Although H-NS reduces the transcription of more than 100 genes , it also is shown to be a negative regulator for rpoS translation .
H-NS binds directly to rpoS mRNA to enhance cleavage of the mRNA .
sRNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
sRNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
sRNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
sRNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
sRNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
sRNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
sRNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
sRNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
The small RNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
The small RNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
The small RNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
The small RNAs RprA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
The small RNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
The small RNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes turnover of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .
The small RNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of rss at various stages throughout the exponential phase of growth .
The small RNAs DsrA have a greater role in the control of E. coli rpoS expression compared to Salmonella , whereas the H-NS paralog StpA promotes proteolysis of σS indirectly through the repression of the antiadapter protein encoding gene ira at various stages throughout the exponential phase of growth .