Results from calculations in 3d. A) Membrane densities of MinD at different time points. B) Bulk and membrane densities of MinD at different time points. C) Snapshots of the MinD density on L-shaped membrane patches of different thickness. The arrows indicate the propagation direction of the traveling waves. On the long arm of the patch of thickness 25 μm a standing wave is formed. Parameter values as in Table 1. The maximal grid size used in the computations was 2 μm on the membrane and 15 μm in the bulk.</p
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
<p>We obtain three qualitatively different behaviors, namely, <b>SRS</b> (Single Rotating Scroll), <...
A, B) Densities of membrane-bound MinD (left) and MinE (right) from calculations in 3d (A) and 2d (B...
Results from calculations in 3d. A) Bulk density cD of MinD for grooves separated by 2.2 μm with a w...
<p>A) Pole-to-pole oscillations for a system of length . B) Standing wave with two nodes for a syste...
A) Densities of membrane-bound MinD and MinE, cd + cde and cde + ce, respectively, from a calculatio...
<p>A) If the diffusion length of MinD is of the same order as the cell size, the MinD density will i...
<p>A) Traveling wave solutions to the deterministic (top) and stochastic (middle) dynamic system for...
The formation of large-scale patterns through molecular self-organization is a basic principle of li...
A) Mean boundary layer size as a function of the diffusion constant D ≡ DD = DE. Red lines represent...
<p>Here we consider the moderate-coupling case cm<sup>2</sup>/ms, and and in (a.1)–(a.5) the perce...
<p>(a) Surface optical profilometry technique micrograph showing a single-cell migration. (b) Surfac...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
<p>We obtain three qualitatively different behaviors, namely, <b>SRS</b> (Single Rotating Scroll), <...
A, B) Densities of membrane-bound MinD (left) and MinE (right) from calculations in 3d (A) and 2d (B...
Results from calculations in 3d. A) Bulk density cD of MinD for grooves separated by 2.2 μm with a w...
<p>A) Pole-to-pole oscillations for a system of length . B) Standing wave with two nodes for a syste...
A) Densities of membrane-bound MinD and MinE, cd + cde and cde + ce, respectively, from a calculatio...
<p>A) If the diffusion length of MinD is of the same order as the cell size, the MinD density will i...
<p>A) Traveling wave solutions to the deterministic (top) and stochastic (middle) dynamic system for...
The formation of large-scale patterns through molecular self-organization is a basic principle of li...
A) Mean boundary layer size as a function of the diffusion constant D ≡ DD = DE. Red lines represent...
<p>Here we consider the moderate-coupling case cm<sup>2</sup>/ms, and and in (a.1)–(a.5) the perce...
<p>(a) Surface optical profilometry technique micrograph showing a single-cell migration. (b) Surfac...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
International audienceIn this paper, we give examples of the influence of the domain of propagation ...
<p>We obtain three qualitatively different behaviors, namely, <b>SRS</b> (Single Rotating Scroll), <...