# ATP (Adenosine Triphosphate)

Category: Metabolism

Also known as: 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…

11 passages · 3 authors · 1975–2020 · Most-cited: [Ray Peat](https://bioenergeticoracle.com/md/voices/ray-peat/index.md)

Canonical page: https://bioenergeticoracle.com/concepts/atp-adenosine-triphosphate

## Synthesis

**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. [Source 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. [Source 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. [Source 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. [Source 5, 11] Without ATP, the cell cannot maintain its structure and falls apart. [Source 9] This structural role is evident in the trophic influence of nerves; sensory nerves release ATP into surrounding tissues, governing healing and inflammation. [Source 3] Mechanical forces also release extracellular ATP, where it serves as an important anabolic stimulus for bone growth and repair. [Source 2] During oxygen deficiency, leaking ATP causes vasodilation to increase circulation. [Source 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. [Source 5] When muscles are stretched, they synthesize ATP, indicating that its synthesis is a physical process occurring in an environment where water is inactive. [Source 5, 11] 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. [Source 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. [Source 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. [Source 1, 3] A.E. Needham discussed the possibility that ATP is a *"vitamin"*, as adding it to the diet of animals increased their growth. [Source 1, 3] 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. [Source 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. [Source 7, 8]

## People also ask

### How does magnesium deficiency affect ATP stability?

Peat argued that ATP exists mainly as a magnesium complex, and without magnesium, ATP breaks down very quickly, leading to an energy deficit and structural degradation of the organism.

### What structural role does ATP play in the cell?

The corpus describes ATP as having a high binding energy to proteins, acting like a cement that holds the cellular framework together and maintains the cell's physical architecture.

### Why did Peat consider ATP to be like a vitamin?

Peat noted that fresh food contains abundant ATP and cited A.E. Needham's observation that adding ATP to the diet of animals increased their growth, suggesting a vitamin-like role.

## Related concepts

- [Magnesium](https://bioenergeticoracle.com/md/concepts/magnesium/index.md)
- [Sleep](https://bioenergeticoracle.com/md/concepts/sleep/index.md)
- [Zinc](https://bioenergeticoracle.com/md/concepts/zinc/index.md)
- [Adrenaline](https://bioenergeticoracle.com/md/concepts/adrenaline/index.md)
- [Aldosterone](https://bioenergeticoracle.com/md/concepts/aldosterone/index.md)
- [Amyloid](https://bioenergeticoracle.com/md/concepts/amyloid/index.md)

## Cited passages

Passage numbers match the `[Source N]` markers in the synthesis above.

### Source 1 — Nutrition for Women

Ray Peat · Book · 1993

> A.E. Needham (Growth Process of Animals) has discussed the possibility that it is a "vitamin": when added to the diet of animals, it increases their growth. This must have some relevance to our nutrition, since fresh food contains abundant ATP. A day or so after an animal dies, "rigor mortis" develops because of the disappearance of ATP; a similar loss of ATP occurs in plants as they die. For many decades, fresh food enthusiasts have spoken of the "life energy" in fresh foods. Unfortunately, most scientists and health professionals still like to mystify the subject and deny that food could contain "vital energy," or that ATP could have nutritional significance.
>
> ### General Principles of Good Nutrition
>
> 1. Minimize your requirements by avoiding unnecessary stress. In Oregon in the winter, use bright lights, balancing incandescent bulbs with fluorescent tubes.
>
> 2. Avoid toxins. Run water 1 minute before using, and then only from the cold faucet. Do not cook tomatoes or fruit in iron or copper pans. Don't use pewter dishes. Avoid mineral oil and other solvents on skin or in air (most cosmetics contain mineral oil, and worse). Minimize contact with allergens. Be very careful with unsaturated oils, such as safflower, corn, and cod-liver oil: they destroy vitamin E and can cause cancer. The "heart diet" is a menace based on weird professional ignorance. These oils interfere with the thyroid gland.
>
> 3. Grains, legumes, and some nuts (e.g., walnuts and peanuts) are highly allergenic. Soaking or sprouting them is very desirable. Cooking cabbage, broccoli, cauliflower, mustard, etc., will destroy chemicals which poison the thyroid gland. Laetrile and PABA inhibit the thyroid. Greens and potatoes (cooked) are good to substitute for bread (especially the factory-made kinds) and for beans. Soy beans are terribly over-rated.
>
> 4. Eat frequently, using protein, fat, and carbohydrate at the same time, e.g., an egg and an orange, or a carrot with cheese. Fruit is the best source of carbohydrate; avoid uncooked starches such as nuts.
>
> 5. Use complex foods, things close to their living state: eggs, sardines, leaves, milk, etc.
>
> 6. Heat degrades protein.

### Source 2 — Townsend Letter — May 2012

Ray Peat · Newsletter · May 1, 2012

> In other tissues, such as bone, mechanical forces also release extracellular ATP, and in this situation it seems to be an important anabolic stimulus to bone growth and repair (Furuya, et al., 2004).
>
> ATP is increasingly recognized (Burnstock, 2007) as a basic neurotransmitter or cotransmitter, but it is something more important and basic than that: it's a constant signal of any cell's presence to neighboring cells. If the concentration of ATP varies too much, it indicates that something is wrong. If a cell is injured or fails to produce enough energy, it leaks ATP. During oxygen deficiency, the leaking ATP causes vasodilation, increasing circulation, and in the respiratory center, it stimulates breathing (Buttigieg and Nurse, 2004; Conde, et al., 2012).
>
> In the prenatal environment, lacking polyunsaturated fatty acids from the environment, ATP is involved in the orderly development of the organism, adjusting rates of growth in a coordinated way. This system, that can be seen in embryology and the early stages of gestation, has all the properties of a self-regulating control system, with a built-in intention to develop in a certain direction. The intention that Mechnikov saw in the phagocyte, is in the whole organism. Cells that will later be thought of as part of "the immune system" are present at the very early stages of embryonic development, participating in its coming into existence. There is no genetic "blueprint" that is being read out for either the organism as a whole or for an immune system that has evolved to deal with infectious challenges. The system creates and discovers its potential, in a unique way, responding to what its environment provides it. Not long ago, following the cult of the "Weismann barrier," it was believed that oocytes were "read out" at an early stage of development, from a genetic blueprint that would never be accessible again. That doctrine lasted for 100 years, until someone tested it (Johnson, et al., 2004, 2005; Bukovsky, et al., 2005; White, et al., 2012). As they showed, the embryo and the adult are intentional unities, able to improvise in surprising ways, but genetics and immunology have created fragmentary, mechanistic descriptions of them.

### Source 3 — Nutrition for Women

Ray Peat · Book · 1993

> When we eat a diet that is very low in a particular nutrient, such as protein, we lose many of the enzymes involved in handling that nutrient. Without those enzymes, a meal rich in protein, for example, can liberate more ammonia than the body can dispose of, and the person can be poisoned. Many vegetarians have experienced this "toxic" effect of meat or cheese or milk, and so believe that "animals foods" can cause mental dullness. headaches, dizziness, etc. But for a meat eater, the same process can cause vegetables to produce gas, as slow carbohydrate digestion lets bacteria break them down. Changing to any new diet, or ending a fast, should be done gradually, allowing at least several days for enzyme adaptation. The same rule would probably apply to nutritional supplements. If gas is a problem even when change of diet isn't responsible, a thyroid deficiency should be considered. Lack of stomach acid is typical in hypothyroidism, but is only one aspect of a generalized digestive depression.
>
> ENERGY ITSELF: CrP and ATP
>
> Although electronic energy is intimately involved in life, there are two chemicals that are involved in maintaining the "energy charge" of cells, and it is the energy charge which is most immediately related to biological function and structure. Creatine phosphate (CrP) is a kind of energy reservoir for muscle, and in a vitamin E deficiency creatine leaks out of the muscles. Aging also seems to involve defective creatine phosphate reserves (Verzar). Adenosine triphosphate (ATP) is more directly involved in all kinds of life function, for example maintaining the resting state of nerves and muscles, and governing secretion, the retention of proteins, and the elimination of toxins. 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. This seems to be involved in the sedative and anti-cramp actions of magnesium. Sensory nerves can release ATP into surrounding tissues, and this seems to be part of their "trophic" influence on healing and inflammation. A.E. Needham (Growth Process of Animals) has discussed the possibility that it is a "vitamin": when added to the diet of animals, it increases their growth. This must have some relevance to our nutrition, since fresh food contains abundant ATP.

### Source 4 — Sleep and Aging

Ray Peat · Newsletter · 2018

> If the cells in the culture dish are electrically stimulated, the sleep rhythm disappears, and they show an EEG pattern resembling that of a waking brain. The day after being electrically stimulated, their sleep rhythm is deepened, the way a person’s sleep is deeper after losing sleep (Krueger and Roy, 2016).
>
> When cells are excited, they release some ATP into their local surroundings, where it signals fatigue or injury, activating the formation of inflammatory factors such as TNF-alpha, which promote the sleep rhythm. A breakdown product of ATP is adenosine, which accumulates during waking, and decreases during sleep. A small area of the brain can go into the sleep rhythm earlier than other areas, if it has been more strongly stimulated. Experimenters found that prolonged stimulation of the left hand, by holding a vibrator, caused the subsequent sleep intensity, represented by higher amplitude of the slow waves, to be greater on the right side of the brain, which received the increased sensory stimulation from the left hand. If an arm is immobilized during the day, the sleep waves on the corresponding side of the brain will be weaker in the following sleep.
>
> At the onset of slow wave deep sleep, there is a surge of ATP concentration (Dworak, et al., 2010), coinciding with a decrease of the enzyme AMPK, indicating a shift away from catabolic processes. The brain’s consumption of glucose and oxygen is very low during this time. During the hours of normal sleep, this elevated level of ATP gradually declines toward the normal daytime level, and the excitability of the neurons gradually rises to the normal waking level. The electrical and metabolic properties of this high energy resting state of the brain can be seen in a healthy skeletal muscle, which has a high ATP content, and relaxes immediately after stimulation and contraction. If the ATP is depleted by prolonged intense stimulation, or if it isn’t replenished quickly enough, because of hypothyroidism, the relaxation is very slow, leading to cramping. The Achilles reflex relaxation test used for identifying hypothyroidism makes the slow relaxation visible. Since thyroid hormone is needed for oxidative metabolism everywhere in the body, its deficiency makes brain cells slow to relax, delaying the onset of sleep, and can even prevent the deepest restorative sleep.

### Source 5 — Energy Structure and Carbon Dioxide A Realistic View of the Organism

Ray Peat · Newsletter · 2013

> The well-accepted fact of backbone chemical shift that results from something as simple as calcium binding to a protein is just another way of talking about the principle of association-induction. The actual chemical structure of the cytoplasmic framework in most types of cell had hardly been studied, and Ling concentrated on studies of the physiology of cells, treating the cytoplasm as an ensemble. Now that many cytoplasmic proteins are being studied in detail, the significance of his cell physiology can be seen more easily.
>
> The membrane people like to talk about ion channels and channel proteins, but they are simply describing fragmentary examples of the adsorption-induction process, in which strongly bound substances change the affinity of a protein for small ions and other associated substances. One of the effects of the membrane theory, and of studying enzymes dissolved in water, is that many biochemists got into the habit of thinking of proteins as water-loving materials; otherwise, why would they have to be enclosed by an oily membrane? But, in fact, proteins have a great affinity for fats. Fats are powerful regulatory substances. In excess, the wrong kind of fat associates with the cell framework, and alters that regulatory system, at the same time that it poisons enzymes and other functions.
>
> Insoluble proteins tended to be discarded; sometimes they were called membrane proteins; when it turned out that the insoluble structural proteins often had ATPase functions, this enzyme came to be thought of as the membrane pump. Even under ordinary assumptions about the way cells use ATP in their energy economy, Gilbert Ling showed that cells don't have the energetic capability of maintaining all of their gradients by pumping ions and other dissolved substances. But, the common idea that the phosphate bond in ATP is a very high energy bond, with 14 kcal of energy, is an unfounded belief; in 1959, for example, Sidney Bernhard showed that a more realistic figure was around 4 kcal. But under relatively water free conditions, the bond forms spontaneously. One of the implications of this fact is that the control of water, the presence or absence of water, and the state of the water, is itself a matter of high-energy interactions. ATP does have a remarkably high energy of adsorption or binding to proteins, and this binding energy allows it to influence the protein's interactions with water. A very thin layer of water between two objects can bind them together very tightly.

### Source 6 — Evil Sugar Radio # 33: Danny Roddy, Hair Loss, Ray Peat, Thyroid, Stress

Danny Roddy · Interview · Mar 7, 2014 · https://www.youtube.com/watch?v=vXw0VGYRpRQ

> **Scott:** Dan, you mentioned ATP. Can you define that for people that don't know that a lot of people don't even know what that is?
>
> **Danny Roddy:** That's adenosine triphosphate. You can think of it as like kind of energy currency, but I wouldn't get too focused on like that specifically because the production of, so I said earlier, a cell needs glucose and oxygen, okay? And an efficient cell will produce carbon dioxide and ATP. this carbon dioxide actually is necessary for the cell to consume oxygen. So if you're not producing enough carbon dioxide, the cell can't consume oxygen, but it will usually consume glucose, and then it will spew out lactic acid. The real question is, like, what causes harm to the mitochondria and the glucose can't be metabolized all the way into carbon dioxide? So I think looking at the cell and the production of carbon dioxide, and the ability to use glucose and the health of the mitochondria, when you start asking those questions of what harms the mitochondria or things of that nature, it becomes abundantly clear that sugar is absolutely not the problem and that the types of fat you eat become more important to think about.

### Source 7 — A Biophysical Approach to Altered Consciousness

Ray Peat · Newsletter · 1975

> Creatine phosphate, which is in equilibrium with ATP, might be an alternative way of raising ATP concentration since it is at a higher energy level and would not introduce additional adenosine, thus allowing a higher ratio of ATP to AMP, if not an absolutely higher concentration of ATP. ATP has been found to improve the functional state of the brain (vestibular analyser) when used with Pyridoxine, increasing its stability and shortening postrotatory nystagmus Also, ATP promotes healing of corneal wounds at high altitudes, when applied locally with 4-methyluracil. Since ATP hydrolyzes rapidly in blood, it might achieve these effects partly through vasodilation. Recent in vitro studies show that ATP prevents leaking of enzymes and other proteins from cells (Science News, 1974).
>
> Other orthomolecules besides niacin would, according to this view, include potassium, magnesium, vitamin E (improving oxygen supply, facilitating cell retention of proteins, and even, according to Matusis, increasing ATP content), L-glutamic acid, inositol (stabilizer of cells and proteins against denaturing or dehydrating influences), the other B vitamins, vitamin C, and anabolic steroids (e.g., testosterone, progesterone, ginseng, eleutherococcus) to promote protein synthesis and retention of potassium and creatine and ATP. Progesterone may be particularly important in female schizophrenics, since it commonly seems to promote emotional stability and even has an anesthetic function in large doses.
>
> Vitamins A, E, C, and B2 either mimic or potentiate testosterone to some degree. I am currently investigating the function of folic acid in allergic, immune, and perceptual processes.
>
> The electronic aspect of the cell's energy charge suggests that cysteine or reduced glutathione might be desirable, especially if there is evidence that glutathione is being destroyed by something like adrenochrome. (Sulphydryl blocking can impair glycolysis, as can a niacin deficiency.) The theory of donor-acceptor interaction might eventually lead to a specific understanding of the electronic leak and how best to intervene, though it might not be such a discrete problem as some theorists have hoped.

### Source 8 — Nutrition for Women

Ray Peat · Book · 1993

> ATP normally circulates in the blood in amounts reflecting cellular efficiency. Just as rigor mortis can be softened by injection of ATP, the hardness of a tumor probably reflects ATP deficiency (softening of cervical tumors was observed during progesterone treatment). Intravenous ATP (it could be purified by patient's own serum proteolytic enzyme before use to avoid immune reaction) should be considered as part of a physiological therapy. Magnesium salt of ATP is the appropriate form.
>
> Intravenous ethanol prevents protein wastage without providing glucose to feed cancer; it controls pain as well as morphine with less toxicity. It can also be used as a skin rub, again bypassing the liver. Magnesium carbonate can be given by any route, though it would have to be buffered intravenously. (5% ethanol has been used intravenously, safely.) Pyrroles and porphyrins in blood and urine, if elevated, suggest that therapies should continue, even if symptoms have disappeared. Nutrition through the skin can be significant in cancer: oils, vitamins, and minerals go into the skin easily, especially when they are applied in an oily medium.
>
> ### The Cervical Cancer Scare
>
> Many women with abnormal Pap smears, even with a biopsy showing the so-called "carcinoma in situ," have returned to normal in just two months with a diet including the following: 90 grams of protein, 500 mg. of magnesium as the chloride, 100,000 units of vitamin A, 400 units of vitamin E, 5 mg. of folic acid, 100 mg. of pantothenic acid, 100 mg. of B6, 100 mg. of niacinamide, and 500 mg. of vitamin C, with thyroid and progesterone as needed. Liver should be eaten twice a week. Some of the women apply vitamin A directly to the cervix.
>
> ### Asthma, Migraine, Psoriasis
>
> During LSD research, it was noticed that people with chronic headaches, asthma, or psoriasis sometimes recovered completely during treatment with frequent doses of LSD. Another alkaloid derived from ergot, bromocriptine, is now being used to suppress lactation (such as is caused by prolactin-secreting pituitary tumor which develops after using oral contraceptives) and is used experimentally to treat Parkinson's disease.

### Source 9 — Episode 10: Georgi Dinkov (Haidut) on Magnesium, GABA, and Growth Hormone

Georgi Dinkov · Interview · Sep 14, 2020 · https://www.youtube.com/watch?v=hakiwshL3to

> **Georgi Dinkov:** And if it is not in a complex with magnesium, ATP breaks down very quickly. This is not a very stable molecule. If you want to buy ATP from some chemical company supplier, you will see that pure ATP, first, is very expensive, and second, is in very small quantities, and third, warning screens immediately come up saying that they do not guarantee you will receive that, I mean that gram amount you bought; that is, during transport, however much they freeze it, keep it in the proper conditions, a large part of it may break down. And for that reason ATP is usually sold as some salt of a metal. Usually it is the sodium salt, that is, sodium ATP, in English sodium ATP, while in the body, by the way, ATP exists as a complex mainly with magnesium. And if it is not in a complex with magnesium, that is, if you have a magnesium deficiency, first, you will not produce enough ATP because the Krebs cycle and the electron chain will not work well, and it will be only glycolysis. And second, whatever ATP is produced will break down quite quickly, because it is stable only when it is in a complex with magnesium. And in this way all the other beneficial effects that ATP itself has, which in Gilbert Ling’s theory of cellular structure... Without ATP the cell cannot maintain its structure. That is, it has a role not only as an energy carrier, but also as a structural participant in the cell. So ATP is something like cement when you are building a house. If the bricks are proteins and all kinds of other organic substances, what holds them together in the cell is usually ATP. And this immediately explains to you why, which we discussed after a previous episode, the structure of the cell depends on energy. That is, structure and energy are interdependent components that cannot be separated. Unlike a car, which without gasoline remains a car, the cell without ATP, without energy production, does not remain a cell; it falls apart.

### Source 10 — The Peat Whisperer

Danny Roddy · Book · 2012

> ## Glossary
>
> **Danny Roddy:** Adaptive Stress Hormones - Cortisol, adrenaline, estrogen, serotonin, aldosterone, and parathyroid hormone (PTH). Adenosine Triphosphate (ATP) - The energy currency of the cell. ATP has an Interdependent relationship with structure, meaning that tissue destruction (degenerative condition) is the result of an energy deficiency.

### Source 11 — Energy Structure and Carbon Dioxide A Realistic View of the Organism

Ray Peat · Newsletter · 2013

> ATP does have a remarkably high energy of adsorption or binding to proteins, and this binding energy allows it to influence the protein's interactions with water. A very thin layer of water between two objects can bind them together very tightly. The structures and movements in cells exist because of very specific interactions between large molecules, especially proteins, and the water which binds them and separates them. Both the water and the proteins are modified by the presence of carbon dioxide.
>
> Two kinds of experiment show that the standard ideas about ATP and pumps have to be reconsidered. When muscles are stretched, they synthesize ATP; this strongly suggests that its synthesis is a physica process, occurring in an environment in which water is inactive, allowing the reaction to be close to equilibrium. (In the heart, stretching has an anabolic effect.) In another experimental setup, the temperature is measured near the surface of a nerve; when the nerve is stimulated, the temperature rises momentarily above the starting temperature, but as the nerve recovers and repolarizes, the temperature falls below the ambient temperature. This refrigeration, or heat absorption, isn't compatible with the activation of chemically powered pumps to restore the initial arrangement of ions, and it suggests something physically closer to the way that heat is emitted and absorbed by a rubber band when it is stretched and then relaxed. When heat production in a myelinated nerve is measured, the membrane theory would require that the heat production, like the electrical potential, should progress in a saltatory manner, jumping from one node to another, but the measurements showed that the heat production moves continuously along the nerve. This supports the idea that the bulk of the cytoplasm is undergoing a progressive phase transition.
>
> Physically, all of these observations (which make no sense in the membrane theory) are compatible with a view of the cytoplasm as a cooperative molecular ensemble that is poised so that its alternative states are close to equilibrium, allowing it to spontaneously revert to its original state following a stimulus that changes its state slightly, or to cause systematic changes in chemical cycles which produce the substances, such as carbon dioxide and ATP, which tend to restore the original state. Nerve conduction, muscle contraction, and secretion are now recognized to involve the factors that cause allosteric shifts in molecular structure, association, and affinities.

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