<div><p>(A) Initial random distribution of cells in a square area of size 167 μm × 167 μm at the density of 50 K-S units with periodic boundary conditions.</p><p>(B) A<sup>+</sup>S<sup>−</sup> mutant swarm after 3 h of evolution.</p><p>(C) Wild-type (A<sup>+</sup>S<sup>+</sup>) swarm after 3 h of evolution.</p><p>(D) Plot of the global order parameter Ω for the simulations of wild-type (A<sup>+</sup>S<sup>+</sup>) and A<sup>+</sup>S<sup>−</sup> mutant swarms.</p></div
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>The two plots show the progression of the average swarming in the population, indicated by the av...
<div><p>(A) Plots of the order parameter Ω for the simulation of swarming near colony edge with init...
<div><p>(A) and (B) are pictures of the edges of the A<sup>+</sup>S<sup>−</sup> and wild-type (A<sup...
Abstract Swarming behaviour is a type of bacterial motility that has been found to be dependent on r...
<p>(Left) Scheme showing the sequential stages of colony fission: (1) cell death, (2) cell different...
Proteus mirabilis forms a concentric-ring colony by undergoing periodic swarming. A colony in the pr...
<p>(A) Illustration of a transition of a swarm in lattice space. Each individual is represented by a...
<p>Swarming of the wild type <i>B. subtilis</i> and mutant strains <i>degS</i> S76A and <i>degS</i> ...
The bacterial species, Proteus mirabilis, is a unique bacteria that differentiates into different ce...
<p>A) Simulations grouped into classes as a function of dimensionless bias force and mean cellular c...
A Confocal images of ♂ wt (male wildtype) SC (labelled green) at 23 and 36 hours after pupariation. ...
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>The two plots show the progression of the average swarming in the population, indicated by the av...
<div><p>(A) Plots of the order parameter Ω for the simulation of swarming near colony edge with init...
<div><p>(A) and (B) are pictures of the edges of the A<sup>+</sup>S<sup>−</sup> and wild-type (A<sup...
Abstract Swarming behaviour is a type of bacterial motility that has been found to be dependent on r...
<p>(Left) Scheme showing the sequential stages of colony fission: (1) cell death, (2) cell different...
Proteus mirabilis forms a concentric-ring colony by undergoing periodic swarming. A colony in the pr...
<p>(A) Illustration of a transition of a swarm in lattice space. Each individual is represented by a...
<p>Swarming of the wild type <i>B. subtilis</i> and mutant strains <i>degS</i> S76A and <i>degS</i> ...
The bacterial species, Proteus mirabilis, is a unique bacteria that differentiates into different ce...
<p>A) Simulations grouped into classes as a function of dimensionless bias force and mean cellular c...
A Confocal images of ♂ wt (male wildtype) SC (labelled green) at 23 and 36 hours after pupariation. ...
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
Data and results for `CELL COMPETITION` simulations. Simulations of a modified population with one ...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>The two plots show the progression of the average swarming in the population, indicated by the av...