<p><b>:</b> Each color represents a sequence, as indicated at the end of the respective curve. The values are shown as a function of the maximum number of enzymes allowed during the simulation. Note that the asymptotic values of curves are sequence dependent.</p
<p><b>A</b>. Analysis of protein production. (Left) A histogram of protein production rates. (Middle...
<p>Gene expression efficiency depending on the DNA concentration at a fixed concentration of SPD(3+)...
curve) when only stochastic transcription takes place (data set B). The red curve shows the autocorr...
5 pages, 3 figures, Supplemental Material (3 pages)One of the greatest challenges in biophysical mod...
<p>(A) Gene On/Off states; (B) mRNA numbers; (C) protein numbers. Two simulations when the lengths o...
<p>Ligation rates are in turnovers <i>per</i> minute, transcription and reverse transcription rates ...
<p>The different curves correspond to different number of regulatory codons in a control region that...
<p>Plots of N mRNA versus time with linear genome: (A) Initially all polymerases are in solution wit...
<p>As in the case of the concentration profiles we can notice some trends in spite of stochasticity....
<p>StochPy plots of simulating stochastic gene expression. (A) long lifetimes of both the ON and OFF...
<p>The plots show the expression of a gene (blue) controlled by the symmetric signal (black) for t...
<p>We quantify accuracy in terms of relative error—|<i>f</i>([<i>A<sub>tot</sub></i>],[<i>B<sub>tot<...
<p>(A) Fitness effect of an increase in elongation speed that mitigates ribosome sequestration. The ...
<div><p>Stochastic fluctuations in gene expression give rise to distributions of protein levels acro...
Understanding transcriptional regulation quantitatively is a crucial step towards uncovering and ult...
<p><b>A</b>. Analysis of protein production. (Left) A histogram of protein production rates. (Middle...
<p>Gene expression efficiency depending on the DNA concentration at a fixed concentration of SPD(3+)...
curve) when only stochastic transcription takes place (data set B). The red curve shows the autocorr...
5 pages, 3 figures, Supplemental Material (3 pages)One of the greatest challenges in biophysical mod...
<p>(A) Gene On/Off states; (B) mRNA numbers; (C) protein numbers. Two simulations when the lengths o...
<p>Ligation rates are in turnovers <i>per</i> minute, transcription and reverse transcription rates ...
<p>The different curves correspond to different number of regulatory codons in a control region that...
<p>Plots of N mRNA versus time with linear genome: (A) Initially all polymerases are in solution wit...
<p>As in the case of the concentration profiles we can notice some trends in spite of stochasticity....
<p>StochPy plots of simulating stochastic gene expression. (A) long lifetimes of both the ON and OFF...
<p>The plots show the expression of a gene (blue) controlled by the symmetric signal (black) for t...
<p>We quantify accuracy in terms of relative error—|<i>f</i>([<i>A<sub>tot</sub></i>],[<i>B<sub>tot<...
<p>(A) Fitness effect of an increase in elongation speed that mitigates ribosome sequestration. The ...
<div><p>Stochastic fluctuations in gene expression give rise to distributions of protein levels acro...
Understanding transcriptional regulation quantitatively is a crucial step towards uncovering and ult...
<p><b>A</b>. Analysis of protein production. (Left) A histogram of protein production rates. (Middle...
<p>Gene expression efficiency depending on the DNA concentration at a fixed concentration of SPD(3+)...
curve) when only stochastic transcription takes place (data set B). The red curve shows the autocorr...
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