Density-dependent mobility in internal-state coordinates independently controls the transition from arrested to peeling and migratory states in dense particle collectives.
Quantifying landscape and flux f rom single-cell omics: unraveling the physical mechanisms of cell function
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Collective spatial reorganization from arrest to peeling and migration through density-dependent mobility in internal-state coordinates
Density-dependent mobility in internal-state coordinates independently controls the transition from arrested to peeling and migratory states in dense particle collectives.