… We have used location analysis to map the binding sites for the master regulator CtrA
throughout the Caulobacter genome. We had shown previously that nearly 25% of all cell cycle-…

… Therefore, the time required to synthesise the optimum amount of the TOL enzymes can be
directly (Pu) or indirectly (Pm) controlled by the master regulator of the system, the active form …

… Moreover, MT 1 and MT 2 interact together through the formation of heterodimers at least
in … Lastly, signalling complexes associated with MT 1 and MT 2 receptors are starting to be …

… In addition, we elaborate on the roles of ATF3 as a regulator of prostate, breast, colon, lung,
… Finally, we demonstrate that ATF3 acts as a master regulator of metabolic homeostasis and, …

… Here, we identify Mitf as a master regulator of the major cellular v-ATPase through
transcriptional control of all 15 subunits of the holoenzyme. Modulation of gene expression is direct …

… Cell cycle progression in Caulobacter is driven by the master transcriptional regulators CtrA
… The expression and the activity of the CtrA and GcrA master regulators must therefore be …

… MT1 and MT2 receptors is observed in the SCN21,24 where they are believed to entrain
the circadian master clock and regulate sleep promotion and onset.Recently, additional MT2 …

… We discuss the mechanisms of MT induction and signaling in immune cells and explore
the therapeutic potential of the MT-Zn axis in bolstering immune defenses against pathogens. …

… HIF directly targets vascular endothelial growth factor (VEGF), a master regulator of
angiogenesis. In addition, miRNA networks downstream of HIF contribute to the regulation of VEGF …

… which are found in mammals, MT 1 (Mel 1a ) and MT 2 (Mel 1b ), localized in the central
nervous system and in peripheral tissues. Recently, another MLT binding site (MT 3 ) has been …