Oral Programme

07:30

Registration

08:45

Welcome:   Professor Anthony Turner, Cranfield University, UK
Professor Chuni Bai, Executive Vice-President, Chinese Academy of Sciences, China

09:00

PLENARY LECTURE: Engineering signalling and conformational change in nucleic acid biosensors
A. Ellington, University of Texas at Austin, USA

09:40

PLENARY LECTURE: Holographic sensors
C. Lowe, Cambridge University, UK

10:20

Refreshments and Poster Session 1 Viewing

10:50

[K1] Biologically-functionalized conducting polymer nanowire sensors array for label-free detection
A. Mulchandani*, N.V. Myung, K. Ramanathan, A. Wanekaya, M.A. Bangar, B.Y. Yoo, University of California, Riverside, USA

[K2] Attomolar molecular assays in complex matrices using microbead labels and fluidic force discrimination
S.P. Mulvaney*, C.N. Ibe, K. Myers, J.C. Rife, C.R. Tamanaha, L.J. Whitman, US Naval Research Laboratory, USA

[K3] Aptameric enzyme subunit; novel recognition biosensing element for allosteric enzyme control
W. Yoshida, M. Takase, H. Hasegawa, Y. Morita, K. Sode, K. Ikebukuro*, Tokyo University of Agriculture & Technology, Japan

11:20

[O1] Electrochemical assay of various polymer products for phthalate contents
M. Saeed Qureshi*, Sirajuddin, Abdul Niaz, S. Sherazi, University of Sindh, Pakistan

[O5] Gold nanocatalyst-based assay: Ultrasensitive protein detection
J. Das, H. Yang*, Pusan National University, South Korea

[O9] Stimuli-responsive hydrogel assisted silver nanoparticles for development of localized surface plasmon resonance based optical enzyme biosensor
T. Endo*, Y. Yanagida, T. Hatsuzawa, Tokyo Institute of Technology, Japan

11:40

[O2] Modeling and measuring the spectra of nanoparticles towards optical biosensing based on localized surface plasmon resonance
T.S. Sannomiya*, C.H. Hafner, J.V. Vörös, ETH Zurich, Switzerland

[O6] A new hand-held surface plasmon resonance (SPR) device for rapid point-of-care detection of bacterial infections
B. Barlen*¹, S. Datta Mazumdar¹, N. Danz², F. Sonntag³, M. Keusgen¹, ¹Universität Marburg, Germany, ²Fraunhofer-Institut Angewandte Optik und Feinmechanik Jena, Germany, ³Fraunhofer-Institut Werkstoff- und Strahltechnik Dresden, Germany

[O10] Redesigning the biosensor concept with generic platforms: Ultrasensitive enzymes, magnetic particles and signal amplification strategies
M. Campas¹, A. Radoi¹, D. Fournier², J.-L. Marty*¹, ¹Universite de Perpignan, France, ²Universite Paul Sabatier Toulouse, France

12:00

[O3] Nanoarray biotemplating: Plasmon resonances, SERS sensing and replication
G. Kostovski¹, D. White², A. Mitchell*¹, M. Austin¹, P. Stoddart², ¹RMIT University, Australia, ²Swinburne University of Technology, Australia

[O7] Towards highly-performing immunosensor-based strategies for toxins assessment
B. Prieto-Simón*¹,², T. Noguer¹, I. Karube², J.-L. Marty¹, ¹Université de Perpignan, France, ²Tokyo University of Technology, Japan

[O11] Enzyme sensors based on direct electron transfer reactions at carbon nanotubes synthesized on an electrode surface
M. Tominaga, Kumamoto University, Japan

12:20

[O4] Development of in situ FRET sensor for cell apoptosis by using nanoneedle technology
T. Kihara*¹, S. Uematsu², X.Y. Liu³, M. Suzuki⁴, C. Nakamura²,³, J. Miyake¹,³,  ¹The University of Tokyo, Japan, ²Tokyo University of Agriculture and Technology, Japan, ³National Institute of Advanced Industrial Science and Technology, Japan, ⁴Saitama University, Japan

[O8] Biomolecules electro-grafting for microarrays and biochips developments
B. Corgier¹, F. Fayolle¹, M. Anger-Leroy², L.J. Blum¹, C.A. Marquette*¹, ¹ICBMS - Université Lyon1, France, ²GENOPTICS SA, France

[O12] Genetically engineered glucose indicators for visualization of glucose within living cells
K. Ye*, J. Garrett, X. Wu, J. Sha, University of Arkansas, USA

14:10

[O13] Development of self-sorting G-protein coupled receptor microarrays
M. Bally*¹,², K. Bailey³,⁴, B. Staedler¹,²,⁵, J. Vörös¹,², ¹ETH, Switzerland, ²University of Zurich, Switzerland, ³CSIRO, Australia, ⁴University of Adelaide, Australia, ⁵University of Melbourne, Australia

[O16] Supercritical Angle Fluorescence (SAF) microscopy: Single molecule sensing and imaging with highest resolution
S. Seeger*, D. Verdes, T. Ruckstuhl, M. Rabe, University of Zurich, Switzerland

[O19] The Microflow Cytometer
F.S. Ligler*, L.R. Hilliard, J.S. Erickson, P.J. Howell, J.P. Golden, D.A. Ateya, Naval Research Laboratory, USA

14:30

[O14] Measuring membrane protein-mediated transport across lipid bilayers
A. Studer*¹, M. Di Berardino², L. Tiefenauer¹, ¹Paul Scherrer Institut, Switzerland, ²Leister Process Technologies, Switzerland

[O17] Highly sensitive, rapid, 1-step test for cardiac troponin using magnetic particle labels
W. Dittmer¹, T. Evers*¹, J. Visser², R. Kamps¹, P. de Kievit¹, J. de Beer², ¹Philips Research Europe, The Netherlands, ²Future Diagnostics, The Netherlands

[O20] Microfluidic bilayer array system for electrophysiology
M. Zagnoni*, M.E. Sandison, H. Morgan, University of Southampton, UK

14:50

[O15] Photoplethysmography and arterial stiffness measurement with cross correlation
M.J. Huotari*, K. Määttä, J. Kostamovaara, L. Lantto, University of Oulu, Finland

[O18] Fabrication of electrochemical immunosensors based on nanoparticles
J.J. Zhu*, X.J. Chen, Nanjing University, China

[O21] Surface Acoustic Wave (SAW) biosensor with fully automated microfluidic Flow Injection Analysis (FIA) system for biomedical applications
B.E. Rapp, K. Länge, L. Carneiro, M. Rapp*, Institute of Microstructure Technology (IMT), Germany

16:10

[K4] On-chip analysis of protein glycosylation based on energy transfer between nanoparticles
Y.-P. Kim*, S. Park, E. Oh, H.-S. Kim, Korea Advanced Institute of Science and Technology (KAIST), South Korea

[K5] Nanoscale 2-D plasmonic crystal as ultrasensitive label-free biodetectors
A. Valsesia*¹, F. Marabelli², P. Colpo¹, F. Rossi¹, ¹European Commission, Italy, ²Universita’ degli Studi di Pavia, Italy

[K6] Biosensors platform for applications based on massive parallel real-time monitoring of single-molecule binding events
F. Widdershoven*¹,², P. Tello¹, E. Gridelet¹, M. Lambert¹, E. Sterckx¹, A. Delaruelle¹, ¹NXP Semiconductors, Belgium, ²NXP Semiconductors, The Netherlands

16:40

[O22] Photonic crystals for bioassay
Y.J. Zhao, X.W. Zhao, Z.Z. Gu*, Southeast University, China

[O25] Piezoelectric micromembranes for the fabrication of a diagnostic chip based on the real-time monitoring of antigen-antibody interactions
C. Ayela*¹,², M. Pugnière², L. Nicu¹, ¹LAAS-CNRS, France, ²CPBS-UMR 5160, France

[O28] Accurate and robust continuous glucose monitoring with holographic sensors
G.J. Worsley*, G.A. Tourniaire, K.E.S. Medlock, F.K. Sartain, H.E. Harmer, J. Pritchard, Smart Holograms Ltd., UK

17:00

[O23] Lectin-modified trifunctional nanobiosensors for mapping cell surface glycoconjugates
M. Xie*¹, Y.M. Long¹, Z.L. Zhang¹, H.Y. Xie², J. Hu¹, D.W. Pang¹, ¹Wuhan University, China, ²Beijing Institute of Technology, China

[O26] Analyte detection using field effect device with ultra thin conductive layer
A. Cohen*, A. Doron, A. Machauf, M. Horesh, U. Virobnik, D. Ullien, I. Levy, Intel Research, Israel

[O29] Switchable DNA layers for the label-free detection and dynamical fingerprinting of DNA and protein targets on-chip
U. Rant*¹, E. Pringsheim¹, K. Arinaga¹, N. Yokoyama², M. Tornow³, G. Abstreiter¹,  ¹Walter Schottky Institute, Germany, ²Fujitsu Laboratories Ltd., Japan, ³Technical University Braunschweig, Germany

17:20

[O24] Design of versatile and smart AFM probes by electrografting of poly(N-succinimidyl acrylate)
S. Gabriel*, A.-S. Duwez, C. Jérôme, University of Liège, Belgium

[O27] Strategies for coupling SPR biosensor screening assays with bioaffinity-directed analytical identification of bioactive contaminants
G.R. Marchesini*¹, W. Haasnoot¹, M.W.F Nielen¹,², ¹Rikilt-Institute of Food Safety, The Netherlands, ²Wageningen University, The Netherlands

[O30] A novel nanospad microarray with customized electronics and integrated microchip for allergen analysis
S. Marangoni*¹, I. Rech¹, M. Ghioni¹, P. Maccagnani², M. Loughran³, C.A. Marquette⁴, et al., ¹Politecnico di Milano, Italy, ²IMM-CNR, Italy, ³Newcastle University, UK, ⁴Université Lyon, France

08:30

PLENARY LECTURE: Engineering molecules for diabetes biosensing - Blood glucose and glycated protein monitoring
K. Sode, Tokyo University of Agriculture and Technology & Ultizyme International Ltd, Japan

09:10

PLENARY LECTURE: Optical biochips
P. Seitz, CSEM Research Center for Nanomedicine & University of Neuchatel, Switzerland

09:50

Refreshments & Poster Session 2 Viewing

10:20

[O31] Gold nanoparticle-quantum dot conjugates for energy transfer-based multiplexed assay of proteases
Y.-P. Kim, Y.-H. Oh, E. Oh, H.-S. Kim*, KAIST, South Korea

[O37] Ion channel biosensors using supported phospholipid bilayer membranes and heterologously expressed proteins
J. Dunlop*¹,², T. Phung¹, Y. Zhang¹, J.E. Dalziel¹, ¹AgResearch, New Zealand, ²MacDiarmid Institute, New Zealand

[O43] A DNA nanoswitch as a specific biosensor
C.J. Campbell*, A.H. Buck, P. Dickinson, C.P. Mountford, H.C. Stoquert, J.G. Terry, University of Edinburgh, UK

10:40

[O32] Nanoparticles modified electrodes for rapid and sensitive diagnostics
M. Badihi-Mosberg, M. Yemini, Y. Pascal, L. Barkat, M. Buch, J. Rishpon*, Tel-Aviv University, Israel

[O38] Recognition of conformational changes in β-lactoglobulin by molecularly imprinted thin films
N.W. Turner*¹,⁴, X. Liu², S.A. Piletsky³, V. Hlady¹, D.W. Britt², ¹University of Utah, USA, ²Utah State University, USA, ³Cranfield University, UK, ⁴University of Newcastle, Australia

[O44] Effect of hybridization temperature on the sensitivity and selectivity of an electrochemical molecular beacon DNA sensor
T. Kjällman, H. Peng, C. Soeller, J. Travas-Sejdic*, The University of Auckland, New Zealand

11:00

[O33] Biocatalytically induced growth of gold nanoshells and their applications for optical biosensing
W. Qian*, L. Liu, Southeast University, China

[O39] Sensors for bioanalytes by imprinting – polymers mimicking both biological receptors and the corresponding bioparticles
F.L. Dickert*, P.A. Lieberzeit, P. Grillberger, M. Jenik, R. Schirhagl, A. Seifner, University of Vienna, Austria

[O45] Electron Transfer (ET) characteristics of ssDNA, hybridized dsDNA, and oxidatively damaged dsDNA on gold surface: Electrochemistry and Scanning Tunneling Microscopy (STM) studies
G. McEwen, F. Chen, A. Zhou*, Utah State University, USA

11:20

[O34] Growth of gold nanocrystals incorporated with magnetic microbead-based separation as a tool for quantification of biological interactions
C. Cao, X. Li, S.J. Sim*, Sungkyunkwan University, South Korea

[O40] Development of MIPs for monitoring the anaesthetic drug propofol in clinical procedures
K. Karim*¹, S. Piletsky¹, L. Giannoudi¹, E. Piletska¹, I. Chianella¹, O. Henry², ¹Cranfield University, UK, ²Sphere Medical, UK

[O46] SPR and QCM study of biomolecular interactions in hormone receptor biology
X.D. Su*¹, S.J. Neo¹, W. Peh¹, H.F. Teh¹, J.S. Thomsen²,  ¹Institute of Materials Research & Engineering, Singapore, ²Genome Institute of Singapore, Singapore

11:40

[O35] Biosensors based on direct electron transfer of redox enzyme immobilised on nanostructured carbon transducer (amorphous nitride carbon and carbon nantubes)
E. Luais, F. Ghamouss, P.Y. Tessier, A. Djouadi, M.-P. Besland, M. Boujtita*, University of Nantes, France

[O41] The novel detection system of PCR products from bacterial genome using Zn finger proteins
Y. Osawa*¹, K. Ikebukuro¹, H. Motoki², T. Matsuo², M. Horiuchi², K. Sode¹, ¹Tokyo University of Agriculture & Technology, Japan, ²System Instruments Co., Ltd., Japan

[O47] Study of the interaction between DNA and antitumor drug mitoxantrone by dual polarization interferometry
X.R. Yang*, J. Wang, Changchun Institute of Applied Chemistry, China

12:00

[O36] Imaging Reflectometric Interference Spectroscopy (iRIfS): A versatile tool for high throughput biomolecular interaction analysis
F. Pröll*, G. Markovic, N. Schweizer, G. Gauglitz, University of Tübingen, Germany

[O42] Bound/Free separation based on structural change of aptamers and its application to biosensing
D. Ogasawara*¹, K. Ikebukuro¹, N.S. Hachiya², K. Kaneko², K. Sode¹,  ¹Tokyo University of Agriculture and Technology, Japan, ²Tokyo Medical University, Japan

[O48] New insights for using self-assembly materials to improve the detection stability in label-free DNA-chip and immunosensors
S. Carrara*, L. Benini, V. Bhalla, C. Stagni, A. Cavallini, B. Riccò, University of Bologna, Italy

13:50

[O49] Recordings of semi intracellular action potentials generated by neurons grown on transistors
A. Cohen¹,², J. Shappir¹, S. Yitzchaik¹, M.E. Spira*¹, ¹Hebrew University, Israel, ²Intel Research, Israel

[O52] Nanotechnologic biosensor ellipsometry and biomarker pattern analysis in the evaluation of atherosclerotic risk profile
G. Siegel*¹, M. Rodríguez¹, F. Sauer¹, C. Abletshauser², H.-W. Hofer³, K. Winkler⁴ et al.,  ¹University Clinic Berlin, Germany, ²Novartis Pharma, Germany, ³University of Konstanz, Germany, ⁴University Clinic Freiburg, Germany

[O55] Highly sensitive visualization of inorganic mercury in mouse neuron by fluorescence probe
Z.C. Zhang*¹, Y.Y. Wang¹, D. Wu², X.H. Qian³,  ¹Dalian University of Technology, China, ²General Hospital of PLA, China, ³East China University of Science and Technology, China

14:10

[O50] BioCapacitor ~ a novel category of biosensor
T. Hanashi*¹, W. Tsugawa¹, T. Yamazaki², M. Tomiyama³, K. Ikebukuro¹, K. Sode¹,⁴, ¹Tokyo University of Agriculture & Technology, Japan, ²National Institute for Materials Science, Japan, ³National Institute of Aerobiological Sciences, Japan, ⁴Ultizyme International Ltd., Japan

[O53] Nano-engineered polypeptide microcapsules for in vivo glucose sensing
Z.L. Zhi*, F. Khan, J. Pickup, King’s College London, UK

[O56] The development of an electronic biosensor for in-situ analysis of cell apoptosis dynamics automatically: A potential tool for anti-cancer drug discovery
L. Wang*¹,², C. Deng¹,², K. Mitchelson¹,², J. Cheng¹,², ¹Tsinghua University, China, ²National Engineering Research Center for Beijing Biochip Technology, China

14:30

[O51] Nanoscaled assemblies of electro-active proteins on electrodes for the construction of analytical signal chains
F. Lisdat*¹, R. Dronov², F. Scheller², H. Möhwald³, D. Kurth³, ¹Wildau University of Applied Sciences, Germany, ²University of Potsdam, Germany, ³Max Planck Institute of Colloids and Interfaces, Germany

[O54] Selection of ssDNA aptamer bioreceptors for ovomucoid food allergen using capillary electrophoresis
D. Tran*, J. Pollet, F. Delport, E. Lammertyn, A. Van Schepdael, J. Lammertyn, Catholic University of Leuven, Belgium

[O57] Engineering 3D cell-based systems for High Throughput Screening (HTS) in drug discovery
W.S. Kisaalita*, K. Cheng, Y. Lai, University of Georgia, USA

15:50

[K7] Self-assembling microarrays, nanowires, and nanoparticles as biosensors
J. Vörös, ETH Zurich, Switzerland

[K8] Enhancement of surface plasmon resonance detection signal by organothiols-nanopattern
P. Lisboa*, A. Valsesia, I. Mannelli, P. Colpo, F. Rossi, European Commission Joint Research Centre, Italy

[K9] "Macromolecules to PDMS transfer": Advance technology for biochips preparation
K.A. Heyries*¹,², C.A. Marquette¹, L.J. Blum¹, ¹CNRS, France, ²Université de Lyon, France

16:20

[O58] Self-assembly peptide nanofibers as electrochemical biosensing elements
J. Castillo*, M. Dimaki, W. Svendsen, Technical University of Denmark, Denmark

[O60] Recent advances in immunosensors based on electrogenerated polymers
S. Cosnier, Université Joseph Fourier, France

[O62] Automated RNA isolation on-a-chip for bacterial diagnostics
P. Vulto, P. Zahn, G. Dame, G.A. Urban*, University of Freiburg, Germany

16:40

[O59] Low energy e-beam irradiated alkanethiolate SAMs chemically-adsorbed on Au for anti-etching resist of lithography
Y.T. Wu*¹, J.D. Liao¹, C.C. Weng¹, Y.T. Hesieh¹, C.H. Chen², M.C. Wang³, M. Zharnikov⁴, ¹National Cheng Kung University, Taiwan, ²National Synchrotron Radiation Research Center, Taiwan, ³Yuanpei University, Taiwan, ⁴Universität Heidelberg, Germany

[O61] High resolution 2D-SPR affinity imaging for microarray by using silver film and 505nm LED
M. Suzuki*¹, T. Ohshima¹, Y. Iribe¹, T. Tobita², ¹University of Toyama, Japan, ²NTT Advanced Technologies Corp., Japan

[O63] Biosensors on an aircraft – A feasibility study using a systems engineering perspective
G.M.H. Hwang¹, S.P. Palchaudhuri*¹, L.P. Pang², Y.F. Fainman², J.M. McDevitt³, D.M. Milton³, ¹The MITRE Corporation, USA, ²University of California, San Diego, USA, ³University of Massachusetts, USA

17:00 – 18:15

Poster Session 2 (authors in attendance)

09:00

PLENARY LECTURE: Genetic Fusion Proteins for Biosensing
Z.-P. Zhang¹, L.-J. Bi², Y.-F. Zhou¹, H.-P. Wei¹, X.-E. Zhang*¹, ¹Wuhan Institute of Virology, ²Institute of Biophysics, Chinese Academy of Sciences, China

09:40

PLENARY LECTURE: Modern potentiometry: New directions for biosensing
E. Bakker, Curtin University of Technology, Australia

10:50

[O64] Labelled DNA hairpin probe grafted on different oxide films: Study of fluorescence intensity variations
V. Lavalley¹, A. Laurent², A. Bionaz¹, V. Stambouli*¹,  ¹Laboratoire des Matériaux et du Génie Physique, France, ²Biomérieux, France

[O69] Antibody microarray-based Immunosensors for environmental monitoring
V. Parro, P. Cruz-Gil*, G. Tabares, J.A. Rodríguez-Manfredi, L.A. Rivas, M. García-Villadangos, et al., Centro de Astrobiologia (INTA-CSIC), Spain

[O74] Optimal signal amplification of dye labeled oligonucleotide provided by cationic conjugated polymers for biosensor applications
B. Liu*, Y. Wang, K. Pu, Y. Zhang, National University of Singapore, Singapore

11:10

[O65] “Click chemistry” for the immobilisation of biomolecules on biosensors
I. Chianella*, D. Kyprianou, A. Guerreiro, E. Piletska, S. Piletsky, Cranfield University, UK

[O70] Rapid competitive immunoassays with a magnetic-label biosensor
F. de Theije¹, M. Sijbers¹, J. Nieuwenhuis¹, S. Marlin², A. Jehanli*², D. Baldwin², ¹Philips, The Netherlands, ²Cozart Ltd, UK

[O75] Diamond as a platform for label-free DNA sensors with SNP sensitivity
N. Bijnens*¹, V. Vermeeren¹, S. Wenmackers¹, K. Haenen¹,², L. Michiels¹, P. Wagner¹, ¹Hasselt University, Belgium, ²IMEC vzw, Belgium

11:30

[O66] Carbon nanotube arrays for high performance biosensor devices
Y. Yu*¹, D. Cai², T.C. Chiles², Y.C. Lan², J. Rybczynski², Z.F. Ren²,  ¹Huazhong Normal University, China, ²Boston College, USA

[O71] The ELISHA immunosensor platform: Labeless electrochemical detection of affinity reactions
T. Gibson*, G. Johnson, P.A. Millner, ELISHA Systems Ltd, UK

[O76] The effects of probe geometry on the signaling of the electrochemical E-DNA sensor
A.A. Lubin*, B. Vander Stoep Hunt, K.W. Plaxco, University of California, Santa Barbara, USA

11:50

[O67] Micro chip with nanostructured membranes for anti cancer drug screening using impedance spectroscopy
J. Yu, Q. Liu, L. Xiao, M. Yang*, The Hong Kong Polytechnic University, China

[O72] A versatile new instrument for automated microcontact printing. New opportunities for the fabrication of microfluidic and biosensor devices
M. Cabrera*¹, E. Bou Chakra¹, B. Hannes¹, J. Viellard¹, R. Mazurczyk¹, J. Potempa²,³,  ¹Institut des Nanotechnologies de Lyon, France, ²University of Georgia, USA, ³Jagiellonian University, Poland

[O77] A comparison study of SAMs of PNA and mixed thiols SAMs of PNA: Biosensors applications
E. Mateo-Marti*¹, C. Briones¹, C.M. Pradier², J.A. Martin-Gago¹,  ¹Centro de Astrobiología (CSIC-INTA), Spain, ²Laboratoire de Réactivité de Surface (CNRS), France, ³Instituto de Ciencia de Materiales de Madrid (CSIC), Spain

12:10

[O68] A new immobilisation strategy for evanescent wave sensor technology
M.J. Whitcombe*¹, V. Chegel², S.A. Piletsky¹, ¹Cranfield University, UK, ²National Academy of Sciences of Ukraine, Ukraine

[O73] Life marker chip technology for in-situ evidence of life detection on mars
D.C. Cullen¹, P.K. Wilson*¹, M.R. Sims², A. Prak³, E. Laan⁴, L. Richter⁵, et al., ¹Cranfield University, UK, ²Leicester University, UK, ³LioniX B.V., The Netherlands, ⁴Dutch Space B.V., The Netherlands, ⁵German Aerospace Center (DLR), Germany

[O78] Field effect-based DNA sequencing
T. Sakata*¹, Y. Miyahara¹,², ¹The University of Tokyo, Japan, ²National Institute for Materials Science, Japan

15:00

[O79] Raman spectroscopy cell-based biosensors for pharmaceutical testing
A. Zoladek*¹, C. Owen², M. Stevens², P. Patel³, I. Notingher¹, ¹University of Nottingham, UK, ²Imperial College London, UK, ³University of Nottingham, City Hospital, UK

[O83] Rational design of molecularly imprinted polymers - present scenario and future directions
S. Subrahmanyam*, K. Karim, S.A. Piletsky, Cranfield University, UK

[O87] Biosensors for diabetes – Quo vadis?
A.P.F. Turner, Cranfield University, UK

15:20

[O80] Cell-based olfactory biosensor using SPR to monitor odorant-induced responses
S.H. Lee*, H.J. Ko, T.H. Park, Seoul National University, South Korea

[O84] Electrochemical probing of HIV proteins using ferrocene-conjugated peptides
K. Kerman*, H.-B. Kraatz, The University of Western Ontario, Canada

[O88] Needle-type glucose/lactate sensors with nitric oxide releasing/generating polymeric coatings for enhanced biocompatibility
Q. Yan*, M.E. Meyerhoff, The University of Michigan, USA

15:40

[O81] Fabrication of size-controllable micro-/nano-disk electrode that enables monitoring single vesicle release kinetics or fusion pore dynamics at tiny structures
Z.Y. Li, W. Zhou, Z.X. Wu, R.Y. Zhang*, Huazhong University of Science & Technology, China

[O85] Different approaches for detection of several plasma proteins by electrochemical aptamer-based affinity biosensors
S. Centi*, I. Palchetti, S. Tombelli, S. Laschi, M. Mascini, Università degli Studi di Firenze, Italy

[O89] A bifunctional recognition layer based on haptenized acetylcholinesterase
C. Teller*, W. Stöcklein, F.W. Scheller, University of Potsdam, Germany

16:00

[O82] Towards a pharmaceutical screening system combining the light-addressable potentiometric sensor with magnetic beads
T. Wagner*¹,², W. Vornholt³, M. Biselli¹, M. Keusgen³, M.J. Schöning¹,²,  ¹Aachen University of Applied Sciences, Germany, ²Research Centre Jülich, Germany, ³Marburg University, Germany

[O86] Label-free sensing using molecular imprints
R. Rajkumar*¹,², M. Katterle², A. Warsinke¹, H. Moehwald³, F. Scheller¹,², ¹University of Potsdam, Germany, ²Fraunhofer Institute for Biomedical Engineering IBMT, Germany, ³Max Planck Institute of Colloids and Interfaces, Germany

[O90] Bioorganometallic approach for the electrochemical detection of kinase-catalyzed protein phosphorylation
K. Kerman, H. Song, H.-B. Kraatz*, The University of Western Ontario, Canada

16:20

[K10] Tunneling magnetoresistance sensors towards single molecule detection
C. Albon*, M. Schilling, K. Rott, G. Reiss, A. Huetten, Bielefeld University, Germany

[K11] Label-less AC impedimetric antibody based sensors with pg/ml sensitivities for point-of-care biomedical applications
A.C. Barton¹, S.D. Collyer¹, F. Davis¹, G. Garifallou¹, G. Tsekenis¹, E. Tully², S.P.J. Higson*¹ et al., ¹Cranfield University, UK, ²Dublin City University, Ireland

[K12] Optical conformation studies on DNA layers covalently bound to diamond-based sensors
S. Wenmackers*¹², V. Vermeeren², K. Roodenko³, S.D. Silaghi³, N. Esser³, P. Wagner¹², ¹Hasselt University, Belgium, ²Transnational University Limburg, Belgium, ³ISAS – Institute for Analytical Sciences, Germany

16:50

[O91] Magnetic bio-nanobeads and quantum dots based optical biosensor for rapid and sensitive detection of Listeria monocytogenes
Y. Li*, Y. Xiong, C. Ruan, H. Huang, H. Wang, University of Arkansas, USA

[O93] Diamond-like carbon (DLC) microelectrode for electrochemical ELISA
J.C. Pyun*, J.I. Kim, Yonsei University, South Korea

[O95] Rapid DNA immunoassays on a magneto-resistance biosensor
M. Koets*¹, T. van der Wijk¹, J. van Eemeren¹, A. van Amerongen², M. Prins¹, ¹Philips Research, The Netherlands, ²Wageningen University, The Netherlands

17:10

[O92] DNA-SuperNova: Mega-amplified detection of DNA with PCR-like sensitivity using nanoparticles
R. Renneberg, HKUST, China

[O94] Modified quartz crystal microbalance biosensor for cardiovascular marker diagnosis
K. Wong-ek*¹, A. Wisitsoraat², K. Jaruwongrungsee², A. Tuantranont²,  ¹Chulalongkorn University, Thailand, ²National Electronics and Technology Center, Thailand

[O96] Development of DNA aptamers against whole, live bacterial cell surface molecules
C.L. Hamula*, H. Zhang, X.-F. Li, X.C. Le, University of Alberta, Canada

17:30

Closing Session and Poster Award Ceremony