The ratio of inorganic phosphate to phosphocreatine reflects the relative metabolic rate of mitochondrial respiration (V) and the extrapolated maximum capacity of oxidative metabolism (Vm). Normal humans vary considerably in their metabolic response to exercise. These differences are reflected in their Vms and the degree of acidosis during exercise. Active muscles in endurance trained athletes have higher Vms and faster recovery rates than normal controls. Preliminary studies have been done to assess muscle glycolytic capacity by measuring the degree of acidosis during ischaemic exercise. Exercise-induced muscle injury can be detected as an increased inorganic phosphate to phosphocreatine ratio in resting muscle.
inorganic
inorganic
This compound is calcium phosphate. It is inorganic because it does not contain the element carbon.
Na3PO4 is inorganic
Yes, any compound that does not contain a carbon atom is inorganic.
adenosine triphosphate phosphocreatine system :)
inorganic
inorganic
The only waste product is creatinine as the phosphate group gets recycled
Calcium phosphates are inorganic compounds.
No , inorganic phosphate is produced .
adenosine di phosphate and inorganic phosphate
Calcium phosphate is a salt, an inorganic compound.
Calcium phosphate is an inorganic compound.
This compound is calcium phosphate. It is inorganic because it does not contain the element carbon.
its inorganic
Na3PO4 is inorganic