Osteoporosis, in Aajonus's framework, is not a disease of aging, nor is it a hormone deficiency, nor a calcium supplement deficiency. It is a condition of progressive mineral depletion from the bones, the body literally consuming its own skeletal structure in order to survive. The bones thin, weaken, and lose density because the body has been forced to cannibalize its own mineral reserves to neutralize toxic acids circulating in the body. As Aajonus described it: "Your body is eating its own minerals."

Brittle bones are a distinct but related condition. Brittle bones occur when there is a lack of utilizable fat combined with an insufficient supply of the right mineral combinations in bioavailable form. A bone that has become brittle is not simply a bone that is thin, it is a bone that has lost its suppleness, its malleability, its living quality. Aajonus frequently described healthy bones by contrast, the way a baby's bones should be: flexible, able to absorb impact, able to bend without cracking. Brittle bones, by contrast, are like glass or like fired clay, hard and inflexible, but fragile, prone to shattering on impact.

He distinguished between two failure modes of bone: bones that are too thin (osteoporosis, bone loss, bone resorption) and bones that are too rigid (brittleness, caused by wrong mineral supplementation or cooked/processed mineral intake). Both conditions, in his framework, share a common origin, the failure of the diet to supply bioavailable minerals and fats in their correct natural combinations.

Aajonus described what bone should ideally be like: "We want a supple bone like baby bones that can take bruising and hardening without cracking and breaking. That used to be the way baby's bones were. Now every baby's bones are breaking and cracking and brittle."

Bone, in his view, is a living matrix, a concentration of minerals bound with fats, sustained by the nutrients circulating through the bone marrow. He described bone marrow as "mainly fat", a buttery, fatty center where the red and white blood cells are bred. When the marrow is healthy and the mineral-fat matrix of the bone is well nourished, the bone stays supple and strong. When the matrix is depleted, or when the wrong kinds of minerals are deposited, the bone either dissolves or becomes glass-like.

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Aajonus identified multiple root causes for brittle bones and osteoporosis, all of which fit within his overarching terrain framework. These causes are not mutually exclusive, they often occur simultaneously, and in advanced cases all are present at once.

The foundational cause of osteoporosis, in Aajonus's explanation, is the body's need to neutralize toxic acids that are circulating in the bloodstream and tissues. These acids are produced by the body's ongoing detoxification processes, dissolving dead cells, neutralizing accumulated environmental toxins, heavy metals, and the byproducts of cooked food metabolism.

The body's primary mechanism for neutralizing acidic compounds is to combine them with alkalinizing minerals, principally calcium, phosphorus, magnesium, and potassium. When there are insufficient dietary sources of these minerals in bioavailable form, the body turns to the only concentrated mineral reserve it has: the bones. This is why Aajonus said: "The body's going to use minerals. They're going to take it out of your bone. They're going to start eating up your body to mineralize and neutralize those minerals, those acidic minerals that will dissolve the body. It's going to take the alkalinizing minerals, which are mainly calcium, phosphorus, magnesium, and potassium, and it's going to rob the bones of those minerals, so the bones are going to disintegrate. Little by little, osteoporosis. Happens to everybody because of our toxic world."

This is not a pathological error on the body's part, it is an intelligent survival response. The body prioritizes keeping the blood and tissues from being dissolved by toxic acids, and it will sacrifice the structural integrity of the skeleton to accomplish this.

Aajonus was insistent that the mineral supplements conventionally recommended for osteoporosis, dolomite, calcium oxides, magnesium gluconate, bone meal, and any other isolated or mined mineral supplement, are completely indigestible by humans and not only fail to help but actively cause harm.

His explanation was fundamental: "Rock is for plants to eat. Any kind of dried mine minerals is a fertilizer for plants, not for us. We need it in a biological form." He elaborated on how plants actually digest rock: rain (a distilled, bacteria-rich solvent) falls on rock, dissolves the minerals, and plants absorb those dissolved mineral solutions through their root systems. Humans do not have this capacity. We cannot digest rock in any of its forms, whether it's raw dolomite, calcium carbonate, calcium oxide, or any extracted, isolated, and processed mineral compound.

When humans take dolomite or other rock minerals, he explained, the calcium that does get absorbed, and not all of it does, is not in the proper ratio and combination with all the other minerals that bone requires. The body then experiences a distorted mineral load that promotes calcification in the wrong places: arteriosclerosis (hardening of the arteries), bone spurs, and paradoxically increased arthritis and rheumatism. "It causes calcification in the body. It causes hardening of the arteries. It promotes arthritis and rheumatism. It promotes cancer."

Aajonus identified cooked food as a major contributor to bone brittleness specifically because cooking destroys phosphorus, which he described as being damaged at temperatures as low as 98 degrees Fahrenheit. He said: "Very helpful for keeping the bones soft and malleable and not brittle. So you have all of these ill changes that go on..." referring to the destruction of phosphorus in cooked food as producing a fundamental mineral imbalance. Without intact phosphorus in the mineral matrix, bones lose their flexibility and become glass-like.

He extended this logic explicitly: cooked bones are themselves an example of what happens when heat is applied to mineral structures. "Bones, for example, become brittle, like glass, and impervious to salivary secretions when they are cooked." He used the analogy of clay repeatedly: raw clay is malleable, permeable, alive with bacteria and capable of supporting growth. When fired, it becomes a hard, impermeable, dead substance. This is exactly what happens to bone when exposed to cooking temperatures, and by implication, what happens in the body of a person who lives on cooked food, whose bones are being built from cauterized, mineral-depleted raw materials.

Aajonus also emphasized that brittle bones specifically, as distinct from thinning bones, result from a lack of utilizable fat. He stated this explicitly: "It is caused by a lack of utilizable fat (and other nutrients as a result of a fat deficiency)." The mineral matrix of bone requires fat to remain flexible and supple. Fat gives bones their living quality, their ability to bend slightly without breaking. Without adequate bioavailable fat in the diet, minerals deposit in a rigid, crystalline way rather than in the flexible living matrix that characterizes healthy bone.

This fat deficiency also explains why vegetable oils are particularly damaging. Aajonus explained at length that vegetable oils solidify and crystallize in the human body because the human body temperature is lower than the solidification point of many vegetable oils. When these oils are incorporated into cell structures, including bone cell structures, they harden over the seven-year cell lifespan, producing crystalline, scar-tissue-like deposits throughout the bone and bone marrow. "You get arthritis, you get rheumatism, you get osteoporosis, all kinds of diseases. Why? Because you ate vegetable oils."

Aajonus made an important clinical observation: "Everybody who has cancer has osteoporosis." His explanation was that the process of dissolving dead, cancerous cells, which he described as the body's containment strategy of forming tumors to hold dead or poisonous tissue, then dissolving them with acidic compounds, requires enormous quantities of alkalinizing minerals to neutralize those acids. If the person is not eating a mineral-rich diet, the body will cannibalize bone to supply those minerals. In the later stages of cancer, he noted, "the osteoporosis is prominent. The body starts eating up its own bone to supply the minerals to bind with that toxic fluid that's melting the tissue."

He also noted from personal experience that radiation therapy is particularly bone-destructive: "During cancer and or radiation therapy, the body has a tremendous need for minerals in the body. So, it will start deteriorating your own bones. That's why a lot of cancer patients who are treated by the medical profession get osteoporosis." He lost all the bone around his own teeth from radiation, his teeth dangled in his bleeding gums.

Aajonus observed repeatedly that long-term vegetarians and raw food vegetarians had among the highest rates of osteoporosis of any dietary group. He cited a study from Washington University: "They're following Medical University, they're following raw food vegetarians and they're finding the rate of osteoporosis is astronomical in that group."

He stated that 90% of his long-term vegetarian patients had osteoporosis in their spine. He described one case of a 36-year-old champion athlete who had been a long-term vegetarian and lost 30% of her spine before her body simply began to collapse. He noted that fruits in excess also accelerate bone loss because the sugars in fruit cause the body to mobilize fat from the blood to metabolize that sugar, reducing the fat available to bind with and neutralize toxins, forcing the body to use bone minerals instead. "You've had too many fruits or you had a really sweet fruit, which utilized the fat in the blood, and you've got toxins that are moving in your body, how do you harness those? The body's going to use minerals. They're going to take it out of your bone."

Aajonus noted that pasteurized milk has been recorded to cause osteoporosis and bone spurs. He contrasted this with his personal experience: after his teeth were dangling in his gums from radiation-induced bone loss, he drank raw milk for two years and "all the bone rebuilt around all of my teeth." He stated explicitly: "I wouldn't have done that if I had used pasteurized milk. In fact, pasteurized milk has been recorded to cause osteoporosis. And over, you know, in bone spurs and all kinds of problems."

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Osteoporosis and brittle bones sit at the intersection of several of Aajonus's core philosophical categories:

Root Cause / Terrain Theory: The fundamental explanation, the body cannibalizing bone minerals to neutralize circulating acids from accumulated toxicity, is a terrain theory argument. The body is not malfunctioning; it is making rational survival decisions given the mineral poverty of the modern diet and the toxin burden of modern life.

Cooked Food: The destruction of phosphorus at low temperatures, the cauterization of calcium and magnesium in cooked food, the crystallization of vegetable oils into bone cell matrices, and the bone-destroying effects of radiation therapy (which Aajonus treated as an extreme version of the damage cooked food does) all place this condition centrally in the cooked food causation framework.

Detoxification: The mechanism by which osteoporosis develops, the body robbing bone minerals to neutralize toxic acids during detoxification, places it squarely in Detoxification. The solution (providing bioavailable minerals so the body doesn't have to steal from bone) is itself a detoxification support strategy.

Raw Food / How to Eat: The specific protocol, cheese and honey together, always after a meat meal, in specific ratios and timings, is a detailed how-to-eat prescription.

Sovereignty: Aajonus's sustained critique of pharmaceutical osteoporosis drugs (which he documented as showing no more than 1% efficacy even in their own clinical tests), conventional calcium supplementation (rock eating), and medical treatments like radiation therapy (which cause the bone destruction they are meant to treat) all place this in Sovereignty, the rejection of conventional medical authority in favor of dietary self-determination.

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Aajonus reinterpreted every conventional symptom of osteoporosis and brittle bones through his terrain framework:

Bone Loss / Thinning Bones: Not a failure of calcium absorption or a hormone deficiency, but the body intelligently sacrificing structural bone minerals to neutralize the acids produced by toxin dissolution and poor diet. The symptom is evidence of successful, if costly, mineral management in the absence of dietary mineral sources.

Fear of Jumping Short Heights: He described this as a symptom of brittle bones specifically, the fear response is the body's intelligent warning system that the bones cannot absorb impact without fracturing. This is caused by fat deficiency, not calcium deficiency per se.

Easily Breaking Bones / Shattering on Falls: The classic osteoporosis symptom, an elderly woman falls and her hip shatters, Aajonus attributed directly to the wrong mineral supplementation (dolomite, calcium oxides) which cause calcification and hardening of bone into a glass-like, inflexible structure. He warned: "Because if you use dolomite or calcium oxides, you're going to cause brittle bones. Then you're going to be like one of these old ladies, you fall and it'll break, it'll shatter, it'll be like glass."

Scoliosis and Spinal Collapse: He described the spine as a common site of vegetarian-induced osteoporosis. The vertebrae thin and collapse, producing scoliosis. He presented the case of the 36-year-old athletic vegetarian woman whose spine simply began to collapse, producing visible scoliosis.

Weak Teeth, Bleeding Gums, Dental Decay: Aajonus treated dental bone loss as continuous with skeletal osteoporosis, the same process of mineral robbery affecting the alveolar bone around the teeth. His own teeth dangling in bleeding gums after radiation therapy was an extreme example of this process.

Painful Joints / Bone Pain: He described bone pain, particularly in the context of bone marrow toxicity, as the slow outgassing and release of stored toxins from the marrow, which has very limited lymphatic circulation and blood flow compared to soft tissue. The pain signals the ongoing detoxification process in bone tissue.

Bone Spurs: Paradoxically, bone spurs are caused by the wrong kind of mineral supplementation, dolomite, extracted calcium, which causes calcification in the wrong places. Bone spurs are a symptom of excess calcification from rock-derived minerals, not a symptom of mineral deficiency.

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This is the most extensively documented section in Aajonus's teaching on osteoporosis. He developed a specific, detailed protocol over many years of clinical experimentation and refined it repeatedly. Multiple versions appear in the sources, and all of them are presented here in full.

The foundational protocol is always the same: raw, no-salt cheese combined with raw, unheated honey, eaten together in the mouth at the same time, consumed after a meat meal.

The rationale for this combination is explained in detail:

Why cheese? Cheese is the most concentrated bioavailable mineral source available. Aajonus described two tablespoons of hard raw cheese as being equivalent to the minerals and fat in a quart and a half of milk. It is extraordinarily rich in calcium, phosphorus, magnesium, and potassium, all the alkalinizing minerals that the body needs to stop robbing from bone. These minerals are already in food form, not rock form, and are therefore potentially digestible.

However, and this is critical, cheese alone, without honey, is not digested in Aajonus's framework. Without honey, the cheese acts as a magnet and sponge for toxins, drawing poisons out of the nervous fluid, lymphatic fluid, and blood as it passes through the digestive tract, and then passing those absorbed poisons out in the feces. This is valuable, but it does not deliver minerals to the bones.

Why honey? Honey contains bioactive enzymes. These enzymes, when combined directly with cheese in the mouth, supply the enzymatic activity that the pancreas cannot provide for cheese (the pancreas, Aajonus noted, leaves cheese alone because of its sponge function). The enzymes in raw, unheated honey activate the digestion of the minerals and fats within the cheese, making them available for systemic absorption and use in rebuilding bone.

The critical requirement, cheese and honey must be in the mouth together at the same time. Aajonus was explicit and emphatic about this: "The cheese and honey have to be in the mouth at the same time. The raw unsalted cheese, unheated honey, has to be in the mouth at the same time." If they are not combined in the mouth, if the cheese is eaten separately and the honey taken separately, the enzymatic activation does not occur in the same way.

Why after a meat meal? Aajonus was equally emphatic that the cheese and honey must be taken after a meat meal, not at random times. His explanation: after a meat meal, the digestive system is engaged with breaking down proteins and fats in a way that creates the ideal environment to also process the concentrated minerals from cheese. The proteins from the meat meal help facilitate the fat digestion needed to bind and utilize the minerals. He stated: "It had to be after a meat meal in my experience, experiments over the last twenty-eight years with that, with osteoporosis. It's hard to regrow bone. And I finally found a way."

He also noted that when cheese and honey were taken away from meat meals, "it'll be more minerals that can be used for detoxification and not necessarily building." The building effect, the actual bone reconstruction, required the post-meat-meal timing.

Multiple dosing protocols appear in the sources, varying based on the severity of the osteoporosis and the individual's situation:

Standard Mineral Supplement Protocol (maintenance/prevention): - 1 to 1½ tablespoons of raw no-salt hard cheese - ½ to 1 teaspoon of raw honey - Taken together in mouth, after a meat meal - Frequency: as a regular mineral supplement

Protocol Version 2, Moderate Osteoporosis: - 2 tablespoons of raw no-salt cheese - 1 to 2 teaspoons of raw honey (maximum 2 teaspoons) - Twice daily, 30–35 minutes after a meat meal - Aajonus noted: "You can cut it down to 1 teaspoon per 2 tablespoons of cheese. A small amount of honey is all it takes."

Protocol Version 3, Moderate-to-Severe Osteoporosis: - 2 tablespoons of raw no-salt cheese, twice daily - 1 teaspoon of raw honey each time - This was the protocol under which Aajonus reversed 32–40% osteoporosis in 2 years

Protocol Version 4, Severe Osteoporosis (32% bone loss): - 2 tablespoons of raw no-salt cheese - 1½ to 2½ teaspoons of raw honey - Three times daily: after two meat meals, and also in the middle of the night - He also described a preparatory step: first eating a small piece of cheese (one to two sugar-cube-sized pieces, about ½ to 1 teaspoon) to absorb poisons, then waiting 10 minutes, then taking the full cheese and honey combination

Protocol Version 5, Severe Osteoporosis with Frequent Dosing: - 3 tablespoons of raw no-salt cheese, three times daily - 2½ to 3 teaspoons of raw honey each time - Under this protocol, Aajonus reported complete reversal in 2 years regardless of severity (including cases up to 37% bone loss)

Protocol Version 6, Maximum Intensity (menopause-related osteoporosis, severe cases): - About 1 tablespoon of cheese every hour (in addition to separate absorption doses) - With some honey each time - This was described for people with severe deterioration, particularly women going through menopause - Aajonus reported: "Within a year, 80% of that osteoporosis is reversed.", dramatically faster than the standard protocol - He contrasted this with the slower process: before this intensive protocol, improvement was only about 2% per year

Protocol Version 7, Bone Rebuilding with Butter Addition: - 2 ounces of raw no-salt cheese - ½ that amount of butter (1 ounce) - 1 tablespoon of honey (a sixth of the cheese amount) - This formula incorporates butter specifically to address the fat component of bone, since bone solidity requires fat combined with minerals

Ratio Variations Mentioned: - The ratio of cheese to honey ranges from 3:1 to 12:1 (cheese to honey) - "The ratio is anywhere from 6 to 1. It could even be 3 to 1. 3 to 6, even 12 of cheese to 1 to 1 part honey." - Expressed differently: "3 tablespoons of cheese to 1 part honey" is the highest (lowest honey) ratio - Some people need as little as ¼ teaspoon of honey to 1 tablespoon of cheese

Aajonus described a complete meal timing sequence for people with osteoporosis:

1. Cheese plain (no honey), a small piece first, to absorb toxins before adding the mineral combination 2. Meat meal, with butter always included to facilitate fat digestion and cellular repair 3. 25–35 minutes after finishing the meat meal, first a small piece of plain cheese (one or two sugar-cube-sized pieces, approximately ½ to 1 teaspoon) to absorb any remaining poisons 4. 10 minutes after that, the full cheese and honey combination (1½ to 3 tablespoons of cheese with 1½ to 2½ teaspoons of honey) 5. 2 to 3 hours later, a milkshake or other food in the meal rotation 6. Continue the full daily meal schedule 7. Middle of the night (for severe cases), additional cheese and honey combination

Aajonus described several methods for combining cheese and honey:

• Direct mouth method: Put both cheese and honey in the mouth together and mash/chew them together. Aajonus stated he preferred this method: "If you're lazy like me, you'll just put the honey and cheese in your mouth together and you chew them and that's more exercise in the mouth."
• Cheesecake fill method: Mash the cheese and honey together into a cheesecake-like filling and eat it that way. He noted some people prefer making a proper cheesecake filling and eating 3–4 tablespoons of it about 35 minutes after a meat meal.
• Mixed together outside the mouth: Mix and mash them together before eating if preferred.

Aajonus also included raw full-fat milk as a corrective for brittle bones, particularly when raw cheese is not available. He stated: "Drinking fresh full-fat raw milk gradually corrects this problem." He described his own experience of rebuilding all the bone around his dangling, radiation-damaged teeth by drinking large quantities of raw milk over two years. He contrasted this with pasteurized milk, which he stated causes osteoporosis rather than correcting it.

For brittle bones when raw milk is not available: "eating 4 ounces fresh raw organic carrot juice with avocado, or with unsalted raw butter, or with another raw fat daily will be effective but may take a little longer."

Aajonus was strongly in favor of eating raw bone marrow, especially for people with a history of bone cancer or bone marrow damage. He described the texture as "like butter when it's room temperature and soft", and indeed explained that marrow is "mainly fat," with the red and white blood cells bred there. He described scooping it from a cut femur section with a knife. For his own multiple myeloma (cancer of blood and bone) he ate bone marrow regularly.

He warned that bone marrow oxidizes quickly: "As soon as you get home, leave it out for a few hours and pop them out and put them in a jar and then refrigerate that." It should never be cooked, as "you're destroying the bone marrow and everything that's in the bone."

For brittle bones: "Eating fresh and unfrozen organic bone marrow with raw beef speeds healing. The texture and taste of beef bone marrow is similar to butter. It is best eaten with a raw meat meal. It may be made as part of a meat sauce."

Aajonus summarized the principle: "What gives your bones solidity? Not testosterone, not female hormones, and not male hormones, estrogen. It is fat combined with minerals. If you want to have that kind of a problem, you have cheese and butter together. You have cheese and honey together to digest the minerals, high concentration of minerals, with the good fats."

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Aajonus provided extensive and detailed information about the timeline for bone recovery, which varied significantly based on the severity of the osteoporosis, the frequency of the protocol, and when the protocol was implemented relative to the original injury or disease process.

The fundamental limiting factor Aajonus identified is that bone cells live seven to seven and a half years. Complete replacement of all bone cells therefore takes 7 to 7.5 years. For cases involving extensive structural damage, such as hip joints nearly completely destroyed by bone cancer, he noted that "it takes five generations to do that, so it could take up to 40 years to remedy that completely." He drew on his own experience: both of his femur joints were almost completely destroyed by multiple myeloma, and he stated "I rarely have pain anymore and I'm only 20 years into it."

Standard protocol (pre-optimization), slow version: - 2% bone improvement per year - This was before Aajonus refined the post-meat-meal timing requirement

Six months on standard dose protocol (1½ tablespoons cheese, ½ to 1 teaspoon honey): - 20% bone loss → 12% bone loss - That is 8 percentage points of recovery in 6 months, described as "pretty incredible"

One year on intensive protocol: - Up to 80% reversal of existing osteoporosis when the tablespoon-per-hour intensive dosing was used

One year on standard twice-daily post-meat-meal protocol: - Reversal of osteoporosis even when 30–32% of bone was gone - Average 1–2% bone regrowth per year (which Aajonus described as "pretty amazing" given that the medical profession cannot achieve this)

18 months on three-times-daily protocol (after two meat meals and middle of night): - 23% bone loss → approximately 15% bone loss - Described as "unheard of", medical profession cannot achieve this

20 months on standard twice-daily protocol: - 32% bone loss completely reversed (the woman with 32% bone loss reversed it in 20 months)

Two years on twice-daily protocol (2 tablespoons cheese, 1 teaspoon honey): - 32–40% osteoporosis completely reversed - This was the case for women Aajonus described in the 40% osteoporosis cases

Two years on three-times-daily protocol (3 tablespoons cheese, 2½–3 teaspoons honey): - Complete reversal regardless of severity, including cases up to 37% bone loss - "In one year they are at a level where it's already being restored and in two years completely reversed. No matter to what level, osteoporosis."

Five years on protocol (earlier, slower version over five-year experimental period): - All women in the initial experimental cohort had bones completely restored, even with up to 37% deterioration

One year on refined, optimized protocol (post-meat-meal timing discovery): - What used to take six years now took one year: "Now with the system that I have that I'm telling you now, reverse that in one year. Used to take me six years to reverse that much bone loss."

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