Little is known about how fungi adapt to chilling. In eubacteria, cold shock proteins (CSPs)
facilitate translation by destabilizing RNA secondary structure. Animals and plants have …

Bacterial cold shock proteins (CSP s) act as RNA chaperones that destabilize m RNA
secondary structures at low temperatures. Bacterial CSP s are composed solely of a nucleic …

Despite the fact that cold shock domain proteins (CSDPs) and glycine-rich RNA-binding
proteins (GRPs) have been implicated to play a role during the cold adaptation process …

In response to cold, Escherichia coli produces cold shock proteins (CSPs) that have
essential roles in cold adaptation as RNA chaperones. Here, we demonstrate that …

Bacterial cold shock proteins (CSPs) are RNA chaperones that unwind RNA secondary
structures. Arabidopsis COLD SHOCK DOMAIN PROTEIN2 (AtCSP2) contains a domain …

The cold shock domain (CSD) is a nucleic acid binding domain that is widely conserved
from bacteria to higher plants and animals. In Escherichia coli, cold shock proteins (CSPs) …

Cold shock domain proteins (CSPs) are highly conserved from bacteria to higher plants and
animals. Bacterial cold shock proteins function as RNA chaperones by destabilizing RNA …

Endowing mesophilic microorganisms with high-temperature resistance is highly desirable
for industrial microbial fermentation. Here, we report a cold-shock protein (CspL) that is an …

Cold shock proteins (CSPs) of bacteria are produced in response to cold and function as
RNA chaperones that are essential for cold adaptation. Arabidopsis thaliana COLD SHOCK …

RNA binding proteins (RBP s) function post‐transcriptionally to fine‐tune gene regulation. A
rabidopsis thaliana has four Gly‐rich, zinc finger‐containing RBP s called cold shock …