Anomalous diffusion and asymmetric tempering memory in neutrophil chemotaxis
Fig 5
Tempering behavior of murine neutrophils.
(A) and (B) show the temporal behavior of the logarithmic derivative β(t) of the mean squared displacement perpendicular (A) and parallel (B) to the direction of chemotaxis. The time-scale τ* of tempering is compared in (C) and (D) for the four different cell groups (τ* = ∞ for model A, pure fBm). (E) and (F) show the exponent μ of power-law tempering of model C. The color intensities of the parameter bars are proportional to the corresponding model probabilities given in Fig 4.