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 widely known for its effectiveness when used as a bodybuilding supplement. The bulk of the creatine in our system is found to be housed in our muscles. When at its proper levels it will enhance athletic performance.

Dextrose, also known as Glucose is a type of sugar. It is the main sugar that the body manufactures. The body makes glucose from all three elements of food, protein, fat and carbohydrates, but in largest part from carbohydrates. Glucose serves as the major source of energy for living cells. It is carried to each cell through the bloodstream.

Di-Potassium Phosphate is a water soluble salt commonly used as food additives, fertilizers and as a buffering agent. It basically contains potassium and phosphorus. The human body required di-potassium phosphate to maintain osmotic balance in the interstitial fluid. It is also required for neuron functioning in the brain, for muscle contraction and for electrolyte balance in the body. People suffering from kidney infection or disease must limit their intake of this substance as it the kidney which is responsible for the secretion of potassium and too much of di-potassium phosphate can prove fatal. Di-potassium phosphate is added to soft drinks to give it a sharp flavor and also because it minimizes bacteria and mold growth, which if not will multiply rapidly in a sweet solution. Di-potassium phosphate is present in fruits such as avocadoes, bananas, tomatoes and in orange.

L-Leucine is not prepared in the body but can be obtained through food items like brown rice, whole wheat bread and nuts or dietary supplements. It provides power and endurance. It ensures the well being of the lean muscle tissue, maintains the body’s nitrogen balance and supplies energy especially during exercise. It also assists the healing process and preserves and builds muscles. It is ideal for sportspersons. L-Leucine is also known to increase the secretion of Human Growth Hormone resulting in healthy joints, the reduction of body fat and slowing down of the aging process. It is also useful to people with Diabetes and kidney and liver problems. In the case of a deficiency, the body will not be able to use any proteins efficiently.

Maltodextrin is a polysaccharide that is used as a food additive. It is produced from starch and is usually found as a creamy-white hygroscopic powder. Maltodextrin is easily digestible, being absorbed as rapidly as glucose. Maltodextrin is a fast digesting insulin spiking complex carb.

Taurine is an amino acid that the body usually has lots of. It can be found both in the nervous system as well as the muscles. Its job amongst other things is to assist in the releasing of brain neurotransmitters.