Skeletal muscles regeneration process

Alternatively, in skeletal muscle, pyruvate can be transaminated to alanine (which affords a route for nitrogen transport from muscle to liver) in the liver alanine is used to regenerate pyruvate, which can then be diverted into gluconeogenesis. This process is referred to as the glucose-alanine cycle. 

Skeletal muscle responds to injury by the activation of a regeneration process (Bischoff, 1979). As described in more detail below, muscle regeneration is a repeated embryonic development of the skeletal muscle only that in this case it starts from the dormant mononucleated satellite cells located between the basal lamina and cell membrane of the adult skeletal muscle fiber. The final outcome after the muscle damage therefore depends not only on the extent of the damage itself but also on the efficiency of the... 

III. THE EFFECTS OF DFP ON THE REGENERATION PROCESS IN THE HUMAN SKELETAL MUSCLE... 

Ketone bodies are formed from acetyl CoA. The process involves molecules of acetyl CoA being combined to form HMG CoA, which then splits to form Ketone bodies are formed in the of cells, but are utilized mainly by cardiac muscle, skeletal muscle and brain cells. Cells that lack the enzyme such as liver cells, are unable to use ketone bodies as an energy source as this enzyme catalyses a key step in regenerating acetyl CoA from ketone bodies. 

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