oral programme - elsevier · pdf fileoral programme tuesday, 24 may 2016 ... d. verschueren1,...

Oral Programme

Tuesday, 24 May 2016

Room J1

08:30-17:30 Biosensors 2016 Summer School on Mobile Diagnostics Chair: Daniel Filippini, Linköping University, Sweden and Michael Peolsson, New Tools for Health, Sweden

Room Congress foyer

17:00-19:00 Registration and Welcome Reception Sponsored by City of Gothenburg

Wednesday, 25 May 2016

Room Congress foyer

07:00-08:40 Registration

Room Auditorium K

08:40-09:00 Welcome and Introduction to the Congress Anthony Turner, Linköping University, Sweden & Congress Committee

09:00-10:20 Plenary Session 1

Chair Frances Ligler, North Carolina State University, USA

09:00-09:40 [PL1] Mobile imaging, sensing and diagnostics Aydogan Ozcan, UCLA, USA

09:40-10:20 [PL2] Optofluidic characterization of biological nanoparticles with deterministic sorting capacity Fredrik Höök, Chalmers University of Technology, Sweden

Room Hall H/Congress Foyer

10:20-11:00 Refreshments and Poster Session 1

Room Auditorium K G3 H1 G4

11:00-12:45 Stream 1A- Lab-on-a-chip, microfluidics and µTAS

Stream 2A- DNA chips & nucleic acid sensors

Stream 3A- Biocomputing & electronic noses

Stream 4A- Commercial biosensors & manufacturing

Chair Man Bock Gu, Korea University, Republic of Korea

Anja Boisen, Technical University of Denmark, Denmark

Arben Merkoci, Catalan Institute of Nanotechnology, Spain

Koji Sode, Tokyo University of Agriculture & Technology, Japan

11:00-11:30

[K1] Investigations of ring nanoelectrodes integrated into microwell arrays for the analysis of isolated mitochondria at the microscale F. Sekli Belaïdi

1, G. Lemercier

1, V.S.R.

[K2] Plasmonic nanopores for single molecule investigation F. Nicoli

1, D. Verschueren

1, S. Pud

1,

M. Belkin2, C. Plesa

1, M. Klein

1, S.H.

Chao2, A. Aksimentiev

2, C. Dekker

1,

M.P. Jonsson*3,1

, 1Delft University of

[K3] Biocomputing based on particle disassembly for biosensing and theranostics M.P. Nikitin

1,2, 1Moscow Institute of

Physics and Technology, 2Russian

Academy of Sciences, Russia

[K4] From paper to nanopaper-based biosensors. Current challenges and future perspectives A. Merkoçi

1,2, 1Catalan Institute of

Nanoscience and Nanotechnology (ICN2), CSIC and The Barcelona

Vajrala2, D. Zigah

2, N. Sojic

2, J.

Launay1, P. Temple-Boyer*

1, S.

Arbault2

, 1

Université de Toulouse, France,

2Université Bordeaux CNRS

UMR 5255, France

Technology, The Netherlands, 2University of Illinios at Urbana-

Champaign, USA, 3Linköping

University, Sweden

Institute of Science and Technology, Spain,

2ICREA - Institucio Catalana de

Recerca i Estudis Avançats, Spain

11:30-11:45

[O1] Fast pesticide detection inside microfluidics with integrated pH, oxygen and fluorescence sensors B. Tahirbegi*

1, J. Ehrgartner

2, P.

Sulzer2, S. Zieger

2, A. Kasjanow

1, M.

Paradiso1, D. Bouwes

1, T. Mayr

2

1iX-factory GmbH, Germany,

2Graz

University of Technology, Austria

[O6] SERS-active metal-dielectric nanostructures integrated in microfluidic devices for ultra-sensitive label-free miRNA detection A. Chiadò*, C. Novara, P. Rivolo, A. Lamberti, F. Geobaldo, F. Giorgis Politecnico di Torino, Italy

[O11] Parallel biocomputational devices based on molecular motors in nanochannels F. Lindberg*

1, T. Korten

2, M. Lard

1,

M.A. Rahman3, F. van Delft

6, A.

Månsson3, S. Diez

2, D.V. Nicolau Jr

4,

D.V. Nicolau5, H. Linke

1 et al,

1Lund

University, Sweden, 2Technische

Universität Dresden, Germany, 3Linnaeus University, Sweden,

4Molecular Sense, UK,

5McGill

University, Canada, 6Philips Research

(MiPlaza) and Philips Innovation Services, The Netherlands

[O16] Biocompatible hermetic encapsulation for implantable miniaturized biomedical sensor system C. Jorsch*, M. Guenther, G. Gerlach TU Dresden, Sild-State Electronics Laboratory, Germany

11:45-12:00

[O2] A nanofluidic device for the fluorescence-based study of small biological vesicles R. Friedrich, M. Alizadehheidari, S. Block, E. Esbjörner-Winteres, F. Westerlund, M. Bally*, Chalmers University of Technology, Sweden

[O7] Target-induced and equipment-free isothermal DNA amplification on a simple paper device M. Liu, C. Hui, Q. Zhang, J. Gu, B. Kannan, S. Jahanshahi-Anbuhi, C. Filipe, J.D. Brennan*, Y. Li, McMaster University, Canada

[O12] Rapid, portable, multiplexed bioelectronic nose and tongue for the assessment of food quality M. Son*

1, D. Kim

1, S. Hong

1, T.H.

Park1,

2, 1Seoul National University, Republic of Korea,

2Advanced

Institutes of Convergence Technology, Republic of Korea

[O17] Biomimetic material integrated in a conductive polymer powered by a dye-densitized solar cell C. Hora*

1,2, A.P.M. Tavares

1, A.

Mendes2, M.G.F. Sales1,

1Polytechnic Institute of Porto, Portugal,

2Porto University, Portugal

12:00-12:15

[O3] Lab-on-a-chip device for toxic algal detection in marine environments J. Orozco

1, S. Geidel

2, E. Villa

1, L.

Medlin1, D. Guillebault

1, J. Nestler

2,

C-L. Manes*1

, 1Microbia

Environnement, France, 2BiFlow

Systems GmbH, Germany

[O8] Digital detection and discrimination of nucleic acids with interference reflectance imaging D. Sevenler*

1, G. Rigamonti

2, S.

Scherr1, M.S. Unlu1, 1Boston

University, USA, 2University of Pavia,

Italy

[O13] Human odorant binding proteins hybrid with nanopores for olfactory sensing Y. Lu*, D. Ji, D. Zhang, Q. Zhang, G. Xu, Q. Liu, Zhejiang University, China

[O18] Integrating microfluidics for dynamic analysis and multiplexed electrochemical sensing A. Fernández la Villa

1, D. Pozo-

Ayuso1, M.T. Fernández-Abedul

1,2, M.

Castaño-Álvarez*1

, 1MicruX

Technologies, Spain, 2Universidad de

Oviedo, Spain

12:15-12:30

[O4] Multiplexed label-free biosensing in microfluidic devices S. Chirvi, D.P. Dave*, University of Texas, USA

[O9] Mass transfer and sensitivity of biosensors based on nanoparticle arrays N.S. Lynn*, B. Špacková, H. Šípová, J. Slabý, J. Homola, Institute of Photonics and Electronics, Czech Republic

[O14] Automated flow measurement for cell-based odor sensing system Y. Sukekawa*

1, T. Mujiono

1, T.

Nakamoto1, H. Mitsuno

2, Y.

Nakajima2, R. Kanzaki

2, N. Misawa

3

1Tokyo Institute of Technology,

Japan, 2The University of Tokyo,

Japan, 3Toyohashi University of

Technology, Japan

[O19] SEEC Microscopy: An innovative label-free bio-sensing technique N. Medard, Nanolane, France

12:30-12:45

[O5] Optical bead manipulation on a digital microfluidic chip for screening biomolecular interactions D. Decrop*, P. Tewari, R. Puers, J. Lammertyn, KU Leuven, Belgium

[O10] Multiplexed on-chip isothermal nucleic acid amplification on flow-based chemluminescence microarrays M. Seidel*, C. Kober, A. Kunze, R. Niessner, Technical University of Munich, Germany

[O15] Field detection of campylobacter using the farm monitor electronic nose T.D. Gibson*, S. Curtis, RoboScientific Ltd, UK

[O20] Epitope binning as an early-stage screening technique for the discovery of therapeutic antibodies A. van der Kooi*

1, P.N. van der

Velde1, R.B.M. Schasfoort

2

1IBIS Technologies, The Netherlands,

2University of Twente, The

Netherlands


12:45-14:00 Lunch and Poster Session 1

Room H1

13:00-14:00 Sponsored Workshop by Biolin Scientific Title: Improve your understanding of biomolecule-Surface interactions in real-time with nanometer precision Erik Nilebäck


14:00-15:15 Stream 1B- Lab-on-a-chip, microfluidics, µTAS & immunosensors

Stream 2B- DNA chips & nucleic acid sensors

Stream 3B- Enzyme biosensors & biological fuel cells

Stream 4B- Manufacturing & commercial biosensors

Chair Pierre Temple-Boyer, LAAS-CNRS, France

Fredrik Höök, Chalmers University, Sweden

M.C.Morris, IBMM-UMR5247, France

Dr. Heiner Linke, Lund University, Sweden

14:00-14:30

[K5] Focal molography: Direct monitoring of noncovalent biospecific interactions between unlabeled biomolecules in real time V. Gatterdam*

1, C. Fattinger

2, A.

Drechsler3, M. Glauser

3, N.

Milicevic3, K-P. Stengele

4, T.

Luebbers2, D. Heindl

4, J. Voeroes

1

1ETH Zürich, Switzerland,

2Roche

Pharma Research and Early Development; Basel, Switzerland, 3Roche Diagnostics International AG;

Rotkreuz, Switzerland, 4Roche

Diagnostics GmbH; Penzberg, Germany

[K6] Watching single molecules in action - turning an optical microscope into a single molecule biosensor for drug discovery applications A. Gunnarsson*

1, T. Kaminski

1, F.

Höök2, S. Geschwindner

1 ,

1AstraZeneca R&D, Sweden,

2Chalmers University of Technology,

Sweden

[K7] Engineered bioluminescent sensor proteins for point-of-care diagnostics R. Griss*, A. Schena, K. Johnsson Ecole Polytechniqe Fédérale de Lausanne, Switzerland

[K8] Adding biomolecular recognition capability to 3D printed objects: 4D printing C.A. Mandon, L.J. Blum, C.A. Marquette*, Université Lyon 1 - CNRS 5246 ICBMS, France

14:30-14:45

[O21] A comprehensive investigation of copper binding properties of metformin using on-disc magnetic microbead agglomeration with real-time analysis R. Uddin*, X. Quan, M. Donolato, R. Burger, A. Boisen, Technical University of Denmark, Denmark

[O24] Label-free detection of DNA hybridization using capacitive interdigitated electrodes L. Wang, L. Yang, M. Veselinovic, Y. Obeidat, B. Geiss, T. Chen, D.S. Dandy* , Colorado State University, USA

[O27] Development of direct biomass fuel cells using electrocatalytic and photocatalytic nanomaterial-functionalized anodes J. Mazumder*

1, H. Yoshikawa

1,2, E.

Tamiya1

, 1Osaka University, Japan,

2JST, CREST, Japan

[O30] From target engagement to binding kinetics to single-molecule observations: Past, current and projected impact of optical biosensors on small-molecule drug discovery S. Geschwindner, AstraZeneca R&D Gothenburg, Sweden

14:45-15:00

[O22] Design of a SELEX-chip for aptamer selection G. Petrucci

1, F. Costantini*

1, M. De

Rosa2, L. Tedeschi

3, C. Domenici

3, G.

de Cesare1, A. Nascetti

1, D. Caputo

1

1University of Rome Sapienza, Italy,

2Carleton University, Canada,

3Council National Research, Italy

[O25] Assured biosensors for molecular diagnostics O. Mayboroda*

1, A.G. Benito

1, J.S.

del Rio1, M. Svobodova

1, C.

O’Sullivan1,2

, I. Katakis1

, 1Universitat

Rovita i Virgili, Spain, 2ICREA, Spain

[O28] Electrochemical communication between photosynthetic membranes/cells and electrodes for harvesting solar energy L. Gorton*

1, K. Hasan

1, G.

Pankratova1, E. Sperling

1, D. Leech

2,

P. ÓConghaile2, M.A. Packer

3

1Lund University, Sweden,

2National

University of Ireland Galway, Ireland, 3Cawthron Institute, New Zealand

[O31] Highly sensitive graphene-based biosensor chips Y.V. Stebunov*

1, O.A. Aftenieva

1, A.V.

Arsenin1, V.S. Volkov

1,2

1Moscow Institute of Physics and

Technology, Russia, 2University of

Southern Denmark, Denmark

15:00-15:15

[O23] A microfluidic device for long-term surface plasmon resonance imaging of live cells S.J. Deng*, X.L. Yu, P. Wang Tsinghua University, China

[O26] Co-employment of fluorescent nanoparticles and nuclease enzymes for ultrasensitive nucleic acid detection P.D. Howes*, E. Kim, Y. Wang, M. Levin, M.M. Stevens, Imperial College London, UK

[O29] Development of Autonomous Electrochemical Biosensors - The Symbiotic Project L. Brandão*, M.G. Sales, M.H.M. Sá, N. Ferreira, L. Carneiro, Instituto Superior de Engenharia do Porto (ISEP), Portugal

[O32] Ultra-low-light CMOS biosensor complements microfluidics to achieve portable diagnostics Z. Ding, Anitoa Systems, USA




16:00-17:30 Stream 1 C- Lab-on-a-chip, microfluidics, µTAS & immunosensors

Stream 2C- DNA chips, nucleic acid sensors & nanomaterials

Stream 3C- Biological fuel cells, whole cell & enzyme biosensors

Stream 4C- Printed biosensors & personal health

Chair Volker Gatterdam, ETH Zürich, Switzerland

Anders Gunnarsson, AstraZeneca R&D, Sweden

Lanqun Mao, Chinese Academy of Science, China

Christophe A. Marquette, Université Lyon 1 - CNRS 5246 ICBMS, France

16:00-16:30

[K9] Towards single molecule biosensors using super-resolution microscopy X. Lu, X.Y. Cheng, T. Tabarin, P. Nicovich, K. Gaus, J.J. Gooding*, The University of New South Wales, Australia

[K10] Individual, free-standing III-V nanowires for biosensing with optical read-out D. Verardo*

1, F. Lindberg

1, A.P.

Dabkowska1, N. Anttu

1, C.S. Niman

1,

M. Lard1, T. Nylander

1, C.N. Prinz

1, A.

Månsson2, H. Linke

1 et al,

1Lund

University, Sweden, 2Linnaeus

University, Sweden

[K11] Scaling up bioelectronic monitoring devices for high content screening on complex neuropathology models A.A. Robitzki*, H.G. Jahnke, D. Krinke, D. Seidel, Centre of Biomedicine and Biotechnology, Germany

[K12] Functional microparticles - "LEGO" for printable bioelectronics R. Wannapob, M. Vagin, Y. Liu, A.P.F. Turner, W.C. Mak*, Linköping University, Sweden

16:30-16:45

[O33] Digital ELISA for the ultrasensitive quantification of Tau protein as Alzheimer’s disease biomarker E. Pérez Ruiz*

1, D. Decrop

1, A. De

Vos2, E. Vanmechelen

2, D. Spasic

1, J.

Winderickx1, J. Lammertyn

1 ,

1KU

Leuven, Belgium, 2ADx

NeuroSciences NV, Belgium

[O37] A rapid test for universal and instrument-free detection of PCR products P. Valentini*, P.P. Pompa, Istituto Italiano di Tecnologia (IIT), Italy

[O41] Miniature enzymatic fuel cells for self powered healthcare sensors M. Di Lorenzo, University of Bath, UK

[O45] A self-powered, stand alone, autonomous, wireless real time glucose sensing system I. Lee*

1, W. Tsugawa

2,3, N. Loew

3, T.

Sode4, K. Sode

2,3 ,

1Tokyo University

of Agriculture and Technology, Japan,

2Tokyo University of

Agriculture and Technology, Japan, 3Tokyo University of Agriculture and

Technology, Japan, 4Ultizyme

International Ltd., Japan

16:45-17:00

[O34] Paper-based and traditional microfluidic electrode arrays -from biosensor to electronic tongue applications E.K. Witkowska Nery*

1,2, L.T.

Kubota1, M. Jönsson-Niedziółka

1

1UNICAMP, Brazil,

2IPC PAS, Poland

[O38] A modular, DNA-based "beacon" for the single-step fluorescent measurement of antibodies and other proteins S. Ranallo*

1, M. Rossetti

1, K.W.

Plaxco2, A. Valle-Belisle

3, G.

Palleschi1, F. Ricci

1 ,

1University of

Rome Tor Vergata, Italy, 2University

of California Santa Barbara, USA, 3Université de Montréal, Canada

[O42] Metabolomics on integrated circuit B.C. Cheah*, A.I. Macdonald, M.P. Barrett, D.R.S. Cumming, University of Glasgow, UK

[O46] A wireless (BLE) mouthguard-biosensor with dental materials for real-time measurement of saliva glucose in oral cavity T. Arakawa*

1, T. Kuroki

1, H. Nitta

1, K.

Toma1, S. Sawada

2, S. Takeuchi

1, T.

Sekita1, K. Akiyoshi

2, S. Minakuchi

1,

K. Mitsubayashi1

, 1Tokyo Medical

and Dental University, Japan, 2Kyoto

University, Japan

17:00-17:15

[O34] Electrochemical protein cleavage in a microfluidic cell for proteomics studies F.T.G. van den Brink*

1, T. Zhang

2, L.

Ma1, M. Odijk

1, W. Olthuis

1, H.P.

Permentier2, R.P.H. Bischoff

2, A. van

den Berg1

, 1University of Twente,

The Netherlands, 2University of

Groningen, The Netherlands

[O39] Label-free approaches in bio-molecular studies and diagnostics S.J. Sim, S. Song*, Korea University, Republic of Korea

[O43] In vivo detection of protease activity using porous silicon microsensors B. Gupta*, D. Wakefield, N.D. Girolamo, K. Gaus, P.J. Reece, J.J. Gooding, UNSW Australia, Australia

[O47] Multifunctional microgels for direct, multiplexed and high sensitive detection E. Battista*

1, F. Causa

2, A.M.

Cusano1, C. Di Natale

1, P.L.

Scognamiglio1,2

, A. Mazzarotta1,2

, G. Celetti

1, C. Cosenza

1, A. Aliberti

1, P.A.

Netti1,2

et al, 1Istituto Italiano di

Tecnologia (IIT), Italy, 2University

‘‘Federico II’’, Italy

17:15-17:30

[O36] Design-to-order paper pumps for microfluidic devices B.M. Cummins, R. Chinthapatia, B. Lenin, F.S. Ligler*, G.M. Walker, University of North Carolina at Chapel Hill and North Carolina State University, USA

[O40] Temperature-dependent biomolecular analyses with planar electrochemical microdevices Z. Shen

1, S.M. Robinson

1, H.O.

Sintim1, N.M. Contento

2, S.

Semancik*2

, 1University of

Maryland, USA, 2National Institute

of Standards and Technology, USA

[O44] A low-cost test strip for measuring arsenic levels in drinking water using disposable thin-film electrodes and recombinant arsenite oxidase C.J. Johnson*

1, M. Murugesan

2, T.H.

Osborne3, J.M. Santini

3, A.E.G. Cass

1

1Imperial College London, UK,

2BioNano Consulting, UK,

3University

College London, UK

[O48] Flexible sensors for a continuous monitoring of chronic wounds N. Calisi, B. Melai, C. Paoletti, P. Salvo*, A. Pucci, V. Mollica, A. Ceccarini, A. Paolicchi, S. Bianchi, V. Castelvetro, R. Fuoco, F. Di Francesco et al, Università di Pisa, Italy


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

Thursday, 26 May 2016

Room Auditorium K


Chair Xian-En Zhang, Institute of Biophysics, China

08:30-09:10 [PL3] Bringing intelligence to smart health Euan Thomson, Samsung Strategy & Innovation Center, USA

09:10-09:50 [PL4] Biosensors and biogenerators for In-vivo analysis Lanqun Mao, Institute of Chemistry, Chinese Academy of Sciences, China




10:30-12:20 Stream 1D- Lab-on-a-chip, microfluidics and µTAS

Stream 2D- Nucleic acid sensors & nanomaterials

Stream 3D- Enzyme biosensors

Stream 4D- Personal health & mobile diagnostics

Chair Magnus P. Jonsson, Linköping University, Sweden

H.D.Gliddon, Imperial College London, UK

Rudolf Griss, Lucentix SA, Switzerland

Dr. Mario Birkholz, IHP GmbH, Germany

10:30-10:50

[Inv1] Towards microwave sensing of single cells C.J. Watts*, S.M. Hanham, N. Klein Imperial College London, UK

[Inv2] Anthraquinone labelled DNA for direct detection and discrimination of closely related DNA targets S.A. Goodchild*

1, R. Gao

2, A.J.S.

McIntosh3, D.P. Shenton

1, T. Brown

4,

P.N. Bartlett2

, 1Defence Science and

Technology Laboratory, UK, 2University of Southampton, UK,

3Imperial College London, UK,

4University of Oxford, UK

[Inv3] Sensor-regulated organic electronics – in vitro, ex vivo, and beyond P. Kjäll

1, A. Jonsson

2, S. Inal*

3, I.

Uguz3, A. Williamson

4, L. Kergoat

2,3,

J. Rivnay3, G. Malliaras

3, C. Bernard

4,

M. Berggren2, D.T. Simon

1 ,

1Acreo

Swedish ICT AB, Sweden, 2Linköping

University, Sweden, 3Ecole Nationale

Supérieure des Mines, France, 4INSERM, Aix Marseille Université,

France

[Inv4] Enabling mobile health A.P.F. Turner, Linköping University, Sweden

10:50-11:05

[O49] Integrated optoelectronic system for biomolecular analysis based on thin film technologies G. Petrucci*, N. Lovecchio, F. Costantini, A. Nascetti, G. de Cesare, D. Caputo, University of Rome Sapienza, Italy

[O55] PCR-ready chip for multiplex miRNA profiling S. Jung*, J. Kim, E.H. Oh, S.K. Kim Korea Institute of Science and Technology, Republic of Korea

[O61] Amperometric enzyme-based biosensors: refined bioanalytical tools for in vivo biomonitoring C.A. Cordeiro*

1,2, G. Flik

1, T.I.F.H.

Cremers1,2

, B.H.C. Westerink1,2

1University of Groningen, ,

2Brains

On-Line, The Netherlands

[O67] Preparation of nanoscale acupuncture needle and its application in detecting neurotransmitters in vivo L. Tang, Y. Li, Y. Ning, G.J. Zhang* Hubei University of Chinese Medicine, China

11:05-11:20

[O50] Multipurpose lab on chip - From medical diagnostics to food and environmental monitoring E. Primiceri, M.S. Chiriacò, G. Maruccio*, CNR-Institute of Nanotechnology, Italy

[O56] Shear horizontal surface acoustic wave biosensor for detection of Escherichia coli S.T. Ten

1 ,2, U. Hashim

2, A.N.

Nordin*3, S.C.B. Gopinath

2, W.W.

Liu2, C.H. Voon

2, K.L. Foo

2, S.T. Sam

2,

S.F.A. Rahman2,

1Malaysian

Agricultural Research And Development Institute, Malaysia,

2Universiti Malaysia Perlis, Malaysia,

3International Islamic University

Malaysia, Malaysia

[O62] Polymer-enzyme interaction analysis for the construction of enzyme electrodes D. Sarauli

1,2, G. Göbel

1, D.

Fattakhova-Rohlfing2, F. Lisdat*

1

1Technical University Wildau,

Germany, 2University Munich (LMU),

Germany

[O68] An introduction to battery-less enzymatic-amperometric glucose sensors based on near field communication (NFC) technology C. Matoschitz*, R. Lurf, M. Meindl, M. Beisteiner, M. Bammer, AIT Austrian Institute of Technology GmbH, Austria

11:20-11:35

[O51] In-situ detection of microcystin in a pre-lysed freshwater sample using an integrated centrifugal microfluidics platform I. Maguire*, J. Fitzgerald, B. Heery, C. Murphy, C. Nwankire, R. O'Kennedy,

[O57] Optimizing biosensors labels components and discrimination efficiency using SEIRA methodology A. Hornemann*

1, D. Eichert

2, S.

Flemig3, G. Ulm

1, B. Beckhoff

1

1Physikalisch-Technische

Bundesanstalt, Germany, 2Elettra-

[O63] A fluorescent biosensor for highly specific neutrophil elastase detection G. Faccio*, C. Schulenburg, D. Jankowska, K. Maniura-Weber, M. Richter, Empa, Switzerland

[O69] Android voltammetry C.F. Hogan*, D. Elton, S.W. Loke, K. Bano, La Trobe University, Australia

J. Ducrée, F. Regan Dublin City University, Ireland

Sincrotrone Trieste, Italy, 3BAM

Bundesanstalt für Materialforschung und -prüfung, Germany

11:35-11:50

[O52] Development of a microfluidic sedimentation system for separation of plasma utilizing the Boycott effect C. Kuroda*

1, Y. Ohki

1, H. Ashiba

2, M.

Fujimaki2, K. Awazu

2, T. Shimizu

3, T.

Tanaka3, M. Makishima

3 ,

1Waseda

University, Japan, 2National Institute

of Advanced Industrial Science and Technology, Japan,

3Nihon

University, Japan

[O58] Magnetic nanocomposites for rapid biosensing in complex food matrices A. Nistler*

1, M. Sandhu

1, R.

Dietrich2, E. Märtlbauer

2, R.

Niessner1, M. Seidel

1 ,

1TU Munich,

Germany, 2LMU Munich, Germany

[O64] Infrared spectroscopic and electrochemical approaches for the study of the reaction mechanism of membrane proteins from the respiratory chain immobilized on nano structures F. Melin, T. Meyer, S. Kriegel, P. Hellwig*, University of Strasbourg, France

[O70] Smartphone-based electrochemical impedance detector with graphene modified electrodes for volatile organic compounds D. Zhang*, L. Liu, Q. Zhang, G. Xu, S. Li, Y. Lu, Q. Liu, Zhejiang University, China

11:50-12:05

[O53] Embedding arrays of nanopore biosensors within microfluidic devices R. Tahvildari, E. Beamish, V. Tabard-Cossa, M. Godin*, University of Ottawa, Canada

[O59] Stimuli-encoded graphene interfaces for switchable bioelectronics A. Tiwari

1 ,

1Biosensors and

Bioelectronics Centre, IFM, Linköping University, Sweden,

2Tekidag AB,

UCS, Sweden

[O65] Optical sensor for single-port in-vivo glucose sensing with simultaneous insulin infusion M. Hajnsek*

1, M. Rumpler

1, F.

Sinner1,2

, T.R. Pieber1,2

, 1Joanneum

Research, Austria, 2Medical

University of Graz, Austria

[O71] Diagnostic technologies for biosurveillance of febrile illness in the developing world S.P. Mulvaney*

1, R. Ansumana

2, L.A.

Fitzgerald1, L.J. Hamdan

1,3, J. Lamin

2,

U. Bangura2, T. Leski

1, C. Taitt

1, K.H.

Jacobsen3, D. Stenger

1 ,

1Naval

Research Laboratory, USA, 2Mercy

Hospital Research Laboratory, Sierra Leone,

3George Mason University,

USA

12:05-12:20

[O54] Bioelectrochemistry on digital microfluidics M.H. Shamsi*

1,3, K. Choi

2,3, A.H.C.

Ng3, Y. Yu

3, D.G. Rackus

3, M.D.

Dryden3, M.D. Chamberlain

3, A.R.

Wheeler3

, 1Southern Illinois

University Carbondale, USA, 2Korea

Research Institute of Standards and Science, Republic of Korea, 3University of Toronto, Canada

[O60] Porous silicon nanostructures as versatile electrochemical biosensing platforms B. Prieto-Simón*, N. Reta, A. Sharma, M. Alba-Martín, N.H. Voelcker, University of South Australia, Australia

[O66] A highly sensitive electrochemical biosensor based on three-dimensional network of nanoporous gold for online monitoring of superoxide release from skeletal muscle cells R.B. Sadeghian*, J-H. Han, S. Ostrovidov, S. Salehi, M-W. Chen, A. Khademhosseini, WPI-Advanced Institute for Materials Research, Tohoku University, Japan

[O72] Smartphone-based intuitive optical biosensor by integrating the ambient light with smartphone-embedded illumination sensor for reliable assessment of uCTX-II Y.M. Park*, K.R. Kim, C. Zhang, H.C. Yoon, Ajou University, Republic of Korea



13:00-14:00

Sponsored Workshop by Moxtek Cost effective and commercial scale delivery of high-performance nanophotonic-based biosensing substrates Ray West, Arash Farhang and Matt George


14:00-15:20 Stream 1E- Lab-on-a-chip, microfluidics and µTAS

Stream 2E- Nanomaterials & nanoanalytical systems

Stream 3E- Enzyme biosensors & Infectious disease detection

Stream 4E- Commercial & printed biosensors

Chair Tim Gibson, ELISHA Systems Ltd, UK MP Nikitin, Moscow Institute of Physics and Technology, Russia

Andrea Robitzki, Center for Biotechnology and Biomedicine, Germany

Wing Cheung Mak, Linkoping University, Sweden

14:00-14:20

[Inv5] Digital droplet loop-mediated isothermal amplification (ddLAMP) on a microscope slide F. Schuler

1,2, C. Siber

1, S. Hin

1, S.

Wadle*1,2

, N. Paust1,2

, R. Zengerle1,2

, F. von Stetten

1,2 ,

1Hahn-Schickard,

Germany, 2University of Freiburg,

Germany

[Inv6] Biosensors meet photovoltaics: An innovative biosensing approach M.G.F. Sales, BioMark-CINTESIS/ISEP, Portugal

[Inv7] Fluorescent peptide biosensor for monitoring CDK4/cyclin D hyperactivity in melanoma cells, mouse xenografts and skin biopsies C. Prével

1, M. Pellerano

1, P. Henri

1, L.

Meunier1, J. Vollaire

2, V. Josserand

2,

M.C. Morris*1

, 1Institut des

Biomolécules Max Mousseron, France,

2Institut Albert Bonniot,

France

[Inv8] Overview of 25 years of commercial biomolecular interaction analysis: How do label free technologies meet the screening need of pharmaceutical companies? R.B.M. Schasfoort, University of Twente, The Netherlands

14:20-14:35

[O73] Integrating electrophoretic separation and electrochemical detection in a paper-based device A. González López, P. García Manrique, M.C. Blanco López, M.T. Fernández-Abedul*, Universidad de Oviedo, Spain

[O77] Nanodiamods on tetrahedral amorphous carbon significantly enhance dopamine detection and cell viability E. Peltola*, N. Wester, J. Koskinen, T. Laurila, Aalto University, Finland

[O81] Microwave WGM resonance biosensing of antioxidant specific biomarkers N.V. Naumova, H. Hlukhova, S.A. Vitusevich*, Forschungszentrum Juelich, Germany

[O85] Attomolar detection using field effect transistor ion sensor with nanometric lipid layer gate insulator T.D. Nguyen

2, A. Kenaan

1, R. El Zein

1,

H. Dallaporta1, J-M. Raimundo

1, A.M.

Charrier*1

, 1CNRS-Aix Marseille

Université, France, 2NACENTECH-

IMET, Viet Nam

14:35-14:50

[O74] Laser direct writing of programmable delays for fabrication of paper-based sensors that allow CRP detection P.J.W. He, I.N. Katis, R.W. Eason, C.L. Sones*, University of Southampton, UK

[O78] Probing the nature of electron transfer in metalloproteins on graphene-family materials as nanobiocatalytic scaffold using electrochemistry S. Gupta*, A. Irihamye, Western Kentucky University, USA

[O82] Development of a detection system for epigenetic modifications using enzyme fused zinc finger protein J. Lee*

1, W. Yoshida

2, D. Hiraoka

1, A.

Kezuka1, A. Tatsumi

1, Y. Osawa

1, K.

Abe1, K. Nakabayashi

3, H. Wakeda

4,

K. Hata3 et al,

1Tokyo University of

Agriculture and Technology, Japan, 2Tokyo University of Technology,

Japan, 3National Research Institute

for Child Health and Development, Japan,

4University of Miyazaki, Japan

[O86] Welding and 3D etching ink jet printed graphene flakes via laser-pulse annealing on paper and textiles for highly sensitive electrochemical biosensing with disposable and wearable electrodes S. Das, S. Ding, J.A. Hondred, A.A. Cargill, J.C. Claussen*, Iowa State University, USA

14:50-15:05

[O75] Digital microfluidic chips for single cell analysis of non-adherent cells P. Tewari Kumar*

1, K. Vriens

1, I.

Passaris1, D. Decrop

1, T. Kokalj

1,2, K.

Thevissen1, B.P.A. Cammue

1,3, A.

[O79] Self-assembly of ferritin nanoparticles into an enzyme nanocomposite with tunable size for ultrasensitive immunoassay D. Men*

1 ,3, T-T. Zhang

1 ,3, J. Zhou

1, X-

E. Zhang2,

1Wuhan Institute of

[O83] Protein structure based understanding of glucose enzyme sensor performances K. Sode*

1, M. Ookurita

1, A. Sorada

1,

C. Maeda1, H. Yoshida

2 ,

1Tokyo

University of Agriculture and

[O87] Fully integrated ready-to-use paper-based electrochemical biosensor to detect nerve agents S. Cinti*, F. Arduini, Z. Zahid, G. Palleschi, D. Moscone, Università degli Studi di Roma Tor Vergata, Italy

Aertsen1, R. Puers

1, J. Lammertyn

1 et

al, 1KU Leuven, Belgium,

2Institute of

Metals and Technology, Slovenia, 3VIB, Belgium

Virology, Chinese Academy of Sciences, China,

2Institute of

Biophysics, Chinese Academy of Sciences, China,

3Henan University,

China

Technology, Japan, 2Kagawa

University, Japan

15:05-15:20

[O76] Segmented flow microfluidic sensor for upset early warning of anaerobic reactors through microbial metabolism R. Ortiz*

1, J.L. Chen

1, T.W.J. Steele

1,

D.C. Stuckey1,2

, 1Nanyang

Technological University, Singapore, 2Imperial College London, UK

[O80] Rapid and highly sensitive immunoassay for human lipocalin-2 using multiwalled carbon nanotubes S.K. Vashist*

1, A.G. Venkatesh

2, J.H.T.

Luong3

, 1RMIT University, Australia,

2University of California San Diego,

USA, 3University College Cork,

Ireland

[O84] A biosensing strategy for fast profiling of antibiotic resistance B. Xie*

1, Q. Chen

1,2, A. Andersson

1,

M. Mecklenburg1

, 1Lund University,

Sweden, 2Xi'an Jiaotong University,

China

[O88] Towards micropatterned, flexible and degradable electrochemical biosensors R.K. Pal

1, N.E. Kurland

1, A.A.

Farghaly1, M.M. Collinson

1, S.C.

Kundu2, V.K. Yadavalli*

1 ,

1Virginia

Commonwealth University, USA, 2Indian Institute of Technology, India




16:20-17:55 Stream 1F- Lab-on-a-chip, microfluidics and µTAS

Stream 2F- Nanomaterials & nanoanalytical systems

Stream 3F- Biological fuel cells & infectious disease detection

Stream 4F- Organism and whole cell-based biosensors

Chair Simon Wadle, Hahn-Schickard, Germany

Gary Zabow, National Inst. of Standards and Technology (NIST), USA

A.Ozcan, Technical University of Denmark, Denmark

Clare J. Watts, Imperial College London, UK

16:20-16:40

[Inv9] Multi-domain, electro-photonic biosensors J. Juan Colás*, M. Scullion, K. Dunn, A. Parkin, T. Krauss, S. Johnson, University of York, UK

[Inv10] Light scattering technology for cancer diagnosis X. Ma, A-H. Nguyen*, S-J. Sim, Korea University, Republic of Korea

[Inv11] Self-powered autonomous BOD biosensor for online water monitoring G. Pasternak*

1,2, J. Greenman

1, I.

Ieropoulos1

, 1University of the West

of England, UK, 2Wroclaw University

of Technology, Poland

[Inv12] Synthetic cell-based sensors with programmed selectivity, sensitivity and dynamic range B. Wang

1,2 ,

1University of Edinburgh,

UK, 2Imperial College London, UK

16:40-16:55

[O89] On-a-chip plasmonic platform for the multiplexed quantitative detection of cancer biomakers in serum R. Quidant*, O. Yavas, V. Sanz, S. Acimovic, P. Dobosz, J. Garcia, L.M. Fidalgo, J. Berthelot, R. Porcar ICFO- The Institute of Photonic Sciences, Spain

[O94] Disposable optical immunoaffintiy biosensor with the sensitivity of photomultiplier tube (PMT) J. Pyun*

1, B. Ahn

1, Y. Chang

1, J. Park

2,

H. Kim1

, 1Yonsei University, Republic

of Korea, 2Korea Institute of Science

and Technology (KIST), Republic of Korea

[O99] A smartphone-based mobile NAAT diagnostic suite for chlamydia detection D.J. Shin, P. Athamanolap, L. Chen, J. Hardick, C.A. Gaydos, T-H. Wang*, Johns Hopkins University, USA

[O104] Cells-attached pH-sensing transistor system detects proton-permeable nanopores on plasma membranes by exogenous chemical compounds T. Goda*, Y. Miyahara, Tokyo Medical and Dental University, Japan

16:55-17:10

[O90] A multichannel TIRF-based optical chip for immunosuppressant monitoring in transplanted patients S. Tombelli*

1, M. Berner

2, S.

Berneschi1, R. Bernini

3, C.

Berrettoni1,4

, A.B. Descalzo5, A.

Giannetti1, I.A. Grimaldi

3, G.

[O95] Calcinated nanofilms for label-free SPR biosensing with supported lipid membranes Q. Cheng, University of California Riverside, USA

[O100] Identifying bacterial plasmids coding for antibiotic resistance using optical DNA mapping F. Westerlund, Chalmers University of Technology, Sweden

[O105] Rapid, in-situ detection of bacteria on food S. Horikawa, H.C. Wikle, J.M. Barbaree, B.A. Chin*, Auburn University, USA

Orellana5, K. Pohl

6 et al,

1Istituto di

Fisica Applicata “Nello Carrara”, Italy,

2University of Stuttgart,

Germany, 3Institute for

Electromagnetic Sensing of the Environment, Italy,

4Siena University,

Italy, 5Complutense Univ. of Madrid,

Spain, 6microfluidic ChipShop GmbH,

Germany, 7Datamed srl, Italy

17:10-17:25

[O91] On chip analysis and nanometrology of blood microparticles with label free detection techniques S. Obeid*

1, C. Decourbey

1, A. Ceroi

3,

G. Mourey3, P. Ducoroy

2, G. Belliot

4,

P. Saas3, C. Elie-Caille

1, W. Boireau

1

1FEMTO-ST Institute, France,

2University of Burgundy, France,

3INSERM U1098, France,

4National

Reference Center for Enteric Viruses, France

[O96] Polymer structures on surface acoustic wave biosensors F. Ritter, J. Hedrich, M. Deck, F. Ludwig, D. Shakirov, B.E. Rapp, K. Länge*, Karlsruhe Institute of Technology (KIT), Germany

[O101] Gradient band gap engineered alloyed quaternary/ternary CdZnSeS/ZnSeS quantum dots: An ultrasensitive fluorescence reporter in a conjugated molecular beacon system for the biosensing of influenza virus RNA O. Adegoke*, M-W. Seo, S. Kawahito, E.Y. Park, Shizuoka University, Japan

[O106] In vivo imaging of protein-protein and RNA-protein interactions M.H. Chen, Y. Han, S.F. Wang, Z.P. Zhang, W. Li, X.W. Zhang, X.E. Zhang, Z.Q. Cui*, Wuhan Institute of Virology, Chinese Academy of Sciences, China

17:25-17:40

[O92] Multi-sensor patch with wireless data transmission for in-situ monitoring of bioprocesses in single-use bag bioreactors S. Mross*, T. Zimmermann, H. Vogt, Fraunhofer Institute for Microelectronic Circuits and Systems, Duisburg, Germany

[O97] Investigation of temperature dependency on the propulsion of disk-like nanoswimmers L.X. Hu, N. Wang*, J.M. Miao, G. Grüber, Nanyang Technological University, Singapore

[O102] Multiplexed digital detection of biomarkers for high-sensitivity diagnostics M.S. Unlu*

1, J.H. Connor

1, S. Scherr

1,

J. Trueb1, D. Sevenler

1, O. Avci

1, G.G.

Daaboul4, E. Seymour

2, N. Lortlar

Unlu3,1

, 1Boston University, USA,

2ASELSAN, Turkey,

3Bahcesehir

University, Turkey, 4Nanoview Inc,

USA

[O107] A microfluidic double chip system for high-throughput detection of endocrine disruptors in food K. Gier*

1, P.P.M.F.A. Mulder

2, M.D.

Skolimowski2,3

, E. Verpoorte2, U.

Sauer1, C. Preininger

1 ,

1Austrian

Institute of Technology, Austria, 2University of Groningen, The

Netherlands, 3Micronit Microfluidics

B.V., The Netherlands

17:40-17:55

[O93] An integrated microfabricated resonator and digital microfluidic system for high throughput and high precision bio-targets sensing J. Huang, M. Zhang, W. Pang, H. Zhang, X. Duan* , Tianjin University, China

[O98] Continuous and online recording of neurochemicals in rat brain microdialysates by capillary-based microfluidic fluorescent sensor: carbon quantum dots based nanomaterials toward in vivo analysis Y. Lin*

1, L. Li

1, C. Wang

1, B. Li

1 ,

1Capital Normal University, China,

2Institute of Chemistry, Chinese

Academy of Science, China

[O103] Yoctomol genosensing of Ebola virus by circle to circle amplification S. Carinelli*

1, M. Kuhnemund

2, M.

Nilsson3, S. Alegret

1, M.I. Pividori

1

1Grup de Sensors i Biosensors,

Departament de Química, Universitat Autònoma de Barcelona, Spain,

2Science for Life Laboratory,

Genetics and Pathology, Uppsala University, Sweden,

3Science for Life

Laboratory, Department of Biochemistry and Biophysics, Stockholm University, Sweden

[O108] Development of rapid immuno-based nanosensors for the detection of pathogenic bacteria in poultry processing plants M. Zourob*, S. AlAmer, Alfaisal University, Saudi Arabia


17:55-19:00 Poster Session 2

19:30-22:00 Gala Dinner (optional event - ticket required) Auditorium K

Friday, 27 May 2016

Room Auditorium K


Chair Justin Gooding, Monash University, Australia

09:00-09:40 [PL5] Biosensors on disc - utilizing mechanics, optics and electrochemistry Anja Boisen, Technical University of Denmark, Denmark

09:40-10:20 [PL6] Metabolon bioelectrocatalysis for enzymatic fuel cells Shelley D. Minteer, University of Utah, USA




11:00-12:35 Stream 1G- Immunosensors

Stream 2G- Nanomaterials & nanoanalytical systems

Stream 3G- Infectious disease detection & aptasensors

Stream 4G- Mobile diagnostics, whole cell and single-cell biosensors

Chair Richard B.M Schasfoort, IBIS Technologies, The Netherlands

Anh Nguyen Hung, Korea University, Republic of Korea

Grzegorz Pasternak, University of the West of England, UK

B.Wang, University of Edinburgh, UK

11:00-11:20

[Inv13] Physical characterization of extracellular vesicles and exosomes using surface-based sensing D.L.M. Rupert*

1, G. Shelke

2, M.

Mapar1, C. Lässer

2, V. Claudio

1, A.

Dahlin1, B. Agnarsson

1, J. Lötvall

2, M.

Bally1,4

, F. Höök1 et al,

1Chalmers

Technological University, Sweden, 2Gothenburg University, Sweden,

3Russian Academy of Sciences,

Russia, 4Institut Curie, France

[Inv14] Toward a portable plasmonic-based sensor for amplification- free detection of bacterial rRNA K.L. Göeken

1, R. Molenaar

1, K.

Kaspers2, K.J. Weghorst

2, V.

Subramaniam1, R. Gill*

1 ,

1University

of Twente, The Netherlands, 2Saxion

Hogeschool, The Netherlands

[Inv15] Gold nanoparticles SPRi enhanced signal for small molecules detection with split aptamers A. Buhot*

1,2, F. Melaine

1,2, C.

Coilhac1,2

, Y. Roupioz1,3

, 1University

Grenoble Alpes, France, 2CEA

Grenoble, France, 3CNRS, France

[Inv16] The bio-enabled policeman - Opportunities for biosensors and bioelectronics in security J.A. Tichler, Home Office, UK

11:20-11:35

[O109] Lab on fiber biosensor based on microgel photonics A. Aliberti*

1, M. Giaquinto

1, A.

Micco1, A. Ricciardi

1, A. Cutolo

1, M.

Ruvo2, A. Cusano

1 ,

1University of

Sannio, Italy, 2IBB - CNR, Italy

[O114] Stimuli-enabled zipper-like graphene oxide/ polymer interfaces for labile switching of bioelectronics S. Mishra*

1, M. Ashaduzzaman

1, A. P.

F. Turner1, A. Tiwari

1,2 et al,

1Linkoping University, Sweden,

2Tekidag AB UCS Mjärdevi Science

Park, Sweden

[O119] Real-time impedimetric sensing of bacterial biofilms in microfluidics S. Subramanian*, E.I. Tolstaya, W.E. Bentley, R. Ghodssi, University of Maryland, USA

[O124] Label-free living-cell imaging using photoluminescence from GaInAsP semiconductor plate M. Sakemoto*, Y. Kishi, K. Watanabe, S. Ota, Y. Takemura, T. Baba, Yokohama National University, Japan

11:35-11:50

[O110] Location-specific nanoplasmonic detection of biomolecular interactions on lipid membranes with negative

[O115] Label-free multiplex detection of urinary miRNA biomarkers using AuNPs-enhanced SPR on goldnanoslit

[O120] Theranostic contact lens for modulation and detection of viral infection W.C. Mak, K.Y. Cheung, J. Orban, C.J.

[O125] Development of immobilized fluorescing whole cell recombinant biosensor with optical fiber compatibility for detection of

curvature J. Junesch, K. Xiong, G. Emilsson, M. Bally, A.B. Dahlin*, Chalmers University of Technology, Sweden

M.Z. Mousavi*1, J.Y. Cheng

1, H.Y.

Chen1,2

, H. Lin3, H.H. Chen

4, T.H.

Hsieh1, P.K. Wei

1 ,

1Academia Sinica,

Taiwan, 2National Tsing Hua

University, Taiwan, 3Taipei Medical

University, Taiwan, 4Taipei Medical

University, Taiwan

Lee, A.P.F. Turner, M. Griffith*, Linköping University, Sweden

lead present in polluted aquatic environment S. Asif*

1, A. Chaudhari

2, P. Gireesh-

Babu2, P.R. Chaudhuri

1, R. Sen

1 ,

1Indian Institute of Technology, India,

2Central Institute of Fisheries

Education, India

11:50-12:05

[O111] Using Fiber Optic SPR technology to combine immunoassays, DNA biosensing and kinetic analysis in one universal point-of-care platform D. Daems*, F. Delport, J. Lu, T. Verstappen, A. Gils, D. Spasic, J. Lammertyn, KU Leuven, Belgium

[O116] Reconstituted ZZ-L particles and planar ZZ-L membrane for the oriented immobilization of Fc-fused molecules on various types of biosensors M. Iijima*, S. Kuroda, Osaka University, Japan

[O121] Selection and characterization of DNA aptamers against FokI nuclease domain for genome editing M. Nishio*

1, K. Abe

1, D. Matsumoto

1,

Y. Kato2, C. Nakamura

1,2, K.

Ikebukuro1

, 1Tokyo University of

Agriculture and Technology, Japan, 2National Institute of Advanced

Industrial Science and Technology, Japan

[O126] Bioguard: An innovative biosensor for rapidly assessing organic pollution in wastewaters S. Jouanneau*

1, M.J. Durand-

Thouand1, L. Recoules

2,3, A.

Boukabache2, Y. Primault

3, G.

Thouand1

, 1University Nantes,

France, 2University Toulouse III Paul

Sabatier, France, 3BIONEF, France

12:05-12:20

[O112] Multiplexed detection of clinically-relevant biomarker panels using a silicon photonic biosensing platform: Application to Sepsis and Tuberculosis diagnostics E. Valera*, W.W. Shia, H.M. Robinson, R.C. Bailey, University of Illinois at Urbana-Champaign, USA

[O117] Optomagnetic biosensor system for DNA and bacteria detection based on rolling circle amplification and immunomagnetic strategies B. Tian

1, T. Zardán Gómez de la

Torre1, M. Donolato

2, M. Fougt

Hansen2, P. Svedlindh

1, M.

Strömberg*1

, 1Uppsala University,

Sweden, 2Technical University of

Denmark, Denmark

[O122] Diazonium-based impedimetric aptasensor for the rapid label-free detection of Salmonella typhimurium in food sample Z. Bagheryan*

1,2, J.B. Raoof

1, V.C.

Ozalp3, A.P.F. Turner

2, V. Beni

2

1University of Mazandaran, Iran,

2Linkoping University, Sweden,

3Istanbul Kemerburgaz University,

Turkey

[O127] Signal amplifying gene circuits enable ultrasensitive and highly selective cellular sensors for arsenic (III) and mercury (II) X. Wan*, E. Bernard, C. French, B. Wang, The University of Edinburgh, UK

12:20-12:35

[O113] Single molecule conformational changes of cardiac troponin measured in an immunoassay configuration F.A. Gutierrez

1,2, M. Bolleman

3, L.J.

van Ijzendoorn*1,2

, M.W.J. Prins1,2

1Eindhoven University of Technology,

The Netherlands, 2Institute for

Complex Molecular Systems, The Netherlands,

3AVANS Hogeschool,

The Netherlands

[O118] Plasmonic gold nanoparticle chains for the detection ofmethicillin-resistant Staphylococcus aureus (MRSA) with enhanced signals andbroad dynamic range M.Y. Lin*

1, J.W. Huang

2, Y.P. Lu

1

1National Applied Research

Laboratories, Taiwan, 2Chang Gung

Memorial Hospital, Taiwan

[O123] Target-responsive decoy oligonucleotide beacon for in situ STAT3 aptasensing and synergistic anti-cancer effect S-J. Wang, K-J. Lee, P-W. Lee, S-W. Hu, W-J. Chen, J-H. Weng, L-C. Chen*, National Taiwan University, Taiwan

[O128] Single-cell screening of photosynthetic growth and lactate production by cyanobacteria P. Hammar*

1, S.A. Angermayr

2,3, S.L.

Sjostrom1, J. van der Meer

1, K.J.

Hellingwerf2, E.P. Hudson

1, H.N.

Joensson1

, 1KTH Royal Institute of

Technology, Sweden, 2University of

Amsterdam, The Netherlands, 3Institute of Science and Technology

(IST) Austria, Austria



13:00-14:00 Elsevier Workshop - An introduction to the wider world of scholarly publishing and its many opportunities R. G. Newell, Elsevier, The Netherlands


14:00-15:20 Stream 1H- Immunosensors

Stream 2H- Nanomaterials & nanoanalytical systems

Stream 3H- Infectious disease detection & aptasensors

Stream 4H- Commercial biosensors, single-cell biosensors, natural & synthetic receptors

Chair Yoann Roupioz, Institute for Nanosciences and Cryogeny/ CEA Grenoble, France

Petra Göring, SmartMembranes GmbH, Germany

Sarah Goodchild, Defence Science & Technology Laboratory, UK

Goreti Sales, BioMark-CINTESIS/ISEP, Portugal

14:00-14:20

[Inv17] Measuring inter-particle distances in a rotating cluster biosensor R.W.L. van Vliembergen, L.J. van IJzendoorn, M.W.J. Prins*, Eindhoven University of Technology, The Netherlands

[Inv18] Radio-frequency colorimetric nanosensors G. Zabow*

1,2, S.J. Dodd

2, A.P.

Koretsky2

, 1National Institute of

Standards and Technology (NIST), USA,

2National Institutes of Health

(NIH), USA

[Inv19] Continuous, real-time measurement of serum drug levels directly in vivo K.W. Plaxco, University of California Santa Barbara, USA

[Inv20] Labeless AC impedance based biosensors: Commercial reality or an impossible goal? T.D. Gibson*, D.W.M. Sharp, ELISHA Systems Ltd, UK

14:20-14:35

[O129] Inline multiplex biodetection: Strategy towards toxins, bacteria and metal detection in a multicomponent biosensing system M. Ansaldi, I. Bazin*, P. Cholat, A. Rodrigue, D. Pignol et al, Ecole des mines d'Ales, France

[O133] Bulk-artefact signal correction in optical biosensors by using MP-SPR method N.M. Granqvist*, J.P. Tuppurainen, A.E. Jokinen, J.W. Sadowski, BioNavis Ltd., Finland

[O137] Switchable label free apta-nanosensor: In situ biopsy? H.K. Patra*, S. Valyukh, E. Wiechec, A. Tiwari, A.P.F. Turner, IFM-Linkoping University, Sweden

[O141] Droplet microfluidics for massively parallel whole genome amplification toward single-cell genome sequencing M. Hosokawa*

1,2, Y. Nishikawa

1, M.

Kogawa1, H. Takeyama

1 ,

1Waseda

University, Japan, 2PRESTO, JST,

Japan

14:35-14:50

[O130] Monitoring amyloid-β aggregation on surfaces in the presence of small molecules and metals K. Kerman, University of Toronto, Canada

[O134] Nanomechanical properties of Protein-DNA layers G. Nöll*

1, C. Gutiérrez Sánchez

1, Q.

Su1, K.S. Paithankar

2, M. Grininger

2

1University of Siegen, Germany,

2Goethe University Frankfurt,

Germany

[O138] Aptasensors for point-of-care malaria diagnosis R.M. Dirkzwager

1, Y.W. Cheung

1, A.B.

Kinghorn1, L.A. Fraser

1, S. Liang

1,

S.C.C. Shiu1, R.M. Watt

1, M. Kotaka

2,

J.S. Richards3, J.A. Tanner*

1

1The University of Hong Kong,

2The

Chinese University of Hong Kong, 3Burnet Institute, Australia

[O142] Visualization and quantification of individual cell signaling response by metal clad waveguide imaging T. Söllradl*

1,2, F.A. Banville

1,2, J.S.

Maltais2, U. Fröhlich

2, M. Canva

1,2,

P.G. Charette1,2

, M. Grandbois2

1(LN2)- CNRS UMI-3463, Canada,

2Université de Sherbrooke, Canada

14:40-15:05

[O131] SEA-on-a-CHIP project: Real time monitoring of sea contaminants by an autonomous lab-on-a-chip biosensor M. Kock-Schulmeyer*

1, M. Farre

1, D.

Barcelo1,2

, 1Institute of

Environmental Assessment and Water Research (DAEA-CSIC), Spain, 2Scientific and Technological Park of

the University of Girona, Spain

[O135] Monitoring in Vivo behaviors of protein nanocages via encapsulating an NIR-II Ag2S quantum dot C.Y. Li, F. Li*, Y.J. Zhang, W.J. Zhang, X-E. Zhang, Q.B. Wang, Chinese Academy of Sciences, China

[O139] Development of multivalent aptamers for high-sensitive detection of target proteins K. Tsukakoshi*

1, C. Takahashi

1, Y.

Ikuta1, K. Iida

2, K. Nagasawa

1, K.

Sode1, K. Ikebukuro

1 ,

1Tokyo

University of Agriculture and Technology, Japan,

2Saitama

University, Japan

[O143] All-organic microcantilever sensors based on molecularly imprinted polymers F. Bokeloh*

1,2, C. Ayela

2, K. Haupt

1

1Université de Technologie de

Compiègne, France, 2Universite de

Bordeaux, France

15:05-15:20

[O132] Effective antibodies immobilization and nanoparticle ballasting in a QCM-based sensor for the detection of light analytes

[O136] Using microfluidics to form enzymatically-active microgel particles from self-assembling protein nanofibrils

[O140] A pair of aptamers for the sandwich-type lateral flow biosensors N.H.A. Raston, V.T. Nguyen, H. Seo,

[O144] Construction of ultrasensitive impedimetric biosensors with controlled architecture at nanoscale:

B. Della Ventura, M. Iannaccone, R. Funari, C. Altucci, R. Capparelli, R. Velotta*, University of Naples Federico II, Italy

S. Perrett, Chinese Academy of Sciences, China

J.W. Park, M.B. Gu*, Korea University, Republic of Korea

Application in glycomics and diagnostics J. Tkac*, T. Bertok, L. Klukova, A. Hushegyi, D. Pihikova, S. Belicky Slovak Academy of Sciences, Slovakia




16:20-17:25 Stream 1I- Immunosensors

Stream 2I- Nanomaterials & nanoanalytical systems

Stream 3I- Infectious disease detection & aptasensors

Stream 4I- Lab-on-a-chip, natural & synthetic receptors

Chair Deborah L. M. Rupert, Chalmers tekniska hogskola, Sweden

Ron Gill, University of Twente, The Netherlands

Salzitsa Yordanova Anastasova-Ivanova, Imperial College London, UK

S.Johnson, University of York, UK

16:20-16:40

[Inv21] Photolithography in aqueous media for bio-chips fabrication R. Alvarado

1,2, H. Nguyen

2, L.

Leroy1,2

, Y. Roupioz*1,3

, 1Université

Grenoble Alpes, France, 2CNRS,

France, 3CEA, France

[Inv22] Nano porous alumina and macro porous silicon - A platform for multifunctional sensing applications P. Göring*, M. Lelonek, SmartMembranes GmbH, Germany

[Inv23] Engineering a novel diagnostic test for tuberculosis using nanoparticle-based detection of a whole blood gene expression signature H.D. Gliddon*, P.D. Howes, E. Kim, M. Kaforou, M. Levin, M.M. Stevens Imperial College London, UK

[Inv24] Integrated disposable chip cartridge for mobile medical analysis based on electrical biosensors L. Blohm*, J. Albers, G. Piechotta, E. Nebling, Fraunhofer Institute for Silicon Technology, Germany

16:40-16:55

[O145] Clinically-validated human fetuin A immunoassay with smartphone readout S.K. Vashist*

1, A.G. Venkatesh

2, E.M.

Schneider3, J.H.T. Luong

4 ,

1RMIT

University, Australia, 2UCSD, USA,

3University Hospital Ulm, Germany,

4University College Cork, Ireland

[O148] Stochastic protein interactions monitored by hundreds of single-molecule plasmonic biosensors M.A. Beuwer, M.W.J. Prins*, P. Zijlstra Eindhoven University of Technology, The Netherlands

[O151] Creating Aptamers and their use in Resistive Pulse Sensors M. Platt, Loughborough University, UK

[O154] Fluorescent nanocrystals coated with molecularly imprinted polymers, as plastic antibodies for cell and tissue imaging K. Haupt, M. Panagiotopoulou*, B. Tse Sum Bui, Compiègne University of Technology, France

16:55-17:10

[O146] Advanced electrochemical scaffolds for multiplexed biosensing of cancer reporters in complex clinical samples J.M. Pingarrón, S. Campuzano*, R.M. Torrente-Rodríguez, V. Ruiz-Valdepeñas Montiel, Universidad Complutense de Madrid, Spain

[O149] Application of enzymatic growth and etching of CdS quantum dots to biosensing V. Pavlov*, R. Grinyte, J. Barroso, L. Saa, CIC BiomaGUNE, Spain

[O152] Ratiometric electrochemical aptasensor labeled with ferrocene and nano AL2o3-doped Zno for detecting antibiotic residues in milk X. Sun*, Q.C. Xu, Q.Q. Zhang, Y.M. Guo, X.Y. Wang, W.P. Zhao, Shandong University of Technology, China

[O155] Biomimetic cell-detection platform based on heat-transfer analysis through surface-imprinted polymers: overview and potential applications K. Eersels

1, B. van Grinsven

2, M.

Khorshid*1, V. Somers

3, C.

Püttmann4, C. Stein

4, S. Barth

4, R.

Thoelen3, W. De Ceuninck

3, P.

Wagner1 et al

1KULeuven, Belgium,

2Maastricht

University, The Netherlands, 3University of Hasselt, Belgium,

4RWTH Aachen, Germany

17:10-17:25 [O147] Spores: a new platform for biosensing

[O150] Nanoliter analyte sensing on hybrid plasmonic-biosilica

[O153] Community sewage sensors for evaluation of illicit drug use

[O156] Using synthetic hackmanites as sensors of solar UV radiation

R.H. Fei1,2

, M.M. Xia1,2

, Y.Q. Xiang1,2

, Z. Li

1,2, L. Li

1,2, Y.G. Hu*

1,2 ,

1Huazhong

Agricultural University, China, 2State

Key Laboratory of Agricultural Microbiology, China

nanostructured materials X. Kong, Y. Xi, P. LeDuff, G.L. Rorrer, A.X. Wang*, Oregon State University, USA

trends by wastewater-based epidemiology Z. Yang

1, E. Castrignanò

1, M. Madel

2,

M.R. Meyer2, C.G. Frost

1, B.

Kasprzyk-Hordern1, P. Estrela*

1

1University of Bath, UK,

2University

of Saarland, Germany

I. Norrbo1, A. Kuusisto

2, P.

Gluchowski3, M. Lastusaari*

1,4

1University of Turku, Finland,

2Solar

Simulator Finland Ltd, Finland, 3Polish Academy of Sciences, Poland,

4Turku University Centre for

Materials and Surfaces, Finland

Room Auditorium K

17:25-17:45 Closing Session and Poster Award Ceremony Chair: Loïc Blum, University of Lyon, France

Saturday, 28 May 2016

Room G1

08.30-17.00 Cancer Diagnostics Symposium

oral programme - elsevier · pdf fileoral programme tuesday, 24 may 2016 ... d. verschueren1,...

Documents