Although the DREB1/CBF regulon appeared to be one of the main regulatory pathways involved in cold stress, and multiple low-temperature regulatory pathways in addition to the DREB1/CBF pathway were also studied.
Finally, a model was proposed to account for the temperature gradient regulatory mechanism of the transition from a dendritic structure to a parallel structure.
Our results demonstrate that the hibernation-state dependent phosphorylation of tau protein is specifically regulated but involves, in addition, passive, temperature driven regulatory mechanisms.
Such a situation was also observed for the PrtI-like locus of the P. putida genome [ 6]. ecfB could thus be involved in temperature dependent regulatory processes but seems to have been recruited for the regulation of other protein families than proteases.
Other factors such as temperature, a major regulatory factor of the activity of this enzyme, did not influence the oligomeric state adopted by DegP.
Instead, temperature, a major regulatory factor of the activity of this enzyme [4], [17], does not influence the oligomeric form triggered by a specific substrate.
Bacterial RNA thermometers, riboswitches sensitive to temperature, are responsive regulatory elements that control translation of heat-shock, cold-shock, and virulence genes [ 3, 4].
Examination of the fatty acid profiles of these lines grown at high temperature reveals a regulatory system that mediates membrane compositional changes even in the absence of specific desaturase steps.
