BIOCHEMICAL CHARACTERIZATION OF CELL ELECTROPERMEABILIZATION USING THE RAMAN EFFECT| Session Chairs: | Guglielmo Dinzeo, Lluis Mir |
In view of never-ending controversy about the possible effects of weak electromagnetic fields it is warranted to take mechanistic approaches in addition to experimental and epidemiological approaches. This session will focus on the considerations about mechanism of interaction between electromagnetic fields and biological systems to explore the feasibility of health consequence of weak EMFs.
9:40 K02.1 BIOCHEMICAL CHARACTERIZATION OF CELL ELECTROPERMEABILIZATION USING THE RAMAN EFFECT
A. Azan1,2,3, M. Scherman4, B. Attal-tretout4, M. Breton1,2,3, I. Leray1,2,3, L. M. Mir1,2,3
1UMR 8203, CNRS, Villejuif, FRANCE
2UMR 8203, Univ. Paris Sud, Villejuif, FRANCE
3UMR 8203, Gustave Roussy, Palaiseau, FRANCE
4DMPH, ONERA, Palaiseau, FRANCE
10:00 K02.2 MOLECULAR DYNAMICS SIMULATIONS OF A SINGLE DNA STRAND UNDER THE ACTION OF A CONTINUOUS WAVE ELECTRIC FIELD
P. Marracino, A. Paffi, A. Bannò, F. Apollonio, M. Liberti, G. d'Inzeo
Department of Information Engineering, Electronics and Telecommunications, Sapienza University of Rome, Rome, Italy