Citation Context

...n spatially discrete algorithms (cellular Pott’s model) using the definition of local energies to determine the protrusion and retraction of boundary elements via the stochastic Metropolis rule, e.g. =-=[39, 46, 47]-=-. Another class of mechanical cell models takes into account branching and anisotropy of actin filaments in the cytoskeleton at various times and in various regions of the cell, see e.g. [65, 23, 28]....

Citation Context

...spatially discrete algorithms (cellular Pott’s model) using the definition of local 5 energies to determine the protrusion and retraction of boundary elements via the stochastic Metropolis rule, e.g. =-=[39, 46, 47]-=-. Another class of mechanical cell models takes into account branching and anisotropy of cytoskeletal actin filaments at various times and in various regions of the cell, see e.g. [65, 23, 28]. Beside...