Bacteria use complex strategies to coordinate temperature-dependent gene expression.
Many genes encoding heat shock proteins and virulence factors are regulated by …

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 …

Temperature influences the structural and functional properties of cellular components,
necessitating stress responses to restore homeostasis following temperature shift. Whereas …

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 …

Many metabolic pathways in microbial hosts have been created, modified and engineered to
produce useful molecules. The titer and yield of a final compound is often limited by the …

One of the many important consequences that temperature down-shift has on cells is
stabilization of secondary structures of RNAs. This stabilization has wide-spread effects …

This map is an update of the edition 9 map by Berlyn et al.(MKB Berlyn, KB Low, and KE
Rudd, p. 1715–1902, in FC Neidhardt et al., ed., Escherichia coli and Salmonella: cellular …

Sensing a sudden change of the growth temperature, all living organisms produce heat
shock proteins or cold shock proteins to adapt to a given temperature. In a heat shock …

DEAD-box RNA helicases, by unwinding duplex RNA in bacteria and eukaryotes, are
involved in essential cellular processes, including translation initiation and ribosome …

Escherichia coli contains the CspA family, consisting of nine proteins (CspA to CspI), in
which CspA, CspB, and CspG have been shown to be cold shock inducible and CspD has …