By promoting the internal CheY-P concentration to a slow macroscopic field, the authors derive memory-aware reaction-diffusion equations for chemotaxis that predict nonlocal smoothing of the bacterial density over lengths up to 170 micrometers in E. coli.
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Bacterial chemotaxis considering memory effects
By promoting the internal CheY-P concentration to a slow macroscopic field, the authors derive memory-aware reaction-diffusion equations for chemotaxis that predict nonlocal smoothing of the bacterial density over lengths up to 170 micrometers in E. coli.