Gene expression varies widely in cells with the same genotype and environment. Predicting the patterns of stochastic cellular fluctuations remains an unsolved challenge. I propose that the degree to which varying cellular components combine to determine robust phenotypes may predict the amount of variability. Microbes provide excellent experimental models to analyze the relations between robust phenotypes and stochastic variability
Gene expression is a stochastic biological processes that controls the different phenotypes of an or...
none3noThe stochasticity due to the infrequent collisions among low copy-number molecules within the...
The survival of organisms in randomly fluctuating environments not only depends on their ability to ...
Short Abstract — We demonstrate the relevance of phenotype fluctuations of isogenic organisms to evo...
In all biological systems, phenotypes are quantitative measures of an organism’s traits. To understa...
Living organisms have evolved to survive in a multitude of environmental conditions. This plasticity...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The study of genetically identical cells frequently reveals that substantial variation exists betwee...
Abstract Plasticity and robustness, which are two basic concepts in the evolution of developmental d...
<p>Stochastic robustness is quantified as the variability of cellular morphology among individuals, ...
<p>How organisms adapt and survive in continuously fluctuating environments is a central question of...
Gene expression is a stochastic biological processes that controls the different phenotypes of an or...
none3noThe stochasticity due to the infrequent collisions among low copy-number molecules within the...
The survival of organisms in randomly fluctuating environments not only depends on their ability to ...
Short Abstract — We demonstrate the relevance of phenotype fluctuations of isogenic organisms to evo...
In all biological systems, phenotypes are quantitative measures of an organism’s traits. To understa...
Living organisms have evolved to survive in a multitude of environmental conditions. This plasticity...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The stochasticity due to the infrequent collisions among low copy-number molecules within the crowde...
The study of genetically identical cells frequently reveals that substantial variation exists betwee...
Abstract Plasticity and robustness, which are two basic concepts in the evolution of developmental d...
<p>Stochastic robustness is quantified as the variability of cellular morphology among individuals, ...
<p>How organisms adapt and survive in continuously fluctuating environments is a central question of...
Gene expression is a stochastic biological processes that controls the different phenotypes of an or...
none3noThe stochasticity due to the infrequent collisions among low copy-number molecules within the...
The survival of organisms in randomly fluctuating environments not only depends on their ability to ...