Pus

White blood cells, in Aajonus's description, are phagocytes, a term he explained by breaking down its Greek root: phago means to eat. Their primary role within the bloodstream is to eat dead red blood cells, keeping the blood clean and preventing accumulation of cellular debris. They are, in his phrase, like sharks of dead red blood cells. He described them as fatty cells, composed of 60 to 80 percent fat, which is what makes them white and what enables them to engulf and neutralize toxins. Because they are predominantly fat, they can surround, chelate, and contain toxic substances in ways that water-soluble substances cannot.

When a wound occurs, when a toxin enters tissue, or when some area of the body contains damaged or dead cells that need to be cleared, white blood cells leave the bloodstream and migrate into that tissue. This is their response to a local crisis in an area that does not have sufficient bacterial activity to handle the cleanup on its own. Aajonus linked this particularly to antibiotic use: the more antibiotics a person takes, the more the body is forced to rely on white blood cells rather than bacteria for cleanup work, and therefore the more pus will be produced. He framed antibiotics as a direct cause of increased pus formation because they destroy the bacterial populations that would otherwise handle tissue cleanup without requiring the mass deployment of white blood cells.

The process of white blood cells flooding a damaged or toxic area and consuming the damaged tissue is what creates pus. It is the physical accumulation of those cells, combined with the small percentage of what they have consumed and arrested, that produces the white, creamy fluid. Aajonus described this as a sacrifice on the part of the white blood cells: they leave the bloodstream, go into the tissue, do their work, and are lost to the body. The body cannot simply recycle them back into circulation once they have engaged with the toxins. Building new white blood cells requires bone marrow activity, and that regeneration is slow and resource-intensive, comparable in his description to the cost of losing red blood cells.

Aajonus explained that the same mechanism that produces pus in wounds also occurs internally every time a person eats a cooked meal. He called this process leukocytosis: when a person consumes an exclusively cooked meal, up to one third of the white blood cells in the bloodstream leave the blood and enter the intestinal tract to eat the decayed, damaged, and dead cells generated by cooked food. Cooked meat cells, pasteurized animal cells, and the byproducts of cooking are treated by the body as damaged tissue requiring cleanup, and white blood cells respond accordingly.

He used this as a way of illustrating that white blood cell migration into tissue is a normal, constant bodily process, not a pathological one. The same cellular response that a doctor might point to as evidence of dangerous infection in a wound is essentially the same process the body runs every time it encounters cooked food. Pus in a wound is leukocytosis at a localized external site. The body is doing the same thing it always does when it encounters damage: sending white blood cells to clean it up.

While Aajonus firmly framed pus as a beneficial and necessary process, he was equally clear that losing large quantities of white blood cells through pus is a significant drain on the body's resources. Just as excessive loss of red blood cells leads to anemia and weakness, excessive loss of white blood cells through pus means the body has to work intensively to regenerate its immune cell population, a process that is slow and demands substantial raw materials.

He gave a specific illustration of how resource-intensive this process can be: it may take as many as 2,000 white blood cells to harness and control just two or three molecules of mercury. Mercury molecules are described as infinitesimally small, meaning that a tiny amount of industrial contamination can consume enormous numbers of white blood cells. This ratio is what makes industrial toxins so damaging: they require vastly disproportionate immune resources to contain, far more than the body can easily sustain.

For this reason, while pus signals that the body is doing its job, Aajonus did not recommend allowing excessive pus formation when it could be avoided. His preferred strategy was to use lime juice on wounds and contaminated areas precisely because it reduced the need for white blood cell deployment, and therefore reduced pus and protected the body's immune resources.

One of Aajonus's most specific and repeated practical positions was that lime juice, applied directly to a wound or contaminated tissue, drastically reduces pus formation by doing the work that white blood cells would otherwise have to do. He described lime juice as a substance that coats and surrounds foreign particles, creating something like a plastic seal or barrier around them. When a toxic particle, whether asphalt from a road wound, bacteria, or any other contaminant, is coated by lime juice, the body no longer perceives it as a threat requiring white blood cell response. The lime juice isolates it, preventing it from outgassing and damaging surrounding cells, so the white blood cells can stay in the bloodstream where they belong rather than being sacrificed in pus.

He described this as categorically different from lemon juice. Lemon juice, in his framework, is a fermenter that increases bacterial digestion and breaks down tissue more aggressively. Lime juice does not work the same way and should not be substituted with lemon. He emphasized this distinction strongly and repeatedly, saying that applying lemon to a wound would cause pus to go "crazy" while lime juice stops pus formation almost entirely.

He shared a personal account of learning this. After a motorcycle accident left him with severe road abrasion and asphalt embedded in his skin, a sixteen-year-old native girl on a Pacific island brought him half a lime and told him to squeeze it on the wound and rub it in. He did so despite the burning sensation. Twenty minutes later, the pus was completely gone. He described this as a revelation and subsequently used lime juice consistently on his own wounds throughout his life, including during a later injury where he applied lime juice, then honey, then coconut cream, then butter and thin slices of raw meat used as a skin substitute, wrapped with damp cloths, plastic, and gauze.

He also described lime juice as preventing the need for pus formation after a coral reef injury, where he applied it to the open wound and successfully avoided the white blood cell response that would have otherwise flooded the area. He noted that what remained after lime juice treatment was not pus but a small lipid crystal that would eventually peel off painlessly over the following couple of years, with no scarring and no distress to the body.

He extended this principle to appendicitis, stating in his newsletter that lime juice can help control even intensely toxic accumulations such as those that occur in appendicitis, preventing rupture by surrounding and neutralizing the toxic material without requiring the body to produce the massive pus response that would otherwise occur.

Aajonus addressed pus in the context of dental abscesses at length, explaining that the cause is not bacteria acting pathologically but rather nerves in and around teeth that are attempting to discharge mercury, thallium, and other metals that were absorbed from amalgam fillings over years of exposure. The nerve, still trying to detoxify those metals long after the filling has been removed or long after the original exposure, will push the toxins outward through the path of least resistance, which in the mouth often means through the gum tissue and out through small holes that form in the gum.

The resulting pus from dental abscesses is, by his consistent analysis, composed primarily of white blood cells that have come to eat and arrest those toxic metals. He specifically said that swallowing dental abscess pus is not recommended because of the toxic fraction within it, and that it should be spit out. But he was equally clear that the pus itself is not the problem, the toxins the white blood cells have eaten are the problem, and the pus is the body's mechanism for removing them.

He described abscesses generally, including those on the skin, as localized infections that are actually detoxification processes: the body is dissolving and discarding volatile toxins from tissues, and the pus that results is the carrier of those discarded materials on their way out.

In wound management within his protocol, Aajonus treated the appearance of pus as a signal to clean the area before reapplying treatment layers. In the context of third-degree burns and serious abrasions, he specified that if pus appears in areas during the healing process, those areas should be cleaned before reapplying the treatment of raw beef, damp cloth, and bandage. He did not treat pus in wounds as a crisis but as a practical development that required cleaning and continuation of the healing protocol.

He described a situation from his own history involving a large, chronic wound on his thumb that produced pus regularly and recurred seven times over a period of years. The blackness around the nail and the hole eaten through the nail indicated mold activity. The pus in this case was the ongoing response of white blood cells to whatever toxic or moldy material was lodged in that tissue.

In the case of hernias or deep surgical wounds with pus, Aajonus explained that the underlying problem is massive toxicity in the surrounding tissue, an ulcer so toxic that cells cannot reproduce and reconnect. The area is dead and toxic and will not mend until all the toxins are removed from the tissue. He recommended squirting lime juice into the wound cavity to coat the toxicity so that the body would not have to continue losing white blood cells to bind with it.

Aajonus described situations where pus appeared not just in localized wounds but as part of broader systemic detoxification events. He described a period in his own healing history involving injections he had received, after which sores with pus appeared across his arms, shoulders, neck, back, and legs, eventually concentrating heavily on one leg. The pus in this context was the white blood cell response to toxins from whatever had been injected, working its way out through the skin over an extended period.

He described a separate episode involving mercury detoxification from sixteen amalgam fillings he had removed in 1978. By 2002, the mercury that had been stored in the tissue of his jaw for decades was finally being expelled. He showed photographs of the swollen, deteriorating tissue around his jawline and was careful to distinguish what appeared in those photographs from pus: the damaged tissue he was showing was not pus, not white blood cells, but burned cells, literally burned by mercury. He used this contrast to illustrate that not every oozing or damaged tissue is pus. Pus specifically is the white blood cell response, whereas burned tissue from mercury is a different type of damage.

He also referenced a situation involving what appeared to be a herpes eruption and explained, consistent with his broader framework, that swelling, sores, and sometimes pus in such situations represent the body trying to detoxify unnatural metallic toxicity from nerves in the skin, with white blood cells working to eat, contain, and discard those toxins.

Aajonus extended the pus framework to common skin conditions including pimples, zits, and blackheads. In a zit, he described the toxins leaving through a pore with white blood cells surrounding them and escorting them out, the pressure and swelling stretching the pore in a way he compared to a rectum being split. The white blood cell involvement creates the white, pus-like material in a pimple. This is the same process as any other pus event, just occurring at the surface of a skin pore rather than in a wound.

Blackheads, he said, follow the same process but with one difference: in blackheads it is red blood cells rather than white blood cells that have surrounded the toxin. He linked blackheads specifically to heavy metal toxicity, particularly iron, and noted that the widespread use of one-a-day vitamin supplements, which commonly contain iron, corresponded with a significant increase in blackheads.

He also discussed how urine, as a fine water-soluble fat molecule, can enter tissue and coat toxins in a way that allows the white blood cells to release and return to the bloodstream rather than being sacrificed. When this happens, there is no pus, only a small crystal that eventually surfaces and peels off with no pain, no scarring, and no significant distress to the body.

Aajonus addressed the common fear that pus is contagious directly and forcefully. He described this belief as a product of the medical and pharmaceutical industry's interest in keeping people afraid of their own biology. Pus, being 99 percent white blood cells, is not contagious. White blood cells are not pathogens. They are the body's own cells. He stated plainly that pus can be eaten, pointing to the behavior of dogs, cats, and other animals as evidence, and that the tiny contaminated fraction within pus is not large enough to represent an infectious threat in the way conventional medicine characterizes it.

He noted that infections themselves, including those producing pus, are better understood as cleansing processes than as pathological invasions. The infection with pus is the body handling detoxification through a combination of microbial activity and white blood cell activity, both working as janitors to remove what does not belong in the tissue.

Aajonus returned repeatedly to the argument that the conventional framing of pus as dangerous, as a sign of serious infection requiring antibiotic suppression, serves the interests of the pharmaceutical and medical industries at the expense of accurate biological understanding. By teaching people that pus is awful, dangerous, and ugly, and by training them to seek antibiotic treatment the moment pus appears, the medical establishment in his view drives people away from understanding what their bodies are actually doing and toward interventions that make the problem worse.

He noted the specific irony that antibiotics, prescribed in response to pus, actually increase pus formation by destroying the bacteria that would otherwise handle tissue cleanup, forcing the body to rely entirely on white blood cells and therefore to produce more pus over time, not less. The treatment amplifies the symptom it is supposedly addressing.

He also pointed out that the resources consumed by large-scale pus formation are genuinely significant, and that losing white blood cells through massive pus events weakens the body in a real way, comparable to losing red blood cells through a bleed. This weakening is not a reason to suppress pus with antibiotics but a reason to manage wounds more intelligently from the beginning, using lime juice to reduce the need for white blood cell sacrifice, and to support the body with raw foods that provide the building blocks to regenerate immune cells efficiently.