Creatine DiSodium Phosphate is a sodium salt that enhances the water solubuility of creatine. When it enters the bloodstream, the sodium chloride transports or carries the creatine to the muscles cells. The combination of creatine and sodium greatly enhances the absorption capacity. This increases the strength and endurance. The disodium content helps in the making creatine soluble, aiding the body to absorb creatine. Disodium Phosphate maximize the phosphocreatine levels, increasing the ATP levels, strength and endurance. Creatine DiSodium Phosphate also helps in repairing and muscle tissues. DiSodium Phosphate may also help in liver and gall bladder function and in maintaining the ph balance and cholesterol level.

Creatine Gluconate is a combination of creatine molecule bonded to gluconic acid. This combination enhances the intestinal absorption of creatine, allowing for a properly absorbed and dissolved creatine. The creatine gluconate uses glucose as a delivery vehicle; it mixes with water in the body allowing the muscle cells to absorb it while increasing insulin release. Creatine benefits the body such as increased strength, muscle size, lactic acid buffer and such. Gluconate allows the faster absorption of creatine in the body, particularly the muscles by stimulating insulin release. The combination allows for maximized benefits from Creatine. Another advantage of creatine gluconate is that it doesn’t cause gastro intestinal bloating or any other intestinal or stomach discomfort common when takin other creatine supplements.

Creatine Monohydrate is an organic acid that is naturally found in humans. First discovered in 1832, the primary function of creatine monohydrate is to help in supplying energy to the muscles. About half of the stored creatine monohydrate in the body comes from food sources, mostly meat. Vegetarians tend to show lower levels of creatine monohydrate since vegetables don’t contain this acid. However since meat tends to contain high levels of saturated fat which is not good for the heart, one way in which creatine monohydrate can be made available is through supplements. In fact many body builders take creatine supplements to help in increasing muscle mass. Creatine monohydrate has also been shown to cause slight increase in strength in those with neuromuscular disorders and is now being considered as a therapy for several diseases like Parkinson’s, Huntington’s etc. especially because it is considered safe and so far has exhibited no side effects.

Fulvic Acid is an organic natural electrolyte that is known for its medicinal properties since a long time. Recent researches have confirmed that Fulvic acid is an effective electrolyte that works to balance cell life. It is also shown to be a potent radical scavenger and antioxidant. Fulvic acids dissolve and transpose vitamins, coenzymes, auxins, hormones and natural antibiotics, and also catalyze some enzyme reactions. Some research also shows that Fulvic acid supplements can increase sexual performance. It is also shown to increase protein metabolism and to catalyze vitamins to make them available to the cells.

N-Acetyl L-Cysteine is used by the body to manufacture the detoxifying substances glutathione and glutathione peroxidase which protect the body from free radicals and toxins. Cystiene is also considered a preventative or antidote for some of the negative effects of alcohol, including hangover and liver damage. It has a counteractive effect on the poisonous effects of acetaldehyde which is a by-product of alcohol and responsable for most of the negative effects and long term damage to the liver.

Vitamin B6, which active form pyridoxal phosphate or otherwise known as PLP and pyridoxal-5’-phosphate, is a prosthetic group of tightly bound cofactors responsible for many reactions within the amino acid metabolism and the manipulation of the enzymatic reaction behind the release of glucose from glycogen. Vitamin B6 generally comprises three organic compounds, pyridoxine, pyridoxal and pyridoxamine, all of them heterocyclic organic compounds that are converted in the human body to the active pyridoxal phosphate form. There are three reactions attributed to PLP, namely transamination, alpha elimination and beta elimination. Over one hundred and forty enzyme activities depend on pyridoxal phosphate, neurotransmitter and histamine synthesis, synthesis and function of hemoglobin, and gene expression. As a cofactor, PLP is active in amino acid metabolism, glucogenesis and lipid metabolism.