For example, a meta-analysis in the journal Nutrients proved that ‘increases in intramuscular levels of creatine phosphate secondary to creatine supplementation increase the supply of a robust ...

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Your muscles then convert creatine into creatine phosphate, which is then generated into adenosine triphosphate (ATP), which your body uses for explosive exercise. Complicated, yes, but important ...

with your body converting the supplement into creatine phosphate, feeding your muscles during explosive exercises such as plyometrics, sprints, heavy lifts and HIIT routines. However, your ...

IF YOU RECENTLY started taking creatine, you may have noticed instructions to take three to 4 times the serving size amount during the first week of supplementation listed on the bottle. This strange ...

with your body converting the supplement into creatine phosphate, feeding your muscles during explosive exercises such as plyometrics, sprints, heavy lifts and HIIT routines. However, your ...

but no experiments were reported on the activity of the enzyme with substrates other than adenosine tri-phosphate, adenosine diphosphate, phosphocreatine and creatine. Such experiments are in ...

decreased phosphate; decreased hemoglobin; viral infection; increased gamma glutamyl transferase; musculoskeletal pain; increased lipase; fatigue; increased amylase; increased calcium; increased ...

Creatinine is a chemical waste product formed by skeletal muscles in the process of creatine phosphate metabolism. It is produced at a fairly stable rate and it is almost entirely eliminated via renal ...

Baseline investigations revealed an adjusted calcium of 1.6 mmol/L (normal range 2.2–2.7 mmol/L), phosphate 0.95 (normal range 0.9 ... Urea and creatinine and creatine kinase were normal. 25-hydroxy ...