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Creatine is perhaps the most studied and verified of all dietary supplements, earning its moniker as the, “grandfather of supplements.” Through a number of enzymatic and cellular steps, creatine is first metabolized into a compound known as phosophocreatine, and eventually into a compound known as ATP (adenosine triphosphate) – the so-called, “energy currency” of the human body. As a dietary supplement, the use of creatine over extended periods of time has been linked to a wide-range of physiological benefits, including: cell volumization, increased delivery of plasma (blood) nutrients to the cell, an increase in skeletal muscle total mass and protein synthesis, decrease in muscular fatigue, and increased endurance.
Creatine is perhaps the most studied and verified of all dietary supplements, earning its moniker as the, “grandfather of supplements.” Through a number of enzymatic and cellular steps, creatine is first metabolized into a compound known as phosophocreatine, and eventually into a compound known as ATP (adenosine triphosphate) – the so-called, “energy currency” of the human body. As a dietary supplement, the use of creatine over extended periods of time has been linked to a wide-range of physiological benefits, including: cell volumization, increased delivery of plasma (blood) nutrients to the cell, an increase in skeletal muscle total mass and protein synthesis, decrease in muscular fatigue, and increased endurance.