Tuesday, 12 June, 2018 – PRE-CONGRESS SUMMER SCHOOL Room Brickell

08:15-16:30 Pre-Congress Summer School on Paper-based (Bio)Sensors

08:15-08:30 Welcome and Introduction Arben Merkoçi, ICREA, ICN2, BIST, Barcelona, Spain Paul Yager, University of Washington, USA

08:30-10:45 Theme 1: Paper-based platforms: general introduction, operation principle and manufacturing An overview of paper-based (bio)sensing, operation principles, and manufacturing technologies

08:30-09:15 What can we do in Si microfluidics and what can be transferred to other formats? Emmanuel Delamarche, IBM Research – Zurich and IBM Watson Research Center, USA

09:15-10:00 Introduction on paper-based sensors. Operation principles and application opportunities Joshua Buser, University of Washington, USA

10:00-10:45 Manufacturing of lateral flow diagnostic tests Michael A. Mansfield, EMD Millipore Corporation, Bedford, Massachusetts, USA

10:45-11:15 Refreshment Break │ Room: Riverfront Halls

11:15-12:00 Theme 2: Paper-based (bio)sensors applications Applications of paper-based (bio)sensors in diagnostics (health, environment monitoring, safety and security)

11:15-12:00 Ultra-low cost paper-based biosensors for heavy metal water contamination in resource limited situations Baojun Wang, School of Biological Sciences, University of Edinburgh, UK

12:00-13:00 Lunch │ Room: Riverfront Halls

13:00-14:30 Theme 2: Paper-based (bio)sensors applications (Contd.)

13:00-13:45 Design considerations for paper-based biosensors utilizing DNA aptamers John Brennan, McMaster University, Hamilton, Canada

13:45-14:30 Practical hints on: A) Inkjet printing of electrochemical sensors on paper; B) lateral flow immunosensor design and fabrication Giulio Rosati1, Daniel Quesada2

1University of Padova, Italy, 2Catalan Institute of Nanoscience and Nanotechnology, Spain

14:30-16:30 Theme 3: Practical hints on paper-based (bio)sensors connection with smartphone Use of smartphone as reader of paper-based platforms

14:30-15:15 Combining simple point of care devices with mobile applications to achieve connected mobile diagnostics Neil Polwart, BBI Group & Founder Novarum DX Ltd, UK

15:15-16:30 Afternoon Tea and Panel Discussion formed by the speakers

17:00-19:00 Registration and Welcome Reception │ Room: Riverfront Halls

Wednesday, 13 June, 2018 – WORLD CONGRESS ON BIOSENSORS

07:00-08:40 Registration

Room Regency Ballroom

08:40-09:00 Welcome and Introduction to the Congress Prof Anthony P.F. Turner and Prof Frances Ligler and the Congress Committee

09:00-10:20 Plenary Session 1

09:00-09:40 [PLN1] ‘Point-of-care diagnostics 2.0’ Dr Emmanuel Delamarche, IBM Zurich, Switzerland

09:40-10:20 [PLN2] Electronic and microfluidic sensors for the skin Professor John Rogers, Northwestern University, USA

10:20-11:00 Refreshments and Poster Session 1 │ Room: Riverfront Halls

Room Monroe/Flagler Brickell Orchid B-D Tuttle

11:00-12:45 Stream 1A: Bioelectronics (including biocomputing, biofuel cells and electronic noses)

Stream 2A: Enzyme-based biosensors Stream 3A: Immunosensors Stream 4A: Lab-on-a-chip

11:00-11:20 [INV01] Oral cancer detection with 3D carbon nanotube interdigitated electrodes B.J. Brownlee*1, S. Ding2, J.C. Claussen2, B.D. Iverson1, 1Brigham Young University, USA, 2Iowa State University, USA

[INV02] Multiple Cancer Biomarker Detection using SERS ac-EHD Immunoassay K.K. Reza*, S. Dey, J. Wang, The University of Queensland, Australia

[INV03] Signal amplifying gene circuits enable ultrasensitive cellular sensors for arsenic and mercury B. Wang, University of Edinburgh, UK

[INV04] Photolithographic micropatterning of silk protein-conductive polymer biocomposites for fabrication of flexible biosensors M. Xu*1, R.K. Pal2, S. Pradhan1, V.K. Yadavalli1, 1Virginia Commonwealth University, USA, 2Rutgers University, USA

11:20-11:35 [O1A.1] Surface plasmon resonance imaging for sensing volatile organic compounds: Biomimetic olfactory biosensors & optoelectronic nose S. Brenet1, C. Hurot1, A. Buhot1, E. Barou2, C. Belloir2, L. Briand2, Y. Hou*1 1Institute for Nanoscience and Cryogenics, France, 2Centre des Sciences du Goût et de l'Alimentation, France

[O2A.1] Electrochemical sensor based on molecularly imprinted polymer for sensitive triclosan detection in wastewater and mineral water S. Motia1, N. El alami el hassani1, M. Raposo2, P. Antonio Ribeiro2, B. Bouchikhi1, N. El bari*1 1Moulay Ismaïl University, Morocco, 2New University of Lisbone, Portugal

[O3A.1] Ultra-stable and refrigeration-free antibody inks J. Slocik*, Z. Kuang, P. Dennis, R. Naik AFRL, USA

[O4A.1] A novel nanotechnology-based approach in chemo-photodynamic therapy investigated using a Lab-on-a-chip system K. Tokarska1, M. Chudy1, E. Jastrzebska1, M. Bulka1, S. Drozdek2, L. Lamch2, K. Wilk2, Z. Brzozka*1 1Warsaw University of Technology, Poland, 2Wrocław University of Science and Technology, Poland

11:35-11:50 [O1A.2] An enzymatic biofuel cell operating in human blood M. Cadet, S. Gounel, N. Mano* CRPP, France

[O2A.2] Sensor Gated Conditional small interfering RNAs programmable for intracellular activation by specific RNA transcripts S. Han*1,2, L. Scherer2, M. Gethers1, R. Mancusi2, Y. Kuo2, G. Marcucci2, J.J. Rossi2, W.A. Goddard1 1California Institute of Technology, USA,

[O3A.2] Fluorescent protein nanowire based biosensor for ultrasensitive detection of exosomes L. Huang*, D-B. Wang, X.E. Zhang Southeast University, China

[O4A.2] Analysis of heart regeneration based on heart-on-a-chip system E. Jastrzebska1, P. Sokolowska1, E. Tomecka1, A. Kobuszewska1, K. Zukowski1, I. Jesion2, L. Szulc-Dabrowska2, Z. Brzozka*1 1WUT, Poland, 2WULS, Poland

2City of Hope National Medical Center, USA

11:50-12:05 [O1A.3] Oxygen electroreduction catalysed by laccase wired to gold nanoparticles via the trinuclear copper cluster M. Dagys*1, A. Laurynėnas1,2, D. Ratautas1,2, J. Kulys1, G. Niaura1, R. Meškys1, S. Shleev3 1Vilnius University, Lithuania, 2Vilnius Gediminas Technical University, Lithuania, 3Malmö University, Sweden

[O2A.3] Optimization and application of a FRET-based sensor for monitoring of glucose in small scale cultivations J. Otten*, N. Tenhaef, W. Wiechert, M. Pohl Forschungszentrum Jülich GmbH, Germany

[O3A.3] Handheld GMO Biosesnor H. Stevenson*1, P. Chary1, J. Pin1, A. Bacon1, D. Kinnamon1, V.J. Nagaraj2, S. Prasad1 1University of Texas at Dallas, USA, 2Arizona State University, USA

[O4A.3] An inertial microfluidics platform for high-throughput sheathless single-stream cell focusing in flow cytometry Y. Zhang*, F. Tang, X. Wang Tsinghua University, China

12:05-12:20 [O1A.4] An ultrasensitive bio-electronic nose which uses insect olfactory receptors in liposomes for the electrochemical detection of odorants R. Khadka*1,2, N. Aydemir1,2, C. Carraher3, A. Kralicek3, J. Travas-Sejdic1,2 1The University of Auckland, New Zealand, 2The Macdiarmid Institute for Advanced Materials and Nanotechnology, New Zealand, 3The New Zealand Institute for Plant and Food Research Limited, New Zealand

[O2A.4] BioSelf: Self-powered, self-sustained and self-indicated biosensing application to cancer biomarker screening M.G.F. Sales*, A.P.M. Moreira, L.A.A.N. Truta et al BioMark Sensor Research/Instituto Superior de Engenharia do Porto, Portugal

[O3A.4] Watching biomolecular interactions using video paper analytical devices B.S. Miller*1, C. Parolo1, P. Brangel2, V. Turbé1, C.E. Keane1, E.R. Gray1, R.A. McKendry1 1University College London, UK, 2Imperial College London, UK

[O4A.4] A sub-nanomolar Rayleigh surface acoustic wave-based resonator biosensor M. Agostini*1,2, G. Greco1, M. Cecchini1 1Scuola Normale Superiore di Pisa-CNR, Italy, 2Istituto Italiano di Tecnologia, Italy

12:20-12:35 [O1A.5] Processable and anti-NAD+ fouling colloidal PEDOT microparticles based hierarchical structured interface for sensitive NADH biosensing L. Meng*, A.P.F. Turner, W.C. Mak et al Linköping University, Sweden

[O2A.5] Single-cell electrical impedance tomography S.M. Weiz1, M. Medina-Sánchez*1, K. Lee1, O.G. Schmidt1 1Institute for Integrative Nanosciences, Germany, 2Yonsei University, Republic of Korea, 3Chemnitz University of Technology, Germany

[O3A.5] The COBIOPHAD approach. Towards in vitro antibiotic allergy diagnosis S. Morais*, L.A. Tortajada-Genaro, A. Maquieira Universitat Politècnica de València, Spain

[O4A.5] Lab-on-a-chip platform based on graphene electrolyte-gated field-effect transistors for protein and DNA sensing P. Alpuim*1,2, E. Fernandes1, R. Campos1, J.R. Guerreiro1, P.D. Cabral1,2, C. Abreu1,3, M. Martins1, F. Cerqueira1,2, J. Borme1 1INL-International Iberian Nanotechnology Laboratory, Portugal, 2CFUM-Center of Physics, Portugal, 3Swansea University Medical School, UK

12:35-14:00 Lunch and Poster Session 1 │ Room: Riverfront Halls

13:00-14:00 Opportunity for Corporate Sponsored Workshop

Room Monroe/Flagler Brickell Orchid B-D Tuttle

14:00-15:05 Stream 1B: Nanobiosensors, nanomaterials & nanoanalytical systems

Stream 2B: Microfluidics and immobilisation technology

Stream 3B: Organism- and whole cell-based biosensors

Stream 4B: Printed biosensors and microfabrication

14:00-14:30 [K01] Organic skin patch with built-in enzymatic biofuel cell for drug dosing and wound healing M. Nishizawa*, A. Tsubota, H. Kai, Tohoku University, Japan

[K02] Designer fungus FAD glucose dehydrogenase capable of direct electron transfer K. Ito*1, J. Okuda-Shimazaki2, K. Mori2, K. Kojima2, W. Tsugawa1, K. Ikebukuro1, C. Lin3, J.T. La Belle1, K. Sode1,4 1Tokyo University of Agriculture and Technology, Japan, 2Ultizyme International Ltd., Japan, 3Arizona State University, USA, 4University of North Carolina at Chapel Hill and North Carolina State University, USA

[K03] Hybrid nanomechanical-optoplasmonic sensor for HIV-1 detection at first week after infection P. Kosaka*, M. Calleja, J. Tamayo Instituto de Micro y Nanotechnología (IMN-CNM), Spain

[K04] Highly sensitive Silicon Photomultipliers for ATP bioluminescence detection on 3D printed lab-on-a-chip M.F. Santangelo*1,2, S. Libertino2, A.P.F. Turner1, D. Filippini1, W.C. Mak1 1Linköping University, Sweden, 2CNR IMM, Italy

14:30-14:45 [O1B.1] Electroless deposition of noble metal nanoparticles onto silk fibroin films for biochemical detection A. Mitropoulos*, J. Wang, R. Sims, K. Woronowicz, J. Wickiser, F. Burpo, E. Nagelli United States Military Academy, USA

[O2B.1] Reversible and nanoliter-scale optical fiber based biosensors: Measurement of zinc Ions R. Kostecki*, S. Heng, A.D. Abell, H. Ebendorff-Heidepriem The University of Adelaide, Australia

[O3B.1] Highly sensitive fructose biosensor based on fructose dehydrogenase immobilized onto aryl thiols modified highly porous gold electrode: Characterization and application in food samples P. Bollella*1, Y. Hibino3, K. Kano3, L. Gorton2, R. Antiochia1 1Sapienza University of Rome, Italy, 2Lund University, Sweden, 3Graduate School of Agriculture, Japan

[O4B.1] Inkjet-printed interdigitated biosensor for easy and rapid detection of bacteriophage viruses infections - a preliminary study for milk and wine processing control applications G. Rosati*1, M. Ravarotto1, A. Cunego2, F. Fracchetti2, A. Del Casale2, A. De Toni3, S. Torriani4, A. Paccagnella1 1University of Padova, Italy, 2Microbion S.R.L., Italy, 3ARC - Applied Research Center s.r.l., Italy, 4University of Verona, Italy

14:45-15:00 [O1B.2] A novel sensor for measuring glucose in airway surface liquid J.M. Bearham*1, N. Krutrök2, B. Lindberg2, D.L. Baines1 1St Georges University of London, UK, 2Astra Zeneca, Sweden

[O2B.2] Protein microarray copying - protein microarray generation, cell-free, in high-throughput, followed by label-free interaction analysis T. Herz*, N. Kilb, J. Burger, P. Meyer, J. Woehrle, G. Roth University of Freiburg, Germany

[O3B.2] A novel microelectrode array based multimodal bioelectronic real-time monitoring device for the high content screening on human stem cell derived cardiomyocytes A.A. Robitzki*, H.G. Jahnke, S. Fleischer University Leipzig, Germany

[O4B.2] Controlling wicking speeds in laser-etched paper-based microfluidic channels B. Kalish, K.M. Tan, H. Tsutsui* University of California, Riverside, USA

15:00-15:15 [O1B.3] 3D graphene-based foam induced by phytic acid: An effective enzyme-mimic catalyst for electrochemical detection of cell-released superoxide anion X. Cai, L. Shi, H. Zhao, M. Lan* East China University of Science and Technology, China

[O2B.3] Creation of cell aggregates under flow with dielectrophoresis using planar electrodes J. Cottet*1,2, A. Kehren2, H. van Lintel2, F. Buret1, M. Frénéa-Robin1, P. Renaud2 1University of Lyon, France, 2EPFL, Switzerland

[O3B.3] An impedance technology platform for the standardized in vitro chemosensitivity analysis of synergistic drug effects on patient-derived melanoma cell lines D. Seidel*, H.G. Jahnke, A.A. Robitzki Leipzig University, Germany

[O4B.3] Printed graphene biosensors & biointerface materials: Fabrication and applications J.C. Claussen1,2 et al 1Iowa State University, USA, 2Ames Laboratory, USA

15:15-16:00 Refreshments and Poster Session 1 │ Room: Riverfront Halls

Room Monroe/Flagler Brickell Orchid B-D Tuttle

16:00-17:25 Stream 1C: DNA chips, nucleic acid sensors and aptasensors

Stream 2C: Mobile diagnostics and personal health

Stream 3C: Signal transduction technology (including magneto, piezo, optical and direct electrochemical techniques)

Stream 4C: Bioelectronics (including biocomputing, biofuel cells and electronic noses)

16:00-16:20 [INV05] Putting DNA nanotechnology to work: the art of DNA origami towards innovative concepts in biosensing D. Daems*1, I. Rutten1, W. Pfeifer2, D. Decrop1, D. Spasic1, J. Bath3, B. Saccà2, A. Turberfield3, J. Lammertyn1, 1KU Leuven, Belgium, 2University of Duisburg-Essen, Germany, 3Oxford University, UK

[INV06] A new smartphone-based fluorescence immunoassay for rapid quantitation of E.coli in urine I.P. Alves*1 ,2, K. Coopman1, N.M. Reis2, 1Loughborough University, UK,

2University of Bath, UK

[INV07] Understanding and exploiting direct electron transfer type glucose dehydrogenase complex dedicating for innovative biosensing technologies K. Sode*1 ,2, H. Yoshida3, J. Okuda-Shimazaki4, N. Lowe1 ,2, K. Kojima4, K. Mori4, W. Tsugawa2, 1University of North Carolina at Chapel Hill and North Carolina State University, USA, 2Tokyo University of Agriculture and Technology, Japan, 3Kagawa University, Japan, 4Ultizyme International Ltd., Japan

[INV08] Biosensing with insect odorant receptors and carbon nanotube field effect transistors C. Carraher*1, T. Murugathas2, A. Kralicek1, N.O.V. Plank2, 1The New Zealand Institute for Plant & Food Research, New Zealand, 2Victoria University of Wellington, New Zealand

16:20-16:35 [O1C.1] Identifying species-specific pathogens and small molecules using aptamers and resistive pulse sensing E.L.C.J. Blundell*, M. Platt Loughborough University, UK

[O2C.1] A miniaturized and low-cost sub-nanosecond fluorescence lifetime detector based on and array of CMOS SPAD detectors A. Diéguez*, J. Canals, N. Franch, J. Diéguez, V. Moro, O. Alonso, A. Vilà Universitat de Barcelona, Spain

[O3C.1] Disease detection using plasmonic waveguides O. Krupin*1, C. Wang1, P. Berini1 1University of Ottawa, Canada, 2Mount Sinai Hospital, Canada

[O4C.1] Advanced glucose-driven "Air bio-battery" with closely-placed electrodes for medical and healthcare devices K. Toma*1, F. Seshima1, A. Maruyama2, T. Arakawa1, K. Yano2, K. Mitsubayashi1 1Tokyo Medical and Dental University, Japan, 2Tokyo University of Technology, Japan

16:35-16:50 [O1C.2] Sensitive and Label-free Electrochemical Pb(Ⅱ) Sensor based on DNA conformation switch on a 3-D DNA nanostructure L. Wang, L. Li, X. Yang, Y. Wen, G. Liu* Shanghai Institute of Measurement and Testing Technology, China

[O2C.2] Silicon photomultipliers for continuous-wave functional Near Infra-Red Spectroscopy: system characterization and in vivo tests S. Libertino*1, A.M. Chiarelli2, M. Mazzillo3, G. Maira1, F. Zappasodi2, F. Di Pompeo2, A. Merla2, G. Fallica3, S.A. Lombardo1 1CNR-IMM, Italy, 2G. D’Annunzio University of Chieti-Pescara, Italy, 3STMicroelectronics, Italy

[O3C.2] Ferromagnetic resonance biosensor for homogeneous and volumetric detection of DNA B. Tian*, P. Svedlindh, M. Strömberg, E. Wetterskog Uppsala University, Sweden

[O4C.2] Low operating potential glucose sensor employing direct electron transfer type glucose dehydrogenase with “miniaturized” electron transfer subunit N. Loew*1,2, J. Okuda-Shimazaki3, K. Kojima3, K. Mori3, M. Anada1, K. Hiraka1, W. Tsugawa1, K. Sode1,2 1Tokyo University of Agriculture and Technology, Japan, 2University of North Carolina at Chapel Hill and North Carolina State University, USA, 3Ultizyme International Ltd., Japan

16:50-17:05 [O1C.3] Small molecules detection from nanoscale self-assembly with split-aptamers: Homogeneous vs heterogeneous assays A. Buhot*1, C. Lu1, C. Saint-Pierre1, Y. Roupioz1, D. Gasparutto1, C. Ravelet2, E. Peyrin2 1SyMMES, France, 2DPM, France

[O2C.3] A nanoscale acupuncture needle for real-time monitoring of nitric oxide in acupoints of rats L. Tang, Y. Li, G.J. Zhang* Hubei University of Chinese Medicine, China

[O3C.3] Platform for simultaneous fluorescence and surface plasmon resonance spectroscopy in epifluorescence configuration S. Fossati*, A.T. Reiner, S. Hageneder, V. Jungbluth, J. Dostalek BioSensor Technologies, AIT - Austrian Institute of Technology, Austria

[O4C.3] An impedimetric sensor employing direct electron transferring enzymes - novel platform technology made possible via molecular engineering and electrochemical impedance spectroscopy - W. Tsugawa*1, Y. Ito1, J. Okuda-Shimazaki2, N. Loew1,3, I. Shitanda4, C. Lin5, J-T. La Belle5, K. Sode1,3 1Tokyo University of Agriculture and Technology, Japan, 2Ultizyme International Ltd., Japan, 3University of North Carolina at Chapel Hill and North Carolina State University, USA, 4Tokyo University of Science, Japan, 5Arizona State University, USA

17:10-17:25 [O1C.4] Label-free optical sensor for human performance biomarker detection in sweat, plasma P. Ray*, A.J. Steckl University of Cincinnati, USA

[O2C.4] In-situ infection detection sensor coatings for urinary catheters S. Milo*1, H. Hathaway1, N.T. Thet1, J. Nzakizwanayo2, B.V. Jones2,3, A.T.A. Jenkins1 1University of Bath, UK, 2University of Brighton, UK, 3Queen Victoria Hospital NHS Foundation Trust, UK

[O3C.4] Metallic mass-produced materials as the basis of low-cost (bio)electroanalytical devices: Pins, staples and thumbtacks E. Costa-Rama1, A. González-López1, O. Amor-Gutiérrez1, P.I. Nanni1,2, A. García-Miranda Ferrari1, E. Núnez-Bajo1, L. Blanco-Covián1, R.E. Madrid2, M.C. Blanco-López1, M.T. Fernández-Abedul*1 1Universidad de Oviedo, Spain, 2Universidad Nacional de Tucumán, Argentina

[O4C.4] Histological lung cancer classification based on exhaled breath analysis using WO3 sensors irradiated with UV-light and gas chromatography-quadrupole time-of-flight mass spectrometry T. Saidi1, M. Moufid1, M.R. Ras2, N. El Bari1, J.E. Bourkadi3, J. Benamor3, M. El Ftouh3, R. Ionescu4, B. Bouchikhi*1 1University of Moulay Ismail, Morocco, 2University of Rovira i Virgili, Spain, 3University of Mohammed V, Morocco, 4Uppsala University, Sweden

17:25-19:00 Poster Session 1 and Drinks Reception │ Room: Riverfront Halls

Thursday, 14 June, 2018

Room Regency Ballroom

08:30-09:50 Plenary Session 2

08:30-09:10 [PLN3] Counting molecules, dodging blood cells: real-time molecular measurements directly in the living body Professor Kevin Plaxco, University of California Santa Barbara, USA

09:10-09:50 [PLN4] Sensors to monitor diabetes in a digital health world Professor David C. Klonoff, Mills-Peninsula Health Services and University of California, San Francisco, USA

09:50-10:30 Refreshments and Poster Session 2 │ Room: Riverfront Halls

Room Monroe/Flagler Brickell Orchid B-D Tuttle

10:30-12:30 Stream 1D: Lab-on-a-chip Stream 2D: Theranostics & implantable sensors

Stream 3D: Mobile diagnostics and personal health

Stream 4D: Nanobiosensors, nanomaterials & nanoanalytical systems

10:30-10:50 [INV09] Light-triggered electrochemical sensing of sugars by combining biocatalysts with photo-active nanoparticles or polymer-sensitized TiO2 architectures F. Lisdat*1, W. Parak2, M. Riedel1, 1Technical University Wildau, Germany,

2Hamburg University, Germany

[INV10] DNA mutation and methylation analysis for cancer diagnostics using GMR biosensors G. Rizzi*1, J-R. Lee2, C. Dahl3, P. Guldberg3, M. Dufva4, M.F. Hansen4, S.X. Wang1, 1Stanford University, USA,

2Ewha Womans University, Republic of Korea, 3Danish Cancer Society Research Center, Denmark, 4Technical University of Denmark, Denmark

[INV11] Ultrasensitive detection of hepatitis B virus antigen using an external force-assisted biosensor H. Ashiba*, M. Fujimaki, National Institute of Advanced Industrial Science and Technology (AIST), Japan

[INV12] Nano-plate biosensor array using ultrafast heat transport through proteins H. Ogi*1, S. Iwagami2, A. Nagakubo3, T. Taniguchi3, T. Ono3, 1Osaka University, Japan, 2Graduate School of Engineering Science, Japan, 3Kyoto University, Japan

10:50-11:05 [O1D.1] Monolithic wafer scale integration of silicon nanoribbon sensors with CMOS for lab-on-chip application G. Jayakumar*, P-E. Hellström, M. Östling KTH Royal Institute of Technology, Sweden

[O2D.1] High-sensitivity chip calorimeter based on parylene microfluidics for measurements of metabolic heat flux of cells J. Kim*, S.M. Nam, J. Kim, S. Min, W. Lee Korea Advanced Institute of Science and Technology, Republic of Korea

[O3D.1] Bioplasmonic paper for biomarker detection J. Slocik*1, S. Tadepalli2, Z. Kuang1, P. Dennis1, S. Singamaneni2, R. Naik1 1AFRL, USA, 2WUStL, USA

[O4A.1] A novel approach for ultrasensitive refractive index sensing and label-free optical biosensing with porous silicon interferometers S. Mariani*1, L.M. Strambini2, L. Tedeschi3, G. Barillaro1 1Università di Pisa, Italy, 2Istituto di Elettronica e di Ingegneria dell’Informazione e delle Telecomunicazioni, Italy, 3Istituto di Fisiologia Clinica, Italy

11:05-11:20 [O1D.2] Focusing and multiplexed detection in microfluidic flow of biosensing particles by viscoelastic fluids D. Dannhauser1, D. Rossi1, E. Battista2, P.A. Netti1,2, F. Causa*2 1Istituto Italiano di Tecnologia (IIT)@CABHC, Italy, 2Università degli Studi di Napoli "Federico II", Italy

[O2D.2] In vivo real-time glutamate biomonitoring with Au nanoparticle surface enhanced enzyme-based biosensors C.A. Cordeiro*1,2, T. Koster1, W. Ngabi2, J.H.A. Folgering1, T.I.F.H. Cremers2 1Charles River Laboratories, The Netherlands, 2University of Groningen, The Netherlands

[O3D.2] Smartphone-enabled microbead aggregation assay for portable diagnostics W. Cui, M. He, X. Duan* Tianjin University, China

[O4A.2] Virus nanotechnology for single virus imaging and in vivo biosensing Y.X. Ma, Q. Li, X.X. Sun, W. Li, X.W. Zhang, Z.P. Zhang, X.E. Zhang, Z.Q. Cui* Chinese Academy of Sciences, China

11:20-11:35 [O1D.3] High sensitivity biosensor chip based on VCSEL and gold nanoslit array Y.Y. Xie*1,2, Q. Kan2, Z.X. Geng2,3, Q.H. Wang1,2, X.Q. Lu2, J. Wu1,2, C. Sun4, C. Xu1, H.D. Chen1 1Beijing University of Technology, China, 2Institute of Semiconductor, China, 3Minzu

[O2D.3] Self-illuminating theranostic nanoparticles for image-guided diagnostic and therapeutic interventions Y-P. Yang*, P. Joshi, S. Daunert University of Miami, USA

[O3D.3] Technologies for point-of-care detection of pathogens S.K. Deo*1, D.B. Broyles1, D. Zhang1, E.A. Hunt1, H. Joda1, V. Gupta2, E. Kobetz1, S. Daunert1 1University of Miami, USA, 2Rush University, USA

[O4A.3] Porous ZnO-CuO nanocomposite of nanosurface on polyethylene terephthalate for CRP detection L. Cao*, J. Kiely, R. Luxton University of the West of England, UK

University of China, China, 4Captial Medical University, China

11:35-11:50 [O1D.4] On-chip real-time multiple displacement amplification of DNA B. Bruijns2, F. Costantini*1, R.M. Tiggelaar2, N. Lovecchio1, M. Nardecchia1, A. Nascetti1, G. deCesare1, H. Gardeniers2, D. Caputo1 1Sapienza University of Rome, Italy, 2University of Twente, The Netherlands

[O2D.4] Biomimetic electrospun coatings increase in vivo sensitivity of enzymatic glucose biosensors K. Burugapalli1, S. Wijesuriya1, N. Wang1, W. Song*2 1Brunel University, UK, 2University College London, UK

[O3D.4] Rapid veterinary diagnosis of bovine reproductive infectious diseases from semen using paper-origami DNA microfluidics Z. Yang*1, G. Xu1, J. Reboud1 et al 1Univeristy of Glasgow, UK, 2Indian Veterinary Research Institute, India, 3Animal & Plant Health Agency, UK

[O4A.4] Single-molecule upconversion-linked digital immunosensing of cancer biomarkers Z. Farka*1,2, M.J. Mickert2, A. Hlavacek3,2, P. Skladal1, H.H. Gorris2 1Masaryk University, Czech Republic, 2University of Regensburg, Germany, 3Czech Academy of Sciences, Czech Republic

11:50-12:05 [O1D.5] A portable biosensing toolkit with phase-change valves J.P. Goertz*, A.B. Lippe, K.M. Colvin, I.M. White University of Maryland, College Park, USA

[O2D.5] Correlating metabolic levels to epileptiform activity with implantable OECT-based in vivo sensors M.J. Donahue*1, A. Williamson2, X. Strakosas3, M. Braendlein1, A. Slezia2, M. Ferro4, C. Bernard2, R.M. Owens5, G.G. Malliaras5 1Ecole Nationale Supérieure des Mines, France, 2Aix Marseille University, France, 3University of California Santa Cruz, USA, 4Stanford University, USA, 5University of Cambridge, USA

[O3D.5] A universal point of care biosensor for ALL bacterial infections H. Mukundan*1,2, J. Kuicek-sutherland1, S. Jakhar1, D. Vu1, J. Foster-Harris1, D. Mascarenas1, K. Lenz1, A.S. Anderson1, B.I. Swanson1, D.J. Perkins2 et al 1Los Alamos National Laboratory, USA, 2University of New Mexico, USA, 3Johns Hopkins University, USA

[O4A.5] Nanoplasmonics for long-term and label-free continuous monitoring of bacterial biofilm formation R. Funari*, N. Bhalla, K. Chu, A.Q. Shen Okinawa Institute of Science and Technology Graduate University, Japan

12:05-12:20 [O1D.6] Real-time monitoring of vasculature-tissue barriers in microphysiological models A.T. Young*1,2, M.A. Daniele1 1North Carolina State University, USA, 2University of North Carolina at Chapel Hill, USA

[O2D.6] Continuous interstitial glucose monitoring sensors modified with biocompatible nitric oxide-releasing nanofiber coatings: Wireless in vivo evaluation in rat and dog models J.H. Shin*1, M. Heo1, D. Lee2, H.J. Jeong1, Y-R. Kim1, G-J. Lee2 1Kwangwoon Universitry, Republic of Korea, 2Kyung Hee University, Republic of Korea

[O3D.6] Microfluidic single molecule detection for a multiplexed influenza assay F. Neumann*1, I. Hernández-Neuta1, M. Grabbe2, N. Madaboosi1, J. Albert2, M. Nilsson1 1Stockholm University, Sweden, 2Karolinska Institute, Sweden

[O4A.6] Fluorescent carbon-dots for environmental sensing P.J. Li, S.F.Y. Li* National University of Singapore, Singapore

12:20-14:00 Lunch and Poster Session 2 │ Room: Riverfront Halls

13:00-14:00 US Federal Funding Workshop

Room Monroe/Flagler Brickell Orchid B-D Tuttle

14:00-15:20 Stream 1E: Bioelectronics (including biocomputing, biofuel cells and electronic noses)

Stream 2E: DNA chips, nucleic acid sensors and aptasensors

Stream 3E: Immunosensors Stream 4E: Nanobiosensors, nanomaterials & nanoanalytical systems

14:00-14:30 [K05] Integrated chemiluminescence-based lab-on-chip for detection of life

[K06] Microneedle based platforms for future theranostics applications

[K07] Automated detection and quantification of staphylococcus aureus

[[K08] Nucleic acid hybridization-induced electrically reconfigurable network of gold-coated magnetic

biomarkers in extraterrestrial environments M. Mirasoli*1, D. Caputo2, G. de Cesare2, M. Zangheri1, S. Pirrotta3, A. Volpe3, F. Costantini2, M. Nardecchia2, M. Guardigli1, E. Michelini1, A. Roda1, A. Nascetti2, 1Alma Mater Studiorum - University of Bologna, Italy, 2Sapienza University of Rome, Italy, 3Italian Space Agency, Italy

O. Howells1, G. Blayney1, O. Guy1, T. Cass2, C. Eng3, H. Ashraf1, K. Roberts4, S. Sharma*1, 1Swansea University, UK,

2Imperial College London, UK, 3BioMEMS Technologies Ltd, UK, 4SPTS Technologies, UK

on contact lenses using lensfree microscopy and machine learning M. Veli*, A. Ozcan, University of California, Los Angeles, USA

nanoparticles enables ultrasensitive microRNA detection in blood R. Tavallaie, J. McCarroll, D.B. Hibbert, M. Kavallaris, J.J. Gooding*, The University of New South Wales, Australia

14:30-14:45 [O1E.1] Odor discrimination using fluorescent image of randomly placed cells expressing different olfactory receptors Y. Sukekawa*, T. Nakamoto Tokyo Institute of Technology, Japan

[O2E.1] Stimuli-responsive smart in vivo device for real time monitoring and modulating towards precision bioelectronic medicine G.Z. Liu*1,2, C.M. Cao2, X. Chen3 1University of New South Wales, Australia, 2Central China Normal University, Australia, 3Xi’an Jiao Tong University, Australia

[O3E.1] Approaching point-of-care biosensing by new light scattering strategies M. Avella-Oliver*, G. Sancho-Fornes, R. Puchades, A. Maquieira Universitat Politecnica de Valencia, Spain

[O4E.1] A novel non-enzymatic glucose biosensor with a monolayer of self-assembled gold nanoparticles on a micro hemisphere array Y.C. Lin, G.J. Wang* National Chung-Hsing University, Taiwan

14:45-15:00 [O1E.2] Wearable paper-based screen-printed lactate biofuel cell toward mobile diagnosis of healthcare of athlete I. Shitanda*1,2, H. Goto1, Y. Morigayama1, Y. Hoshi1, M. Itagaki1, S. Tsujimura3, T. Mikawa4, H. Matsui2, S. Tokito2 1Tokyo University of Science, Japan, 2Yamagata University, Japan, 3University of Tsukuba, Japan, 4RIKEN, Japan

[O2E.2] Rapid assessment of site specific dna methylation through resistive pulse sensing M.J. Healey*1, W. Rowe1, S. Shiati1, M. Sivakumaran2, M. Platt1 1Loughborough University, UK, 2Peterborough City Hospital, UK

[O3E.2] Lab-on-valve platform for real-time automated immunosensing I.I. Ramos*1, P. Carl2, L. Barreiros1, L.M. Magalhães1, S. Reis1, R.J. Schneider2, M.A. Segundo1 1University of Porto, Portugal, 2Federal Institute for Materials Research and Testing (BAM), Germany

[O4E.2] Paper as reactor for nanoparticles synthesis: “Paper blue” and application for diabetes healthcare S. Cinti*, R. Cusenza, D. Moscone, G. Palleschi, F. Arduini Univeerity of Rome "Tor Vergata", Italy

15:00-15:15 [O1E.3] Design and development of a novel sub-10 micrometer miniaturized electrokinetic biosensor for multiplexed biodetection H.K. Gatty*1,2, M.P. Armeggiani2, J. Linnros2, A. Dev1,2 1Uppsala University, Sweden, 2KTH Royal Institute of Technology, Sweden

[O2E.3] Isothermal amplification reactions on quantum dot-encoded silica beads for visual detection of multiplex microRNAs Q.J. Sun*, X.J. Qu, Y.Q. Liu Southeast University, China

[O3E.3] Highly sensitive detection of allergen-specific antibodies by an electrokinetic sensor integrated with a nanoscale field-effect transistor A. Dev*1, M. Parmeggiani2, A. Kaiser3, M. Hinnemo1, S. Zhang1, I. Petermann4, P. Bjork4, A. Erikson Karlstrom2, J. Linnros2 1Uppsala University, Sweden, 2KTH Royal Institute of Technology, Sweden, 3Karolinska Institute, Sweden, 4Rise Acreo AB, Sweden

[O4E.3] Design, development and fabrication of chemical nanosensors for aqueous phase detection of environmental water and soil pollutants S. Avaz Seven*1, R.B. Roy1, V.R.S.S. Mokkapati2, A. Bozkurt1, S. Pandit2, I. Mijakovic2, Y.Z. Menceloglu1,3 1Sabanci University, Turkey, 2Chalmers University of Technology, Sweden, 3Sabanci University Nanotechnology Research and Application Center, Turkey

15:15-15:30 [O1E.4] Detection of human plasma glucose using self-powered glucose biosensor

[O2E.4] Photonic sensors biofunctionalized with molecular beacon probes for high sensitivity and

[O3E.4] Biomarker monitoring by particle mobility sensing with single-molecule resolution

[O4E.4] Sandwich-type nanobiosensors using a pair of aptamers for early diagnosis of periodontal diseases

G. Slaughter Gymama Slaughter, USA

label-free detection A. Ruiz-Tórtola*1, F. Prats-Quílez1, D. González-Lucas1, M-J. Bañuls1, A. Maquieira1, G. Wheeler2, T. Dalmay2, A. Griol1, J. Hurtado1, J. García-Rupérez1 1Universitat Politècnica de Valencia, Spain, 2University of East Anglia, UK

J. Yan*, E.W.A. Visser, R. Lubken, L.J. van IJzendoorn, M.W.J. Prins Eindhoven University of Technology, The Netherlands

B.H. Lee1, Y.K. Ko2, J.C. Park3, S. Ji4, M.B. Gu*1 1Korea University, Republic of Korea, 2The Catholic University, Republic of Korea, 3Seoul National University, Republic of Korea, 4Ajou University, Republic of Korea

15:30-16:20 Refreshments and Poster Session 2 │ Room: Riverfront Halls

Room Monroe/Flagler Brickell Orchid B-D Tuttle

16:20-17:55 Stream 1F: DNA chips, nucleic acid sensors and aptasensors

Stream 2F: Immunosensors & Printed biosensors and microfabrication

Stream 3F: Mobile diagnostics and personal health

Stream 4F: Nanobiosensors, nanomaterials & nanoanalytical systems

16:20-16:40 [INV13] Microfluidics integrated porous silicon aptasensors for label-free and sensitive protein detection S. Arshavsky-Graham*1 ,2, N. Massad-Ivanir1, R. Horev1, F. Paratore1 ,3, T. Scheper2, M. Bercovici1, E. Segal1, 1Technion – Israel Institute of Technology, Israel, 2Leibniz Universität Hannover, Germany, 3IBM Research – Zürich, Switzerland

[INV14] A label-free immunosensor based on gigahertz resonator enhanced fiber optic SPR X. Duan*, S. Pan, X. Chen, W. Pang, Tianjin University, China

[INV15] An open circuit potential based continuous glucose monitoring employing direct electron transfer principle I. Lee*1, N. Loew1 ,2, W. Tsugawa1, K. Ikebukuro1, K. Sode1 ,2, 1Tokyo University of Agriculture and Technology, Japan, 2University of North Carolina at Chapel Hill and North Carolina State University, USA

[INV16] Ultrasensitive nanogap sensor for detecting tau and phosphorylated tau in blood to diagnose Alzheimer’s disease H.W. Seo1 ,2, Y.J. Lee1, K.S. Eom1, J.Y. Kang1, K.S. Yun2, S.H. Lee*1, 1Korea Institute of Science and Technology, Republic of Korea, 2Sogang University, Republic of Korea

16:40-16:55 [O1F.1] Use of evanescent-wave photonic sensors for the optical characterization of molecular beacon conformational changes A. Ruiz-Tórtola*1, F. Prats-Quílez1, D. González-Lucas1, M-J. Bañuls1, A. Maquiera1, G. Wheeler2, T. Dalmay2, A. Griol1, J. Hurtado1, J. García-Rupérez1 et al 1Universitat Politècnica de Valencia, Spain, 2University of East Anglia, UK, 3microTEC Gesellschaft für Mikrotechnologie mbH, Germany

[O2F.1] Ovarian cancer - progress towards early stage detection and screening M. Thompson*, B. De La Franier, N. Crawley University of Toronto, Canada

[O3F.1] Microfluidic contact lens based sensors for long-term monitoring of intraocular pressure with high sensitivity S. Agaoglu2, P. Diep1, M. Martini1, A. Schmidt1, M. Baday2, C. Hemingway1, I.E. Araci*1 1Santa Clara University, USA, 2Smartlens, Inc., USA

[O4F.1] Asymmetric DNA scaffolds and their application as combinatorial sensors and molecular security systems O. Lustgarten*, R. Carmieli, L. Motiei, D. Margulies Weizmann Institute of Science, Israel

16:55-17:10 [O1F.2] Alkaline phosphatase fused zinc finger protein for rapid and precise detection of target DNA J. Lee*1,2, C.A. Marquette3, L.J. Blum3, K. Tsukakoshi1, K. Sode1,2, K. Ikebukuro1 1Tokyo University of Agriculture and Technology, Japan, 2University of North

[O2F.2] Sensing an organ-on-chip: Multiplexed cytokine electrochemical sensing of a rhinovirus infected lung-on-a-chip O.Y.F. Henry*, R. Villenave, S. Sabate del Rio, P. Jolly, D.E. Ingber Wyss Institute at Harvard University, USA

[O3F.2] Battery-free and epidermal electrochemical system for multiplexed sweat sensing G. Xu*, C. Cheng, Z. Liu, Y. Lu, L. Zhu, J. Liu, Q. Liu Zhejiang University, China

[O4F.2] Novel approaches for carbon nanotube based biosensors F.A. Mann*1, J. Horlebein1, N. Herrmann1, D. Meyer1, F. Thomas3, S. Kruss1,2 1Georg-August Universität Göttingen, Germany, 2Center for Nanoscale

Carolina at Chapel Hill, USA, 3Université Claude Bernard Lyon 1, France

Microscopy and Molecular Physiology of the Brain (CNMPB), Germany, 3Georg-August Universität Göttingen, Germany

17:10-17:25 [O1F.3] A paper-based aptasensor with integrated isothermal amplification based on printed multifunctional bio/nano materials C.Y. Hui, M. Liu, Y. Li, J.D. Brennan* McMaster University, Canada

[O2F.3] High-sensitivity screening of soluble HER2 in cell lysates using one dimensional photonic crystal based biosensors A. Sinibaldi1, M. Allegretti2, N. Danz3, E. Sepe*1, P. Munzert3, A. Occhicone1, E. Tremante2, P. Giacomini2, F. Michelotti1 1SAPIENZA University of Rome, Italy, 2Regina Elena National Cancer Institute, Italy, 3Fraunhofer Institute for Applied Optics and Precision Engineering IOF, Germany

[O3F.3] Rapid identification and determination of antibiotic susceptibility of pathogenic bacteria from clinical samples S. David*1, M. Gheorghiu1, D. Bratu1, C. Polonschii1, A.M. Holban2, E. Gheorghiu1 1International Centre of Biodynamics, Romania, 2University of Bucharest, Romania

[O4F.3] In-situ construction of Co(OH)2/rGO flower-like composites for a low alkaline non-enzymatic glucose biosensor D.F. Jiang*, T. Liu, Z.Y. Chu, W.Q. Jin Nanjing Tech University, China

17:25-17:40 [O1F.4] Dynamic DNA and RNA nanotechnology for binding-induced biomolecular imaging and detection A. Bertucci*1,2, A. Porchetta1, J. Guo3, N. Oppmann3, F. Caruso3, F. Cavalieri1,3, F. Ricci1 1University of Rome Tor Vergata, Italy, 2University of California San Diego, USA, 3The University of Melbourne, Australia

[O2F.4] Development of a paper-based biosensor for the electrical quantification of CD4+ T cells M. Sher*1,2, W. Asghar1,2 1Florida Atlantic University, USA, 2Asghar-Lab, USA

[O3F.4] A portable chemiluminescence-based biosensor for monitoring the health status of astronauts during the ASI/ESA/NASA "VITA" mission: Results from the International Space Station (ISS) M. Mirasoli, M. Guardigli, M. Zangheri, P. Simoni, A. Roda* Alma Mater Studiorum - University of Bologna, Italy

[O4F.4] Metal-insulator nanomushrooms for ultrasensitive bioassays using microcontact printing of proteins N. Bhalla*, S. Sathish, A.Q. Shen Okinawa Institute of Science and Technology Graduate University (OIST), Japan

17:40-17:55 [O1F.5] Glucose dehydrogenase-fused zinc finger protein to label DNA aptamers for electrochemical detection K. Tsukakoshi*1, J. Lee1,2, A. Tatsumi1, K. Sode1,2, K. Ikebukuro1 1Tokyo University of Agriculture and Technology, Japan, 2North Carolina State University, USA

[O2F.5] Integrated screen-printed electrochemical microfluidic platform for molecular diagnostics N. Ahmed1, S. AL-madhagi1, O. Mayboroda1, M. Prodromidis2, I. Katakis*1, C. O'Sullivan1 1Universitat Rovira i Virgili, Spain, 2University of Ioannina, Greece

[O3F.5] A smartphone-based and multiplexed real-time telemonitoring system for Ebola disease surveillance in resource-limited countries M. Natesan*1, S. Wu2, S. Jensen1, B. Dyas1, C. Chen2, N. Karlovac2, R. Ulrich1, O. Mudanyali2 1United States Army Research Institute of Infectious Diseases, USA, 2Cellmic, LLC, USA

[O4F.5] Ex-situ anchored platinum nanoparticles on chemically modified graphene and Poly(diallyldimethylammonium chloride) composite for multi-sensing applications M.F. Hossain1,2, S.C. Barman*1, J.Y. Park1 1Kwangwoon University, Republic of Korea, 2UConn health, USA

17:55-19:00 Poster Session 2 │ Room: Riverfront Halls

19:30-22:00 Conference Beach Party with entertainment (ticketed)

Friday, 15 June, 2018

Room Regency Ballroom

09:30-10:20 Plenary Session 3

09:00-09:40 [PLN5] Soft robotics: A new paradigm for robotics research Professor Kyu-jin Cho, Seoul National University, Korea

09:40-10:20 [PLN6] Space-based bioanalytical and biotechnological systems Professor David C. Cullen, Cranfield University, UK

10:20-11:00 Refreshments and Poster Session 3 │ Room: Riverfront Halls

10:45-12:45 Student Outreach │ Room: Orchid A

Room Monroe/Flagler Brickell Orchid B-D Tuttle

11:00-12:35 Stream 1G: DNA chips, nucleic acid sensors and aptasensors

Stream 2G: Nanobiosensors, nanomaterials & nanoanalytical systems

Stream 3G: Natural & synthetic receptors (including MIPs)

Stream 4G: Organism- and whole cell-based biosensors & Proteomics, single-cell analysis and cancer-cell detection

11:00-11:20 [INV17] Development of reagentless protein biosensors using fluorescent unnatural amino acids incorporated into antibody fragments J. Islam*1 ,2, M. Jones2, S. Mahler2, S. Corrie1 ,2, 1Monash University, Australia, 2The University of Queensland, Australia

[INV18] Single-molecule kinetic fingerprinting in a biosensor based on particle mobility R.M. Lubken*, E.W.A. Visser, J. Yan, L.J. van IJzendoorn, A.M. de Jong, M.W.J. Prins, Eindhoven University of Technology, The Netherlands

[INV19] Neural network-based biosensor on microelectrode arrays: neural connected bioactivities and transmission W. Zhang*1, P.H. Chen1, X.F. Shen1, J. Yao1, Z. Qin2, Y.G. Tang1, Z. Guo1, L.Q. Zhou1, P. Wang2, 1Chinese Academy of Sciences, China, 2Zhejiang University, China

[INV20] Hairpin DNA-AuNPs as molecular binding elements for the detection of volatile organic compounds D. Compagnone*1, M. Mascini1 ,2, S. Gaggiotti1, F. Della Pelle1, J. Wang2, 1University of Teramo, Italy, 2University of California, San Diego, USA

11:20-11:35 [O1G.1] Oligonucleotide sensor arrays based on hybridization-triggered "on/off" switching for environmental and biomedical application H. Aoki National Institute of Advanced Industrial Science and Technology (AIST), Japan

[O2G.1] Ordered porous nanostructure-based optical biosensor for quantitative determination of protein interactions W. Qian*, Q. Su, X. Xia, Y. Wang, F. Yu, B. Li Southeast University, China

[O3G.1] Electrical detection of exosomes: Simple and ultra low-cost approach using a micro-capillary based sensor S. Cavallaro*1, P. Hååg2, D. Gupta2, J. Horak1, K. Viktorsson2, R. Lewensohn2, S.E. Andaloussi3, A.E. Karlström1, J. Linnros1, A. Dev4 1KTH Royal Institute of Technology, Sweden, 2Karolinska Institutet, Sweden, 3University of Oxford, UK, 4Uppsala University, Sweden

[O4G.1] Uncoupling the oxidative stress response in non-small cell lung cancer using in vivo imaging of reactive oxygen species R. McMickle1, A. Jones1, S. Bailey1, M. Momcilovic1, A. Yang1, V. Muhunthan1, S.M. Dubinett1, K. Francis1,3, E. Dubikovskaya2, D.B. Shackelford*1 et al 1UCLA David Geffen School of Medicine, USA, 2École Polytechnique Fédérale de Lausanne, Switzerland, 3Perkin Elmer labs, USA

11:35-11:50 [O1G.2] Does DNA hybridization at surfaces follow the Langmuir model of adsorption? G. Nöll*, Q. Su, S. Vogt University of Siegen, Germany

[O2G.2] CMOS-based low-cost quantum dot camera for fast and efficient cellular and molecular detection Z. Ding*1, A. Fu1 1Anitoa Systems, LLC, USA, 2Nvigen Inc, USA

[O3G.2] Creatinine detection based on molecularly imprinted polymer technique of poly acrylamide hydrogel and luminescence nanodiamonds as a signal transducer R. Almotiri*, A. Catledge

[O4G.2] Upgrading whole cell biosensors: Smartphone-interfaced bioluminescent 3D spheroid biosensing E. Michelini*1,2, M.M. Calabretta1, L. Cevenini1, A. Lopreside1, A. Roda1,2 1University of Bologna, Italy, 2Istituto

University of Alabama at Birmingham, USA

Nazionale di Biostrutture e Biosistemi, Italy

11:50-12:05 [O1G.3] Community sewage sensors for monitoring public health Z. Yang*1,2, B. Kasprzyk-Hordern2, C.G. Frost1, P. Estrela1 1University of Glasgow, UK, 2University of Bath, UK

[O2G.3] Affinity sensor for glycated proteins based on single-walled carbon nanotube field effect transistor and fructosyl amino acid binding protein M. Hatada*1, T.T. Tran2, W. Tsugawa1, K. Sode1,3, A. Mulchandani2 1Tokyo University of Agriculture and Technology, Japan, 2University of California, Riverside, USA, 3North Carolina State University, USA

[O3G.3] An estrogen receptor-based optical biosensor for facile screening estrogenic compounds in water environment X.H. Zhou*, L.H. Liu, Y. Lu, H.C. Shi Tsinghua University, China

[O4G.3] Bacterial quorum sensing molecules in the serum of Crohn's Disease patients: A potential tool for disease management G. O'Connor*, D. Madorma, S. Maffei, M. Quintero, S.K. Deo, M.T. Abreu, S. Daunert University of Miami Miller School of Medicine, USA

12:05-12:20 [O1G.4] Programmable nucleic acid nanoswitches for the rapid, single-step detection of antibodies in bodily fluids A. Porchetta*1, R. Ippodrino2, B. Marini2, A. Caruso3, F. Caccuri3, F. Ricci1 1University of Tor Vergata, Italy, 2Ulisse Biomed, Italy, 3University of Brescia, Italy

[O2G.4] Encapsulation of probes into protein nanocages for imaging through a "Catch-It-Alive" approach based on critical assembly concentration L. Li1,2, X-E. Zhang3, F. Li*1 1Chinese Academy of Sciences, China, 2University of Chinese Academy of Sciences, China

[O3G.4] Wide spectrum detection of bacteria in blood with arrays of antimicrobial peptides E. Pardoux*, D. Boturyn, Y. Roupioz Université Grenoble Alpes, France

[O4G.4] Morphometric single cell parameters detection in microfluidic device: A simple and cost-effective extension on the standard cell type identification routine D. Dannhauser1, D. Rossi1, P.A. Netti1, F. Causa*1 1Istituto Italiano di Tecnologia (IIT)@CABHC, Italy, 2Università degli Studi di Napoli "Federico II", Italy

12:20-12:35 [O1G.5] Single-molecule detection of DNA hybridization, based onelectrochemical surface plasmon resonance microscopy (ESPRM) and magnetic tweezers C. Polonschii*, S. David, E. Gheorghiu International Centre of Biodynamics, Romania

[O2G.5] High-sensitivity graphene quantum dots (GQDs) based turn-on nanosensors for the intracellular cytokine monitoring in understanding cytokine secretion pathway G.Z. Liu*1,2, K. Zhang1, E. Goldys1,2 1Macquarie University, Australia, 2The University of New South Wales, Australia, 3Central China Normal University, China

[O3G.5] Plasmonic platform in plastic optical fibers combined with molecularly imprinted nanogels to sense ultralow protein concentrations N. Cennamo3, M. Pesavento2, L. Zeni3, A.M. Bossi*1 1University of Verona, Italy, 2University of Pavia, Italy, 3University of Campania L. Vanvitelli, Italy

[O4G.5] Discrimination and mechanical separation of neural stem cell derived from human iPS cell using antibody-functionalized nanoneedle array Y. Matsumoto1, R. Kawamura2, A. Yamagishi1,2, M. Iijima3, S. Kuroda3, C. Nakamura*1,2 1Tokyo University of Agriculture and Technology, Japan, 2AIST, Japan, 3Osaka University, Japan

12:35-14:00 Lunch and Poster Session 3 │ Room: Riverfront Halls

13:00-14:00 Opportunity for Corporate Sponsored Workshop

Room Monroe/Flagler Brickell Orchid B-D Tuttle

14:00-15:20 Stream 1H: DNA chips, nucleic acid sensors and aptasensors

Stream 2H: Nanobiosensors, nanomaterials & nanoanalytical systems

Stream 3H: Natural & synthetic receptors (including MIPs)

Stream 4H: Enzyme-based biosensors

14:00-14:30 [K09] Integrated photonic sensors for quantifying oxygen levels in a microphysiological model of gut-blood barrier

[K10] Graphene-based biosensors. What make graphene and other 2D materials advantageous in comparison to others? A. Merkoçi1 ,2, 1Catalan Institute of Nanoscience and Nanotechnology (ICN2),

[K11] Ultrahigh resolution 4D printing: Chemiluminescent printed biosensors C.A. Mandon*, L.J. Blum, C.A. Marquette, ICBMS - UMR CNRS 5246 - Université Lyon 1, France

[K12] Flexible fibre-based wearable dermal patch targets lithium drug monitoring in interstitial fluid from under the skin

K.R. Rivera*1 ,2, P.D. Erb1 ,2, N.A. Wisniewski3, S.T. Magness1 ,2, M.A. Daniele1 ,2, 1North Carolina State University, USA, 2University of North Carolina at Chapel Hill, USA, 3Profusa, USA

CSIC, Spain, 2The Barcelona Institute of Science and Technology, Spain

M.N. Sweilam*, J.R. Varcoe, C. Crean, University of Surrey, UK

14:30-14:45 [O1H.1] Quantification of Protein-RNA Interactions using microchannel device for cancer research J-K. Kameoka*1,2, C-C. Chou2, P-T. Tsou2,1, P-H. Huang1, M-H. Hung2,4 1Texas A&M University, USA, 2MD Anderson Cancer Center, USA, 3Jikei University, Japan, 4China Medical University, Taiwan, 5Chiba University, Japan

[O2H.1] Fluorescent analysis of low-molecular-weight serum biothiols using DNA-binding redox protein J.O. Lee*, Y.M. Yang, J.W. Lee, Y.P. Kim Hanyang University, Republic of Korea

[O3H.1] A label-free sensor array for the detection of Zika virus by using in silico-designed clamp peptide antibody mimetics M. Mascini*1,2, E. Dikici3, S.K. Deo3, D. Compagnone2, J. Wang1, J.M. Pingarrón4, S. Daunert3 1University of California, USA, 2University of Teramo, Italy, 3University of Miami, USA, 4University Complutense of Madrid, Spain

[O4H.1] Lipid-urease mixed Langmuir-Blodgett films containing carbon nanotubes and algal polysaccharides for urea biosensors R.T. Rodrigues1, P.V. Moreais2, C.S.F. Nordi1, M.J. Schoning3, J.R. Siqueira Jr2, L. Caseli*1 1Federal University of Sao Paulo, Brazil, 2Federal University of Triangulo Mineiro, Brazil, 3FH Aachen, Germany

14:45-15:00 [O1H.2] Label-free assay for detection of pathogens using split deoxyribozyme probes with visual read-out Y. Gerasimova*1, R. Connelly1, A. Reed1, E. Morozkin1, H. Choe2, H. Bengtson-Wood1, K. Rohde1 1University of Central Florida, USA, 2Scripps Research institute, USA

[O2H.2] Self-assembly of antigen protein into nanowires greatly enhance binding affinity for a rapid and sensitive immunoassay D. Men*, J. Zhou, X.E. Zhang Chinese Academy of Sciences, China

[O3H.2] Micro and nanofabricated molecularly imprinted polymers for biosensing and bioimaging K. Haupt*1, F. Bokeloh1,2, P. Rangel1, C. Ayela2, O. Soppera3, A. Spangenberg3 1Sorbonne Universités, France, 2IMS Laboratory, France, 3Université du Haut Alsace, France

[O4H.2] Detection of carcinoembryonic antigen using wireless magnetoelastic biosensors S. Sang*, X. Guo, J. Guo, J. Wang, R. Liu, Y. Zhang, A. Jian, Q. Duan, J. Ji, W. Zhang et al Taiyuan University of Technology, China

15:00-15:15 [O1H.3] Electrochemical sensor to monitor multi-drug resistant organisms in the gut microbiome A.A. Argun*1, M. Manoukian1, A. Weber1, A.Y. Koh2, E. Toprak2 1Giner, Inc., USA, 2University of Texas Southwestern Medical Center, USA

[O2H.3] An optical aptasensor utilizing nature-derived 3D porous nanostructured microparticles C.M. Joe*, S.H. Kim, M.B. Gu Korea University, Republic of Korea

[O3H.3] Functional expression of olfactory receptors using cell-free expression system towards biomimetic sensors for odorant detection F.M. Chen*1, J. Wang1, L.Q. Huang2, P. Wang2, C.S. Wu1 et al 1Xi’an Jiaotong University, China, 2Zhejiang University, China

[O4H.3] Enzymatic electrochemical sensors based on gold nanoparticles supported CeO2/SBA-15 catalysts for sensitive detection of hydrogen peroxide L.H. de Oliveira*1, A. de Barros2, L.T. Kubota1, F.A. Sigoli1, I.O. Mazali1 1UNICAMP, Brazil, 2CNPEM, Brazil

15:15-15:30 [O1H.4] Biocompatible semi-permeable hydrogel membrane for amplified continuous detection of thrombin D.E. Kotlarek*1, K. Liu2, N.G. Quilis1, P. Kouwer2, J. Dostalek1 1AIT-Austrian Institute of Technology, Austria, 2Radboud University, The Netherlands

[O2H.4] Composite silanized-porous silicon-crystalline silicon microcantilevers as bimodal mechanical-optoplasmonic biosensing interfaces C. Rodriguez*1, V. Torres Costa1, O. Ahumada2, A. Díaz2, V. Cebrián2, M. Manso Silván1 1Universidad Autónoma of Madrid, Spain, 2Mecwins, Spain

[O3H.4] High performing peptide-based synthetic receptors for soldier performance monitoring M.B. Coppock*1, M.M. Hurley1, C.G. Jones2, D.A. Sarkes1, B.T. Lai3, H.D. Agnew3, J.R. Heath4, D.N. Stratis-Cullum1 1US Army Research Laboratory, USA, 2Oak Ridge Associated Universities in support of US Army Research Laboratory,

[O4H.4] Rapid and label-free single bacteria detection and monitoring by an ultra-compact optoelectronic system D. Conteduca1, F. Dell'Olio1, G. Brunetti1, N. Sasanelli1, T.F. Krauss2, M.N. Armenise1, C. Ciminelli*1 1Politecnico di Bari, Italy, 2University of York, UK

USA, 3Indi Molecular, USA, 4California Institute of Technology, USA

15:30-16:20 Refreshments and Poster Session 3 │ Room: Riverfront Halls

Room Monroe/Flagler Brickell Orchid B-D Tuttle

16:20-17:25 Stream 1I: Immunosensors Stream 2I: Nanobiosensors, nanomaterials & nanoanalytical systems

Stream 3I: Organism- and whole cell-based biosensors & Enzyme-based biosensors

Stream 4I: DNA chips, nucleic acid sensors and aptasensors & Microfluidics and immobilisation technology

16:20-16:40 [INV21] From epitopes to antigens: Expanding the capabilities of wash-free, electrochemical DNA switches for the detection of diagnostic antibodies in authentic human samples C. Parolo*, D. Kang, M. Kurnik, A.S. Greenwood, N. Ogden, C. Hawes, K. Plaxco, University of California Santa Barbara, USA

[INV22] Single-molecule electrical detection and identification of RNA for sensing applications Y. Li, J.M. Artes, J. Hihath*, University of California, Davis, USA

[INV23] Biosensing meets optogenetics: Harnessing light driven dynamic processes for cell based bio-sensing M. Gheorghiu*1, L. Stanica1 ,2, C. Polonschii1, D. Bratu1, O. Popescu3 ,4, T. Badea5, E. Gheorghiu1 ,2, 1International Centre of Biodynamics, Romania,

2University of Bucharest, Romania,

3Babes-Bolyai University, Romania,

4Romanian Academy, Romania, 5Retinal Circuit Development & Genetics Unit N-NRL/NEI/NIH, USA

[O4I.1] Role of junction density on electrostatic gating in random channel carbon nanotube aptasensors M. Thanihaichelvan*1,2, L.A. Browning1,2, M.P. Dierkes3, M. Reys3, A.V. Kralicek4, C. Carraher4, C.A. Marlow3, N.O.V. Plank1,2 1Victoria University of Wellington, New Zealand, 2The MacDiarmid Institute for Advanced Materials and Nanotechnology, New Zealand, 3The New Zealand Institute for Plant & Food Research Limited, New Zealand, 4California Polytechnic State University, USA

16:40-16:55 [O1I.1] Towards a fully scalable minimally invasive, continuous glucose monitoring sensor for Type 1 diabetes N. Rajendran1, K. Trans1, M. Reddy2, N. Jugnee2, D. Johnston2, N. Oliver2, S. Sharma*1, T. Cass2 1Swansea University, Swansea, UK, 2Imperial College London, UK

[O2I.1] Tuning of resonance modes from nanoscale-thickness modulation using a self-templating biomaterial H. Song*, H. Ahn, K. Kim Pusan National University, Republic of Korea

[O3I.1] New module of SPR biosensor by integration of live cell-culture system for real-time monitoring of cancer angiogenesis C.Z. Li*, M. Mozne National Science Foundation, Uzbekistan

[O4I.2] Putting DNA to work: DNA-only digital bioassay K. Ven*, S. Safdar, D. Spasic, J. Lammertyn KU Leuven, Belgium

16:55-17:10 [O1I.2] Engineering an aptamer capable of continuous insulin detection, lessons learned from a comparison study between commercial insulin antibody and insulin aptamer K. Ito*1, C. Lin2, D. Probst2, K. Ikebukuro1, K. Sode1,3, J. La Belle2 1Tokyo University of Agriculture and Technology, Japan, 2Arizona State University, USA, 3North Carolina State University, USA

[O2I.2] Chiral discrimination of enantiomers with odorant-binding proteins assembled in nanopores Y. Lu*, Z. Chen, X. Li, S. Li, G. Xu, D. Ji, Q. Liu Zhejiang University, China

[O3I.2] Integrated multiple paper-based electrochemical biosensors for pesticide detection S. Cinti, V. Caratelli, G. Palleschi, D. Moscone, F. Arduini* Tor Vergata University, Italy

[O4I.3] Monitoring system for quantifying blood vessel formation in microphysiological models P.D. Erb*, M.A. Daniele NC State University, USA

17:10-17:25 [O1I.3] Copper-dielectric interfaces for CMOS-compatible biosensors Y.V. Stebunov*1,2, D.I. Yakubovsky1, D.Y. Fedyanin1, A.V. Arsenin1,2, V.S. Volkov1,3 1Moscow Institute of Physics and Technology, Russia, 2GrapheneTek LLC, Russia, 3University of Southern Denmark, Denmark

[O2I.3] Autonomous biosensing device for a cancer biomarker detection in point-of- care F.T.C. Moreira*, M.G.F. Sales Biomark, Sensor Research Instituto Superior de Engenharia do Porto, Portugal

[O3I.3] Development of a plugged-in hybrid glucose oxidase capable of virtually direct electron transfer which is not affected by the presence of oxygen W. Tsugawa*1, N. Suzuki1, N. Loew1,2, Y. Takahashi3, M. Hatada1, K. Mori3, K. Sode1,2 1Tokyo University of Agriculture and Technology, Japan, 2University of North Carolina at Chapel Hill and North Carolina State University, USA, 3Ultizyme International Ltd., Japan

[O4I.4] Nanopaper microfluidics to enable temporal sampling of biofluids for wearable biochemical sensors A.T. Young1,2, K.R. Rivera1,2, M.D. Wilkins1, H. Nissan1, M. Daniele*1,2 1North Carolina State University, USA, 2University of North Carolina at Chapel Hill, USA

17:25-17:45 Closing Session and Poster Award Ceremony │ Room: Regency Ballroom