Leukocytosis

To understand why leukocytosis is significant, Aajonus returned repeatedly to the proper and limited function of white blood cells in a healthy body. The bloodstream, in his framework, has only two jobs: red blood cells carry oxygen to every cell in the body to support fat oxidation through the citric acid cycle, and white blood cells remove carbon dioxide from the cells, escorting it to the lungs and the skin for elimination. That is the totality of what the blood system is designed to do.

White blood cells are phagocytes, meaning they eat things. Their legitimate and healthy role is to consume dead red blood cells, keeping the bloodstream clean of organic waste. When a person is healthy and eating raw foods, white blood cells stay in the blood doing exactly that work. They do not need to go anywhere else. They do not need to be sacrificed to manage digestive toxicity. When they are strong and well-nourished, they can consume contaminants, discharge the waste products into the lymphatic system, and return to active service in the bloodstream.

The white blood cells are bred and matured in the bone marrow. The bone marrow, because it is a predominantly fat tissue, somewhere above 60 percent fat in composition, attracts and concentrates industrial poisons, heavy metals, and other stored toxins. This means the very site where white and red blood cells are produced is frequently the most contaminated tissue in the body, resulting in blood cells that are immature, weak, and damaged before they even enter circulation. When those weak cells are then sent repeatedly into the intestinal tract to manage cooked food toxicity and are destroyed there in large numbers, the bone marrow must work continuously to replenish the supply.

Aajonus explained the chemistry behind leukocytosis in terms of what heat does to food molecules. When food is cooked, molecules degrade and repeatedly collide, causing divalent bonding and the formation of entirely new chemical composites that did not exist in the original food. These are not simply diminished nutrients but novel toxic substances the body has no evolved mechanism to handle through ordinary digestion alone. Mucoid plaque layers form in the intestines, the lymph, and blood structures. The body responds to the presence of these substances in the digestive tract the same way it would respond to any significant toxic intrusion: it sends white blood cells to contain and neutralize the damage.

He used an analogy to make the point about the quality of cooked food as a nutritional source. He described the process of building a body from cooked food as going to a junkyard for parts. If you need components for a Rolls Royce, you do not go to a junkyard to get damaged pieces when fresh, new parts are available. Cooked food is the junkyard version. Not only does it fail to provide usable building materials, but the act of processing junk creates further work and cost for every system involved.

The body's willingness to deplete the blood of one-third to one-half of its white blood cells as a routine response to every cooked meal is, in Aajonus's framing, the body's own testimony that cooking produces something dangerous. He put it directly: "Your body wouldn't be rushing white blood cells in there if cooking were toxic" was not his position but the position he was refuting. The body does rush white blood cells in there, and that is precisely the evidence that cooking is toxic.

The numbers Aajonus cited for white blood cell loss during leukocytosis varied somewhat across his talks but consistently pointed to a catastrophic drain. In some passages he stated that one-third of white blood cells leave the bloodstream and enter the intestinal tract. In other passages he cited one researcher who observed up to half. In yet another passage, he specified that a person may lose 10 to 20 percent of the phagocytes outright in the digestive tract, meaning they are destroyed and not recovered, not simply redirected.

He also described how long it takes to produce white blood cells to give the loss its proper weight. Bone marrow produces perhaps six tablespoons of new red and white blood cells per day. The production is slow, the resource is precious, and it is concentrated in specific bones: the knees are the primary site, followed by the femurs, then the hip joints, the elbows, the shoulders, and the rest of the larger bones. When a significant portion of the white blood cell population is consumed or destroyed in the intestinal tract after every cooked meal, the bone marrow is placed under continuous pressure to keep up with the replacement demand.

He compared the weakness that results from white blood cell depletion to the weakness caused by red blood cell loss. Just as losing red blood cells causes anemia and fatigue because the body cannot transport adequate oxygen, losing white blood cells in large numbers creates a corresponding vulnerability. The body's capacity to manage any internal toxicity, any microbial challenge, any waste accumulation in the blood is diminished every time this happens.

Aajonus noted that the digestive tract remains the site of leukocyte activity for an extended period after a cooked meal. He stated that white blood cells may remain in the intestinal tract for 10 to 12 hours neutralizing toxins from a cooked meal before they can attempt to return to the bloodstream. During that entire window, the blood is left with a substantially reduced white blood cell count. Given that most people eating conventional diets eat multiple cooked meals per day, the bloodstream is almost never at its full complement of white blood cells, and the bone marrow is almost never able to produce cells faster than they are being consumed.

He described a situation he observed clinically and through consultations: many people presenting with diagnoses of anemia, leukemia, or blood and bone cancer do not have the conditions their diagnoses suggest in the conventional sense. They are instead experiencing the cumulative consequence of white blood cell depletion through chronic leukocytosis combined with contaminated bone marrow that is producing immature, weak cells. He gave one specific case in this context: a man in his mid-fifties who came to him 12 years earlier with a leukemia diagnosis. Aajonus looked at him and said, "You don't have leukemia. You're just" experiencing this pattern of white blood cell depletion and bone marrow contamination.

Aajonus connected leukocytosis to the function of the thymus gland, describing it as the most white-cell-bodied gland in the human body. He explained that historically, when a person ate something mildly toxic, such as meat containing an insect that had ingested a poisonous plant compound, the thymus would send its concentrated fatty hormones to the digestive tract to intercept and neutralize the toxic substance. This was a simple, elegant system designed for occasional low-level exposures.

The modern situation, in his view, has completely overwhelmed this system. Instead of managing an occasional insect-borne plant toxin, the thymus and the white blood cells are mobilized at every single meal eaten without raw food. The system that evolved for rare emergencies is now running as a permanent emergency response. He used this context to explain why the thymus, which sits near the heart and lungs, has everything to do with digestion and nothing to do with the heart or the bronchial system directly, despite its anatomical placement.

One of the most practically important aspects of leukocytosis in Aajonus's framework is the finding that eating even a single raw food item alongside a cooked meal is sufficient to prevent the full leukocytotic response. He stated this consistently and emphatically across multiple workshop settings. If even one raw food is present at the meal, leukocytosis does not happen in the full sense. There is enough enzyme activity and alkalinity from the raw food to neutralize a sufficient portion of the toxicity that the body does not need to mobilize its white blood cells into the intestinal tract.

He described the protective effect as reducing leukocytosis by something like 80 to 90 percent when raw food is included with a cooked meal. The contamination from the cooked food still enters the body and still creates work, but the white blood cell drain is dramatically curtailed. This is why, he explained, many populations throughout history that ate primarily cooked food but always included some raw elements, such as raw vegetables, raw dairy, or raw condiments alongside cooked food, did not suffer quite the same degree of blood and immune depletion as modern populations eating entirely cooked and processed food with nothing raw present at any meal.

He was careful to note that this partial protection does not mean it is ideal to combine raw and cooked food at every meal. Even if leukocytosis is prevented by the presence of raw food, the cooked portion of the meal still contributes its damaged, fractionated, rearranged molecules to the body's toxic load. The protection offered by raw food at a cooked meal is a harm-reduction measure, not an endorsement of regular cooked food consumption. He stated explicitly that it is better not to eat any cooked food unless there is a specific medicinal reason for doing so.

Aajonus repeatedly noted the disparity between the documented evidence for leukocytosis and its near-total absence from mainstream nutritional discourse. He estimated that leukocytosis appears in perhaps 100 writings, describing them as mostly obscure books. He included discussion of it himself in the last approximately 50 pages of his recipe book. He contrasted those 100 references against the millions of writings about blood and nutrition that exist in conventional medical and nutritional literature.

He attributed this disproportion directly to the food industry's interest in defending cooking. The body's clear, measurable, physiologically documented response to cooked food, deploying one-third to one-half of its white blood cells into the digestive tract at every cooked meal, would be impossible to explain away if it were widely known. He noted that Sally Fallon had mentioned leukocytosis in her work, and he referenced an unnamed physician whose observations documented the white blood cell response in individual subjects. But these acknowledgments remain peripheral to the dominant nutritional narrative.

Aajonus described a trajectory in his own body that he used to illustrate what becomes possible when the body is sufficiently nourished on raw food over a long period. He said it took him from 1972, when he began his raw food path, until approximately four years before the time of his later workshops to reach a state in which white blood cells responding to a detoxification event could be fully reabsorbed back into the bloodstream rather than being lost.

In this advanced state, when his body underwent a pustulation or detoxification, the white blood cells would migrate to the area, consume the toxins, and then discharge the waste as a crystalline or amber-colored substance, similar in appearance to impetigo, rather than dying in the process. He described watching the white blood cells dump their toxic payload and then return to circulation. He contrasted this with earlier stages in which the pressure of a developing pustule was so painful that he would pop it, losing the white blood cells entirely, and he noted that animals, including his own pets, would eagerly consume the material because it was almost entirely white blood cells, which are fatty, nutrient-dense cells.

He described the progression this way: when white blood cells are strong, they can handle the caustic chemicals they consume without dying from them. When they are weak, the same chemical exposure kills the cell. A strong white blood cell can neutralize a contaminant, excrete it, and return to function. A weak one is destroyed in the process. This is why nourishing the body on raw fats, raw meats, and raw dairy over an extended period changes the fundamental character of how detoxification events unfold.

Aajonus connected chronic leukocytosis to several specific disease categories that he believed were routinely misdiagnosed or misunderstood. He described a situation in which the bone marrow is so contaminated with metals such as lead, cadmium, iodine, aluminum, or mercury that the red and white blood cells it produces are weak, damaged, or mutated. The bone marrow evicts these immature cells into the bloodstream before they are fully developed because there are not enough cells to do the work required. These immature cells cannot transport oxygen adequately or perform their immune functions properly.

He described this as what the medical profession calls leukemia in some cases: the bone marrow is producing abnormal cells not because of a spontaneous genetic mutation but because the marrow itself is saturated with industrial poisons. Bone cancer arises in the harder bone tissue from the same contamination process. Multiple myeloma, which he was personally diagnosed with, is cancer of the blood and bone, arising directly from the kind of bone marrow damage he described. He framed his own case as the endpoint of radiation damage to all the major bones responsible for blood cell production, including the ribs, spine, shoulders, hip bones, and femurs, creating exactly the kind of bone marrow contamination that produces weak and damaged blood cells.

He also noted that people presenting with what appears to be anemia, chronic fatigue, and low energy may simply be experiencing the cumulative effect of white blood cell depletion from a lifetime of cooked-food-driven leukocytosis combined with bone marrow too contaminated to keep pace with the production demand. The body's energy collapses when red blood cells are too few and too weak to transport enough oxygen, and the immune picture collapses when white blood cells are continuously being consumed in the intestinal tract and not adequately replaced.

Aajonus used leukocytosis as the explanatory framework for understanding what pus actually is. He stated that pus is approximately 99 percent white blood cells. When white blood cells travel from the bloodstream to any area of the body where there is significant cell death, toxic accumulation, or chemical damage, they are doing the same work they would be doing in the intestinal tract during leukocytosis: consuming damaged and dead cells, absorbing toxins, and trying to clean the site. When they encounter industrial chemicals or heavy metal poisons of sufficient severity, particularly mercury from dental amalgams, the cells themselves can be overwhelmed and destroyed, producing what appears externally as pus.

He was specific that not all apparent pus is the same. In a relatively healthy context, where white blood cells are simply consuming dead cells at a manageable rate, they can discharge their waste and be reabsorbed. In a heavily contaminated context, particularly where mercury or other heavy metals are involved, the material coming out of the tissue is not living white blood cells doing their job but burned, literally chemically cauterized cell debris that the body is expelling. He showed photographs in workshops of his own jawline and leg detoxifying mercury in which the tissue breakdown was visually distinct from ordinary pus production.

The principle he drew from this was consistent: the body will send white blood cells to any area of significant toxic or cellular damage, whether that area is the digestive tract after a cooked meal or a localized region of the body where mercury is leaching from amalgam fillings. In either case the cost is the same: white blood cells are being spent, and the bone marrow must work harder to replenish them.

In one newsletter passage, Aajonus described using lime juice during a detoxification episode involving chemical burns and cellular destruction across an extended period of months. He stated that the lime juice prevented the necessity for his body to deprive the blood of many white blood cells that would otherwise have been needed to consume the millions of damaged and killed cells occurring during the chemical detoxification. He described the healthy baseline state as one in which white blood cells remain in the blood and only consume dead red blood cells. He noted that during certain emergencies, white blood cells will leave the blood and travel to areas with massive cell destruction to eat the organic waste, but that this represents a departure from the baseline and a cost to the overall blood economy.

This is a direct application of the leukocytosis principle outside the digestive context: any event that causes massive cellular destruction, whether surgery, chemical exposure, or heavy metal release from stored tissue deposits, triggers the same white blood cell mobilization response that cooked food triggers in the intestinal tract.

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