For correlations fitted better by the linear model, , the normalized parameters α′ and β′ are listed in the table, with α′ = αT>, , where T> and mb> are the means of cell cycle length and cell birth mass, respectively. For exponential growth, α′ = ln2 ~= 0.693. For correlations fitted better by the bilinear model, , the normalized parameters a′, b′, γ′, and are listed in the table, with a′ = aT>, . The correlation slopes, α′, a′, and γ′, lower than 0.75 or higher than 1.25-fold (arbitrarily chosen thresholds) of ln2 were highlighted. SE and BI denote the type of growth rate modulation, where SE stands for sub-exponential and BI stands for bilinear. (DOCX)</p
<p>Growth rates for day 0–3 versus cell quota on day 3 are plotted in Fig 3a. Growth rates for day 3...
Correlation between the number of ICM and TE cells, initial expansion rate, and hatching with matern...
<p><b>A.</b> The growth rate was 0.0295min<sup>−1</sup> on average and had a coefficient of variatio...
(A–E) Correlations between cell mass and growth rate in the G1 (blue) and nonG1 (red) phases for RPE...
(A) The correlation between cell mass and growth rate in HeLa cells when pooling all cells together....
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
(A–D) The correlations between the lengths of the G1 (A), S (B), G2-M phases (C), and the full cell ...
Areal cell growth rates against log cell area for time intervals at different developmental stages. ...
(A–D) The correlations between the lengths of the G1 (A), S (B), G2-M phases(C), and the full cell c...
(A, C, F) Contour plots illustrating the rate of change in cell mass CV at the beginning of the cell...
Fission yeast is commonly used as a model organism in eukaryotic cell growth studies. To describe th...
(a) Initial expansion rate and the number of ICM cells. (b) Initial expansion rate and the number of...
(A–D) Three-dimensional (3D) volumetric plots showing how the change in cell mass CV throughout the ...
Comparing cell cycle phase durations and mass versus phase length correlations with and without the ...
<p><b>A</b>. Growth rate plotted as a function of eGFP mass fraction of dry cell weight (d.c.w.) for...
<p>Growth rates for day 0–3 versus cell quota on day 3 are plotted in Fig 3a. Growth rates for day 3...
Correlation between the number of ICM and TE cells, initial expansion rate, and hatching with matern...
<p><b>A.</b> The growth rate was 0.0295min<sup>−1</sup> on average and had a coefficient of variatio...
(A–E) Correlations between cell mass and growth rate in the G1 (blue) and nonG1 (red) phases for RPE...
(A) The correlation between cell mass and growth rate in HeLa cells when pooling all cells together....
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
(A–D) The correlations between the lengths of the G1 (A), S (B), G2-M phases (C), and the full cell ...
Areal cell growth rates against log cell area for time intervals at different developmental stages. ...
(A–D) The correlations between the lengths of the G1 (A), S (B), G2-M phases(C), and the full cell c...
(A, C, F) Contour plots illustrating the rate of change in cell mass CV at the beginning of the cell...
Fission yeast is commonly used as a model organism in eukaryotic cell growth studies. To describe th...
(a) Initial expansion rate and the number of ICM cells. (b) Initial expansion rate and the number of...
(A–D) Three-dimensional (3D) volumetric plots showing how the change in cell mass CV throughout the ...
Comparing cell cycle phase durations and mass versus phase length correlations with and without the ...
<p><b>A</b>. Growth rate plotted as a function of eGFP mass fraction of dry cell weight (d.c.w.) for...
<p>Growth rates for day 0–3 versus cell quota on day 3 are plotted in Fig 3a. Growth rates for day 3...
Correlation between the number of ICM and TE cells, initial expansion rate, and hatching with matern...
<p><b>A.</b> The growth rate was 0.0295min<sup>−1</sup> on average and had a coefficient of variatio...