Multiple signaling pathways participate in UPR and functions diversely.
In consideration of the fact that multiple neural signaling pathways participate in regulating adaptive behavior [ 6], it could be inferred that cholinergic and glutaminergic system play a more crucial role in habitual learning than goal-directed behavior regulation.
The expression of a comprehensive set of different cell-surface receptors and their linkage to multiple signalling pathways participating in the exocytotic pathways enables these cells to rapidly respond to distinct stimuli by acutely releasing highly active mediators, hence regulating inflammation, host defence, tissue remodelling and homoeostasis [ 45].
Recent evidence has shown that multiple proteins and biological pathways participate in the regulation of active DNA demethylation, such as TET proteins, DNA repair pathways and DNA methyltransferases.
Apparently, multiple proteins in the survival-apoptosis signaling pathways participate in the resistance of UACC903 and the sensitivity of UACC903 +6) to apoptosis.
Cell death-related pathways participate in the cellular stress response.
Indeed, meiosis-related genes are known to participate in multiple pathways, be involved in protein complexes, and, when disrupted, affect multiple aspects of meiosis (see Table S1).
This is not surprising since meiosis-related genes are known to participate in multiple pathways, be involved in protein complexes, and, when disrupted, affect multiple aspects of meiosis (see Table S1).
ROCK1 and ROCK2 participate in multiple pathways including the TGFβ, WNT, cadherin, and integrin pathways.
