Patented technology that combines creatine monohydrate, phosphocreatine, and available phosphate groups into a single matrix. This combination seeks to support the phosphocreatine energy system, the pathway cells use to rapidly regenerate ATP during short, intense efforts. By providing both creatine and phosphate in bioavailable forms, it is designed to contribute to the replenishment of muscle energy reserves.

D-ribose is a five-carbon sugar that is a structural part of the ATP molecule and participates directly in its synthesis. The body uses it as a building block to rebuild the nucleotides that store and transport energy within the cell. Due to its role in this pathway, its relationship with the recovery of energy stores after periods of high metabolic demand has been studied.

Sodium is an essential electrolyte that participates in the transmission of nerve impulses, muscle contraction, and the maintenance of the body's water balance. In its citrate form, it provides a source of sodium along with the buffering capacity of citrate, which helps maintain acid-base balance. It is especially relevant for replenishing what is lost through sweat during physical activity.

Potassium is a key mineral for muscle function and the electrical balance of the cell, as it works in conjunction with sodium to regulate the gradients that allow for nerve and muscle excitability. In its phosphate form, it also provides phosphate groups, which are involved in the production and storage of cellular energy. Maintaining adequate potassium levels is important for normal muscle function.

Magnesium participates in hundreds of enzymatic reactions in the body, many of them related to the production and utilization of ATP, and acts as a cofactor in phosphate transfer processes. Presented as bisglycinate, magnesium bound to two molecules of the amino acid glycine is characterized by its good absorption and digestive tolerance. It contributes to the normal functioning of muscles and the nervous system.