Cell-specific mechanical properties
The contribution of micro-nanotechnologies to the study of cell mechanics
Article REF: NM4100 V1
Cell-specific mechanical properties
The contribution of micro-nanotechnologies to the study of cell mechanics

Author : Pascal SILBERZAN

Publication date: April 10, 2008 | Lire en français

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1. Cell-specific mechanical properties

Pascal SILBERZAN is Director of Research at the CNRS "Curie" Physics and Chemistry Laboratory (UMR 168).

Biological cells, the smallest living entity, are capable of performing complex and varied functions, often influenced by their local environment and, in particular, its mechanical properties. This is the case, for example, with phenomena as diverse as cell adhesion and migration.

The mechanical properties of a cell are inextricably linked to the biochemical or genetic phenomena that it triggers, or is subjected to, by its environment. In addition to the complexity inherent in its structure, it is a living, "active" object, consuming energy and fundamentally out of equilibrium, capable of responding to a mechanical or biochemical solicitation, for example by modifying its adhesion or developing...

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