<p>A) Trajectories and morphologies of simulated cell migrations along the planar surface of fibronectin surface density of 1140 molecules/µm2 for three hours under nine different cases of polymerization times with 60, 180, and 300 s (rows) and depolymerization times with 1, 10, and 30 s (columns), and B) bar graphs showing time-averaged cell migration speeds and error bars indicate standard deviations for nine different cases in A). Scale bar is 10 µm.</p
Cell mobility plays a critical role in immune response, wound healing, and the rate of cancer metast...
<p>(A) Distribution of migration tracks of cells migrating on fibronectin (100 μg/mL) or in a collag...
<p>The starting point of all trajectories is shifted to the origin for clarity, and the end point is...
<p>A) Simulated trajectories of cell migrations on fibronectin coated substrates under five differen...
<p>The following line and spacing dimensions (fibronectin line width [µm]/spacing sizes [µm]) were u...
<p>The total distance cells migrated on dynamic or non-dynamic surfaces was plotted over 30 hrs. For...
<p>Migratory paths of individual HCLE cells on (A) glass control, (B) flat silk, (C) parallel (||) a...
<p>(a) En-mass cell migration velocity on FN coated thin film and 8μm fibers. (b) Single cell migrat...
AbstractCurrent models used in our laboratory to assess the migration and traction of a population o...
<p>The overlapped image of en-mass cell migration of live cells stained with DiD (red), and incubate...
<p>(A) Effects of different 2D substrates on migration speed (24h) of L<sup>inv</sup>/H<sup>E-cad</s...
Cell mobility plays a critical role in immune response, wound healing, and the rate of cancer metast...
Cell migration is fastest when the strength of the adhesion between the cell and the substrate is ne...
<p>(A) Experimental setup for assessing migration speed and persistence of cells on manually pulled ...
<div><p>An integrative cell migration model incorporating focal adhesion (FA) dynamics, cytoskeleton...
Cell mobility plays a critical role in immune response, wound healing, and the rate of cancer metast...
<p>(A) Distribution of migration tracks of cells migrating on fibronectin (100 μg/mL) or in a collag...
<p>The starting point of all trajectories is shifted to the origin for clarity, and the end point is...
<p>A) Simulated trajectories of cell migrations on fibronectin coated substrates under five differen...
<p>The following line and spacing dimensions (fibronectin line width [µm]/spacing sizes [µm]) were u...
<p>The total distance cells migrated on dynamic or non-dynamic surfaces was plotted over 30 hrs. For...
<p>Migratory paths of individual HCLE cells on (A) glass control, (B) flat silk, (C) parallel (||) a...
<p>(a) En-mass cell migration velocity on FN coated thin film and 8μm fibers. (b) Single cell migrat...
AbstractCurrent models used in our laboratory to assess the migration and traction of a population o...
<p>The overlapped image of en-mass cell migration of live cells stained with DiD (red), and incubate...
<p>(A) Effects of different 2D substrates on migration speed (24h) of L<sup>inv</sup>/H<sup>E-cad</s...
Cell mobility plays a critical role in immune response, wound healing, and the rate of cancer metast...
Cell migration is fastest when the strength of the adhesion between the cell and the substrate is ne...
<p>(A) Experimental setup for assessing migration speed and persistence of cells on manually pulled ...
<div><p>An integrative cell migration model incorporating focal adhesion (FA) dynamics, cytoskeleton...
Cell mobility plays a critical role in immune response, wound healing, and the rate of cancer metast...
<p>(A) Distribution of migration tracks of cells migrating on fibronectin (100 μg/mL) or in a collag...
<p>The starting point of all trajectories is shifted to the origin for clarity, and the end point is...