3documents trouvés
Microwave biosensors for living cells analysis
K.GRENIER, D.DUBUC, T.CHEN, T.CHRETIENNOT, F.ARTIS, M.POUPOT, J.J.FOURNIE
MH2F, INSERM Toulouse
Conférence invitée : European Microwave Week EuMC 2012 du 28 octobre au 02 novembre 2012, Amsterdam (Pays Bas), Workshop 15: Biomedical Applications of Microwaves, 2012, 10p. , N° 12601
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128478Specific high frequency dielectric signature of biomolecules and living cells in their microenvironment
F.ARTIS, D.DUBUC, K.GRENIER, M.POUPOT, J.J.FOURNIE
INSERM Toulouse, MH2F
Manifestation avec acte : International Symposium New Frontiers in Our Understanding and Treatment of Cancer, Toulouse (France), 1-2 Octobre 2012, 1p. (Résumé) , N° 12540
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128188Biological cells proliferation in microwave microsystems
F.ARTIS, D.DUBUC, MC.BLATCHE, K.GRENIER
MH2F, 2I
Manifestation avec acte : International Microwave Symposium (IMS 2012), Montréal (Canada), 17-22 Juin 2012, 3p. , N° 12147
Lien : http://hal.archives-ouvertes.fr/hal-00762137
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Abstract
This paper presents the biological compatibility of a microwave analyzing microsystem of living cells through the indicator of cells proliferation. The cells under investigation correspond to adherent cells of Normal Rat Kidney (NRK). In a first time, both their adhesion and proliferation into the highfrequency-based micro-device have been successfully obtained. In a second step, microwave signals have been applied at different power levels. Experimental studies demonstrate that microwave power levels up to +8,6 dBm do not impact cells proliferation.