A large number of miRNAs are expressed in brain and potentially regulate expression of many genes.
These TFs regulate expression of multiple downstream target genes under stress conditions.
Specifically, IKKβ acts through p65 to regulate expression of anti-oxidant genes, such as SOD2.
Several TFs were characterized that regulate expression of ABA-responsive genes in rice.
Of the 27 post-transcripts, expression was low for 11 (all regulate expression of pro-inflammatory genes) and high for 16 (all regulate expression of anti-inflammatory genes) miRNA sequences.
OsNAC/SNACs including OsNAC6 were characterized as factors that regulate expression of genes important for abiotic stress responses in rice.
NAC-type transcription factors that regulate expression of abiotic stress responsive genes were isolated initially from Arabidopsis.
Moreover, hUC-MSCs and resveratrol jointly regulate expression of hippocampal SIRT1, PCNA, p53, ac-p53, p21, and p16.
Thus, for the first time, we report that DREs probably regulate expression of SiWD40 during environmental stress.
Designed zinc finger proteins (ZFPs) regulate expression of target genes when coupled to activator or repressor domains.
Doxycycline inducible vectors can regulate expression of therapeutic transgenes efficiently.
