In this proceedings we will present a research project financed by Piedmont regional government (Italy) and finalised to the realization and commercialization of functional devices for cellular bio-sensing based on diamond. Partners of the project are: Crisel Instruments, Torino University, Torino Polytechnic, INRIM, Politronica, Bionica Tech, Ulm Unniversity. Here the main features of the final devices will be briefly summarized. We envisage an active diamond-based cellular substrate that can simultaneously stimulate and detect a variety of signals (chemical, optical, electrical) to and from neuroendocrine cells, in a fully biocompatible environment for the cellular system under test. Such a device can be realized by fully exploiting the peculiar properties of diamond: optical transparency, biocompatibility, chemical inertness, accessibility to a conductive graphite-like phase; properties that will be further explored and tested during the project.

Presentation of a research project addressed to the realisation of a diamond-based cellular biosensing device

CARABELLI, Valentina;CARBONE, Emilio;GOSSO, SARA;OLIVERO, Paolo;PICOLLO, FEDERICO;
2012-01-01

Abstract

In this proceedings we will present a research project financed by Piedmont regional government (Italy) and finalised to the realization and commercialization of functional devices for cellular bio-sensing based on diamond. Partners of the project are: Crisel Instruments, Torino University, Torino Polytechnic, INRIM, Politronica, Bionica Tech, Ulm Unniversity. Here the main features of the final devices will be briefly summarized. We envisage an active diamond-based cellular substrate that can simultaneously stimulate and detect a variety of signals (chemical, optical, electrical) to and from neuroendocrine cells, in a fully biocompatible environment for the cellular system under test. Such a device can be realized by fully exploiting the peculiar properties of diamond: optical transparency, biocompatibility, chemical inertness, accessibility to a conductive graphite-like phase; properties that will be further explored and tested during the project.
2012
SPIE BiOS
San Francisco, CA
21-01-2012
Proceedings of SPIE
The International Society for Optical Engineering
8207
1
7
9780819488503
Biosensors; Diamond-based devices; Electrical signals; Cell excitability
L. Boarino; V. Carabelli; E. Carbone; M. Genovese; S. Gosso; P. Olivero; A. Pasquarelli; F. Picollo; P. Traina
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/104235
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