Testes

Because the testes are fat-rich, the body stores toxins in them in the same way it stores toxins in any fatty tissue. Aajonus stated this directly: "Sperm may contain toxins, especially caustic metals that stored in the testes because testes are fat-rich. Our bodies normally store toxins in fat, wherever it may be found." This is not a pathological event unique to the testes but an extension of the body's general strategy of sequestering harmful substances in fatty depots where they can cause the least immediate damage to vital systems.

The practical consequence is that sperm produced by a person who has accumulated heavy metals or other caustic substances will carry those toxins. Aajonus gave a specific warning about this: if sperm smells metallic or like a hot old steam iron, he advised that it not be used for therapy. This caution was raised in the context of sperm's potential therapeutic properties, which he discussed in relation to the Primal Diet's effect on cell quality and longevity of biological material. The metallic smell is a signal that the sperm has a high toxic load and cannot serve the therapeutic purpose he otherwise attributed to it.

Mercury was specifically identified as a cause of visible damage to testicular tissue. In one consultation described in the transcripts, Aajonus observed heavy metal accumulation in the right testis of a client and told him: "It's causing a tattooing of your testis. So it must be mercury that caused that kind of stain." He further connected this to a vaccine the client's mother had received, noting that the mercury prevented proper testicular development and damaged the RNA in the DNA. In that case, one of the testes had never fully developed, and Aajonus attributed this directly to in-utero mercury exposure from a vaccine or to the client receiving a vaccine shortly after birth.

A distinct pattern Aajonus identified in clients with occupational petrochemical exposure was abnormal overactivity of the testes. He described one case of a client he called Phil Coffin, a mechanic whose hands showed the characteristic signs of petrochemical absorption, and explained that the overactivity was not that person's normal constitutional state.

His explanation was that petrochemicals and other industrial poisons, when they reach the glands, irritate those glands and accumulate in them because of the fat content. The body responds by trying to expel the toxins through the glandular secretions. In the case of the testes, this means the body attempts to discharge the poisons through ejaculation, using the fats and proteins in sperm as the carrier medium. This forced discharge mechanism makes the testes appear overactive and drives abnormally elevated sexual urgency that does not reflect the person's natural disposition.

Aajonus was explicit that the person in this situation is not constitutionally oversexual. The overactivity of the testes is a symptom of poisoning, not a baseline hormonal state. Without the petrochemical accumulation, such a person would typically be physically very active and energetic, which he characterized as a kind of useful adrenaline-driven constitution suited to physical labor, but not prone to excessive sexual drive.

When toxins are severe enough or have been present long enough, the testes can shift from overactivity to breakdown. Aajonus described how the left testes in one client showed signs of long-term deterioration: "The actual left testes is breaking down or has been breaking down a long time. So that one should be underactive." However, even in this deteriorating state, the presence of poisons could still force the gland into activity because the body continues trying to expel toxins through ejaculation, overriding the underlying weakness of the tissue.

This creates a situation where a gland that should be underactive based on its structural damage is still being pushed toward activity by the detoxification imperative, masking the true extent of the breakdown. The client's thyroid was also noted to be barely functional on one side, and all other glands were described as poisoned, indicating that testicular deterioration rarely occurs in isolation but as part of broader systemic glandular compromise.

In another consultation, Aajonus noted that both testes showed protein disintegration: "Protein in your left test is disintegrated by about 50%. The right one about 30%. So you need lots of protein. But they're still working." The prescription in such cases centers on increasing protein intake substantially, because the protein in the testicular tissue is being consumed by the detoxification process and must be replenished through diet to maintain function and support repair.

Hardening of testicular tissue, described as the tissue becoming leather-like and dried out, was another condition Aajonus identified through his iridological assessment. He reported cases where a testis was 23% hardened, 50% hardened, or even approaching full functional compromise. Hardening was distinguished from simple underactivity; it represents structural change in the glandular tissue itself rather than merely suppressed hormone output.

In one client, the left testis was described as "about 50% hardened and it doesn't look like it's working very well," while the right testis was "about 50% hardened and about 20% protein deficient." The left adrenal gland in the same client was hardened but still working, and the pancreas was 70% hardened, illustrating the pattern Aajonus frequently observed in which multiple glands harden simultaneously under heavy metal and industrial pollutant accumulation.

Shrinkage was a related but distinct finding. In a client whose overall condition was otherwise positive, Aajonus noted "some shrinkage in the left one," meaning the left testis, while confirming both testes were otherwise in good shape. Shrinkage suggests a reduction in glandular mass, likely from either nutrient deficiency, toxic damage, or prolonged underactivity, and it was noted alongside a broader assessment of adrenal, pancreatic, and other glandular function.

Aajonus addressed a direct question about what ejaculation does in the context of poison attacking the testes. His explanation was that when toxins migrate to the glands because of the fat concentration there, the body attempts to expel them through the hormonal products of those glands. If the toxin is the type that causes the gland to break down rather than merely irritate it, the body will try to reject it using the hormones it produces, and it will attempt to discharge it through the glandular secretion, in the case of the testes through sperm.

This is why he described the testes as becoming overactive under certain toxic conditions: the body is essentially using the ejaculatory mechanism as a vehicle for toxic discharge. The fats and proteins that naturally constitute sperm serve as binding agents for the toxins being eliminated. This framework positions ejaculation not solely as a reproductive act but as a periodic detoxification event driven by the body's need to clear accumulated poisons from the fatty glandular tissue.

Aajonus noted that gorillas, as part of their cyclical dietary pattern, eat meat approximately every 28 days, consuming 13 to 28 pounds within a 24-hour period, and that the testes are "active in emergency situations, not normally." He connected this to the broader question of sexual drive and testosterone levels, stating that low sexual drive on raw food diets is not caused by low energy from the food itself but by low testosterone or estrogen levels. This is a nutritional deficiency problem, not an energy problem, and it must be addressed through diet rather than hormonal injection.

He criticized hormonal supplementation as treating a symptom rather than addressing the underlying cause, and he questioned whether artificially pumped testosterone or estrogen truly resolves infertility or simply forces a biological response without correcting the nutritional and toxic conditions that suppressed hormone production in the first place.

Aajonus discussed the possibility that sperm quality is significantly enhanced by long-term raw food eating. He noted that his own sperm, tested in a Petri dish, lived one to five days rather than the conventional zero to three days observed in standard sperm samples. He acknowledged that he did not know scientifically whether spermatogonial cell quality is significantly improved by diet, but he reasoned that because nerve cells reproduce on the Primal Diet but not on the Standard American Diet, sperm developed under Primal Diet conditions may have exceptional therapeutic properties.

He speculated that ova may have comparable properties but noted they would be difficult to extract for testing. The observation that his sperm had extended viability in a laboratory environment was offered as suggestive, not conclusive, evidence of the diet's effect on the reproductive cells.

The important caveat he attached to this discussion is the one about toxic load: the quality of sperm as a therapeutic substance depends entirely on whether the testes carrying it have accumulated heavy metals or other caustic poisons. Metallic-smelling sperm is compromised sperm, regardless of how long the person has been on the diet.

For conditions affecting the testes and related glandular systems, including prostatitis and prostate cancer in men, Aajonus recommended freeze-dried testes as a supplement, used alongside liver. He stated that a man with prostatitis or prostate cancer can typically eat liver and it will address the condition, and that freeze-dried testes can be added to that protocol.

He specified that the freeze-dried form is available in pill form and that Carlton Labs in Illinois was a source he had used extensively when experimenting with glandular supplementation, though he noted that by the time he was recounting this, Carlton Labs no longer produced single-gland products and had moved exclusively to multi-glandular formulations. He recommended obtaining just the specific gland needed rather than a multi-glandular product, unless the client presented with adrenal exhaustion accompanied by thyroid exhaustion and general multi-glandular compromise, in which case a broad multi-glandular supplement becomes appropriate because every gland is in simultaneous collapse.

He noted that the actual fresh gland, rather than the freeze-dried capsule, would be even better if obtainable, referencing sweetbreads as the common culinary name for certain glandular tissues.

In discussing the difference between glandular tissues in terms of their viability after freezing, Aajonus made a specific observation about testicular cells. He explained that while freezing does significant damage to many glands and renders them ineffective as food or supplementation (brain tissue was cited as an example that becomes mush and loses its effect after freezing), testicular cells are different: "With the testes it's okay. Those cells seem to be able to withstand freezing." He connected this to the well-established biological fact that sperm and ova can survive freezing at extremely low temperatures and still be used for procreation, because reproductive cells are designed to survive conditions that would destroy other cell types.

This resilience to freezing is why freeze-dried testes retain their glandular properties as supplementation in a way that freeze-dried brain tissue, for example, does not. The analogy he drew was to seeds, which can be frozen at extreme temperatures and still germinate when planted, though they do not tolerate certain heat levels and will sprout and then die if exposed to temperatures beyond their threshold.

Where heavy metals were identified in the testes, Aajonus's broader dietary protocol for heavy metal clearance applied. In the consultation where mercury tattooing of the testis was identified, the immediate dietary guidance emphasized butter sufficiency, since the client was described as "still not getting enough butter." Butter and other raw animal fats serve as the primary medium through which the body can mobilize and transport heavy metals out of storage sites, including the fatty glandular tissue.

In another consultation where heavy metals were prominent throughout the system, including the right testis, the right kidney, and the area around the heart, the recommended protocol included a detailed meat regimen (red meat 75%, white meat 25%), a lubrication formula once daily (which could be split before or between meat meals, or taken in the evening following the meat meal), eggs between meals, one to two juices per day at 12 to 16 ounces each, and hot baths or hot water bottles to support lymphatic clearance.

The carrot juice with coconut cream and dairy cream was specified in some cases at particular ratios: eight ounces of carrot juice with five tablespoons of coconut cream and two tablespoons of dairy cream, with a quarter teaspoon of vinegar and one and a half tablespoons of honey, sipped over 20 to 25 minutes two days per week in the afternoon in place of the fruit meal on those days.

Aajonus's method for evaluating testicular condition was consistent across his consultations: he observed the palms and irises, particularly the iris as photographed on a digital camera and enlarged on his computer screen, and from these observations he made specific claims about the state of individual glands. The level of specificity he claimed is notable, including not just overall function but which side (left or right) was affected, what percentage of protein had disintegrated, what percentage of tissue had hardened, whether the gland was overactive or underactive, and what type of toxin (mercury, petrochemical, heavy metal generally) was responsible.

He described this as a method of evaluating glandular activity from observing the palms in combination with iridology, and he contrasted it with blood tests, which he rejected for most purposes on the grounds that blood composition changes by the hour and therefore provides unreliable snapshots.