The 9th International PCB Workshop
Kobe International Convention Center, Kobe, Japan
October 9-13, 2016

Sunday, October 9, 2016
18:00 – 21:00

Welcome Reception

Monday, October 10, 2016
10:00 - 12:00 Citizen's Session (in Japanese)
Co-Chairs;

Yoshina USUI (Hyogo Prefectural Sumahigashi High School)
Keiichi TANNO (Kobe City College of Nursing)

1. Research of Micro-Plastic (MP) at Suma beach (7/23/2016)
Ikuta, Azusa; Okano, Ami; Kinugawa, Kazushi; Tsukui, Hiroki; Tokutomi, Ten; Higashisaka,
Hayato; Matuo, Rinna (Amagasaki Oda senior high school/ High school Student Forum for the
purpose of thinking about the environment of the Seto Inland Sea)
2. Where do foreign plastic bottles which have been cast ashore on the coast of Akashi Strait
come from?
Ishikawa, Masaki; Funabiki, Taisei; Ninomiya, Natsuki; Nabeshima, Junya; Matsubara,
Fumiya; Adachi, Nao; Morimitsu, Syunpei; Motoyama, Syoya (Hyogo prefectural Kobe
commercial high school)
3. “Seed project” – an international understanding program through seeds exchange
Takaoka, Kae (Hyogo Prefectural Agricultural High School, “Kenno”); Students
4. Capacity Building for Analysis and Reduction Measures of Persistent Organic Pollutants in
SerbiaVladimir P. Beškoski (University of Belgrade, Serbia); Takeshi Nakano (Osaka Univ.)
5. Changes over 1999 to 2015 in awareness among female students attending the K college ofnursing regarding waste reduction and dioxin issues
Tanno, Keiichi; Watabe-Tsukano, Saori (Kobe City College of Nursing); Kadowaki, Seishi(University of Tsukuba); Nakata, Yasuo (Kobe Tokiwa University); Hiroshi HONDA (Kirishima
Medical Center)
6. Is “chemical substance” equal to “pollutant” in our society?
Toga, Tetsuo (Nihon Nohyaku Co., Ltd.)3

13:00 Opening
13:30 - 14:15 Plenary Lecturer 1-1
Masatoshi MORITA, Honorary Chairman, Japan Society for Environmental Chemistry
Professor, Ehime University

14:15 - 15:00 Coffee Break
15:00 - 17:30 Session #1 (8 speakers) "Environment"
PCB environmental fate and transport: Enantioselective analysis
Co-Chairs;
#1-1
15:00
#1-2
15:15
#1-3
15:30
#1-4
15:45
16:00
#1-5
16:15
#1-6
16:30
#1-7
16:45

#1-8
17:00
17:15

Keri HORNBUCKLE (Univ. Iowa)

Hans LEHMLER (Univ. Iowa)
Keri C Hornbuckle,
Legacy versus Modern: Sources of PCBs and OHUniversity of Iowa, USA
PCBs to the Environment
Takumi Takasuga,
PCB #11 (3, 3’-Dichlorobiphenyl) as a predominant
Shimadzu-Techno
Research, PCB congeners in ambient air from unintentional
Ehime University, Japan
formation of organic pigment production
Mitchell D. Erickson,
Aroclor Mis-identification in Environmental Samples
Mitchell D. Erickson Associates,
USA
Christian Bogdal,
Tracking and quantifying sources of PCBs in Zurich,
Swiss Federal Institute of Switzerland
Technology Zurich, Switzerland
Q&A
Jacob de Boer,
VU
University,
Amsterdam,
Netherland
Jonathan N. Hogarh,
Kwame Nkrumah University of
Science and Technology, Ghana
Pu Wang,
Research Center for EcoEnvironmental
Sciences,
Chinese Academy of Sciences,
China
Hans-Joachim Lehmler,
The University of Iowa, USA
Q&A

Capacity building for PCB analysis around the world

Atmospheric contamination from polychlorinatedbiphenyls in Ghana
Polychlorinated biphenyls in the ambient air in theKing George Island, west Antarctica: temporal trend,chiral signature and source implications

ChiralPolychlorinatedBiphenyl
Transport,
Metabolism and Distribution: An Update

17:30 - 18:00 Light Meal4

18:00 - 21:00 Session #2 (12 speakers) "Emission"
Global inventory and management: National and international activities to limit human andenvironmental impact of PCBs
Co-Chairs;
#2-1
18:00
(skype)
#2-2
18:15

#2-3
18:30
#2-4
18:45
20min
#2-5
19:05
10min
#2-6
19:15
10min
#2-7
19:25
#2-8
19:40
#2-9
19:55
#2-10
20:10
#2-11
20:25
#2-12
20:40

Roland WEBER, (POPs Environmental Consulting, Stuttgart)

Niklas JOHANSSON (Karolinska Institute and Melica Biologkonsult)
Jacqueline Alvarez,
Efforts toward the elimination of PCBs
UNEP Overview & PEN
Carmela Romero Centeno,
UnitedNations
Industrial
Development
Organization(UNIDO) activities, Austria
Leah Aurea U. Texon,
UNIDO, Philippines
Rio Deswandi & Edward
Nixon Pakpahan,
UNIDO, Indonesia
Zheng Peng,
Foreign Economic Cooperation
Office, Ministry of Environmental
Protection of China, China
Xinhua Gao,
Foreign Economic Cooperation
Office, Ministry of Environmental
Protection of China, China
NelsonMANDA /John
Pwamang,
UNITAR, Switzerland
Vladimir P Beškoski,
Faculty of Chemistry, Universityof Belgrade, Serbia
Åhr Evertson,
Upplands Väsby Municipality,
SwedenRoland Weber,POPs
Environmental
Consulting, Germany
Niklas Johansson,
Melica Biologkonsult, Sweden
Scott N. Spak,School of Urban & Regional
Planning / Public Policy Center /Department
of
Civil
&
Environmental
Engineering,
University of Iowa, USA

Promoting Industrial Development through the
UNIDO PCB Program

Polychlorinated Biphenyl (PCB) Management
Initiatives in the Philippines
Conducting PCBs Inventory under Incomplete
Information: An Indonesia’s Experience
Environmental
standards,
specification
andguidance of Environmental Sound Management anddisposal of polychlorinated biphenyls waste in
China
Investigation and Disposal of Electrical Devices
Containing PCBs in China

Case Study of the GEF / UNITAR / UNDP / EPA-Ghana
Project on Capacity Building for the Elimination of
PCBs in Ghana
PCBs in Serbia, history of usage and present
situation - can bioremediation solve this problem?
An Investigation of Occurrence and Transport of
PCB in the Stream Väsbyån and Lake Oxundasjön in
Upplands Väsby Municipality, Sweden
Towards Systematic Tracking of PCB-Sources for
Safe Food Production
National Follow-up to the 2010 Inventory of
Identification, Remediation and Destruction of PCB
in Sealant and Flooring Materials
Toward Comprehensive Global Urban-scale PCB
Source & Emissions Inventories

5

Tuesday, October 11, 2016
9:30 - 10:15 Plenary Lecturer 2-1
Masutaka FURUE, Professor, Kyusyu University“Yusho and its latest findings; dioxin intoxication and its management”
10:15 - 10:45 Plenary Lecturer 2-2 (via internet/skype)
Leon GUO, Director, National Institute of Environmental Health Sciences,
National Health Research Institutes, Zhunan, Taiwan.
“Cancer risk estimation in Yucheng people highly exposed to PCBs and PCDFs
based on serum levels 15-24 years after exposure”
10:45 - 11:00 Coffee Break
11:00 - 13:15 Session #3 (8 speakers) "Cancer/Toxicity/Yusho"
Toxicity and carcinogenicity of PCBs
Co-Chairs;
#3-1
11:00
#3-2
11:15
#3-3
11:30
#3-4
11:45
#3-5
12:00
#3-6
12:15
#3-7
12:30
#3-8
12:45

13:00

Takesumi YOSHIMURA (Foundation for Ambulance Service Development)
Beatrice LAUBY-SECRETAN (International Agency for Research on Cancer)
Miroslav Machala,In vitro toxicity profiling of low-molecular-weight
Veterinary Research Institute, PCB congeners
Brno, Czech Republic
Wei Feng,
Enantioselective actions of PCB95 atropisomers
University of California, Davis, towardryanodine
receptors(RyRs)
andUSA
hippocampal neurons
Beatrice Lauby-Secretan,
Linking exposure profile, mechanisms ofInternational Agency for Research carcinogenicity, and target organs
on Cancer, Lyon, France
Brent L. Finley,
Does PCB Exposure Cause Non-Hodgkins
Cardno ChemRisk, USA
Lymphoma? A Weight Of Evidence Evaluation
Gabriele Ludewig,
Polychlorinated biphenyls (PCBs) target your
University of Iowa, USA
telomeres - which PCB, how, and what could be theconsequences?
Yungang Liu,
Human CYP2E1 is a major bioactivating enzyme
School of Public Health, Southern responsibleforthemutagenicity
ofMedical University, China
polychlorinated biphenyls
Tsuguhide Hori,
Distribution of dioxins in sets of biological
Fukuoka Institute of Health and samples collected from Japanese pregnant andEnvironmental Sciences, Japan nursing woman
Shusaku Hirakawa,Accumulation properties of polychlorinatedFukuoka Institute of Health and biphenyl congeners in Yusho patients andEnvironmental Sciences, Japanassessment of their cytochrome P450-dependent
metabolism by in silico docking simulation
Q&A

6

13:15 - 14:00 Lunch (Corporate Technology Seminar 1)
14:00 - 15:30 Poster session 1 (Odd Number, Tuesday, October 11)
15:30 -15: 45 Coffee Break
15:45 - 18:15 Session #4 (8 speakers) "Metabolism"
PCB metabolism and endocrine disruption
Co-Chairs;
#4-1
15:45
#4-2
16:00

#4-3
16:15
#4-4
16:30

#4-5
16:45
#4-6
17:00

#4-7
17:15
#4-8
17:30
17:45

T Michael DUFFE (Univ. Iowa)
Margaret JAMES (Univ. Florida)
Margaret O James,
Recentadvancesinunderstanding
PCB
University of Florida, USA
metabolism, both lower chlorinated and higher
chlorinated congeners
Hideyuki Inui,
Structural determinants of species differences on
Biosignal Research Center, Kobe metabolism
ofdioxin-like
polychlorinated
University, Japan/ Graduate biphenyls by mammalian cytochrome P450
School of Agricultural Science, monooxygenases
Kobe University, Japan
Nobuyuki Koga,
Distribution and excretion of 2,2',3,4',5,5',6Nakamura Gakuen University, heptachlorobiphenyl (CB187) and its metabolitesJapan
in rats and guinea pigs.
Kei Nomiyama,
Toxicological assessment of PCBs and OH-PCBsCenter for Marine Environmental in the brain of dogs using metabolomics approachStudies(CMES),
Ehime
University, Japan
Hazuki Mizukawa,in vivo analysis of PCB metabolic capacities andHokkaido University, Japaneffects on the thyroid hormone in cats
Satomi Mizukami Murata,
Comparison of the effects of 20 kinds-OH-PCBs on
Institute for Agro-Environmental PC12 cells
Sciences, NARO / The Japan
Society for the Promotion of
Science, Japan
Michael W. Duffel,
Sulfation in the Metabolism and Potential
University of Iowa, USA
Endocrine Toxicities of Airborne PCBs
Peter Behnisch,
The “Dirty Dozend” POPs & Other Pollutants:
BioDetection
Systemsbv, Toxicological Profiling by in vitro Bioassays
Amsterdam, Netherlands
Q&A

19:00 - 21:15 Cruising & Banquet

7

Wednesday, October 12, 2016
9:30 - 10:15 Plenary Lecturer 3
Shin-ichi SAKAI, Professor, Kyoto University“PCB Behavior and Control from the Points of Waste Destruction and Byproducts
Formation”
10:15 - 10:30 Coffee Break
10:30 - 13:00 Session #5 (7 speakers) "Human Exposures"
Co-Chairs;
#5-1
10:30
#5-2
10:45
#5-3
11:00

#5-4
11:15
#5-5
11:30

#5-6
11:45
#5-7
12:00
12:15

Nobuyuki KOGA (Nakamura Gakuen Univ.)

Tomas TRNOVEC (Slovak Medical Univ.)
Rainer Malisch,Results of determination of ndl-PCBs, dl-PCBs and
RURL, CVUA-FR, Germany
PCD/F in human milk samples of WHO/UNEPcoordinated exposure studies
Risa Kakimoto,
Variability and reliability of PCB concentrations inFaculty of Agriculture, Saga multiple breast milk samples collected from the
University, Japansame mothers
Shin Takahashi,
PCBs and BFRs in dust and human blood samples
Center of Advanced Technology for from end of life vehicle (ELV) recycling sites inthe Environment, Graduate School northern Vietnam: comparison with E-wasteof Agriculture, Ehime University, recycling sites
Japan / Center for Marine
Environmental
Studies,
Ehime
University, Japan
Peter Behnisch,
Bio-Monitoring of Chlorinated and Brominated
BioDetection
Systemsbv, PCB/DIOXIN Contaminated Areas and their Impact
Amsterdam, Netherlands
for Environment, Animals and Humans
Andres Martinez,
Continuous release of PCBs from New Bedford
Department of Civil & Environmental Harbor results in elevated concentrations in theEngineering,
IIHR-Hydroscience surrounding airand Engineering, The University of
Iowa, Iowa City, IA, USA
Majbrith Langeland,
Large national investigation of PCBs in indoor air
SWECO, Denmarkin homes, offices, institutions, universities,
laboratories, storage spaces and workshops
Bernhard Hennig,
Healthful Nutrition: A Life-Long Intervention
University of Kentucky, USAagainst Environmental Insults
Q&A

13:00 - 14:00 Lunch (Corporate Technology Seminar 2)
14:00 - 15:30 Poster session 2 (Even Number, Wednesday, October 12)
15:30 -15: 45 Coffee Break8

15:45 - 18:25 Session #6 (7 speakers) "Risk Evaluation"
PCB risk evaluation and environmental protection
Co-Chairs;
#6-1
15:45
#6-2
16:05
#6-3
16:25
#6-4
16:45
#6-5
17:05
#6-6
17:25
#6-7
17:45

18:05

Yasuhiro HIRAI (Kyoto Univ.)
David OSTERBERG (Univ. Iowa)
Yasuhiro Hirai,
Emissions of PCBs from thermal sources andKyoto University, Japan
PCB waste in Japan
Yo Osada,
Current measures to detoxify low-level PCB
Japan
Industrial
Waste wastes in Japan
Management Foundation, Japan
Leesun Kim,
Monitoring
andRisk
AssessmentofKyungpook National University, Polychlorinated Biphenyls in Agricultural Area in
Republic of Korea
Ulsan
John Morrow Bierschenk,
Mechanisms and Case Studies for InSitu andTerraTherm, Inc.
/ SheGoTec, ExSitu Thermal Remediation of PCB and Dioxin
Inc, USA
Rune Ostergaard Haven,
Evaluation of remediation and intervention
Sweco Denmark A/S, Denmark
methods for PCB-contaminated buildings basedon data from 33 remediation projects in Denmark
David Osterberg,
Using Hollywood to make protective policy on
University of Iowa, USA
chemicals
Madeleine K Scammell,Community
Engagement
andResearch
Department of Environmental Translation of PCB monitoring in ambient air
Health, Boston University School around New Bedford Harbor, MA. USA
of Public Health, USA
Q&A

18:25 – 19:00 Closing
19:00 – 21:00 Farewell Dinner9Poster presentation
Odd Number; Poster session 1 14:00 – 15:30, Tuesday, October 11
Even Number; Poster session 2 14:00 – 15:30, Wednesday, October 12
P-01 - P-30

Session #1; PCB environmental fate and transport: Enantioselective analysis

P-31 - P-33

Session #2; Global inventory and management: National and international
activities to limit human and environmental impact of PCBs

P-34

Session #3; Toxicity and carcinogenicity of PCBs

P-35 – P-46

Session #4; PCB metabolism and endocrine disruption

P-47 – P-51

Session #5; Human exposures

P-52 – P-77

Session #6; PCB risk evaluation and environmental protection

P-01

Guorui Liu

Polychlorinated biphenyl (PCBs) profiles in

Research Center for Eco-cement kilns co-processing sewage sludge

Environmental Sciences,
Chinese Academy of Sciences,
China

P-02
P-03

Songyan Du

Data Mining and Source Apportionment to

Rutgers University, USA

Understand Sources and Fate of PCBs

Yingming Li

Occurrence of PCB 11 in the yellow pigment,

Research Center for Eco-soil and sediment of China

Environmental Sciences,
Chinese Academy of Sciences,
China

P-04

Benoit Van Aken

2,5-Dichlorobiphenyl (2,5-DCB) - but not its

Temple University, USA

toxic hydroxylated derivative (4'-OH-2,5-DCB)- elicits a safener-like response in the model
plant Arabidopsis thaliana

P-05

Erika Isono

Congener-specific uptake of polychlorinatedGraduate School of Agricultural

biphenyls by transporting factors inScience, Kobe University,

Cucurbita pepo

Japan

P-06

Niklas Johansson
Melica Biologkonsult

Unforeseen Severe PCB Contamination/

Recently Detected in a Swedish Lake

Karolinska Institutet, Sweden

P-07

Roland Weber

Long term experience and standardization ofPOPs Environmental

biomonitoring PCBs in Bavaria/Germany

Consulting, Germany

10

P-08

Kensaku Kakimoto

Organic halogen compounds in red-crowned

Osaka prefectural institute of

cranes lived in Hokkaido, Japan

public health, Japan

P-09

P-10

P-11

Adam Jan Grochowalski

Determination of dioxins/furans, dl-PCBs,

Krakow University ofndl-PCBs in eggs from caged hens, freeTechnology, Poland

range and certified organic farms

Min-Kyu Park

Influence of industrial activities on the

Ulsan National Institute ofcontamination patterns of polychlorinated

Science and Technology,

biphenyls in coastal sediments collected

Republic of Korea

from major bays in South Korea

Jin-Woo Jeon

Nationwide monitoring of polychlorinatedUlsan National Institute of

biphenyls in soils collected from South

Science and Technology,

Korea

Republic of Korea

P-12

P-13
P-14

Yoshikatsu Takazawa

Background air monitoring of

National Institute forpolychlorinated biphenyls in Hateruma

Environmental Studies, Japan

Island, Japan

Takeshi Nakano

PCB monitoring in air using passive

Osaka University, Japan

sampling

Chisato Matsumura

Trends in PCB Concentrations of

Hyogo Prefectural Institute ofEnvironmental samples for recent 40 years

Environmental Sciences, Japan

P-15

Qi Wang

Concentrations of Halogenated Polycyclic

University of Shizuoka, Japan

Aromatic Hydrocarbons in Atmosphere in
Japan

P-16

Daisy Ramirez-Ortiz

A targeted campaign to increase awareness

University of Miami, USA

of PCB contamination in Guánica Bay, Puerto
Rico among high school children

P-17

Hai Le Thi Le

Initial studies on toxic accumulate PCBs in

Hanoi University of Natural

estuaries in the Northeastern region of

Resources and Environment,

Vietnam

Ministry of Natural Resourceand Environment, Viet Nam

P-18

Yoshimasa Konishi

Monitoring of PCBs in aquaculture

Osaka Prefectural Institute of

freshwater fish in Ho Chi Minh City, Vietnam

Public Health, Japan

P-19

Taizo Tsuda

Trends of PCB in fish from lakes in Japan,
Sweden and USA

11

Lake Biwa Environmental
Research Institute, Japan

P-20

P-21

P-22

Shunji Hashimoto

Data Mining for Targeted and Non-Targeted

National Institute for

Monitoring of Environmental Pollutants byEnvironmental Studies, Japan

Using GCxGC/HRTofMS

Lirong Gao

Simultaneous analysis of polychlorinatedResearch Center for Eco-biphenyls and polychlorinated naphthalenes

Environmental Sciences,by isotope dilution comprehensive two-

Chinese Academy of Sciences,dimensional gas chromatography high-Chinaresolution time-of-flight mass spectrometry

Mari Takazawa

Quantitative and Qualitative Analysis of

Chubu University, Japan

halogenated organic compounds
unintentionally generated in Waste Water
Treatment Plant

P-23

Satoshi Endo

Comparative evaluation of polyethylene andOsaka City University, Japanpoly(oxymethylene) equilibrium passive
samplers for measuring sediment pore water
concentrations of PCBs

P-24

Hiromasa Fujii

Development of high throughput

Nihon BUCHI K.K, Japan

concentration method for the sample
preparation prior to PCB analysis

P-25

Hiroshi Takakuwa

Development of PCBs Analysis to Supply

Agilent Technologies, Japan

Reclaimed Oil by Fast-GC Triple Stage
Quadrupoles MS/MS with 13 Compounds
Quantitation Method

P-26

Haruhiko Miyagawa

Quantitative Determination of Dioxins in

Shimadzu corporation, Japan

Drinking Water by Isotope Dilution Triple
Quadrupole GC-MS/MS

P-27

Miyuki Yamamoto

Enantioselective Analysis of PolychlorinatedKaneka Techno Research

Biphenyls (PCBs) by HRGC/MS

Corporation, Japan

P-28

P-29

Takae Takeuchi

Ab initio Study of Reaction Mechanisms for

Nara Women's University

Formation of PCB Isomers With o-Japan

Dichlorophenyl Radicals

Tomoyuki SatohAbout reactivity of the PCB at the time of the

Tohoku Afforestaion &GC/MS(NICI) measurement

Environmental Protection

12Company,Ltd. Environmental
Analysis Center, Japan

P-30

Akifumi Eguchi

Development of Simple Analytical Methods ofCenter for Preventive Medical

Polychlorinated Biphenyls (PCBs) in Human

Sciences, Chiba University,

Serum by Gas Chromatography Negative Ion

Japan

Chemical Ionization Quadrupole Mass
Spectrometry

P-31
P-32

Darryl Frank Bawdon

The Management of Polychlorinated

Manitoba Hydro, Canada

Biphenyls in Manitoba Hydro

Bounmany SOULIDETH

PCB Management at the Energy Sector of

National Resources andLaos PDR

Environment Institute, Laos

P-33

Mghames, Lama

PCBs Management in the Power Sector

PMU / Ministry of Environment,

Project in the Republic of Lebanon

Lebanon

P-34

P-35

P-36

Akira Kubota

Reciprocal cross-talk between Ahr2 and Pxr

Obihiro University of Agriculture

signaling in response to PCB126 andand Veterinary Medicine, Japanpregnenolone in developing zebrafish

Erika Goto

Metabolic fates of CB118 by cytochrome

Graduate School of Agricultural

P450 monooxygenase from soil bacterium

Science, Kobe University,

under complex pollution and its structural

Japan

basis

Hiroaki Kuroki

Formation of hydroxylated sulfur-containing

Daiichi University, Japan

PCB metabolites from MeSO-PCB and
MeSO2-PCB in vitro and enantioselective
analysis of unchanged MeSO-PCB and
MeSO2-PCB

P-37

Haruna Nagayoshi

Enantioselective metabolism of PCB 95 andOsaka Prefectural Institute of

183 by human metabolic enzymes

Public Health, Japan

P-38

Kohki Takaguchi

Disruption of mitochondrial functions byCenter for Marine

PCB exposure in the dog brain: Toxicological

Environmental Studies (CMES),

assessment using cross omics.

Ehime University, Japan

P-39

Shinji Takeuchi

Effects of unintentional PCBs in pigments

Hokkaido Institute of Publicand chemical products on transcriptional

Health, Japan

activity via 10 nuclear receptors and arylhydrocarbon receptor

13

P-40

Hiroyuki Kojima

Characterization of thyroid hormone receptor

Hokkaido Institute of Public

and retinoid X receptor activities in 100

Health, Japan

hydroxylated polychlorinated biphenyls
using CHO-K1 cell-based transactivation
assaysP-41

Eric Uwimana

Biotransformation of prochiral

University of Iowa, USA

polychlorinated biphenyls (PCBs): a novel
source of chiral PCB metabolite

P-42

P-43

Yuka Yoshinouchi

Risk assessment of disruption of estrogen

Center for Marine

receptor signaling pathway by OH-PCBs in

Environmental Studies (CMES),

Baikal seals; application of in vitro and in

Ehime University, Japansilico approaches

Saya Tamura

Hepatic transcriptome analysis to assess the

Ehime University, Japaneffects of polychlorinated biphenyls on
beagle dogs

P-44

Victoria S Parker

Inhibition of Human Steroid

University of Iowa, USA

Sulfotransferases by Metabolites of Common
Airborne Polychlorinated Biphenyls and its
Potential for Altering Adipocyte
Differentiation

P-45

Akifumi Eguchi

Quantitative structure-retention relationships

Center for Preventive Medical(QSRR) models for prediction of gas

Sciences, Chiba University,

chromatography retention of methoxylatedJapan

polychlorinated biphenyl using regularized
multiple linear regressions

P-46

Nicole M Brandon

Absorption, Distribution, Metabolism, andUniversity of Iowa, USA

Excretion of Intratracheally Instilled 14Clabeled PCB 28

P-47

P-48

P-49

Mireille Harmouche Karaki

Serum concentrations of polychlorinatedSaint Joseph University,

biphenyls (PCBs) in a Lebanese population:

Lebanon

ENASB study

Tomas Trnovec

Environmental Exposure to PolychlorinatedFaculty of Public Health, Slovak

Biphenyls and Blood Levels of Retinoids in

Medical University, Slovakia

an Adult Population of Eastern Slovakia

Yuki Haga

Measurement of Hydroxylated

Hyogo Prefectural Institute of

Polychlorinated Biphenyls (OH-PCBs) in PCB

Environmental Sciences, Japantransport worker’s urine for a safety check

14

P-50

Takashi Miyawaki

Application of compound-specific carbon

Fukuoka Institute of Health andisotopic analysis to PCB heat-transfer

Environmental Sciences, Japan

medium used in the deodorization process ofKanemi rice oil

P-51

Somiranjan Ghosh

PCBs exposure and future cancer incidences

Howard University, USA

in Slovak children:

An assessment frommolecular finger printing throughexperimental and epidemiologicalinvestigation

P-52

Paul K. Scott

Dose-Response Relationships for DNA-

Cardno ChemRisk, USA

Adducts formed by Mono-, Di- and TriChlorobiphenyls: Do Common Indoor andOutdoor PCB Vapor Exposures Pose a
Significant Cancer Risk?

P-53

P-54

Nobuhisa Watanabe

Advantage of solid phase reaction in

Osaka Institute of Technology,

incineration process for destruction

Japanorganohalogen compounds

Timothy Edward Mattes

Chemical and biological determination of

The University of Iowa, USA

PCB biodegradation potential in PCB-ofcontaminated sediments

P-55

P-56

Hironao Sajiki

Pd/C-catalyzed dechlorination of

Gifu Pharmaceutical University,

polychlorinated biphenyls under hydrogenJapangas-free conditions

Guijin Su

The destruction of chlorinated biphenyls on

Research Center for Eco-the synthesized ternary Ni-Co-Fe-O

Environmental Sciences,

nanosphere

Chinese Academy of Sciences,
China

P-57

P-58

Biljana D. Škrbić

Concentration, distribution, source and risk

University of Novi Sad, Faculty

assessment of polychlorinated biphenyls inof Technology, Serbia

urban soils of Novi Sad, Serbia

Mario Tabucanon

Monitoring and Management of Persistent

Eiko Ishikawa (presenter)

Organic Pollutants (POPs) in Asia: Capacity

United Nations University

Development for Analysis of Environmental

Institute for the Advanced Study

Chemicals Focusing on PCBs through theof Sustainability

UNU-IAS - Shimadzu Project

15

P-59

Shinji Takahara

Initiatives of Hyogo Prefectural Government

Water & Air Quality Control

in regards to the treatment of liquid PCBs

Division, Hyogo Prefecturaland dredge soil containing PCBs

Government, Japan

P-60

Marisa Genevive Salomon

Novel Tools for Targeting PCBs/PCB

BeltranMetabolites using ssDNA Aptamers

Interdisciplinary Graduate
Program in Human Toxicology,
Graduate College, University of
Iowa, USA

P-61

Hideki Kakutani

Cytochrome P450 Inductivity of Coplanar

Faculty of Pharmaceutical

Polybrominated and/or Chlorinated

Sciences, Setsunan University,

Biphenyls (Co-PXBs)

Japan

P-62

Masakazu Makino

New evaluation method of Docking results; A

University of Shizuoka,

case of AhRα and monobromo

Graduate School of Integrated

polychlorinated dibenzo-p-dioxin position

Pharmaceutical and Nutritional

isomers.

Sciences, Japan

P-63

Masakazu Makino

Docking calculation of h-ThRα1 and poly-

University of Shizuoka,

halogenated phenols including OH-PCBs.

Graduate School of Integrated
Pharmaceutical and Nutritional
Sciences, Japan

P-64

P-65
P-66

Hiroshi Moriwaki

Removal of PCB and POPs from soil using

Shinshu University, Faculty of

the composite material containing iron andTextile Science andactivated carbon powder in the freezing-

Technology, Japan

dried calcium alginate matrix

Kosuke Kawaguchi

Aerobic toluene / biphenyl degradation by

Kyoto University, Japanthe denitrifying Thauera sp. strain DNT-1

Shigeyoshi Tagashira

Treatment Technologies of PCB oil and PCB-

Kobelco Eco-Solutions Co., Ltd.

contaminated wastes

Japan

P-67

Tsuyoshi Yamada

Pt/C-catalyzed dehalogenation of aromatic

Gifu Pharmaceutical University,

halides and direct hydrogenation of aromaticJapannuclei using i-PrOH-H2O combination as ahydrogen source

16

P-68

P-69

Xue Zhou

Reductive dechlorination of

Nagoya University, Japan /hexachlorobenzene (HCB) to benzene by a

China University of

microbial consortium enriched from a

Geosciences (Beijing)contaminated sediment

Mohammednoor Altarawneh

Toxicants from Thermal Decomposition of

Murdoch University, Australia

Three Structurally-Related HalogenatedBiphenyls

P-70

Yadi Zhang

Inhibition effect on PCB and chlorobenzene

School of Space andin iron ore sintering process with nitrogen

Environment, Beihang

and sulphur compounds

University China

P-71

Shunji Kawamoto

Themochemical destruction of 1,2,3,4-

Osaka Institute of Technology

Tetrachlorobenzene enhanced by zeolites

Japan

P-72

Hideaki Miyata

New suction/cleaning technique using our

Setsunan University Japan

newly developed oil-water separation
detergent and continuation water-oil
separation for waste transformers
contaminated with a low level of PCBs

P-73

P-74

Yoshinori KatoIntroduction of the Laboratory Information

NAITOH Environmental Science

Management System for the presence ofCo., Ltd. Japan

PCBs contamination in insulating oil

Norio Tateishi

Simple and rapid biosensor monitoring PCB

Kyoto Electronics Manufacturingin the environment and wastes

Co.,Ltd. Japan

P-75

Aleksandra N Djurić

Bioremediation of polychlorinated biphenyls

Faculty of Chemistry, University

in river sediment: a laboratory studyof Belgrade, Serbia

P-76

Masato Sakurai

Mineralization of perfluorooctanoic acid

Osaka Institute of Technology,(PFOA) adsorbed to granular activatedJapan

carbon (GAC) through thermal treatment of
GAC-regeneration process

P-77

Masaaki Hosomi,

A low-cost decomposition process using

Tokyo University of Agriculture

charcoal as a thermal source and adsorbent for

and Technology, Japan

PCB-contaminated soil from pigment
manufacturing17

18