Salt Water Therapy

Aajonus explained the destructive action of salt in the body through a consistent model he described across many workshops. Under normal conditions, cells eat by opening to a smorgasbord of nutrients, anywhere from 93 to 117 different substances including all vitamins, enzymes, proteins, carbohydrates, and fats. This opening occurs through ionization. One or two ions per cell act as the transport mechanism, attracting and drawing in the full nutrient cluster. The ion could be sodium, potassium, magnesium, calcium, or another mineral, and in its naturally occurring state within raw food it is ionically bound to a complex of other nutrients, making it bioavailable and non-disruptive.

When salt enters the body, whether as table salt, sea salt, Celtic salt, Dead Sea salt, or any other concentrated sodium form, the sodium molecules clump together rather than remaining dispersed as individual ions. Aajonus described this clumping as producing an extremely high magnetic charge outside the cell. When the cell opens to receive its nutrient smorgasbord, the external magnetism of the sodium clump is so large and so powerful that rather than nutrients being drawn into the cell, the ions inside the cell, which are the cell's functional interior, are ripped outward. The cell is left unable to eat. It shrivels from the inside the way a grape shrivels to a raisin. It dies and never eats again.

He stated this with consistent specificity across many workshops: one grain of salt kills approximately one million red blood cells through this mechanism, and two grains of salt kill approximately two million red blood cells. Beyond the cells that die outright, surrounding cells are left deficient because the sodium clump, even when it does not trigger complete cell death, fragments the smorgasbord of nutrients before the cell can absorb them. Instead of receiving 93 to 117 nutrients in a complete balanced intake, a cell may receive only a fraction of that, somewhere between 23 and 70 nutrients. Every cell that feeds in the presence of elevated sodium becomes progressively malnourished. Aajonus described this as sodium firing, meaning it electrically disrupts as many as 26 to 50 elements that it forces cells to consume rather than the full complement they need. The cumulative result is a body in constant deficiency despite adequate food intake.

He also addressed the water retention mechanism. Sodium molecules, once clumped in the blood, hold onto H2O molecules, keeping them floating in serum rather than allowing them to be absorbed into cells. This means that even the hydrating function popularly attributed to salt and saline solutions is, in his framework, exactly backward. Salt does not help the body use water. It causes water to be retained outside cells while cells themselves become dehydrated.

Aajonus repeatedly cited what he described as documented historical evidence from maritime records going back to the time of Galileo. Sailors aboard ships who took even a tablespoon or less of seawater per day to avoid dehydration went insane. Those who refused seawater and subsisted on only a tablespoon of fresh or rainwater per day did not go insane. He used this example to illustrate that the concentration of salt in ocean water is sufficient to disturb the fluid balance of the brain and nervous system, producing psychological deterioration and ultimately death.

He made the specific claim that sailors who drank even small amounts of ocean water would go insane within eight to twelve days. He described the progression in terms of the sodium's disruption of neurological fluids, and he connected this directly to the same cellular mechanism he described for red blood cells. The brain and nervous system are not exempt from the sodium clumping effect. They are, if anything, more sensitive to it.

He also addressed the popular practice, sometimes promoted in alternative health circles, of drinking diluted ocean water, sometimes called ketone water in his transcripts. He rejected this entirely, citing the same historical maritime record and describing the outcome as stomach cramps, charley horse, vomiting, and death when ocean water is consumed in larger quantities, and progressive neurological damage when consumed in smaller amounts over time.

Aajonus addressed, in multiple workshops, the objection that certain premium salts, including Celtic salt, Dead Sea salt, sea salt, and Himalayan-style rock salts, are different from table salt because they contain additional trace minerals. His position was that this distinction does not change the fundamental behavior of the sodium molecules. All of these salts are concentrated sodium. Regardless of what other minerals accompany the sodium, once the salt enters the body it fractionates. The body separates the sodium from whatever it was bound to. That freed sodium then behaves the same way as any other isolated sodium: it clumps, it creates excessive magnetism, it fragments nutrient clusters, and it kills cells.

He stated this plainly: "It doesn't matter. It's all toxic." He made the same point about iodized salt, noting that the body will separate the iodine from the sodium, and then you have isolated sodium, which is explosive, plus iodine, which he described as an antibacterial poison. He said that Celtic salt is concentrated sodium, and there is no way around that. He said Dead Sea salt is concentrated sodium, and the name tells you what you need to know about the environment it produces.

The distinction he drew was between salt forms and food forms of sodium. Sodium as it exists in tomatoes, celery, avocados, watermelon, raw fish, and shellfish is ionically bound within the cellular matrix of those foods, integrated with dozens of other nutrients. The body will never separate that sodium from its binding partners because it has no reason to. The sodium arrives in a form the body recognizes and can use as part of a nutrient transport system. Concentrated salt, whether from the ocean, a mine, or a commercial processor, has already been stripped of its biological context by dehydration or processing. It arrives in the body as isolated or near-isolated sodium, and the body must fractionate it further. The explosive potential of that isolation is the source of the damage.

Aajonus described the chemistry of pure sodium in terms derived from his father's work for the United States military and General Electric. He stated that the military paid two billion dollars to attempt to harness sodium as a weapon. The project concluded that pure crystallized sodium is too volatile to control: a temperature change of only one and a half degrees Fahrenheit will ignite a pure sodium crystal. A crystal of sodium the size of a football, he said, would destroy all the buildings of New York City, and is approximately fifty times more powerful than a hydrogen bomb. The project was abandoned because the volatility could not be controlled.

He used this to frame what happens at a cellular scale when salt enters the body. The body isolates the sodium from whatever it is bound to, whether sodium chloride in table salt, sodium-potassium combinations in saltpeter, or the sodium in sea salt. Once isolated even partially, the sodium becomes more reactive than it was in its combined form. At the scale of individual blood cells and nutrient clusters, the explosions are microscopic, but they are real in their cellular consequences. He sometimes described the effect as "explosions going off in the blood," and he said the smorgasbord of nutrients is fragmented the way an earthquake fragments structures, splitting what should be absorbed whole into pieces that no longer constitute a balanced diet for the cells consuming them.

Aajonus was particularly emphatic about the neurological effects of salt, and he described the brain as one of the most directly affected systems. He cited the brain fluid disruption of sailors as historical evidence, and he also drew on his own personal experience. In one workshop he described consuming food that unexpectedly contained salt, which produced tinnitus, water retention in the ears, a buzzing sensation, difficulty sleeping, inability to think clearly, and a wired but cognitively impaired state that lasted into the following day as he saw patients. He ate egg to counterbalance the sodium, but the tinnitus persisted for over 36 hours.

He described sodium's neurological effect as causing a partial shutdown in brain function, drawing a comparison to the way alcohol causes the brain to isolate and cut off certain regions. He noted that people who have been on the raw diet for ten to twelve years and then begin eating salt, even sea salt promoted by a trusted contact, consistently show cognitive deterioration, loss of focus, and inability to sustain the lifestyle. He cited one man who suffered debilitating headaches every time he ate salt, headaches that lasted through the night and into the following workday, leaving him exhausted throughout his career, for twenty years after Aajonus told him to stop eating salt, until he finally did stop.

He also stated that the animals used in historical tests by the British royal family responded to increasing salt intake with progressive cognitive confusion: the more salt they received, the more confused they became, the thirstier they became, the more water they drank, and the less nutrition their bodies could absorb. He described this as a deliberate system of control.

Despite his wholesale rejection of salt as a dietary substance, Aajonus acknowledged one specific internal medicinal application: adrenal exhaustion. He defined adrenal exhaustion not as fatigue or low energy in the ordinary sense, but as a complete inability to rise from bed, a state of such severe sodium utilization failure that the adrenal system cannot produce the hormones necessary for basic function.

In this specific condition and no other, he recommended an extremely small amount of salt. The quantities he gave varied slightly across different transcripts. He described it in some sessions as two grains of salt once every four or five days. In other sessions he said three to four grains per week, or one grain every other day, or perhaps two grains a week. In one passage he specified only two or three grains a week as a medicinal supplement for adrenal fatigue. These small amounts were to be dissolved in vegetable juice rather than water, specifically because the other nutrients in vegetable juice would help buffer the sodium and prevent it from spreading freely through the system. Tomato juice and celery juice were mentioned, though he also noted that the sodium naturally present in those juices sometimes binds with the added salt and prevents the salt from being utilized at all, which created an administration challenge.

He stated this remedy should continue only until the adrenal exhaustion resolves, which he estimated at approximately nine months on the Primal Diet. After that point, all medicinal salt use should stop. He had, in his words, recommended salt internally only approximately three times across thousands of consultations.

A secondary internal use was mentioned briefly for people who had been strict vegetarians for thirty years or more and had developed severe adrenal exhaustion compounded by long-term sodium deprivation and neurological symptoms. Even then, the quantities and temporary nature of the protocol were the same.

He also noted that salt has some utility in cultures that eat very little meat and primarily starch, because it dehydrates intestinal parasites such as tapeworms and excessive pinworm populations. And he acknowledged that people eating cooked food who cannot generate sufficient ionic sodium from their diet may benefit slightly from a small amount of salt, because the toxicity of cooked food creates a need that cannot always be met through food-based sodium alone. But these were contextual acknowledgments within his framework, not endorsements of salt as a general supplement.

Aajonus specifically addressed the common practice of gargling with salt water for sore throats. He described it as counterproductive and harmful. The salt water dries out the tissues of the throat. Rather than removing or neutralizing the poisons causing the sore throat, the dehydration caused by the salt ensures that the poisons remain concentrated in the throat tissue and cause greater damage. He said this leads to more scarring, more frequent sore throats in the future, and a progressively raspier voice over years of life. He could hear the salt cutting into the mucus of the throat when gargling, describing it as an audible popping that demonstrates the explosive action of sodium molecules breaking down mucosal tissue.

He extended this logic to any situation where salt water or saline is applied to mucous membranes or open tissue. The drying and dehydrating action is the same regardless of concentration. The salt does not distinguish between pathogenic tissue and healthy tissue; it dehydrates and kills cells indiscriminately.

In his written correspondence, Aajonus addressed a specific salt water therapeutic product, Quinton marine plasma, which involves harvesting seawater from particular oceanic plankton blooms for use as a mineral supplement or intravenous therapy. He stated that approximately fourteen years before the correspondence he had tried this protocol, found that it oxidized fats in the body causing more free radicals and toxins, and forced severe detoxification after several months of treatment. He concluded that it could not create more benefit than side effects and refused to use it thereafter. When asked whether he would recommend it for a person with retentive fluids or congestive lymph in the legs, he reiterated: "As I stated it is not a therapy I would use, period."

In his newsletter writing he described the effects of salt water on the human body in this context as thinning mucus fibers that protect membranes, causing cellular destruction and solidification, decreasing digestive abilities and absorption, producing loss of brain fat and myelin erosion, and causing insanity, irritability, and irrational behavior.

The single domain where Aajonus endorsed the therapeutic use of salt water was the external bath. His reasoning was that salt is not absorbed through skin in any meaningful quantity when used in bathwater. The molecular size and behavior of sodium in a bath solution keeps it on the exterior, where it performs a useful drawing function rather than penetrating the body.

He described the bath protocol in detail across many workshops and written sources. The standard formula for someone using municipal water was two tablespoons of sun-dried sea salt, two to three cups of raw milk, and three to four tablespoons of raw unpasteurized apple cider vinegar added to the bathwater. An alternative formula he described used half a cup of sun-dried clay, two ounces of raw unpasteurized apple cider vinegar, and three tablespoons of raw coconut cream instead of the salt and milk combination.

The function of the salt in the bath, whether sea salt or Epsom salt, was to bind with toxins and draw them out of the body through perspiration. He explained that the salt and vinegar should be added to the bathwater and allowed to sit for seven to ten minutes before entering the tub, so that they could begin binding with the chlorine, fluoride, and other toxic metals in the municipal water. The milk neutralizes the remaining chemical content of the water and protects the skin. Coconut cream, when added, provides a thin oil layer on the skin as the bather exits, keeping the skin from drying out after perspiration has drawn toxins to the surface.

He distinguished between sea salt and Epsom salt in terms of their mineral composition: sea salt is high in sodium, while Epsom salt is higher in magnesium. He stated that Epsom salt may be slightly more effective at drawing toxins through the skin, but that both work for this purpose and either or a combination of the two is acceptable. For well water that is not contaminated, he said the salt is still beneficial for preventing skin dryness during perspiration, and the other bath ingredients remain optional rather than mandatory for toxin neutralization.

He described bathing in hot water at approximately 110 degrees Fahrenheit as deeply therapeutic and stated that the addition of sea salt or Epsom salt to the water increases buoyancy, which relieves pressure on the spine, back, and legs. He had personally spent as much as eighteen hours a day in a bathtub during a period of severe illness, and described the relief from immersion, particularly with salts added, as transformative compared to lying in bed.

For Jacuzzi and hot tub use, he addressed the problem of salt chlorinators as an alternative to chemical chlorination. He explained that rock salt or sea salt placed in an electrically charged pool system converts some of the salt into chlorine through an electrical charge, and this form of chlorine does not produce chloroform vapor the way conventional chlorinated pool water does. He described this as an acceptable alternative to chemical chlorination in community or private pools, noting that the resulting water is safer for the skin.

Aajonus described salt cravings as symptomatic of mineral deficiency, not sodium deficiency specifically. The craving is the body signaling that it needs a broader complex of minerals, and the taste of salt triggers that craving because concentrated sodium has a recognizable mineral flavor. The solution he recommended was not to supply isolated sodium but to supply bioavailable mineral-rich foods that deliver sodium in its ionically bound form along with all the other minerals the body is actually requesting.

Foods he recommended for addressing salt cravings included fresh raw tomatoes, celery and celery juice, avocado, watermelon, raw fish including shellfish, no-salt-added raw cheeses, and eggs. He noted that oysters and clams eaten raw several times per month are particularly effective at quickly correcting a mineral deficiency because of their concentrated balanced mineral content. He also pointed to saltwater fish as a source of concentrated sodium in a form the body can handle, because the fish has already performed the biological fractionation of sea salt into ionic minerals the body can utilize.

He specifically stated that the taste of minerals in food does not have to be the taste of sodium alone. Many minerals have a salty taste. The craving for salt is almost always actually a craving for a complex of minerals that the body interprets as salty.

Aajonus devoted substantial time in his workshops to a historical and political account of how salt became a universal dietary additive. He attributed the global spread of salt as a food ingredient to the British royal family, specifically the Windsor family, beginning around 1100 CE and intensifying through their activities in India beginning in approximately the 1300s. He stated that the British crown outlawed independent salt production in India, forcing Indian people to purchase salt manufactured and sold by British interests. He cited Gandhi's salt march as the act that broke this monopoly in 1947.

He described animal experiments that he attributed to the British royal family as having demonstrated that salt causes progressive neurological confusion, thirst, and dependency in animals, and that these effects were deliberately exploited to create an addicted, cognitively impaired, and therefore more controllable population. He stated that the royal family itself does not eat salt, though they market it globally.

He also described the deliberate adulteration of commercial salt with potassium chloride, iodine, and other additives. Iodine he described as an antibacterial poison. Potassium chloride he identified as saltpeter, which he said is used in water softening systems and damages sexual function. He stated that these additives compound the damage of the sodium itself and represent additional vectors of control over the population.

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