<p>Data from (A) hESC cultures were compared to those from the model considering (B) both cell division and NANOG expression noise, (C) only cell division, or (D) only NANOG expression noise. In (B)-(D), the model was run for an interval of four doubling times. Color bars indicate cell count values (zero moment of the density function). Plots are based on 10,000 cells. (E–F) Comparison of cell size and NANOG expression distribution between experiment and PBE model with both cell division and NANOG expression distribution considered. Euclidian distance was calculated with respect to the experimental data set. Correlation coefficients for hESC size and NANOG as well as the CV for NANOG distributions are also listed. Cell size was normalized t...
<p>(a) Experimental data obtained from three wildtype murine tissue samples, taken from midway down ...
The blue (red) dots show the simulated protein concentration (copy number) distribution for the thre...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
<p>(A) The cell size and (B) NANOG expression are shown for hESCs at t = 0 (blue curves) and after 1...
<p>(A) FSC (transformed to normalized cell size) data distributions at day 3, 4 and 5 after plating ...
<p>(A) NANOG expression of hESCs measured by flow cytometry. Arbitrary units (AU) were converted to ...
<p>(A) Cell size distributions are shown for <i>in silico</i> cultures simulated with Model-2 in glu...
<p>Total noise in NANOG expression profile (A) obtained by flow cytometry analysis of cultured hESCs...
<p>(a) and (b) show the frequency distribution of length and width, respectively, in the T98G cell p...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
The fundamental question of how cells maintain their characteristic size remains open. Cell size mea...
The fundamental question of how cells maintain their characteristic size remains open. Cell size mea...
<p>(<b>A</b>) Bifurcation diagram, showing the stable (solid black line) fixed points (FP) of the Na...
<p>Cell length distribution (a) and cumulative distribution of cell length (b) as obtained experimen...
It is known that the cell size is related to the physiological state of a cell. Therefore, cell size...
<p>(a) Experimental data obtained from three wildtype murine tissue samples, taken from midway down ...
The blue (red) dots show the simulated protein concentration (copy number) distribution for the thre...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
<p>(A) The cell size and (B) NANOG expression are shown for hESCs at t = 0 (blue curves) and after 1...
<p>(A) FSC (transformed to normalized cell size) data distributions at day 3, 4 and 5 after plating ...
<p>(A) NANOG expression of hESCs measured by flow cytometry. Arbitrary units (AU) were converted to ...
<p>(A) Cell size distributions are shown for <i>in silico</i> cultures simulated with Model-2 in glu...
<p>Total noise in NANOG expression profile (A) obtained by flow cytometry analysis of cultured hESCs...
<p>(a) and (b) show the frequency distribution of length and width, respectively, in the T98G cell p...
<p><b>A</b>: Results of a typical run at the exponential growth phase and at equilibrium (type A cel...
The fundamental question of how cells maintain their characteristic size remains open. Cell size mea...
The fundamental question of how cells maintain their characteristic size remains open. Cell size mea...
<p>(<b>A</b>) Bifurcation diagram, showing the stable (solid black line) fixed points (FP) of the Na...
<p>Cell length distribution (a) and cumulative distribution of cell length (b) as obtained experimen...
It is known that the cell size is related to the physiological state of a cell. Therefore, cell size...
<p>(a) Experimental data obtained from three wildtype murine tissue samples, taken from midway down ...
The blue (red) dots show the simulated protein concentration (copy number) distribution for the thre...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...