Anemia, in Aajonus's framework, is not primarily a laboratory finding, it is a functional, symptomatic condition defined by insufficient oxygen transport throughout the body. He was explicit and emphatic on this point:

He distinguished between multiple forms and causes of anemia, and he was consistent in his position that a person can show a normal or even high red blood cell count on a laboratory test and still be functionally anemic. He stated directly: "Even though you may have a good red blood cell content, you could still be anemic. Have anemic symptoms."

His formal definition: Anemia is a low red blood cell level or weak red blood cells that cause oxygen deficiencies. That oxygen deficiency results in carbon dioxide accumulations in cells, decreased blood and general body efficiency, general weakness, paleness, brittle nails, loss of appetite, fatigue, abdominal pain, and lower rates of bodily processes. If affecting the brain, anemia causes dizziness. If a person is exhausted all of the time, usually she or he is anemic.

He identified at minimum three distinct functional types of anemia:

1. Primary anemia from blood loss: Loss of red blood cells through bleeding, injury, or menstruation. The body's spleen compensates by dumping its reserve of red blood cells back into the bloodstream. In a healthy person, this is corrected within hours.

2. Secondary anemia from immature red blood cells: Red and white blood cells that enter the bloodstream before they are fully mature. These immature cells do not perform their oxygen-transport and carbon-dioxide-removal functions. They simply consume nutrients without contributing, making the person weaker despite having a numerically adequate red blood cell count. He stated: "All the red blood cells in the world still have anemia if your red blood cells are not mature."

3. Nocturnal/cannibalistic anemia from protein deficiency: When a person goes more than five hours without eating, the protein level in the blood drops to zero, and red blood cells become cannibalistic, they begin eating one another to extract protein. This produces a predictable and measurable blood loss during sleep: two to four tablespoons of red blood cells destroyed over an eight- to ten-hour sleep period. He said this is the reason the majority of people wake feeling unrefreshed.

4. Weak-red-blood-cell anemia (secondary anemia from contamination): A form in which the red blood cell count appears adequate but the cells themselves are weak, due to toxic bone marrow or metal contamination of the spleen, and cannot transport oxygen efficiently. He described this as a situation where the person might be missing "a third less than normal, half the normal" oxygen-carrying capacity, producing chronic fatigue, low energy, and reduced stamina despite what might look like a normal blood panel.

Pernicious anemia was also specifically named: "Pernicious anemia is the gradual reduction in the numbers of blood cells because the bone marrow fails to produce mature red blood cells. Pernicious anemia most often develops from low blood sugar, usually because of the inability to digest or utilize cooked and processed sugars."

---

Aajonus identified multiple root causes of anemia, each operating at a different level of the body's physiology. None of them aligned with the conventional iron-deficiency model. He was explicitly critical of the iron supplementation paradigm.

The central and most frequently cited root cause in Aajonus's framework is toxic bone marrow. He explained that red and white blood cells are bred, divided, and matured entirely in the bone marrow. The bone marrow is approximately 60% or more fat, analogous to the brain, which makes it a primary storage site for fat-soluble toxins, particularly heavy metals.

"The bone marrow, because it's predominantly fat, 60% or better, like the brain, poisons are sent to the bone marrow."

When the bone marrow is contaminated with metals, he specifically named aluminum, iodine, and toxic iron, the environment in which red and white blood cells are bred becomes compromised. The cells that emerge from this environment are: - Less capable of carrying oxygen - Less capable of removing carbon dioxide - Potentially immature upon entering the bloodstream

He stated: "Most people's bone marrow is very toxic with metals and other contamination that affects their blood levels, their blood health. So what happens? They get anemia, they get weakness, they don't have a lot of energy. Because maybe their energy is destroyed, the red blood cells can't transport enough oxygen. Maybe a third less than normal, half the normal."

He specifically linked this to the accumulation of aluminum, stating in one case: "Your bone marrow is just contaminated with iodine and aluminum."

He further explained that aluminum and other metals in the bone marrow prevent red and white blood cells from growing in a healthy environment, so they enter the bloodstream already compromised: "We have so much aluminum that goes into the bone marrow and other metals that the red and white blood cells don't grow up in a healthy environment. So they're only so healthy when they get into the bloodstream. They can't carry all the oxygen nor remove the carbon dioxide that they were meant to, the quantity that they were meant to."

Aajonus taught that the blood maintains a specific protein level, and that if a person goes longer than five hours without eating, the protein level in the blood drops completely to zero. At that point, red blood cells have no available protein substrate and become cannibalistic, eating one another to extract protein.

He described the mechanism in multiple ways across different talks:

"The red blood cells start eating each other for the protein in the body."

"So the only place, and you could be 700 pounds, eating all the fat in the world, but it's the protein the red blood cells need. So you could be 700 pounds and still your red blood cells won't eat each other."

"They eat each other because they're not fed enough... they have to eat other red blood cells just like the chickens eating the chickens because they're not fed enough meat or insects."

He described the rate of red blood cell destruction from sleep without eating: - Eight hours of sleep without eating: loss of two to four tablespoons of red blood cells - In some contexts he stated two to three tablespoons for eight hours - Ten hours: loss of four tablespoons, sometimes four and a half to five tablespoons - In one passage he stated: "So let's say you're sleeping eight hours. So three hours your red blood cells are eating the others. You could lose five tablespoons of blood in that amount of time." - In another: "If you sleep eight hours, you've lost about six tablespoons of red blood cells."

He underscored the severity: "That's all you manufacture in a day. So you're creating a habitual anemia."

He described how multiple red blood cells can consume a single red blood cell: "Sometimes it's only 50 red blood cells, that will consume one red blood cell, but figure over eight to ten hours of sleep... sometimes it's 200 red blood cells, one red blood cell."

Even when the bone marrow produces healthy red blood cells and the spleen holds them in reserve, metal contamination of the spleen itself can compromise the stored blood. Aajonus explained: "If it's highly metal contaminated the metal is going to leach into the blood cells that are sitting inside of it and that will weaken those bloods so when they get back into the bloodstream they're not going to transport oxygen as well. So you've got like a secondary anemia even if you have the right red blood cell count, the red blood cells aren't very strong."

If the bone marrow is sufficiently contaminated or overworked, particularly when the body is toxic and demands more red blood cells than the marrow can properly mature, immature cells are released into the bloodstream before they are ready. These cells do not carry out oxygen transport and carbon dioxide removal. Instead, they simply consume whatever nutrients are circulating in the blood. He called this "secondary anemia": "All the red blood cells in the world still have anemia if your red blood cells are not mature."

He connected this to salt consumption: "You're going to have cells. Lack of cells. Spleen is going to be overworked. Dumping and taking in red and white cells. And also the bone marrow is going to be overworked. Cells are going to get into the blood. Immature. Because there's not enough cells to do the work. Then what happens? You don't get enough oxygen to the body."

Aajonus described a specific mechanism by which salt destroys red blood cells: "Two little bitty grains create enough clumping to destroy two million red blood cells. Two million just barely fits on the end of a pinhead."

He explained that if a person puts salt on food at every meal, "you're eating up a teaspoon of dead blood for every meal." He stated: "If you lose three tablespoons of blood a day, how long does it take your marrow to produce that much blood? It's going to deteriorate your system."

For pernicious anemia specifically, Aajonus identified the inability to digest or utilize cooked and processed sugars as the primary cause, which leads to low blood sugar, which then causes bone marrow failure to produce mature red blood cells.

Aajonus was clear and direct that vegetarians are chronically anemic because they are not consuming the animal protein their blood requires. He stated: "Vegetarians eat themselves all the time. They're cannibals because their blood's eating itself all the time."

He described a case study: "There was a guy who was 15 years, he was a neuroscientist, and he had been a vegetarian for about 16 years, and he thought he was pretty healthy, and basically chronic fatigue, and muscles all over."

He identified vegetarianism as one of the leading causes of chronic cannibalistic anemia, because without sufficient dietary protein at regular intervals, the blood has no choice but to consume itself.

Aajonus directly attributed cases of severe anemia to people following the blood type diet, which for type A blood types often restricts or eliminates red meat. He said: "I've had many people with type A's come to me with severe anemia from that diet. And I put them on lots of red meat, and they're over their anemia in a few weeks."

He connected cooked food consumption to reduced immune efficiency and the general degradation of blood health. He noted that after eating cooked food, white blood cell count diminishes, a condition called leukocytosis, which also burdens the bone marrow's ability to maintain a healthy blood environment.

In several individual consultations, Aajonus identified bile replacing fats throughout the body's tissues as a contributor to anemia symptoms, because without proper fats, the cells cannot relax, cannot absorb sunlight properly, and cannot utilize nutrients for red blood cell health. He noted: "Bile everywhere in place of fats. More irritability. That's what I mean. Cells can't even relax."

---

Anemia in Aajonus's framework spans several principles simultaneously:

Root Cause / Terrain Theory: The primary causes, toxic bone marrow, metal contamination, protein deficiency, all belong to the foundational Terrain Theory principles. Anemia is not a disease of malicious microbes or random misfortune; it is a predictable outcome of a contaminated, undernourished terrain.

Cooked Food: Cooked food is implicated at multiple levels. Cooked and processed sugars are the specific cause of pernicious anemia. Cooked iron becomes a free radical and can actually cause toxic iron problems rather than resolving iron deficiency. Leukocytosis from cooked meals degrades overall blood quality.

How to Eat: The five-hour eating rule, the nighttime eating protocol, the protein requirements for red blood cells, the pairing of raw meats with fat, all of these belong to the practical eating principle.

How to Live: The structure of sleep, the use of alarm clocks to eat at night, the avoidance of caffeine and nicotine as false remedies, these belong to the lifestyle principle.

Sovereignty: The rejection of iron supplements, blood type diets, and conventional anemia diagnoses based solely on lab values, these belong to the principle on health sovereignty and independence from the medical paradigm.

---

Aajonus reinterpreted every classic symptom of anemia through the lens of oxygen deficiency, protein deficiency, and toxic bone marrow, rather than through iron deficiency or hematological disease.

Fatigue and inability to wake refreshed after 8–10 hours of sleep: This is the most central symptom Aajonus addressed. He reframed it not as a sleep disorder, circadian issue, or adrenal problem, but as straightforward anemia caused by red blood cells eating each other during sleep. "You wake eight to ten hours sleep and you're groggy and say, why am I sleepy and tired? Because you're anemic."

Dependence on caffeine, nicotine, chocolate, sugar to start the day: Aajonus reframed all stimulant use in the morning as an attempt to compensate for anemia with artificial stimulation. He was categorical: "Coffee is no remedy. The overmined chocolate is no remedy. Caffeine is no remedy. None of those drugs are a remedy for anemia." He connected the entire Starbucks economy to this dynamic: "That's why all those coffee houses, Starbucks is skyrocketing all over the world. Because of all this toxic food that everybody's eating."

He noted that a hundred years ago, coffee and cigarettes were luxury items unavailable to most people, and that people then had healthier bodies and healthier diets as a result.

Shortness of breath and reduced stamina: He reframed this not as a cardiac or pulmonary problem but as a direct consequence of red blood cells being unable to transport adequate oxygen: "What you would notice is that you would have less stamina. You'd be out of breath quicker because you're not absorbing and utilizing the oxygen in the blood as well."

Brain fog and cognitive impairment: He stated directly: "If affecting the brain, anemia causes dizziness." And: "The brain won't work as well. A lot of things won't work as well."

Coldness throughout the body: Aajonus repeatedly identified coldness, cold hands, cold body temperature throughout, as a sign of anemia. The spleen dumps red blood cells into the bloodstream to thicken the blood and warm the body. When red blood cell reserves are insufficient, the body cannot adequately heat itself. He noted: "She has lots of signs of anemia, coldness, all throughout her system."

Paleness of skin: He connected paleness directly to low red blood cell activity and inadequate oxygen-carrying capacity. In one reading, he described someone as "too white", "there is a little ruddiness in there but he's too white. And this is somebody who should be virulent red."

Weakness, depression, debilitation: He stated: "It's a lot of weakness, a lot of depression." He connected general debilitation and weakness throughout the body's organs and tissues to anemia, particularly when combined with insufficient dietary fat.

White splotches in the eyes (iridology): He used the iris to identify anemia: "When somebody has a lot of white splotches, it means they have a lot of white blood cells. More than red. And it shows that the red isn't transporting the oxygen very well." He further stated: "I would say a tendency toward anemia because of the little white splotches. It shows that, because of the richness of the ruddiness, it shows that the red blood cells are abundant, but, however, they white blood cells are more predominant. And it looks like the red blood cells aren't transporting oxygen as well as they need to be."

He clarified that a completely red, clear iris with no white splotches indicates a high red blood cell count and proper oxygen transport. He also noted that the iris reading is that day's reading only: "On other days it will be completely red. So remember that reading of a blood is that day's reading."

Brittle nails, loss of appetite, abdominal pain: These were listed among the downstream consequences of oxygen deficiency caused by anemia.

Not wanting to eat: He noted this as part of the anemia symptom complex, the body's digestive capacity is impaired by insufficient oxygen, as the body may not even be able to produce adequate hydrochloric acid and bile without sufficient oxygen and fat: "You don't have enough oxygen and fats to even produce hydrochloric acid and bile to digest your food."

Dizziness: This was directly attributed to anemia affecting the brain.

---

Aajonus's primary and most fundamental remedy for anemia was raw meat. He stated in his foundational text: "Choosing whichever meat is appropriate for a person's type and eating it raw daily, or at least three times weekly, usually corrects anemia."

He further emphasized: "Eating protein is a remedy for anemia." And: "Anemia means you need to eat protein, something to feed the red blood cells."

Red Meat: For most anemia presentations, Aajonus recommended a high proportion of red meat, specifically raw beef. Red meat was the primary tool for building red blood cells, restoring oxygen-carrying capacity, and addressing the cold, pale, weak presentation most associated with anemia.

In multiple individual consultations: - "Probably 70% of your meat, 70-75, even 80 at times should be red meat, beef." - "You appear to be very anemic. So probably 70% of your meat... should be red meat, beef." - "I suggest, you know, 80-90% red meat. You should be eating at least a pound a day." - "She may only need about 70% red meat for maybe three, four years. And then you can cut back." - "You need a lot more red meat."

For one person with signs of anemia and metal poisoning from photography/painting, he specifically recommended: "Half a dozen oysters with a quarter pound of beef. Wonderful. Okay, just mix them. And then you'll enjoy the meat more. Did you say oyster and beef? Oyster and beef, yeah. Might make you a little horny. And then you have an egg with it, then you'll really be flying."

For blood type A individuals who had developed severe anemia on the blood type diet: "I put them on lots of red meat, and they're over their anemia in a few weeks."

He stated for one individual with very deficient red blood cells: "A lot of your red blood cells are not curing oxygen well, they're very deficient so you need the red meat to help you." He specified: "You could have an ounce of red meat twice the weight and the rest fish or chicken but you need a little bit of red meat to bring you out of it."

Important pairing rule, do not use lemon or lime with beef: Aajonus was explicit about this: "You can use lemon or lime with chicken and fish but not with beef because if you use lemon or lime with beef, you'll turn it into a fuel, a pyruvate, and it'll burn and won't help build your blood or muscles or glands."

White Meat (Secondary): White meats, chicken and fish, were secondary to red meat for anemia. He recommended that anemic individuals focus primarily on red meat and use white meat in a smaller proportion until the anemia resolved. However, he noted that certain individual types need more white meat and some need both.

Oysters: Recommended specifically in cases involving metal poisoning combined with anemia signs: oysters with beef, possibly with a raw egg added.

This was Aajonus's most specific and detailed protocol for preventing and correcting nocturnal anemia. He repeated it across dozens of seminars in nearly identical terms:

The Five-Hour Rule: "Do not go more than five hours without eating. If you do, the protein level in the blood drops. And your blood will start, your red blood cells will start eating other red blood cells."

What to eat at night: - "Egg and a couple of ounces of milk or you have a little bit of milkshake like a half a cup at your bedside. Drink that. A couple of eggs. Golf ball size of meat. Eat something. Half a cup of milk. Go back to sleep." - "You wake in the night you eat, let's say, an egg and a couple of bounces of milk or you have a little bit of milkshake like a half a cup at your bedside." - "Egg, half a cup of milk, half of a milkshake. Have something at your bedside, down, and go back to sleep." - "Half a cup of milk, suck an egg, one or the other, and go back to sleep for three hours." - "Set alarm, eat half a cup of milk or a couple of eggs or half of a milkshake and go back to sleep."

Timing for regular sleepers (8-hour sleep): - Set alarm for 5 hours - Wake, eat protein (egg, milk, milkshake, small amount of meat) - Go back to sleep for 3 hours - Total: 8 hours of sleep with no more than 5 hours unbroken

Timing for hyperactive people: Aajonus explicitly addressed hyperactive individuals who cannot sleep as long: "If you're a hyperactive person, you set your alarm for three hours, eat half a cup of milk or a couple of eggs or half of a milkshake and you go back to sleep." He noted that he personally sleeps only three to three and a half hours at a time, sometimes taking a half-hour to forty-five-minute nap during the day, rarely sleeping longer than five hours.

For hyperactive individuals, the protocol is: - Sleep 3 hours - Wake and eat - Sleep 5 hours after that - Total: 8 hours with protein interruption

Case study, John, the neuroscientist: "There was a guy who was 15 years, he was a neuroscientist, and he had been a vegetarian for about 16 years, and he thought he was pretty healthy, and basically chronic fatigue, and muscles all over." (And in another passage describing a similar case:) "He said, I don't get any energy until 10 o'clock in the noon. John, are you waking up and eating something during the night? No? Okay. Do that tonight and see what happens. So he did that. I set an alarm, awakened, had something to eat, woke in the morning, all the energy was gone. That simple little trick was all he needed to change a major focus in his life, was having no energy in the morning."

Eggs were consistently recommended as part of the nighttime eating protocol and as a general protein source for anemia. They are portable, easy to consume in the middle of the night, and provide bioavailable protein. He described sucking an egg directly: "I have to suck an egg for it, folks. I'll show you how to do it."

Raw milk was recommended as a nighttime protein source: "Half a cup of milk before you go to bed or half a cup of milk, maybe a little extra cream and honey in it so you sleep well."

The milkshake (from his recipe books) was a standard recommendation: "Half a cup of milkshake at your bedside."

Fat was consistently recommended alongside meat, both to ensure proper digestion and to restore the fatty tissue environment needed for healthy bone marrow function: - Raw butter - Raw cream - Coconut cream

He noted: "You could have some eggs along with the cream and butter. Like steak tartare. Or as part of a sauce."

He prescribed olive oil with the evening meat meal for one highly athletic individual: "You might want to give her a tablespoon of olive oil with the evening meat meal once in a while, like three days a week."

For individuals whose red blood cells are damaged and not transporting oxygen well, Aajonus recommended carbonated water: "If you're going to drink water, make sure it is carbonated because you're not transporting oxygen very well throughout the system." He also recommended this in the iridology context: "Eat red meat and drink naturally carbonated waters."

For one individual with anemia signs combined with bile replacing fats and improper sun utilization through the skin, he recommended: "50-60% celery. And 20-30% parsley. It's a lot of parsley. You'll probably like it. You need all that vitamin E. You need the chlorophyll. When you get the chlorophyll into your system you're going to start using the sun properly and you don't need as much red meat."

He noted that for that individual's hand signs, "normally with a hand like yours you don't need much red meat. You should not be having anemia symptoms like this. But it looks like you're not utilizing the sun's rays in your skin properly."

"Avoid cooked and processed sugars. Eating raw meats, a little raw unripe fruit, and a minimum of ½ cup unheated honey daily supplies the nutrients necessary to reverse that condition."

For one individual with anemia symptoms alongside high hormonal activity, he recommended: - Pears - Apricots (when in season)

He noted that too much fruit is not appropriate for most anemic individuals, particularly those with low pancreatic function: "Of course, you should be eating fats with your meats... you wouldn't have much fruit."

The Q&A section contains a case involving a 10-year-old Amish girl with aplastic anemia, referenced in relation to his success with leukemia. The full protocol for aplastic anemia from this source is not completely detailed in the available passages beyond the general reference.

---

Aajonus gave specific and consistent timelines for various aspects of anemia recovery, grounded in his understanding of how long it takes the bone marrow to produce mature red blood cells.

For blood loss anemia where the spleen is healthy: - The spleen dumps reserve red blood cells into the bloodstream as soon as a blood clot is complete - Recovery from anemia: "In a matter of an hour, you're no longer anemic" - In a healthy person (caveman analogy): within an hour - In a sick person today: "In the caveman days it could all happen in an hour. So you'd have an hour to recover" vs. for someone ill today, "within about 6–10 hours"

After a significant blood loss where the spleen has dumped its reserves, the bone marrow must replenish both the circulating blood and the spleen reserve: - "To make a quart of blood would take about 60 days." - "It's anywhere from a 40 day to a 65 day process." - "It's going to take you 60 to 90 days to rebuild all that blood." - Heating and cooling difficulties (from depleted spleen reserves) last 40 to 60 days

When the cause is simply not eating during the night: - One night of implementing the nighttime eating protocol produces results immediately - The case of John the neuroscientist: "So he did that. I set an alarm, awakened, had something to eat, woke in the morning, all the energy was gone. That simple little trick was all he needed."

"I put them on lots of red meat, and they're over their anemia in a few weeks."

The deepest root cause, toxic bone marrow laden with heavy metals, has a much longer recovery timeline. Aajonus referenced Howell and Pottinger's work with animals: "It took five generations on a perfect diet to make them optimal again. It takes us seven to seven and a half years to go through one generation."

He stated regarding bone marrow toxicity: "That is the long process, a very long process."

For individuals with specific presentations: - One woman with many signs of anemia and coldness: recommended 70% red meat "for maybe three, four years. And then you can cut back." - One individual: "80-90% red meat. You should be eating at least a pound a day."

"That's all you manufacture in a day." (Referring to two to four tablespoons of red blood cells as the daily production rate of the bone marrow.) This is why nocturnal cannibalism of red blood cells is so damaging, it consumes the equivalent of an entire day's production in a single night.

---