In light of this canonical Hippo signalling (Hippo signals to Mats/Warts, which then regulates Yorkie), we review here the regulation and functions of mammalian LATS1/2 kinases.
It is posited that the core circadian clockwork drives a rhythmic circadian-regulated output gene(s), which then regulates a seasonal reproductive response.
The DSRS then regulates the genes that control the production and consumption of these intermediates to allow their delivery at levels and rates that optimize the pathway for maximum productivity as conditions change in the bioreactor.
The activated Smad protein complex then regulates the expression of osteoblastic genes by interacting with various transcription factors [44].
Current models propose that activated Rac forms a complex with GAPA and cortexillin which then regulates cytokinesis.
Notch activity then regulates growth of the surrounding non-boundary cells and is required for maintaining the lineage restriction boundary [11] [14].
25 This is consistent with network models showing that quantitative trait loci (QTL) regulate Glx, which then regulates gene expression, or, conversely, QTL regulate mRNA abundance of the four transcripts, which then regulate Glx.
Phospho-Hog1 then regulates transcriptional and metabolic changes that increase production and accumulation of the compatible solute glycerol.
Meiotic cells detect replication stress using the canonical replication checkpoint machinery, which then regulates meiosis-specific processes.
It binds directly to FXR, which then regulates several known FXR target genes and induces bile acid-binding protein for bile acid transport [ 27].
AKT then regulates activation of the pathway downstream effectors, including mTOR and subsequently P70S6K as well as other targets such as GSK3, WEE1 or BAD.
