Lymph Nodes

Nodes are distributed throughout the entire body without exception, embedded in connective tissue everywhere from the skin layers inward. The glands are less uniformly scattered and tend to concentrate in specific network clusters. Aajonus identified the three major network clusters as the neck and lower face including the jaw and ear regions, the underarm and breast area including the mammary glands extending down to approximately mid-rib, and the groin and upper inner thigh area extending from the crotch downward well into the thighs.

Within the neck and face network, Aajonus placed the tonsils as a critical lymphatic gland responsible specifically for protecting the brain. He consistently pointed out that removal of the tonsils, as happened to him at age three, forces adjacent lymph glands to enlarge permanently to compensate, and that without tonsils the brain becomes progressively more toxic. His own tonsillar area lymph glands remained enlarged for the rest of his life as a result.

The underarm and breast network is particularly dense in women because women require more lymphatic capacity to manage breast feeding, nursing, and the higher fat content of the mammary tissue. Aajonus stated that there are eleven lymph glands in every breast in both men and women, and approximately twenty-some glands in each armpit. Women have additional glands distributed through the mammary tissue beyond these eleven that men do not possess. The upper torso network, covering the breast and armpit area, handles the highest toxic load of any network in the body because everything inhaled through the lungs and everything that passes through the stomach sends its most carcinogenic compounds to these glands.

The groin network begins at roughly the midpoint of the thighs and extends upward through the crotch, broadcasting across the hips and into the back around the kidney region. This is the largest single concentration of nodes and glands visible in any anatomical rendering of the lymphatic system.

The neck glands are responsible for the brain, ears, and everything in the head down to about the clavicle. The breast and armpit glands handle the torso, lungs, and heart. The groin glands handle the lower torso and the legs. This regional organization means that the location of lymphatic swelling or congestion identifies where in the body the corresponding toxic burden originates.

When the body absorbs a toxin, dead cell, or damaging substance from local tissue, the nearest nodes take that substance in first. The node performs a preliminary neutralization using the high-fat lymph fluid and the alkalinizing minerals contained within it, specifically calcium, phosphorus, potassium, and magnesium. These minerals help neutralize the acidity of the waste material. Bacteria resident in the lymphatic system assist by breaking down cellular debris. The node then either resolves the material into a solution that can be transported onward, or passes it up to a gland if further processing is required.

Aajonus described nodes as "very, very, very tiny little things, about the size of anywhere from a BB to a pellet" that act as preliminary waste stations before the material reaches the glands. In his autopsy research involving 32 humans, he noted that when he analyzed lymph nodes, he found them essentially identical to each other in character, functioning as small holding and slightly neutralizing way stations for the larger glands. The glands then perform more complete denaturation of the toxic material and attempt to render it into a dissolved solution that can be dumped into the connective tissue beneath the skin and perspired out of the body.

Ninety percent of the body's waste is supposed to exit through the skin after the lymphatic system has neutralized and dissolved it and deposited it into the connective tissue. The remaining waste exits through the sinuses, earwax, saliva, tear ducts, gums, tongue, the bowels, and in women additionally through the vaginal cavity. Aajonus attributed women's approximately 20 percent longer lifespan partly to this additional mucous discharge pathway, which reduces overall toxicity by about 20 percent.

The lymph fluid itself is a translucent substance composed of roughly 80 percent fat, 15 percent protein, and 5 percent carbohydrate. The fat fraction is what gives the lymph its neutralizing and protective capacity. Cholesterol plays a significant role in this system, as the lymph fluid uses fats and esters derived from fats to dilute and break down toxic compounds into solutions. Without adequate healthy fat in the lymph fluid, the system cannot neutralize toxins effectively, and when it dumps incompletely neutralized material into the connective tissue, it causes damage to the skin in the form of acne, rashes, hives, burns, and other dermatological expressions.

Bacteria in the lymphatic system break down cellular debris, and the bacteria feed on the useful components of that breakdown and carry nutrients back out of the lymph system to feed other cells. Fungus does not operate prominently in the lymphatic system; it is mainly bacteria that perform this work there.

Aajonus was unequivocal that swollen lymph nodes and glands are a positive sign and not a medical emergency. Swelling means the nodes and glands are actively working, taking in toxic material, processing it, and moving it toward elimination. He told audiences to be happy about swollen lymph glands, that the swelling indicates the system is functioning properly. He applied this principle specifically to swollen breast lumps, swollen neck glands, and swollen glands in the armpits and groin.

The distinction he drew was between swelling and hardness. A swollen node or gland that is soft, spongy, or even rubbery hard is doing its job. A node or gland that has become hard as rock is the only situation indicating a genuine problem. Rock hard, in his language, meant not rubber hard but literally as hard as stone. At that point the gland has stopped functioning, is no longer receiving fluid or eliminating waste, and is collecting dead cells without the ability to dissolve them. That is the only condition he associated with true lymphatic cancer.

He extended this principle to breast lumps generally, arguing that in the vast majority of cases a lump in the breast is simply a swollen lymph gland doing its work of dissolving dead cells and toxins. He claimed that 99 out of 100 lymphectomies he had observed were performed on women who did not have lymphatic cancer but simply had swollen, working lymph glands.

Aajonus held that cancer cells will always be found in lymph nodes and glands throughout the body, because the lymphatic system is the mechanism the body uses to dissolve dead cells, and cancer cells are the body's most powerful solvent cells for that purpose. When tissue becomes too damaged or too toxic for ordinary bacterial breakdown, the body sends or generates cancer cells to dissolve the dead material using their highly concentrated solvent serum. The lymph nodes and glands, being the primary collection and processing points for dead cells, will therefore always contain cancer cells in any body that has any cancer process occurring anywhere.

He argued that finding cancer cells in a lymph node or gland through biopsy does not mean the person has lymphatic cancer. It means the lymph system is doing exactly what it is supposed to do. The medical profession's threshold of 50 cancer cells per million cells as "treatable cancer" was, in his view, absurd and not evidence of disease. He suggested that a figure of 100,000 to 200,000 cancer cells per million might begin to indicate something actionable, and even then he recommended natural approaches rather than medical intervention.

He also noted that women with higher concentrations of lymph glands in the breast area will therefore always show higher concentrations of cancer cells in those glands during biopsy. This is not breast cancer. It is the breast's lymph glands performing their function in an isolated laboratory environment, as he put it, concentrating the cancer cells to dissolve the dead cells in a contained space with high fat availability.

Removing lymph nodes or glands was one of the medical interventions Aajonus opposed most strongly. His argument followed directly from his understanding of function. If the glands in the breast and armpit are responsible for neutralizing everything toxic inhaled into the lungs and ingested into the stomach, and those glands are removed, then all incoming toxins from the lungs will have nowhere to go and will migrate into surrounding tissue including the lung tissue itself. He stated that removing breast lymph glands raises a woman's lifetime cancer risk from approximately 35 to 40 percent to approximately 95 percent.

He used his own mother's situation as a case study. She was diagnosed with breast cancer based on one "cancerous" lymph node and was told she needed a lumpectomy plus removal of 11 lymph glands, followed by pinpoint radiation therapy. Aajonus argued with her that radiation prevents cell division, which prevents healing and risks causing lung cancer, since the lung sits directly behind the breast. He pointed out that removing 11 lymph glands would eliminate the breast's and lung's primary cleaning mechanism. He told her that without those glands, any future toxins inhaled into the lungs would have no local lymph system to collect and neutralize them, and cancer would likely appear in the lung, heart, or mammary tissue rather than in the glands designed to handle it.

He also described a case involving a patient with a large tumor on the chest or jaw area who had been consuming approximately 70 supplements per day for 60 years. The surgeon wanted to remove the entire jaw, all lymph glands on both sides of the neck, and surrounding bone. Aajonus spent three weeks persuading the surgeon to instead only scrape out the tumor itself while leaving all lymph glands intact. Analysis of the removed tumor showed it was composed of mineral concentrations, consistent with decades of mineral supplement accumulation. The tumor grew back because the body still needed to deposit those accumulated chemicals somewhere, and because the patient had been underweight with insufficient fat to process and eliminate the burden. Aajonus eventually agreed to surgical removal a second time when the tumor grew large enough to begin attaching to the jugular vein and facial nerves, at which point it was genuinely dangerous. Only the single lymph gland that had itself become hard as rock and continued enlarging was removed. All surrounding glands, though swollen, were left in place because they were soft and still working. He described this as a test case he presented to the surgeon, arguing that leaving functional lymph glands in place gives the body maximum capacity to dissolve any remaining tumor material, whereas removing them forces the cancer to relocate somewhere with no lymphatic defense.

He later described observing a photograph of the tumor growing back a second time, breaking vessels because of the surgical disruption. In that case he stated there was no better option, acknowledging that when a tumor begins attaching to a major vessel like the jugular it must be addressed surgically, but the goal should always be minimal removal and maximum preservation of lymphatic tissue.

He similarly intervened on behalf of another patient whose surgeon wanted to remove lymph glands from the neck. Aajonus told the surgeon, who was chief of surgery at Kaiser, to consider what the gland was actually doing. The gland was swollen but not hard, was actively removing cancer, and cancer cells would be found in every gland throughout the body. He persuaded the surgeon to leave all non-hardened glands in place, making the case that removing them would eliminate the body's ability to clean the tumor site and force any future collection of dead cells to appear elsewhere, likely somewhere more dangerous and less accessible.

The most significant cause of lymphatic node and gland congestion in Aajonus's framework is the accumulation of hydrogenated vegetable oils and trans fatty acids. He described these substances as having the same molecular structure as plastic, because the industrial chemical processes used to hydrogenate vegetable oil are chemically analogous to the processes used to manufacture plastic from petroleum. These fats crystallize and solidify rapidly in the body, blocking the lymph nodes and glands physically, much as cold solid butter blocks a narrow tube.

When these plastic fats lodge in the nodes and glands, the lymph fluid can no longer flow through them. The nodes cannot absorb new waste material, cannot perform their neutralization function, and cannot pass material onward to the glands. The result is systemic lymphatic congestion, which Aajonus connected to chronic fatigue, fibromyalgia, multiple sclerosis, lupus, AIDS, and what the medical profession calls immune dysfunction. He was explicit that the so-called immune system, which medicine describes as a vague mysterious intelligence, is simply the lymphatic system. When the lymphatic system fails, what medicine calls immune failure follows.

He noted that in autopsy research on 32 human bodies, when he analyzed lymph glands, he also analyzed a few lymph nodes and found them identical in character, filled with these toxic vegetable oil residues alongside other industrial chemical accumulations.

He also described a visible indicator of lymphatic congestion in the iris of the eye, referring to a "lymphatic rosary" or "lymphatic ring" visible in iridology, which indicates the lymphatic system is jammed with toxic vegetable oils and similar substances.

The primary physical method Aajonus recommended for softening and moving plastic fat congestion out of nodes and glands was prolonged hot water immersion. The body must reach an internal temperature of approximately 102 to 108 degrees Fahrenheit, which requires immersion in water at that temperature rather than sauna or steam, because air-based heat allows the body to cool itself and the lymphatic system will not exceed 100 to 100.6 degrees Fahrenheit. In water, the body cannot cool itself and the lymphatic system heats fully.

After approximately 40 minutes, the outer connective tissue begins to soften enough to allow some toxicity to be perspired out. After 60 minutes, the superficial lymph nodes begin to soften. Reaching deep into the lymphatic glands requires 90 minutes. Aajonus used the analogy of a cold stick of butter inside a jar: it takes extended sustained heat to melt the interior of the mass, not just the surface. He specified that 60 minutes of immersion allows only a thin layer of the hardened material to begin moving, while 90 minutes produces meaningful softening throughout.

He also described a variation for people who cannot take full baths, or who need to target specific areas where cysts have formed. Cysts in any area indicate that local lymph nodes and glands in that region are not working; the cysts are effectively acting as substitute lymphatic glands. For these cases he recommended placing hot water bottles over the affected area for the full night, covered with silk cloth to retain heat while allowing moisture to escape. He combined this with what he called a "rub" of some kind applied to the skin of the area.

For people with significant lymphatic congestion who needed supplementary movement of the system, he described a cold-weather protocol involving wool or silk underwear worn under heavy outer clothing, followed by a 45-minute walk. The insulation creates a sustained internal heat that softens lymphatic material gradually. He noted that this approach, used repeatedly over many years, can progressively restore lymphatic flow.

He stated that only two hot baths per week should be performed, and that a person must be at least 10 to 15 pounds overweight before beginning this protocol. The reason for the weight requirement is that as plastic fats and other toxins melt out of the nodes and glands and dump into the connective tissue during the bath, the body needs adequate fat in the surrounding tissue to bind with and buffer the released toxins, particularly heavy metals like mercury, thallium, or lead. Without that protective fat layer, the released toxins damage the connective tissue directly, potentially causing lupus or multiple sclerosis.

Aajonus repeated throughout multiple contexts that the single reliable indicator distinguishing normal lymph node activity from genuine lymphatic cancer is whether the node or gland has become hard as rock. He stated this standard in the Newsletter as well as across many workshop transcripts: "Never consider that a lymphatic gland is cancerous until it is as hard as rock and no longer functioning." He was careful to specify that rubber-hard is not rock-hard. A rubbery consistency still indicates a functioning, working gland. A gland that is palpably as hard as stone has stopped flowing, is no longer neutralizing material, and has become a site of dead cell accumulation with no active fluid or bacterial processing occurring.

If swelling is not hard as rock, he stated it is simply the body isolating and processing toxicity, which is exactly what the system is designed to do. He applied this standard clinically in advising against lymphectomy in every case he described, and he used it as the diagnostic criterion he presented to surgeons when arguing for preserving lymph glands during tumor removal.

Aajonus connected the location of rashes, acne, fungal outbreaks, and other skin expressions to the location of the underlying lymph node and gland networks. The skin is the final elimination surface for lymphatically neutralized toxins, and the skin eruptions appear most prominently directly above the major gland networks. This explains why rashes and breakouts concentrate in the chest and breast area, the neck and face, the armpits, and the inner thighs and groin: these are the surface areas overlying the three major lymph gland networks. Fungal outbreaks on the feet occur because the lower leg nodes and glands are dumping into that tissue.

He described a personal case in which a lymph gland on his chest became swollen and began pushing chemicals outward through the skin, creating a tumor-like eruption on the surface. Over approximately three months he treated it by applying his own saliva and vinegar topically. The vinegar was used initially for its amino acid content that he said binds with poisons and helps chelate metals; he later switched entirely to saliva application. The tumor eventually peeled away entirely. He described the scabbing and peeling process as the body ejecting the processed waste through the skin surface after the gland had done its work.

In the context of iridology, Aajonus identified the outer gray band of the iris as the lymphatic zone, stating that white spots appearing in that band represent lymph glands that are actively dealing with infections and breakdown of material. He described these active white spots as good signs, meaning the glands are working hard, but also as indicators that the person is dealing with a significant garbage load given how active those glands are. Spots distributed throughout other iris zones also provide information about lymphatic activity in corresponding body regions.

Aajonus presented cancer and tumor formation as fundamentally a failure of lymphatic dead cell removal. When lymph nodes and glands cannot dissolve dead cells, those cells accumulate and form tumor masses. These collections may be cancerous or non-cancerous depending on whether the body has begun deploying cancer cells to attempt dissolution. A tumor with fluid movement and surrounding swelling is actively being worked on by the lymphatic system. A tumor that is hard as rock with no surrounding fluid or swelling indicates the system has stopped working in that location.

He described swollen lymph glands near a tumor as a sign the body is working, and he expressed this as something a patient should genuinely be glad about. Once the lymph system succeeds, the patient may see a rash or skin eruption appear in the area overlying those glands as the dissolved waste exits through the skin.

In one extended case involving a cancer patient who had been advised to have lymph glands removed, Aajonus described working with the surgeon over multiple appointments to limit the surgical removal to only the single gland that had become hard as rock, was continuing to enlarge, and had begun attaching to the jugular vein and facial nerves. All other glands in the neck, though swollen, were left in place because they remained soft and were actively processing the tumor material. He described this one gland as having sequestered and controlled an enormous amount of contamination by itself while leaving all surrounding tissue unaffected, which he presented as evidence of how precisely organized and capable the body's lymphatic network is.