Roundworms

The whipworm, known in conventional medicine as Trichuris suis and associated with the condition called trichinosis, was the roundworm Aajonus discussed in the greatest depth. He described it as the parasite indigenous to human beings, the one that archaeological finds showed was present in humans for millions of years, and the one whose absence from modern populations he believed was directly responsible for the epidemic of inflammatory bowel diseases. He emphasized repeatedly that the disappearance of the whipworm from Western populations coincided with the rise of sanitation culture and the shift to processed food, and that this disappearance had not made people healthier but dramatically sicker.

His primary source for the clinical evidence on whipworms was Dr. Joel Weinstock, a gastroenterologist at the University of Iowa, whom Aajonus cited at length across many workshops. Weinstock's background as someone raised on a farm and later employed in a university setting gave him a comparative vantage point: the pigs kept in sterile conditions at the university were visibly sickly and lethargic, while pigs raised on farms, eating their own feces and urine in their slop, living in conditions conventional medicine would consider filthy, were robust, cantankerous, and thriving. Being a gastroenterologist, Weinstock examined the digestive tracts of both groups and found that the single distinguishing factor was the presence of trichinosis in the farm pigs and its complete absence in the university pigs. The university pigs, raised in what science considered optimal conditions, had been stripped of their natural digestive partner.

Weinstock then conducted what Aajonus described as a straightforward experiment: he filtered the whipworm eggs from healthy farm pigs and infused them into the intestines of the sick university pigs. The university pigs got well in five days. In some accounts Aajonus gave, the figure was three to four days, and in others five to seven days, but the result was consistent: the introduction of trichinosis reversed the illness rapidly. Aajonus summarized the mechanism by saying that the whipworm broke food particles down and digested them at fifty times the speed that bacteria could accomplish the same task, and that the worm's excretions and secretions became the animal's food in an immediately available, rapidly produced form. He described the whipworm as eating food particles to dissolve and digest them rapidly, producing nutrients the host body could absorb far more quickly than it could through bacterial digestion alone.

Weinstock then applied this understanding to human patients. The patients Aajonus described were people with inflammatory bowel syndrome (IBS), inflammatory bowel disease, colitis, peritonitis, and related conditions, people who had suffered anywhere from ten to thirty-two years without medical relief. Their symptoms were extreme: drinking water produced intestinal cramps; anything they ate caused vomiting, diarrhea, and pain. Conventional medical treatment had been useless for the entire span of their suffering. Weinstock selected six such patients, all of whom had been treated without success for a minimum of ten years, with some having suffered unresolved symptoms for thirty-two years.

The delivery method for the whipworm eggs was critical to the protocol Aajonus described. The eggs were separated from the worms and dissolved into a liquid solution of Gatorade. Aajonus explained why Gatorade specifically was used: it is highly alkalizing, and when the patients drank it, the alkalinity neutralized the hydrochloric acid in their stomachs that would otherwise have destroyed the eggs before they could hatch and establish themselves in the intestines. Aajonus himself had attempted for years to give himself various parasites and had failed entirely because, he explained, even without complete hydrochloric acid production due to his history of radiation and chemotherapy poisoning, whatever acid remained was sufficient to kill the eggs. Without the alkalizing medium, the eggs could not survive the stomach. The patients drank the Gatorade solution with the whipworm eggs, the eggs passed through the stomach intact, traveled to the intestines, incubated, hatched, and established themselves.

Within five days, five of the six patients were completely asymptomatic. They could eat anything without pain. They had no diarrhea, no cramping, no vomiting. The effect lasted for approximately five months, after which the patients returned requesting more trichinosis. One of the six patients was neither harmed nor helped by the treatment; the whipworm simply had no noticeable effect on him in either direction. Aajonus mentioned this outlier without resolving why it occurred. He described the five patients who responded as having been transformed: people who had suffered for decades were overnight able to eat anything freely because the parasites were in the intestines eating and pre-digesting food far more rapidly than the patients' compromised bacterial systems could manage.

Aajonus cited the mechanism in several ways. The whipworm eats food particles and digests them, with its excretions forming immediately bioavailable nutrients for the host. It accomplishes this at fifty times the speed of bacterial digestion in some accounts, and three to four times faster than bacteria in others. He also described eight doctors who followed up on Weinstock's work over approximately six years, conducting additional experiments that confirmed the results across more human subjects. By the time of his later workshops, Aajonus reported that Weinstock's work had led to trichinosis becoming available for purchase in vials on the internet, sourced from Germany, where pharmaceutical-grade trichinosis was produced. He was explicit that in the United States, the FDA did not allow the sale of trichinosis, so Americans seeking it would need to order from German websites and hope the package was not intercepted at customs.

The two species he identified as naturally carrying trichinosis as a regular part of their digestive biology were pigs and humans. He described humans as having the digestive tract most similar to pigs among all animals, which is why pig intestinal parasites function so compatibly inside human intestines. He mentioned that an alternative method for acquiring the whipworm, rather than ordering pharmaceutical vials, was to obtain a section of small intestine from an organically raised Amish farm pig and eat approximately one pound of it raw.

He noted that the tribes in Thailand, Cambodia, and elsewhere in Southeast Asia that still carried trichinosis naturally were consistently among the healthiest populations, with no digestive difficulties, and were being told by health authorities that their trichinosis was harmful to them. Aajonus described this as brainwashing: the healthiest populations in the world are those still carrying what is called a dangerous parasite, and Western medicine insists this is a problem rather than a benefit.

Aajonus recounted at multiple workshops his experience eating large quantities of pinworm-infested salmon, which he described as one of his more deliberate self-experiments in trying to acquire intestinal parasites. Around 1980 or 1981, in a moment of extreme hunger on a Sunday night when all food sources were closed, he found large pieces of salmon, swordfish, and other fish in the garbage cans behind a fish market. He took approximately a pound of salmon, ate it, and then upon returning home discovered that the remaining portion was heavily infested with pinworms.

He described those pinworms in specific physical terms: when picked up or disturbed, they stiffened into rigidity exactly like a needle or a pin, to the point that they could pierce skin if pressed against it. The piece of salmon was undulating visibly with them. He estimated he had eaten several thousand pinworms in the first pound plus all of their eggs, which he put at tens of thousands of eggs. He ate the rest of the salmon the following day, watching the worms moving and deciding the experiment was worth continuing. His conclusion was that this was going to become part of his body and he would observe whether harm resulted.

Not a single pinworm appeared in his subsequent fecal testing, blood testing, or urine testing. He had his feces, urine, and blood checked every ten weeks for six months, and not one pinworm was ever detected. He attributed this to the same dynamic that had prevented him from acquiring any parasite deliberately: even without full hydrochloric acid production, whatever protective chemistry his body maintained was sufficient to kill the eggs and worms before they could establish. He framed this specifically as evidence against the conventional warning that raw fish containing pinworms is dangerous, calling the fear around this "absolute horseshit" and "a scare tactic to prevent you from eating good foods."

He was careful to note that this inability to acquire the pinworm or any other parasite through food was not something he considered an advantage. He wanted the parasites. He saw the failure to become infested as a reflection of his own highly compromised digestive chemistry rather than as evidence that these organisms were harmless to digest, and he continued for years trying different methods to introduce beneficial parasites into his body.

While tapeworms are not roundworms, Aajonus often discussed them in the same breath as whipworms and pinworms because they occupied the same conceptual category: intestinal parasites that conventional medicine condemned and that he viewed as performing legitimate physiological functions. His framework placed different parasites in different functional roles. The tapeworm, in his analysis, was specifically a consumer of excess dietary carbohydrate. It only appeared in the bodies of humans or animals consuming excessive sugar and processed grain, because the tapeworm's function was to break those carbohydrates down into a form the body could use without being destroyed by the acidity of sugar overload. It did not appear in meat-eating populations.

The whipworm, by contrast, was a general digestive partner that facilitated the breakdown and assimilation of all food, not specifically carbohydrate, and was appropriate for any human body regardless of diet because its role was to accelerate digestion fifty times beyond what bacterial processes could accomplish. Aajonus described it as something all humans used to carry and should still carry, distinguishing it from the tapeworm which had a more specific and conditional function tied to carbohydrate excess.

Aajonus explicitly categorized intestinal parasites into two functional groups: digestive parasites and janitorial parasites. The whipworm fell primarily in the digestive category, working to predigest food that bacteria would otherwise handle more slowly. He described digestive parasites as eating food rapidly and converting it into forms the host could absorb, with the parasite's own excretions and secretions serving as the host's nutrient supply.

Janitorial parasites, the other category, functioned differently: they consumed degenerative tissue within the body rather than food in the digestive tract. Aajonus characterized these as the organisms that appeared when cells were dying, tissue was breaking down, or old accumulated toxins needed removal. He described janitorial parasites as capable of eating one hundred times their own weight within twenty-four hours, with a waste product of only one to two percent of what they consumed. He used this ratio as evidence of extraordinary efficiency: a janitor consuming one hundred pounds of garbage and producing only one to two pounds of waste was, in his words, exactly the kind of janitor the body needed.

He drew a consistent analogy between parasites and the janitor who cleans up after a party: the janitor did not create the mess and is not responsible for the mess, but conventional medicine blames the janitor's presence for the state of the room. The actual cause of the degenerative tissue or the excessive sugar load was whatever damaged the cells or introduced the carbohydrate excess in the first place, not the parasite responding to it.

Aajonus did not describe roundworms or other intestinal parasites as universally safe without qualification. He stated a specific condition under which parasites could become a genuine problem rather than a benefit: if the individual was not reproducing cells rapidly enough to replace the degenerative tissue being consumed by the parasites. In such a case, the parasites would consume not only the intended degenerative material but living tissue as well, potentially causing ulcers that could fester and lead to serious complications including death. The operative variable was not the presence of parasites but the rate of cellular regeneration, which in his framework was directly tied to nutrition, specifically the availability of raw fats, raw meats, and the full spectrum of nutrients present in uncooked animal foods.

When a person was eating properly, particularly with adequate raw fats from both meats and dairy, the body could regenerate cells faster than parasites consumed them, and the relationship was beneficial. When a person was eating processed food, cooked food, or a diet inadequate in raw fats, cellular regeneration was compromised, and the same parasites that would otherwise be helpful could become destructive because the body could not keep pace. This was the mechanism he cited when discussing the animal experiments involving flukes: the animals eating raw food with no dewormers took longer to recover, sometimes up to six months, but ultimately emerged healthier than any other group, with clean intestines on autopsy, because they were able to regenerate throughout the process. The animals that got pharmaceutical dewormers lost their parasites quickly but did not become healthy; they were without the janitorial and digestive benefit of the parasites and could not recover the systemic health the parasites would have provided.

Aajonus described a controlled experiment he conducted using dogs and cats that already had parasites, specifically flukes of various types, recruited through an advertisement requesting animals diagnosed with parasites that had not yet been treated with dewormers. He collected approximately thirty-two animals in total, a mix of cats and dogs, with roughly six different parasite types represented since he could not find enough animals with identical infestations to isolate a single species. He divided them into three groups with equal numbers and equal distribution of parasite types.

The first group was fed conventional kibble and canned pet food. Within that group, half received pharmaceutical-grade dewormers and half received homeopathic dewormers such as walnut oil and garlic oil. The second group was fed raw meats, with half receiving pharmaceutical dewormers and half receiving homeopathic dewormers. The third group was fed raw meats with no dewormers at all.

The animals on kibble and canned food with pharmaceutical dewormers lost their parasites within ten to twelve days and showed no traces in blood tests by twelve days, some clearing in as few as six days. They did not get well and did not become vibrant. Approximately twelve to fifteen percent of this subgroup died. Those on kibble with homeopathic dewormers lost parasites within two weeks to a month, were somewhat better but still unhealthy, and approximately eight to ten percent died. Of the animals on kibble overall, roughly forty percent of those with pharmaceutical dewormers died and approximately thirty percent of those with homeopathic dewormers died, in Aajonus's account.

The animals eating raw food and receiving pharmaceutical dewormers did better than those on kibble with the same treatment. The raw food animals with homeopathic dewormers did better still. But the group that performed most dramatically was the third group: raw food, no dewormers. These animals took up to five and a half months to recover from their parasitic symptoms, longer than any other group. During that period their symptoms could be substantial. But approximately two months after showing no signs of worms, they were, in Aajonus's description, "like puppies and kittens." None of them were young, ranging from approximately twelve to sixteen years old, yet every single one of them achieved this level of vitality. There were no deaths in this group. When the animals eventually died and autopsies were performed, their intestines were described as immaculate because the parasites had consumed all the accumulated degenerative tissue and the raw food diet had enabled full regeneration throughout.

The one parasite Aajonus identified as genuinely harmful rather than beneficial was a small, pin-sized worm present in the Amazon River. He described it as approximately the size of a very thin pin-sized worm in its initial state. The mechanism of harm was specific: when a person urinated in the Amazon River, this worm would enter the urethra while the urine was flowing outward, traveling inward through the stream. Once inside the urethra, the worm had a spine or hook structure that caused it to lock itself in place, functioning like a fish hook or barb that prevented removal in the normal direction. He described watching one such worm being surgically removed and witnessing it expand from a tiny thing to a substantially larger size as it grew in place. He presented this as the single parasite he knew of that operated in a genuinely harmful way, with no apparent benefit to the host and a mechanical trapping mechanism that made it destructive.

Aajonus noted that chickens fed commercial processed feed pellets from feed stores frequently developed pinworms in their intestines. He linked this directly to the processed food diet rather than to any inherent tendency toward pinworm infestation in chickens, framing it the same way he framed tapeworms in children eating cereal: a parasite appearing in response to food the digestive system cannot properly handle. He mentioned that commercial slaughter operations remove chicken intestines entirely, so consumers never see the pinworms that are present in those animals. He described these pinworms as capable of stiffening hard enough to pierce skin when handled, the same physical characteristic he noted in the salmon pinworms he personally ate.

Aajonus spent considerable time across multiple workshops discussing his years-long efforts to deliberately acquire intestinal parasites, primarily to accelerate his own healing from the damage done by radiation and chemotherapy. He wanted parasites specifically because he understood their capacity for rapid tissue detoxification and digestive support, and he was frustrated that his compromised body chemistry prevented him from acquiring them even when he consumed large quantities of parasite-laden tissue.

The core obstacle he identified was his own compromised but still present stomach acid. Even though his hydrochloric acid production had been severely damaged by cancer treatments, whatever acid remained was sufficient to destroy parasite eggs before they could travel intact to the intestines and hatch. He described this as the mechanism by which the human body unintentionally prevents parasite establishment: the very thing meant to protect against pathogens also eliminates beneficial organisms.

His solution, after years of failure, was to use an alkalizing medium. Seeing Weinstock's use of Gatorade to deliver whipworm eggs, he understood that by neutralizing stomach acid with an alkalizing substance, the eggs could survive transit. The realization was that all his previous attempts, eating pinworm-laden salmon, eating various infested meats, attempting to consume worm eggs in other ways, had all failed because he had never addressed the acid barrier. He described years of effort eating "rotten meat with parasites all through it, decaying meat," eating pinworm-infested salmon in quantities of about a pound, eating infested tissue repeatedly, all without establishing a single parasite. He described checking his feces, urine, and blood every ten weeks for six months after the salmon experiment with no positive results.

The tapeworm he eventually acquired used a different approach: inducing a body state that mimicked the high-carbohydrate gut environment in which tapeworms naturally thrive, using fermented raw milk and maca root. This indirect approach created conditions hospitable to the tapeworm rather than relying on direct egg ingestion, though he framed the tapeworm as a separate category from the whipworm roundworm he also sought.

Aajonus described several options for people seeking to acquire the whipworm. The pharmaceutical route was to order from German websites where pharmaceutical-grade trichinosis was available in vials. He said this option was real, available online by searching for Joel Weinstock and whipworm, and that the German sources produced guaranteed pharmaceutical-grade product. The cost was described as very expensive. He was emphatic that this was illegal to sell within the United States, that the FDA specifically prohibited it, and that anyone ordering from Germany would need to accept the risk of customs interception.

The food-based route he described was obtaining a section of small intestine from a healthy, organically raised pig, specifically from an Amish farmer, and eating approximately one pound of it raw. He reasoned that healthy pigs naturally carry the whipworm and that consuming their intestines raw would introduce the organism directly. He presented this as cheaper and more accessible than ordering pharmaceutical vials, and as the more traditional method of acquiring the symbiotic parasite that humans and pigs have shared across evolutionary time.

He also mentioned eating earthworms with dirt as another way people supplemented intestinal microbes, grouping this alongside pig intestine consumption as a method of restoring organisms that industrialized sanitation had eliminated from the human gut.

Aajonus consistently grounded his claims about roundworms in population-level observations. He pointed to the tribes in Thailand, Cambodia, and throughout Southeast Asia that still harbored trichinosis naturally as living evidence that the organism was compatible with high health. He described these tribes as the healthiest populations in those regions, with no digestive difficulties, and noted that outside health organizations told them their trichinosis was dangerous, a position he considered straightforwardly wrong based on observable health outcomes.

He also discussed archaeological evidence: all archaeological findings of human remains, he stated, showed trichinosis present consistently across millions of years of human existence. It was only in the last ten thousand years, the period coinciding with agriculture and grain eating and more recently with industrial sanitation, that trichinosis became sporadic in human remains. He used this timeline as evidence that trichinosis was the natural baseline state of the human digestive tract and that its absence was the anomaly requiring explanation, not its presence.

His broader claim was that Western medicine had declared healthy what was sick (the sterile, dewormed gut) and sick what was healthy (the naturally parasitized gut), and that this inversion served pharmaceutical and industrial food interests by creating a perpetual market for digestive disease treatments while suppressing awareness of simple, inexpensive, or free biological solutions.

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