According to our previous studies [5,12], the major factors leading to PSE-like meat having poor protein functionalities are concluded as protein conformation, characteristic of salt soluble proteins, myosin
and actin denaturation during meat processing, which also depend on pH and ionic strength conditions.
We observed that all embryos exposed to mercuric chloride showed little to no positive immunohistochemical staining for myosin
pick up injured DNA strands and walk them along the filament road and then reach the emergency room which is located at the periphery of the nucleus.
In this context, RhoA/ROCK signaling generates myosin
contractility and this results in increased osteogenic differentiation.
MYO15A gene consisting of 66 exons encodes a protein myosin
XVA with 3530 amino acid.
presence has been demonstrated in kidney descending vasa recta and in renal arterioles and could be involved in the regulation of the blood flow from descending vasa recta to capillary beds .
(2010) Calcium regulation of the ATPase activity of Physarum and scallop myosins
using hybrid smooth muscle myosin
: the role of the essential light chain.
These proteins were categorised into 7 types, namely; tropomyosin-1 alpha chain (TPM1), actin - alpha cardiac muscle 1 (ACTC), myosin
light chain 3 - skeletal muscle isoform (MLC3F), myosin
regulatory light chain2 - skeletal muscle isoform (MLC2F), myoglobin, troponin T - fast skeletal muscle (TnTf), and creatine kinase M chain (M-CK).
superfamily is a group of actin-associated motor proteins that use ATP hydrolysis to generate force or directional movement along actin filaments [2, 3].
In a series of lab studies with human prostate cancer cells, the Hopkins scientists were surprised to find overproduction of myosin
VI in both prostate tumor cells and precancerous lesions.
The two genes most prevalent in the cDNA library were actin and myosin
because they are the major components of muscle tissue.
By studying the process of symmetry breaking in zygotes from the nematode worm Caenorhabditis elegans, his team previously revealed how forces generated on the cortex by the contractions of the actin cytoskeleton (a filamentous framework made of actin and myosin
proteins) could direct the movement of polarity regulators to their destined locations.