<p>*Average time required for single hop (both CW and CCW) is represented as Mean ± SD, p-values are calculated using Welch’s t-test for non-equal sample sizes and variances under the null hypothesis that the average time between hops is equal to the wild type on the same microarray. DN Rac and DN Rho cells did not move in microarray A and B within the time frame used for observing all listed cells. Migration behaviors for the wild type is from Ref [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0133117#pone.0133117.ref043" target="_blank">43</a>].</p><p>Migration direction and average duration between inter-island hops for wild type fibroblasts and various mutants.</p
<p>On dynamic substrates fibroblasts were patterned on various sizes of circles and lines. Cells pro...
<p>ECIS was used to determine TER. <b>A.</b> Flow chart of the experimental design. <b>B.</b> Real-t...
<p>For each average staggered measure the values are highest (lowest) in the case of type 1 (type 2)...
<p>(<b>A</b>) Reversibility analysis of the movement. A reversibility rate of PB movement was calcul...
<p>A. MDA-MB-231 (<i>left</i>) and A549 (<i>right</i>) cell migration profiles, detected by Transwel...
<p>(A) The migration tracks of individual MDCK cells were traced using timelapse microscopy. Mean sq...
<p>Speed (μm/min) defined as net displacement (distance start to finish) divided by time for control...
<p>Wild-type plants were compared with <i>tmk1;tmk4</i>, and <i>tmk;tmk3;tmk4</i> mutants (n = 20). ...
<p>For each average staggered measure the values are highest (lowest) in the case of type 1 (type 2)...
Many cell types can bias their direction of locomotion by coupling to external cues. Charac-teristic...
<p>Invasion capability of MB cells (ONS-76, DAOY and UW228) and their corresponding MBS (ONS-76 S, D...
<p>MSCs were cultured for 24 h or 7 d with or without AZA 1 μM or DEX 10 μM, plated on fibronectin 2...
<p>(A–C) Temporal change of instantaneous migration speed along cell cycle progression for MCF-10A, ...
Random walk analysis based on Eq 3. MSDs of 20 cells were plotted against time intervals (τ) in a lo...
Cell migration plays a key role in many biological processes, including cancer growth and invasion, ...
<p>On dynamic substrates fibroblasts were patterned on various sizes of circles and lines. Cells pro...
<p>ECIS was used to determine TER. <b>A.</b> Flow chart of the experimental design. <b>B.</b> Real-t...
<p>For each average staggered measure the values are highest (lowest) in the case of type 1 (type 2)...
<p>(<b>A</b>) Reversibility analysis of the movement. A reversibility rate of PB movement was calcul...
<p>A. MDA-MB-231 (<i>left</i>) and A549 (<i>right</i>) cell migration profiles, detected by Transwel...
<p>(A) The migration tracks of individual MDCK cells were traced using timelapse microscopy. Mean sq...
<p>Speed (μm/min) defined as net displacement (distance start to finish) divided by time for control...
<p>Wild-type plants were compared with <i>tmk1;tmk4</i>, and <i>tmk;tmk3;tmk4</i> mutants (n = 20). ...
<p>For each average staggered measure the values are highest (lowest) in the case of type 1 (type 2)...
Many cell types can bias their direction of locomotion by coupling to external cues. Charac-teristic...
<p>Invasion capability of MB cells (ONS-76, DAOY and UW228) and their corresponding MBS (ONS-76 S, D...
<p>MSCs were cultured for 24 h or 7 d with or without AZA 1 μM or DEX 10 μM, plated on fibronectin 2...
<p>(A–C) Temporal change of instantaneous migration speed along cell cycle progression for MCF-10A, ...
Random walk analysis based on Eq 3. MSDs of 20 cells were plotted against time intervals (τ) in a lo...
Cell migration plays a key role in many biological processes, including cancer growth and invasion, ...
<p>On dynamic substrates fibroblasts were patterned on various sizes of circles and lines. Cells pro...
<p>ECIS was used to determine TER. <b>A.</b> Flow chart of the experimental design. <b>B.</b> Real-t...
<p>For each average staggered measure the values are highest (lowest) in the case of type 1 (type 2)...