While CL translocation is regulated by PKC δ, CL may also be a regulator of the PKC pathway.
The recently discovered peptide irisin has been hypothesized to be a regulator of body metabolism.
In mammals, CBFA1 has been shown to be a regulator of opg expression and to be essential for several steps during osteoblast differentiation.
Recently, the transcription factor AP-2ɛ was shown to be a regulator of hypertrophy in cartilage and to be differentially expressed in osteoarthritis (OA).
At the same time we also probed for expression levels of another GPCR, CXCR2, previously reported to be a regulator of DDR dependent cellular senescence14 along with its ligand, IL8.
Because vascular endothelial growth factor is speculated to be a regulator of intramembranous absorption through increases of membrane vascularity and fluid transport, we hypothesized that hypoxia upregulated vascular endothelial growth factor gene expression in the fetal membranes.
However, Rho1 itself appears to be a regulator of AJs.
Uncoupling protein 2 (UCP2) is suggested to be a regulator of reactive oxygen species production in mitochondria.
NcrB has been proposed to be a regulator of gene expression [22].
These papers suggest that intracellular Ca2+ would be a regulator of ion channel activities during apoptosis.
Furthermore, Capn3 is known to be a regulator of the conventional calpain system [42].
