<p><b>A–D.</b> Diffusion coefficient α varying from 0.1–1000, drift coefficient β is constant at 10. <b>E–H.</b> Drift coefficient β ranging from 0.01–100 when diffusion coefficient α stays constant 10. The remaining parameters are as per <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0054316#pone-0054316-t001" target="_blank"><b>Table </b><b>1</b></a>. <b>I</b>. A phase contrast image of <i>S. coelicolor</i> early hyphal growth for comparison. The dashed box shows the simulation results for α and β values used in further simulations.</p
<p>(A) There are large changes in the oscillation pattern at low and high diffusion coefficients. At...
Phase diagrams show how the average number of PLK4 peaks generated around the centriole surface in 2...
In this work we study the structural changes in neuronal networks emerging during network maturation...
<p>A–D) Comparison between experimental data (solid lines) and simulations (dotted lines) using para...
A Center positions of 20 repeated simulations of the reference network (U = 1, τx = 150ms) for 10 di...
<p>Simulation results show the shape of a network using an average tip elongation rate that is −60% ...
⊕<p>Diffusion coefficients were chosen to be similar to estimates in <a href="http://www.plosone.org...
<p>The model provides information on the hyphal growth unit (<b>A</b>), number of tips (<b>B</b>) an...
A Illustration of the effects of diffusion (top) and additional drift (bottom) on the temporal evolu...
<p><b>A.</b> Comparison of maximum pellet diameter between the model and experimental data (n = 41)....
<p>All error bars are 95% confidence intervals. (A) Visual depiction of our simulation method. An in...
<div><p>Computer model of gene network, scaled to <i>Drosophila</i> length (0.5 mm). Diffusion param...
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>The experimental fluorescence intensity (black circles) initially decays faster, and subsequently...
<p>Simulated oxygen and VEGF distributions in experimentally observed network (<b>A</b>), and in sim...
<p>(A) There are large changes in the oscillation pattern at low and high diffusion coefficients. At...
Phase diagrams show how the average number of PLK4 peaks generated around the centriole surface in 2...
In this work we study the structural changes in neuronal networks emerging during network maturation...
<p>A–D) Comparison between experimental data (solid lines) and simulations (dotted lines) using para...
A Center positions of 20 repeated simulations of the reference network (U = 1, τx = 150ms) for 10 di...
<p>Simulation results show the shape of a network using an average tip elongation rate that is −60% ...
⊕<p>Diffusion coefficients were chosen to be similar to estimates in <a href="http://www.plosone.org...
<p>The model provides information on the hyphal growth unit (<b>A</b>), number of tips (<b>B</b>) an...
A Illustration of the effects of diffusion (top) and additional drift (bottom) on the temporal evolu...
<p><b>A.</b> Comparison of maximum pellet diameter between the model and experimental data (n = 41)....
<p>All error bars are 95% confidence intervals. (A) Visual depiction of our simulation method. An in...
<div><p>Computer model of gene network, scaled to <i>Drosophila</i> length (0.5 mm). Diffusion param...
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>The experimental fluorescence intensity (black circles) initially decays faster, and subsequently...
<p>Simulated oxygen and VEGF distributions in experimentally observed network (<b>A</b>), and in sim...
<p>(A) There are large changes in the oscillation pattern at low and high diffusion coefficients. At...
Phase diagrams show how the average number of PLK4 peaks generated around the centriole surface in 2...
In this work we study the structural changes in neuronal networks emerging during network maturation...