Here Xk denotes the gene product at stage k and bk denotes the burst size at stage k. Moreover, vk is the typical cell size at stage k, Bk is the mean burst size at stage k, and qk is the typical transition rate from stage k to the next.</p
<p>A population of fast growing cells (glucose, final number: 10.000) was simulated with Model-1 for...
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
Summary: Cells control their size by coordinating cell cycle progression with volume growth. Size co...
A: A detailed stochastic model with both cell size and gene expression descriptions. The model consi...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
Successful cell size homeostasis is established. A Relationships between G1 duration and birth volum...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
The blue (red) dots show the simulated protein concentration (copy number) distribution for the thre...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
The blue (red) dots show the simulated mRNA concentration (copy number) distribution for the three-s...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
Gene expression is an inherently stochastic process, but it is also subject to sources of extrinsic ...
Gene expression is an inherently stochastic process, but it is also subject to sources of extrinsic ...
<p>A population of fast growing cells (glucose, final number: 10.000) was simulated with Model-1 for...
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
Summary: Cells control their size by coordinating cell cycle progression with volume growth. Size co...
A: A detailed stochastic model with both cell size and gene expression descriptions. The model consi...
The blue (red) dots show the simulated concentration (copy number) distribution for the full model o...
Successful cell size homeostasis is established. A Relationships between G1 duration and birth volum...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
The blue (red) dots show the simulated protein concentration (copy number) distribution for the thre...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
The blue (red) dots show the simulated mRNA concentration (copy number) distribution for the three-s...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
A Relationships between G1 duration and birth volume, and between G2/M duration and volume at the G1...
Gene expression is an inherently stochastic process, but it is also subject to sources of extrinsic ...
Gene expression is an inherently stochastic process, but it is also subject to sources of extrinsic ...
<p>A population of fast growing cells (glucose, final number: 10.000) was simulated with Model-1 for...
(A–C) An abstract model of cell mass homeostasis at different G1 regulation strengths, represented...
Summary: Cells control their size by coordinating cell cycle progression with volume growth. Size co...