Micro and Nanotechnologies in emerging liquid biopsy applications

ROOM 6
WS.V MICRO AND NANOTECHNOLOGIES IN EMERGING LIQUID BIOPSY APPLICATIONS September 22
*Co-organized with:*

WORKSHOP COMMITTEE Francesca FRASCELLA, Polytechnic University of Turin Simone MARASSO, CNR-IMEM Matteo COCUZZA, Polytechnic University of Turin Laura FABRIS, Polytechnic University of Turin Enzo DI FABRIZIO, Polytechnic University of Turin
Organic transistors like Organic Field Effect Transistor OFETs, Electrolyte-gated organic Transistor EGOFETs and Organic Electrochemical Transistor OECTs have recently attracted intensive investigation for several biosensing applications thanks their flexibility, biocompatibility, large-scale processability, sensitivity and intrinsic biological to electrical signal transduction capability. The first symposium "Organic transistors-based biosensors" will cover and discuss the most recent outcomes in this field, future perspective and limiting issues to overcome for practical applications. In the last years the combination of nanofabrication, nanoplasmonics and SERS underwent a strong development. The possibility to obtain chemical and structural information, down to single molecule level, or nano aggregates, became a reality and helped in characterizing a wide category of novel materials that range from 2D materials, conductive polymers to biomolecules. In this second symposium "SERS and Nanophotonics" we will invite speakers, well known internationally in their own fields, that will update the audience on the state of the art of SERS activity worldwide.

September 22
09:00 - 10:30 Organic transistors-based biosensors WS.V.1 - TT.V.C
Chairs: Matteo COCUZZA, Polytechnic University of Turin & Simone MARASSO, CNR-IMEM
WS.V.1.1 TT.V.C.1	Marta MAS-TORRENT - CV ICMAB-CSIC, Spain Blends of organic semiconductors for high performing electrolyte-gated field-effect transistors
WS.V.1.2 TT.V.C.2	Benoît PIRO - CV Université de Paris Cité, France Application of Electrolyte-Gated Organic Transistors for Sensing. Fabrication by Printing Technologies (ex Printed electrolyte-gated transistors: recent outcomes, limiting issues)
WS.V.1.3 TT.V.C.3	Tsuyoshi MINAMI - CV University of Tokyo, Japan Real-sample analysis based on organic field-effect transistors
WS.V.1.4 TT.V.C.4	Matteo PARMEGGIANI - CV Polytechnic University of Turin Rapid prototyping of 3D Organic Electrochemical Transistors by composite photocurable resin

11:30 - 13:00 SERS and Nanophotonics WS.V.2 -TT.VI.C
Chairs: Laura FABRIS & Enzo DI FABRIZIO, Polytechnic University of Turin
WS.V.2.1 TT.VI.C.1	Duncan GRAHAM - CV University of Strathclyde,Glasgow, UK Point of use SERS for Biomolecular Detection
WS.V.2.2 TT.VI.C.2	Janina KNEIPP - CV Humboldt University of Berlin, Germany Applications of one-and two-photon excited SERS
WS.V.2.3 TT.VI.C.3	Marc LAMY DE LA CHAPELLE - CV Le Mans University, France New Insight on the Aptamer Conformation and Aptamer/protein Interaction by Surface Enhanced Raman Scattering and Multivariate Statistical Analysis
WS.V.2.4 TT.VI.C.4	Renzo VANNA - CV Polytechnic University of Milan From whole body to subcellular imaging by applying single bimodal fluorinated nanoprobes compatible with both MRI and Raman imaging