bios 2014 oral programme _2

Biosensors 2014 I Oral Programme

Oral Programme

Tuesday, 27 May 2014

08:15-16:30 Pre-Congress School on Optical Biosensors Melbourne Convention Center - Meeting Room 203

17:00-19:00 Registration & Welcome Reception

Wednesday, 28 May 2014

07:00 Registration

08:45 Welcome and Introduction to the Congress Anthony Turner & Congress Committee Main Meeting Room

09:00-10:20 Plenary Session 1 Chair: Prof Arben Merkoci Room: Main Meeting Room

09:00-09:40 [PL1] Biosensing with evanescent waves and integrated optics W. Knoll, Austrian Institute of Technology, Austria

09:40-10:20 [PL2] Nanomaterial based biosensors for diagnostics and personalised medicine J.J. Gooding, The University of New South Wales, Australia

10:20-11:00 Refreshments and Poster Session 1 Main Foyer 2 & 3

11:00-12:50 Parallel Session 2A - Nanobiosensors Chair: Prof Man Bock Gu Room: Main Meeting Room

Parallel Session 2B - Cell-based sensors & Immunosensors Chair: Prof Xian-En Zhang Room: Meeting Room 217

Parallel Session 2C - Nucleic acid-based biosensors Chair: Prof Koji Sode Room: Meeting Room 218

Parallel Session 2D - Enzyme-based biosensors Chair: Prof Loc Blum Room: Meeting Room 219


11:00-11:30 [K1] Label-free, multiplexed plasmonic biochip based on magnetic nanoparticle coupled gold nanorod bioprobes with ultra-sensitivity and high throughput L. Tang*, Y. Wang, Z. Mei, University of Texas at San Antonio, USA

[K2] Specific circulating tumor cell (CTC) capture using micro-patterned silicon nanowire platform and its drug response of captured cells within cancer patient blood S.K. Lee*

1, D.J. Kim

1, W.Y. Lee

1, N.W.

Park1, W. Han

2,

1Chung-Ang

University, Republic of Korea, 2

Seoul National University College of Medicine, Republic of Korea

[K3] Electrochemical PCR - taking the heat out of PCR S.N. Syed*

1, H. Schulze

1, E. Obaje

1,

D. MacDonald1, J. Crain

1 ,2, A.

Mount1, T.T. Bachmann

1,

1The

University of Edinburgh, UK,

2National Physics Laboratory, UK

[K4] subunit FoF1-ATPase as Sandwich-type rotary biosensor J.C. Yue*, P.R. Wang, X. Zhang, Institute of Biophysics, CAS, China

11:30-11:50 [O1] A nanostars structure of highly efficient surface enhanced Raman scattering active gold nanoparticles array for for ultra-sensitive bacterium detection by local electrokinetic trapping J-K. Wu*, C-W. Lee, T-F. Kuo, H-Y. Chang, F-G. Tseng, National Tsing Hua University, Taiwan

[O5] Anti-immunocomplex Nanopeptamers for sensitive noncompetitive detection of small analytes G.L. Lassabe, L. Vanrell, A. Gonzalez-Techera, G. Gonzalez-Sapienza*, UDELAR, Uruguay

[O9] Continuous, real-time molecular measurement directly in whole blood J. Feinberg-Somerson*, K.W. Plaxco, University of California, USA

[O13] Detection of trace heavy metal ions in water by label-free optical biosensors G. Shtenberg*, N. Massad-Ivanir, E. Segal, Technion - Israel Institute of Technology, Israel

11:50-12:10 [O2] Nanoplasmonic biosensor: Multiplex targeting to p53 promoter epigenetics S.J. Sim

1, A. Nguyen-Hung*

1, B.W.

Kim2,

1Korea university, Republic of

Korea, 2

Sungkyungkwan University, Republic of Korea

[O6] Smartphone-based immunoassay for the highly-sensitive point-of-care detection of human C-reactive protein in whole blood and serum V. Alagarswamy Govindaraj

1, J. Jin

1,

F. von Stetten1 ,2

, R. Zengerle1 ,2

, S.K. Vashist*

1,

1HSG - Institut fr Mikro-

und Informationstechnik, Germany,

2Institut fr Mikrosystemtechnik,

Germany

[O10] Graphene-based Immobilization-free screening of aptamers for multi-targets and multi-sensing V.T. Nguyen*, H.B. Jung, M.B. Gu, Korea University, Republic of Korea

[O14] FRET magnetic graphene oxide biosensor platform for early detection of Alzheimer disease based on In Situ-synthesized peptide J. Yoon*, S.M. Lee, Kangwon National University, Republic of Korea

12:10-12:30 [O3] Nanoplasmonic biosensors of spectrographic and electrochemical measurement on nanocup arrays D. Zhang

1, Y. Lu

1, J. Jiang

2, G. Liu

2, K.

[O7] New method in chemical engineering of self-assembled Alzheimer's biomarkers along fluidic microchannels

[O11] Fenton fragmentation for faster electrophoretic purification of amplifiable genomic DNA S.H. Hakenberg*, M.H. Hgle, P.M.

[O15] Alcohol vapour detection at the three phase interface using enzyme-conducting polymer composites


Hsia2, Q. Liu*

1, P. Wang

1,

1Zhejiang

University, China, 2

University of Illinois at Urbana-Champaig, USA

M. Ammar*1, C. Smadja

1, D.

Tandjigora1, A. Etcheberry

2, J.

Vigneron2, M. Taverna

1, E. Dufour-

Gergam1,

1University Paris Sud,

France, 2

University Saint Quentin en Yvelines, France

Meyer, O.B. Behrmann, G.D. Dame, G.A.U. Urban, University of Freiburg, Germany

O. Winther-Jensen*, R. Kerr, B. Winther-Jensen, Monash University, Australia

12:30-12:50 [O4] Novel plasmonic biochips for rapid point-of-care applications K.L. Lee*

1, C.L. Tsai

2, P.K.

Wei1 ,3

, 1Academia Sinica, Taiwan,

2National Yang-Ming University,

Taiwan, 3

National Taiwan Ocean University, Taiwan

[O8] A new super-paramagnetic lateral flow immunoassay for Bacillus anthracis spores detection based on road closure D-B. Wang*

1 ,2, B. Tian

1 ,2, Z-P.

Zhang1, X-E. Zhang

1,

1Chinese

Academy of Sciences, China,

2University of Chinese Academy of

Sciences, China

[O12] Electrochemical APEX for genotyping MYH7 gene; a low cost strategy for minisequencing of disease causing mutations A. Mehdi

1, M. Ortiz

1, C.K. O'

Sullivan*1 ,2

, 1URV, Spain,

2ICREA,

Spain

[O16] Micropatterned porous silicon photonic crystal and multiplexing enzyme detection Y. Zhu*, A. Soeriyadi, P. Reece, K. Gaus, J. Gooding, The University of New South Wales, Australia

12:50-14:00 Lunch and Poster Session 1 Main Foyer 2 & 3

14:00-15:10 Parallel Session 3A - Nanobiosensors & Nanomaterials Chair: Dr. S Alegret Room: Main Meeting Room

Parallel Session 3B - Microfluidics & Immunosensors Chair: Prof Andrew de Mello Room: Meeting Room 217

Parallel Session 3C - Nucleic acid-based sensors Chair: Prof Wolfgang Knoll Room: Meeting Room 218

Parallel Session 3D - Nanobiosensors & Nanoanalytical systems Chair: Prof Joseph Wang Room: Meeting Room 219

14:00-14:30 [K5] A magnetic nanopaticle-clustering biosensor for blu-ray based optical detection of small-molecules J. Yang

1, M. Donolato

2, P. Antunes

2,

A. Pinto3, F.G. Bosco

2, E. Hwu

4, C.

Chen4, P. Vavassori

3, A. Boisen

2,

M.F. Hansen2, Q. Lin*

1,

1Columbia

University, USA, 2

Technical University of Denmark, Denmark,

3CIC nanoGUNE Consolider, Spain,

4Academia Sinica, Taiwan

[K6] Rapid, single bacterial detection from blood using microencapsulated sensors D.K. Kang*, M.M. Ali, K. Zhang, I. Altamore, M.A. Digman, E. Gratton, E.M. Peterson, W. Zhao, University of California Irvine, USA

[K7] Label-free optical biosensors based on aptamer-modified porous silicon scaffolds K. Urmann*1 ,2, J.G. Walter1, E. Segal2, T. Scheper1, 1Leibniz University Hannover, Germany, 2Technion Israel Institute of Technology, Israel

[K8] Nanoplasmonic Biosensor: From end-point detection to monitoring biological phenomena S.J. Sim, Korea University, Republic of Korea


14:30-14:50 [O17] Immobilization-free screening of dual aptamers and ultra-sensitive detection of proteins, viruses and small molecules J.W. Park, Y.S. Kwon, N.H.A. Raston, M.B. Gu*, Korea University, Republic of Korea

[O23] Bacteria detection using surface-enhanced Raman spectroscopic nanoprobes and dielectrophoretic microfluidic chip C.H. Huang*

1, H.Y. Lin

1, L.H. Liu

1, S.T.

Wang1, I-T. Kuo

1, C.Y. Yang

2, W.H.

Hsieh1, L.K. Chau

1,

1National Chung

Cheng University, Taiwan, 2

National Chung Hsing University, Taiwan

[O29] Dimerization of thrombin-binding aptamers for the development of reversible thrombin fluosensor A. Trapaidze*

1 ,2, M. Brut

1 ,2, A.

Bancaud1 ,2

, A-M. Gue1 ,2

, 1CNRS,

France, 2

Univ de Toulouse, France

[O35] MP-SPR - New optical characterization method for molecular interaction and ultrathin films N.M. Granqvist*, A. Jokinen, W.M. Albers, J.W. Sadowski, BioNavis, Finland

14:50-15:10 [O18] Integration of micro/nanomaterials into microarray technology: Boosting biosensing platforms E. Morales-Narvez*

1, A.

Merkoi1 ,2

, 1Catalan Institute of

Nanoscience and Nanotechnology, Spain,

2ICREA, Spain

[O24] A high-sensitive biosensing system using silica nanotube arrays as optical waveguide layer S. Sun*, Y. Fan, Y. Ding, Tsinghua University, China

[O30] G-quadruplex based two-stage isothermal exponential amplification for label-free DNA visual colorimetry J. Nie, D.W. Zhang, C. Tie, Y.L. Zhou*, X.X. Zhang, Peking University, China

[O36] Surface plasmon resonance coupling in self-assembled hybrid nanostructures for highly sensitive/selective biosensing and SERS D.H. Kim*

1, K. Chung

1, Y.H. Jang

1,

J.E. Lee1, Y.J. Jang

1, Y. Kim

2, S.

Moon2, D. Kim

2, J.S. Kim

3,

1Ewha

Womans University, Republic of Korea,

2Yonsei University, Republic

of Korea, 3

Korea University, Republic of Korea


16:10-17:30 Parallel Session 4A - Nanobiosensors & Nanomaterials cntd. Chair: Dr. S Alegret Room: Main Meeting Room

Parallel Session 4B - Immunosensors cntd. Chair: Prof Andrew de Mello Room: Meeting Room 217

Parallel Session 4C - Nucleic acid-based biosensors cntd. Chair: Prof Wolfgang Knoll Room: Meeting Room 218

Parallel Session 4D Printed biosensors & Printed electronic Chair: Prof Joseph Wang Room: Meeting Room 219

16:10-16:30 [O19] A field effect transistor biosensor with pyridinone derivative engineered lipid sensing layer for ultrasensitive Fe3+ ion detection with low pH interference T.D. Nguyen1 ,2, R. El Zein1, H.

[O25] Externally actuated, self-sensing microcantilever sensor for miniaturized point-of-care coagulation monitoring Y.K. Yen*, Y.C. Chang, H.Q. Lin, C.S. Chen, L.S. Huang, National Taiwan

[O31] Fiber optic biosensing platform for real-time multiplex quantification and detection of bacterial DNA F. Delport*, K. Knez, I. Arghir, N. Marien, D. Spasic, J. Lammertyn, KULeuven, Belgium

[O37] Beyond spotting bioprint: A new integrated device for a rapid assembly of kilo-to-giga-dense microarrays M. Biyani*

1 ,2, T. Ichiki

1 ,2, S. Sato

1, S. Shingo

1,

1The University of

Tokyo, Japan, 2

JAIST, Japan, 3

Japan Science and Technology Agency, Japan


Dallaporta1, J-M. Raimundo*1, A.M. Charrier1, 1Aix-Marseille Universit-CNRS, France, 2Hanoi University of Science and Technology, Viet Nam

University, Taiwan

16:30-16:50 [O20] Fabrication of silicon nanowire biosensor for label-free detection of the prognostic cancer marker ALCAM D. Tran Phu*

1, B. Wolfrum

2, R.

Stockmann2, A. Offenhausser

2, B.

Thierry1,

1University of South

Australia, Australia,

2Forschungszentrum Julich GmbH,

Germany

[O26] Reflection-type two-channel SH-SAW biosensor H. Yatsuda*

1 ,2, T. Kogai

1, M. Goto

1,

N. Yoshimura1,

1OJ-Bio Ltd., UK,

2Japan Radio Co. Ltd., Japan

[O32] DNA crossover-based smart sensors for nucleic acid analysis D.M.K. Kolpashchikov*

1, Y.V.G.

Gerasimova1, H.N.B. Bengtson

1,

E.M.C. Cornett1, M.L. Labib

2, M.V.B.

Berezovski2,

1University of Central

Florida, USA, 2

University of Ottawa, Canada

[O38] Wireless, real-time detection of bacteria pathogens using a surface-scanning detector Y. Chai, S. Horikawa, H. Wikle, R. Zhao, B. Chin*, Auburn University, USA

16:50-17:10 [O21] Rapid and simple functionalisation of inorganic materials using a peptide linker A.S. Care*

1, P.L. Bergquist

1, A.

Sunna1,

1Macquarie University,

Australia, 2

University of Auckland, New Zealand

[O27] Label-free biosensing platform based on micro-ring resonators for sensitive protein detection B.M. de Boer*, S.M.C. Abdulla, J.M. Pozo, J.H. van den Berg, A. Abutan, R.A.J. Hagen, D.M.R. Lo Cascio, P.J. Harmsma, TNO, The Netherlands

[O33] Bio-Microfluidic platform for gold nanoprobe based DNA detection with embedded microlenses for improved performance I. Bernacka-Wojcik

1, H. Aguas*

1, P.

Lopes2, B. Veigas

1, P.J. Wojcik

1, P.

Simes2, R. Igreja

1, E. Fortunato

1,

P.V. Baptista1, R.

Martins1,

1Universidade Nova de

Lisboa, Portugal, 2

Universidade de Aveiro, Portugal

[O39] A flexible method for rapid-prototyping of PDMS microfluidic chips for droplet based applications using direct-written polymer master structures F. Stumpf*

2, L. Gutzweiler

1, L.

Tanguy2, P. Koltay

1 ,4, R. Zengerle

1 ,3,

L. Riegger1 ,4

, 1IMTEK, Germany,

2HSG-IMIT, Germany,

3BIOSS,

Germany, 4

BioFluidix, Germany

17:10-17:30 [O22] Peptide array for influenza virus detection and strain differentiation H. Memczak

1, W.F.M. Stcklein*

1, J.

Rose1, E. Ehrentreich-Frster

1 ,2, F.F.

Bier1,

1Fraunhofer IBMT, Germany,

2Univ. Potsdam, Germany

[O28] Graphene-based signal enhanced immunoassay for human lipocalin-2 using a highly simplified antibody immobilization procedure S.K. Vashist

1 ,2,

1Hahn-Schickard-

Gesellschaft fr angewandte Forschung e.V., Germany,

2University of Freiburg, Germany

[O34] Beyond the Debye length: OTFT-based DNA sensor for hybridization detection at high ionic strength S. Lai

1, M. Barbaro

1, A.

Bonfiglio*1 ,2

, 1University of Cagliari,

Italy, 2

CNR, Italy

[O40] Screen-printed graphite microbands as a versatile biosensor platform M.Y. Vagin*, A.N. Sekretaryova, R. Sanchez Reategui, I. Lundstrom, A.P.F. Turner, M. Eriksson, Linkping University, Sweden


17:30-19:00 Poster Session 1 and Drinks Reception

Thursday, 29 May 2014

08:30-09:50 Plenary Session 2 Chair: Prof Justin Gooding Room: Main Meeting Room

08:30-09:10 [PL3] Nanomachine-based biosensing and bioseparations J. Wang, University of California San Diego, USA

09:10-09:50 [PL4] Nanophotonics for biological sensing: New tools for in-vivo measurement T. Monro, University of Adelaide, Australia


10:30-12:40 Parallel Session 5A - Nanomaterials & Nanoanalytical systems Chair: Prof Edith Chow Room: Main Meeting Room

Parallel Session 5B - Immunosensors & Nucleic acid-based biosensors Chair: Prof Matt Cooper Room: Meeting Room 217

Parallel Session 5C - Theranostics, Cell Analysis & Immunoassay Chair: Prof Lisa Martin Room: Meeting Room 218

Parallel Session 5D - Nanomaterials & Bioelectronics Chair: Prof Michael Thompson Room: Meeting Room 219

10:30-11:00 [K9] A multiplex self-referencing detection of pathogens using surface enhanced raman scattering nanoprobes in a nano-DEP microfluidic biosensor C. Wang*

1, F. Madiyar

2, J. Li

2, C.X.

Yu1,

1Iowa State University, USA,

2Kansas State University, USA

[K10] New approaches for the automation and digital quantification of rolling circle amplified single molecules M. Kuhnemund*

1, D. Witters

2, J.

Lammertyn2, M. Nilsson

1,

1Uppsala

University and Stockholm University, Sweden,

2University of Leuven,

Belgium

[K11] A true theranostic approach to medicine: Tandem sensor detection and removal of endotoxin in blood M. Thompson*

1, N. Crawley

1, C.

Blaszykowski1, A. Romaschin

2, S.

Sheikh1,

1University of Toronto,

Canada, 2

St. Michael's Hosptial, Canada

[K12] Tailoring Vis-NIR metamaterials towards versatile and ultrasensitive plasmonic biosensors C. Cao*

1, J. Zhang

2, S. Li

2, Q.H.

Xiong2,

1Queen's University Belfast,

UK, 2

Nanyang Technological University of Singapore, Singapore

11:00-11:20 [O41] DNA-mediated gold-silver nanoprobes with SERS-active nanogaps for multiplex DNA biosensing J. Shen, D. Wang, B. Zhao, S. Song*, Shanghai Institute of Applied Physics, Chinese Academy of

[O46] A new strategy for effective assessment of DNA hybridization based on periodical magnetic actuation C. Polonschii*, S. David, E. Gheorghiu, International Centre of Biodynamics, Romania

[O51] Novel anti-neoplastic approach for photodynamic theranostics by biocompatible TiO2 popcorn nanostructure for a high-throughput flash ROS generator H.K. Patra

1, R. Imani

1 ,2, A. Iglic

2, A.

Tiwari*1, A.P.F. Turner

1,

1Linkoping

[O56] Development of TIRFM-QCM for monitoring fibrillation of Ab peptides H. Ogi*, H. Hamada, M. Fukushima, H. Yagi, Y. Goto, M. Hirao, Osaka University, Japan


Sciences, China University, Sweden, 2

University of Ljubljana, Slovenia

11:20-11:40 [O42] Molecular diagnostics based on clustering dynamics of magnetic nanobeads M. Donolato

1 ,3, P. Antunes*

1,

1DTU

Nanotech, Denmark, 2

Uppsala University, Sweden,

3CiC Nanogune,

Spain, 4

ScifeLab, Sweden,

5Ikerbasque, Spain

[O47] Enzyme-free DNA strand displacement reaction as a highly efficient method for DNA identification D.A. Khodakov*, A.S. Khodakova, A. Linacre, A.V. Ellis, Flinders University, Australia

[O52] Cell-surface sensors for real-time probing of cellular environments W. Zhao, University of California, USA

[O57] Nanoporous organosilicates chips for selective enrichment of metabolites C.Y. Yeromonahos*, A.M. Mombrun, C.L. Leclech, A.B. Bouamrani, V.J. Jousseaume, CEA, France

11:40-12:00 [O43] Surface plasmon label-free and fluorescence-enhanced biosensors Y. Wang*

1, X. Liu

1, J. Zhang

1, L. Wu

2,

X. Zhou3, B. Liedberg

1,

1Nanyang

Technological University, Singapore,

2IHPC, A-star, Singapore,

3IMRE, A-

star, Singapore

[O48] Interdigitated microelectrode sensor for blood-based early diagnosis of Alzheimers Disease Y.K. Yoo*

1 ,2, M.S. Chae

1, H.J. Kim

1,

S.I. Han2, T.S. Kim

1, J.H. Lee

2, K.S.

Hwang1,

1Korea Institute of Science

and Technology (KIST), Republic of Korea,

2Kwangwoon University,

Republic of Korea

[O53] A novel live cell imaging method with sub-cellular resolution for cell-based assays C.X. Wu*

1, K.Q. Su

2, L. Zou

2, D. Ha

2,

J. Wang2, Q. Fang

3,

1Chinese

Academy of Sciences, China,

2Zhejiang University, China,

3RMIT

University, Australia

[O58] Electropolymerized molecularly imprinted polyterthiophene by piezoelectric quartz crystal microbalance detection of nerve simulant A. Vergara*

1 ,2, R. Pernites

1, S.

Pascua1, C. Binag

2, R.

Advincula1,

1University of Houston,

USA, 2

University of Santo Tomas, The Philippines,

3University of San

Agustin, The Philippines

12:00-12:20 [O44] The SuperNova idea: Mega-bio-amplification with nanoparticles R. Renneberg*

1, J.F. Engels

1, K.K.

Sin1, F. Caruso

2, D. Trau

3,

1Hong

Kong University of Science and Technology, Hong Kong,

2University

of Melbourne, Australia, 3

National University of Singapore, Singapore

[O49] Point-of-care detection of MRSA using bacteriophage lysin and impedance biosensors T. Gibson*

1, N. Cook

2, M.

D'Agostino2,

1ELISHA Systems Ltd,

UK, 2

Food and Environment Research Agency, UK

[O54] A novel electronic tongue for analysis of heparan sulfate binding proteins Y. Hou*

1, M. Genua

1, A. Buhot

1, R.

Calemczuk1, D. Bonnaff

2, H. Lortat-

Jacob3, T. Livache

1,

1Institut

Nanosciences et Cryognie, France,

2Universit Paris-Sud 11, France,

3Institut de Biologie Structurale,

France

[O59] Simultaneous bio-parameter sensing with QCM-D coupled-gate semiconductor device T. Sakata*

1, R. Fukuda

2,

1The

University of Tokyo, Japan,

2Meiwafosis co., ltd, Japan

12:20-12:40 [O45] Very sensitive spectroscopic biodetection in complex media

[O50] Electrochemical Immunosensors for detection of different type of

[O55] Holographic immunoassay for pregnancy

[O60] Utilization of common electronics components for the low-cost


J. De Coninck, University of Mons, Belgium

viruses H. Radecka*

1, U. Jarocka

1, J.

Radecki1, R. Sawicka

2, A. Sochacka-

Gra2, A. Sirko

2, W. Zagrski-

Ostoja2, T. Malinowski

3, L.

Michalczuk3,

1Institute of Animal

Reproduction and Food Research of Polish Academy of Sciences, Poland,

2Polish Academy of Sciences, Poland,

3Research Institute of Horticulture,

Poland

J. Kourieh*, C.A.B. Davidson, C.R. Lowe, University of Cambridge, UK

optical biosensing platform Y.D. Han*, Y.M. Park, H.J. Chun, H.C. Yoon, Ajou university, Republic of Korea


14:00-15:20 Parallel Session 6A - Nanobiosensors & Nanomaterials Chair: Dr Szilveszter Gaspar Room: Main Meeting Room

Parallel Session 6B - Immunosensors & Nucleic acid-based sensors Chair: Prof Valerio Beni Room: Meeting Room 217

Parallel Session 6C - Theranostics & Bioelectronics Chair: Sang-Kwon Lee Room: Meeting Room 218

Parallel Session 6D - Enzyme-based biosensors Chair: Prof Kohji Mitsubayashi Room: Meeting Room 219

14:00-14:20 [Inv1] Switchable bioelectronics on a graphene interface O. Parlak*, A. Tiwari, A.P.F. Turner, Linkping University, Sweden

[Inv2] Universal reporters of mediator probe PCR as target-independent biosensors for detection of five different RNA and DNA sequences S. Wadle

1, M. Lehnert

1, R.

Zengerle1 ,2

, F. von Stetten*

1 ,2,

1University of Freiburg,

Germany, 2

HSG-IMIT - Institut fr Mikro- und Informationstechnik, Germany,

3BIOSS Centre for

Biological Signalling Studies, University of Freiburg, Germany

[Inv3] MMP-9 sensor system for inflammation monitoring in multiple sclerosis A. Biela*, R. Becer, U. Meier, D. Baker, G. Giovannoni, M. Watkinson, S. Krause, Queen Mary University of London, UK

[Inv4] Synthetic sensing and signal transduction cascades based on artificial autoinhibited proteases V. Stein, K. Alexandrov*, University of Queensland, Australia

14:20-14:40 [O61] Graphene biosensors for IL-6 detection A.I.Y. Tok*

1 ,3, J.F. Huang

1 ,3, M.

Nimmo2,

1Nanyang Technological

University, Singapore,

[O64] Paper-based electrochemical immunosensor integrated with nanobioprobes on graphene film for ultrasensitive multiplexed detection of cancer biomarkers

[O67] A polymer optoelectronic interface for evoking neuronal activity in a blind retina V. Gautam*

1, D. Rand

2, Y. Hanein

2,

K.S. Narayan1,

1Jawaharlal Nehru

[O70] A novel biosensor for continuous in-line measurement of plasmin activity in milk H. Dacres*

1, J. Wang

1, A.R.

Anderson1, M. Gel

2, S.C.


2Loughborough University, UK,

3Institute for Sports Research,

Singapore

P. Xue*1, Y. Wu

1, K.M. Hui

2, Y.

Kang1,

1Nanyang Technological

University, Singapore, 2

National Cancer Center, Singapore

Centre for Advanced Scientific Research, India,

2Tel-Aviv University,

Israel

Trowell1,

1CSIRO Food Futures

National Research Flagship & CSIRO Ecosystem Sciences, Australia,

2CSIRO Food Futures National

Research Flagship & CSIRO Materials Science, Australia

14:40-15:00 [O62] A patch type non-enzymatic glucose sensor based on 3D micro-needle electrode array for continuous glucose monitoring systems S.J. Lee*

1, H.S. Yoon

1, Y.J. Lee

1, J.Y.

Park1, S.J. Paik

2, W. Shen

2, M.G.

Allen2 ,3

, 1Kwangwoon University,

Republic of Korea, 2

Georgia Institute of Technology, USA,

3University of

Pennsylvanica, USA

[O65] Aptamers for environmental biosensor applications B. Strehlitz*

1, R. Stoltenburg

1, C.

Reinemann1, V. Beni

2, C. Flores-de

Loo1, U. Freiin von

Fritsch1,

1Helmholtz Centre for

Environmental Research UFZ, Germany,

2Linkping University,

Sweden

[O68] Bioelectronic chip for negative dielectrophoresis assembly of living cells in ordered network S. Menad*, M. Robin-Frenea, N. Haddour, F. Buret, Universit de Lyon, France

[O71] The development of EzyAmp technology for isothermal detection of nucleic acid and proteins in point-of-care (POC) setting E.M. Linardy*

1 ,2, S.M. Erskine

2, T.

Lonergan2, E. Mokany

2, N.E. Lima

2,

A.V. Todd1 ,2

, 1The University of New

South Wales, Australia, 2

SpeeDx Pty Ltd, Australia

15:00-15:20 [O63] 3D plasmonic nanoelectrodes for intracellular investigations M. Di Palo, M. Malerba, E. Miele, L. Berdondini, F. De Angelis*, Istituto Italiano di Tecnologia, Italy

[O66] Multiplex assessment of CTX-II in serum and urine for osteoarthritis diagnosis by employing fluoro-microbead guiding chip Y.M. Park*, S.J. Kim, K. Kim, S.S. Yang, H.C. Yoon, Ajou university, Republic of Korea

[O69] Development of an electronic interface device to measure glycolytic metabolism of activated CD4+ T cells C.S. Palmer*

1, G. Kaltsas

2, J.M.

McCune3, S. Kintzios

4, S.M.

Crowe1 ,5

, 1Burnet Institute,

Australia, 2

Technological Educational Institute (T.E.I) of Athens, Greece,

3University of

California, San Francisco, USA,

4Agricultural University of Athens,

Greece, 5

Monash University, Australia,

6The Alfred hospital,

Australia

[O72] A highly sensitive and self-powered cholesterol biosensor A.N. Sekretaryova*, V. Beni, M. Eriksson, A.P.F. Turner, M.Y. Vagin, Linkping University, Sweden



16:20-18:00 Parallel Session 7A - Nanomaterials & Nanoanalytical systems Chair: Prof Tanya Monro Room: Main Meeting Room

Parallel Session 7B - Nucleic acid-based biosensors & Signal transduction Chair: J Yang Room: Meeting Room 217

Parallel Session 7C - Microfluidics Chair: Chao Wang Room: Meeting Room 218

Parallel Session 7D - Lab-on-a-chip & Cell-based biosensors Chair: Katharina Urmann Room: Meeting Room 219

16:20-16:40 [Inv5] Towards sensing based on the motion of enzyme-modified nanorods S. Gaspar*, A-I. Bunea, I-A. Pavel, S. David, International Centre of Biodynamics, Romania

[Inv6] Of sample preparation and biomarkers turning good biosensors into better molecular diagnostics T.T. Bachmann, University of Edinburgh, UK

[Inv7] Laminar flow for use in sensors and fabrication of optical components F.S. Ligler

1,

1North Carolina State

University, USA, 2

University of North Carolina at Chapel Hill, USA

[Inv8] LabTube - a novel centrifugal microfluidic lab-on-a-chip platform for operation in standard laboratory centrifuges F. von Stetten*

1, A. Kloke

1, A.R.

Fiebach1, L. Drechsel

1, J. Steigert

2,

M. Hoehl2, R. Zengerle

1, N.

Paust1,

1HSG-IMIT - Institut fr

Mikro- und Informationstechnik, Germany,

2Robert Bosch GmbH,

Corporate Research, Germany

16:40-17:00 [O73] Oligonucleotide optical switches-based complex nanostructures for sensing in cells S. Tombelli*

1, A. Giannetti

1, C.

Trono1, B. Adinolfi

1, M. Pellegrino

2,

P. Nieri2, G. Sotgiu

3, G. Varchi

3, F.

Baldini1,

1Istituto di Fisica Applicata,

Italy, 2

Universit di Pisa, Italy,

3Istituto per la Sintesi Organica e la

Fotoreattivit, Italy

[O77] Fiber-optic biosensing platform for real-time evaluation of chemotherapy efficacy in vivo: Implication of personalized chemotherpy K-C. Liao*, H-S. Chiu, S-Y. Fan, National Chung-Hsing University, Taiwan

[O81] Microfluidic optoelectronic sensor array for salivary diagnostics of stomach cancer Y. Zilberman, S.R. Sonkusale, Tufts University, USA

[O85] Microalgae lab-on-chip microbiosensor for environmental monitoring A. Tsopela*

1, A. Lale

1, A. Laborde

1,

P. Temple-Boyer1, I. Sguy

1, P.

Juneau2, R. Izquierdo

2, J.

Launay1,

1LAAS-CNRS, France,

2UQAM, Canada

17:00-17:20 [O74] Multicolor imaging of mammalian cell viability with a live-dead-assay using carbon dots M-M. Lemberger*, T. Hirsch, O.S. Wolfbeis, J. Wegener, University of Regensburg, Germany

[O78] Novel tools for protein phosphorylation analysis based on proton release detection N. Bhalla*, M. Di Lorenzo, G. Pula, P. Estrela, University of Bath, UK

[O82] Detection and quantification of biomarkers using droplet-based fluorescence polarization immunoassays (dFPIA) J.W. Choi

1, K.J. Kim

1, J. Kim

2, S.I.

Chang*1,

1Chungbuk National

University, Republic of Korea,

2Pohang University of Science and

[O86] Advanced electro-optical analytical platform for dynamic evaluation of cell-surface and cell-cell interactions M. Gheorghiu*, S.M. David, C. Polonschii, E. Gheorghiu, International Centre of Biodynamics, Romania


Technology, Republic of Korea

17:20-17:40 [O75] Diagnostic and theranostic devices based on porous silicon for chronic wound care N.H. Voelcker, Mawson Institute, University of South Australia, Australia

[O79] Electrical detection of biomolecules using newly proposed measurement principle of dynamic microcantilever sensors M.S. Chae*

1 ,2, Y.K. Yoo

1 ,3, H.J.

Kim1 ,2

, T.S. Kim1, T.G. Kim

2, J.H. Lee

3,

K.S. Hwang1,

1Korea Institute of

Science and Technology, Republic of Korea,

2Korea University, Republic of

Korea, 3

Kwangwoon University, Republic of Korea

[O83] Negative enrichment and analysis of rare cancer cells using microfluidics and imaging flow cytometry M. Winter*, L. Diguez, B. Thierry, University of South Australia, Australia

[O87] A rapid and sensitive assay for marine toxin detection by cardiomyocyte-and neuron-based biosensor Q. Wang*, L. Zou, N. Hu, J. Zhou, P. Wang, Zhejiang University, China

17:40-18:00 [O76] Enhanced fluorescent light scatter detection of cancer biomarkers using paper microfluidics C. Baynes*, T.S. Park, J.Y. Yoon, University of Arizona, USA

[O80] Glucose powered "Organic Engine" (chemo-mechanical device) with multi-enzymatic amplification for autonomous drug release system (artificial pancreas) M. Munkhjargal, R. Sato, H. Takagi, Y. Matsuura, K. Hatayama, T. Arakawa, K. Mitsubayashi*, Tokyo Medical and Dental University, Japan

[O84] An embedded microretroreflector-based microfluidic immunodiagnostic platform for sensitive pathogen detection B. Raja*

1, C. Pascente

1, D.

Shakarisaz1, J. Knoop

1, K. Kourentzi

1,

S. Kemper1, P. Ruchhoeft

1, J. Olano

2,

A. Hatch3, R.C. Willson

1,

1University

of Houston, USA, 2

University of Texas - Medical Branch, USA,

3Sandia National Laboratory, USA

[O88] Toxicity screening of wastewater samples using recombinant bioluminescent bacteria I. Bazin*

1, H.B. Seo

2, A. Ibn Hadj

Hassine1, C. Gonzalez

1, M. Bock

Gu2,

1Ecole des Mines d'Ales,

France, 2

Korea University, Republic of Korea

18:00-19:00 Poster Session 2

19:30 Gala Dinner (optional event - ticket required)

Friday, 30 May 2014

09:00-10:20 Plenary Session 3 Chair: Prof Frances Ligler Room: Main Meeting Room

09:00-09:40 [PL5] Droplet microfluidics: Towards ultra high-throughput biology A. deMello, Institute for Chemical and Bioengineering, Switzerland


09:40-10:20 [PL6] Biological sensing and processing of engineered particles F. Caruso, The University of Melbourne, Australia


11:00-12:40 Parallel Session 8A - Nanomaterials & Nanoanalytical systems Chair: Sang Jun Sim Room: Main Meeting Room

Parallel Session 8B - Commercial Biosensors, Manufacturing & Markets Chair: Dr Raeann Gifford Room: Meeting Room 217

Parallel Session 8C - Microfluidics Chair: Prof Yue Jiachang Room: Meeting Room 218

Parallel Session 8D - Enzyme-based biosensors & Lab-on-a-chip Chair: Cuong Cao Room: Meeting Room 219

11:00-11:20 [Inv9] Versatile metal nanoparticle-based bioassays for studying biomolecular interactions concerning protein, DNA, and small molecular drug X.D. Su*, L. Sutarlie, K.M.M. Aun, N. Li, Institute of Materials Research and Engineering, Agency for Science, Technology and Research (A*STAR), Singapore

[Inv10] Printed paper- and plastic-based electrochemical instruments for biosensors A.P.F. Turner*

1, V. Beni

1, R.

Gifford1 ,2

, P. Norberg2, P. Arven

2, D.

Nilsso2, J. hlin

2, S. Nordlinder

2, G.

Gustafsson2,

1Linkping University,

Sweden, 2

Acreo Swedish ICT AB, Sweden

[Inv11] A novel paper-based assay for simultaneous determination of Rh typing, forward, and reverse ABO blood group W. Laiwattanapaisal*, J. Noiphung, I. Hongwarittorrn, K. Talalak, Chulalongkorn University, Thailand

[Inv12] First human in vivo trial of continuous glucose monitoring based on direct electron transfer principle W. Tsugawa*

1, S. Sekimoto

2, Y.

Murase2, A. Yamamoto

2, Y.

Matsuura2, T. Inouchi

2, Y. Noda

2, K.

Shinozaki2, Y. Fujinawa

2, Y.

Kusaka2,

1Tokyo University of

Agriculture and Technology, Japan,

2Arkray Inc., Japan,

3Ultizyme

International Ltd., Japan

11:20-11:40 [O89] Biochemical applications of florescent noble metal nanoclusters J. Wang, C.Z. Huang*, Southwest University, China

[O93] Instrument-free paper microfluidic biosensensors using a mobile phone for potentiostatic control and electrochemiluminescence detection C.F. Hogan*, E.H. Doeven, J.L. Delaney, La Trobe University, Australia

[O97] Tuneable "Nano-Shearing": A physical mechanism to displace nonspecific cell adhesion during rare cell detection M.J.A. Shiddiky*, R. Vaidyanathan, S. Rauf, M. Trau, The University of Queensland, Australia

[O101] Scanning electrochemical microscopy with an integrated stretching device: Detection of ATP release in response to mechanical strain C. Kranz*, E. Hecht, C. Steinbach, G. Goltz, M. Frick, A. Liedert, A. Ignatius, University of Ulm, Germany

11:40-12:00 [O90] Nanostructured gold surfaces for sensitive biosensors D. Mercier

1, M. Ben Haddada

1, M.

[O94] Nanotechnology in diagnostics: Mind the gap to the clinic D.A.C. Thomson, S.R. Fry, M.A.

[O98] Digital bioassays for single exosome analysis and ultrasensitive quantification

[O102] Novel flexible enzyme laminate-based sensor for analysis of lactate in undiluted sweat


Huebner2, R. Niessner

2, D. Knopp

2,

C-M. Pradier1, A. Proust

1, M.

Salmain3, S. Boujday*

1,

1University

Pierre & Marie Curie, France,

2Technische Universitt Mnchen,

Germany, 3

ENSCP, France

Cooper*, The University of Queensland, Australia

D. Witters, D. Spasic, B. Puers, J. Lammertyn, E. Prez-Ruiz*, KU Leuven, Belgium

E. Tur-Garcia*1, H. Barr

2, J. Holmes

1,

F. Davis1, S.P.J. Higson

1,

1Cranfield

University, UK, 2

Gloucestershire Royal Hospital, UK

12:00-12:20 [O91] A novel light-addressable electronic nose using single-stranded DNA decorated carbon nanotubes as sensitive elements for odorant detection C.S. Wu*

1, L.P. Du

1, L. Zou

1, L.H.

Zhao1, L.Q. Huang

2, P.

Wang1,

1Zhejiang University, China,

2Monell Chemical Senses Center,

USA

[O95] From micro fluidics to lab on a chip technology - challenges and achievements S.J. Haswell, University of Hull, UK

[O99] Real-time, microfluidic measurement of maltose concentration using a continuously flowing optical biosensor N.C.H. Le*

1, M. Gel

1, Y. Zhu

1 ,2, H.

Dacres3, J. Wang

3, A. Anderson

3, S.

Trowell3,

1CSIRO Materials Science

and Engineering and CSIRO Food Futures Flagship, Australia,

2Melbourne Centre for

Nanofabrication, Australia, 3

CSIRO Ecosystem Sciences and CSIRO Food Futures Flagship, Australia

[O103] Ultrasensitive protein detection on electrospun TiO2 nanofibers integrated lab-on-a-disc V. Sunkara*, W.S. Lee, J-R. Han, Y-S. Park, Y-K. Cho, Ulsan National Institute of Science & Technology, Republic of Korea

12:20-12:40 [O92] Click polymer coating for high sensitive microarray analysis M. Chiari*

1, C. Zilio

1, A.

Bernardi2,

1National Reasearch

Council of Italy, Italy, 2

Universit degli studi di Milano, Italy

[O96] A bird's-eye view of biomolecules for current and next-generation glucose sensing K. Sode, Tokyo University of Agriculuture & Technology, Japan

[O100] Rapid development of centrifugal microfluidic assay automation by network-simulation based fluidic design I. Schwarz*

1, S. Zehnle

1, G. Czilwik

1,

T. Hutzenlaub1, F. von Stetten

1 ,2, D.

Mark1 ,2

, R. Zengerle1 ,2

, N. Paust

1 ,2,

1HSG-IMIT, Germany,

2University of Freiburg, Germany

[O104] Shape-memory vacuum modules with disposable biochips on handheld analyzers for multi-step microfluidic sample delivery W. Chung

1, W-H. Wang

1, K-W.

Chen1, C-H. Lee

1, C-C. Hong*

1, C-P.

Chen2,

1National Tsing Hua

University, Taiwan, 2

Mackay Memorial Hospital, Taiwan


14:00-15:20 Parallel Session 9A - Nanomaterials & Nanoanalytical systems Chair: Prof. E Gheorghiu Room: Main Meeting Room

Parallel Session 9B - Cell-based biosensors Chair: S.N. Syed Room: Meeting Room 217

Parallel Session 9C - Lab-on-a-chip Chair: Prof Edwin Jager Room: Meeting Room 218

Parallel Session 9D - Natural & synthetic receptors Chair: Dong-Ku Kang Room: Meeting Room 219


14:00-14:20 [Inv13] Plasmonics biosensors: From bulk to nanoscale architechtures and new functionalities A.V. Kabashin, CNRS -Aix-Marseille University, France

[O125] Novel flavin-binding fluorescent proteins for the in vivo analysis of biological processes T. Drepper*

1, J. Potzkei

1, C.

Rupprecht1, S. Endres

1, M. Wingen

1,

A. Heck1, T. Gensch

2, K-E.

Jaeger1,

1Heinrich-Heine University

Duesseldorf, Germany,

2Forschungszentrum Juelich,

Germany

[Inv14] Integration of CMOS chips into LOCs for cell-based sensing T. Datta-Chaudhuri*

1, N. Halonen

2,

A. Hassinen2, P. Mller

3, S.

Kellokumpu2, A. Lloyd-Spetz

2 ,3, E.

Smela1,

1University of Maryland,

USA, 2

University of Oulu, Finland,

3Linkping University, Sweden

[Inv15] Electrochemical molecularly imprinted polymers for monitoring of polycyclic aromatic hydrocarbons in water D. Udomsap*

1, C. Branger

1, P.

Dollet2, G. Culioli

1, H.

Brisset1,

1University of Toulon,

France, 2

Socit Canal de Provence, France

14:20-14:40 [O105] Surface activation of CNT webs towards layer by layer assembly of biosensors M.M. Musameh*, M. Hickey, C. Huynh, I.L. Kyratzis, Commonwealth Scientific and Industrial Research Organisation (CSIRO), Australia

[O108] Single mouse embryo-coupled gate semiconductor for elective single embryo transfer T. Sakata*, A. Saito, The University of Tokyo, Japan

[O111] On-chip micro-RNA extraction from human tumor cells suitable for expression analysis S.H. Hakenberg*, K.G. Gerrer, H.H. Hubbe, T.U. Uzunova-Kluge, G.D. Dame, G.A.U. Urban, University of Freiburg, Germany

[O114] Selective cell detection at trace levels using a progressive enrichment approach with highly selective cell-binding surface-imprinted polymer layers K. Bers*, K. Eersels, B. van Grinsven, M. Peeters, P. Losada-Prez, P. Wagner, UHasselt, Belgium

14:40-15:00 [O106] Nanopore biosensors for label-free, real time detection of DNA single molecules Q. Zhao*, Z.P. Tang, D.P. Yu, Peking University, China

[O109] A generic microfluidic biosensor of G protein-coupled receptor activation: Monitoring cytoplasmic [Ca

2+] changes in human HEK293

cell arrays M. Roelse, E.X. Vrouwe, N.C.A. de Ruijter, M.A. Jongsma*, Wageningen University and Research Center, The Netherlands

[O112] Rapid, single-step, droplet-based bacterial assay platform on a nanofibrous substrate A.M. Nicolini*, C.F. Fronczek, J.Y. Yoon, University of Arizona, USA

[O115] Quantitative monitoring of 2-oxoglutarate in cells by genetically-encoded biosensors C. Zhang, B.C. Ye*, East China University of Science and Technology, China

15;00-15:20 [O107] Nanochannel array devices for sensitive label-free immunodetection of cancer biomarkers A. de la Escosura-Muiz*

1, M.

[O110] Combined electrochemical and fluorescence imaging of neural cells based on LAPS and SPIM J. Wang*, M. Watkinson, G. Sukhorukov, J. Priestley, M. Baker,

[O113] Endocrine biomarker detection platform using a Quantum Dot (QD) Optoelectronic assay integrated in a micro-fluidic chip D. Montana

1, C.R. Wong

1, A.H. Chi

1,

[O116] Enhanced DNA aptamer and aptazyme recognition potency by sequence-based structural design L.C. Chen, National Taiwan University, Taiwan


Espinoza-Castaeda1, A.

Chamorro1 ,2

, C. de Torres2, A.

Merkoi1 ,3

, 1ICN2 - Institut Catala

de Nanociencia i Nanotecnologia, Spain,

2Hospital Sant Joan de Deu,

Spain, 3

ICREA - Institucio Catalana de Recerca i Estudis Avanats, Spain

K. Krause, University of London, UK K.W. Whitaker2, K.B. McDowell

2,

M.G. Bawendi1, N.M.

Elman*1,

1MIT, USA,

2ARL, USA


16:20-17:20 Parallel Session 10A - Nanomaterials & Nanoanalytical systems Chair: Dr Weian Zhao Room: Main Meeting Room

Parallel Session 10B - Organism and whole-cell biosensors Chair: L Tang Room: Meeting Room 217

Parallel Session 10C - Lab-on-a-chip & whole-cell biosensors Chair: Prof Aleksandr Simonian Room: Meeting Room 218

Parallel Session 10D - Natural & synthetic receptors Chair: Prof Ashutosh Tiwari Room: Meeting Room 219

16:20-16:40 [Inv16] Electrochemiluminescence immunosensors based on nanomaterials for HepG2 cell detection L. Wang, S. Ma, D. Liu, X. Wang, S. Liu, X. Han*, Harbin Institute of Technology, China

[Inv17] Impedance spectroscopy studies analyzing migration and chemosensitivity of malignant melanoma tissue samples A. Mewes*, S. Poenick, H-G. Jahnke, J. Maschke, M. Kendler, J.C. Simon, A.A. Robitzki, University of Leipzig, Germany

[Inv18] Integrated droplet microfluidic platform for nucleic acids amplification test of Chlamydia trachomatis infection D.J. Shin, L. Chen, P. Athamanolap, T.H. Wang*, Johns Hopkins University, USA

[Inv19] New frontiers in molecular imprinting: Towards synthetic receptors for proteins B. Mizaikoff*, B. Pluhar, S. Eppler, M. Dinc, S. Zink, University of Ulm, Germany

16:40-17:00 [O117] Fluorescence switching of biomolecules grafted on mixed polymer brushes N. Akkilic*, W.M. de Vos, University of Twente, The Netherlands

[O119] Microarray based on E. coli cells with autodisplayed proteins for medical diagnosis of autoimmune diseases G. Yoo

1, J.H. Bong

1, S.Y. KIM

1, J.

Jose2, J.C. Pyun*

1,

1Yonsei Univ,

Republic of Korea, 2

Muenster Univ, Germany

[O121] Bioelectronic nanofibre scaffolds for tissue engineering and whole-cell biosensors A. Gelmi, M. Ljunggren, M. Rafat, E.W.H. Jager*, Linkping University, Sweden

[O123] A fiber-optic fluorescence sensor based on molecularly imprinted nanocomposites polymerized in-situ K. Haupt*

1, X.A. Ton

1, B. Tse Sum

Bui1, M. Resmini

3, P. Bonomi

3, I.

Dika1, O. Soppera

1,

1Compigne

University of Technology, France,

2Universit du Haut Alsace, France,

3Queen Mary University of London,

UK


17:00-17:20 [O118] Use of planar coils as electrodes to follow changes of complex impedance upon target binding to Molecularly Imprinted Polymers K. Fogel, C. Johansson, A. Krozer, C. Rusu*, Acreo Swedish ICT, Sweden

[O120] Impedance spectroscopy based label-free monitoring of neurodegenerative processes in 2D and 3D tauopathy in vitro models H-G. Jahnke*, D. Krinke, A. Braesigk, D. Seidel, A.A. Robitzki, University of Leipzig, Germany

[O122] A novel immunotoxin biosensor for high content pharmacokinetic screening in real-time A.A. Robitzki*

1, S. Poenick

1, H-G.

Jahnke1, M. Eichler

1, H. Lilie

2, S.

Frost2,

1University of Leipzig,

Germany, 2

Martin-Luther-University Halle-Wittenberg, Germany

[O124] Surface acoustic wave biosensor as a functional-quality method in pharmaceutics N. Bracke*, E. Wynendaele, B. Gevaert, B. De Spiegeleer, Ghent University, Belgium

17:20-17:30 Closing Session and Poster Award Ceremony Prof Frances Ligler, Justin Gooding and Anthony Turner

bios 2014 oral programme _2

Documents

korea university

university of texas

university of california

sungkyungkwan university

university of edinburgh

prof arben merkoci room

prof koji sode room

prof loc blum room