Most bacterial pathogens have the remarkable ability to flourish in the external environment
and in specialized host niches. This ability requires their metabolism, physiology, and …

Originally described as a repressor of gene expression in the stationary phase of growth,
CsrA (RsmA) regulates primary and secondary metabolic pathways, biofilm formation …

Members of the CsrA family of prokaryotic mRNA-binding proteins alter the translation
and/or stability of transcripts needed for numerous global physiological processes. The …

In bacteria, the highly conserved RsmA/CsrA family of RNA-binding proteins functions as
global posttranscriptional regulators acting on mRNA translation and stability. Through …

The importance of Csr post-transcriptional systems is gradually emerging; these systems
control a variety of virulence-linked physiological traits in many pathogenic bacteria. This …

One of the prokaryotic post‐transcriptional regulatory mechanisms involves the CsrA/RsmA
family of proteins that act by modulating translation initiation at target mRNAs. In this study …

The sequence-specific RNA binding protein CsrA is employed by diverse bacteria in the
posttranscriptional regulation of gene expression. Its binding interactions with RNA have …

Noncoding regulatory RNA molecules, also known as small RNAs, participate in several
bacterial regulatory networks. The central component of the carbon storage regulator (Csr) …

Csr (carbon storage regulator) is a recently discovered global regulatory system that controls
bacterial gene expression post‐transcriptionally. Its effector is a small RNA‐binding protein …

Global regulation allows bacteria to rapidly modulate the expression of a large variety of
unrelated genes in response to environmental changes. Global regulators act at different …