ATP (Adenosine Triphosphate)

Adenosine triphosphate (ATP) is the fundamental energy currency of the cell, but Ray Peat’s framework treats it as far more than a simple fuel; it has an interdependent relationship with structure, meaning that tissue destruction and degenerative conditions are the result of an energy deficiency. 10 ATP is more stable than many chemists realize—it is only a lack of magnesium or an excess of calcium which destabilizes its molecular structure. 3 Dinkov has elaborated that ATP exists in the body mainly as a complex with magnesium, and without this complex, ATP breaks down very quickly; a magnesium deficiency therefore directly leads to an energy deficit and structural degradation of the whole organism. 9

Peat argued that ATP’s role extends into maintaining the physical architecture of the cell. It has a remarkably high energy of adsorption or binding to proteins, and this binding energy allows it to influence the protein's interactions with water, acting as a kind of cement that holds the cellular framework together. 2 Without ATP, the cell cannot maintain its structure and falls apart. 9 This structural role is evident in the trophic influence of nerves; sensory nerves release ATP into surrounding tissues, governing healing and inflammation. 3 Mechanical forces also release extracellular ATP, where it serves as an important anabolic stimulus for bone growth and repair. 2 During oxygen deficiency, leaking ATP causes vasodilation to increase circulation. 2

The production and function of ATP are tied to the cell’s energetic state and its management of water. Peat noted that the common idea of the phosphate bond in ATP being a very high energy bond is unfounded, and that under relatively water-free conditions, the bond forms spontaneously, suggesting that the control of water is itself a matter of high-energy interactions. 5 When muscles are stretched, they synthesize ATP, indicating that its synthesis is a physical process occurring in an environment where water is inactive. 2 An efficient cell, using glucose and oxygen with active thyroid hormone, will produce carbon dioxide and ATP; a deficiency in energy production leads to a shift toward lactic acid fermentation. 6 During the onset of slow wave deep sleep, there is a surge of ATP concentration, coinciding with a decrease in catabolic processes, and this elevated level gradually declines toward the normal daytime waking level. 4

Peat also considered the nutritional and therapeutic significance of ATP. Fresh food contains abundant ATP, and its disappearance correlates with the development of rigor mortis in animals and a similar loss in dying plants, which he connected to the historical concept of "life energy" in fresh foods. 2 A.E. Needham discussed the possibility that ATP is a "vitamin", as adding it to the diet of animals increased their growth. 2 Therapeutically, Peat observed that ATP normally circulates in the blood in amounts reflecting cellular efficiency, and that the hardness of a tumor probably reflects an ATP deficiency. 8 He suggested that intravenous ATP, preferably as the magnesium salt, should be considered as part of a physiological therapy, noting that it prevents leaking of enzymes and other proteins from cells. 2