Listeria

Aajonus described the digestive tract as housing an entire system of bacteria that carry out the work of digestion. He listed listeria explicitly among the bacteria present in the digestive system alongside salmonella, campylobacter, and E. coli. The process he described works in stages: hydrochloric acid in the stomach breaks food down into smaller portions, producing a substrate that bacteria can consume. The bacteria then eat that substrate, and their excrement constitutes the digested food the body is actually able to absorb and use. He stated that without this bacterial activity, the body would not be absorbing anything from what it eats.

He emphasized this in multiple workshop settings, reiterating that listeria and similar bacteria go into the digestive tract and eat the food to digest it for the person eating. Their presence in the gut is not a contamination event or a sign of infection. It is the normal, necessary, and beneficial operation of the human digestive system.

Beyond its digestive role, Aajonus described many forms of listeria as janitorial bacteria. He explained that certain forms of salmonella and listeria specifically eat damaged cells, or particular parts of damaged cells, as part of their ecological role in maintaining a sustainable internal environment. This is not pathological activity. It is the body deploying appropriate biological tools to remove cellular debris that would otherwise accumulate and worsen the condition of the tissue.

He made clear that these bacteria do not create the problem they are found cleaning. When someone's body is damaged by industrial chemicals in food, or by processed and cooked foods that introduce toxins, the tissue that has been killed or impaired needs to be broken down and cleared. Listeria and salmonella are among the organisms the body calls upon to perform that clearance. The industrial chemicals caused the problem. The listeria arrived to address the consequence of that problem. Blaming listeria for the illness is, in his framework, equivalent to blaming a janitor for the dirt the janitor was hired to clean.

He stated this pattern plainly: people get toxic from chemicals in their food, those chemicals damage the tissue, and then the body uses salmonella, listeria, or similar bacteria to clean up the dead tissue. The janitors did not make the mess. The food industry's chemicals made the mess, and those industries and the medical establishment prefer to redirect attention toward the bacteria to avoid scrutiny of what they are actually putting in the food supply.

Aajonus addressed the specific medical claim that listeria causes listeriosis, a serious infection said to primarily affect pregnant women, newborns, and adults with weakened immune systems. He cited the CDC estimate that approximately 2,500 people per year in the United States become seriously ill with listeriosis, of whom around 500 die. He did not dispute these numbers as statistics but questioned the conclusion drawn from them and, more critically, questioned the proposed government intervention in response to them.

His objection was structural: the government and food industry were preparing to expose approximately 270 million people to what he described as a potentially dangerous viral soup in order to protect, at most, 500 people from death per year. He considered this calculation irrational and the intervention disproportionate, invasive, and potentially far more harmful in aggregate than the problem it claimed to solve.

He also challenged the underlying premise that listeria monocytogenes, the specific strain named in listeriosis cases, is inherently dangerous in food. His broader framework holds that bacteria feeding on raw food do not behave in the same way as bacteria feeding on cooked or chemically processed food, and that the pathological activity attributed to listeria is a consequence of the food environment and the internal environment of the person, not a property of the bacteria itself.

Aajonus gave considerable attention to the FDA's approval of a preparation of viruses developed by the company Intralytix and intended to be sprayed on ready-to-eat meat and poultry products, including sliced ham and turkey, to kill strains of listeria monocytogenes. He described this product as a viral soup and explained that the FDA had approved either five or six viruses for this application (both numbers appear across different source passages) to target one specific and, in his characterization, rarely occurring strain of the bacterium.

He explained that the product was called bacteriophages, a name meaning bacteria-eaters, but he rejected that description on the grounds that viruses are not alive and cannot eat because they do not have a nucleus. In his framework, viruses are not living organisms. They are solvents, specifically organized protein combinations that disassemble compromised cellular tissue. They are made by cells to dissolve specific damaged cellular structures, not to consume anything in the way a living organism consumes food.

The viral soup was developed by immersing strains of listeria monocytogenes in a synthesized serum in a petri-dish environment, then adding the viral solvents, and observing that the bacterial cells died. Aajonus questioned whether this result proved the viruses killed the bacteria, or whether the artificial, unnatural environment was responsible for the cellular death. He pointed out that petri-dish environments do not replicate living ecological systems with naturally flowing fluids and self-perpetuating biological relationships. Cells that divide and multiply in such unnatural environments are altered, damaged, and frequently degenerate or mutate. The experimental conditions themselves were, in his view, corrupting variables that were never controlled for or properly acknowledged.

He extended this critique to the broader vaccine logic underlying the product: even though the viral soup introduces potentially dangerous agents into the food supply, it is administered for the consumer's own good to prevent a possible disease. He described this as another unproved expression of vaccine theory, mirroring the same logic used to justify introducing disease-causing bacteria via vaccines to supposedly build immunity.

His concern about the practical application of six different viral solvents to meat was specific and direct. If each virus is a solvent designed to dissolve specific cellular structures, and six different viruses are combined and sprayed on cold cuts, the question becomes how those six solvents will interact with the cellular structures of the people who eat the meat. Each of those viral solvents was designed or selected for a particular dissolving function. Applied simultaneously to human tissue in the digestive environment, the consequences on cellular structure are, in his framing, unknown and potentially destructive. He asked how that would affect the consumer's cellular structure, since the viruses would not distinguish between listeria cells and the cells of the body consuming the food.

He also raised the question of what the viral spray would do to the beneficial digestive bacteria present in the food and in the body. He stated that nothing ensures the viral soup would not destroy the consumer's digestive bacteria, and that this consequence was neither studied nor acknowledged by the regulatory approval process. He noted that Intralytix had petitioned the FDA in 2002 for licensing and that the product had since been licensed to a multinational company for worldwide marketing. He further noted that the company intended to seek FDA approval for an additional bacteriophage product to kill E. coli bacteria on beef before grinding, and observed that this would eliminate E. coli from the bowels of consumers along with what he described as most of the nutrients for the brain and nervous system that E. coli helps provide.

He was explicit that this kind of application of viruses to food should not be used on the general population without consent. He stated that the viral soup, if it is to exist at all, should only be available for personal use by individuals who choose it, not sprayed on food sold to a population of 270 million people who have no knowledge of or say in the matter.

Aajonus discussed the specific problem of what happens to listeria and other bacteria when they are placed in artificially constructed laboratory environments. In natural conditions, bacteria like listeria live in harmony within bodies, in the context of bio-generated, self-perpetuating, and naturally flowing fluids that constitute the ecological life of living organisms. In a petri dish or any synthesized environment, these conditions do not exist. The fluids are not living. The ecology is not self-sustaining. The environment is alien to the bacteria's natural functioning.

He argued that when naturally occurring bacteria such as listeria monocytogenes are introduced into these unnatural environments, the behavior observed does not tell researchers anything reliable about what the bacteria do in the context of a living body. The cells that divide and multiply in such an environment are altered and frequently degenerate or become mutant. The bacterial activity observed under petri-dish conditions is the activity of organisms in a disturbed, toxic, artificial environment, not organisms operating within their evolved ecological niche.

This was the basis of his critique of the entire experimental foundation for declaring listeria pathogenic. The research showing listeria causing harm was conducted in conditions that themselves cause cellular damage. The conclusions drawn from such research are therefore scientifically unreliable, in his view, and have been used to construct regulatory frameworks and product approvals that serve industrial interests rather than public health.

Aajonus addressed the context of food directly. He distinguished between the behavior of bacteria like listeria when feeding on raw food versus cooked or processed food. In his framework, bacteria feeding on raw food operate within a natural environment, digesting intact biological material in a context where their excretions are not toxic and do not harm the host. The bacterial count in cooked meat and eggs, he stated, grows sixty times higher than in raw meat and eggs before producing a putrid odor, and the waste products from bacteria feeding on cooked food are dramatically more toxic than the waste from bacteria feeding on raw food.

This distinction is central to his reframing of listeria. The listeria strains named in listeriosis cases, and the listeria monocytogenes strain specifically targeted by the FDA-approved viral spray, are found in cooked, ready-to-eat meats, including sliced ham and turkey. These are not raw foods. They are processed, cooked foods. Aajonus's framework predicts exactly this outcome: bacteria feeding on cooked meat, where the natural biological integrity of the food has been destroyed, will generate toxic excretions that can harm the person consuming them. The bacteria are reacting to the unnatural substrate they are being asked to digest. The problem is the cooked, processed food, not the bacteria.

He noted that the viral spray was specifically designed to be used on ready-to-eat cooked meat products, which he considered an approach that addressed a symptom of an underlying problem (processing food in ways that create pathological bacterial environments) while not only leaving the underlying problem untouched but potentially adding new hazards in the form of viral solvents applied to food.

Aajonus referenced an experiment involving naturally occurring strains of bacteria including listeria monocytogenes and E. coli 157:H7 and salmonella, which he described as having been performed several times but remaining relatively unpublished. His characterization of the experiment is that when these bacteria are introduced into healthy, natural environments, the expected pathological outcomes do not occur. The experiment, in his telling, would demonstrate that these bacteria are not inherently disease-causing, and that their harmful behavior observed in other experimental contexts is a function of the unnatural conditions imposed on them, not a fixed property of the organisms themselves.

He stated that this experiment remains mostly unpublished because its conclusions would undermine millions of health department employees, the pharmaceutical industry, and the medical industry. If naturally occurring listeria and salmonella and E. coli do not cause disease when introduced in natural conditions, then all of the governmental and regulatory infrastructure built on the premise that these bacteria cause foodborne illness would lose its scientific foundation. The food industry would no longer be able to use bacterial contamination as a scapegoat for illness caused by industrial chemical contamination of food. The entire bacterial food-poisoning narrative that supports food processing regulations, pasteurization requirements, and products like the listeria-targeting viral spray would collapse.

Aajonus returned repeatedly across his workshops and newsletters to what he described as a fundamental and deliberate misidentification at the center of mainstream food safety science. Bacteria like listeria, salmonella, and campylobacter appear at sites of illness and damage. Medical science concludes that their presence caused the illness. Aajonus argued the reverse: the illness or damage occurred first, caused by industrial chemicals, processed food, or toxins, and the bacteria arrived afterward in their janitorial capacity.

He described this as blaming janitors for making a place dirty. The janitors are found at the scene of the mess. They are there specifically because of the mess. They did not create the mess. But because they are associated with the mess, they are declared the culprits. This allows the actual sources of the contamination, the food industry, the agricultural chemical industry, the processing methods, to escape accountability. The industrial chemicals caused the problem. The listeria or salmonella arrived to address the cellular damage those chemicals created. The medical establishment points at the bacteria because doing so does not require the food industry to change anything about its practices.

He was direct that food poisoning, properly understood, is an inundation of industrial chemicals in food that gets blamed on microbes. The bacteria associated with so-called food poisoning incidents are not the cause of the toxic effects. They are the body's response to the presence of toxic, damaged cellular material that needs to be cleaned up.

While Aajonus discussed listeria primarily in the context of the digestive tract and its janitorial role in damaged tissue, he placed it within a broader understanding of the body's natural bacterial ecology. He taught that the body hosts enormous numbers and varieties of bacteria serving different functions across different tissues and systems. Many forms of listeria are part of this ecology, functioning as either digestive aids or janitors for damaged cells.

He positioned listeria alongside salmonella and campylobacter as bacteria that medicine has labeled dangerous but that are in reality natural constituents of the body's bacterial civilization, contributing to health rather than threatening it. He encouraged people not to be afraid when they heard the name listeria, stating that it is a natural part of the body and of the entire planet, and that it helps digest and helps clean.

His position was that no naturally occurring bacteria, including listeria, can hurt a person, with the single exception of bacteria that have been genetically modified or engineered by humans, which he described as an entirely separate category. Natural listeria, like all natural bacteria, operates within the body's ecological framework in ways that are inherently supportive of health. The fear generated around listeria by pharmaceutical and medical institutions is, in his framing, manufactured terror designed to maintain the markets for treatments, regulatory frameworks, and food industry products that depend on the public remaining afraid of microbes.

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