALATORS

421

Dock ExitKALĀKAUA AVENUE

Exit

STAIRS

UP

8

7

9

STAIRSELEVATORSELEVATORSELEVATORS
KAPI`OLANI BOULEVARDASTAIRS

Exit

8 54

STAIRS

Concession

1

2

Kamehameha
Exhibit Hall III

ELEVATORSGift of Water
StauteMain Lobby

Exit

S

OR

AT

EV

Atkinson DriveA

Dock Entrance

To Ala Moana
Beach Park

Kahakai Drive

Kahakai Drive

To Ala Wai Yacht Harbor

Parking Exit

Exit

ELEVATORSELEVATORS

Roll Up
Gate

EL

Exit

Exit

Exit

STAIRSELEVATORS

Porte Cochere

S
OR
AT
EV
EL 3-4

Kamehameha
Exhibit Hall II

Concession
ELEVATORSELEVATORSELEVATORSExitSTAIRS

Exit

Kamehameha
Exhibit Hall I

ELEVATORS

Loading Dock

Service Corridor

12
STAIRSSTAIRS

7 6 9 Concession

STAIRSSTAIRS

Roll Up Exit
Gate

Exit

Loading Dock

Ala Wai Promenade(Ala Hoku)

STAIRS

Parking Entrance

To Waikīkī /Diamond Head

11

Grand Staircase

6

422
10

ELEVATORS

5

Regency
Room II
4

ELEVATORS

3

Ala Wai Canal

HAWAII CONVENTIONHAWAIICONVENTIONCENTER
CENTER
ExhibitExhibit Level
Level

FREIGHTELEVATORTo Waikīkī /Diamond Head

Finance
Office301AKaua`lSTAIRS

S

LA
TO
R

CA

ESCALATORSESSTAIRS

317A

Service Corridor

STAIRSELEVATORSGift of Water
StatueSTAIRS

322B 322A

323A

323B

323C

324

325B 325A

STAIRS

319A

ORS

ESCALATORS320 `Emalani
Theater

Atkinson Drive

A

AT

EV

EL

319B

STAIRSPĀ
Kamali`I
Pā Kamali`l“Cchildren’s Courtyard”

ESCALATORS

318B

321A

STAIRS

318A

Porte Cochere

STAIRS

317B

Lāna`lKaho`Olawe

314

321B

ESCALATORSESCALATORS

Kalia

326B 326A

ELEVATORS

Kapi`Olani Boulevard

311

STAIRSESCALATORS

301B

303A

Moloka`l

Maui

Maui

STAIRSPā Kalihi
Courtyard

302A

STAIRS

303B

315

316A

316B

316C

8 5 4

ELEVATORS

327

328

Balcony
Helumoa

Waikīkī

STAIRS

302B

305A

312

Ala Halawai“Center Concourse”

STAIRS

328
ELEVATORS

MakikiSTAIRS

304A

Ni`ihau

STAIRS

305B

313A

313B

ESCALATORS

307A

O`ahu

O`ahu

313C

S

ELEVATORS

304B

308A
307B

ELEVATORS

AL
AT
OR

SC

ESCALATORS E
7 6 9

STAIRS

306A

306B

308B

309

ESCALATORSGrand Staircase

STAIRSSTAIRSSTAIRS

Mānoa

Pālolo310

Pā Kaloka“Charlot
Courtyard”

Kalākaua
AvenueLili`uTheater

Parking (Level 2)

Loading Dock (Level 1)

Service Corridor

ELEVATORSESCALATORSA

Operations
OfficeAla Wai Promenade (Ala Hoku)

To Ala Moana Beach Park

Kahakai Drive

Kahakai Drive

To Ala Wai Yacht Harbor

HAWAIIHAWAIICONVENTIONCONVENTIONCENTER
CENTER
Meeting
Room
Meeting
Room Level
Level

ELEVATORSSTAIRSSTAIRS

Speaker
Ready Room423

HILTONVILLAGEHILTONHAWAIIANHAWAIIANVILLAGE
Kalia Tower Floor
Kalia Tower–Second
Conference Center
CenterKaliaKalia
Conference

Ilima Boardroom

Hibiscus 2
Hibiscus 1
Speaker Ready RoomTo Mid-PacificConference Center

ELEVATORS

Tiare
Suite

ELEVATORSELEVATORS

Kahili 1

Kahili 2
Lehua
Suite

424

HILTON HAWAIIANHILTONHAWAIIANVILLAGEVILLAGESTAIRS

PacificConference–Sixth
Conference Center
Mid Mid
Pacific

Rooftop Garden/
WaikikiStarlight Luau

South
Pacific
4
South
Pacific
3

South Pacific Lounge

4
3

Sea Pearl
Suite

2South Pacific
Boardroom

Operations Office

1

MPCC 1

ELEVATORSESCALATOR

Registration

South
Pacific
2
South
Pacific
1
MPCC 2

ESCALATOR

Coral Lobby

Coral 2

Coral
LoungeELEVATOR

Coral 1

Coral 3

ELEVATOR

Coral 5

Coral 4

Nautilus Lounge

Kalia
Conference Center

STAIRSELEVATORSSTAIRSELEVATORS

Kalia Executive
Conference Center

ELEVATORSSTAIRS

Nautilus Nautilus
1
2

STAIRS

425

HILTON HAWAIIANHAWAIIAN VILLAGEHILTONVILLAGE

Rainbow 2
Rainbow 3

Rainbow Suite

Rainbow 1

Rainbow Patio

Tower
RainbowRainbow
Tower–Lower
Level

426

HILTONHILTONHAWAIIANHAWAIIAN VILLAGE
TOWER
Rainbow TAPA
Tower–Second
Floor‘Iolani Suite
Speaker
Ready Room
1

2

3

4

NTA Offices
5

6

7

ELEVATORS

Tapa Ballroom 1
PalaceLoungeHonolulu
Suite 1

Honolulu Lanai

Honolulu
Pre-Function

Palace Lobby

Tapa Ballroom 2

Honolulu
Suite 2

Honolulu
Suite 3

Tapa Ballroom 3

427

HILTON HAWAIIANVILLAGEHILTON HAWAIIANVILLAGEPROPERTY MAPPROPERTY MAP

Kālia Road

Kālia Executive
Conference Center(2nd Floor)
Hibiscus Suite
Mandara Spa & Salon
Tiare Suite
Fitness Center
Kahili Suite(4th Floor)
Lehua Suite
Llima Ballroom

Front Desk

Starbucks

oana

Blvd.

Kālia Tower

Grand
Waikikian(2nd Floor). Honolulu Suite. Lolani Suite. Tapa Boardroom(6th Floor). Coral Ballroom. Coral Lounge. Nautilus Suite. Sea Pearl Suite
Hatsuhana. South Pacific Ballroom Restaurant. South Pacific Boardroom

Lanikai Juice Camp Penguin

Ocean Crystal Chapel

Village Green

Fresco Italian
Restaurant(2nd Floor)

Front Desk

Round Table Lappert’s
Pizza
Ice Cream& Coffee

LagoonTower

Daimond
Head
Tower
Ali’i
Tower
Plaza

Main
Lobby

Super
Pool

Paradise
Pool

Pronto Pickle
Fresh Connection
Tropics Bar & Grill

Atlantis Submarine

Rainbow
Tower

ProntoPickle ll

Rainbow Lanai
Paradise
LoungeRainbow
Suite

Hau Tree Bar

Bali Steak& Seafood

DQ/Orange Julius
at the Beach

Duke Kahanamoku
LagoonPort Hilton

Pacific Ocean

428

Starbucks

Ali‘i
Tower

Valet and Taxi

Great Lawn

White
Beach
ChapelPost OfficeBusiness Center& Package
CenterTapa
Pool

Tapa Bar

CJ’s New York Style
Delicatessen

on Drive

DiamondHead
Apartments

Rainbow
BazaarHanajuban
Noodle Shop

Kahanamoku Street

Tapa Conference Center

Benihanaof Tokyo

Mid-PacificConference Center

Duke’s Lago

Grand Islander &Bus/Tour Transportation
Coming in Fall 2016

Tapa Tower

Rainbow Drive

Ala M

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Entrance

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CruisesHILTON WAIKIKI
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Room 301
Operations Office(Not Shown)

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Prince
Jonah

Foyer

FourthFourthFloor
Floor
Territorial III

Territorial I

Territorial II

Foyer

SecondSecondFloor
Floor
Speaker Ready RoomNiihauBoard Room

Molokai

Hawaii I

Hawaii

Hawaii II

AAltitude
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37th Floor

37th Floor

Kauai

429

HYATT
HYATT REGENCY
REGENCY WAIKIKI
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Lobby

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Foyer

Hotel
Reception

Regency Ballroom
Convention Center
Street Level

ELEVATORSESCALATOR

2nd Floor
Foyer

Mauka

MalokoMakai
Leahi RoomStage

FirstLevel
Level
First
Leahi Room
Cascading
Waterfalls

NTA Lounge

Hotel
PorteCochere‘Eha

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430

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Meeting Rooms
Diamond Head Tower

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2nd Level

MARRIOTTRESORTRESORTWAIKIKI
WAIKIKIBEACH
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MARRIOTT
FFirstirst Floor
Flo o rRegistrationand Shuttle
Bus

Group & Bus Entrance

Milo
I

Milo
II

Kaimuki 1
NTA
LoungeGarage

3rd Level

Milo VI

Milo
IV

Grand
STAIRSGrandSTAIRS

Milo
III

GarageELEVATOR

Paoakalani Tower

ELEVATOR

Kealohilani Tower

Third
T hirdFloor
Flo o rKona Moku
Ballroom
Salon A

Waikiki Terrace
Grand
STAIRS

Waikiki
Ballroom
Salon Salon Salon
3
2
1

Salon BELEVATORS

Kaimuki 3

Milo
V

ELEVATORS

Kaimuki 2

SecondSeco n dFloor
Flo o rHonolulu
Operations
OfficeKou
Speaker
Ready
Room

Paoakalani Tower

431

ROYAL HAWAIIANROYALHAWAIIAN

Coconut Grove

Concierge
Main Building
ELEVATORS

Coconut Lanai

Porte Cochere

Main Lobby

Front
Desk

Bell DeskBreezeway

Regency
Room I

Ocean Lanai

Ocean Lawn

Te

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Monarch Room

Mo

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Mai
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Bar

Waikíkí Beach

432

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Promenade

Lower Lobby

Ma
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Regency
Room II
Regency
Room III
Azure
Restaurant
Surf Lanai

Azure210

Pool Desk

SHERATON WAIKIKISHERATONWAIKIKI
SeSecond
co n d Floor
Fl o o r

Helumoa
Playground

Hilo

Speaker Ready
Room
NTA Lounge

Pu

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Operations

The Edge
Inﬁnity Pool

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Hawai’i Ballroom

The Edge
Pool Deckhu

Guest Elevators

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Business
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Ko

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Kohala433

PACIFICHEM OFFICIAL HOTELS
Ala Moana Hotel
410 Atkinson Drive808-955-4811

Marriott Waikiki Beach
2552 Kalakaua Avenue
808-922-6611

Courtyard by Marriott
Waikiki Beach
400 Royal Hawaiian Avenue
808-954-4000

Outrigger Reef Waikiki
Beach Resort
2169 Kalia Road
808-923-3111

DoubleTree by Hilton Alana
Waikiki1956 Ala Moana Blvd
808-941-7275

Outrigger Waikiki Beach
Resort2335 Kalakaua Avenue
808-923-0711

Embassy Suites Waikiki
Beach Walk
201 Beachwalk Street
808-921-2345

Pacific Beach Hotel
2490 Kalakaua Avenue
808-922-1233

Hawaii Prince Hotel Waikiki
100 Holomoana Street
808-956-1111
Hilton Hawaiian Village
2005 Kalia Road
808-949-4321
Hilton Waikiki Beach
2500 Kuhio Avenue
808-922-0811
Holiday Inn Resort Waikiki
Beachcomber
2300 Kalakaua Avenue
808-922-4646
Hyatt Place Waikiki
175 Paoakalani Avenue
808-922-3861
Hyatt Regency Waikiki
2424 Kalakaua Avenue
808-923-1234

434

Ramada Plaza Waikiki
1830 Ala Moana Blvd
808-312-1148
Royal Hawaiian
2259 Kalakaua Avenue
808-923-7311
Sheraton Princess Kaiulani
120 Kaiulani Avenue
808-922-5811
Sheraton Waikiki
2255 Kalakaua Avenue
808-922-4422

The Modern Hotel
1775 Ala Moana Blvd.
808-450-3379
Trump International Waikiki
Beach Walk
223 Saratoga Road
808-683-7777

Moana Surfrider
2365 Kalakaua Avenue
808-922-3111

PACIFICHEM OPERATIONOFFICES
Hawaii Convention Center
Operations Office, Room 328,
808-792-6620
Hawaii Convention Center
Finance Office, Room 309,
808-792-6621
Hilton Hawaiian Village
Operations Office, South Pacific
Boardroom, 808-947-7939
Hilton Waikiki Beach
Operations Office, Room 301,
808-922-0811*
Hyatt Regency Waikiki
Operations Office, Ekolu Room,
808-947-7937
Marriott Waikiki Beach
Operations Office, Honolulu Room,
808-921-5036
Sheraton Waikiki
Operations Office, ‘Iao Needle,
808-931-8091*Ask for Pacifichem Operations
Office Room 301

435

1



5 18

14

3

6 
11

19 4


2

17

15

16 10

12 21

8

Paciﬁchem 2015 Hotel Map

13

7
9
20

Hilton Hawaiian Village – Resort View

5

6.a

$235

Pacific Beach Hotel

Ramada Plaza Waikiki

Royal Hawaiian

13

14

15

$369
$219

$289
$369
$219
$239
$245

19

20.a Waikiki Beach Marriot – City View

20.b Waikiki Beach Marriott – Partial Ocean View

21

$245

$239

$289

N/A

$279

$259

$469

$354

$334

$354

$334

$320

$304

$230

$215

$375

$179

$249

$305

$334

$304

$325

$305

$254

$239

$279

$229

$360

$335

$305

$270

$255

$349

$235

$224

$214

N/A

N/A

$319

$299

$569

$419

$399

$429

$409

$395

$379

$280

$265

$475

$209

$299

$380

N/A

N/A

$400

$380

$269

$289

$319

$269

$410

$385

$355

$320

N/A

$409

$275

$249

$239

N/A

N/A

2

4

4

4

4

4

4

4

4

4

4

4

4

4

4

4

3

3

4

4

4

4

4

4

4

4

4

4

3

4

4

4

4

2

2

17

17

17

19

18

18

17

17

17

17

17

17

17

21

17

17

17

17

18

18

17

19

17

17

17

17

17

17

18

18

17

17

17

17

17

Yes

No

No

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No

No

Yes

Yes

Yes

Yes

Yes

No

No

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No

No

No

No

No

No

Parking$25/$40$32/$37$32/$37

$33

$28

$28

$25/$33$25/$33$25/$33$25/$33$25$25$25/$33$25$25/$33

$35

$35

$35

$30/$35$30/$35$25/$30

$35

$25

$25

$27/$33$27/$33$27/$33$27/$33$22/$28

$35

$30

$35

$35

$35

$20/$25$20/$25

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No

Yes

Yes

No

No

No

No

Yes

Yes

Yes

No

No

No

No

No

Service

Service

Service

Service

Yes

Yes

No

No

No

No

No

No

No

No

Service

Service

Service

Service

Yes

Yes

Yes

Service

Service

Service

Service

Service

Service

Service

Service

Service

Service

No

No

No

No

No

Room Service ** Pets

Orchid Event Solutions is the ONLY designated housing provider for Pacifichem 2015. Beware of companies misrepresenting themselves as affiliated with Pacifichem.

Westin Moana Surfrider

Trump International Hotel Waikiki

18.b The Modern Honolulu – Partial Ocean View

$269

$279

$259

$279

$259

17.c Sheraton Waikiki – Partial Ocean View

$245

$269

$245

17.b Sheraton Waikiki – Mountain View

$229

$180

18.a The Modern Honolulu – City View

$229

17.a Sheraton Waikiki – City View

17.d Sheraton Waikiki – Ocean View

$18016.b Sheraton Princess Kaiulani – Ocean View

$275
$165

$275
$165

16.a Sheraton Princess Kaiulani – City View

$149

$199

$235

$259

$229

$250

$149

$199

$259

Outrigger Waikiki Beach

12

$229

11.a Outrigger Reef Waikiki Beach – Standard View

11.b Outrigger Reef Waikiki Beach – Partial Ocean View

$250

10.b Hyatt Regency Waikiki Beach – Ocean View

$239
$230

$239
$230

Hyatt Place Waikiki

9

$189

$239

$189

$310

$285

$255

$220

$195

$289

$195

$199

$189

$179

$189

$239

$189

$310

$285

$255

$220

$195

$289

$195

$199

$189

10.a Hyatt Regency Waikiki Beach – City/Mountain View

Hilton Waikiki Beach – Ocean View

Holiday Inn Waikiki Beachcomber

8

7.a

7.b

Hilton Hawaiian Village – Ocean View Ali’i

Hilton Waikiki Beach – City or Mountain View

6.d

Hilton Hawaiian Village – Ocean View

Hawaii Prince Hotel Waikiki

4

Hilton Hawaiian Village – Deluxe Ocean Rainbow

Embassy Suites Waikiki

3

6.cDoubleTree by Hilton Alana Waikiki

2.c

6.b

Courtyard by Marriott Waikiki – One Bedroom Suite

2.b

$179

N/A

No

Courtyard by Marriott Waikiki – Standard Room
Courtyard by Marriott Waikiki – Deluxe Room

$149

17

2.a

$149

4

Ala Moana Hotel – Kona Tower

$269

1.b

$219

$169

Ala Moana Hotel – Waikiki Tower

1.a

$169

Single Double Triple Quad **Max Guests/Room Child Under Age Free Childcare List

HOTELS

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Pool

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

ADA

No

Yes

Yes

Yes

No

No

No

No

No

No

No

No

No

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No

No

No

Yes

Yes

Green Hotel*All Pacifichem 2015 room rates include complimentary in‐room Internet and fitness center access. Room rates below do not include 13.96% room tax (subject to change). **Additional fees may
apply: If a rollaway bed is required, if there are pets in guest rooms, and if smoking occurs in guest rooms (all rooms are nonsmoking rooms). All hotels will have access to a shuttle route.

For best availability, make your reservation via the Internet at www.pacifichem.org or by phone at (866) 847‐8570.

PARTICIPATING HOTEL LIST

2015 International Chemical
Congress of Pacific Basin Societies

Shuttle Boarding
Locations & Schedules
ADA Assistance: Contact Naomi Aquino for reservations at least 7 days in advance at naomi.aquino@robertshawaii.com, cc: groupsales@robertshawaii.com
or call 888-472-4729 or 808-539-9481. Call the dispatch hot line for same day request at 808-831-1555 (may incur a 30 minute wait time).

ROUTE HOTELS

Hawaii Prince
Hilton Hawaiian
Village
Doubletree Alana

1 The Modern

Ramada Plaza
Convention Center

2

3

4
5
2015_ShuttlePosters_full_17.indd 1

Holiday Inn
Beachcomber
Sheraton Waikiki
Embassy Suites
Royal Hawaiian
Trump Waikiki
Beach Walk
Westin Moana
Surfrider
Outrigger
Outrigger Reef
Courtyard Marriott

BOARDING LOCATIONS

Tapa Front Bus Stop
Tapa Front Bus Stop
Front of Convention
CenterTapa Front Bus Stop
Front of Convention
Center
Front of Convention
CenterSheraton Bus Depot
Sheraton Bus Depot
Sheraton Bus Depot
Sheraton Bus Depot
Sheraton Bus Depot
Sheraton Bus Depot

Sheraton Bus Depot
Sheraton Bus Depot
Sheraton Bus Depot
Convention Center Front of Convention
CenterHyatt Regency
Hyatt Koa Ave
Waikiki
Entrance
Koa Ave
Pacific Beach Hotel Hyatt
Entrance
Sheraton Princess Hyatt Koa Ave
Kaiulani
Entranceof Convention
Convention Center Front
CenterHyatt PlaceMarriott Bus Depot
Waikiki Beach
Marriott Bus Depot
MarriottHilton Waikiki
Marriott Bus Depot
Beachof Convention
Convention Center Front
CenterAll Hotel Loading Areas
Inter-Hotel
Referenced Above

ROUTE

TIME

FREQUENCY

DECEMBER 15 SCHEDULE

1234
5

7:00 AM – 9:00 AM

Every 15 Minutes

9:00 AM – 4:00 PM

Every 30 Minutes

4:00 PM – 5:30 PM

Every 15 Minutes

7:00 AM – 10:30 PM Every 15 Minutes

SPECIAL OPENING CEREMONY & RECEPTION SHUTTLE TO & FROMSHERATON WAIKIKI • DECEMBER 15 ONLY • 5:30 – 10:30 PM

1
3
4
6

Hilton Hawaiian Village

Tapa Front Bus Stop

Doubletree Alana
Ramada Plaza
Sheraton Waikiki

Front of hotel
Front of hotel
Sheraton Bus Depot

Hyatt Regency Waikiki
Pacific Beach Hotel
Sheraton Princess Kaiulani
Waikiki Beach Marriott
Hyatt Place
Hilton Waikiki Beach
Sheraton Waikiki

Hyatt Koa Ave Entrance
Hyatt Koa Ave Entrance
Hyatt Koa Ave Entrance
Marriott Bus Depot
Marriott Bus Depot
Marriott Bus Depot
Sheraton Bus Depot
Ala Moana Mahukona St.
Entrance

Ala Moana
Sheraton Waikiki

Sheraton Bus Depot

DECEMBER 16 – 19 SCHEDULE

1234
5

7:00 AM – 9:00 AM

Every 15 Minutes

9:00 AM – 4:00 PM

Every 30 Minutes

4:00 PM – 10:00 PM

Every 15 Minutes

7:00 AM – 10:00 PM Every 15 Minutes

DECEMBER 20 SCHEDULE
7:00 AM – 12:00 PM Every 15 Minutes1234
5

12:00 PM – 1:00 PM

Every 30 Minutes

1:00 PM – 4:00 PM

Every 15 Minutes

7:00 AM – 12:00 PM Every 15 Minutes

SPECIAL CLOSING RECEPTION SHUTTLE TO & FROM HILTONHAWAIIAN VILLAGE • DECEMBER 20 ONLY • 1:00 – 4:00 PM

10/20/15 11:35 AM

American Chemical Society (ACS)

Canadian Society for Chemistry (CSC)

Chemical Society of Japan (CSJ)New Zealand Institute of Chemistry (NZIC)Royal Australian Chemical Institute (RACI)

Korean Chemical Society (KCS)

Chinese Chemical Society (CCS)