Cellmass : Creatine Ethyl Ester & Glutamine AKG

CEM3 (Creatine Ethyl Ester Malate):
CEM3's ethyl ester linkage greatly enhances the absorption and bioavailability of creatine. It is more resistant to the destructive effects of stomach acid. This supports rapid and complete transfer across the lipid membrane that surrounds the cells lining your intestine. Taking CEM3 to the forefront of creatine pharmacology is its patent-pending bond to malate. This improves creatine's water-solubility, allowing it to dissolve more easily in the gut. Potential benefitts include smaller doses with greater benefit, less wastage, and fewer stomach upsets (bloating, cramps, etc.). Malate is an intermediate in the ATP-generating Krebs Cycle. CEM3 thereby also supports muscle ATP levels and overall exercise performance above and beyond what may be expected from regular creatine formulas.
Further distinguishing CEM3 is its proprietary production process. Unlike other esterified creatines, CEM3 production begins with anhydrous creatine (creatine from which water has been removed). Only then is esterification begun. This ensures superior product stability and longevity.

Glutamine AKG:
The amino acid glutamine is chemically bonded to alpha-ketoglutarate (AKG) to form glutamine AKG. Glutamine AKG promotes muscle cell volumization, protein and glycogen synthesis, muscle tissue repair, growth and hardening. Glutamine AKG also supports muscle cell creatine uptake and insulindependent
anabolism. Overtraining is associated with low plasma glutamine levels. Thus, frequent use of CELLMASS may help alleviate or prevent overtraining.

Muscle Cell Uptake Proprietary Matrix:
Cinnulin-PF is an aqueous extract of cinnamon that is rich in uniquely linked proanthocyanidin antioxidants. These compounds "turn on" cellular signaling mechanisms normally turned on by insulin. Clinical studies report Cinnulin-PF maintains blood glucose, cholesterol, and triglyceride levels already in the normal range.

Phospho-Electrolyte Replacers:
This innovative system supports the body's storage of key nutrients within the muscle cells and helps replenish lost electrolytes. Di-Calcium Phosphate, Di-Potassium Phosphate, Di-Sodium Phosphate: Phosphates are used to enhance muscle phosphocreatine levels, strength, and endurance. Calcium, sodium, and potassium are all involved in the regulation of muscle force generation.