Electromagnetic characterization of biological cells

Abstract : This paper presents the most commonly used method to characterize individual biological cells on a dielectric point of view. It is a force based technique which lays on dielectrophoresis and/or electrorotation. First the principle of these phenomena are described and analyzed with an extension to magnetic forces at the micrometric scale level. Secondly we present an experimental setup which permits to acquire the dielectrophoretic spectrum which is a dielectric signature of a cell. The main dielectric parameters can be deduced by fitting the theoretical response of the cell issued from a dielectric model and the experimental data. At the end we present an improved fitting method which takes advantage of a sensitivity analysis based on a probabilistic approach.
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Communication dans un congrès
EHE'09, Nov 2009, São Paulo, Brazil. Proceedings of the International Conference on Electromagnetic fields, Health and Environment, 2009
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  • HAL Id : hal-00435199, version 1

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Marie Frenea-Robin, Noël Burais, François Buret, Naoufel Haddour, Laurent Nicolas, et al.. Electromagnetic characterization of biological cells. EHE'09, Nov 2009, São Paulo, Brazil. Proceedings of the International Conference on Electromagnetic fields, Health and Environment, 2009. 〈hal-00435199〉

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