poster program - elsevier · poster program poster session 1 wednesday, 16 may 2012 [p1.1]...

Poster Program Poster Session 1

Wednesday, 16 May 2012

[P1.1] Detecting the plasma fibrinogen and coagulation factor using piezoelectric quartz crystal blood coagulation biosensor C.Y. Yao*, W.L. Fu, The Third Military Medical University, China

[P1.2] Mip-based biomimetic sensor for the detection of serotonin in plasma M. Peeters*

1, F.J. Troost

2, B. van Grinsven

1, F. Horemans

1, J. Alenus

1, D.

Keszthelyi2,

1Hasselt University, Belgium,

2Maastricht University Medical Center, The

Netherlands, 3XIOS University College Limburg, Belgium,

4IMEC vzw, Belgium

[P1.3] A room temperature gas sensor using dye-sensitized Tio2 thin layer for pork-borne amines monitor X.B. Zou*, X.W. Huang, Y.X. Li, J.Y. Shi, J.W. Zhao, Jiangsu University, China

[P1.4] An electric circuit equivalent model to describe membrane pores in electroporation B.I. Morshed*

1, M. Shams

2, T. Mussivand

3,

1The University of Memphis, USA,

2Carleton

University, Canada, 3The University of Ottawa, Canada

[P1.5] The microcontact imprinting of chlamydomonas reinhardtii on poly(ethylene-co-vinyl alcohol) coated anode for the microbial fuel cells M.H. Lee

1, H.Y. Lin*

2, W.J. Chen

2, J.L. Thomas

3, P.H. Lu

1, C.Y. Huang

4,

1I-Shou University,

Taiwan, 2

National University of Kaohsiung, Taiwan, 3

University of New Mexico, USA,

4National University of Tainan, Taiwan,

5National Cheng Kung University, Taiwan

[P1.6] Electrical detection of a single DNA-molecule using fixed electrodes H. van Zalinge*, D.V. Nicolau, University of Liverpool, UK

[P1.7] A planer microelectrode array (pMEA) based on thin film technology monitoring of spontaneous and evoked activity of cortical neurons C.X. Liu*, Y.L. Song, N.S. Lin, M.X. Wang, X.X. Cai, Institute of Electronics, China

[P1.8] Solar-powered biosensor in the perspective of the eposmote wireless sensing plataform A. Paulon, L. Slongo, A. Fröhlich*, UFSC, Brazil

[P1.9] A graphene array platform for the ultrasensitive label-free multiplexed electrochemical detection of allergens in food S. Eissa*, M. Zourob, Institut national de la recherche scientifique, Canada

[P1.10] A sensor LSI for wireless sensing of temperature and glucose level to develop a health navigation system Y. Murakami*

1, Y. Taira

1 ,2, N. Hattori

1, T. Ishikawa

1, S. Azuma

2, R. Miyake

1,

1Hiroshima

University, Japan, 2Top Wave, Japan

[P1.11] Bio-arithmetic logic unit composed of various metalloproteins Y.H. Chung

1, T. Lee*

1, J. Min

3, J.W. Choi

1 ,2,

1Sogang Univerisity, Republic of Korea,

2Sogang University, Republic of Korea,

3Chung-Ang University, Republic of Korea

[P1.12] Fabrication and characterization of implantable wireless pressure sensor for biomedical applications A. Gunawan, M.S. Chae, J.Y. Kang, S.H. Lee*, Korea Institute of Science and Technology, Republic of Korea

[P1.13] Novel conducting organic supporting matrices for enhanced performance of direct ethanol fuel cells L.Q. Hoa*

1, M.C. Vestergaard

2, H. Yoshikawa

1, M. Saito

1, E. Tamiya

1,

1Osaka University,

Japan, 2Japan Advanced Institute of Science and Technology, Japan

[P1.14] Flexible MEMS neural probe using polyimide and sucrose gel for reducing neuron damage M. Jeon*

1 ,2, J. Cho

1, Y. Kim

1, E. Yoon

1, S. Shin

2, I. Cho

1,

1Korea Institute of Science and

Technology, Republic of Korea, 2Korea University, Republic of Korea

[P1.15] Nanoscale biomemory device composed of recombinant azurin on hexagonally packed au nano array T. Lee*

1, A. Yagati

1, J. Min

2, J. Choi

1,


2Chung-Ang

University, Republic of Korea

[P1.16] Fabrication and testing of toughness-enhanced microelectrode arrays for neuroelectrical recording in vivo Y.L. Song, C.X. Liu, N.S. Lin, T.J. Jiang, W.J. Yu, X.X. Cai*, Chinese Academy of Science, China

[P1.17] Biosensor for medical diagnostics based on swnt using raman spectroscopy J. Bansal*, I. Singh, P.K. Bhatnagar, P.C. Mathur, University of Delhi South Campus, India

[P1.18] Use of a DNA sequence detection system for medical diagnostics & testing quality of water & food J. Bansal*, N. Mathur, A. Aneja, P.K. Bhatnagar, P.C. Mathur, University of Delhi South Campus, India

[P1.19] Towards an advanced drug screening system: Stimulation and recording with single-cell resolution on a high-density CMOS chip with micro-nail electrodes R. Huys*

1, D. Jans

1, A. Stassen

1, N. Collaert

1, G. Callewaert

2, D. Braeken

1,

1IMEC,

Belgium, 2K.U.Leuven, Belgium

[P1.20] Development of an integrated reference electrode for cell culture monitoring with large arrays of pH sensors A. Adami*, S. Pedrotti, L. Lorenzelli, FBK-Fondazione Bruno Kessler, Italy

[P1.21] Novel biosensing µISE based on potentiometric measurement for the detection of Isoniazid antibiotic S. Merzouk

1 ,2, N. Zine

1, A.L. Stoica

3, C. Vinas

3, M. Tahajanan

5, M. Agouzoul

2, A.

Errachid*1,

1Université Claude Bernard Lyon1, France,

2University Mohammed V Agdal,

Morocco, 3

Institut de Ciència de Materials de Barcelona, Spain, 4

Centre Nacional de Microelectrònica (IMB-CSIC), Spain,

5Ecole Normale Supérieure de l'Enseignement

Technique, Morocco

[P1.22] Polyimide-based pressure sensor as a biomedical platform M. Bee*

1, J. Ulmer

2, J. Müller

1,

1Hamburg University of Technology, Germany,

2BIOLAB

Technology AG, Switzerland

[P1.23] Characterization of cell clusters by electric impedance spectroscopy S.C. Bürgel*, N. Haandbæk, O. Frey, A. Hierlemann, ETH Zürich, Switzerland

[P1.24] Development of an electrical simulation approach for electrode/electrolytes interfaces based on lumped and pseudo-distributed equivalent elements M. Scaramuzza*, A. Ferrario, E. Pasqualotto, A. De Toni, A. Paccagnella, University of Padova, Italy

[P1.25] Impedance spectroscopy for in situ cell growth monitoring S. Duchateau

1 ,2, J. Broeders

1 ,2, D. Janssen

3, D. Croux

2, R. Thoelen

1, W. de Ceuninck

3 ,4, M.

Peeters*1,

1XIOS University College, Belgium,


3Hasselt

University Biomedical institute, Belgium, 4IMEC, Belgium

[P1.26] Recording neuronal networks from the enteric nervous system using various methods based on multielectrode array approaches L. Schwarz, P. Kolbe, K.H. Schäfer*, University of Applied Sciences, Germany

[P1.27] The progress of bioelectronic nose and bioelectronic tongue in vitro and in vivo P. Wang, C.S. Wu*, Zhejiang University, China

[P1.28] Designing a piezoelectric film diaphragm used as a biosensor platform W. Ren*, S.K. Li, X.Q. Wu, P. Shi, Xi'an Jiaotong University, China

[P1.29] mScan A fully automated system for protein array analysis using large scale magnetic sensor array and magnetic labels J. Lian

1, S. Shi*

2, Y. Gao

1 ,2,

1Chinese Academy of Sciences, China,

2Magnetic Biosensor

Systems, China

[P1.30] Electrochemical antioxidant detection technique based on guanine bonded graphene and magnetic nanoparticles composite materials P. Li*, W. Zhang, J. Zhao, F. Meng, Q. Yue, L. Wang, Liaocheng University, China

[P1.31] Real-time monitoring of ischemia inside stomach with an implantable electrochemical array I.B. Tahirbegi

1 ,3, M. Mir*

1 ,2, J. Samitier

1 ,2,

1Institute for Bioengineering of Catalonia (IBEC),

Spain, 2Biomateriales y Nanomedicina (CIBER-BBN), Spain,

3University of Barcelona, Spain

[P1.32] Using surface plasmon resonance imaging to address cell-based biological issues Y. Roupioz

1, T. Livache

1, P. Marche

2, C. Frydman*

3,

1CREAB – SPRAM – CEA Grenoble,

France, 2Institut Albert Bonniot – INSERM Grenoble, France,

3HORIBA Scientific, France

[P1.33] Novel fabrication and signal acquisition approach for high density biosensors M. Weigel-Jech, O.C. Haenssler, S. Fatikow*, University of Oldenburg, Germany

[P1.34] Increasing MIP sensor usability in field applications J. Broeders

1 ,2, D. Croux

1, A. Weustenraed

1, M. Peeters*

1,


2Xios University College, Belgium

[P1.35] Creatinine-albumin urinalysis with plastic cartridge, compatible sample gathering module, and automatic reader J. Hong*, C.S. Ah, Y.H. Choi, G.Y. Sung, Electronics and Telecommunications Research Institute, Republic of Korea

[P1.36] A disposable screen-printed biosensor for the detection of pyruvate in onions L.J. Jones*

1, C. Creanga

2, L. Statton

1, R.W. Pittson

1, N. El Murr

2,

1Gwent Electronic

Materials Ltd, UK, 2University of Nantes, France

[P1.37] An automated system for the analysis of organophosphate pesticides in environmental and food samples based on an acetylcholinesterase biosensor array A.P. Crew*

1, D. Lonsdale

2, R. Pittson

3, J.P. Hart

1,

1University of the West of England, UK,

2Uniscan Instruments, UK,

3Gwent Electronic Materials Ltd, UK

[P1.38] Extremely rapid and fully reprogrammable total pcr assays using wire-guided droplet microfluidics D. You*, P. Tran, H-J. Kwon, J-Y. Yoon, University of Arizona, USA

[P1.39] Angle interrogating optical sensor argos: Scanning mems mirror for higher performance label-free optical biosensing F. Kehl*

1 ,2, J. Vörös

1, S. Follonier

2,

1ETHZ, Switzerland,

2CSEM, Switzerland

[P1.40] Development of a flat dry-PH-sensor for skin surface ph measurement T. Nagashima*

1, T. Komeda

1, H. Koyama

1, S. Yamamoto

1, T. Yajima

2,

1Shibaura Institute of

Technology, Japan, 2Saitama Institute of Technology, Japan

[P1.41] An electrochemiluminescent DNA sensor based on the enhanced signal by nano-gold and the quenched signal by ferrocene W. Yao*

1 ,2, L. Wang

1, H. Wang

1, X. Zhang

1, L. Li

1, N. Zhang

2,

1Anhui Normal University,

China, 2Huangshan University, China

[P1.42] A label-free detection of exosomal micrornas using a semiconductor device T. Goda*, K. Masuno, J. Nishida, A. Matsumoto, Y. Miyahara, Tokyo Medical and Dental University, Japan

[P1.43] Towards scalable electronic sequencing using transducer arrays and CMOS electronics M. Varma*, X. Su, J.S. Daniels, O.H. Elibol, G.M. Credo, K. Wu, Intel Corporation, USA

[P1.44] Efficiency of protective films at the DNA biosensors against surface active compounds J. Labuda*, L. Hlavata, K. Benikova, Slovak University of Technology in Bratislava, Slovakia

[P1.45] A microfluidic-based electrochemical nano-biochip for label-free diffusion-restricted DNA hybridization analysis H. Ben-Yoav*, P.H. Dykstra, W.E. Bentley, R. Ghodssi, University of Maryland, USA

[P1.46] Single-nucleotide polymorphism genotyping on a multiplexed electrochemical biosensor with nonfouling surface G. Liu*

1 ,2, R.J. Lao

2, L. Xu

1, Q. Xu

1, L. Li

1, M. Zhang

1,

1Shanghai Institute of Measurement

and Testing Technology, China, 2Shanghai Institute of Applied Physics, China

[P1.47] Detection of bacterial 16S rRNA using an MB-based tricomponent probe Y.V. Gerasimova, D.M. Kolpashchikov*, University of Central Florida, USA

[P1.48] Precise transcript profiling method based on rt-mlpa-ce-sscp G. Jung*

1 ,2, G. Shin

1, B. Chung

1, H. Hwang

1, C. Ryu

3,

1Pohang University of Science and

Technology (POSTECH), Republic of Korea, 2Pohang University of Science and Technology

(POSTECH), Republic of Korea, 3RPI, USA

[P1.49] Surface plasmon resonance imaging for DNA detection: Optical sensing coupled with nanotechnology M-L. Ermini

1, S. Mariani*

1, F. Bellissima

1, S. Scarano

1, M. Bonini

1 ,2, M. Minunni

1

,2,

1Università degli Studi di Firenze, Italy,

2Università degli Studi di Firenze, Italy

[P1.50] A simple metal ion detection based-on the peroxidase-like activity of magnetic nanoparticles and target specific ssDNA Y.S. Kim*, J. Jurng, Korea Institute of Science and Technology, Republic of Korea

[P1.51] Gold nanoparticle-based homogeneous fluorescent aptasensor for multiplexdetection Y.S. Kim*, J. Jurng, Korea Institute of Science and Technology, Republic of Korea

[P1.52] Quantitative single mismatched DNA detection on glass using gold nanoparticles and quantum dots X.Y. Ma*, S.J. Sim, Korea University, Republic of Korea

[P1.53] A micro-electrochemical sensor for the detection of methicillin resistance in Staphylococcus aureus H. Ceylan Koydemir*, H. Kulah, C. Ozgen, Middle East Technical University, Turkey

[P1.54] Aptamer-based targeting of Thrombin: A kinetic insight of the sandwich formed upon capture C. Daniel

1, F. Melaine

1, A. Buhot

2, T. Livache

1, Y. Roupioz*

1,

1CREAB Institute for

Nanosciences & Cryogeny, France, 2GT Institute for Nanosciences & Cryogeny, France

[P1.55] Electrochemically-active-switching molecular beacon with Fe3O4@Au magnetic nanoparticles for detection of single-nucleotide polymorphisms P. He*, J. Luo, C. Huang, G. Cheng, East China Normal University, China

[P1.56] The integration of DNA-based QCM with isothermal DNA amplification system for human papillomavirus type 58 detection P. Prakrankamanant*

1 ,2, C. Promptmas

3, C. Leelayuwat

2, T. Limpaiboon

2, T. Pogfai

4, P.

Jearanaikoon2,

1Khon Kaen University, Thailand,

2Khon Kaen University, Thailand,

3Mahidol

University, Thailand, 4

National Electronics and Computer Technology Center (NECTEC), Thailand

[P1.57] Aptamer beacons for visualization of endogenous protein HIV-1 reverse transcriptase in living cells Z-P. Zhang*, Y. Liang, Z-Q. Cui, X-E. Zhang, Chinese Academy of Sciences, China

[P1.58] Study of several sulfhydryl interfaces for electrochemical DNA biosensor applications W.A. Pardo

1 ,3, M. Mir*

1 ,2, J. Samitier

1 ,2,


Spain, 2

Centro de Investigación Biomédica en Red en Bioingeniería Biomateriales y Nanomedicina (CIBER-BBN), Spain,


[P1.59] Micro chip platform for the characterization of breast cancer cell using aptamer combined immunohistochemistry J.Y. Won*

1, J. Min

2, J.W. Choi

1,


2Gachon University,

Republic of Korea

[P1.60] Non-traditional electrode materials for the development of new voltammetric DNA biosensors V. Vyskocil*, Z. Krejcova, E. Horakova, J. Barek, Charles University in Prague, Czech Republic

[P1.61] Rapid single strand target preparation for improved microarray hybridization using magnetic nanoparticles S.L. Li*

1 ,2, H.L. Liu

1, Z.L. Li

1, C.M. Ma

1, N.H. He

1,

1Southeast University, China,

2Hunan

University of Technology, China

[P1.62] Enzyme free spectral and electrical detection of ssDNA readout via directed DNA co-polymerization hybridization M.J. Anderson, E.C. Alocilja*, Michigan State University, USA

[P1.63] Oligonucleotide ligation mediated on-chip snp detection O. Akca*, M.T. Oz, H.A. Oktem, Middle East Technical University, Turkey

[P1.64] Electrochemical DNA nano-biosensor for the detection of genotoxins in water samples W. Xia, Y. Zhou, X. Chen, Y.Y. Li, B. Xu, S.Q. Xu*, Huazhong University of Science and Technology, China

[P1.65] Surface functionalization of an inert fluoropolymer substrate by surface grafting as a new platform for fluorescence-based biosensors C.H. Jung

1, I.T. Hwang*

1, I.S. Kuk

1 ,2, J.H. Choi

1, B.K. Oh

3, Y.M. Lee

2,

1Korea Atomic

Energy Research Institute, Republic of Korea, 2

Hanyang University, Republic of Korea,

3Sogang University, Republic of Korea

[P1.66] Magnetic dna detection for point-of-care diagnosis S. Chaychian*, N. Manivannan, W. Balachandran, Brunel University, UK

[P1.67] Template and catalytic effects of DNA in the construction of polypyrrole/DNA composite macro and ultra-micro electrodes J.P. Tosar*

1, J.L. Holmes

2, S.D. Collyer

3, F. Davis

2, J. Laíz

1, S.P.J. Higson

2,

1La República

University, Uruguay, 2Cranfield University, UK,

3Microarray Ltd, UK

[P1.68] Follow-up of the ssDNA/HsRad51 interaction by quartz cristal microbalance and confirmation by AFM C. Esnault

1,

1Université du Maine, France,

2Université du Maine, MMS, France,

3Université

de Nantes, U3B, France

[P1.69] Impedimetric sensor for the label-free detection of protein/DNA interactions C. Tersch, D. Schäfer, F. Lisdat*, Wildau University of Applied Sciences, Germany

[P1.70] LOC device for DNA electrochemical qualitative detection Z. Herrasti*, M. Agirregabiria, M.P. Martínez, F. Martínez, Ikerlan-IK4, Spain

[P1.71] Direct immobilisation of thiolated DNA on glassy carbon electrodes: A novel route for the preparation of highly stable genosensor A.M. Bebela

1, V. Beni*

2, M.O. Rodriguez

1, C.K. O'Sullivan

1 ,3,

1Universitat Rovira i Virgilii,

Spain, 2

Linköping University, Sweden, 3

Institucio Catalana de Recerca i Estudis Avançats, Spain

[P1.72] A post amplification strategy for time effective detection of Legionella pneumophilia genetic content A.M. Foudeh*

1, J. Daoud

1, H. Gagnon

1, T. Veres

2, M. Tabrizian

1,

1McGill University,

Canada, 2Industrial Materials Institute, Canada

[P1.73] DNA aptamers as molecular recognition elements for the detection of pathogens S. Linkorn*, R. Stoltenburg, B. Strehlitz, Helmholtz Centre for Environmental Research, Germany

[P1.74] Dielectrophoretic response of DNA in physiological solution using impedimetric measurements S. Li

1 ,2, B.I. Morshed*

3, J. Wu

1, C. Ke

4,

1The University of Tennessee, USA,

2Harbin

Institute of Technology, China, 3

The University of Memphis, USA, 4

State University of New York at Binghamton, USA

[P1.75] DNA sensing layers attached to GC and Au surfaces through aminoethylophenyl linkers of different origin A-M. Nowicka, A. Kowalczyk, M. Fau, Z. Stojek*, University of Warsaw, Poland

[P1.76] Electrochemical aptamer-based sandwich assays for the detection of explosives M. Ho*

1, N. D'Souza

2, P. Migliorato

1,

1University of Cambridge, UK,

2Defence Science and

Technology Laboratory, UK

[P1.77] Dengue virus serotyping by using DNA microarray and surface plasmon resonance imaging J. Maldonado*

1, L.M. Muñoz

2, G. Pérez

2, C. Mendoza-Barrera

1, V. Altuzar

1,

1Universidad

Veracruzana, Mexico, 2

Centro de Investigación y de Estudios Avanzados del Instituto Politécnico, Mexico

[P1.78] A new approach to detection of gene transcription using a nanoplasmonic sensor M.S. Song*

1, S.P. Choi

2, S.J. Sim

2,

1Sungkyunkwan University, Republic of Korea,

2Korea


[P1.79] High contrast fluorescence imaging of biomolecules using an optical interference mirror slide with a polarized excitation light M. Yasuda*, T. Akimoto, Tokyo University of Technology, Japan

[P1.80] Quantitative analysis of interactions between cis element and trans factors in response to available zinc in milk and yoghurt M.S.R. Siddiki*

1, S. Ueda

1 ,2, I. Maeda

1 ,2,

1Tokyo University of Agriculture and Technology,

Japan, 2Utsunomiya University, Japan

[P1.81] Improvement of affinities of vegf-binding aptamers for biosensor by in silico maturation Y. Nonaka*, T. Fukaya, K. Abe, K. Ikebukuro, Tokyo University of Agriculture and Technology, Japan

[P1.82] Aptamer-based electrochemical "signal off" sensor for detection of okadaic acid in shellfish B. Prieto-Simón

1 ,2, J. Samitier

1 ,2, M. Barreiros dos Santos*

1,

1IBEC, Spain,

2CIBER-BBN,

Spain, 3University of Barcelona, Spain

[P1.83] quantification of surface etching by common buffers and implications on the accuracy of label-free biological assays S. Ahn, P. Spuhler, M. Cabodi, M.S. Ünlü*, Boston University, USA

[P1.84] Amplification-free detection of Viral DNA D.A.C. Thomson*, E. Tee, N. Tran, M.A.C. Cooper, University of Queensland, Australia

[P1.85] PDMS-based microfluidic chip and screen-printed electrode for rapid detection of influenza A virus K. Yamanaka*

1, M. Saito

1, R. Koketsu

1, N. Nagatani

2, K. Ikuta

1, E. Tamiya

1,

1Osaka

Universty, Japan, 2Okayama Universty of Science, Japan

[P1.86] Biosensors dedicated to small molecule detection: Aptamer-based assays using fluorescence polarization S. Perrier*, V. Guieu, C. Ravelet, E. Peyrin, DPM / UJF, France

[P1.87] Riboregulator for controlling synthetic cyanobacterial bioprocess K. Abe*

1 ,2, Y. Sakai

1 ,2, K. Sode

1 ,2, K. Ikebukuro

1 ,2,

1Tokyo University of Agriculture and

Technology, Japan, 2Japan Science and Technology Agency, Japan

[P1.88] Highly sensitive detection of mercury(II) ion using aptamer-modified solid surface H. Go*, S. Park, K. Kim, University of Incheon, Republic of Korea

[P1.89] 2D crystalline protein layers as immobilization matrices for the development of DNA microarrays S. Scheicher*

1, B. Kainz

2, N. Reitinger

3, H. Ditlbacher

3, S. Koestler

1, A.

Leitner3,

1JOANNEUM RESEARCH Materials Institute for Surface Technologies and

Photonics, Austria, 2

University of Natural Resources and Applied Life Sciences Vienna, Austria,

3University Graz, Austria

[P1.90] Voltammetric biosensor for evaluation of DNA damage by disperse orange 1 textile dye C.V. Uliana, G.S. Garbellini, H. Yamanaka*, UNESP, Brazil

[P1.91] Aptasensors for salivary therapeutic drug monitoring A. Cass*, S. Sharma, S. Scott, Imperial College London, UK

[P1.92] Point-of-care detection of Parvovirus B19 DNA in serum samples employing a microfluidic device based on chemiluminescence contact imaging A. Roda*

1 ,2, M. Mirasoli

1 ,2, L.S. Dolci

1, F. Bonvicini

3, A. Buragina

1, F. Di Furio

3,

1University

of Bologna, Italy, 2Istituto Nazionale di Biostrutture e Biosistemi, Italy,

3University of Bologna,

Italy

[P1.93] Direct label-free molecular detection of methicillin resistant Staphylococcus aureus (MRSA) using an impedimetric biosensor H. Schulze*

1, D.K. Corrigan

1, T.T. Bachmann

1, C.W.C. Consortium

2,

1The University of

Edinburgh, UK, 2The University of Edinburgh, UK

[P1.94] DNA microarray for rapid and sensitive detection of antibiotic resistance directly from urine H. Peter

1, K. Berggrav

1, U. Dobrindt

2, W. Witte

3, K. Templeton

4, T.T.

Bachmann*1,

1University of Edinburgh, UK,

2University of Muenster, Germany,

3Robert

Koch-Institute, Germany, 4Royal Infirmary of Edinburgh, UK

[P1.95] ThermaLight - A new multiplexed biosensing assay addressing complex molecular detection demonstrated for rapid antibiotic resistance detection H. Peter

1, K.E. Pierce

3, K. Templeton

4, C. Volpe

2, L.J. Wangh

3, T.T.

Bachmann*1,

1University of Edinburgh, UK,

2Smiths Detection Diagnostic, UK,

3Brandeis

University, USA, 4Royal Infirmary of Edinburgh, UK

[P1.96] Impedimetric detection of DNA hybridization and denaturation using interdigitated electrodes functionalized with graphene M.H. Abouzar*

1, R. Lanche

1 ,2, A. Vogt

1, X.T. Vu

1, P. Wagner

2, S. Ingebrandt

1,

1University of

Applied Sciences Kaiserslautern, Germany, 2Hasselt University, Belgium

[P1.97] Ultra-low voltage organic biosensor for DNA hybridization detection S. Lai*

1, M. Demelas

1 ,2, G. Casula

1, P. Cosseddu

1 ,2, M. Barbaro

1, A. Bonfiglio

1

,2,

1University of Cagliari ITALY, Italy,

2INFM S3 nanoStructures and bioSystems at Surfaces

CNR, Italy

[P1.98] A molecular motion sensor - oscillating pna/dna interfaces for label-free snps detection in complex media M. Maruyama*, C. Kraeh, E. Pringsheim, U. Rant, TU München, Germany

[P1.99] Hybridization on DNA chips: Influence of cations and probe density on hybridization dynamics H. Sipova*

1, M. Bockova

1, J. Stepanek

2, J. Homola

1,

1Institute of Photonics and Electronics,

Czech Republic, 2Charles University in Prague, Czech Republic

[P1.100] Sequence-specific molecularly-imprinted polymeric electrode for point mutation analysis A. Tiwari*, H. Kobayashi, A. Turner, Linköping University, Sweden

[P1.101] Adsorption optimization of mixed monolayer of dna and mch on gold electrodes for electrochemical detection of oligonucleotide sequences A. Ferrario*, M. Scaramuzza, E. Pasqualotto, A. De Toni, A. Paccagnella, University of Padova, Italy

[P1.102] Aptamers as a tool to detect estrogenic substances in environmental samples K. Vanschoenbeek*, L. Michiels, Hasselt University, Belgium

[P1.103] Capacitive micromembrane array biosensor for clinical applications: Detection of the KRAS mutational status for colorectal cancer therapy G. Tsekenis*

1, M. Chatzipetrou

2, M. Filippidou

3, A. Klinakis

1, S. Chatzandroulis

3, I.

Zergioti2,

1Biomedical Research Foundation of the Academy of Athens, Greece,

2National

Technical University of Athens, Greece, 3

Institute of Microelectronics NCSR Demokritos, Greece

[P1.104] Detection of SNPs using an impedimetric, real-time, and label-free DNA-sensor based on nanocrystalline diamond as a transducer V. Vermeeren

1, N. Vanden Bon

1, B. Van Grinsven

2, M. Ameloot

1, K. Haenen

2, W. De

Ceuninck3, K. Van Schoenbeek*

1,


2Hasselt University,

Belgium, 3IMEC vzw, Belgium

[P1.105] Amplified single molecule detection using an electrical biosensor C. Russell*

1, K. Welch

2, J. Jarvius

3, M. Nilsson

1,

1Uppsala University, Sweden,

2Uppsala

University, Sweden, 3Q-linea AB, Sweden

[P1.106] Measurement of 1,2-dichloroethane at picomolar levels using a dehalogenase-based fiber-pptic biosensor V. Acha

3, B. Heinze*

1, J. Damborsky

2, D.S. Dandy

1, K.F. Reardon

1,

1Colorado State

University, USA, 2

Masaryk University, Czech Republic, 3

Institut Polytechnique LaSalle Beauvais, France

[P1.107] Effective phenol biosensor from AuNPs/polypyrrole nanorods/HRP Y. Daoa

1, C. Thanachayanont

2, S. Prichanont*

1,

1Chulalongkorn University, Thailand,

2National Metal and Materials Technology Center, Thailand

[P1.108] The optimal conditions for HRP and polypyrrole co-immobilization on sonochemical ablated microelectrode arrays for phenol detection P. Rujisomnapa

1, L. Kaewvimol*

1, C. Thanachayanon

2, S.P.J. Higson

3, S.D. Collyer

3, S.

Prichanont1,


2National Metal and Materials Technology

Center, Thailand, 3Cranfield University

[P1.109] Biofunctionalization of PDMS in lab-on-chip technology B. Ibarlucea*

1, C. Fernández-Sánchez

1, S. Demming

2, S. Büttgenbach

2, A.

Llobera1,

1Institut de Microelectrònica de Barcelona IMB CNM, Spain,

2Technische

Universität Braunschweig, Germany

[P1.110] Peroxygenase based enzyme electrode for aromatic substances B. Neumann*

1, A. Yarman

1, G. Gröbe

2, N. Gajovic-Eichelmann

1, U. Wollenberger

3, F.

Scheller1 ,3

, 1Fraunhofer IBMT, Germany,

2Lausitz University of Applied Sciences, Germany,

3University of Potsdam, Germany

[P1.111] Acetylcholinesterase biosensor based on chitosan/prussian blue/multiwall carbon nanotubes/hollow gold nanospheres formed by one-step electrodeposition X. Sun*, C. Zhai, X. Wang, Shandong University of Technology, China

[P1.112] A Luciferase-based molecular sensor for studying in-vitro protein-DNA interaction H.P. Wei*, Y. Zhang, F.Y. Li, J.P. Yu, X.E. Zhang, Chinese Academy of Sciences, China

[P1.113] Nanobiocatalysis for enzyme-based biosensors and biofuel cells J. Kim, Korea University, Republic of Korea

[P1.114] Mutation of prethrombin-2: Application for detection of prothrombin in human plasma L. Saa*, A. Virel, V. Pavlov, CIC biomaGUNE, Spain

[P1.115] Enzymatic Kit for ethanol determination in fermentation medium by industrial yeast strains F. Danieli, D. Carvalheiro, C.F. Zanelli, A.M.F. Almeida, E.A.L. Gattas*, UNESP, Brazil

[P1.116] Canavalia ensiformis as biocatalyst for urea biosensor based on potentiometric ammonium ion-selective electrode L. Silva, A. Salgado*, R. Flores, EQ/UFRJ, Brazil

[P1.117] Micro-electrode modified with graphene sheets in aqueous solution for catechol electrochemical detection B. Pérez-López

1 ,2, L. Baptista-Pires

1, A. Merkoçi*

1 ,3,

1Universitat Autònoma de Barcelona,

Spain, 2LEITAT Technological Center, Spain,

3ICREA, Spain

[P1.118] Implantable enzymatic biosensors for neurotransmitter detection: Effects of immobilization method on enzyme selectivity and consequences on glutamate detection in the brain N. Vasylieva*

1 ,2, D. Barbier

1, S. Marinesco

2,

1Lyon Institute of Nanotechnology, France,

2Lyon Neuroscience Research Center, France

[P1.119] Effect of immobilization of tyrosinase on the apparent KM using a screen printing sensor E. Rodríguez-Sevilla*

1, M.T. Ramírez-Silva

1, A. Merkoçi

2, M. Palomar-Pardavé

3, A. Rojas-

Hernández1, M. Romero-Romo

3,

1University Autonomous Metropolitan campus Iztapalapa,

Mexico, 2

Nanobioelectronics and Biosensors Group, Spain, 3

University Autonomous Metropolitan campus Iztapalapa, Mexico

[P1.120] Implantable mediator-type biosensor for continuous in vivo monitoring of total cholesterol concentration in fish M. Takase*

1, M. Murata

2, K. Hibi

1, H. Ren

1, H. Endo

1,

1Tokyo University of Marine Science

and Technology, Japan, 2Hokkaido Industrial Technology Center, Japan

[P1.121] Amperometric biosensor for phenol based on lyophilized mushroom (Agaricus bisporus) L. Silva, A. Salgado*, J. Pereira, EQ/UFRJ, Brazil

[P1.122] Mediatorless amperometric glucose biosensor based on the covalent binding of glucose oxidase to poly-L-lysine-functionalized glassy carbon electrode D. Zheng

1 ,2, S.K. Vashist*

1 ,3, K. Al-Rubeaan

4, F.S. Sheu

1 ,3,

1National University of

Singapore, Singapore, 2

National University of Singapore, Singapore, 3

National University of Singapore, Singapore,

4King Saud University, Saudi Arabia

[P1.123] Development of electrochemical glucose biosensor based on glucose oxidase bound covalently to 3-aminopropyltriethoxysilane-functionalized glassy carbon electrode D. Zheng

1 ,2, S.K. Vashist*

1 ,3, K. Al-Rubeaan

4, F.S. Sheu

1 ,3,


Singapore, Singapore, 2

National University of Singapore, Singapore, 3

National University of Singapore, Singapore,

4King Saud University, Saudi Arabia

[P1.124] Carbon nanotubes-based biosensors for metabolite monitoring in cell culture medium C. Boero*, S. Carrara, G. De Micheli, EPFL, Switzerland

[P1.125] Bismuth nanoparticules for phenol biosensing application C. Mayorga

1, M. Cadevall

1 ,2, M. Guix

1 ,2, J. Ross

2, A. Merkoçi*

1 ,3,

1Catalan Institute of

Nanotechnology, Spain, 2Autonomous University of Barcelona, Spain,

3ICREA, Spain

[P1.126] Buffer enhanced BRET sensor based on Gaussia luciferase for In-vitro detection of proteases F.Y. Li, J.P. Yu, H.P. Wei*, X.E. Zhang, Chinese Academy of Sciences, China

[P1.127] Biosensors for aldehydes and GABA A. Badalyan*, K. Stiba, S. Leimkühler, U. Wollenberger, University of Potsdam, Germany

[P1.128] A disposable amperometric biosensor based on Au/pedot-pss nanocomposite for triglyceride determination P. Sritongkham

1, A. Phongphut

2, A. Wisitsoraat*

3, S. Prichanont

2,

1Mahidol University,

Thailand, 2

Chulalongkorn University, Thailand, 3

National Electronics and Computer Technology Center, Thailand

[P1.129] New electrochemical methods for detection of some heavy metals using enzymatic biosensors H. Arida*

1 ,2, A. Farag

3, E. Elgohary

3,

1Taif University, Saudi Arabia,

2Atomic Energy

Authorit, Egypt, 3Helwan University, Egypt

[P1.130] Continuous monitoring of lactate in subcutaneous tissue and vital organs using phase fluorometry as detection technique M. Cajlakovic*, M. Suppan, M. Tscherner, V. Ribitsch, Joanneum Research MATERIALS Institute of Surface Technology and Photonics Sensorsystems, Austria

[P1.131] A bioluminescence assay for automated, rapid and sensitive detection of Clostridium botulinum neurotoxin in the field. G. Stevens

1, A. Zgaga-Griesz

1, D. Silver

1, D. Pauly

2, M. Krueger

1, G. Urban*

1,

1University of

Freiburg, Germany, 2

Robert Koch Institute, Germany, 3

Institut für Toxikologie der Medizinischen Hochschule Hannover, Germany

[P1.132] Amperometric biosensor with glucose oxidase entrapped in inorganic hydrogel for determination of glucose in croatian wines A. Nincevic Grassino, L. Beneti, Z. Fakin, Z. Grabaric*, B.S. Grabaric, University of Zagreb, Croatia

[P1.133] A compact, light-weight, and cost-effective liver enzyme and pigment measurement platform C. Kim, C.J. Lim, M. Nam, D.S. Kim, S. Seo, J. Pak*, Korea University, Republic of Korea

[P1.134] Optrodes of fiber optic plastic doped with carbone nanotubes (CNTS) for glucose sensing E. Alvarado-Méndez*

1, M. Trejo-Durán

2, R. Rojas-Laguna

3, D. Hernández-Cruz

4, M.

Vázquez-Guevara5,

1Universidad de Guanajuato, Mexico,

2Universidad de Guanajuato,

Mexico, 3

Universidad de Guanajuato, Mexico, 4

Universidad Autónoma de Chiapas, Mexico,

5Universidad de Guanajuato, Mexico

[P1.135] Simultaneous real-time monitoring of glucose and cholesterol levels in fish using an enzyme-based sensor K. Hibi*

1, M. Murata

2, T. Oomiri

1, M. Takase

1, H. Ren

1, H. Endo

1,

1Tokyo University of

Marine Science and Technology, Japan, 2Hokkaido Industrial Technology Center, Japan

[P1.136] A rapid and sensitive immunoassay using oligonucleotide-enzymes complexes on Au nanoparticle H.S. Kim*

1, J.H. Choi

1, J.W. Choi

1 ,2, B.K. Oh

1 ,2,

1Dept. of Chemical & Biomolecular

Engineering, Republic of Korea, 2

Interdisciplinary Program of Integrated Biotechnology, Republic of Korea

[P1.137] Enzyme thermistor based discriminative detrmination of pesticide residues S. Bhand*

1, B. Danielsson

2,

1BITS, India,

2Acromed Invest AB, Sweden

[P1.138] Automated flow based biosensor for determination and discrimination of pesticide mixtures using genetically modified enzyme R.K. Mishra

1 ,2, G.A. Alonso

1 ,3, G. Istamboulie

1, R. Muñoz

3, S. Bhand*

2, J.L.

Marty1,

1Bioelectronics Section, France,

2Department of Chemistry BITS, India,

3CINVESTAV, Mexico

[P1.139] Development of ph-chemfet-based biosensors for the lactic acid detection A.K. Diallo

1, L. Djeghlaf*

1, L. Mazenq

1, T.T.N. Boisse

2, F. Lagarde

2, N. Jaffrezic-

Renault2,

1University of Toulouse, France,

2University of Lyon 1, France

[P1.140] NADH-fluorometric biochemical gas sensor (bio-sniffer) for control of indoor air quality H. Kudo*

1, T. Yamashita

1, T. Gessei

1 ,2, T. Arakawa

1, K. Mitsubayashi

1,

1Tokyo Medical and

Dental University, Japan, 2

Tokyo Metropolitan Industrial Technology Research Institute, Japan

[P1.141] A novel molecular interaction sensor based on the functional complementation of mutant firefly luciferases Y. Ohmuro-Matsuyama*, A. Kimura, K. Nakano, H. Ueda, The University of Tokyo, Japan

[P1.142] A gaseous ethanol visualization system for real-time gas analysis from human body and food products T. Arakawa*

1, X. Wang

2, K. Miyajima

1, H. Kudo

1, K. Yano

3, K. Mitsubayashi

1,

1Tokyo

Medical and Dental University, Japan, 2

Tokyo Metropolitan Industrial Technology Research Institute, Japan,

3Tokyo University of Technology, Japan

[P1.143] A glucose biosensor based on electropolymerized polyaniline copolymer H. Çatalkaya, A. Hanci, U. Saçak, S. Mutlu*, Hacettepe University, Turkey

[P1.144] Effects of design parameters on enzyme electrode performance G. Bilge

1, S. Mutlu*

2,

1Hacettepe University, Turkey,

2Hacettepe University, Turkey

[P1.145] Cell metabolism monitoring using a microfluidic cartridge with enzyme-based microreactors S. Talaei*

1, P.D. van der Wal

1, S. Ahmed

2, M. Giazzon

2, N.F. de Rooij

1,

1Ecole

Polytechnique Fédérale de Lausanne, Switzerland, 2

Centre Suisse d’Electronique et de Microtechnique, Switzerland

[P1.146] Biosensors based on bovine odorant binding protein (bOBP) S. Bunyarataphan*, A. Cass, Imperial College London, UK

[P1.147] Enzyme-less superoxide sensor for longtime monitoring in tumor cell culture H. Flamm*, K. Aravindalochanan, J. Kieninger, G. Urban, University of Freiburg - IMTEK, Germany

[P1.148] A new array-based colorimetric method for simultaneous and rapid detection of hepatic and renal clinical metabolites in serum samples B. Fu*

1, Y. Tsai

1 ,2, H. Tsai

1 ,2, R. Doong

1,

1National Tsing Hua University, Taiwan,

2Protectlife International Biomedical Inc., Taiwan

[P1.149] Development of non-esterified fatty acid electrochemical biosensor for patients with type 2 diabetes A. Hussain*

1, J. Kang

1, M. Catt

2, E. Yu

1,

1Newcastle University, UK,

2Newcastle University,

UK

[P1.150] Increasing the sensitivity of enzyme-based biosensors using copper-chloride and edta S. Talaei*, P.D. van der Wal, N.F. de Rooij, Ecole Polytechnique Fédérale de Lausanne, Switzerland

[P1.151] Optical enzymatic biosensor for sensitive detection of 1,2,3-trichloropropane R.E. Holcomb, B.C. Heinze*, K.F. Reardon, Colorado State University, USA

[P1.152] Enhancing electrical transduction efficiency of an enzyme-based lactic acid biosensor by optimizing the functionalization process M. Scaramuzza*

1, A. Ferrario

1, E. Pasqualotto

1, G. Rosati

1, A. De Toni

1, M.

Quarta3,

1University of Padova, Italy,


3Stanford University, USA

[P1.153] Uric acid biosensor based on nitrogen doped ZnO thin film K. Jindal*

1, M. Tomar

2, V. Gupta

1,

1University of Delhi, India,

2University of Delhi, India

[P1.154] The devious role of surface availability in affecting enzyme-based biosensor affinity: A new conception C.A. Cordeiro*

1 ,2, M.G. de Vries

1, W. Ngabi

2, P.E. Oomen

2, T.H.C. Cremers

1 ,3, B.H.C.

Westerink1 ,2

, 1Brains On-Line BV, The Netherlands,

2University of Groningen, The

Netherlands, 3Brains On-Line LLC, USA

[P1.155] Amperometric enzyme-based microsensors for continuous and simultaneous monitoring of glucose, lactate, and pyruvate in rodents C.A. Cordeiro*

1 ,2, W. Ngabi

2, M.G. de Vries

1, P.E. Oomen

2, T.H.C. Cremers

1 ,3, B.H.C.

Westerink1 ,2

, 1Brains On-Line, The Netherlands,

2University of Groningen, The Netherlands,

3Brains On-Line LLC, USA

[P1.156] Developing discrete flow microfluidic devices with particle-based chemical reactions and autonomous real time feedback M.J. Schertzer, R. Ben-Mrad, P.E. Sullivan*, University of Toronto, Canada

[P1.157] Rapid and automatic calibration of screen-printed biosensors using a reconfigurable flow bead injection system and artificial neural networks G.A. Alonso

1 ,2, R.B. Dominguez*

1 ,2, J.M. Guitierrez

1, R. Muñoz

1, J.L. Marty

1,

1CINVESTAV-

IPN, Mexico, 2UPVD, France

[P1.158] Simultaneous purification and functionalization of multiwall carbon nanotubes (CNT) as a basis for assembly nanobiosensors J. Guadarrama-Fernández*

1, H. Hernández-Hernández

1, J. Chanona-Pérez

1, A. Martínez-

Rivas2, J. Ortíz-López

3, V. Garibay Febles

4,

1Instituto Politécnico Nacional, Mexico,



4Instituto

Mexicano del Petróle, Mexico

[P1.159] Cyotoxicity of polypyrrole and polyaniline matrixes for biosensors platforms L.S. Acosta-Torres, M.C. Arenas, T. Gómez-Quintero*, M.A. Arroyo-Ornelas, V.M. Castaño, Universidad Nacional Autónoma de México, Mexico

[P1.160] A novel virus detection method based on Brownian motion measurement technique Y.J. Fan*, C.T. Teng, Y.C. Chang, H.J. Sheen, National Taiwan University, Taiwan

[P1.161] Long-time monitoring of deposition behaviour of amyloid β peptides on heterogeneous seeds by multichannel wireless quartz-crystal-microbalance biosensor H. Ogi*, M. Fukushima, K. Uesugi, H. Yagi, Y. Goto, M. Hirao, Osaka University, Japan

[P1.162] Quantum dots versus fluorescent dyes in microarray based biomarkers screening E. Morales-Narváez

1 ,2, A. Merkoçi*

1 ,3,

1Catalan Institute of Nanotechnology, Spain,

2Polytechnic University of Catalonia, Spain,

3Catalan Institution for Research and Advanced

Studies, Spain

[P1.163] Capacitive immunosensor for the detection of host cell proteins K. Teeparuksapun*, M. Hedström, B. Mattiasson, Lund University, Sweden

[P1.164] Evaluation of "Immuno-Cap" - An electronic immunochromatography device for the sub-minute measurement of progesterone in bovine milk J. Pillay*

1, B. Seddon

2, S. Vilakazi

1, R. Tshikhudo

1, E. Dempsey

2,

1Mintek, South Africa,

2Institution of Technology, Ireland

[P1.165] A sub-picogram sensitive rapid chemiluminescent immunoassay for the detection of human fetuin A S.K. Vashist, National University of Singapore, Singapore

[P1.166] Simultaneous and rapid detection of multiple pesticide and veterinary drug residues by suspension array technology Z.X. Gao*, N. Liu, P. Su, F.H. Chao, Institute of Health and Environmental Medicine, China

[P1.167] Bio-nanocapsules for a scaffold of oriented immobilization of antibodies in immunoassay systems M. Iijima*, S. Kuroda, Nagoya University, Japan

[P1.168] Recyclable capture antibodies-based real-time biosensing simultaneously for acute myocardial infarction markers D.H. Kim*

1, S.M. Seo

1, S.H. Paek

1, J.W. Jeon

1, G.S. Lim

1 ,2, S.H. Paek

1,

1Korea University,

Republic of Korea, 2LG Electronics, Republic of Korea

[P1.169] A simple, sensitive and reusable impedance sensing platform for the detection of viable E.coli O157:H7, with dose and time response studies S. Barizuddin, R.C. Stringer, M. Dweik*, Lincoln University, USA

[P1.170] Multiple biomarker detection using surface plasmon resonance imaging with quantum dots enhanced sensitivity A. Shabani*, M. Tabrizian, McGill University, Canada

[P1.171] Silicon-binding protein "si-tag" can be used as a biointerface between biomolecules and silicon-based sensors T. Ikeda*, K. Motomura, A. Hirowatari, T. Taniguchi, Y. Amemiya, M. Fukuyama, Hiroshima University, Japan

[P1.172] Rapid detection of B. anthracis spores using a super-paramagnetic lateral-flow immunological system D.B. Wang*, B. Tian, H.P. Wei, Z.P. Zhang, X.E. Zhang, Chinese Academy of Sciences, China

[P1.173] Magnetic nanobeads based impedance immunosensor with interdigitated microelectrode for detection of carbofuran X. Sun*

1 ,2, R. Wang

2 ,3, X. Wang

1, Y. Li

2 ,3,

1Shandong University of Technology, China,

2University of Arkansas, USA,

3Zhejiang University, China

[P1.174] Compact immunoassay system using latex beads and optical waveguide biosensor I. Tohno*, S. Kasai, I. Uematsu, T. Yamauchi, K. Oomiya, Toshiba Corporation, Japan

Poster Session 2 Thursday, 17 May 2012

[P2.1] Immunological detection of Francisella tularensis by using quartz crystal microbalance. K. Kleo, F. Lisdat*, Wildau Technical University of Applied Sciences, Germany

[P2.2] Array of deep-probe optical waveguide biosesnor for bacterial detection J. Abdul-Hadi, M. Zourob*, Matériaux et Télécommunications, Canada

[P2.3] Quantitative immunodetection of HIV-1 particles using HIV-1 neutralizing antibody-conjugated beads B.C. Kim*

1, J. Jurng

1, P. Sommer

2,

1Korea Institiute of Science and Technology, Republic of

Korea, 2Institute Pasteur Korea, Republic of Korea

[P2.4] Cancer diagnosis using automated multiplexed immunoassays C. Desmet

1, G.C. Le Goff

1, J-C. Bres

2, D. Rigal

2, L.J. Blum

1, C.A. Marquette*

1,

1Universite

Lyon, France, 2Etablissement Francais du Sang Rhone Alpes, France

[P2.5] Development of an electrochemical magneto immunosensor for determination of paraquat residues in potatoes samples R. Garcia-Febrero*

1 ,2, E. Valera

1 ,2, M.I. Pividori

3, F. Sanchez-Baeza

1 ,2, M.P. Marco

1

,2,

1Institute of Advanced Chemistry of CataloniaIQAC Spanish Council for Scientific

Research IQAC-CSIC, Spain, 2

CIBER de Bioingeniería Biomateriales y Nanomedicina CIBER-BBN, Spain,

3Universidad Autónoma de Barcelona, Spain

[P2.6] Development of an amperometric/coulumbimetric multi-analyte immunosensor based on specific antibodies labelled with CdS and PbS nanoparticles E. Valera*

1 ,2, R. García-Febrero

1 ,2, C. Elliott

3, F. Sanchez-Baeza

1 ,2, M.P. Marco

1 ,2,

1IQAC-

CSIC, Spain, 2CIBER-BBN, Spain,

3Queen’s University Belfast, UK

[P2.7] Enhanced lateral flow immunoassay using gold nanoparticles loaded with enzymes C. Parolo

1, A. de la Escosura-Muñiz*

1, G. Aragay

1, S. Gassó

2, A. Merkoçi

1 ,3,

1Catalan

Institute of Nanotechnology, Spain, 2Concateno, UK,

3ICREA, Spain

[P2.8] Electrochemical detection of salmonella by using gold nanoparticles A. Santiago-Afonso*

1 ,2, B. Pérez-López

1 ,4, R. Censi-Faria

2, L.H. Capparelli-Mattoso

3, M.

Maltez-da Costa1, A. Merkoçi

1 ,5,

1Universitat Autònoma de Barcelona, Spain,

2Universidade

Federal de São Carlos, Brazil, 3

EMBRAPA, Brazil, 4

LEITAT Technological Center, Spain,

5ICREA, Spain

[P2.9] Self-calibrated, multiplexed biochip to quantify allergen-specific IgE M.R. Monroe*

1, G.G. Daaboul

1, M. Cretich

2, M. Chiari

2, F. Little

1, M.S. Unlu

1,

1Boston

University, USA, 2Consiglio Nazionale delle Ricerche, Italy

[P2.10] Electrochemical impedance spectroscopy biosensor with interdigitated array for detection of human immunoglobulin a R. Ohno*

1, H. Ohnuki

1, T. Yokoyama

1, H. Endo

1, D. Tsuya

2, M. Izumi

1,


Marine Science and Technology, Japan, 2National Institute for Materials Science, Japan

[P2.11] Influenza virus (h3n2) detection by multivalent assays based on antibody-derived peptides and glycans H. Memczak*

1, W.F.M. Stöcklein

1, C. Sieben

1, A. Herrmann

1, F.F. Bier

1,

1Fraunhofer IBMT

Potsdam-Golm, Germany, 2Humboldt University Berlin, Germany

[P2.12] Characterization of kinetics of ligand-receptor interactions using photonic crystal surface waves (PC SW) optical sensor T. Karakouz*

1, C. Vicario

1, S. Sekatskii

1, V. Konopsky

2, E. Alieva

2, G. Dietler

1,

1EPFL,

Switzerland, 2Institute of spectroscopy, Russia

[P2.13] A lateral flow biosensor for sensitive and rapid detection of BNP and NT- proBNP N.L. Zou, J.M. Zhu*, H.J. Mao, Q.H. Jin, J.L. Zhao, Chinese Academy of Science, China

[P2.14] Orientation-controlled Antibody Labeling on Gold-based QCM Sensor and Signal Enhancement by Fab-Phage Particles M.Y. Shen*

1, C.P. Huang

2, Y.R. Bian

1, Y.K. Li

1,

1National Chiao Tung University, Taiwan,

2Industrial Technology Research Institute, Taiwan

[P2.15] Impedimetric immunosensor based on avidin platforms for the rapid detection of Salmonella spp. M.I. Pividori, T. Laube, C. Ocaña, S. Alegret, M. del Valle*, Universitat Autonoma de Barcelona, Spain

[P2.16] Comparison of multiplexing biosensors for the simultaneous detection of marine biotoxins K. Campbell

1,

1Queen's University, UK,

2GE Healthcare Bio-Sciences AB, Sweden,

3Mbio

Diagnostics Inc, USA, 4Technische Universitaet Muenchen, Germany

[P2.17] A resistance based biosensor utilizing conducting microfibers for microbial pathogen detection S. McGraw

1, E. Alocilja*

1, K. Senecal

2, A. Senecal

2,

1Michigan State University, USA,

2Natick Soldier Research, Development, and Engineering Center, USA

[P2.18] Label-free impedance immunosensor for detection of interleukin-6 V. Siu*, W.W. Ko, G.T.R. Palmore, Brown University, USA

[P2.19] A phosphatase- and redox cycling-based immunosensor for ultrasensitive detection of troponin i M.R. Akanda

1, M.J. Choi

1, Y.L. Choe

1, S. Kim

2, H. Yang*

1,

1Pusan National University,

Republic of Korea, 2Yonsei University College of Medicine, Republic of Korea

[P2.20] Multiplexed electrochemical sensing platform for brain tumour biomarkers R. Elshafey, M. Zourob*, INRS Énergie Matériaux et Télécommunications, Canada

[P2.21] Liver cancer diagnosis using metal clad leaky waveguide biosensor W.J. Im*

1 ,2, Y.B. Shin

1 ,2,

1University of Science and Technology, Republic of Korea,

2Korea

Research Institute of Bioscience and Biotechnology, Republic of Korea

[P2.22] SPR and electrochemical biosensors for Vitamin D determination G. Favero*

1, L. Carlucci

1, C. Tortolini

1, M. Di Fusco

2, S. Minisola

1, F. Mazzei

1,

1Sapienza

University of Rome, Italy, 2University of Bologna, Italy

[P2.23] Electrochemical ochratoxin a immunosensor based on polyaniline-amine modified polystyrene nanocomposite M. Muchindu*

1 ,2, E.I. Iwuoha

1, N. Jahed

1, P. Baker

1, S. Vilakazi

2, R. Tshikhudo

2,

1University

of Western Cape, South Africa, 2Mintek, South Africa

[P2.24] Quantum dots based sensing system for organophosphorous pesticide F. Pino

1, G. Aragay

1, A. Merkoçi*

1 ,2,

1Institut Català de Nanotecnologia, Spain,

2ICREA,

Spain

[P2.25] A multi marker immunosensor for cardiovascular disease detection W.M. Fakanya, I.E. Tothill*, Cranfield University, UK

[P2.26] Development of a botrytis specific immunosensor; towards using pcr species identification M. Binder*, L.A. Terry, I.E. Tothill, Cranfield University, UK

[P2.27] New biosensor concept based upon the kelvin method S. Ünlübayir*, K. Trieu, Hamburg University of Technology, Germany

[P2.28] Label free electrochemical immunosensor for the detection of prostate- specific antigen based on gold nanoparticles tethered monolayer O. Nélia

1 ,2, S. Viswanathan

1, S. Morais

1, M. de Lourdes Pereira

2, C. Delerue-

Matos*1,

1Instituto Superior de Engenharia do Porto, Portugal,

2University of Aveiro,

Portugal

[P2.29] User-friendly love wave flow cell for biosensors MlI. Rocha-Gaso*

1 ,2, C. March

1, J. García

1, L.A. Francis

2, Y. Jiménez

1, A. Arnau

1, A.

Montoya1, L. El Fissi

1,

1Universidad Politécnica de Valencia, Spain,

2Université catholique

de Louvain, Belgium

[P2.30] Electrochemical immunosensor for the detection of E.coli O157:H7 in human plasma M. Barreiros dos Santos*

1 ,2, J.P. Agusil

1 ,3, B. Prieto-Simón

1 ,4, C. Sporer

1 ,4, V. Teixeira

5, J.

Samitier1 ,3

, 1Institute for Bioengineering of Catalonia (IBEC), Spain,

2International Iberian

Nanotechnology Laboratory -INL, Portugal, 3

Universitat de Barcelona, Spain, 4

Biomateriales y Nanomedicina (CIBER-BBN), Spain,

5University of Minho, Portugal

[P2.31] High-sensitivity piezoelectric immunosensor for pesticide analysis J.V. García*, C. March, A. Sánchez, Y. Montagut, A. Montoya, A. Arnau, Universitat Politècnica de València, Spain

[P2.32] Development of an electronic sensor platform for rapid and reliable medical diagnostics N. Vanden Bon*

1, V. Vermeeren

1, L. Grieten

2, P. Wagner

2, L. Michiels

1,

1Biomedical

research institute, Belgium, 2Institute for material research, Belgium

[P2.33] Minimising non-specific binding and real-time detection of a proteinaceous and particulate antigen on two biosensor surfaces: A CM5 BIAcore® chip and a PEG surface S.M. Corris*, F. Walport, E.A. Perkins, Dstl, UK

[P2.34] Novel capacitance biosensor based on carbon nanotube/ Hafnium oxide hybrid nanoarchitectures for detection of interleukin-10 protein M. Lee

1, N. Zine

1, A. Baraket

1, M. Zabala

2, F. Campabadal

2, M. Sigaud

1, A.

Errachid*1,

1Université de Claude Bernard-Lyon1 (UCBL), France,

2Instituto de

Microelectrónica de Barcelona (IMB), Spain, 3Consiglio Nazionale Ricerche (CNR), Italy

[P2.35] Development of a fully automated flow-through system for immunoassay applications R.B. Dominguez*

1, A. Hayat

2, R. Muñoz

1, J.L. Marty

2,

1CINVESTAV, Mexico,

2University of

Perpignan, France

[P2.36] Spr based immunosensor for early detection of cancer M. Meenakshi

1 ,2, A. Singh

1, M-P. Singh

1, V. Sharma

3, S. Kaur

2, K. Arora*

1,

1Advanced

Instrumentation Research Facility JNU, India, 2

Punjabi University Patiala, India, 3

School of Life Sciences JNU, India,

4Guru Gobind Singh Indraprastha University, India

[P2.37] Smart auto-switchable cardiac troponin immunosensor for diagnosis of cardiac injury S. Deshpande*, A. Tiwari, A.P.F. Turner, Linkoping University, Sweden

[P2.38] A new concept of immunosensing plateform for senstitive detection of biomarkers of alzheimer disease M. Ammar*

1 ,3, C. Smadja

1 ,3, M. Azzouz

1 ,3, M. Taverna

1 ,3, A. Etcheberry

3 ,2, E. Dufour-

Gergam1 ,3

, 1University Paris-Sud, France,

2University Versailles-Saint-Quentin, France,

3CNRS, France

[P2.39] Analyzing highly affine antibodies and their fragments with electrically switchable DNA layers P-A. Hampel*, W. Kaiser, R. Strasser, A. Langer, U. Rant, TUM, Germany

[P2.40] Use of affinity and inhibition interactions for developing micotoxins EIS / SPR biosensors L. Rotariu*

1, L.G. Zamfir

1, N.J. Renault

2, C. Bala

1,

1University of Bucharest, Romania,

2Université Claude Bernard Lyon 1, France

[P2.41] A Electrochemical micro-immunoassay for the detection of epstein-barr virus-specific IgG antibody H. Bakirci, University of Freiburg – IMTEK, Germany

[P2.42] Enhanced electrochemical detection of cardiac troponin i with polymer-coated capillary microchip. H. Bakirci*, J. Horak, C. Dincer, G. Urban, University of Freiburg – IMTEK, Germany

[P2.43] Sers-based immune-sensor for simultaneous detection of multiple cancer markers and its clinical application H. Chon*

1, S. Lee

1, S.Y. Yoon

2, J. Choo

1,

1Hanyang University, Republic of Korea,

2Korea

University College of Medicine, Republic of Korea

[P2.44] Comparative study of surface roughness measured on surface of APTES-modified gold-coated glass disc M.B. Lima*

1 ,2, A.L.B. Moreau

3, M.C. Dos-Santos

4, R.K. Mendes

5, M.A. Cotta

3, L.T.

Kubota6,

1University of São Paulo, Brazil,

2University of Amazonas State, Brazil,

3State

University of Campinas, Brazil, 4

Federal University of Amazonas, Brazil, 5

Pontifical Catholic University at Campinas, Brazil,

6State University of Campinas, Brazil

[P2.45] A screen-printed immunoelectrode based on aminated carbon nanotube for troponin T detection T.A. Freitas, A.B. Mattos, R.F. Dutra*, Federal University of Pernambuco, Brazil

[P2.46] A sensor tip based on carbon nanotube-ink printed electrode for NS1 protein of dengue virus A.C.M.S. Dias, S.L.R. Gomes Filho, M.M.S. Silva, R.F. Dutra*, Federal University of Pernambuco, Brazil

[P2.47] Towards the development of a multi-marker cardiovascular disease point of care device T. Broniak*

1, L. Ryder

1, A. Jha

1, T. Kolev

1, E. Steidley

2, J. La Belle

1,

1Arizona State

University, USA, 2Mayo Clinic Arizona, USA

[P2.48] Novel antibody-embedded organic/inorganic hybrid films for optical sensing prepared by liquid phase deposition A. Murata*, T. Ooya, T. Takeuchi, Kobe University, Japan

[P2.49] Autodisplay technology for immunoaffinity biosensors M. Park

1, Y. Gu

1, E.H. Lee

1, J. Jose

1, J.C. Pyun*

1,

1Yonsei University, Republic of Korea,

2University of Muenster, Germany

[P2.50] Functional parylene films for biosensor applications H. Ko, G.Y. Lee, Y.H. Choi, J.C. Pyun*, Yonsei University, Republic of Korea

[P2.51] Non-labeled immunoassay based on zeta-potential analysis : Detection of hepatitis B virus surface antigen (HBsAg) E.H. Lee, J.K. Lee, H.W. Lee, J.C. Pyun*, Yonsei University, Republic of Korea

[P2.52] Identification of peptides which bind to the mycotoxin ochratoxin A: Used in future I. Bazin*

1, A. Hadj Hassine

1, N. Andreotti

1 ,2,

1Ecole Des Mines D'ales, France,

2ERT62,

France

[P2.53] A new platform for the detection of tuberculosis-associated antibodies Y.D. Contreras, M.A. Arroyo-Ornelas*, C. Arenas, L.M. Lopez-Marin, V.M. Castano, Universidad Nacional Autonoma de Mexico, Mexico

[P2.54] Direct detection of marine toxic algae by SPR imaging C. Dreanno

1, S. Milgram

2, F. Gas*

3, F. Colas

1, T. Livache

2, C. Compere

1,

1IFREMER,

France, 2CREAB, France,

3CEA, France

[P2.55] Design of a label free SOI photonic wire biosensor array "lab on a chip" device Y. Zhang, The University of Nottingham Ningbo, China

[P2.56] Resonance acoustic microbalance with naked-embedded quartz (RAMNE-Q) biosensor for high-speed wireless assay with semipermanent reusability F. Kato*, H. Ogi, T. Yanagida, M. Hirao, M. Nishiyama, Osaka University, Japan

[P2.57] A cell-based lab-on-a-chip as an alternative method for skin irradiation tests K.H. Feller*

1, U. Neubert

1, M. Schimmelpfennig

1, B. Büttner

1, S. Michaelis

2, J.

Wegener2,

1University of Applied Sciences Jena, Germany,

2University Regensburg,

Germany

[P2.58] High resolution microfluidic sampling in ex vivo biological tissues N.S. Lynn, S. Tobet, C.S. Henry, D.S. Dandy*, Colorado State University, USA

[P2.59] High-sensitivity MEMS biosensor suitable for water toxicity monitoring F. Liu

1, F. Li

3, A. Nordin*

5, D.C. Spray

2, A. Khademhosseini

4, I.R. Voiculescu

1,

1City College

of New York, USA, 2

Yeshiva University, USA, 3

Intelligent Automation, Inc, USA, 4

Harvard-MIT Health Sciences and Technology, USA,

5International Islamic University, Malaysia

[P2.60] Cell-based biosensor for cytotoxic assay of human natural killer cells against leukemic cells F.L. Lai

1, Y.W. Lin

1, Y.W. Chung

1, Y.H. Wang

1, S.M. Hwang

2, L.S. Huang*

1,

1National

Taiwan University, Taiwan, 2Food Industry Research and Development Institute, Taiwan

[P2.61] Self-stabilizing lab-on-chip for capsule-based colonic biopsy D. Filip*

1, O. Yadid-Pecht

1, C.N. Andrews

2, M.P. Mintchev

1 ,2,

1University of Calgary,

Canada, 2University of Calgary, Canada

[P2.62] Lab-on-a-chip disposable cartridges for DNA purification and genotyping processed in standard laboratory instruments F. Stumpf*

2, D. Mark

2, G. Roth

1 ,3, R. Zengerle

1 ,3, F. von Stetten

1 ,2,

1University of Freiburg,

Germany, 2HSG-IMIT, Germany,

3University of Freiburg, Germany

[P2.63] Studying electrotactic behavior of 3T3 fibroblasts cells in homogeneous and non-homogenous electric fields A. Aryasomayajula*

1, T. Hoche

2, S. Perike

2, M. Luniak

3, G. Gerlach

1, R.H.W.

Funk2,

1Technische Universität Dresden, Germany,

2Technische Universität Dresden,

Germany, 3Technische Universität Dresden, Germany

[P2.64] Paper-based microfluidic chip electrophoresis application in detection of serum proteins by direct chemiluminescent imaging F. Wang, R. Zhang, Q. Gao, J. Ouyang*, Beijing Normal University, China

[P2.65] Droplet-based lab-on-a-disc bioassay platform with active power source H.C. Kwok, Q.L. Chen, G.H. Wang, J.Q. Zhou, S.Y. Wu, H.P. Ho*, The Chinese University of Hong Kong, Hong Kong

[P2.66] The use of biochip microarray in detection of the myocardial injury caused by radiofrequency catheter ablation R. Pudil*, M. Vasatova, M. Tichy, University Hospital Hradec Kralove, Czech Republic

[P2.67] Smart encapsulation system for small sized biomedical electronic devices S.T. Schmitz-Hertzberg*

1 ,2, G. Lai

2, W.C. Mak

2, C. Teller

1, F. Bier

1,

1Fraunhofer Institute for

Biomedical Engineering, Germany, 2Hong Kong University of Science and Technology, Hong

Kong

[P2.68] On-chip tracking of single microorganism using magnetophoresis R. Venu*, X.H. Hu, L. Byunghwa, T.S. Ramulu, S. Anandakumar, C.G. Kim, Chungnam National University, Republic of Korea

[P2.69] Using electrokinetic effects for creating controllable SERS hot-spots A.F. Chrimes*

1, K. Khoshmanesh

2, V. Bansal

1, A. Mitchell

1, K. Kalantar-zadeh

1,

1RMIT

University, Australia, 2Deakin University, Australia

[P2.70] Development of an aptamer based lab-on-a-chip for protein recognition using a SPAD pixel array E. Morganti*, L. Pasquardini, L. Pancheri, D. Stoppa, C. Pederzolli, L. Lorenzelli, FBK-CMM, Italy

[P2.71] Isolation of pancreatic islets by dielectrophoresis S. Burgarella*

1, S. Merlo

2, M. Figliuzzi

3, A. Remuzzi

3 ,4,

1STMicroelectronics, Italy,

2University of Pavia, Italy,

3Mario Negri Institute, Italy,

4University of Bergamo, Italy

[P2.72] Microfluidic chip for array-based cultivation and continuous electric impedance spectroscopy monitoring of single yeast cells Z. Zhu*, O. Frey, N. Haandbæk, L. Lei, A. Stettler, A. Hierlemann, ETH Zürich, Switzerland

[P2.73] Analytical detection of biological thiols in a microchip capillary channel R. Chand*, S. Jha, K. Islam, D. Han, Y.S. Kim, Myongji University, Republic of Korea

[P2.74] Detection of validamycin a producing gene based on integrated microchip PCR and electrochemical analysis D. Han, R. Chand*, K. Islam, E.A. Oh, S.K. Hong, Y.S. Kim, Myongji University, Republic of Korea

[P2.75] The use of electrical fields to control the directionality of actin filaments in motility assays A. Cicenkov, L.C. Ramsey, J. Aveyard, H. van Zalinge, D.V. Nicolau*, University of Liverpool, UK

[P2.76] Selective eukaryotic cell membrane permeabilization by digitonin in a lab-on-a-chip N. Rajabi*

1, J. Bahnemann

2, J. Wahrheit

3, E. Heinzle

3, A.P. Zeng

2, J. Müller

1,

1Hamburg

University of Technology, Germany, 2

Hamburg University of Technology, Germany,

3Saarland University, Germany

[P2.77] Low-cost, high-sensitivity fluorescence detection system for capillary array electrophoresis microchip with polarization isolation method X.B. Yang, W.P. Yan*, Z.H. Liu, W.F. Dou, Dalian University of Technology, China

[P2.78] Measurement of brownian relaxation of magnetic beads using planar Hall effect bridge sensors F.W. Østerberg*, G. Rizzi, M.F. Hansen, Technical University of Denmark, Denmark

[P2.79] Surface plasmon resonance biosensor utilizing magnetophoretic focusing for enhanced sensitivity S. Schmieder

1, A. Henseleit*

2, M. Henke

3, N. Danz

4, F. Sonntag

1, U.

Klotzbach1,

1Fraunhofer Institute for Material and Beam Technology IWS, Germany,



4Fraunhofer Institute for Applied Optics and Precision Engineering IOF, Germany

[P2.80] Site selective surface modification of plastic biochips and microchannels for DNA immobilization S. Köstler*

1, S.R. Scheicher

1, K. Krammer

2, T. Mohan

3, R. Kargl

2, V. Vorraber

2,

1Joanneum

Research Institute for surface Technologies and Photonics, Austria, 2

University Graz, Austria,

3University Maribor, Slovenia

[P2.81] Microfludic assay for simultaneous detection of protein, DNA and glucose using biofunctionalized microparticle array Q. Zhu*

1, D. Trau

1 ,2,

1National University of Singapore, Singapore,


Singapore, Singapore

[P2.82] Bio-chemiluminescence-based biosensor for multiplex point-of-care applications in personalized medicine A. Roda*

1 ,2, M. Mirasoli

1 ,2, E. Michelini

1 ,2, M. Guardigli

1 ,2, P. Simoni

3,

1University of

Bologna, Italy, 2

Istituto Nazionale di Biostrutture e Biosistemi, Italy, 3

University of Bologna, Italy

[P2.83] A quantitative analysis method for multi-label fluorescence detection using a CMOS buried quad p-n junction (BQJ) photodetector T. Courcier*

1 ,2, C. Richard

2, P. Pittet

1, G.N. Lu

1, V. Aimez

2, P.G. Charette

2,

1Université

Lyon1, France, 2Université de Sherbrooke, Canada

[P2.84] Integrated lab-on-a-chip platforms for the early detection of circulating heat shock proteins & cancerous cells S. Acimovic

1, M.A. Ortega

1, M. Juan

1, J. Berthelot

1, M. Kreuzer*

1, R. Quidant

1 ,2,

1Institute of

Photonic Sciences, Spain, 2ICREA-Institució Catalana de Recerca i Estudis Avançats, Spain

[P2.85] Improving digital lab-on-a-chip technology for executing elaborate cell-based assays D. Witters, F. Toffalini, N. Vergauwe, J. Schrooten, R. Puers, J. Lammertyn*, Katholieke Universiteit Leuven, Belgium

[P2.86] Hetero-coated magnetic microcarriers for point-of-care diagnostics J.J. Palfreyman*

1 ,2, D.M. Love

1, A. Philpott

1, K.N. Vyas

1, T. Mitrelias

2, C.H.W.

Barnes1,

1Cambridge University, UK,

2Cambridge BioMagnetics Ltd, UK

[P2.87] Blu-ray technology for the development of biosensors A. Maquieira*, R. Puchades, S. Morais, L.A. Tortajada-Genaro, T. Arnandis-Chover, F.J. Ortega-Higueruelo, Universidad Politécnica de Valencia, Spain

[P2.88] Label-free detection of human neurotrophic factor with nanowire field effect transistors X.T. Vu*, M. Freyler, P. Geschwill, M. Sauer, L. Lavrik, M. Klotz, University of Applied Sciences Kaiserslautern, Germany

[P2.89] Passivation of KMPR microfluidic channels for increased hemocompatibility characterized with metal-clad waveguides L. Convert*

1, V. Chabot

1, J.P. Cloarec

2, R. Lecomte

1, V. Aimez

1, P.G.

Charette1,

1Université de Sherbrooke, Canada,

2École Centrale de Lyon, France

[P2.90] Magnetic detection of bi-functional microcarriers in a microfluidic system D.M. Love*

1, K.N. Vyas

1, J.J. Palfreyman

1 ,2, T. Mitrelias

2, C.H.W. Barnes

1,

1University of

Cambridge, UK, 2Cambridge BioMagnetics Ltd, UK

[P2.91] Droplet-based SPR microchip for label-free detection of bio-interactions T. Ghosh

1, Y. Xie

2, C. Mastrangelo*

1 ,2,

1University of Utah, USA,

2University of Utah, USA

[P2.92] Investigation of redox magnetohydrodynamic microfluidics towards lab on a chip assay applications V. Sahore*, I. Fritsch, University of Arkansas, Fayetteville, USA

[P2.93] An ion gating strategy for a miniaturized planar ion mobility spectrometer P. Chiarot*

2, P.E. Sullivan

1, R. Ben-Mrad

1,

1University of Toronto, Canada,

2State

University of New York at Binghamton, USA

[P2.94] A micro-cantilever sensor chip based on the contact angle measurement for real-time and label-free biochemical assays T.I. Yin, Y. Zhao, G.A. Urban*, University of Freiburg, Germany

[P2.95] Infinite dimensional modeling of a microfluidic thermal process for genetic analysis application R.B. Khosroushahi*, H.J. Marquez, J. Martinez-Quijada, C.J. Backhouse, University of Alberta, Canada

[P2.96] Enhanced microresonator arrays for the sensitive detection of pathogenic bacteria S.N. Poshtiban*

1 ,2, S. Evoy

1 ,2,

1University of Alberta, Canada,

2National Institute for

Nanotechnology, Canada

[P2.97] Lab-on-a-chip technology with integrated solid-state ion-selective microsensors and multi-cellular patch clamp arrays for advanced electro-physiological biosensing J.H. Park

1 ,2, W.W.A.W. Amani

1 ,2, D.M. Porterfield*

1 ,2,

1Purdue University, USA,

2Birck

Nanotechnology Center, USA

[P2.98] Isolaton and characterization of circulating tumor cells from metastatic breast cancer patients using parallel multi-orifice flow fractionation (p-MOFF) K.A. Hyun*

1, K. Kwon

1, S.I. Kim

2, H. Han

2, H.I. Jung

1,

1Yonsei University, Republic of

Korea, 2Yonsei University, Republic of Korea

[P2.99] Continuous labelling of circulating tumor cells using micromixer and microbeads for highly selective isolation M.X. Lin, J.C. Park, T.S. Sim, J.G. Lee, H.I. Jung, J. H. Lee*, Yonsei University, Republic of Korea

[P2.100] Microfluidic dual-mode detection of circulating tumor cell (CTC) using size and affinity-based capture S.W. Lee

1 ,2, J.Y. Kang

2, H.I. Jung

1, S.H Lee*

1,


2Korea Institute of Science and Technology, Republic of Korea

[P2.101] Design and fabrication method of su8-based closed microchannels using single step uv-photolithography for highly oriented axonal growth F. Larramendy*

1, A. Bendali

2, M.C. Blatche

1, S. Picaud

2, P. Temple-Boyer

1, L.

Nicu1,

1LAAS CNRS, France,

2Institut de la Vision, France

[P2.102] The detection of troponin i cardiac biomarker within an autonomous polymeric microfluidic device with integrated fluorescence detection system M.I. Mohammed*

1, M.P.Y. Desmulliez

1, C. Campbell

2, K.A.A. Fox

3,

1Heriot-Watt University,

UK, 2Edinburgh University, UK,

3Edinburgh Royal Infirmary, UK

[P2.103] A portable microfluidic real-time pcr device for applications in environmental and biomedical genetic testing M.I. Mohammed*, P.C. Morris, M.P.Y. Desmulliez, Heriot-Watt University, UK

[P2.104] Multiplexed real-time label-free biomolecular binding assays based on concentration gradient diffusion N.V. Zaytseva, V.N. Goral, Q. Wu, P.K. Yuen*, Corning Incorporated, USA

[P2.105] Cascaded arrays of bufferless microfluidic devices for the concentration and enrichment of environmental samples B. Miller, University of Edinburgh, UK

[P2.106] Harnessing bacterial motility for use in biosensors B. Libberton

1, F.C.M.J.M. van Delft

2, A.F.J. van de Ven

2, J. Snijder

2, H.H.A.J. Roosen

2,

D.V. Nicolau*1,

1University of Liverpool, UK,

2Phillips Innovation Services, The Netherlands

[P2.107] Microfluidic system for carcinoma-Normal cells migration analysis E. Jedrych, I. Grabowska-Jadach, M. Chudy, A. Dybko, Z. Brzozka*, Warsaw University of Technology, Poland

[P2.108] Single-pipetting microfluidic assay device for salmonella in poultry package water C. Fronczek*, D. You, J.Y. Yoon, University of Arizona, USA

[P2.109] Analysis of bacteria on an integrated micro/nanofluidic device Z.W. Wang, T.H. Han, S.M. Kim*, T-j. Jeon, Inha University, Republic of Korea

[P2.110] Cyclic olefin copolymer (COC) microfluidic systems: fabrication and bonding L. EL FISSI*

1, M. Vanden Bulcke

2, F. Dortu

3, D. Vandormael

4, S. Guillemet

3, L.

Francis1,

1ICTEAM/Université Catholique de Louvain, Belgium,

2WINFAB/Université

Catholique de Louvain, Belgium, 3MULTITEL asbl, Belgium,

4SIRRIS, Belgium

[P2.111] Manipulation of bio-functionalized magnetic beads in a microfluidic channel using ultrasonic standing wave in the aim of bio-sensor application A.T. Islam*

1, A.K.M.A.H. Siddique

1, T.S. Ramulu

1, S.H. Cho

2, C.G. Kim

1,

1Chungnam

National University, Republic of Korea, 2

Korea Research Institute of Standards and Science, Republic of Korea

[P2.112] On-chip cell lysis via corona discharge C. Escobedo*

1, S. Kimmerling

2, Z. Zhu

1, M. Gerspach

2, A. Stettler

1, O. Frey

1,

1ETH Zurich,

Switzerland, 2Universitat Basel, Switzerland

[P2.113] A microfluidic system with an elastic enclosure and squeezing rollers for a nucleic acid analysis T. Tadenuma*

1, T. Taguchi

1, T. Tanaami

1, T. Tanaka

2, M. Hosokawa

2, T.

Matsunaga2,

1Yokogawa Electric co. ltd, Japan,


Technology, Japan

[P2.114] Multiple parallel actin/myosin motility assays on a microfluidic platform J. Aveyard*

1, A. Månsson

2, M. Persson

2, F. van Delft

3, M. den Dekker

3, D.

Nicolau1,


2Linnaeus University, Sweden,

3MiPlaza, Philips

Research Europe, The Netherlands

[P2.115] Development and design of sensing platforms for faecal pollution assessment of recreational waters. C.C. Briciu-Burghina*, F. Regan, Dublin City University(DCU), Ireland

[P2.116] Novel characteristics of a non-invasive optical sensor for determining the glucose using UV spectroscopy V. Guzman-Ramos*

1 ,2, J. Saldana-Acosta

2, R. Selvas-Aguilar

1, D. Ceballos-Herrera

1, G.

Rodriguez-Morales1,

1UNIVERSIDAD AUTONOMA DE NUEVO LEON, Mexico,

2UNIVERSIDAD TECNOLOGICA GRAL MARIANO ESCOBEDO, Mexico

[P2.117] Requirements for droplet splitting in electrowetting-based digital microfluidics C.J. Lim

1, J.H. Chang

2, J.J. Pak*

1 ,3, S.W. Kim

3,

1Korea University, Republic of Korea,

2Samsung Advanced institute of Technology, Republic of Korea,

3Korea University,

Republic of Korea

[P2.118] A hairpin aptamer coupled with groove binders as a smart switch for FET biosensing T. Goda*, Y. Miyahara, Tokyo Medical and Dental University, Japan

[P2.119] Visual quantification of melamine using gold nanoparticles N. Li*, T. Thien, J. Zou, University of Miami, USA

[P2.120] Streptavidin-cyclodextrin based capturing platform for DNA recognition via gold nanoparticles G. Alarcón–Angeles*

1, M.T. Castañeda

2, M. Gómez

1, M. Palomar-Pardavé

2, M.T. Rámirez-

Silva3, A. Merkoci

4,

1Universidad Autónoma Metropolitana-Xochimilco, Mexico,

2Universidad Autónoma Metropolitana-Azcapotzalco, Mexico,

3Universidad Autónoma

Metropolitana-Iztapalapa, Mexico, 4Institut Català de Nanotecnologia & ICREA, Spain

[P2.121] Molecularly imprinted polymers with zipper-like self-switching ability for intelligent sensing S. Li*

1 ,2, S. Cao

1 ,2,

1Jiangsu University, China,

2Cranfield University, UK

[P2.122] Capacitance-based assay for real-time monitoring of endocytosis and cell viability R. Lee, K.H. Yoo*, Yonsei University, Republic of Korea

[P2.123] Oriented llama antibodies as versatile detection element A.K. Trilling*

1 ,2, S.K. Srivastava

1 ,2, A. van Houwelingen

1, T. Hesselink

1, M. Jongsma

1, H.

Zuilhof2,

1Plant Research International, The Netherlands,

2Wageningen University, The

Netherlands

[P2.124] Silicon nanowire and graphene FET sensors as new solid-state reference electrodes in electrolytic environments O. Knopfmacher*

1, A. Tarasov

1, W. Fu

1, J. Kurz

2, M. Calame

1, C.

Schönenberger1,

1University of Basel, Switzerland,

2FHNW, Switzerland

[P2.125] Functional nanoprobes for ultrasensitive biosensors S.P. Song, Chinese Academy of Sciences, China

[P2.126] Rapid and simple melamine sensing method by surface-enhanced raman spectroscopy using uniform gold nanofinger arrays A. Kim*, S.J. Barcelo, Z. Li, Hewlett-Packard Labs, USA

[P2.127] Artificial molecular sensing-interface constructed by nanointegration process K. Fukazawa*

1, Q. Li

2, S. Seeger

2, K. Ishihara

1,

1The University of Tokyo, Japan,

2University of Zurich, Switzerland

[P2.128] Nanochannels for diagnostics A. de la Escosura-Muñiz*

1, A. Merkoçi

1 ,2,


2Institució Catalana de Recerca i Estudis Avançats, Spain

[P2.129] Ultrasensitive immunoassays for detecting staphylococcal enterotoxin B with a nanoparticle-based photonic crystal J.H. Han, S. Lakshmana*, H.J. Kim, S. Gee, B. Hammock, I. Kennedy, University of California Davis, USA

[P2.130] Nanostructurated biosensors for toxins detection L. Rivas*

1 ,2, A. de la Escosura-Muñiz

1, J. Pons

1 ,2, A. Merkoçi

1 ,3,

1Catalan Institute of

Nanotechnology, Spain, 2Autonomous University of Barcelona, Spain,

3ICREA, Spain

[P2.131] Molecularly imprinted polymer-based fiber optic sensor for the determination of fluoroquinolones X.A. Ton*

1, K. Haupt

1, V. Acha

2, O. Soppera

3, B. Tse Sum Bui

1,

1Compiègne University of

Technology, France, 2

Institut Polytechnique LaSalle Beauvais, France, 3

ENS Chimie Mulhouse, France

[P2.132] Biosensing in crude biofluids with a small SPR instrument featuring enhanced plasmonic substrates and low fouling surface chemistry J.F. Masson*, J. Breault-Turcot, O.R. Bolduc, L.S. Live, J.N. Pelletier, Univerite de Montreal, Canada

[P2.133] Gold nanoparticles as carriers of k-casein derived peptides for therapeutic and biosensing applications M. Espinoza-Castañeda*

1, A. de la Escosura-Muñiz

1, G. González-Ortiz

2, S.M. Martín-

Orúe2, M. Pérez

2, A. Merkoçi

1 ,3,


2Autonomous University of Barcelona, Spain,

3ICREA, Spain

[P2.134] Integrated nanoplasmonic sensors S. Patskovsky*, V. Latendresse, M. Maisonneuve, M. Meunier, Ecole Polytechnique de Montreal, Canada

[P2.135] Detection of mecury(ii) by quantum dot-based fluorescent biosensor N. Wu*, M. Li, West Virginia University, USA

[P2.136] Vesicle encapsulated conjugated polymers for real time monitoring of enzymatic activity U.H. Yildiz*

1, H.P. DeHoog

1, Z. Fu

3, N. Tomczak

3, M. Nallani

3, B. Liedberg

1 ,2,

1Nanyang

Technological University, Singapore, 2

Linköping University, Sweden, 3

Institute of Materials Research and Engineering IMRE, Singapore

[P2.137] Reconstitution of oriented membrane proteins at high density in lipid bilayers S. Demarche*

1 ,2, J. Vörös

2, L. Tiefenauer

1,

1Paul Scherrer Institut, Switzerland,

2ETH

Zürich, Switzerland

[P2.138] Design of sensitive and stable polydiacetylene-phospholipids liposome for antibiotics detection D.H. Kang*

1 ,2, S. Seo

3, J. Kim

3 ,4, K.Y. Suh

1 ,2, H.S. Jung

1, K. Kim

1 ,5,

1Seoul National

University, Republic of Korea, 2

Seoul National University, Republic of Korea, 3University of

Michigan, USA, 4University of Michigan, USA,

5Seoul National University, Republic of Korea

[P2.139] In-situ on-fabric colorimetric detection using aptamer-conjugated gold nanoparticles J. Lee*

1, J.H. Kim

1, S.H. Lee

2, J.Y. Kim

2, S.J. Mah

2, M.B. Gu

1,

1Korea University, Republic

of Korea, 2LG Household & Health Care, Republic of Korea

[P2.140] AFM characterization of antibody-based surfaces for the use in microbiological detection E.V. Dubrovin*

1 ,2, G.N. Fedyukina

3, S.V. Kraevsky

4, T.E. Ignatyuk

4, I.V. Yaminsky

1 ,2, S.G.

Ignatov3,

1Moscow State University, Russia,

2Advanced Technologies Center, Russia,

3State Research Center for Applied Microbiology and Biotechnology, Russia,

4Institute for

Theoretical and Experimental Physics, Russia

[P2.141] Detection of toxins in single-molecule level using DNA aptamers B. Wang

2, B. Park*

1, C. Guo

2, B. Xu

2,

1USDA, USA,

2The University of Gerogia, USA

[P2.142] Biosensor applications for polymeric nanosensors K. Cash*, H. Clark, Northeastern University, USA

[P2.143] Rational designed multifunctional self-assembly protein nanowires for ultra-sensitive biosensing D. Men*, Z.P. Zhang, Z.Q. Cui, J.Y. Deng, H.P. Wei, X.E. Zhang, Chinese Academy of Sciences, China

[P2.144] Nanotemplate platforms for nanobiosensors S. Sharma*, A. Bahrami, E. Intisar, H. Santhanam, K. Michelakis, A. Cass, Imperial College London, UK

[P2.145] Fast protein detection using absorption properties of gold nanoparticles F. Lisdat*, C. Nietzold, Biosystems Technology, Technical University of Applied Sciences, Germany

[P2.146] Studying real-time interactions of proteins at interfaces using quartz crystal microbalance with dissipation (QCM-D) M. Poggi*

1, A. Oom

2, J. Wikstrom

2, M. Sukumar

3,

1Biolin Scientific Inc., USA,

2Q-Sense

AB, Sweden, 3Eli Lilly and Company, USA

[P2.147] Ultra-sensitive detection of protein biomarkers using immuno-DNA particles A. Hagstrom*

1, B. Vu

1, J. Pollet

1, U. Strych

2, K. Kourentzi

1, R. Willson

1 ,2,

1University of

Houston, USA, 2University of Houston, USA

[P2.148] Highly stable enzyme precipitate coatings on carbon nanotubes and their electrochemical applications B.C. Kim*

1, X. Zhao

2, J. Jurng

1, M.B. Gu

3, P. Wang

2, J. Kim

3,

1Korea Institute of Science

and Technology, Republic of Korea, 2

University of Minnesota, USA, 3

Korea University, Republic of Korea

[P2.149] Development of a multi-wavelength integrated young interferometer biosensor H.K.P. Mulder*

1, A. Ymeti

2, A. Dudia

2, V. Subramaniam

1, J.S. Kanger

1,

1University of

Twente, The Netherlands, 2Ostendum B.V., The Netherlands

[P2.150] Towards a reliable technology for the label-PCR free DNA's hybridization detection R.L. Zaffino

1 ,3, M. Mir*

1 ,2, J. Samitier

1 ,2,


Spain, 2

Centro de Investigación Biomédica en Red en Bioingeniería, Biomateriales y Nanomedicina (CIBER-BBN), Spain,


[P2.151] Electrochemical immunosensors for sensitive detection of α-fetoprotein by antibody-functionalized dumbbell-like Au-Fe3O4 nanoparticles G. Parshetti*, F. Lin, R. Doong, National Tsing Hua University, Taiwan

[P2.152] Development of a magnetic nanoparticles microarray for simultaneous and simple detection of foodborne pathogens H.L. Liu

1, S.L. Li

1 ,2, X.M. Mou

1, N.H. He*

1,

1Southeast University, China,

2Hunan University

of Technology, China

[P2.153] Inkjet-printed graphene-PEDOT: PSS modified on screen printed carbon electrode for biosensing A. Wisitsoraat*, C. Sriprachuabwong, C. Karuwan, D. Phokharatkul, P. Sritongkham, A. Tuantranont, National Electronics and Computer Technology Center, Thailand

[P2.154] Colorimetric analysis of agonistic/antagonistic actions on estrogen receptor using peptide-functionalized gold nanoparticle sensor S. Ikeno*

1, K. Sano

1, M. Cauchi

2, Y. Takatsuji

1, C. Bessant

2, T. Haruyama

1,

1Kyushu

Institute of Technology, Japan, 2Cranfield University, UK

[P2.155] Novel polymer fabrication for biomolecular interfacing on sensor surfaces Y. Uludag

1 ,2, I.E. Tothill*

1,

1Cranfield University, UK,

2UEKAE - The Scientific and

Technological Research Council of Turkey (TUBITAK), Turkey

[P2.156] Self-referencing FOPPR sensing system for real-time measurement of protein biomarkers in complex samples C.Y. Chiang*

2, C.W. Wu

1, Y.C. Huang

2, L.K. Chau

1 ,2, W. Huang

3, S.R. Lyu

4 ,5,

1National

Chung Cheng University, Taiwan, 2

National Chung Cheng University, Taiwan, 3

Abnova Corporation, Taiwan,

4Buddhist Dalin Tzu Chi General Hospital, Taiwan,

5Tzu Chi

University, Taiwan

[P2.157] Developing a transducer based on localised surface plasmon resonance (LSPR) of metallic nano structures for nanobiosensor applications A-B. Turhan

1 ,2, S. Çakmakyapan

2, E. Özbay

2, M. Mutlu*

1,


2Bilkent University Nanotechnology Research Center, Turkey

[P2.158] Integration of P-glycoprotein into artificial membranes and its interaction with drugs F. Inci

1, B. Turken

1, U. Celik

1, O. Ozer

2, F.N. Kok*

1 ,3,

1Istanbul Technical University,

Turkey, 2Istanbul Technical University, Turkey,

3Istanbul Technical University, Turkey

[P2.159] Acoustic aptamers based biosensor for thrombin detection. Evaluation of viscoelastic contribution and binding kinetics M. Snejdarkova*

1, A. Poyurnayova

1, I. Neundinger

2, A. Ebner

2, T. Hianik

3,

1Institute of

Biochemistry and Animal Genetics SASc, Slovakia, 2

Biophysics Institute JKU, Austria,

3FMFI UK, Slovakia

[P2.160] The topography of lipid-calixarene-cytochrome C complexes in supported lipid films for biosensing applications A. Poturnayova*

1, M. Snejdarkova

1, I. Neundlinger

2, A. Ebner

2, T. Hianik

3,

1Institute of

Biochemistry and Animal Genetics SASc, Slovakia, 2

Biophysics Institute JKU, Austria,

3FMFI UK, Slovakia

[P2.161] Plasmonic biosensing platforms based on gold-coated tilted fiber Bragg gratings C. Caucheteur*

1, V. Voisin

1, P. Megret

1, J. Albert

2,

1University of Mons, Belgium,

2Carleton

University of Ottawa, Canada

[P2.162] Sensitive detection of enterotoxigenic e. coli in drinking water by fabricating magnetic nanoparticles D. Polpanich*

1, R. Thiramanas

1, K. Jangpatarapongsa

2, P. Tangboriboonrat

3,

1National

Science and Technology Development Agency, Thailand, 2

Mahidol University, Thailand,

3Mahidol University, Thailand

[P2.163] Polyazaporphines nanostructured films for H2O2 detection in a flow injection system S. Krutovertsev*

1, O. Ivanova

1, A. Shevchenko

1, A. Sherle

1, A. Oleinik

1,

1JSC Ecological

sensors and systems, Russia, 2Institute of Chemical Physics Of RAS, Russia

[P2.164] Signal enhancement of individual nanosensor for label-free detection of diseases using antibody-conjugated nanoparticles P.L. Truong*

1, S.J. Sim

2,

1Sungkyunkwan University, Republic of Korea,

2Korea University,

Republic of Korea

[P2.165] Electrochemical sensing of glucose in biological fluids with molecularly imprinted poly(ethylene-co-vinyl alcohol) thin films M.H. Lee

1, H.Y. Chen

1, H.Y. Lin*

2, C.Y. Huang

3, B.D. Liu

4,

1I-Shou University, Taiwan,

2National University of Kaohsiung, Taiwan,

3National University of Tainan, Taiwan,

4National Cheng Kung University, Taiwan

[P2.166] Preparation of gold nanodot array transducer for biosensors and testing its performance with thrombin aptamer D. Ataman

1, B. Turhan

1 ,2, E. Özbay

2, M. Mutlu*

1,


2Bilkent

University, Turkey

[P2.167] Electrospun nanofiber coated quartz crystal microbalance surfaces for improving the performance of mass sensitive biosensor N. Zigal, M. Mutlu*, Hacettepe University, Turkey

[P2.168] Motility detection of actin filaments using a quartz crystal microbalance H. van Zalinge*

1, J. Aveyard

1, A. Mansson

2, D.V. Nicolau

1,


2Linneaus University, Sweden

[P2.169] Temperature stability of bloch surface wave biosensors F. Michelotti*

1, E. Descrovi

1,

1SAPIENZA Università di Roma, Italy,

2Politecnico di Torino,

Italy

[P2.170] Nanowire and nanoelectrode based biosensor for rapid screening of avian influenza virus R.W. Wang

1, Z.C. Callaway*

1, Y.L. Li

1, Q.H. Hao

2, T.H. Huang

2, H.L. Lu

2,

1University of

Arkansas, USA, 2Pennsylvania State University, USA

[P2.171] Impedimetric biosensor for Cu2+

detection based on DNAzymes C. Ocaña

1, N. Malashikhina

2, V. Pavlov

2, M. del Valle*

1,

1Universitat Autonoma de

Barcelona, Spain, 2CIC biomaGUNE, Spain

[P2.172] Highly efficient and controllable surface functionalization of gold nanoparticles prepared by femtosecond laser ablation in water W. Qian*, M. Murakami, Y. Ichikawa, Y. Che, IMRA America Inc, USA

[P2.173] Thiocholine and pesticide detection at nanoparticulate electrodes A. Celebanska*, K. Szot, M. Jonsson-Niedziolka, M. Opallo, Institute of Physical Chemistry PAS, Poland

[P2.174] High sensitive mesoporous tio2-coated love wave device for heavy metal detection I. Gammoudi*

1, L. Blanc

2, H. Tarbague

3, C. Boissiere

3, R. Kalfat

3, C. Dejous

3,

1Bordeaux

University, France, 2INRAP Laboratory, Tunisia,

3LCMCP Laboratory, France

[P2.175] Optical nanometrology of metallic nanoparticle dimers linked by DNA molecules on a substrate for biodetection H.Y. Xie*, R.S. Moirangthem, Y.C. Chang, Academia Sinica, Taiwan

Poster Session 3 Friday, 18 May 2012

[P3.1] Fabrication of the substrate sith nanodot array for enhancing the sensitivity of surface Plasmon resonance biosensor Y.M. Bae*, K. Lee, S.K. Seol, D. Kim, Korea Electrotechnology Research Institute, Republic of Korea

[P3.2] Formation of silver nanowire from silver bromide through photographic development and its application to fructose dehydrogenase-based direct electron transfer electrochemical biosensor Y. Okawa*, N. Kohzaka, S. Hamanaka, F. Shiba, Chiba University, Japan

[P3.3] Erbb2 gene based electrochemical nucleic acid sensor for detection of breast cancer using nanowires array modified electrode T.S. Ramulu*

1, R. Venu

1, B. Sinha

1, S.J. Jeon

2, S.S. Yoon

2, C.G. Kim

1,

1Chungnam

National University, Republic of Korea, 2Andong National University, Republic of Korea

[P3.4] Engineering of a simple and cost effective cell-based microfluidic chip for cell study S. Choi, S. Yu, S.M. Kim*, Inha Univ., Republic of Korea

[P3.5] DNA-Au nanoparticle modified silicon nanowire based biosensor for the detection of MMP-2 by enzymatic cleavage reaction J.H. Choi*, H. Kim, H.S. Kim, J.W. Choi, B.K. Oh, Sogang University, Republic of Korea

[P3.6] Nanoscale sensor transducers for DNA-analytics A. Csáki*, C. Leiterer, T. Schneider, W. Fritzsche, IPHT, Germany

[P3.7] Characterisation and immobilisation of nanostructured diatoms D. Garibo*, M. Fernández-Tejedor, J. Diogène, M. Campàs, D.G. Ruiz, IRTA, Spain

[P3.8] Bacteria identification using polycationic phenylene-ethynylene dendritic fluorophores G. Tumcharern*

1, R. Mungkarndee

2, R. Thiramanas

1, N. Niamnont

3, M.

Sukwattanasinitt3,

1National Science and Technology Development Agency, Thailand,


3Chulalongkorn University, Thailand

[P3.9] Rapid proteases activity determination by magnetic nanoparticles modified qcm sensor R. Zlatev

1, M. Stoytcheva*

1, S. Cosnier

2, M. Arredondo

1, B. Valdez

1,

1Autonomous

University of Baja California, Mexico, 2Universite J. Fourier, France

[P3.10] Nanostructured chips based on the electro-addressing of functionalized nanoparticles for the multiplexed and sensitive detection of biomarkers W. Boireau*

1, R. Zeggari

1, A. Houmed Adabo

2,

1Université de Franche-Comté, France,

2Université de Franche-Comté, France

[P3.11] Directed immobilization of nanomaterials using on-surface assembly of coiled-coil proteins S.J. White*

1, S. Johnson

1 ,2, A. Bronowska

3, A.G. Davies

1, C. Walti

1, P.G.

Stockley1,

1University of Leeds, UK,

2University of York, UK,

3Heidelberg Institute for

Theoretical Studies, Germany

[P3.12] Enhanced colorimetric aptasensors using truncated aptamers for tetracyclines Y.S. Kwon*, N.H. Ahmad Raston, M.B. Gu, Korea University, Republic of Korea

[P3.13] A novel fiber optic aptasensor for peanut allergen detection D.T. Tran

1 ,2, J. Pollet

1, K. Knez*

1, D. Spasic

1, J. Lammertyn

1,

1Katholieke Universiteit

Leuven, Belgium, 2Hanoi University of Agriculture, Viet Nam

[P3.14] Lipid layer constructs on graphene for biosensor applications J. Hurtig*

1, H.H. Lee

1, S. Gilmore

2, A. Parikh

2,

1Linköping University, Sweden,

2UC Davis,

USA

[P3.15] Biomechanical features depend on actin cytoskeleton microstructures of cell surface T. Kihara*, S.M.A. Haghparast, Y. Shimizu, J. Miyake, Osaka University, Japan

[P3.16] Nanostructured laccase biosensor based on fullerene-gold nanoparticles G. Favero

1, C. Tortolini

1, M.L. Antonelli

1, M. Di Fusco

3, F. Mazzei*

1, S.

Cannistraro2,

1Sapienza University of Rome, Italy,

2Tuscia University, Italy,

3University of

Bologna, Italy

[P3.17] Nanowires in vertical arrays remain enclosed in a membrane compartment when interfaced with human cells S. Bonde*

1, T. Berthing

1, K. Rostgaard

1, M.H. Madsen

2, J. Nygård

2, K.L.

Martinez1,

1Univesity of Copenhagen, Denmark,

2University of Copenhagen, Denmark

[P3.18] Novel gold-capped nanopillar polymer thin film for plasmonic biosensing M. Saito*, M. Murahashi, K. Yamanaka, L. Hoa, Y. Yamaguchi, E. Tamiya, Osaka University, Japan

[P3.19] Engineering enzymes cascades: A novel approach for building nanostructured biosensors M.E. Marques*, A.A.P. Mansur, H.S. Mansur, Federal University of Minas Gerais (UFMG), Brazil

[P3.20] Actin motility confinement on micro/nanostructured surfaces J. Aveyard*

1, J. Hajne

1, A. Månsson

2, M. Persson

2, F. van Delft

3, D. Nicolau

1,

1University

of Liverpool, UK, 2

Linnaeus University, Sweden, 3

MiPlaza, Philips Research Europe, The Netherlands

[P3.21] Ellipsometry study on partially embedded gold nanoparticles on glass substrate as a low cost plasmonic biochip R.S. Moirangthem*, Y.C. Chang, Academia Sinica, Taiwan

[P3.22] Nano-gap embedded metal gratings for surface plasmon enhanced fluorescence K. Bhatnagar

1, V. Korampally*

1, S. Bok

2, K. Gangopadhyay

1 ,2,

1University of Missouri,

USA, 2Nanos Technologies LLC, USA

[P3.23] Sensitivity comparison of Bloch surface wave and Surface Plasmon Polariton biosensors F. Michelotti*

1, N. Danz

2, E. Descrovi

3, A. Sinibaldi

1, F. Giorgis

3, L. Dominici

1,

1SAPIENZA

Università di Roma, Italy, 2Fraunhofer, Germany,

3Politecnico di Torino, Italy

[P3.24] Rapid measurement of toxic metals using sensor protein-promoter DNA complexes reconstructed on thermoresponsive magnetic nanoparticles I. Maeda*

1 ,2, M.S.R. Siddiki

2,

1Utsunomiya University, Japan,


Agriculture and Technology, Japan

[P3.25] Reduced graphene oxide field-effect transistor for label-free detection of biomolecules N.E. Lee*

1, D.J. Kim

1, I.Y. Sohn

1, J.H. Jung

1, O.J. Yoon

1, J.S. Park

2,

1Sungkyunkwan

University, Republic of Korea, 2Korea Electronics Technology Institute, Republic of Korea

[P3.26] Computing raman and ir freqeuncies of nanostructures: Prospects to sensor applications F. Zörgiebel*

1, J. Kunstmann

1, D. Nozaki

1, G. Cuniberti

1 ,2,

1Institute for Materials Science

and Max Bergmann Center of Biomaterials TU Dresden, Germany, 2

POSTECH, Republic of Korea

[P3.27] Sensitivity enhancement of a minaturized surface plasmon resonance sensor using protein G on a self-assembled monolayer as linkage layer E.J. Sin

1, J.O. Lim

2, Y.S. Sohn*

1,

1Catholic University of Daegu, Republic of Korea,

2Kyungpook National University School of Medicine, Republic of Korea

[P3.28] A novel method for gold-PDMS nanocomposite fabrication and biosensing applications H. SadAbadi*, S. Badilescu, M. Packirisamy, R. Muthrich, Concordia University, Canada

[P3.29] Ultrasensitive detection of ovarian cancer marker using immunoliposomes and gold nanoelectrodes S. Viswanathan

1, C. Rani

2, C. Delerue-Matos*

1,

1REQUIMTE, Portugal,

2Thiru. Vi. Ka.

Government Arts college, India

[P3.30] Arrays of vertical nanowires for tri-dimensional protein arrays T. Berthing

1, Y. L. Liu

1, K. Rostgaard

1, R. Frederiksen*

1, J. Nygård

2, K. L.

Martinez1,

1Bionanotechnology and Nanomedicine Laboratory Department of

Neuroscience and Pharmacology & Nano-science Center University of Copenhagen, Denmark,

2Niels Bohr Institute & Nano-science Center University of Copenhagen,

Denmark

[P3.31] Electronic detection of E. coli bacteria using silicon nanowire transistor arrays X.T. Vu*

1, P. Geschwill

1, M. Sauer

1, Y. Huang

2, P. Chen

2, S. Ingebrandt

1,

1University of

Applied Sciences Kaiserslautern, Germany, 2Nanyang Technological University, Singapore

[P3.32] Multi-analyte device for the electrochemical detection of pathogenic bacteria M.B. dos Santos*

1 ,2, J.P. Agusil

1 ,3, B. Prieto-Simón

1 ,4, C. Sporer

1 ,4, E. Torrents

5, J.

Samitier1 ,3

, 1Institute for Bioengineering of Catalonia (IBEC), Spain,

2International Iberian

Nanotechnology Laboratory (INL), Portugal, 3

Universitat de Barcelona, Spain, 4

Centro de Investigación Biomédica en Red en Bioingeniería, Biomateriales y Nanomedicina (CIBER-BBN), Spain,

5Institute for Bioengineering of Catalonia (IBEC), Spain,

6University of Minho,

Portugal

[P3.33] A polymer-based functional pattern on one-dimensional photonic crystals for photon sorting of fluorescence radiation for multiplexing bio-detection M. Ballarini

1, F. Frascella

2, N. De Leo

3, P. Rivolo

2, F. Giorgis*

1, E. Descrovi

2 ,5,

1Politecnico

di Torino, Italy, 2

Politecnico di Torino, Italy, 3

National Institute of Metrological Research, Italy,

4SAPIENZA Università di Roma, Italy,

5Italian Institute of Technology, Italy

[P3.34] Nanomechanical resonator arrays for the specific detection of proteins S. Evoy, University of Alberta, Canada

[P3.35] Development of a plasmonic grating based biosensor E. Pasqualotto*

1, A. De Toni

1, M. Perino

1,


2University of

Padova, Italy, 3Laboratory for Nanofabrication of Nanodevices, CNR of Padova, Italy,

4IOM

CNR TASC Laboratory, Italy

[P3.36] SECM characterization of single boron doped diamond nanoelectrodes for the optimization of electrochemical biosensors C. Dincer*

1 ,4, E. Laubender

1, J. Hees

3, J. Heinze

1 ,2, C.E. Nebel

3, G. Urban

1 ,4,

1Freiburg

Materials Research Center, Germany, 2

University of Freiburg, Germany, 3

Fraunhofer Institute for Applied Solid State Physics (IAF), Germany,

4Department of Microsystems

Engineering (IMTEK), Germany

[P3.37] Amperometric flow system for blood glucose determination using an immobilized enzime magnetic reactor P. Hernández*

1, J.A. Rodríguez

1, C.A. Galán

1, Y. Castrillejo

2, E. Barrado

2,

1Universidad

Autónoma el Estado de Hidalgo, Mexico, 2Universidad de Valladolid, Spain

[P3.38] Quantum dot-Zn2+ sensor a new FRET pair for faster measurement of available Zn2+ in biological samples A. Romaniak*, A. Pomorski, A. Krezel, University of Wroclaw, Poland

[P3.39] Nanostructured sensor for rapid lipases activity determination M. Stoytcheva, R. Zlatev, G. Montero, B. Valdez, J.A. Leon*, UABC, Mexico

[P3.40] Single nanoparticle detection and characterization for biosensing applications G.G. Daaboul*, A. Yurt, C.A. Lopez, M. Monroe, B.B. Goldberg, M.S. Unlu, Boston University, USA

[P3.41] A MIP-QCM-based biotin selective sensor through novel electrochemical synthesis strategies S. Suriyanarayanan

1, G.D. Olsson

1, T. Aastrup

2, I.A. Nicholls*

1 ,3,

1Linnaeus University,

Sweden, 2Attana AB, Sweden,

3Uppsala University, Sweden

[P3.42] Impedimetric array platform immunosensors based on nanogap interdigitated gold electrode I. Stateikina, C. Tlili, M. Zourob*, Institut National de la Recherche Scientifique, Canada

[P3.43] Development of a gold nanoparticle-based electrochemical magneto genosensor for detection of Escherichia coli T.C. Briones*

1, G.A Angeles

2, G.M. Gutiérrez

1,

1Universidad Autónoma Metropolitana-

Azcapotzalco, Mexico, 2

Universidad Autónoma Metropolitana-Xochimilco, Mexico, 3

Institut Català de Nanotecnologia, Spain

[P3.44] Multiplexed virus detection and shaping at the single particle level C.A. Lopez*

1, G.G. Daaboul

1, A. Yurt

1, B.B. Goldberg

1, J.H. Connor

2, M.S. Unlu

1,

1Boston

University, USA, 2Boston University School of Medicine, USA

[P3.45] Fiber-tip localized plasmon resonators for multiplexed and distributed biosensing applications J. Nyagilo, J. Wu, S. Chirvi, Y. Hao, D.P. Dave*, The University of Texas at Arlington, USA

[P3.46] Nanobiosensors functioning at Coulomb blockade regime for detecting Rho A cancer biomarker A. Martínez-Rivas*

1 ,2, P. Chinestra

4, F. Carcenac

3, C. Séverac

3, J.C. Faye

4, C. Vieu

2

,3,


2Institut National de Science Appliquées de

Toulouse, France, 3LAAS-CNRS, France,

4Institut Claudius Regaud, France

[P3.47] Multicolor surface enhanced raman nanotags for quantitative and multiplexed biomarker screening J. Nyagilo, S. Li, J. Gao, D.P. Dave*, The University of Texas at Arlington, USA

[P3.48] Development of highly sensitive VEGF detection sensor using silica-encapsulated hollow gold nanospheres J. Ko*, S. Lee, M. Lee, J. Choo, Hanyang University, Republic of Korea

[P3.49] Developement of an aptasensor based on silicon nanowire Schottky-barrier FETs L. Römhildt

1, S. Pregl

1 ,2, C. Kühn

1, F. Zörgiebel*

1, J. Opitz

1 ,3, G. Cuniberti

1 ,4,

1Institute for

Materials Science and Max Bergmann Center of Biomaterials TU Dresden, Germany,

2NaMLab GmbH Dresden, Germany,

3Fraunhofer IZFP Dresden, Germany,

4POSTECH,

Republic of Korea

[P3.50] Femtomolar detection for clostridium botulinum toxin type a by sandwich assay using nanoporous substrate and ultrabright suprananoparticles as fluorescent tags S. Bok

1, V. Korampally*

2, L. Polo-Parada

2, K. Gangopadhyay

1 ,2, S.

Gangopadhyay2,

1Nanos Technologies LLC., USA,

2University of Missouri-Columbia, USA

[P3.51] Label-free detection of site-specific DNA cleavage based on GaN nanowires FET sensor Y-T. Lai

1, A. Ganguly*

2, C-P. Chen

2 ,3, S-B. Wang

2, L-C. Chen

2, K-H. Chen

1 ,2,

1Academia

Sinica, Taiwan, 2

National Taiwan University, Taiwan, 3

National Yang-Ming University, Taiwan

[P3.52] Sensing of DNA-Protein binding via GaN nanowires-based EGFET technique C-H. Chen

1, A. Ganguly*

1, S-B. Wang

1, K-H. Chen

1 ,2, L-C. Chen

1,

1National Taiwan

University, Taiwan, 2Academia Sinica, Taiwan

[P3.53] The concept of fingerprint imprinted polymers and its application to protein imprinting A.M. Bossi*

1, P.S. Sharma

1, O. Laub

2, L. Montana

1, R. Levi

2,

1University of Verona, Italy,

2InfigoDiagnostics Ltd, Israel

[P3.54] Developments in the synthesis of molecularly imprinted polymers as artificial receptors With different functional monomers. G. Vasapollo, L. Mergola, S. Scorrano, R. Del Sole*, M. Lazzoi, University of Salento, Italy

[P3.55] A novel transduction technique based on bioluminescence resonance energy transfer (BRET) for monitoring ligand binding by periplasmic binding proteins H. Dacres, M. Michie, A.R. Anderson, S.C. Trowell*, CSIRO AUSTRALIA, Australia

[P3.56] Label-free, needle-type optical sensor for continuous glucose monitoring based on competitive binding S.H. Paek*, J.W. Jeon, D.H. Kim, U.H. Ha, S-H. Paek, Korea University, Republic of Korea

[P3.57] An affinity-based biosensor (ABBs) approach to hepcidin detection S. Scarano*

1, A. Vestri

1, F. Crispo

2, M.L. Ermini

1, M. Minunni

1,

1Università di Firenze, Italy,

2Università degli Studi della Basilicata, Italy

[P3.58] Novel, rapid and label-free assay format for proteases detection and drugs screening using various transducers C. Esseghaier*, A. Ng, M. Zourob, InMatériaux et Télécommunications, Canada

[P3.59] Preparation of molecularly imprinted polymers based on a new tailor-made functional monomer for creatinine binding U. Athikomrattanakul*, P. Thoma, N. Gajovic-Eichelmann, Fraunhofer Institute for Biomedical Engineering, Germany

[P3.60] Selection and characterization of ssDNA aptamers for detection of Mycobacterium tuberculosis D. Kanayeva*

1, I. Bekniyazov

1, A. Bekmurzayeva

1, M. Sypabekova

1, R. Wang

2, Y.

Li2,

1Nazarbayev University, Kazakhstan,

2University of Arkansas, USA

[P3.61] Development of DNA aptamers as sensitive and specific recognition receptors for hormonal pollutant biosensor G. Jiménez, A. Ng, R. Chinnapan, M. Zourob*, INRS Énergie Matériaux et Télécommunications, Canada

[P3.62] Cholesterol enzyme sensor employing de novo designed FAD-dependent cholesterol dehydrogenase S. Ferri*

1, T. Kobayashi

1, T. Endo

1, K. Kojima

2, W. Tsugawa

1, K. Sode

1 ,2,

1Tokyo

University of Agriculture & Technology, Japan, 2Ultizyme International Ltd., Japan

[P3.63] Development of DNA aptamers that specifically bind to amyloid protein oligomer and flow cytometric detection of amyloid beta oligomer K. Tsukakoshi*

1, K. Abe

1, K. Takeda

2, Y. Fujimura

2, K. Sode

1, K. Ikebukuro

1,

1Tokyo

University of Agriculture and Technology, Japan, 2On-chip Biotechnologies Co.,Ltd, Japan

[P3.64] Capacitive and faradaic concanavalin a based sensors for carbohydrates utilising two immobilisation methods K. Wong, F. Davis, J. Holmes*, S. Higson, Cranfield University, UK

[P3.65] Aptamer library design forms the root of successful aptamer selection: A case-study J. Mehta*

1 ,2, E. Rouah-Martin

1 ,2, B. Van Dorst

1 ,2, R. Blust

1, J. Robbens

1 ,2,

1University of

Antwerp, Belgium, 2ILVO, Belgium

[P3.66] Post-imprinting treatment of molecularly imprinted polymers for proteins to enhance specific binding signals H. Sunayama*, T. Ooya, T. Takeuchi, Kobe University, Japan

[P3.67] Highly selective bisphenol a (BPA) detection using molecularly imprinted polymer nanoparticles with BPA-immobilized gold nanoparticles A. Uchida*, T. Ooya, T. Takeuchi, Kobe University, Japan

[P3.68] Molecularly imprinted polymers for the detection of neopterin in clinical diagnostic R. Del Sole*, A. Scardino, M.R. Lazzoi, G. Vasapollo, University of Salento, Italy

[P3.69] Aptasensor development for the detection of polychlorinated biphenyls (PCBs) J. Mehta*

1 ,2, E. Rouah-Martin

1 ,2, B. Van Dorst

1 ,2, M. Scippo

3, R. Blust

1, J.

Robbens2,

1Universtiy of Antwerp, Belgium,

2ILVO, Belgium,

3University of Liege, Belgium

[P3.70] Novel aptamer-based assay for detection of Salmonella Typhimurium J.L. Sebastián

1 ,2, M. Barreiros dos Santos*

1 ,4, J.P. Agusil

1 ,2, A. Juárez

1 ,2, J. Samitier

1 ,2,

B. Prieto-Simón1 ,3

, 1IBEC, Spain,

2University of Barcelona, Spain,

3CIBER-BBN, Spain,

4INL, Portugal

[P3.71] A synthetic receptor architecture for the detection of pathogens with small peptides C. Hüttl*

1 ,2, L. Danckert

3, W.F.M. Stöcklein

1, C. Hettrich

1, F.F. Bier

1 ,3,

1Fraunhofer

Institute for Biomedical Engineering (IBMT), Germany, 2

University of Potsdam, Germany,

3University of Potsdam, Germany

[P3.72] Bioengineered olfactory sensory neuron-based biosensor for odorant detection L.P. Du

1, C.S. Wu*

1, H. Peng

2, L.H. Zhao

2, P. Wang

1,

1Zhejiang University, China,

2Zhejiang University, China

[P3.73] Glycoconjugate/protein interaction: An AFM study with pseudomonas aeruginosa lectin pa-il D. Sicard

1, S. Cecioni

2 ,3, Y. Chevolot

1, S. Vidal

2, E. Souteyrand

1, M. Phaner-Goutorbe

1, A.

Goudot*1,

1Institut des Nanotechnologies de Lyon, France,

2Institut de Chimie et Biochimie

Moléculaires et Supramoléculaires, France, 3Cermav, France

[P3.74] Intercalation of biomolecules in organoclays for biosensors applications R. Guégan*

1, S. Balme

2, F. Henn

2, X. Bourrat

1,

1CNRS – University of Orléans, France,

France, 2CNRS – University of Montpellier II, France, France

[P3.75] Analysis of biomolecular interactions of bacillus thuringiensis cry1ab toxin with manduca sexta receptors using sensiq discovery I. Gomez*, F. Zuñiga-Navarrete, A. Bravo, M. Soberon, Instituto de Biotecnología UNAM, Mexico

[P3.76] Synthetic human serum albumin Sudlow I binding site mimics B.C.G. Karlsson

1, A.M. Rosengren*

1, I.A. Nicholls

1 ,2,

1Linnaeus University, Sweden,

2Uppsala Univeristy, Sweden

[P3.77] Online monitoring of 3D hepatic microtissue using electrochemical microsensors J. Wiest*

1, S. Messner

2, B. Wolf

3,

1cellasys GmbH, Germany,

2InSphero AG, Switzerland,

3Technische Universität München Heinz Nixdorf - Lehrstuhl für Medizinische Elektronik,

Germany

[P3.78] Real-time monitoring of multiple processes of cell-surface interactions I. Székács

1, Z. Környei

1, J. Szelényi

1, K. Erdélyi

2, I. Szendro*

2, E. Madarász

1,

1Institute of

Experimental Medicine of Hungarian Academy of Sciences, Hungary, 2

MicroVacuum Ltd., Hungary

[P3.79] Real-time and label-free impedimetric study of oral cancer cells and non-cancer cells L. Yang, North Carolina Central University, USA

[P3.80] An atomic layer deposition passivated surface acoustic wave sensor for real time biofilm growth monitoring Y.W. Kim*, S.E. Sardari, M.T. Meyer, A.A. Iliadis, W.E. Bentley, R. Ghodssi, University of Maryland College Park, USA

[P3.81] Application of SPR imaging for detection of individual living cell reaction and clinical diagnosis of allergy Y. Yanase*, T. Kawaguchi, K. Ishii, K. Sakamoto, R. Miyake, M. Hide, Hiroshima University, Japan

[P3.82] Microfluidic impedance biosensor for detecting carbon nanotubes induced permeability of lung epithelium Z. Huang, N. Wu, Y. Rojanasakul, Y. Liu*, West Virginia University, USA

[P3.83] Electronic tongue and multivariate analysis: A next step in BOD measurements M. Raud*

1, E. Jõgi

1, T. Kikas

1 ,2,

1University of Tartu, Estonia,

2Estonian University of Life

Sciences, Estonia

[P3.84] Bacteria screening, viability and confirmation assay using isothermal gene amplification and electrochemical detection on a chip M. Uddin ahmed, M. Safavieh, M. Tolba, M. Zourob*, Institut national de la recherche scientifique, Canada

[P3.85] Nanowire-based monitoring of chemical activation of G-protein coupled receptors expressed in HEK293 cells S.K. Srivastava*

1 ,3, M. Roelse

1, T.S.Y. Moh

2, P.M. Sarro

2, C.J.M. VanRijn

3, M.A.

Jongsma1,

1Wageningen UR, The Netherlands,

2Delft University of Technology, The

Netherlands, 3Wageningen UR, The Netherlands

[P3.86] Detection of norepinephrine in dopaminergic cell using gold nanoparticles-based barcode analysis J.H. An*, B.K. Oh, J.W. Choi, Sogang University, Republic of Korea

[P3.87] Cell chip based monitoring of allergic response of cosmetic compounds on three dimensional culture of skin fibroblast cell J.H. An*, J.W. Choi, Sogang University, Republic of Korea

[P3.88] Innovative spirulina platensis-based love wave microsensor for the detection of heavy metal toxicity in liquid medium N. Tekaya

1 ,4, I. Gammoudi*

1, H. Tarbague

1, V. Raimbault

1, N. Sakly

2, H.B.

Ouada3,

1University of Bordeaux, France,

2University of Lyon, France,

3University of

Moanastir, Tunisia, 4University of Monastir, Tunisia

[P3.89] Electric cell-substrate impedance sensing reveals cytopathic effect of human immunodeficiency virus on human umbilical vein endothelial cells in-vitro C.E. Campbell*

1, C.M. Motzfeldt-Laane

1, A. Moses

2,

1University of Oslo, Norway,

2OHSU

Beaverton, USA

[P3.90] Microbial biosensors for mutagenicity assessment of environmental contaminants: Development, application and verification H. Alhadrami*

1 ,2, G. Paton

1,

1University of Aberdeen, UK,

2University of Dammam, Saudi

Arabia, 3Remedios Limited, UK

[P3.91] Engineering a vitamin D-regulated chimeric protein for expression in bacteria to screen for novel vitamin D analogs V. Siu*, W.W. Ko, A. Rolong, G.T.R. Palmore, Brown University, USA

[P3.92] A microwell array system for cell-based high-throughput odorant screening E. Oh*

1, S. Lee

2, S. Lee

2, J. Lim

2, T. Park

1 ,2,

1National University, Republic of Korea,

2Seoul National University, Republic of Korea

[P3.93] Design of a enzyme and whole-cell biosensor immobilized on the celluloseby using clostridium cellulovorans cellulosome system S.O. Han*, J.E. Hyeon, D.H. Kang, Korea University, Republic of Korea

[P3.94] E. coli biosensors for detection of toxic hydrolysate compounds from lignocellulosic biomass S. Lee*, A. Kalanjana Monnappa, R-J. Mitchell, Ulsan national institute of science and technology, Republic of Korea

[P3.95] Electrochemical cell chip to detect environmental toxicants based on cell cycle arrest technique M.A. Kafi

1, T.H. Kim*

2, J.W. Choi

1 ,2,


2Sogang


[P3.96] Assisted reproductive technology on a semiconductor chip A. Saito, H. Sugimoto, T. Sakata*, The University of Tokyo, Japan

[P3.97] Development of a silicon nanoneedle array with high-aspect-ratios for analyzing single-cell response R.R. Sathuluri*

1, Y. Amemiya

1, T. Kobayashi

2, M. Shimooku

3, C. Nakamura

1 ,3,

1National

Institute of Advanced Industrial Science and Technology, Japan, 2

National Institute of Advanced Institute of Science and Technology, Japan,


Technology, Japan

[P3.98] Integrating electro-acoustical and imaging technologies for real-time analysis of cell morphological changes by a combination of QCM-D and light microscopy E. Nilebäck*

1 ,2, N. Tymchenko

1, J. Gold

1, B. Kasemo

1, S. Svedhem

1,

1Chalmers

University of Technology, Sweden, 2Q-Sense, Sweden

[P3.99] Serum significantly improves biosensor responses and sensitivity R.J. Mitchell

1, S. Lee

1, M. Amasia

2, B. Leung

3, S. Takayama

3, M. Madou

2, C.M.

Ghim*1,

1UNIST, Republic of Korea,

2UC-Irvine, USA,

3Univ of Michigan, USA

[P3.100] Label free cell based biosensor-revealing real time cancer cell surface interactions D. Peiris*, A. Markiv, P. Curley, M. Dwek, University of Westminster, UK

[P3.101] Fabrication of in vitro blood vessel inflammation model for dynamic analysis of atherosclerosis S. Shinohara*, T. Kihara, S. Sakai, M. Taya, J. Miyake, Osaka University, Japan

[P3.102] Elaboration of a mini scale-down platform on the basis of the response of GFP microbial biosensors A. Brognaux

1, P. Neubauer

1 ,2, J.C. Twizere

1, P. Thonart

1, F. Delvigne

1, M.

Magliulo*1,

1Université de Liège, Belgium,

2Technische Universität Berlin, Germany

[P3.103] Development of microcavity array system for enumeration of circulating tumor cells from whole blood M. Hosokawa*

1 ,2, T. Yoshikawa

1, T. Yoshino

1, Y. Kikuhara

3, T. Tanaka

1, T.

Matsunaga1,

1Tokyo University of Agriculture and Technology, Japan,

2Shizuoka Cancer

Center Research Institute, Japan, 3Hitachi chemical Co., Ltd., Japan

[P3.104] Measurement and control of cell adhesion force to substrate M. Okose

1, Y. Amemiya

2, Y. Arai

1, C. Nakamura*

1 ,2,

1Univ. Agric. & Technol., Japan,

2AIST, Japan

[P3.105] Synthetic biology: Design and contruction of a steroid biosensor S. Dierckx*

1, W. Eberle

2, J. Vanderleyden

1,

1K.U.Leuven, Belgium,

2Imec, Belgium

[P3.106] Drug diagnosis of es-derived cardiomyocytes based on non-invasive imaging analysis E. Shimizu*

1, M. Saito

1, Y. Yamaguchi

2, E. Tamiya

1 ,2,

1Osaka University, Japan,

2Osaka

University, Japan

[P3.107] Development of an implantable biosensor array for wireless in-vivo measurements of de novo bone formation J. Steinkuehler*

1, C. Zsifkovits

2, G. Lepperdinger

2, P. Ertl

1,

1AIT Austrian Institute of

Technology GmbH, Austria, 2Austrian Academy of Sciences, Austria

[P3.108] Are BALOs the protomitochondria? R.J. Mitchell*

1, B. Leung

1, A. Monappa

2, M. Dwidar

1, S. Takayama

2,

1UNIST, Republic of

Korea, 2Univ. of Michigan, USA

[P3.109] Multiparameter light-addressable potentiometric sensor and ultramicroelectrode array based multianalyte microphsiometer for cellular metabolism monitoring N. Hu

1, D. Ha

1, C.X. Wu

1, T.X. Wang

2, Q.J. Liu*

1, P. Wang

1,


2ACEA Bioscience Inc., China

[P3.110] Light-addressable cell impedance imaging biosensor for wound healing assays C.X. Wu

1, N. Hu

1, D. Ha

1, J. Zhou

1, Q.J. Liu

1, P. Wang

1 ,2, L. Hu*

1,

1Zhejiang University,

China, 2Chinese Academy of Sciences, China

[P3.111] Redox monitoring of HepG2 cells on carbon electrodes using resazurin dye R.M. Pemberton*, O. Senior, J.P. Hart, University of the West of England, Bristol, UK

[P3.112] Monitoring of nanoparticle induced cell death in H441 cells using field-effect transistors D. Koppenhöfer*

1, A. Susloparova

1, D. Docter

2, R.H. Stauber

2, S. Ingebrandt

1,

1University

of Applied Sciences Kaiserslautern, Germany, 2University Medical Center, Mainz, Germany

[P3.113] Monitoring the cellular response to osmotic stress using conventional and long-range surface plasmons M. Vala*

1, R. Robelek

2, M. Bockova

1, J. Wegener

2, J. Homola

1,

1Istitute of Photonics and

Electronics ASCR, Czech Republic, 2University of Regensburg, Germany

[P3.114] Electric cell-substrate impedance sensing (ECIS) based real-time measurement of heavy metal-induced cytotoxicity J. Zhou

1, C. Wu

1, L. Xiao

2, N. Hu

1, J. Wang

1, P. Wang

1, L. Hu*

1,

1Zhejiang University,

China, 2The Hong Kong Polytechnic University, China

[P3.115] Characterization of cantilevers as microbiosensors for the detection of microorganisms of food interest by means of microscopy and spectroscopy techniques A. Mendoza-Madrigal*

1, J. Chanona-Pérez

1, H. Hernández-Sánchez

1, E. Palacios-

González2, L. Villa-Vargas

3, V. Garibay-Febles

2,

1Escuela Nacional de Ciencias

Biológicas, Mexico, 2

Instituto Mexicano del Petróleo, Mexico, 3

Instituto Politécnico Nacional, Mexico

[P3.116] Increased sensitivity in living cell toxicity detection using long range surface plasmon resonance V. Chabot*

1 ,2, Y. Miron

2, M. Grandbois

2, P.G. Charette

1,

1Universite de Sherbrooke,

Canada, 2Universite de Sherbrooke, Canada

[P3.117] Bacterial biosensors multiplex: Identification of the response to metal D. Parrello*

1, F. Caland

1, P. Billard

1, D. Brie

1, S. Miron

1, C. Mustin

1,

1Nancy University,

France, 2Nancy University, France

[P3.118] Microcantilever-based cell assay for label-free, real-time monitoring of yeast cell growth Y. Liu, L.M. Schweizer, W. Wang, R.L. Reuben, M. Schweizer, W. Shu*, Heriot-Watt University, UK

[P3.119] Carbon-hydrogen-oxygen (cho) biochip: Micro-electro-chemical-sensor (mecs) technology for spaceflight research on photosynthetic microalgae W.W.A.W. Salim

1, A.C. Hermann

1, A.J. Ricco

2, M. Tan

2, F. Selch

2, G. Minnelli

2, M.

Porterfield*1,

1Purdue University, USA,

2NASA Ames Research Center, USA

[P3.120] Taste epithelium hybrid with microelectrode array for a bioelectronic tongue Q. Liu*

1, F. Zhang

1, N. Hu

1, H. Wang

1, H. Cai

1, P. Wang

1,


2University of Illinois at Urbana-Champaign, USA

[P3.121] Detection of chromium(VI) using cell-based sensor systems U. Bohrn*

1 ,3, A. Mucha

1, C.F. Werner

2, M. Fleischer

1, M.J. Schoening

2, P.

Wagner3,

1Siemens AG, Germany,

2Aachen University of Applied Sciences, Germany,

3Hasselt University, Belgium

[P3.122] Bacterial sensors based on E.COLI in biosilica nanoshell with label free EC-OWLS detection N. Adanyi

1, Z. Bori

1, I. Szendro*

2, X. Wang

3, H. Schröder

3, W. Müller

3 ,4,

1Central Food

Research Institute, Hungary, 2

MicroVacuum Ltd, Hungary, 3

c Johannes Gutenberg-Universität, Germany,

4NANOTECmarin GmbH, Germany

[P3.123] Fluorescence microarray for medical diagnosis of systemic lupus erythematosus (SLE) by using autodisplayed Ro/SS-A antigen G. Yoo

1, M. Park

1, S.Y. Kim

2, J. Jose

3, J.C. Pyun*

1,


2Severance Hospital, Republic of Korea,

3Univeristy of Muenster, Germany

[P3.124] Exploring newly synthesized bromo- undecenyl phenyl ether as a tunable dielectric material for organic thin film transistor device A. Sathyapalan*

1 ,3, A. Lohani

1, Y. Fan

1, N.A. Chien

1, H. Su

1, H. Chen

2,

1Nanyang

Technological University, Singapore, 2

Nanyang Technological University, Singapore,

3University of Utah, USA

[P3.125] Flexibility of embedded Ag paste electrode using PHR biochip for bacteria detection S.J. Oh*

1, J.S. Yu

2 ,3, J.I. Lim

1, J.D. Jo

2, C.G. Kim

1,

1Center for NanoBioengineering and

Spintronics & Department of Materials Science and Engineering, Republic of Korea, 2Korea

Institute of Machinery & Materials, Republic of Korea, 3

Chungnam National University, Republic of Korea

[P3.126] Piezoelectric sensor technology for the detection of endosulfan using molecular imprinted polymer as recognition elements Z. Gao*, N. Liu, J. Han, H. Zhou, B. Ning, Institute of Health and Environmental Medicine, China

[P3.127] Stability of laccase immobilized in a sol-gel matrix as a sensing material for flexible biosensors C. Gaspar*

1, E. Tuccori

1, M. Smolander

2, K. Persaud

2,

1VTT, Finland,

2University of

Manchester, UK

[P3.128] Functional silica-based sensors by combination of ink-jet printing, EISA and click chemistry O. De Los Cobos*

1, M. Lejeune

1, F. Lalloue

2, C. Sanchez

4, M. Wong Chi Man

5, J.

Durand5,

1SPCTS, France,

2HCP, France,

3CIM, France,

4LCMCP, France,

5ICGM, France

[P3.129] Antibody-polymerisation for the identification and amplification of biomolecule detection on both gold nanoparticle and continuous plasmonic surfaces T. Read*, R.V. Olkhov, A.M. Shaw, University of Exeter, UK

[P3.130] Ink-jet printed FET for biosensing applications M. Medina-Sánchez

1, E. Ramón

2, A. Alcalde-Aragonés

2, S. Miserere

1, G. Aragay

1, C.

Martínez-Domingo2, A. Merkoçi*

1,



3ICREA, Spain

[P3.131] Microfabricated glucose biosensor for culture well operation R.M. Pemberton

1, J.P. Hart*

1, T. Cox

2, R. Tuffin

2, G.A. Drago

3, J. Griffiths

4,

1University of

the West of England, UK, 2

QinetiQ Ltd., UK, 3

Applied Enzyme Technology Ltd., UK,

4Uniscan Instruments Ltd., UK,

5Gwent Electronic Materials Ltd., UK,

6University of

Plymouth, UK, 7AstraZeneca R&D, Alderley Park, Macclesfield, UK,

8Institute of Biosensing

Technology, University of the West of England, Bristol, UK

[P3.132] A Silver-based electrocatalyst for the determination of hydrogen peroxide formed via enzymatic oxidation M.L. Gonzalez-Macia*, A.J. Killard, University of the West of England, UK

[P3.133] Constructing functional graphene layers by micromolding in capillaries for cell-based sensor applications J.K.Y. Law*

1, M.H. Abouzar

1, L. Delle

1 ,2, D. Kraft

1, X.T. Vu

1, P. Wagner

1,

1University of

Applied Sciences Kaiserslautern, Germany, 2Hasselt University, Belgium

[P3.134] Inkjet printed electrode structures and enzymatic biosensors S. Köstler*

1, V. Mehmeti

2, S. Lenz

2, A. Rudorfer

1, H. Pichler

1, S.R. Scheicher

1,

1Joanneum

Research Institute for surface Technologies and Photonics, Austria, 2

University Graz, Institute of Chemistry, Austria

[P3.135] TPA-thiophene based molecule coupled by imine group: Evaluation of optoelectronic properties P.K. Sarswat, A. Sathyapalan*, Y. Zhu, M.L. Free, University of Utah, USA

[P3.136] Detection of odorant molecules via surface acoustic wave biosensor array based on odorant binding proteins F. Di Pietrantonio*

1, D. Cannatà

1, M. Benetti

1, E. Verona

1, M. Staiano

2, S.

D'Auria2,

1Institute of Acoustics and Sensors CNR, Italy,

2Institute of Protein Biochemistry -

CNR, Italy

[P3.137] Microsensors and image processing for single oocyte qualification: Towards multiparameters determination of the best moment for fertilization B. Wacogne*

1 ,2, C. Pieralli

1, C. Amiot

3 ,4, C. Roux

3 ,4,

1FEMTO, France,

2Besancon

University Hospital, France, 3

Besancon University Hospital, France, 4

Besancon University Hospital, France

[P3.138] Impedimetric recognition of cancer-associated STn antigen at screen-printed Sambucus nigra agglutinin electrode M.L.S. Silva*

1, J.A. Rodríguez

2, A.M. Téllez

1,

1Universidad Autónoma del Estado de

Hidalgo, Mexico, 2Universidad Autónoma del Estado de Hidalgo, Mexico

[P3.139] Rapid detection of pathogen bacteria and differentiation of viable and dead cells by a MOS-array olfactory sensor combined with field flow fractionation technology C. Colliva

1, B. Roda

2, M. Mirasoli

1 ,3, M. Di Fusco

4, P. Reschiglian

2, A. Roda*

1

,3,

1University of Bologna, Italy,

2University of Bologna, Italy,

3Istituto Nazionale di

Biostrutture e Biosistemi, Italy, 4

Advanced Applications in Mechanical Engineering and Materials Technology, Italy

[P3.140] Protein chip for diagnosis of myelodysplastic syndromes using SPR imaging M. Bockova

1, K. Pimkova

2, V. Sevcu

1, H. Sipova*

1, J.E. Dyr

2, J. Homola

1,

1Institute of

Photonics and Electronics, Czech Republic, 2

Institute of Hematology and Blood Transfusion, Czech Republic

[P3.141] Microfluidic hand-helds for DNA to protein microarray replication by cell-free systems J. Burger

1, O. Stoevesandt

4, J. Hoffmann

1, F. von Stetten

1 ,2, R. Zengerle

1 ,3, G. Roth

1 ,3, F.

Stumpf*1,

1University of Freibur, Germany,

2HSG-IMIT, Germany,

3University of Freiburg,

Germany, 4Babraham Bioscience Technolog, UK

[P3.142] Dynamics of bacterial chromosomes - a physical approach K. Bromek

1, V. Thacker*

1, B. Sclavi

2, M. Cosentino-Lagomarsino

3, U. Keyser

1, P.

Cicuta1,


2LBPA, 2ENS Cachan, France,

3FRE 3214 CNRS,

France

[P3.143] Electrochemical study of metals in Alzheimer’s disease V. Hung, A. Veloso, K. Kerman*, University of Toronto, Canada

[P3.144] Atomic force microscopy in single cell analysis: From bacterial to mammalian cells A. Zhou*, Y. Wu, G. McEwen, M. Tang, L. Xiao, Q. Li, Utah State University, USA

[P3.145] A Spectrum-free imaging guided mode resonance system for biosensing S.F. Lin*

1, W.Y. Chen

2, J.Y. Chang

1,

1National Central University, Taiwan,

2National

Central University, Taiwan

[P3.146] Label free detection of virus-like particles D.S. Dandy*, N.S. Lynn, L.C. Kingry, R. Yan, K.L. Lear, Colorado State University, USA

[P3.147] Electrochemical impedance spectroscopy for detecting biofilm growth in drinking water pipelines G.J. Puzon*

1, A.H. Kaksonen

1, S. Jones

2, J.I. Reyes-De-Corcuera

2,

1CSIRO Land and

Water, Australia, 2University of Florida, USA

[P3.148] Monitoring of physical-chemical and microbiological changes in fresh milk under cold storage by a voltammetric electronic tongue Z.B. Wei*, J. Wang, Zhejiang University, China

[P3.149] A graphite/graphene based enzymatic biofuel cell S. Mutlu*, U. Saçak, D. Taykoz, A. Hanci, Hacettepe University, Turkey

[P3.150] Nanostructured electrodes using gold nanoparticles and carbon nanotubes for monosaccharide biofuel cell H. Yoshikawa*, T. Ikeuchi, L.Q. Hoa, E. Tamiya, Osaka University, Japan

[P3.151] A biofuel cell design using the plant-derived glucose S. Mutlu*, D. Taykoz, A. Hanci, Hacettepe University, Turkey

[P3.152] Impedance spectroscopy with field-effect transistor arrays for the analysis of single cell adhesion A. Susloparova*, D. Koppenhöfer, X.T. Vu, S. Ingebrandt, University of Applied Sciences Kaiserslautern, Germany

[P3.153] Rapid development of electrogenic biofilm in biological fuel cells using start-up control with variable load H.C. Boghani

1, J.R. Kim*

1, R.M. Dinsdale

2, A.J. Guwy

2, G.C. Premier

1,

1University of

Glamorgan, UK, 2University of Glamorgan, UK

[P3.154] Clinical analysis of methotrexate in serum with a colorimetric competitive biosensor J.F. Masson*, S.S. Zhao, J.N. Pelletier, Universite de Montreal, Canada

[P3.155] Fluorogenic polydiacetylene liposome as a promising drug delivery system J.U. Lee*, S.J. Sim, Korea University, Republic of Korea

[P3.156] A real-time holographic glucose sensor. E.V. Vezouviou*

1 ,2, C.R.L. Lowe

1, J.P. Patel

2,


2Philips

Electronics UK, UK

[P3.157] Cell-SELEX for selection of anti-Proteus mirabilis DNA aptamers and in silico maturation to improve binding-specificity N. Savory*

1, B.V. Jones

2, K. Ikebukuro

1,

1Tokyo University of Agriculture and Technology,

Japan, 2University of Brighton, UK

[P3.158] Spri chips coupled with mass spectrometry for the characterization of biomarkers in sepsis P. Ducoroy*

1, S. Gibot

3, A. Rouleau

2,

1CHU CLIPP, France,

2Université de Franche-

Comté, France, 3Nancy Université, France

[P3.159] Quantitative DNA methylation level measurement using MBD and zinc finger fused luciferase D. Hiraoka

1, K. Abe*

1, W. Yoshida

1, H. Wakeda

2, K. Hata

3, K. Ikebukuro

1,

1Tokyo

University of Agriculture & Technology, Japan, 2

Miyazaki University, Japan, 3

National Center for Child Health and Development, Japan

[P3.160] Magnetic nanoparticle-based approach for targeted cancer therapy T. Mitrelias*

1 ,2, M. Tselepi

1 ,2, C. Barnes

1, V. Orel

3, A. Romanov

3, I. Schepotin

3,

1University

of Cambridge, UK, 2Cavendish NanoTherapeutics, UK,

3National Cancer Institute, Ukraine

[P3.161] Stable real-time monitoring in whole blood via single-probe electrochemical aptamer based differential measurement D.A. Hoggarth*, B.S. Ferguson, H.T. Soh, University of California, USA

[P3.162] GlucoMen®Day: The microdialysis-based approach for intravascular continuous

glucose monitoring in critical care settings F. Lucarelli*, C. Scuffi, F. Valgimigli, A. Menarini Diagnostics, Italy

[P3.163] Gold nano-stars modified ito substrate for enhance nonenzymatic detection of glucose in serum based on surface-enhanced raman spectroscopy W.A. El-Said*

1 ,2, J.W. Choi

1,


2Assiut University,

Egypt

[P3.164] Optical transducer with photochromic material used as glucose and fructose biosensor A. Ortiz*, R. Delgado, V. López, M. Rojas, M.E. Jaramillo, CIBA IPN TLAXCALA, Mexico

[P3.165] Spherezymetm

technology for enhanced enzyme immobilisation: Application in biosensors L.G. Molawa*

1, R. Fogel

1, J. Limson

1, J. Jordaan

1,

1CSIR, South Africa,

2Rhodes

University, South Africa

[P3.166] Use of gold coated nanoporous membrane in resistance based Biosensor K.P. Singh*, A. Singh, S. Sanjesh, S. Ahalawat, G.B.Pant University of Agriculture and Technology, Pantnagar, India

[P3.167] Affinity measurement between milk allergens and their antibodies by surface plasmon resonance imaging O.R.A. Chakra

1, C.M. Pradier

3, C. Frydman*

2, S. Descroix

1, P. Poncet

4, H.

Sénéchal1,

1ESPCI ParisTech, LSABM, France,

2HORIBA Scientific, France,

3UPMC,

LRS, France, 4Institut Pasteur, France

[P3.168] Microbial fuel cell design using functionalized carbon fiber and Shewanella sp. bacteria L. Mahrokh*

1, H. Ghourchian

1, S. Mirdamadi

2,

1University of Tehran, Iran,

2Iranian

Organization for Science and Technology, Iran

[P3.169] Gold nanoparticles induced fluorescence resonance energy transfer immunoassay format for the detection of herbicide bensulfuron-methyl Y.K. Nangia*, B. Kumar, C.R. Suri, INSTITUTE OF MICROBIAL TECHNOLOGY CHANDIGARH 160036, India

[P3.170] Cooperative effect of ligand functionalities for LSPR-biosensors based on aggregation of plasmonic nanoparticles V. Chegel*

1, O. Rachkov

1, A. Lopatyskyi

1, S. Ishihara

2, O. Kukla

1, J.P. Hill

2,

1National

Academy of Sciences, Ukraine, 2National Institute for Materials Science, Japan

[P3.171] A fractal analysis of the detection of biomarkers for different diseases on biosensor surfaces A. Sadana, E. Pugh*, University of Mississippi, USA

[P3.172] A fractal analysis of the detection of biomarkers for different diseases on biosensor surfaces A. Sadana, S. Hall*, University of Mississippi, USA

[P3.173] Development of a screen-printed uric acid biosensor, fabricated using a water based carbon ink, incorporated with hepatic cells for toxicity testing. P. Kanyong*

1, R.M. Pemberton

1, S.K. Jackson

2, J.P. Hart

1,

1University of the West of

England, Bristol, UK, 2University of Plymouth, UK

[P3.174] Telomerase enzyme activity detection with sandwich hybridization platform D. Cam*

1, K. Bilecen

2, H.A. Oktem

1 ,2,

1Middle East Technical University-Department of

Biology, Turkey, 2ANObiz Ltd. Co., Turkey

poster program - elsevier · poster program poster session 1 wednesday, 16 may 2012 [p1.1]...

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