<p>Total number of green (S) cells in the stochastic window as a function of time for the continuous (A), periodic (B) and two-fold periodic (C) models. The blue and green lines with ‘+’ markers indicate two independent simulation datasets corresponding to the upper and lower sequence data from the experiment, respectively.</p
<p><b>A, B, D, E)</b> Stochastic simulations for a population of 5000 cells in four different condit...
<p>(<b>a</b>) Schematic representation of the intercellular signaling network in GBM. The network co...
<p>The first row shows the period distribution of the stochastic model for three cells with 5%, 10%,...
<p>(A) Illustration of the stochastic process describing the G1/S transition of a single cell. If th...
<p>(A) Two quantitative indices, the anterior-most red cell (ARC) and posterior-most green cell (PGC...
<p>The results of the stochastic simulation can be shown as phase plots of stem cells and transit am...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>(A and B) Two-dimensional map of simulated cell cycle progression on the plane of time and space ...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>A) Pattern for and in a system of length obtained from the deterministic (top) and the stochas...
<p>The stochastic behaviors of pro-inflammatory cytokines (a) and anti-inflammatory cytokines (b) in...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>(A) Example time-series of cell growth rate for a cell with fast (green), slow (blue) and very sl...
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>(A) 1200 CTL are present at the beginning of the simulation. (B) 400 CTL are present at the begin...
<p><b>A, B, D, E)</b> Stochastic simulations for a population of 5000 cells in four different condit...
<p>(<b>a</b>) Schematic representation of the intercellular signaling network in GBM. The network co...
<p>The first row shows the period distribution of the stochastic model for three cells with 5%, 10%,...
<p>(A) Illustration of the stochastic process describing the G1/S transition of a single cell. If th...
<p>(A) Two quantitative indices, the anterior-most red cell (ARC) and posterior-most green cell (PGC...
<p>The results of the stochastic simulation can be shown as phase plots of stem cells and transit am...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
<p>(A and B) Two-dimensional map of simulated cell cycle progression on the plane of time and space ...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>A) Pattern for and in a system of length obtained from the deterministic (top) and the stochas...
<p>The stochastic behaviors of pro-inflammatory cytokines (a) and anti-inflammatory cytokines (b) in...
<p>Blue curve: average of 100 simulations of the stochastic model with Gillespie algorithm. Green cu...
<p>(A) Example time-series of cell growth rate for a cell with fast (green), slow (blue) and very sl...
<p>Included are color plots (left) and DCTs averaged over hours 50 to 80 (right). The stochasticity ...
<p>(A) 1200 CTL are present at the beginning of the simulation. (B) 400 CTL are present at the begin...
<p><b>A, B, D, E)</b> Stochastic simulations for a population of 5000 cells in four different condit...
<p>(<b>a</b>) Schematic representation of the intercellular signaling network in GBM. The network co...
<p>The first row shows the period distribution of the stochastic model for three cells with 5%, 10%,...