… of the master xenobiotic regulator, pregnane X receptor (PXR), on the master regulator of
cell … Thus, the master regulators PXR and p53 appear to have important yet opposing roles in …

… This response is complete within 1 to 2 h of the onset of starvation and increases Gcn4p
abundance by a factor of 2 to 10, depending on the strain background. An additional 2-fold …

… Differential activity of the essential cell cycle master regulator CtrA is critical to control of
the G1-S transition. CtrA is a DNA binding response regulator whose activity is controlled by …

… of MT 1 and MT 2 receptors, whereas GPR50 will be considered as a regulatory protein that
associates with melatonin receptors. The natural ligand of MT 1 and MT 2 … , MT 1 and MT 2 …

… However, recent studies have painted a more complex picture of p53 as regulator of diverse
biological processes, such as autophagy, metabolism, and aging [2]. It has been known for …

… The important role of Ngn3 as a master regulator of endocrine pancreas development directs
attention to finding therapeutic approaches to enhance Ngn3 expression in diabetes as a …

… + ] was observed in one Tcf7l2 −/− mouse model, but no major effect on the expression of
Ca 2+ channels (29). Here, we find that although the mRNA levels of several Ca 2+ channels …

… CENPF, which are under transcriptional control of FOXM1 [2]. Furthermore, there is also
evidence that FOXM1 cooperates with other cell cycle gene regulators, such as B-myb and E2F, …

… and are denoted as MT 1 and MT 2 whereas the newly purified MT 3 protein belongs to the
family of the quinone reductases. The MT 1 and MT 2 melatonin receptors are classified as …

… Numerous genes encoding protein kinases and transcription factors were identified as targets,
suggesting that Gcn4p is a master regulator of gene expression. Interestingly, expression …