Tightly regulated expression and interaction of a multitude of genes for ovarian folliculogenesis could be regulated by these miRNAs.
Wiretapping — actually listening to phone calls — has been tightly regulated by these laws.
The life cycle of the earthworms is regulated by these parameters.
The formation, differentiation and activity of osteoclasts are regulated by these proteins.
The results indicate that tetramer formation alone cannot explain how PKM2 activity is regulated by these mutations.
The current study was designed to examine lung transcriptome changes and downstream mechanisms regulated by these innate immune response factors.
Evaluating the targets and pathways regulated by these miRNAs is required to understand how they exert their self-renewal silencing function.
Considering the relationship between obesity development and the functions regulated by these two genes, BCL2 and miR-181a could be adopted as potential biomarkers for childhood obesity.
Furthermore, computational miRNA target prediction combined with functional clustering identified putative target genes and cellular pathways, which might be regulated by these miRNAs.
We outline the cellular biology that is regulated by these DUBs and E3s and highlight how the inhibitory compounds have improved our understanding of these pathways.
DNA sequences with high affinity for transcription factors occur more frequently in the genome than instances of genes bound or regulated by these factors.
