Some of these genes may directly regulate genes containing L1s, which suggests multiple gene regulation mechanisms.
Bioinformatic analysis identified putative miR-9 target sites within the 3'-UTR of 15 gene transcripts that were significantly down-regulated following miR-9 overexpression, suggesting that miR-9 may directly regulate these genes (Table 5, bolded).
HDAC may directly regulate the acetylation levels of these transcription factors, and their activity.
Additionally, indomethacin, a non-selective COX inhibitor, can act as a direct ligand for peroxisome proliferator activating receptor (PPAR) α and γ, and thus may directly regulate gene transcription (Lehmann et al., 1997).
Here, we will give an update on the function of MMPs in development and cancer, which may directly regulate signaling pathways that control tissue homeostasis and may even work in a non-proteolytic manner.
These findings indicate that neurotransmitters and hormones may directly regulate the cholecystokinin cell and suggest that the phosphoinositide and adenylate cyclase cascades mediate stimulated-cholecystokinin secretion.
Interestingly, while p21 directly mediates G1 cell cycle arrest, IRF-1 or other IRF-1 signaling pathways may directly regulate survivin in human cancer cells.
Expression of S1PR by blood cancer cells may directly regulate their survival by controlling the localization of cells within permissive environments such as the lymph nodes (Blaho & Hla, 2014).
We also provide evidence that GSK3β may directly regulate HDAC6.
Thus, miR-29b is a good candidate miRNA that may directly regulate progranulin expression.
First, BORIS and CTCF may directly regulate expression of each other.
