Allosteric regulation of ligand binding is a well-established mechanism regulating the function of G protein-coupled receptors (GPCR).
The mechanism regulating skeletal muscle mass is unclear.
However, biochemical description of the mechanism regulating fusion pore dilation remains elusive.
Thus, a thorough understanding of the mechanism regulating collagen synthesis is essential to develop better therapies to ameliorate fibrosis.
Since the mechanism regulating this process remains unclear, this work wants to offer a contribution to this research field.
Inactive EGFR can exist as both monomers and dimers, suggesting that the mechanism regulating EGFR activity may be subtle.
However, the molecular mechanism regulating Sirt3 gene expression remains unknown.
Our results reveal a multipart mechanism regulating the subcellular localization of NFAT5.
However, the molecular mechanism regulating this synergism remains to be further investigated.
Growth factor receptor crosstalk is an important mechanism regulating EC-pericyte interactions [10].
Translational control is an important mechanism regulating the earliest stages of embryogenesis [16], [32], [33].
