A mechanochemical model of cell crawling predicts non-monotonic changes in speed and diffusion with substrate stiffness, plus increased persistence on softer substrates when mechanical feedback to chemistry is added.
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Cellular-scale mechanism of cell crawling responding to substrate stiffness
A mechanochemical model of cell crawling predicts non-monotonic changes in speed and diffusion with substrate stiffness, plus increased persistence on softer substrates when mechanical feedback to chemistry is added.