Methamphetamine

Aajonus was explicit about what crystal methamphetamine is made from. He identified four to five types of detergents, kerosene, and ammonia as the primary constituent agents in the manufacturing process, and he stated that every substance used to produce the crystal is "completely an abrasive chemical." When those chemicals are smoked or otherwise introduced into the body, they do not transform into something benign. They enter the tissues as the industrial solvents they are, and the body must contend with each of them as it would any other introduced toxin.

He placed particular emphasis on the ammonia content. In his framework, ammonia in high concentrations disrupts the nervous system when absorbed through certain routes, and the combination of ammonia with detergent compounds and petroleum derivatives creates a compound toxic burden that the body cannot easily isolate in a single organ or system. Instead, the damage spreads through tissues wherever those compounds are deposited.

He also drew a direct comparison to supplement manufacturing, where kerosene derivatives are used as solvents to extract vitamins, and stated that in some respects meth represents a more concentrated version of the same class of industrial chemistry being introduced into the body. "You do less damage by snorting cocaine than you would by eating kerosene," he said in one workshop, and crystal meth's manufacturing base made it, in his view, considerably worse than cocaine in terms of the breadth of tissue damage it produced.

Aajonus explained the stimulant effect of meth and all speed-class drugs through the body's hormonal emergency response. When a toxic chemical enters the system, the body produces adrenaline at levels far beyond normal, because adrenaline is roughly sixty percent fat, and fat is the body's primary vehicle for binding with and neutralizing poisons. The person taking the drug experiences a surge of energy, confidence, and mental intensity, and interprets this as the drug working in a beneficial direction. In Aajonus's framework, the drug is not doing anything constructive; the person is feeling the force of the body fighting for survival against a chemical assault.

He noted that cocaine produces adrenaline at eight times the normal fight-or-flight level, and he grouped speed and Benzedrine in the same category of adrenaline-driving stimulants. Meth, being composed of more severe industrial compounds, produces a comparable or more extreme version of this pattern. The body is using up its fat stores, its hormonal reserves, and its mineral resources to manage the incoming toxicity. Over time, this depletes the tissues rather than building them.

He also noted that beyond adrenaline, the body produces elevated testosterone and other hormones in response to toxic chemical intrusion, because those hormones are similarly fat-rich and can function as binding agents. People interpret the increase in hormonal activity as improved vitality, but Aajonus argued this represents the body cannibalizing its hormonal systems to deal with a poison.

Aajonus described one specific patient case involving long-term crystal meth use to illustrate what the drug does to soft tissue over time. The patient was a twenty-seven-year-old woman who had used crystal meth for ten years. When she came to him, her entire vaginal area was completely dry, hard, and produced no mucus whatsoever. He did not describe this condition as one with a partial explanation; in his account, a decade of exposure to the ammonia, detergents, kerosene, and other abrasive compounds in crystal meth had stripped the mucous membranes of their ability to produce secretions. The tissue had been desiccated and hardened by chronic contact with industrial solvents moving through the body and expressing through the tissues.

This case was used to make the broader point that the high energy someone feels while using crystal meth comes at the direct cost of cellular integrity, glandular function, and mucosal health throughout the body.

One of Aajonus's recurring observations across multiple drug-use case studies was that body fat functions as a protective buffer against the tissue damage caused by drugs including speed, cocaine, heroin, and meth. He described a man who had been using cocaine, speed, and methadone for approximately thirty years and who weighed three hundred pounds at five feet nine inches when he came to Aajonus. Despite thirty years of heavy drug use, this man's internal organs, liver, pancreas, and other major structures were largely clean and functional. Only his skin and connective tissue showed the accumulated damage.

Aajonus's explanation was that the fat, even in the form of excess adipose tissue, served as a repository for the poisons. The toxic compounds discharged into the fat deposits and were held there, preventing them from reaching and damaging the vital organs. The skin, being the primary eliminative surface for fat-stored toxins, bore the visible consequences. "Even bad fat protects you from the toxins that are in the body," he said of this case. When that same man went on the Primal Diet and lost down from three hundred pounds to something closer to his natural weight, the change in his condition over four to five months was substantial precisely because the fat had been performing a protective function all along.

This principle applies to meth users as to other heavy drug users: those who carry significant body fat at the time of heavy drug exposure may suffer less internal organ damage than lean users, because the fat absorbs and sequesters the toxins rather than allowing them to circulate freely through the organs and glands.

Aajonus described the process of crystal meth toxins exiting the body through the skin in another case involving a patient who had also had HIV. He noted that when someone who has been a crystal meth user begins to detoxify, the compounds that make up meth, the cleaning fluids, ammonia, and industrial solvents, begin to express through the skin as the body attempts to discharge them. He described being able to visually identify this process in the patient, seeing the material starting to come out through the skin.

This is consistent with his broader framework in which the skin is one of the primary eliminative organs and in which a person's drug and chemical history is often readable through skin condition. Thick, gray, noduled, heavily pock-marked skin with scar tissue was something he identified in patients he could tell had been long-term drug and alcohol users, and crystal meth, given its extreme chemical composition, produces particularly severe skin manifestations during both active use and elimination.

Aajonus referenced research indicating that approximately seventy-eight to eighty-two percent of people diagnosed as addicted to crack cocaine had been placed on Ritalin as children, and he made the same structural observation about the pharmaceutical and recreational drug pipeline more broadly. He described a specific patient, a man who went in and out of jail and had been on crack, and who had no addiction at all when he maintained the Primal Diet but returned to crack within six to nine months of going off it. He situated this pattern within a broader argument that Ritalin and other stimulant pharmaceuticals given to children create a neurological and biochemical precedent that makes stimulant drug addiction more likely later in life, because the brain and body have already been conditioned to the adrenaline-driven stimulant response.

While his explicit statements about this link were made in the context of crack cocaine, he grouped meth, speed, Benzedrine, cocaine, and pharmaceutical stimulants together throughout his discussions, and his comments about the Ritalin connection apply structurally to the entire stimulant drug class.

When asked directly what to do about amphetamines, Aajonus pointed readers to his book and framed the answer this way: amphetamines are "just like the chemistry of the pharmaceutical industry," with the difference being that street amphetamines use "smaller amounts, diluted more, than the pharmaceutical industry." This equivalence was not offered as reassurance about meth but as an indictment of pharmaceuticals. In his framework, the line between a prescribed stimulant and a street stimulant is one of dosage and legality, not of fundamental chemistry or biological effect.

He described his own history of taking Benzedrine for chronic fatigue while working as a systems analyst, smoking two and a half packs of non-filter cigarettes daily, and drinking a fifth of gin nightly to counteract the stimulant effect enough to sleep. He framed this as chemically structured destruction of organic tissue, and he described the long-term endpoint of any stimulant use, pharmaceutical or otherwise, as paying "the piper" because "you've destroyed a lot of organic tissue."

Aajonus did not describe a specific standalone meth detox protocol in the passages available, but his general framework for recovering from drug exposure applies. The body eliminates drug compounds through fat, through bacterial action on compromised tissue, through skin elimination, and through bowel discharge. Supporting all of these requires abundant raw fat to sequester and transport the toxins, raw meat to supply the bacterial environment and rebuild damaged tissue, and foods such as raspberries, which he identified as specifically drawing out drug deposits and alkaloids because of their high and mineralically complex composition.

He described drug elimination as a slow process that can be estimated roughly in terms of time: he told one questioner that recovering from cocaine use approximately doubles the time it takes to restore health compared to someone without that history, and that chemotherapy multiplies recovery time by two and a half. Crystal meth, given its more extreme chemical base, would by extension of that reasoning require significant time for the body to fully discharge.

He also noted that cocaine drug residues specifically require two hundred to four thousand white blood cells or fat cells to arrest and eliminate a single molecule of toxin, and that when this mass is eliminated through a pore in the skin, it tears the skin, creating lesions and inflammation. Eating cheese with butter, or taking one to two tablespoons of pre-prepared mixed clay in two ounces of water or juice, helps the body redirect those toxins into the bowels for rectal elimination rather than forcing them through the skin, reducing the surface damage. He did not state this specifically for meth but the principle applies to all drug residue elimination.