<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>The histograms of the distributions can be classified into three main groups: (1) The histograms ...
<p>Closure and mid-diastole phases for points of interest upstream are shown in the bottom row.</p
<p>(A) The marginal probability density; (B) The joint probability density. Solid lines: the propose...
<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...
Velocity distributions for a system of granular spheres between two rods. It includes parallel and p...
<p>Insets shown the average values and the standard deviations of the distributions as a function of...
<p>Shown are the distributions of velocity (A, C, E, G) and swimming angle (B, D, F, H) for tumbler ...
We introduce a new method for estimating the value of the expansion scalar #theta# triple bond H&quo...
<p>(A) The velocities of anterograde (blue) and retrograde (red) movements of GFP-ChsB (left) and GF...
<p>(A) Probability density of the displacement <i>x</i>; (B) Probability density of the velocity . S...
<p>The histograms of the distributions can be classified into three main groups: (1) The histograms ...
<p>Closure and mid-diastole phases for points of interest upstream are shown in the bottom row.</p
<p>(A) The marginal probability density; (B) The joint probability density. Solid lines: the propose...
<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...
Velocity distributions for a system of granular spheres between two rods. It includes parallel and p...
<p>Insets shown the average values and the standard deviations of the distributions as a function of...
<p>Shown are the distributions of velocity (A, C, E, G) and swimming angle (B, D, F, H) for tumbler ...
We introduce a new method for estimating the value of the expansion scalar #theta# triple bond H&quo...
<p>(A) The velocities of anterograde (blue) and retrograde (red) movements of GFP-ChsB (left) and GF...
<p>(A) Probability density of the displacement <i>x</i>; (B) Probability density of the velocity . S...
<p>The histograms of the distributions can be classified into three main groups: (1) The histograms ...
<p>Closure and mid-diastole phases for points of interest upstream are shown in the bottom row.</p
<p>(A) The marginal probability density; (B) The joint probability density. Solid lines: the propose...