muscle proteins

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mus·cle pro·teins

proteins present in muscle.
References in periodicals archive ?
Conclusions: The resistance training practice is able to enhance the synthesis of muscle proteins acute and chronically.
Branched-chain amino acid (BCAA) are among the nine essential amino acids for humans, accounting for 35% of the essential amino acids in muscle proteins and 40% of the preformed amino acids required by mammals.
They are epigenetic drugs that work by facilitating the accessibility to the genes that code for muscle proteins by the cell machinery that transcribes the genetic code into proteins.
It describes that strenuous physical exercise, may cause muscle injury and results in rupture of sarcolemmal membrane and cause muscle proteins (such as CK and Mb) leakage into the bloodstream.
A single small molecule, the glucose metabolite glucose 6-phosphate (G6P), causes stress to the heart that changes the muscle proteins and induces poor pump function leading to heart failure, according to the study.
Although several works have reported the effect of freezing and frozen storage on the muscle proteins from the mantle and arms of different squid species (Iguchi et al.
Processing chicken generates by-products that contain muscle proteins which, if recovered, could become functional ingredients in restructured products, generating extra revenue for processors.
Chocolate milk also increased signals for muscle protein synthesis, which leads to the repair and rebuilding of muscle proteins, more than the other drinks.
The theory is that "growing muscle means stimulating your muscle to make new muscle proteins, a body process that accumulates into bigger muscles over time," said Stuart Phillips, PhD, associate professor of kinesiology at McMaster.
BCAAs account for 35% of the essential amino acids in muscle proteins and can serve as an energy source for muscle tissue during exercise.
Following an analysis of muscle structure with an emphasis on muscle proteins, microstructure, membrane composition, and contraction, contributions discuss aspects of the growth and development of skeletal muscle and its components, including myogenesis, the biology and nature of satellite cells, adipogenesis, fetal muscle development and its connection to maternal nutritional status, the characteristics of muscle fiber types, mechanisms of in vivo protein degradation, and collagen and other matrix constituents and their contribution to muscle growth and quality.