Preliminary Program

Executive Committee reserves the right to amend the program if necessary.

Wednesday - April 10, 201308:30

Welcome and Introduction
Ellis Meng, University of Southern California, USA

08:55

Keynote Speaker I

W1K.1

SENSORY CONTROL OF STANDING AND STEPPING ENABLED BY EPIDURALSTIMULATION AFTER A HUMAN MOTOR COMPLETE SPINAL CORD INJURY
S. Harkema
University of Louisville, USA

09:45

Break

10:15

Flash Poster Session 1 - Microtechnology Advances

W2P.01A HYBRID PIEZO-MAGNETIC TWEEZER WITH SILICON FINGER
TIPS INTENDED FOR BIO SAMPLES MANIPULATION
I.A. Ivan1,2, M.N. Ardeleanu1, I.V. Gurgu1, V. Despa1, and J. Agnus2
1
Valahia University of Targoviste, ROMANIA and 2FEMTO-ST Institute, FRANCE

W2P.02A MICROFLUIDIC DEVICE FOR CELL-BASED DRUG TESTING UNDERA CHEMICAL AND OXYGEN GRADIENT COMBINATION
Y.-J. Cheng1, M. Tu2, Y.-H. Chen1, C.-C. Peng1, and Y.-C. Tung1
1
Academia Sinica, TAIWAN and 2Princeton University, USA

W2P.03A NOVEL SMEA DESIGN FOR DIRECTIONAL STRETCHING OF CELLS
S. Khoshfetrat Pakazad1, A. Savov1, A. van de Stolpe2, and R. Dekker1,2
1Delft University of Technology, THE NETHERLANDS and
2
Philips Research, THE NETHERLANDS

W2P.04ACTIVE SIZE CONTROLLED DROPLET GENERATION DEVICEUSING HORIZONTOL PNEUMATIC MICROVALVES
A. Jamshaid, D.H. Yoon, T. Sekiguchi, and S. Shoji
Waseda University, JAPANW2P.05

ALD-ASSISTED PASSIVATION TECHNOLOGY FORBIOFILM STUDIES IN MICROFLUIDICS
M.T. Meyer, Y.W. Kim, H. Ben-Yoav, M. Gnerlich, and R. Ghodssi
University of Maryland, USA

W2P.06

ALL-DIRECTIONAL BENDING OF TUBULAR STRUCTURES BYMICRO ACTUATORS BASED ON THE BOWDEN PRINCIPLE
K. Kaiser1, D. Schetelig1, T. Zehlicke2, and J. Müller1
1
Hamburg University of Technology (TUHH), GERMANY and2
German Army Hospital of Hamburg, GERMANY

W2P.07

AUTOMATED AND RAPID LABELING OF CELLS FOR FLOWCYTOMETRY USING MICROFLUIDICS
R. Estrada, P.K. Patibandla, M. Kannan, and P. Sethu
University of Louisville, USA

W2P.08

CAVITATION MICROSTREAMING AND ITS APPLICATIONTO CELL/PARTICLE SEPARATION WITH ON-CHIP PUMPING
M.V. Patel, A. Doria, and A.P. Lee
University of California, Irvine, USA

W2P.09FLEXIBLE MICROFLUIDIC ON-DEMAND DROPLET GENERATION FORSINGLE CELL ENCAPSULATION AND ISOLATED AMPLIFICIATION
M. Rhee, P. Liu, Y.K. Light, S. Yilmaz, J. Sustarich, R.J. Meagher, and A.K. Singh
Sandia National Laboratories, USA

W2P.10GROWTH CONTROL OF BACTERIAL MAGNETIC NANOPARTICLESLOADED CELLS WITH AN EXTERNAL MAGNETIC FIELD
J. Shin, S. Lee, M. Cha, and J. Lee
Seoul National University, SOUTH KOREA

W2P.11MAGNETICALLY-ACTUATED PICOLITER REACTOR ARRAY
P.J. Chang1, M.C. Yuen1, R.P. Otillar2, S. Deutsch2, and D.A. Horsley1
1
University of California, Davis, USA and 2Lawrence Berkeley National Laboratories, USA

W2P.12

MICROFLUIDIC PERFUSION DEVICES FOR LONG-TERM CELLCULTURE, MICROELECTRODE ARRAY ELECTROPHYSIOLOGYAND TIME LAPSE IMAGING AT AMBIENT CONDITIONS
D. Saalfrank1,2, R. Habibey1, A. Golabchi1, M. Nanni1, F. Succol1, S. Ingebrandt2, and A. Blau1
1
Istituto Italiano di Tecnologia (IIT), ITALY and2
University of Applied Sciences Kaiserslautern, GERMANY

W2P.13

MICROFLUIDIC SONOLUMINESCENT UV LIGHT SOURCE
R. Surapaneni, P. Pai, R.E. Fernandez, M. Tabib-Azar, and C.H. Mastrangelo
University of Utah, USA

W2P.14OPERATIONAL FACTORS AFFECTING PEFORMANCE OF MEMS-BASEDULTRAHIGH THROUGHPUT MECHANOPORATION DEVICES
Y. Zhang1, D. Nampe1, H. Dixit1, C.B. Ballas2, H. Tsutsui1, and M.P. Rao1
1
University of California, Riverside, USA and 2Cook Biotech, USA

W2P.15PERFORMANCE OF GOLD NANOPARTICLE COATINGS AS
THERMAL ABSORBERS FOR BIOMEMS APPLICATIONS
T.M. Lucas, E.V. Moiseeva, and C.K. Harnett
University of Louisville, USA

W2P.16

RAPIDLY ADAPTING MECHANORECEPTOR-INSPIRED TRANSDUCER
WITH ALL-OPTOFLUIDIC REALIZATION OF SELF-DIGITIZATION
AND PULSE CODE MODULATION
J. Paek, J. Lee, and J. Kim
Iowa State University, USA

W2P.17ROLLING CIRCLE AMPLIFICATION (RCA) OF TARGET DNA AND
ITS LABEL FREE DETECTION BY SILICON NANOTWEEZERS
M. Kumemura1, S.L. Karsten2, D. Collard1, N. Lafitte1, L. Jalabert1, and H. Fujita1
1
University of Tokyo, JAPAN and 2NeuroInDx. Inc., USA

W2P.18SINGLE DNA MOLECULE ANALYSIS IN SELF-ASSEMBLED
NANOWIRE ARRAY CHIPS
T. Yasui1, S. Rahong2, T. Yanagida2, N. Kaji1, M. Kanai2, K. Nagashima2, K. Doi2,
M. Tokeshi1,3, S. Kawano2, T. Kawai2, and Y. Baba1,2,4
1
Nagoya University, JAPAN, 2Osaka University, JAPAN, 3Hokkaido University, JAPAN, and4
National Institute of Advanced Industrial Science and Technology (AIST), JAPANW2P.19

STRETCHABLE, CONFORMAL MICROELECTRODE ARRAY FABRICATED WITH
PATTERNED FLEX CIRCUIT TECHNOLOGY
R.E. Taylor1, C.M. Boyce2, M.C. Boyce2,3, and B.L. Pruitt1
1
Stanford University, USA, 2Infinite Corridor Technology, USA, and3
Massachusetts Institute of Technology, USA

W2P.20TITANIUM DIOXIDE NANOTUBE BASED SENSING PLATFORM FOR RAPID
DETECTION OF TUBERCULOSIS DERIVED VOLATILE ORGANIC COMPOUNDS
Y. Kim, M. Misra, and S.K. Mohanty
University of Utah, USA

10:45

W2P – Poster Session 1

12:15

Lunch

13:45

Flash Poster Session 2 - Microtechnologies & Applications

W3P.01

3D FABRICATION OF MICRO-AND NANOSTRUCTURESBY CORNER LITHOGRAPHY
J.W. Berenschot1, N. Burouni1, E. Sarajlic2, H.V. Jansen1, A.A. van Apeldoorn1, and N.R. Tas1
1
University of Twente, THE NETHERLANDS and 2SmartTip B.V., THE NETHERLANDS

W3P.02

3D STRUCTURES IN APEX GLASS FOR ELECTRONIC PACKAGING
AND BIOLOGICAL ASSAY APPLICATIONS
J.H. Flemming1, R. Cook1, and E. Weaver2
1
3D Glass Solutions, USA and 2Life BioScience, Inc., USA

W3P.03A NOVEL TECHNIQUE FOR FABRICATION OF
DISSOLVABLE MICRONEEDLE ARRAYS
E. Korkmaz1, B. Bediz1, R. Khilwani1, G. Erdos2, L.D. Falo Jr.2, and O.B. Ozdoganlar1
1Carnegie Mellon University, USA and 2University of Pittsburgh School of Medicine, USA

W3P.04A REAL TIME IMAGING SYSTEM FOR TRACKING FREELY
MOVING C. ELEGANS FOR TOUCH ASSAYS
E.A. Mazzochette1, C. Fang-Yen2, M.B. Goodman1, and B.L. Pruitt1
1
Stanford University, USA and 2University of Pennsylvania, USA

W3P.05A SINGLE COMB-LIKE ELECTRODE ARRAY FOR HIGHLYSENSITIVE ELECTROCHEMICAL DETECTION OF
CATECHOLAMINE IN MICROFLUIDIC DEVICE
J. Sekiya, T. Tanaka, S. Yokogawa, A. Ishida, H. Tani, and M. Tokeshi
Hokkaido University, JAPANW3P.06ARRAYED 3D PARYLENE SHEATH PROBES FOR NEURAL RECORDINGS
J.T.W. Kuo1, B.J. Kim1, S.A. Hara1, C.D. Lee1, L. Yu1, C.A. Gutierrez2,
T.Q. Hoang1, and E. Meng1
1
University of Southern California, USA and 2Independent Consultant, USA

W3P.07

AUTOMATED ON-CHIP ISOLATION AND DETECTION OF EXOSOMESUSING RAPID INERTIAL SOLUTION EXCHANGE
J.S. Dudani, D.R. Gossett, H.T.K. Tse, R. Kulkarni, R.J. Lamm, and D. Di Carlo
University of California, Los Angeles, USA

W3P.08

A CONTINUOUS FLOW REAL TIME PCR INSTRUMENT FOR
FIELD-DEPLOYABLE ENVIRONMENTAL SAMPLE ANALYSES
T. Ray, A. Hatch, K. Lintecum, S.-H. Chao, and C. Youngbull
Arizona State University, USA

W3P.09DEVELOPMENT OF A REAL-WORLD TO CHIP INTERFACE FOR THE
EXTRACTION OF NUCLEIC ACIDS FROM URINE, BASED ON A
DUAL-PHASE POROUS SILICA MONOLITHIC STRUCTURE
C. Birch, M. Nasr Esfahani, S.J. Haswell, and C.E. Dyer
University of Hull, UK

W3P.10DISPERSION OF A NANOLITER BOLUS IN MICROFLUIDIC CO-FLOW
A. Conway1, W. Saadi1, G. Kowalski2, D. Larson1, and J. Fiering1
1
Charles Stark Draper Laboratory, USA and 2Northeastern University, USA

W3P.11

ELECTRIC IMPEDANCE MEASUREMENT IN A MICROFLUIDIC
TRAP STRUCTURE USING INTEGRATED ELECTRODES
A. El Hasni and U. Schnakenberg
RWTH Aachen University, GERMANY

W3P.12FABRICATION AND APPLICATIONS OF LAMINATED
PAPER-BASED ANALYTICAL DEVICES (LPAD)
C.L. Cassano1, W. Liu1,2, and Z.H. Fan1
1
University of Florida, USA and 2Shaanxi Normal University, CHINA

W3P.13

FLUORESCENCE CONFINEMENT FOR IMPROVED MICROARRAY READOUT
S. Dobroiu1, J. Aveyard1, F. van Delft2, and D. Nicolau1
1
University of Liverpool, UK and 2Philips Research Europe, THE NETHERLANDS

W3P.14IMAGING SULFIDE IONS IN RAT’S BRAIN BY DROPLET-BASEDMICROCHIP COMBINED WITH MICRODIALYSIS
X. Zhu and M. Zhao
Peking University, CHINA

W3P.15INERTIAL EFFECTS ON STOKES DRIFT PARTICLE MOTIONIN HYDRODYNAMIC TWEEZER MICROFLUIDIC FLOWS
T.A. House and D.T. Schwartz
University of Washington, USA

W3P.16LABEL-FREE CHARACTERIZATION OF RARE CELLS
S.M. Crippen1, J.I. Padovani1, M.L. Honrado2, S.S. Jeffrey1, and R.T. Howe1
1
Stanford University, USA and 2San Jose State University, USA

W3P.17

MICROFLUIDIC DEVICE FOR GLYCATED HEMOGLOBINMEASUREMENT BASED ON CAPILLARY ELECTROPHORESIS
A. Shin, M.J. Park, M.S. Lee, K.C. Lee, S.J. Ku, and M.C. Paek
Korea Material & Analysis Corporation (K-MAC), SOUTH KOREA

W3P.18

MULTI-USE, WIREBONDED HELMHOLTZ PROBE FOR NUCLEARMAGNETIC RESONANCE MICROSCOPY AND SPECTROSCOPY
N. Spengler, R.Ch. Meier, A. Moazenzadeh, V. Badilita, J.G. Korvink, and U. Wallrabe
University of Freiburg, GERMANY

W3P.19NOVEL APPROACH TOWARDS TRAPPING AND
IMAGING OF INDIVIDUAL MITOCHONDRIA
K. Zand1, T. Pham1, A. Davila, Jr2, D.C. Wallace2, and P. Burke1
1
University of California, Irvine, USA and 2University of Pennsylvania, USA

W3P.20SIMULATION STUDY OF ROTATIONAL ELECTRIC FIELD ONSPHERICAL PARTICAL FOR ELECTROROTATION STUDIES
P. Benhal1, J.G. Chase1, W. Wang2, P. Gaynor2, and B. Oback3
1
University of Canterbury, NEW ZEALAND, 2AgResearch Ruakara Research Centre, NEW ZEALAND,
3
MacDiarmid Institute for Advanced Materials and Nanotechnology, NEW ZEALAND,
4Tsingua University, CHINA

W3P.21SPHERICAL PRESSURE SENSING MICROPARTICLES FOR
3D PRESSURE FIELD MAPPING
N. Banerjee, Y. Xie, and C. Mastrangelo
University of Utah, USA

W3P.22

ON-BOARD MIXING PERFORMANCE USING ASIMPLE BELLOWS PNEUMATIC PUMP
P.S. Ehrlich, J. Podczerviensky, and L.M. Levine
ALine, Inc, USA

W3P.23

PRODUCTION OF HIGH YIELD GOLD/GOLD-SULFIDENANOPARTICLES VIA CELLULOSE MEMBRANE
K. James, D. Patel, A.M. Gobin, and R. Keynton
University of Louisville, USA

14:15

W3P – Poster Session 2

15:45

Keynote Speaker II

W4K.2

17:00 18:30

BUILDING TISSUE HIGH THROUGHPUT
C.A. van Blitterswijk
University of Twente, THE NETHERLANDS
Wine & Cheese Reception (Wednesday Award Ceremony)Thursday, April 11, 2013
08:30
T1K.3

Keynote Speaker III
BUILDING MOLECULES TO IMAGE AND TREAT DISEASE
Q.T. Nguyen, E.S. Olson, T.A. Aguilera, T. Jiang, M. Whitney, J.L. Crisp,
E. Savariar, P. Steinbach, L. Ellies, and R.Y. Tsien
University of California, San Diego, USA

09:20

Break

09:50

Flash Poster Session 3 - Biotechnology Applications

T2P.01A FERROFLUID-BASED PRESSURE SENSOR FOR
BIOMEDICAL APPLICATIONS
G. Chitnis and B. Ziaie
Purdue University, USA

T2P.02A LOW-COST OXYGEN SENSOR ON PAPER FOR
MONITORING WOUND OXYGENATION
R. Rahimi1, G. Chitnis1, P. Mostafalu2, M. Ochoa1, S. Sonkusale2, and B. Ziaie1
1
Purdue University, USA and 2Tufts University, USA

T2P.03

A MEMS MICROPUMP SYSTEM WITH ONE-WAY
VALVE FOR CHRONIC DRUG DELIVERY
H.M. Gensler, R. Sheybani, and E. Meng
University of Southern California, USA

T2P.04A MICROFLUIDIC PAPER-BASED ELECTROCHEMICAL SENSORARRAY FOR MULTIPLEXED DISEASE-MARKER DETECTION
C. Zhao and X. Liu
McGill University, CANADA

T2P.05A SYNTHETIC HYDROGEL BASED STRATEGY TO ACHIEVECONTINUOUS AND SELF-REGULATED DELIVERY OF INSULIN
A. Matsumoto1, T. Ishii2, K. Kataoka2, and Y. Miyahara1
1
Tokyo Medical and Dental University, JAPAN and 2University of Tokyo, JAPANT2P.06

AN ENHANCED BACTERIAL BIOFILM TREATMENT USING
SUPERPOSITIONED ELECTRIC FIELD
Y.W. Kim, H. Ben-Yoav, H.C. Wu, D. Quan, K. Carter, M.T. Meyer, W.E. Bentley, and R. Ghodssi
University of Maryland, USA

T2P.07CHARACTERIZATION OF WAX EXPANSION AND CAPILLARYWICKING FOR PAPER-BASED MICROFLUIDICS
C. Castro, C. Rosillo, J. Yoo, and H. Tsutsui
University of California, Riverside, USA

T2P.08CLOSED-LOOP ON-DEMAND DRUG DELIVERY MICROPUMPFOR CHRONIC PAIN MANAGEMENT APPLICATIONS
R. Sheybani, S. Elyahoodayan, and E. Meng
University of Southern California, USA

T2P.09

CONTACTLESS IMPEDANCE SENSING: LOW COST CELLOMIC
AND PROTEOMICS FOR THE DEVELOPING WORLD
M. Javanmard, S. Emaminejad, R. Dutton, and R.W. Davis
Stanford University, USA

T2P.10DRUG-LOADED MC-1 MAGNETOTACTIC BACTERIADESIGNED TO TREAT COLORECTAL CANCER
S. Martel
University of Montréal, CANADA

T2P.11

DUAL-SIDED POLYIMIDE ELECTRODE ARRAYS FOR
NEURAL RECORDING AND STIMULATION
S.H. Felix, A.C. Tooker, V.M. Tolosa, H.J. Sheth, K.G. Shah, T.L. Delima, and S.S. Pannu
Lawrence Livermore National Laboratory, USA

T2P.12

ELECTROCHEMICAL CHARACTERIZATION OF A
3D PARYLENE SHEATH CORTICAL PROBE
S.A. Hara1, J.T.W. Kuo1, B.J. Kim1, C.D. Lee1, L. Yu1, C.A. Gutierrez2, T.Q. Hoang1, and E. Meng1
1
University of Southern California, USA and 2Independent Consultant, USA

T2P.13

FABRICATION OF DISSOLVABLE MICRO-NEEDLESFOR DELIVERING FLEXIBLE NEURAL PROBES
R. Khilwani, P.K. Gunalan, P.J. Gilgunn, G.K. Fedder, and O.B. Ozdoganlar
Carnegie Mellon University, USA

T2P.14

HIGH QUALITY FACTOR RESONANT MICROSENSOR
PLATFORM FOR BIO-FLUID MEASUREMENTS
J.M. Gonzales and R. Abdolvand
Oklahoma State University, USA

T2P.15IMPLEMENTATION OF ISOTACHOPHORESIS IN A MICROFLUIDIC
DEVICE FOR THE EHANHANCEMENT OF PROTEIN IMMUNOASSAYS
R. Khnouf1, G. Goet2, and S. Hardt2
1
Jordan University of Science and Technology, JORDAN and
2
Technische Universität Darmstadt, GERMANY

T2P.16

IN VITRO CHARACTERIZATION OF A PROBE-MOUNTED PARYLENE-BASEDPRESSURE SENSOR ARRAY FOR INTRACORTICAL APPLICATIONS
B.J. Kim1, C.A. Gutierrez2, and E. Meng1
1
University of Southern California, USA and 2Independent Consultant, USA

T2P.17

MICROFABRICATED FILTERS FOR EFFICIENT ISOLATION
AND ANALYSIS OF CIRCULATING TUMOR CELLS
O.V. Makarova1, D. Adams1, P. Zhu1, R. Divan2, S. Martin3, M. Charpentier3,
K. Alpaugh4, S. Li1, P. Amstutz1, and C.-M. Tang1
1
Creatv MicroTech Inc., USA, 2Argonne National Laboratory, USA,
3
University of Maryland School of Medicine, USA and 4Fox Chase Cancer Center, USA

T2P.18

MICROFLUIDIC-SERS CYTOMETRY PLATFORM
FOR CANCER CELL IDENTIFICATION
A. Pallaoro1, M.R. Hoonejani1, G.B. Braun2, M. Moskovits1, and C. Meinhart1
1
University of California, Santa Barbara, USA and2
Sanford-Burnham Medical Research Institute, USA

T2P.19

MICROPALPATION ANALYSIS FOR SURGERY NAVIGATION:
DEFINING TUMOR MARGINS BY IDENTIFYINGVISCOELASTIC TISSUE PROPERTIES
V.A. Sadovnichii1, I.P. Prikhodko2, M.E. Sokolov1, and A.Z. Radovic3
1
Moscow State University, RUSSIA, 2University of California, Irvine, USA, and3
National University and St. Katherine College, USA

T2P.20

MICROSCALE CULTURE AND COCULTURE PLATFORM
FOR BOTULINUM NEUROTOXIN DETECTION
W. Hong, E. Young, W. Tepp, E. Johnson, and D. Beebe
University of Wisconsin, Madison, USA

T2P.21

A MODULAR EMBEDDED SYSTEM DESIGN FOR IMPLANTABLEWIRELESS BLADDER PRESSURE SENSING
S.S. Lee1, A. Kim1, G. Chitnis1, C.R. Powell2, and B. Ziaie1
1
Purdue University, USA and 2Indiana University School of Medicine, USA

T2P.22

MOLECULAR RECOGNITION BY BORONIC ACID DERIVATIVEFOR EFFECTIVE PYROPHOSPHATE CHEMOSENSING
M. Sanjoh, A. Matsumoto, and Y. Miyahara
Tokyo Medical and Dental University, JAPANT2P.23

MULTISTAGE HUMAN HEAT POWERED KNUDSEN PUMP FOR
USE IN A WEARABLE INFUSION PUMP
A.D. Bell and S. McNamara
University of Louisville, USA

T2P.24NOVEL HEATING AND COOLING TECHNIQUES ON A CENTRIFUGALFLUIDIC PLATFORM FOR POLYMERASE CHAIN REACTION
L. Kong1, J.M. Rodriguez2, A. Perebikovsky1, J. Moebius1, R. Mitchell1, L. Kulinsky1, and M. Madou1
1
University of California, Irvine, USA and 2Tecnológico de Monterrey, MEXICO

T2P.25PHOTOLITHOGRAPHIC BIO-PATTERNING OF MAGNETICSENSORS FOR BIOMOLECULAR RECOGNITION
E. Albisetti1, D. Petti1, F. Damin2, M. Cretich2, M. Bagnati2, L. Sola2, M. Chiari2, and R. Bertacco1
1
LNESS - Politecnico di Milano, ITALY and 2ICRM-CNR, ITALY

T2P.26

PLASMONIC FLOW-THROUGH BIOSENSOR USING A POLYMERIC SUBSTRATE
A. Buchenauer1, M. Bialon1, D. Segun1, W.T.V. Germeraad2, and U. Schnakenberg1
1
RWTH Aachen University, GERMANY and2
Maastricht University Medical Center, THE NETHERLANDS

T2P.27POLYMERASE CHAIN REACTION AT HOME MADE REAL-TIMEPOLYMERASE CHAIN REACTION MACHINE
J.S. Wang, T.T. Dow, and Y.C. Hu
National Applied Research Laboratories, TAIWAN

T2P.28PROGRAMMABLE MICROFLUIDIC SYSTEM FOR
RECIPROCATING DRUG DELIVERY TO THE COCHLEA
J. Fiering1, E.S. Kim1, E.E. Pararas1, A.J. Spencer1, K.A. Smith1, M.J. Mescher1,
W.F. Sewell2, M.J. McKenna2, W. Kang2, S.G. Kujawa2, and J.T. Borenstein1
1
Charles Stark Draper Laboratory, USA and 2Massachusetts Eye and Ear Infirmary, USA

T2P.29SAP AS DIGITAL PCR BIOREACTORS
P. Satsanarukkit1 and J.J. van Zyl21California Institute of Technology, USA and 2Jet Propulsion Lab, USA

T2P.30

TOWARDS A HIGH THROUGHPUT DROPLET-BASED AGGLUTINATION ASSAY
R. Kodzius, D. Castro, and I.G. Foulds
King Abdullah University of Science & Technology, SAUDI ARABIA

10:25

T2P - Poster Session 3

11:55

Lunch

13:25

Flash Poster Session 4 - Cell Molecular Biology

T3P.01A CRYOGENIC PHOTO-CHEMICAL DNA SYNTHESIS PROTOCOL
WITH INCREASED OLIGONUCLEOTIDE YIELD
S.S. Pandey, R.E. Fernandez, and C.H. Mastrangelo
University of Utah, USA

T3P.02A MICROFLUIDIC CHIP FOR IMPEDANCE ANALYSIS AND
CHARACTERIZATION OF HUMAN UMBILICAL VEIN
ENDOTHELIAL CELLS UNDER FLUID SHEAR STRESS
V. Velasco, S.J. Williams, and R. Keynton
University of Louisville, USA

T3P.03

ARRAYING DROSOPHILA MELANOGASTER EMBRYOS BY
TEMPLATE-ASSISTED SELF-ASSEMBLY AND SUCTION POSITIONING
K. Turner, A. Tamayol, A.M. Rafiqi, L.A. Nilson, E. Abouheif, and D. Juncker
McGill University, CANADA

T3P.04

BIOMECHANICAL MEASUREMENT OF DNA DEGRADATIONUNDER THERAPEUTIC RADIATION BEAMS BY SILICON
NANOTWEEZERS AND ASSOCIATED FLUIDIC CAVITY
G. Perret1,3, T. Lacornerie2, M. Kumemura1, N. Lafitte1, H. Guilou1, L. Jalabert1,
E. Lartigau2, T. Fujii1, F. Cleri3, H. Fujita1, and D. Collard1
1
University of Tokyo, JAPAN, 1University of Lille 2, FRANCE and 2University of Lille 1, FRANCE

T3P.05

CELL-BASED MULTIPARAMETRIC BIOSENSOR WITH CAPABILITIESOF RAPID AND SENSITIVE WATER TOXICITY DETECTION
F. Liu1, F. Li2, A. Nordin3, and I. Voiculescu1
1
City College of New York, USA, 2New York Institute of Technology, USA, and3International Islamic University, Malaysia, MALAYSIA

T3P.06CHARACTERIZATION OF SHEAR-INDUCED PERPENDICULAR ALIGNMENTOF ENDOTHELIAL CELLS IN MICROFLUIDIC CHANNELS
S. Srigunapalan, J. Han, J. Brunetti, L.L. Caruso, V. Bianchi, E.W.K. Young, A.P. McGuigan,
A.R. Wheeler, and C.A. Simmons
University of Toronto, CANADA

T3P.07

COMPARATIVE ENDOTHELIAL CELL ADHESION, PROLIFERATION, &MORPHOLOGY ON MICRO- & NANOPATTERNED TITANIUM & SILICON
P. Vandrangi, S.C. Gott, V.G.J. Rodgers, and M.P. Rao
University of California, Riverside, USA

T3P.08

CONCURRENT TRANSCRIPT AND PROTEIN QUANTIFICATIONIN MASSIVE SINGLE CELL ARRAYS
S.-M. Park1, J.Y. Lee1, S. Hong1, I.K. Dimov1,2, S.H. Lee1, Q. Pan1, K. Li3, A.M. Wu3,
S. Mumenthaler4, P. Mallick2, and L.P. Lee1
1
University of California, Berkeley, USA, 2Stanford University, USA,
3
University of California, Los Angeles, USA, and 4University of Southern California, USA

T3P.09

IMPEDANCE BIOSENSOR DETECTING ANTIGEN – ANTIBODY INTERACTION
J. Lazar1, A. Buchenauer1, M. Bialon1, D. Segun1, W.T.V. Germeraad2, and U. Schnakenberg1
1
RWTH Aachen University, GERMANY and2
Maastricht University Medical Center, THE NETHERLANDS

T3P.10INDUCING VARIATIONS IN THE SHORTENING OF SINGLE CARDIOMYOCYTESWITH LOCALIZED MECHANICAL STIMULATION
G.C. Higgs, A.J.S. Ribeiro, K. Zaleta, E.A. Ashley, and B.L. Pruitt
Stanford University, USA

T3P.11MECHANO-ACTUATED CA2+ TRANSIT ON A MICROFLUIDIC DEVICEREVEALS SPATIAL AND TEMPORAL CHARACTERISTICS
F. Kurth, S.K. Kuester, A. Franco-Obregón, and P.S. Dittrich
ETH Zurich, SWITZERLAND

T3P.12

MULTIPLEXED IMMUNO-FLUORESCENCE WWITH DYNAMIC DNA PROBES
E.B. Samson, J. Zimak, V. Schweikthard, and M. Diehl
Rice University, USA

T3P.13NANOENGINEERED PROBES FOR MONITORING SINGLE CELL RESPONSES
DURING INJURY INDUCED COLLECTIVE CELL MIGRATION
R. Riahi, D.D. Zhang, and P.K. Wong
University of Arizona, USA

T3P.14PATTERNING AND TRANSFERRING HYDROGEL-ENCAPSULATEDSYNTHETIC BACTERIAL CELLS FOR QUANTIFICATION AND
BIOSENSOR-APPLICATION OF GENETIC CIRCUITS
T. Kim, W.S. Choi, M. Kim, and S.-K. Lee
Ulsan National Institute of Science and Technology (UNIST), SOUTH KOREA

T3P.15

REAL-TIME FORCE MEASUREMENT OF CELL-GENERATEDFORCES DURING BACTERIAL PHAGOCYTOSIS
J. Möller1,2, J.C. Doll2, M.A. Hopcroft3, E.A. Mazzochette2, K.-W. Jung2, V. Vogel1, and B.L. Pruitt2
1
ETH Zurich, SWITZERLAND, 2Stanford University, USA, and3
Hewlett-Packard Laboratories, USA

T3P.16A SINGLE COMB-LIKE ELECTRODE ARRAY FOR HIGHLYSENSITIVE ELECTROCHEMICAL DETECTION OF
CATECHOLAMINE IN MICROFLUIDIC DEVICE
J. Sekiya, T. Tanaka, S. Yokogawa, A. Ishida, H. Tani, and M. Tokeshi
Hokkaido University, JAPANT3P.17

DETECTION OF TAU PROTEINS THROUGH MICROTUBULE GLIDING
T. Ikeuchi1, S.P. Subhathirai1, M.C. Tarhan2, S.L. Karsten3, H. Fujita2,
H. Shintaku1, H. Kotera1, and R. Yokokawa1
1
Kyoto University, JAPAN, 2University of Tokyo, JAPAN, and 3NeuroInDx Inc., USA

T3P.18ENERGY HARVESTING FROM GASTRIC ACID FOR ENDOSCOPY APPLICATION
P. Mostafalu and S. Sonkusale
Tufts University, USA

T3P.19

ENHANCEMENT OF GOLD NANOSHELLS FOR DETECTION OF
BIOMARKERS USING A SANDWICH ELISA SYSTEM
D. Patel, G. Zhang, X. Sun, M. O'Toole, A. Gobin, and R. Keynton
University of Louisville, USA

T3P.20

MICROTUBULE BASED TAU BIOSENSOR AS A FUTURE
DIAGNOSTIC TOOL FOR TAUOPATHIES
M.C. Tarhan1, Y. Orazov1, R. Yokokawa2, S.L. Karsten3, and H. Fujita1
1
University of Tokyo, JAPAN, 2Kyoto University, JAPAN, and 3NeuroInDx Inc., USA

T3P.21MINIATURISED SILICON BIOSENSOR FOR THE
DETECTION OF TRIGLYCERIDE IN BLOOD SERUM
M.S. Veeramani, P. Shyam, N.P. Ratchagar, A. Chadha, E. Bhattacharya, and S. Pavan
Indian Institute of Technology Madras, INDIA

T3P.22PULLING OF HIGHLY FLEXIBLE OPTICALFIBER BUNDLES USING UV-LIGHT CURING
K. Kaiser1, M. Chavarria1, S. Rajaretnam1, T. Zehlicke2, and J. Müller1
1
Hamburg University of Technology (TUHH), GERMANY and2
German Army Hospital of Hamburg, GERMANY

T3P.23

STRETCHABLE RECTANGULAR MICROWELLS FOR SINGLE CELL CAPTURE
J.M. Labuz1, M. Tokunaga1, T.-H. Chun1, and S. Takayama1,2
1
University of Michigan, USA and2
Ulsan National Institute of Science & Technology (UNIST), SOUTH KOREA

T3P.24

TRAPPING HETEROGENEOUS CELLS IN L-SHAPED MICROWELL
G.H. Lee and J.Y. Park
Chung-Ang University, SOUTH KOREA

T3P.25

NODE-PORE SENSING – A HIGHLY SENSITIVETECHNIQUE FOR SCREENING BIOLOGICAL SPECIES
K. Balakrishnan and L.L. Sohn
University of California, Berkeley, USA

13:55

T3P - Poster Session 4

15:25

Keynote Speaker IV

T4K.4

18:00

MECHANOMEDICINE: APPLICATIONS OF MECHANOBIOLOGYTO REGENERATIVE AND REPRODUCTIVE MEDICINEK. Naruse
Okayama University, JAPANBanquet (Thursday Award Ceremony)

Friday April 12, 2013
08:30
F1K.5

09:20
F1K.6

Keynote Speaker V
MICROSCALE TISSUES: TISSUE ENGINEERINGMEETS DEVELOPMENTAL BIOLOGY
C.M. Nelson
Princeton University, USA
Keynote Speaker VI
OPTICAL TWEEZERS: BIOPHYSICS, ONE MOLECULE AT A TIME
S.M. Block
Stanford University, USA

10:10

Break

10:40

Flash Poster Session 5 - Tissue Engineering Applications

F2P.01

A 3D MICROFLUIDIC PLATFORM INCORPORATING METHACRYLATEDGELATIN HYDROGELS TO STUDY PHYSIOLOGICAL CARDIOVASCULAR
CELL-CELL INTERACTIONS
M.B. Chen, S. Srigunapalan, A.R. Wheeler, and C.A. Simmons
University of Toronto, CANADA

F2P.02A STUDY OF USING AQUEOUS TWO-PHASE SYSTEM FOR
DROPLET-BASED ON-CHIP MICROEXTRACTION AND SEPARATION
P.A.L. Wijethunga and H. Moon
University of Texas, Arlington USA

F2P.03AN IN-VITRO MODEL SYSTEM FOR GENERATION OF MECHANICALLYCONDITIONED CARDIAC TISSUE CONSTRUCTS
M.-D. Nguyen, J.P. Tinney, F. Yuan, T. Roussel, G. Giridharan, B.B. Keller, and P. Sethu
University of Louisville, USA

F2P.04

CONTINUOUS MICROFLUIDIC PRODUCTION OF COMPLEXHYDROGEL MATERIALS FOR FUNCTIONAL CELL CULTIVATION
Y. Yajima, Y. Kitagawa, K. Yamakoshi, A. Kobayashi, Y. Naganuma, M. Yamada, and M. Seki
Chiba University, JAPANF2P.05

DEVELOPMENT OF A MICROFLUIDIC CHIP AS ARTIFICIAL BLOOD
CAPILLARY VESSEL WITH INTEGRATED IMPEDANCE SENSORSFOR APPLICATIONS IN CANCER RESEARCH
T. Rajabi1, R. Ahrens1, J. Fauser1, V. Huck2, S.W. Schneider2, and A.E. Guber1
1
Karlsruhe Institut of Technology (KIT), GERMANY and 2Heidelberg University, GERMANY

F2P.06ENDOTHELIAL SIGNALING ON MICRO- & NANO-PATTERNED TITANIUM
P. Vandrangi, R. Kozaka, S.C. Gott, M.P. Rao, and V.G.J. Rodgers
University of California, Riverside, USA

F2P.07ENGINEEERING OF FUNCTIONAL, PERFUSABLE 3D
MICROVASCULAR NETWORKS ON A CHIP
S. Kim, H. Lee, M. Chung, and N.L. Jeon
Seoul National University, SOUTH KOREAF2P.08

INDIVIDUAL TRAPPING OF LUNG CANCER CELL SPHEROIDS ON
A MICROFLUIDIC PLATFORM FOR CHEMOSENSITIVITY ASSAYS
J. Ruppen1, L. Cortes-Dericks1,2, E. Marconi1, R. Schmid1,2, G. Karoubi1,2, and O. Guenat1
1
University of Bern, SWITZERLAND and 2University Hospital of Bern, SWITZERLAND

F2P.09MATRIX MICROARRAYS TO SCREEN STEM CELL-MATRIX INTERACTIONSREVEAL CDC42 AS A CONVERGENT REGULATOR OF OSTEOGENESISBY MATRIX MECHANICAL AND BIOCHEMICAL SIGNALING
W.L.K. Chen1, D.A. Romero1, P.W. Oakes2, K.L. Sider1, C.H. Amon1, and C.A. Simmons1
1
University of Toronto, CANADA and 2University of Chicago, USA

F2P.10MIMICKING THE MICRO-SCALE TISSUE ARCHITECTURE USINGSTEREOLITHOGRAPHY AND DIELECTROPHORESIS
P. Bajaj, D. Marchwiany, C. Duarte, and R. Bashir
University of Illinois, Urbana-Champaign, USA

F2P.11

PHARMACOKINETICS AND PHARMACODYNAMICS ON A CELL CHIP
M. Hamon1, A. Khademhosseini2, and J.W. Hong1
1
Auburn University, USA and 2Brigham and Women’s Hospital, Harvard Medical School, USA

F2P.12

PHYSIOLOGICALLY RELEVANT IN VITRO MODEL OF VASCULARIZEDMAMMARY TISSUE TO STUDY BREAST CANCER PROGRESSION
L.L. Bischel1, K.E. Sung1, E.W.K. Young2, B.R. Mader1, and D.J. Beebe1
1
University of Wisconsin, Madison, USA and 2University of Toronto, CANADA

F2P.13

STAMPED PETRI DISHES FOR 3D CELL CULTURE AND DRUG TESTING
A. Sridhar, H.L. de Boer, A. van den Berg, and S. Le Gac
University of Twente, THE NETHERLANDS

F2P.14TOWARDS IN-VIVO-LIKE ALVEOLAR EPITHELIAL MICROINJURIES
M. Felder1, A. Stucki1, T. Geiser1,2, and O.T. Guenat1
1
University of Bern, SWITZERLAND and 2University of Bern, SWITZERLAND

F2P.15TUNABLE MICROPOST ARRAYS FOR STUDYING BREAST CANCERMICROENVIRONMENTS
A. Kesavaraju, E. Jabart, B. Qing, and L.L. Sohn
University of California, Berkeley, USA

F2P.16

UNIFORM-SIZED EMBRYOID BODY FORMATION AND
DIFFERENTIATION IN A MICROFLUIDIC DEVICE
Y.-H. Chen, C.-C. Peng, and Y.-C. Tung
Academia Sinica, TAIWAN

F2P.17A LONG-TERM IMPLANTABLE MICRO ELECTRODE ARRAY (MEA)TO INVESTIGATE HEART REGENERATION IN ZEBRAFISH
H. Cao1, F. Yu1, Y. Zhao2, Y.C. Tai2, and T.K. Hsiai1
1
University of Southern California, USA and 2California Institute of Technology, USAF2P.18

A MICROFLUIDIC-BASED PLATFORM FOR IN VITRO STUDIESOF EXTRAVASATION OF CIRCULATING TUMOR CELLS
R. Riahi, Y. Yang, H. Kim, L. Jiang, P.K. Wong, and Y. Zohar
University of Arizona, USA

F2P.19DESIGN CRITERIA-GUIDED FORMULATION OF PLURIPOTENTSTEM CELL-DERIVED CARDIAC MICROTISSUES
N. Thavandiran1, N. Dubois1, A. Mikryukov1, S. Massé2, B. Beca1, C.A. Simmons1,
V. Deshpande3, P. McGarry4, C.S. Chen5, K. Nanthakumar2, G. Keller1, M. Radisic1
and P.W. Zandstra1
1
University of Toronto, CANADA, 2University Health Network, CANADA,
3
University of Cambridge, UK, 4National University of Ireland, IRELAND, and5
University of Pennsylvania, USA

F2P.20INTEGRATED 384 HANGING DROP SPHEROID PLATE ANDCOMPLEMENTARY CAPTURE AND ANALYSIS PLATE
S.P. Cavnar, E. Salomonsson, K.E. Luker, G.D. Luker, and S. Takayama
University of Michigan, USA

F2P.21

MAMMARY SPHEROID IN MICROENCAPSULATED SANDWICH CULTURE
B.M. Leung1, C. Moraes1, J.M. Labuz1, and S. Takayama1,2
1
University of Michigan, USA
2
Ulsan National Institute of Science & Technology (UNIST), SOUTH KOREA

F2P.22MEASUREMENT OF ATP CONCENTRATION OF INDIVIDUALCELLS WITH ELECTROACTIVE MICROWELL ARRAY
S.H. Kim1,2, D. Fourmy3, and T. Fujii1,2
1
University of Tokyo, JAPAN, 2Japan Science and Technology Agency (JST), JAPAN, and3
CNRS, FRANCE

F2P.23

MICROFLUIDIC CHIP WITH PERFUSION CHAMBERS CONTROLLEDBY PNEUMATIC VALVE FOR SUSPENSIVE MICROALGAE
Y.-J. Eu1, H.-S. Park1, and D. Kim2
1
Chungnam National University, SOUTH KOREA and2
Pohang University of Science and Technology, SOUTH KOREA

F2P.24RESONANT RESPONSE VALIDATION OF MICRO-CHANNEL ENCAPSULATEDDISK RESONATORS VIA FLUORESCENT IMAGING
A. Iqbal1, J. Chapin1, E. Mehdizadeh2, B. Purse1, and S. Pourkamali1
1
University of Denver, USA and 2University of Texas, Dallas, USA

F2P.25RESPONSE CHARACTERIZATION OF PIEZOELECTRIC ROTATIONAL
MODE DISK RESONANT BIOMOLECULAR SENSORS
E. Mehdizadeh1, J. Chapin2, J. Gonzales3, R. Abdolvand3, B. Purse2, and S. Pourkamali1
1
University of Texas, Dallas, USA, 2University of Denver, USA, and3
Oklahoma State University, USA

F2P.26SENSITIVE BIOASSAY FOR DETECTION AND QUANTIFICATION
OF BIOLOGICALLY ACTIVE TOXINS
R. Rasooly
United States Department of Agriculture, USA

11:10

F2P – Poster Session 5

12:30Friday Award Ceremony

12:45

Conference Adjourns