Parasites

Aajonus divided parasites into two broad functional categories: digestive parasites and detoxifying parasites. Digestive parasites, such as trichinosis (Trichinella) and the whipworm, assist the breakdown of food in the intestinal tract, particularly large masses of dense protein that hydrochloric acid alone cannot efficiently process. Aajonus noted that most traditional peoples who eat meat do not grind or finely chew it, they consume large pieces, and the presence of intestinal parasites provides the digestive capacity to break those masses down. The waste product of digestive parasites, because they are processing food rather than toxic tissue, is itself highly nutritive and feeds the brain and nervous system rapidly. Aajonus described this excretion as "finely digested matter" that is nontoxic unless the parasite itself is consuming something toxic.

Detoxifying parasites eat dead, bruised, or degenerative tissue throughout the body. These are the janitors in the strict sense. When a cell is damaged, whether from chemical poisoning, physical trauma, or ordinary metabolic wear, parasites are drawn to it because degenerative tissue is their preferred food. They are not interested in healthy cells. Aajonus stated explicitly that parasites feed on degenerative tissue, not on living healthy cells, and that healthy animals, specifically lions, tigers, and healthy pigs, either have no parasites or carry only the digestive variety such as trichinosis. Only sick animals, or animals fed processed and denatured foods, develop the heavier parasite loads associated with serious systemic cleaning.

The excretion produced by detoxifying parasites, because they are consuming toxic material, can itself be somewhat toxic, and the body uses its nutritional reserves to transport and eliminate that waste. This is why Aajonus consistently linked parasite activity to the necessity of adequate raw protein intake: the raw meat and raw dairy provide the building blocks to regenerate cells as fast as parasites consume the degenerative ones, preventing the only genuine danger he acknowledged from parasite activity, which is ulceration.

Aajonus was explicit that parasites are dangerous only in one specific circumstance: when the host is not eating sufficient protein to regenerate cells at the pace the parasites are consuming degenerative tissue. Parasites work rapidly, and if the body cannot replace the consumed tissue through cellular regeneration, ulcers form in the cavities left behind. If those ulcers occur in the intestinal wall, the result can be gut exchange, the passage of intestinal contents into the abdominal cavity, leading to peritonitis, possible paralysis, and death. This, he said, is the only real danger parasites pose, and it is a danger produced not by the parasites themselves but by the absence of adequate nutrition to support regeneration alongside parasite activity.

Every animal he used in laboratory experiments, whether human or dog or cat or mouse, that had parasites and was simultaneously fed raw meat, did not die and did get healthier. The condition was always raw meat with the parasites present. Without that nutritional foundation, particularly without protein that can be readily digested and used for cell reproduction, the parasite's speed of consumption outpaces the body's ability to rebuild, and problems result. On this diet, he said, people with parasites often do not even notice them. The secretions are so non-toxic that the body does not need to mount a mucus-membrane detoxification response. The waste exits through the bowels and the skin without the dramatic symptomatic events associated with bacterial or viral detoxification.

Aajonus described a major series of laboratory experiments conducted over approximately an eleven-year period, for which he paid substantial fees to a cooperating laboratory. The central experiment began by placing an advertisement seeking animals, dogs and cats, aged twelve to sixteen years, that had already been diagnosed with parasites and had not yet received any pharmaceutical deworming treatment. Approximately thirty-two animals were obtained, with roughly half dogs and half cats, carrying a variety of worm species. Approximately twelve to fifteen percent of them, mainly dogs, had brain flukes. The remainder had various intestinal parasites.

These animals were divided into three groups. The first group was fed standard commercial kibble and canned food, including premium brands. Within that group, a subgroup received pharmaceutical dewormers, and the remainder received no treatment. The second group received raw foods combined with herbal or homeopathic dewormers, including substances like walnut oil and garlic oil. The third group received raw foods only, with no dewormers of any kind.

The group given pharmaceutical dewormers eliminated their parasites within six to twelve days, with some animals showing no detectable parasite traces by day six and all clear by day twelve. They did not recover quickly or vigorously. The group given homeopathic and herbal dewormers lost their parasites within two weeks to one month and showed somewhat better overall recovery, described as being like kittens and puppies again, but they were slower to heal than the no-dewormer group. The group given raw food only and no dewormers took the longest to lose their parasites, sometimes up to nine months for the latest case, but when they died and autopsies were performed, their intestines were described as absolutely clean, as if the animals had just been born, and their glands and organs were radiant and healthy in appearance.

The animals that had received pharmaceutical dewormers, by contrast, showed dark and brown glands and organs at autopsy in the areas where parasites had been active. The areas damaged by parasites in those animals never fully healed after the pharmaceutical treatment eliminated the parasites. Aajonus interpreted this as evidence that the parasites in the no-dewormer group had consumed all the degenerative tissue in those organs while the raw meat allowed the animals to regenerate healthy tissue in its place, producing organs that were red, rich, and vibrant at death. Specific cases he described included one dog with heart worms, approximately four dogs with liver worms, and one animal with brain worms, all of which, in the no-dewormer group, showed beautiful, healthy organs in those specific areas at autopsy.

Among animals that received pharmaceutical dewormers, most recovered somewhat on the raw diet, but the glands where parasites had been active and were killed by the drugs were never restored to full health. Among animals that received herbal dewormers, about half died. Among animals that received pharmaceutical dewormers, most died. In the no-dewormer raw food group, only one animal died, and that animal was sixteen years old at the start of the experiment.

When he compared recovery rates, Aajonus concluded that animals with parasites on a raw diet recovered at roughly five times the rate of animals relying on bacteria, virus, or mold activity alone. Animals with bacterial infections, by contrast, increased in health and vitality at approximately half the rate of those with parasites.

To address the question of whether parasites enter animals through contaminated food or whether they arise from within animal tissue itself, Aajonus conducted a sealed-environment experiment. A two-thousand-dollar hermetically sterilized laboratory room was prepared. Every surface was sterile. An animal from an organic farm was brought in and slaughtered under completely sterile conditions. Gloves without powder were used throughout. The meat was placed in a hermetically sealed glass container on a marble top that had been fully sterilized, and the environment was maintained at between 96.2 and 97.3 degrees Fahrenheit, approximating the animal's body temperature. Within three days, parasites spontaneously erupted in the meat with no outside source of contamination possible.

Aajonus interpreted this result as confirmation that parasites are a natural part of every animal cell, existing in latent or seed form within the tissue itself, and that they emerge when conditions call for them, specifically when the tissue begins to degrade. The same principle, he said, applies in the living body: parasites are not contracted from outside sources in the way the medical model describes, they are generated from within when the body requires their cleaning function. This also meant, in his framework, that a person who is healthy and whose tissues are not degenerating has no substrate to feed parasites and therefore will not host them.

One of the most sustained arguments Aajonus made about parasites concerns the claim, which he called an absolute myth, that eating raw meat transmits parasites to humans. He searched every major university he could access, including UCLA, USC, and Stanford, looking for a single clinical experiment in which animals or humans were fed raw meat and developed parasites as a result. He found none. The claim, as he described it, was written as settled fact in medical literature without ever having been tested experimentally. Someone hypothesized it, others repeated it, and it became dogma.

To test it personally, he consumed pinworm-infested salmon that he described as undulating and nearly white with the worms, so dense with infestation that he estimated he consumed thousands of pinworms and tens of thousands of their eggs. He then had his feces, urine, and blood tested for ten weeks. Not one parasite was detected. He repeated this with calves' brain infested with flukes. Again, no parasites. He appeared on Ripley's Believe It or Not, on July 17, 2001, eating meat that was a year and three months old, visibly green, black, covered in mold, bacteria, and parasites, with no ill reaction reported.

He ran a separate controlled animal experiment specifically to test transmission. Fourteen old and feeble animals, aged twelve to sixteen, that had been confirmed free of parasites, were fed parasite-infested calves' brain, chicken tripe infested with pinworms, liver with liver worms, and heart worms. They were given these infested foods every day for ten days, then continued on regular raw meat. Blood, urine, and feces were tested repeatedly over six weeks. Not one animal developed a parasite.

He subsequently fed 30 animals, none of them healthy, various parasite-infested meats, including high bacterial and highly aged preparations, over an extended experimental period. None of them acquired parasites. He noted that he had personally observed approximately 30,000 people eating fresh and high meats over thirty years, and none of them had ever developed a parasitic infection.

His explanation for why the medical establishment insisted on the raw meat transmission claim, when no experiment supported it, was commercial: pharmaceutical companies that control the medical profession financially profit from the fear of parasites, bacteria, and other microorganisms through the sale of antiparasitic medications. Fear keeps the population taking drugs that, in his view, cause most of the diseases they purport to prevent.

He addressed the counter-argument that hydrochloric acid destroys parasites ingested through food, making them harmless, which he called irrational and shallow thinking. His rebuttal was that he has had no functional hydrochloric acid production for many years and has still never acquired parasites from raw or infested meat, which removes the acid as the explanatory variable.

Aajonus gave specific attention to trichinosis, which he described as among the most feared parasites in popular culture, as a word that had been used throughout his childhood to induce terror about pork consumption. He reframed trichinosis as a natural digestive parasite that has coexisted with humans for millions of years, present in pigs and passed to humans through pork in its traditional uncooked form. Rather than causing disease, Aajonus said that trichinosis is a cure, not a disease, and that all humans should ideally have trichinosis. He noted that gorillas and most monkeys carry trichinosis, and that the primates that do not carry it are those that eat predominantly fruit, which he associated with behavioral instability and hyperactivity, noting that a relaxed monkey is rarely seen among fruitarian species.

The whipworm received equally strong endorsement as a digestive organism. Aajonus described the work of Dr. Joel Weinstock, a gastroenterologist at the University of Iowa, who over twenty years had studied the relationship between intestinal parasites and digestive health. Weinstock had observed that farm pigs living in mud, fecal matter, and dirt were healthy, while pigs kept in sterile concrete stalls with regularly cleaned environments and sterile food were sickly. He examined the digestive tracts of both groups and found the clean pigs lacked the natural microbial and parasitic ecology of healthy pigs.

Weinstock then conducted a clinical intervention described by Aajonus in multiple workshop transcripts. He took six patients with severe, intractable inflammatory bowel disease, people who had suffered for ten to thirty years with no resolution, and had them drink a solution containing the eggs of Trichuris suis, a whipworm normally found in pig intestines. The solution was mixed with Gatorade, which is alkalinizing, to neutralize the hydrochloric acid that would otherwise destroy the eggs before they could incubate. Within two weeks, five of the six patients entered complete remission, which lasted up to five months. When the effect began wearing off, as the parasite colony broke down and died, the patients returned asking for more. Aajonus described this as proof that the modern environment is too sterile and that people need these parasites.

He also described a separate Weinstock experiment with a flipworm from pig intestines, given to patients with inflammatory bowel disease in a sugar-water solution, which similarly produced rapid and dramatic remission in most subjects.

Aajonus gave detailed attention to tapeworms, which he described as organisms that arise specifically in hosts consuming highly processed, denatured cereals and powdered milk. He observed that in his studies of South African children, those on their natural diets eating meat, whether cooked or raw, had no tapeworms. Only the children fed by international aid organizations providing processed powdered cereals and reconstituted powdered milk developed tapeworms. The tapeworm appears, in his framework, because the highly fermentable processed carbohydrate residue in the intestines provides an ideal substrate for the organism, one that does not exist in a meat-based gut environment.

He attempted to induce a tapeworm in himself deliberately, knowing from his animal experiments that tapeworms clean the intestinal tract and that everyone who had parasites and followed a raw diet got well faster. He had been unable to acquire parasites through raw meat or infested meats. Eventually, at fifty-eight years old, he devised an experiment: he fermented a cereal-like compound and consumed it to create the fermentable intestinal environment that supports tapeworm development. Within seven days, a rectangular noodle-shaped segment appeared in the toilet, which he identified as a tapeworm segment. He described his excitement at finally achieving this.

He noted that tapeworms are not a single organism but rather a colony of rectangular parasites that connect and function together. However, acquiring the tapeworm through this method resulted in significant side effects, primarily severe skin reactions described as large welts covering his body from his buttocks to his torso, requiring him to apply refrigerated tomato, refrigerated cucumber, and cold vinegar baths in rotation every hour for days. He attributed these reactions to the massive detoxification occurring as the tapeworm worked through the accumulated intestinal debris. He was unable to leave the hotel room for the duration of this episode.

A core claim Aajonus made, supported by the sealed-environment spontaneous generation experiment, is that parasites are not external invaders but are innate components of every animal cell. Every animal cell contains the seed of a parasite that can emerge when the tissue degenerates and the conditions call for it. The body generates the parasite it needs: malaria to clean the red blood cells, tapeworms to clean an intestine overwhelmed with processed carbohydrate residue, liver flukes when the liver accumulates degenerative tissue, brain flukes when the brain requires similar cleaning. In his framework, "if you have parasites, you're supposed to have them."

This understanding leads to the corollary that parasites, once they have consumed the degenerative tissue they were generated or hosted to address, simply go dormant or exit the body. They are not permanent colonizers unless the substrate that supports them continues to be generated, which happens when the diet continues to produce the conditions they thrive in. In the no-dewormer group of his animal experiment, parasites were present for six to nine months and then disappeared naturally as the cleaning was completed and the raw diet supported the regeneration of healthy tissue in place of the degenerative matter the parasites had consumed.

He described parasites in this framework as something that "comes out of hibernation only when you need them."

Across many workshops, Aajonus maintained a near-universal endorsement of parasites, but he acknowledged one organism he considered genuinely harmful: a very small, thin, pin-sized worm found in the Amazon River that enters the urethra while a person urinates in the water. Once inside, it grows and develops a spine that anchors it in place and prevents removal. He described witnessing one removed and noted that it had grown substantially from its initial pin-sized entry state. This was the only parasite he acknowledged as having no beneficial role in the body.

Aajonus consistently framed parasites as the most efficient of the body's three primary biological janitor systems, ahead of bacteria and fungi. Bacteria eat approximately fifty times their weight in twenty-four hours, making them half as efficient as parasites on a weight-consumption basis. Their excrement and secretion, like that of parasites, represents only one to five percent of what they consume. Fungi dissolve degenerative tissue through a mycelium rather than consuming it in the same direct way, and their process is slower still. The comparative ranking in Aajonus's framework, from most to least efficient in detoxification: parasites, bacteria, fungi, and finally viruses, which are not living organisms in his framework at all but protein-based solvents that dissolve toxicity through a chemical rather than biological process.

When Aajonus described the experiential difference between parasite activity and bacterial or viral detoxification, he noted that parasite activity is typically symptomless. The secretions are so nontoxic, even during detoxification, that the body does not need to mount the mucus-membrane responses associated with bacteria or the dramatic flu-like discharges associated with viral detoxification. The waste from parasite cleaning exits through the bowels and the skin quietly, without the user knowing it is happening. He described this as a significant advantage: "You are symptomless. Parasites work so benignly that you're symptomless."

Aajonus noted that different parasites are associated with different body tissues and organs, and that this specificity reflects the ecological role of the parasite in consuming the particular type of degenerative tissue found in that location. Liver flukes were associated with liver disease and damaged liver tissue. Brain flukes appeared in animals with degenerative brain tissue. Heart worms appeared in dogs, and he linked their appearance specifically to vaccine injections, suggesting that the injection material creates the tissue damage in the heart that draws the parasite. Pinworms appeared in the intestines of chickens fed processed pellet food.

In every case in his animal experiments, the organ or gland where the parasite was active, in animals that were given no dewormers and were eating raw meat, was the most vibrant and healthy organ in the body at the time of autopsy. The liver of a dog with liver worms was described as brilliant, deep red, and healthy, like the liver of a young calf. The heart of a dog with heart worms had reconstituted. All glands in animals that had carried parasites on raw food had reconstituted. By contrast, the corresponding areas in animals whose parasites had been eliminated by pharmaceutical drugs remained dark, brown, and degenerate at autopsy, indicating that without the parasite-driven cleaning, the tissue never recovered.

Aajonus briefly extended the parasite principle to maggots, citing a tribe he described but did not precisely name, possibly Bushmen, that hunts normally using cooked meat but specifically seeks out rotting, maggot-infested carcasses to eat raw when they encounter them during hunts, reporting that the rotten meat gives them exceptional energy. He also referenced a tribe that slices meat thinly, lays it on a grill of twigs to allow flies to lay eggs and the maggots to grow, then consumes the maggots on the fifth day before they develop wings. He described the maggot as delivering completely liquid and finely digested food content that he regarded as highly beneficial.

He also referenced the scene from the film Gladiator in which an African character prevents the protagonist from removing maggots from his wounds, noting that the maggots are correctly eating the dead tissue and should be left to do so. Aajonus cited this as an illustration of traditional or pre-medical understanding of maggot function that has been lost in the modern sterile model.

He clarified that external parasites such as those found on the surface of food, including maggots, are not the same as internal digestive or detoxifying parasites. When ingested, they simply become food and are consumed by intestinal bacteria rather than establishing themselves as internal parasites.

Aajonus referenced the Eskimo practice of deliberately introducing molds into the body through aged or fermented foods as equivalent in principle to parasite introduction. During the extreme cold of late fall and winter, he explained, much bodily tissue is bruised and damaged by cold temperatures, and the bacteria and molds in fermented foods are introduced specifically to eat up that degenerative tissue. The same logic, he said, governs why traditional peoples worldwide have instinctively maintained the microbial and parasitic ecology of their food supply rather than sterilizing it.

The research of Dr. Joel Weinstock, cited across multiple source passages, was central to Aajonus's case that the modern sterile model of health is producing digestive disease rather than preventing it. Weinstock came from a farm background and noticed that pigs kept in sterile university conditions were chronically ill while farm pigs in constant contact with mud, feces, and urine were healthy. He identified the absence of natural parasitic intestinal flora as the cause of the university pigs' illness. Weinstock then applied this observation to human patients with inflammatory bowel disease, with the results Aajonus described in detail. Aajonus noted that Weinstock's work also documented that intestinal problems are increasing in animals because they are kept too clean, and that pigs and monkeys raised in sterile pens and cages are developing disease.

Aajonus used Weinstock's clinical results, five of six completely intractable inflammatory bowel disease patients entering remission within two weeks of consuming whipworm eggs, as definitive confirmation of his own laboratory findings and as proof that the medical profession is beginning, despite its institutional resistance, to recognize what his experiments had shown for nearly two decades.

Aajonus's position against pharmaceutical dewormers was categorical. In his animal experiments, animals given pharmaceutical dewormers had the highest mortality rate. In a group of old and sick animals, most of those given pharmaceutical dewormers died. Even those that survived and recovered on raw food showed permanently damaged glands and organs at autopsy where the parasites had been active. The pharmaceutical dewormer killed the parasites quickly, within six to twelve days, but left the degenerative tissue unaddressed and the glands unable to recover.

Herbal and homeopathic dewormers, including walnut oil and garlic oil, produced intermediate results. About half the animals given herbal dewormers died. Those that survived recovered better than the pharmaceutical group but worse than the no-dewormer group. Parasites were eliminated within two weeks to one month in this group.

His position on Hulda Clark, who argued that parasites cause disease and that eliminating them is a path to health, was sharply negative. He said she fails to understand that the cleanup crew is not the cause of the problem it was summoned to address, and that once parasites finish cleaning, they simply go dormant rather than continuing to cause harm.

He also dismissed the idea that raw meat creates parasites or transmits them to humans as having no experimental basis anywhere in the scientific literature and being a pure invention written as law by the medical establishment without a single clinical test ever having been conducted to support it.

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