A minimal active-shell model driven by actin polymerization produces spontaneous symmetry breaking to persistent migration and a cascade of complex dynamical states including circular, zigzag, and irregular chaotic motion.
We first solve the passive, mechanical part of the problem in section 1 a by expanding the forces in Eq
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Amoeboid cell migration and shape dynamics driven by actin polymerization
A minimal active-shell model driven by actin polymerization produces spontaneous symmetry breaking to persistent migration and a cascade of complex dynamical states including circular, zigzag, and irregular chaotic motion.