The CspA family of Escherichia coli comprises nine homologous proteins, CspA to CspI.
CspA, the major cold shock protein, binds RNA with low sequence specificity and low …

Escherichia coli contains a large CspA family, CspA to CspI. Here, we demonstrate that E.
coli is highly protected against cold‐shock stress, as these CspA homologues existed at …

The cold‐shock response of Escherichia coli describes a specific pattern of gene expression
In response to abrupt shifts to tower temperatures. This pattern includes the induction of cold …

Cold shock proteins (Csps) comprise a family of small proteins that are structurally highly
conserved and bind to single-stranded nucleic acids via their nucleic acid binding motifs …

Members of a family of small cold-shock proteins (CSPs) are induced during bacterial cell
response to a temperature decrease. Here we review available data about the structure …

The molecular mechanisms of cold acclimation are still largely unknown; however, it has
been established that overwintering plants such as winter wheat increases freeze tolerance …

Both prokaryotes and eukaryotes exhibit a cold-shock response upon an abrupt temperature
downshift. Cold-shock proteins are synthesized to overcome the deleterious effects of cold …

The mRNA for CspA, a major cold shock protein in Escherichia coli, contains an unusually
long (159 bases) 5′ untranslated region (5′-UTR), and its stability has been shown to play …

The cspA is a gene of Escherichia coli, whose expression is specifically induced at low
temperatures to a level of 13% of total protein synthesis. The CspA protein consisting of 70 …

During cellular adaptation to low temperature, Escherichia coli transiently synthesizes the
major cold-shock protein CspA. It was found that adaptation to cold shock is blocked when …