AbstractWe have identified 6 Escherichia coli genomic genes, including 4 new genes, responsive to the stationary phase. One of them was regulated positively by RpoS at the stationary phase, and the remaining 5 negatively at a late stationary phase, all of them responding to multiple environmental stresses. Nucleotide sequences as well as such multiple responses revealed that those genes may have more than one overlapping-promoter recognized by different σ-factors which regulate gene expressions during their cell growth
Interplay between regulators in a cell can lead to differential gene regulation and allow the organi...
The alternative sigma factor RpoS is an important regulatory protein in Escherichia coli, responsibl...
Global gene expression was monitored in long-term stationary phase (LSP) cells of E. coli K12 MG1655...
AbstractWe have identified 6 Escherichia coli genomic genes, including 4 new genes, responsive to th...
The rpoS gene encodes a stationary phase specific sigma factor of RNA polymerase and is a key regula...
The σS subunit of RNA polymerase, the product of the rpoS gene, controls the expression of genes res...
The alternative sigma factor RpoS is a central regulator of many stress responses in Escherichia col...
International audienceThe alternative sigma factor RpoS is a central regulator of the stress respons...
In enteric bacteria, adaptation to a number of different stresses is mediated by the RpoS protein, o...
The S subunit of RNA polymerase, the product of the rpoS gene, controls the expression of genes resp...
Under conditions of nutrient deprivation or stress, or as cells enter stationary phase, Escherichia ...
International audienceBacterial cells often face hostile environmental conditions, to which they ada...
Bacterial cells often face hostile environmental conditions, to which they adapt by activation of st...
The dcuSR operon of Escherichia coli encodes a two-component sensor/kinase-response/regula...
Escherichia coli uses σ factors to quickly control large gene cohorts during stress conditions. Whil...
Interplay between regulators in a cell can lead to differential gene regulation and allow the organi...
The alternative sigma factor RpoS is an important regulatory protein in Escherichia coli, responsibl...
Global gene expression was monitored in long-term stationary phase (LSP) cells of E. coli K12 MG1655...
AbstractWe have identified 6 Escherichia coli genomic genes, including 4 new genes, responsive to th...
The rpoS gene encodes a stationary phase specific sigma factor of RNA polymerase and is a key regula...
The σS subunit of RNA polymerase, the product of the rpoS gene, controls the expression of genes res...
The alternative sigma factor RpoS is a central regulator of many stress responses in Escherichia col...
International audienceThe alternative sigma factor RpoS is a central regulator of the stress respons...
In enteric bacteria, adaptation to a number of different stresses is mediated by the RpoS protein, o...
The S subunit of RNA polymerase, the product of the rpoS gene, controls the expression of genes resp...
Under conditions of nutrient deprivation or stress, or as cells enter stationary phase, Escherichia ...
International audienceBacterial cells often face hostile environmental conditions, to which they ada...
Bacterial cells often face hostile environmental conditions, to which they adapt by activation of st...
The dcuSR operon of Escherichia coli encodes a two-component sensor/kinase-response/regula...
Escherichia coli uses σ factors to quickly control large gene cohorts during stress conditions. Whil...
Interplay between regulators in a cell can lead to differential gene regulation and allow the organi...
The alternative sigma factor RpoS is an important regulatory protein in Escherichia coli, responsibl...
Global gene expression was monitored in long-term stationary phase (LSP) cells of E. coli K12 MG1655...