An insect bite, in Aajonus's framework, is fundamentally a mechanical and chemical event, not a disease vector or infectious threat. When an insect bites, it introduces its own biological fluids, saliva, digestive enzymes, or venom, into or onto the skin, and the body responds by attempting to neutralize, isolate, and eliminate those foreign substances through its normal terrain-defense mechanisms.

Aajonus was emphatic that the conventional medical narrative surrounding insect bites, particularly mosquito bites and the supposed transmission of diseases like malaria, yellow fever, and other conditions, is categorically false and constructed to sell medication and vaccines. In his view, insects do not infect us. The body's reaction to an insect bite is simply the terrain responding to a foreign chemical substance introduced through the skin.

The female mosquito, which is the only one that bites among mosquitoes, does not inject anything infectious into the bloodstream. Aajonus explained in detail that the female mosquito bites surrounding cells to create a pool of blood, then sucks that blood up and carries it back to her larva. She deposits no saliva into that blood pool because doing so would contaminate and spoil the blood before she could deliver it to her offspring, which would kill the larva. Therefore, the entire premise of disease transmission through mosquito saliva is, in his words, "absolute horseshit" and "all bullshit to sell medication."

He extended this analysis to malaria specifically: malaria is a parasite that lives inside red blood cells and serves as a cellular cleanser, a janitor for the cell. It is not something that mosquitoes give to humans. On the contrary, mosquitoes acquire the malaria parasite when they suck our blood. The filaria (the malaria parasite) is so microscopically small it is smaller than a speck on the proboscis of a mosquito, and it does not belong in the bloodstream of the mosquito, it is a parasite of the human red blood cell. When a mosquito ingests blood containing malaria, the filaria actually helps pre-digest the red blood cells so the larva can eat them more efficiently.

Similarly, yellow fever is not transmitted by mosquitoes. If the blood were contaminated with yellow fever, the larva would die. Aajonus stated: "If that blood was contaminated with yellow fever, the larva wouldn't live. So this whole idea that mosquitoes give you yellow fever is another tactic to get you to take yellow fever medicine, vaccines, and medication."

For other insect bites, bee stings, wasp stings, scorpion stings, spider bites, tick bites, the reaction is the body's terrain dealing with the venom or enzymatic substance introduced at the site. The severity and duration of the reaction depends entirely on the health of the body's terrain, particularly whether it is producing adequate hydrochloric acid and whether it has sufficient fat-based protection.

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Aajonus taught that the primary reason humans get bitten by mosquitoes and other insects at all is dietary, specifically the consumption of sweet fruits, high-sugar foods, and high carbohydrate diets that create sweet, high-sugar blood.

Mosquitoes evolved to feed on the blood of herbivores, deer, goats, sheep, antelope, cows, animals that eat large quantities of carbohydrates and whose blood is correspondingly sweet. These insects were never naturally drawn to human blood, which is normally more acidic and not sweet. However, because modern humans (and sugar-eating humans throughout history) consume high-carbohydrate and high-sugar diets, their blood chemistry has shifted to resemble that of herbivores, making them attractive to insects.

Aajonus gave repeated personal testimony to this: when he was a "punkarian" (fruitarian/vegetarian), he would wake up with 200 mosquitoes feeding on him at once, potentially losing a whole ounce of blood in a single night. After transitioning to a raw meat-based, low-sugar diet with adequate fat, mosquitoes virtually stopped bothering him entirely, unless he ate sweet fruit, and particularly watermelon, which he identified as the most dramatically effective food for attracting mosquitoes.

He described the mechanism as follows: dietary fat creates a coating or "ceiling" of fat on the surface of the skin. When an insect lands on a fat-protected body, the insect's own digestive enzymes and saliva cannot penetrate the fat barrier, so the insect's enzymatic activity is neutralized before it can cause damage. Furthermore, the smell and chemistry of fat-rich blood repels insects rather than attracting them.

The specific trigger for mosquito attraction, in Aajonus's observation, was the sugar content in the blood that comes from consuming certain sweet fruits, watermelon being by far the most powerful attractant. He noted that:

• One thin slice of watermelon reliably resulted in being bitten by five to seven mosquitoes the same night, every time.
• A half cup of watermelon resulted in being bitten by at least five mosquitoes.
• Eating around the seeds of the watermelon, only the tiny heart and the white rind, avoiding the area near the seeds, was the one exception he discovered, which he attributed to an intuition that some element concentrated around the seeds was what fed the mosquitoes' preference. He discovered this when spending two months in the tropics eating watermelon daily in this manner without getting a single bite.
• Mangoes, eaten over two to three days, would begin to result in a few bites by the third day, but far less dramatically than watermelon.
• A half cup of fruit combined with avocado or coconut cream would generally not result in bites, though watermelon remained uniquely problematic even in small quantities.
• Acidic fruits, oranges, tangerines, unripe fruits that are tart rather than sweet, mixed with eggs (60% eggs, 40% juice by ratio) did not attract mosquitoes.
• Being in Asia with no access to milk, Aajonus would substitute butter, and this maintained sufficient fat chemistry to repel insects.

He summarized the evolutionary implication: in nature, if humans ate sweet ripe fruits freely in jungle environments, they would become food for insects. The constant irritation and blood loss from insect predation would make it impossible to live comfortably in nature on a high-fruit diet. This is why, in his view, humans are not naturally adapted to eat ripe, sweet fruit.

For the severity of the local reaction to any insect bite or sting, the root cause is the body's ability to neutralize the venom through its hydrochloric acid system, its fat stores, and its overall terrain health. A body with:

• Adequate fat coating on the skin, insects cannot penetrate and their enzymes are neutralized on contact
• Sufficient hydrochloric acid production, venom introduced into the body is routed to the stomach and neutralized
• Good overall nutritional status, the body can handle and process the foreign substance efficiently

...will suffer minimally from insect bites and recover rapidly, as Aajonus demonstrated repeatedly through his own scorpion sting experiences (see Recovery Timeline).

A body that is nutrient-depleted, low in fat, highly toxic from cooked food consumption, or producing insufficient hydrochloric acid will react more severely because the venom accumulates in the system without adequate neutralization capacity.

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Insect bites, in Aajonus's framework, span multiple philosophical pillars:

Terrain Theory / Root Cause: The fundamental claim that insects do not transmit disease, that mosquitoes do not cause malaria, yellow fever, or any other disease, is a pure terrain theory teaching. Disease emerges from within the body's own terrain, not from external infectious agents delivered by insects.

How to Live / Sovereignty: The dietary management of insect attraction, staying off sweet fruit to avoid being eaten alive by mosquitoes in natural environments, is a practical sovereignty teaching about how humans lived in nature before air conditioning, bug spray, and sealed environments. Aajonus explicitly linked this to the question of how humans could survive in natural environments without chemical bug repellents.

Cooked Food / Raw Food: The remedies for insect bites, raw lime juice, raw beet, raw corn, raw clay mixtures, and the use of raw hydrochloric acid sources (raw corn, vomit, raw beet juice) to neutralize venoms fall under Raw Food's framework of how raw foods carry active enzymes and acids that cooked foods cannot replicate.

Detoxification: The body's routing of insect venom, either out through the skin (causing rash) or down to the stomach (for hydrochloric acid neutralization), is described as a detoxification process. The choice the body makes between these two pathways depends on whether routing to the skin would cause neurological damage, in which case the body prefers stomach neutralization.

Microbes: The dismissal of mosquito-borne disease transmission (malaria, yellow fever) is a direct challenge to the germ theory premise that microbes are transmitted by insects as external infectious vectors.

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Swelling at a bite or sting site is the body concentrating resources, nutrients, fluids, immune activity, to the area of the venom introduction. This is not a pathological response but a purposeful one. Aajonus described his own scorpion sting experiences with "very little swelling" in the early stings and progressively less response with each subsequent sting as his body learned to handle the venom more efficiently.

In the case of black widow bites, which cause the whole arm to swell, Aajonus did not treat this as catastrophic but as the body's attempt to distribute and dilute the venom. The remedy, hydrochloric acid from vomit applied to the arm, works by neutralizing the venom that has spread into the swollen tissue.

In his scorpion sting experience, Aajonus described numbness traveling from the sting site down the hand and back up the arm and down the side over a 24-hour period. He reframed this not as systemic poisoning requiring hospitalization but as the nervous system's response to the venom as the body processed and neutralized it. The sensation was heavy and tingly but not dangerous for a healthy body.

Itching at a bite site is described as the body's detoxification activity at the skin level, the expulsion of the insect's saliva or venom through the skin. Aajonus described waking up from a mosquito bite with intense itching in one spot. His remedy was to simply rub saliva on the area for a few minutes, which resolved the itching.

In a separate context related to hives (which he distinguished from insect bites in a Q&A where he corrected someone who thought they had insect bites but actually had chemical detoxification through the skin), he noted that itching indicates insufficient fat in the area and in the cells, and recommended a mixture of unheated honey and raw no-salt butter applied topically.

A rash around the bite area is described as the body throwing poisons back out through the skin. If the body determines that the rash would create neurological damage, it will instead route the venom to the stomach for hydrochloric acid neutralization rather than expelling it through the skin.

Pain is the nervous system's signal of the chemical disruption caused by the venom. Aajonus did not pathologize this but described it as the natural sensation accompanying the body's processing of the foreign substance. In his scorpion sting experiences, severe pain that lasted 24 hours in the first instance diminished with each subsequent sting as his body developed faster response pathways.

If the bitten area continues to swell beyond the initial response, Aajonus provided a specific poultice remedy (see Food Protocol), treating continued swelling as the body's ongoing effort to process what it could not fully neutralize in the first response.

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Remedy 1: Fresh Raw Lime Juice - Apply fresh raw lime juice directly to the bite area - This helps dissolve and neutralize the insect's saliva - Aajonus used this himself on his scorpion sting site: "I did put some lime juice on the area and around there, because I knew that would help neutralize some of the poisons" - Lime juice helps neutralize bacteria and poisons at the site

Remedy 2: Clay-Water-Olive Oil Mixture - ½ teaspoon powdered sun-dried clay - 1½ tablespoons of water - 1 drop of stone-pressed olive oil - Mix together and apply to the bitten area - This mixture attracts and absorbs poisons and soothes the area - The clay draws toxins out; the olive oil provides a soothing, protective medium

Remedy 3: Fresh Raw Corn (if available) - Simply chew some fresh raw corn on the cob and apply the chewed mass directly to the bitten area - The hydrochloric acid naturally present in raw corn draws out the venom - Aajonus told a girlfriend who was stung by a scorpion to take fresh raw corn, chew it a little, and put it on the area, explaining that "the hydrochloric acid in there would draw it out"

Remedy 4: Corn Starch Poultice (for continued swelling) - Use this if the bitten area continues to swell after initial treatment - 1 tablespoon corn starch - 2 teaspoons good mineral water - 1 pinch of powdered mustard - 2 drops stone-pressed olive oil - ½ pinch of fresh self-grated nutmeg - Mix and apply as a poultice to the swollen area

Remedy 5: Saliva - Applying saliva directly to the bite, rubbing for a few minutes, can resolve itching and help break down the foreign substances - Aajonus described using this himself: "I just rubbed on it for a few minutes, and it went away" - The principle is that saliva digests biological matter, it breaks down dead cells and neutralizes biological irritants, which is why animals instinctively lick wounds

Remedy 1: Beet-Lime-Clay Poultice - 1 teaspoon fresh shredded and minced beet - 1½ teaspoon fresh raw lime juice - ½ teaspoon powdered sun-dried clay - Mix and apply as a poultice to the poisonous bite site - The beet provides beet-based hydrochloric acid activity; the lime dissolves and neutralizes; the clay draws and absorbs

Remedy 2: Coffee Grounds-Lime-Clay Poultice (Emergency Use Only) - 1 teaspoon normally cooked moist coffee grounds - 1 teaspoon fresh raw lime juice - ¼ teaspoon powdered sun-dried clay - Mix and apply topically - Aajonus was explicit: "I never suggest that anyone drink coffee of any sort, but topically it works for poisonous bites in an emergency" - This is strictly an emergency topical remedy when no other options are available

Remedy 3: Vomit Applied to the Bite Site - In wild conditions or emergency situations where no remedies are available, Aajonus recommended using one's own vomit applied directly to the bite or sting site - The principle: the stomach produces hydrochloric acid, and vomit carries that acid to the surface - Applied to a swollen arm from a black widow bite, for example, the hydrochloric acid in the vomit is absorbed through the skin and neutralizes the venom - "If you put vomit on that arm, I'm talking about, let's say, you're out in the wild and doing this, you can go get HCL from a store. It's not true HCL, but it will neutralize it, and then there will be less nerve damage in the body. But the best optimal way to do it would be vomit, and then spread that vomit on that arm, and it will absorb it, and it will neutralize those toxins, that venom" - He also described this in the context of a rattlesnake bite: he induced vomiting and applied the vomit to the wound site - He described also having someone vomit when they were bitten by a rattlesnake and applying that vomit to the wound

Remedy 4: Hydrochloric Acid (HCL) from Store - When vomit is not available, commercial HCL can be applied topically - "It's not true HCL, but it will neutralize it" - Aajonus described experimenting with this himself: "I've done it several times taking hydrochloric acid and injected it into my own leg one time as an experiment. The venom was gone instantly"

Milk and Dairy: - When American Indians were bitten by something venomous, they would seek out a lactating animal and drink the milk - The milk draws the poisons to the stomach, where hydrochloric acid can neutralize them - Cheese combined with milk absorbs the venom with its minerals and passes it out of the body - "Eat milk and cheese and eat that and draw those poisons to the stomach, and then hydrochloric acid will neutralize it. The dairy will absorb it with the minerals and pass it out of your body"

Beet Juice: - For systemic venom exposure (Aajonus described this for a rattlesnake bite case), drink lots of beet juice, about two ounces every two to three hours - Combine with lots of cheese - Also take about one tablespoon of flax oil every three to four hours - The beet juice contains hydrochloric acid activity that helps dissolve any matter that has formed in the system

Raw Corn (Internal): - Along with topical application, for rattlesnake and scorpion venom, Aajonus instructed the person to "put that on locally and drink lots of beet juice", suggesting the topical corn application works alongside internal beet juice consumption

Clay and Milk Combination: - Clay can be taken internally to draw poisons to the stomach, where hydrochloric acid will neutralize the venom - "You just make sure your hydrochloric acid's producing, you know, in your stomach and you take clay or something to draw the poisons into the stomach and that'll neutralize the venom and you won't die"

Aajonus provided a specific formula for people who have a genuine allergy to the saliva of a tick or other insects, or as a systemic protocol to resolve insect fluid allergies:

Formula: - 10 ounces lime juice - 10 ounces unheated honey - 3½ ounces raw cream OR never-heated-above-96°F fermented coconut oil OR stone-pressed olive oil

Protocol: - Drink 4 ounces at a time - Every 3–4 hours daily - For 10 days - "Drinking 4 ounces at a time every 3-4 hours daily for 10 days usually resolves any allergy to insect fluids"

Foods that reduce mosquito attraction: - Raw meat (creates acid blood that mosquitoes do not like) - Raw fat, butter, cream, raw dairy in general, creates a fat coating on the skin that repels insects and neutralizes their enzymatic secretions on contact - Tart, unripe fruits (oranges, tangerines, relatively unripe mangoes) combined with eggs (60% eggs, 40% juice ratio), does not create sweet enough blood to attract mosquitoes - Staying off high-sugar fruit entirely for at least a week before going into mosquito-heavy environments

Protocol for living in insect-heavy environments without repellents: - "If you want to be a nature person, and you want to survive without bug spray and all those poisons on you, don't eat fruit for a week before you go out there. Keep any kind of carbohydrate out, their bread and everything. Because they love it." - The principle: mosquitoes evolved to feed on herbivore blood (deer, antelope, cows) which is high in carbohydrates. By maintaining acid, fat-rich, low-sugar blood chemistry, one becomes unattractive to mosquitoes

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Aajonus provided an extraordinarily detailed personal account of being stung by scorpions multiple times in Thailand, which serves as the most comprehensive case study in the sources for recovery timeline from venomous stings:

First sting (tiny scorpion, most deadly concentration of venom): - Site: right wrist - Scorpion size: approximately one inch long, described as the most deadly because venom is not yet diluted - Aajonus's note on scorpion venom concentration: as scorpions grow, each centimeter of growth dilutes the venom by half, so adult venom is five times less concentrated than infant venom - Sensation: sharp and painful sting; then numbing, swelling traveling down the hand, back up the arm, and down the side - Duration of this nerve travel: over a 24-hour period - Physical symptoms: very little swelling, a little rash at the site, the arm felt as though a 30-pound weight was in it, tingling, hot feeling, mainly internal nerve sensations - No pussing, no breaking out of skin - Treatment: lime juice applied to the area and around it - Resolution: completely gone within 24 hours - "So I said, wow, that's cool. I did put some lime juice on the area and around there, because I knew that would help neutralize some of the poisons."

Second sting (smaller than one inch, even more concentrated venom): - Occurred five days after the first - Site: same wrist area (right here on the wrist, from a scorpion inside a glove) - Aajonus's concern: on top of the same arm, might be worse - Duration: lasted only three hours - Behavior: did not travel all the way up the arm, stayed localized - No treatment mentioned beyond waiting

Third sting (about ten days after the second): - A scorpion fell from a doorway onto his arm - Site: same arm - Duration: ten minutes, sensation was gone - Effect: absolutely nothing, "no soreness in the area, nothing. Just a little rash to the skin" - This demonstrated to Aajonus that his body had "learned another way to develop that kind of sensory analysis and direction to handle those poisons, even though I don't have an appendix"

The progression: - First sting: 24 hours recovery - Second sting (five days later): 3 hours recovery - Third sting (about 10 days after second): 10 minutes recovery, no effect

Aajonus's interpretation: - The body learns progressively faster to neutralize the specific venom with each exposure - His lack of an appendix (which normally stores antibody-type information for venom) meant his body had to find alternative storage and response pathways, but it did so successfully - Previously, 20–25 years before (without the diet), a single bee sting would affect him for a whole week due to lack of appendix - The scorpion stings, with far more concentrated, deadly venom, were resolved in dramatically shorter times on the Primal Diet

Key lesson stated: "So when you learn to shake off everything before I touch it again. And that one didn't do anything. Had no sensation, no burning, except for that very spot. And that lasted maybe an hour, just on that spot."

He also stated: "So, my body had learned another way to develop that kind of sensory analysis and direction to handle those poisons, even though I don't have an appendix. But, if you have an appendix, it's easy. Your body won't have to relearn how to do that in order to store it."

Aajonus summarized the recovery principle: a healthy body on a good Primal Diet will process venoms, insect saliva, and bite reactions dramatically faster than a body on a cooked food or high-carbohydrate diet. The body's speed of response improves with: - Better nutritional status (more fat, more raw protein, more raw dairy) - Prior exposure to the same venom (the body learns to respond faster) - Adequate hydrochloric acid production - The presence of an appendix (which helps store and direct the response; those without an appendix can still adapt but must develop alternative pathways)

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