<p>a) Experimentally-determined probability density functions (dots) and best fitting distributions (solid lines) for the velocity component transverse to the previous step, during tumbling and persistent motion. b) Experimentally-determined probability density functions (dots) and best fitting distributions (solid lines) for the velocity component longitudinal to the previous step, during tumbling and persistent motion.</p
<p>Probability function of the bead displacement amplitude for Jurkat cells treated with different d...
<p>Tracks described by cells from the WT strain (A) and the T192 mutant (B) in two minutes. Distribu...
A. If the gene-wise velocities are incorrectly scaled the high-dimensional velocity vector will chan...
<p>a) Experimentally-determined probability density functions (dots) and best fitting distributions ...
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...
(A) Example trajectory showing tumbling events. The bottom trajectory is from a non-swimming cell. S...
<p>(A) The velocities of anterograde (blue) and retrograde (red) movements of GFP-ChsB (left) and GF...
<p>a) Typical raw trajectory of a genetically-modified epimastigote (the trajectory initial point is...
(A) Distribution of mouse fibroblast instantaneous speeds calculated from cell nuclei center-of-mass...
<p>Shown are the distributions of velocity (A, C, E, G) and swimming angle (B, D, F, H) for tumbler ...
<p>Different combinations of shape parameters (scale parameters are fixed) for the four different mo...
<p>(a) Mean velocity for varying values of cell motility (<i>v</i><sub>0</sub>). (b) Normalized velo...
<p>Probability function of the bead displacement amplitude for Jurkat cells treated with different d...
<p>Tracks described by cells from the WT strain (A) and the T192 mutant (B) in two minutes. Distribu...
A. If the gene-wise velocities are incorrectly scaled the high-dimensional velocity vector will chan...
<p>a) Experimentally-determined probability density functions (dots) and best fitting distributions ...
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...
<p>a) Probability density function for the angular change of direction between consecutive steps. b)...
<p>a) Plot of instantaneous speed vs. time for a typical trajectory. The times at which persistent-m...
(A) Example trajectory showing tumbling events. The bottom trajectory is from a non-swimming cell. S...
<p>(A) The velocities of anterograde (blue) and retrograde (red) movements of GFP-ChsB (left) and GF...
<p>a) Typical raw trajectory of a genetically-modified epimastigote (the trajectory initial point is...
(A) Distribution of mouse fibroblast instantaneous speeds calculated from cell nuclei center-of-mass...
<p>Shown are the distributions of velocity (A, C, E, G) and swimming angle (B, D, F, H) for tumbler ...
<p>Different combinations of shape parameters (scale parameters are fixed) for the four different mo...
<p>(a) Mean velocity for varying values of cell motility (<i>v</i><sub>0</sub>). (b) Normalized velo...
<p>Probability function of the bead displacement amplitude for Jurkat cells treated with different d...
<p>Tracks described by cells from the WT strain (A) and the T192 mutant (B) in two minutes. Distribu...
A. If the gene-wise velocities are incorrectly scaled the high-dimensional velocity vector will chan...