The simulation data from Figure 3 and Figure 4 is used to compute the relative contribution of three noise sources: stochastic gene expression, partitioning noise, and variability in division size and growth rate
In bacterial cells, gene expression, metabolism, and growth are highly interdependent and tightly co...
The cell contains many protein species, with proteome mass fractions ϕi that sum to 1. Mass fraction...
Biological development involves numerous chemical and physical processes which must act in concert t...
Same as Figure 2-C except that the concentration noise is computed for cells at the middle of their ...
Same as Figure 2-C, except that transcription rate is proportional to size instead of being constant...
The analysis of Figure 4 is repeated for various baseline expression levels, obtained by scaling up ...
Expression of many genes varies as a cell transitions through different cell-cycle stages. How coupl...
Publisher's PDFInside individual cells, expression of genes is inherently stochastic and manifests a...
Deterministic and stochastic descriptions of gene expression dynamics Received: date / Accepted: dat...
Inside individual cells, expression of genes is inherently stochastic and manifests as cell-to-cell ...
Related to Figure 3 (<i>Q-km</i> and <i>Q-kp</i>) and Figure 4 (<i>P</i>) of main text. The same cel...
<p>Stochastically expressed proteins accumulate within the cell at a certain rate. At a random point...
The cell division rate, size and gene expression programmes change in response to external condition...
AbstractTo study noise in the number of protein molecules produced in gene expression, we use a dela...
The small number of molecules, unevenly distributed within an isogenic cell population, makes gene e...
In bacterial cells, gene expression, metabolism, and growth are highly interdependent and tightly co...
The cell contains many protein species, with proteome mass fractions ϕi that sum to 1. Mass fraction...
Biological development involves numerous chemical and physical processes which must act in concert t...
Same as Figure 2-C except that the concentration noise is computed for cells at the middle of their ...
Same as Figure 2-C, except that transcription rate is proportional to size instead of being constant...
The analysis of Figure 4 is repeated for various baseline expression levels, obtained by scaling up ...
Expression of many genes varies as a cell transitions through different cell-cycle stages. How coupl...
Publisher's PDFInside individual cells, expression of genes is inherently stochastic and manifests a...
Deterministic and stochastic descriptions of gene expression dynamics Received: date / Accepted: dat...
Inside individual cells, expression of genes is inherently stochastic and manifests as cell-to-cell ...
Related to Figure 3 (<i>Q-km</i> and <i>Q-kp</i>) and Figure 4 (<i>P</i>) of main text. The same cel...
<p>Stochastically expressed proteins accumulate within the cell at a certain rate. At a random point...
The cell division rate, size and gene expression programmes change in response to external condition...
AbstractTo study noise in the number of protein molecules produced in gene expression, we use a dela...
The small number of molecules, unevenly distributed within an isogenic cell population, makes gene e...
In bacterial cells, gene expression, metabolism, and growth are highly interdependent and tightly co...
The cell contains many protein species, with proteome mass fractions ϕi that sum to 1. Mass fraction...
Biological development involves numerous chemical and physical processes which must act in concert t...