As the adage says, variety is the spice of life, and despite our best attempts, cells, even those with the same genome, never seem to behave the same. By combining mathematical and experimental analyses, Colman-Lerner and colleagues propose, in a recent issue of Nature, a method to delicately unravel the sources of this variation (Colman-Lerner et al., 2005). Applying their technique to the pheromone response in budding yeast, they show that much of the observed variation originates from cell cycle effects and is dependent on levels of pathway input
International audienceThe cell cycle is the fundamental process of cell populations, it is regulated...
For organisms to genetically adapt, they need to have or acquire mutations that affect their surviva...
The cell cycle is the fundamental process of cell populations, it is regulated by environmental cues...
Populations of isogenic cells often respond coherently to signals despite differences in protein abu...
Why do cells of the same type, grown in the same conditions, look and behave so differently? Studyin...
Clonal populations of cells exhibit variability in gene expression despite genetic identity. Single ...
A major challenge for cells lies in their ability to detect, respond and adapt to changing environme...
In a companion paper, we carried out a high-throughput screen to identify genes that suppressed cell...
There has been extensive debate over whether certain classes of genes are more likely than others to...
Populations of isogenic cells often respond coherently to signals, despite differences in protein ab...
Diploid budding yeast (Saccharomyces cerevisiae) can adopt one of several alternative differentiatio...
In microbial populations, growth initiation and proliferation rates are major components of fitness ...
<p>The eukaryotic cell division cycle is a complex process in which cells grow, duplicate their chro...
Cryptic genetic variation could arise from, for example, Gene-by-Gene (G-by-G) or Gene-by-Environmen...
Cryptic genetic variation could arise from, for example, Gene-by-Gene (G-by-G) or Gene-by-Environmen...
International audienceThe cell cycle is the fundamental process of cell populations, it is regulated...
For organisms to genetically adapt, they need to have or acquire mutations that affect their surviva...
The cell cycle is the fundamental process of cell populations, it is regulated by environmental cues...
Populations of isogenic cells often respond coherently to signals despite differences in protein abu...
Why do cells of the same type, grown in the same conditions, look and behave so differently? Studyin...
Clonal populations of cells exhibit variability in gene expression despite genetic identity. Single ...
A major challenge for cells lies in their ability to detect, respond and adapt to changing environme...
In a companion paper, we carried out a high-throughput screen to identify genes that suppressed cell...
There has been extensive debate over whether certain classes of genes are more likely than others to...
Populations of isogenic cells often respond coherently to signals, despite differences in protein ab...
Diploid budding yeast (Saccharomyces cerevisiae) can adopt one of several alternative differentiatio...
In microbial populations, growth initiation and proliferation rates are major components of fitness ...
<p>The eukaryotic cell division cycle is a complex process in which cells grow, duplicate their chro...
Cryptic genetic variation could arise from, for example, Gene-by-Gene (G-by-G) or Gene-by-Environmen...
Cryptic genetic variation could arise from, for example, Gene-by-Gene (G-by-G) or Gene-by-Environmen...
International audienceThe cell cycle is the fundamental process of cell populations, it is regulated...
For organisms to genetically adapt, they need to have or acquire mutations that affect their surviva...
The cell cycle is the fundamental process of cell populations, it is regulated by environmental cues...