Abstract
The frequency dependencies of the dynamic viscoelastic moduli were measured as a function of (i) the monomer (G-actin) concentration (ii) the temperature and (iii) the actin chain length. Scaling laws relating the terminal relaxation time to the chain length and the plateau value of the storage modulus to the actin monomer concentration were established. Viscoelastic moduli of chemically crosslinked actin networks were measured as a function of the actin to crosslinker ratio and of the temperature
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