Campylobacter

Aajonus placed Campylobacter specifically in the stomach, identifying it as part of the bacterial population that resides there alongside hydrochloric acid. He described the stomach's first compartment as the site where hydrochloric acid is secreted and mixed into food, dissolving large chunks of meat into smaller particles so that bacteria can continue working on them. Campylobacter is among the bacteria that inhabit this environment and are resilient to hydrochloric acid, meaning they survive the strongly acidic stomach conditions that would destroy many other microorganisms.

He noted that bacteria entering through the salivary glands can survive the hydrochloric acid of the stomach, and that the stomach does not host large bacterial populations compared to the intestines, but Campylobacter and a few others do persist and function there. The mucous lining of the stomach acts like a sphincter valve, and within that environment hydrochloric acid works predominantly on animal protein. Campylobacter contributes to this process, particularly in the context of meat digestion.

The connection to hydrochloric acid is central to Aajonus's explanation of human physiology. He described hydrochloric acid as putrefactive in nature, meaning it breaks down animal products, and argued that this is the primary digestive acid in humans, distinguishing it from the enzymatic and cellulose-directed digestive systems of herbivores. Because human hydrochloric acid has an affinity for animal cells and does not effectively break down cellulose from fruits, vegetables, or grains, Campylobacter and the associated bacterial environment of the human stomach are specifically suited to a diet of predominantly animal products. Aajonus used this as part of his larger argument that humans are biologically designed to eat mainly animal foods.

Aajonus was direct and specific about why Campylobacter has been falsely labeled dangerous. He stated that the pharmaceutical industry tells health departments that Campylobacter is a disease-causing organism, and health departments, which he described as working for chemical industries, repeat and enforce this claim. The accusation against Campylobacter serves the interest of selling chemical interventions, including antibiotics and antiseptics.

He framed the bacteria broadly, including Campylobacter, Listeria, Salmonella, and E. coli, as "janitors" when they appear at sites of cellular damage, meaning they are responding to toxicity and dead or dying cells, not creating the damage themselves. He stated that these bacteria "didn't create the mess, they're in there to clean it up." Health authorities, in his view, observe bacteria at the site of damaged tissue and conclude that the bacteria are the cause of the damage, when in reality the cells were already dead or decaying from industrial chemical poisoning, food additives, or other toxic exposures.

He used the phrase "janitorial bacteria" to describe bacteria that appear in larger concentrations when there is more cellular damage to address. Their feeding on damaged cells is not pathogenic activity but sanitation. The extent of cellular feeding always depends on the degree of cellular damage present, not the reverse.

Aajonus addressed a specific government campaign against Campylobacter in the context of the Michigan raw milk case involving Amish farmer David Hochstetler. In 2010, local, state, and federal health departments attempted to link 25 reported cases of Campylobacter illness to raw milk produced under a contract arrangement between Hochstetler, Aajonus, and members of the Right to Choose Healthy Food Trust, in which members boarded animals and received dairy products from those animals.

Aajonus noted that despite extensive laboratory testing of products seized from Hochstetler and consumers, not a single trace of Campylobacter was found in any of the samples. He emphasized this point emphatically: not one trace in any of the many laboratory results from the seized products. Despite this complete absence of evidence, health departments continued to label the 25 cases as campylobacter-related to raw milk and produced a document titled "Summary Report of the March 2010 Campylobacter Outbreak Involving Consumption of Raw Milk," which Aajonus characterized as misleading because no such outbreak involving raw milk was documented, and multiple elaborate tests proved the opposite.

He further cited a 2004 University of California Davis study which found that when a natural strain of Campylobacter is introduced, or spiked, into raw milk, it does not survive. What remains is only a DNA fingerprint, not a living bacterial presence. This means that even if Campylobacter were present in a raw milk environment, the milk itself would not sustain it.

He calculated the statistical reality of acquiring Campylobacter from any raw food at 1 in 10,000,000. He stated that anyone with knowledge of statistics would recognize that no food with that probability rate could logically be concluded as campylobacter-related. Yet health departments manipulated rates and relied on a single skewed study to establish the claim that raw milk was responsible for those 25 cases. Aajonus described this as lying, used deliberately and continuously by health authorities. He framed the entire episode as part of a larger effort by government agencies to suppress raw dairy farming and the access of citizens to raw food.

He also noted that the investigators never looked for any food source other than raw milk, which he described as irrational, because finding a food culprit for Campylobacter is practically impossible given how ubiquitous the bacterium is as a natural part of the human digestive system.

Beyond the stomach, Aajonus described Campylobacter as present throughout the digestive tract as part of a larger ecosystem of bacteria that pre-digest food before it is absorbed. He listed Campylobacter alongside Salmonella, acidophilus, Cocosicus, Bulgarius, and other intestinal bacteria as organisms that digest different components of food, whether protein, fat, or carbohydrates. The small intestine, he explained, contains its own population of these bacteria working over 16 to 18 hours as food passes through, alongside hydrochloric acid secreted there as well as in the stomach.

He described how E. coli performs the final stage of digestion in the bowel, and how approximately 2,300 varieties of Salmonella live throughout the intestinal tract alongside Campylobacter. The entire bacterial ecosystem of the gut is working in concert to pre-digest food so the body can absorb its nutrients fully.

In one passage describing a darkroom microscopy demonstration, Aajonus pointed to what he identified as Campylobacter visible in blood samples, describing the structures as belonging in the intestines and noting that blood cells in the image were not interfering with the Campylobacter because that is the environment where it belongs. He connected the visual structure of certain vitamin B complex formations to the appearance of Campylobacter cells, describing how supplements solidify in ways that prevent them from functioning the way naturally occurring compounds do in the living body.

He also described a milk suppository protocol in the context of intestinal bacterial colonies, noting that toxicity in fecal matter can destroy colonies of bacteria including Campylobacter, Salmonella, and E. coli. When the body is highly toxic, particularly with heavy metals, the bacteria in the colon may refuse to work on the fecal matter or may actually be poisoned and killed by it. His recommendation in such cases was to use cloudy milk as a suppository once a week to provide non-toxic material for the bacteria to feed on, allowing bacterial colonies to be maintained and reintroduced.

One specific conventional medical claim about Campylobacter that Aajonus directly rejected is the idea that it causes ulcers and vascular problems. He acknowledged that the mainstream framing assigns Campylobacter responsibility for ulcers and "other vessel problems" but stated flatly that this is false, that it is part of the digestive activity, not a pathological process. The bacterium's presence in the stomach lining or surrounding tissues is not the cause of ulceration but reflects the bacterium doing its normal digestive and janitorial work in an environment where cellular damage may already be present from other causes.

He grouped this claim alongside similar accusations against E. coli causing disease, which he also rejected. In his framework, E. coli is the final stage of digestion, not a source of illness. The same logic applies to Campylobacter.

Aajonus made a categorical statement across multiple sessions that he had never found any naturally occurring bacterium that is harmful to the human body. When asked directly whether he had found any bacteria that is bad for humans, he stated that he had not, without exception. The only bacterium-like entity he acknowledged as genuinely dangerous is one that travels up the urethra when urinating in the Amazon River, which he described as a very small, pin-sized worm with a spine that locks itself in place, but this was discussed as a parasite rather than a bacterium in the ordinary sense.

For every bacterium conventionally labeled dangerous, including Listeria, Salmonella, E. coli, Campylobacter, and Helicobacter, his answer was the same: these are natural parts of the body and the broader environment. They help digest food and clean up damaged tissue. He told audiences directly: "When you hear Listeria, when you hear Campylobacter, Heliobacter, E. coli, anything, don't be afraid of them. They're a natural part of your body. They're a natural part of the whole planet."

He drew a sharp distinction between naturally occurring bacteria and those that are genetically modified or produced in military or industrial laboratory settings, which he described as the genuine biological threats. He referenced bacterial warfare programs, including work attributed to General Electric and military programs that he said used American citizens as experimental subjects, as the real source of dangerous engineered bacteria. Natural Campylobacter, by contrast, has co-evolved with humans and belongs inside the digestive tract.

Aajonus used the Campylobacter question to address how raw food supports rather than endangers bacterial health. He cited the UC Davis 2004 research showing that Campylobacter introduced into raw milk does not survive, which undermines the entire logic of raw milk as a campylobacter vector. Raw milk, in his framework, is not a medium that amplifies dangerous bacteria but one that is inhospitable to them precisely because of its living enzymatic and bacterial properties.

He also discussed how cheese production using raw milk has been shown not to sustain pathogens. A Swiss study he referenced inoculated raw milk with the most resistant strains of Campylobacter jejunum, Staphylococcus aureus, E. coli, Listeria monocytogenes, and Salmonella typhimurium at the beginning of hard and semi-hard cheese production, and found that pathogens present at the beginning of production were unlikely to survive the cheese-making process. This supported his broader position that raw dairy is self-regulating and does not harbor the bacterial threats attributed to it by government agencies.

His personal practice with food procurement reflected his bacterial philosophy. When traveling in Asia, he deliberately bought meat from open-air markets where flies, insects, and rats were present, specifically because he wanted the full bacterial load on the food. He stated that he would not buy from Western-style supermarkets abroad because those stores use formaldehyde, ammonia, and bleach on their food, which destroys the bacterial ecosystem. He scraped the surface of meat only to remove chemical residues from plastic packaging, never to remove bacteria, which he considered entirely beneficial.

Aajonus described how the digestive process begins in the mouth with bacteria and proceeds into the stomach where Campylobacter is a major bacterial constituent. He described saliva as carrying the full chemistry of digestion, including how expectorating into milk or other preparations was a traditional immunotherapy technique. As food moves from the mouth into the stomach, Campylobacter and other stomach bacteria continue the work that salivary bacteria began.

He compared the human digestive system to that of carnivores and contrasted it with herbivores. Cows and goats, he noted, do not have the hydrochloric acid concentration that humans have and instead produce enzymes and digestive juices designed to break down cellulose. Human bile, he explained, is designed to disassemble animal fat molecules so they can be reassembled into cholesterols serving structural, protective, and cleansing functions. Campylobacter fits into this system as a stomach bacterium suited to the acidic, meat-digesting environment that characterizes the human stomach.

He also noted that bile from a cow placed into a human system does not digest animal fat properly, and human bile placed into a cow would not digest vegetable oils properly, as further evidence that humans and ruminants have entirely different digestive ecosystems. The bacterial populations, including Campylobacter, are part of what makes these ecosystems specific to their host species.

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