4.8 Article

Frequency-dependent transition in power-law rheological behavior of living cells

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Summary: The mechanical responses of cells are primarily dependent on their generic architectural mechanism, rather than specific molecular properties. The power-law exponent of cell rheology can be quantitatively tuned by varying the stiffness or architecture of the cytoskeleton. The proposed self-similar hierarchical cellular model can naturally reproduce the universal power-law characteristics of cell rheology.

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