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The Western Washington University study examined various measures of body water, torque, work and power before and after 2 weeks of creatine supplementation in 35 subjects. They were divided into three groups: 1. Maltodextran (Placebo), 2. Mg oxide plus Cre (MgO-Cre), and 3. Mg-creatine chelate (MgC-Cre) at 800 mg Mg and 5 g Cre per day. Although both treatment had significant weight-gain and an increase in power over the 2 week period, only the third (Magnesium) group had significant increases in intra and extra cellular water and in peak torque. The authors conclude that the increase in torque in the magnesium group is linked to the increase in intra-cellular water in those test subjects. This inferred more muscular creatine due to its osmotic effect, and with increased cellular hydration, increased protein synthesis.
It also contains all the necessary products for the synthesis of both high energy phosphate compounds creatine phosphate and ATP, and for the efficient salvage of ATP after it's been metabolically degraded, including:
* Also important for normalizing and regulating thyroid hormone.
1. Glutamine peptides have physiological effects. Glutamine peptides, which have anabolic (increases protein synthesis and muscle mass) and anticatabolic (decrease muscle breakdown) effects, above those normally associated with glutamine, as the peptides themselves have some physiological effects. Also the peptide form is better absorbed than free glutamine that is not peptide bonded. As well, the glutamine in the glutamine peptides:
2. Nutrients to facilitate the glycolytic and TCA cycle energy processes.
3. An advanced cell volumizing (resulting in increases in protein synthesis and an anabolic effect) formula containing .
Reference: Brilla LR, Giroux MS, Taylor A, Knutzen KM. Magnesium-creatine supplementation effects on body water. Metabolism. 2003 Sep;52(9):1136-40.
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