"If we learn to see problems in terms of a general disorder of energy metabolism, we can begin to solve them" - Ray Peat
Study links and people with results maybe twitter posts for motiovation (Testimonies), spreading hope, avoiding helplesness
Progesterone, lowering inflammation, fixing defficiencies, getting your metabolic rate up fixes most things.
While treating the root cause, you can still tend to the outside, minimize symptoms to improve your life quality.
This page is just for data accumulation and indexing, not an actual guide.
If you can't access the full study, use https://www.sci-hub.box/
Sibo (link)
Weak abdominal muscles/PSOAS
Visceral fat
Raised inflammation
https://x.com/RayPeatHeadShop/status/1995290567971119473
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Abdominal pain | Low butyrate → increased visceral hypersensitivity & inflammation | Microencapsulated sodium butyrate | 300 mg/day (commonly 150 mg twice per day) as used in the clinical trial[1] IBS was improved by ~50% in 96% of patients |
| Bloating / gas | Impaired fermentation balance and weakened gut barrier increase luminal irritation | ||
| Irregular bowel movements (constipation/diarrhea) | SCFA deficiency alters motility and mucosal signaling | ||
| Overall IBS symptom severity | Low butyrate reduces mucosal integrity and increases inflammation | ||
| Bloating, gas, and pain | Excessive bacterial fermentation in small intestine (SIBO), leading to gas and inflammation | Raw Carrot Salad (antibacterial fiber, binds endotoxin, estrogen) | 1 serving between meals |
| Endotoxin absorption from gut | LPS crosses gut barrier, triggers systemic inflammation and serotonin release[2] | Activated Charcoal – binds endotoxin and serotonin precursors | 500–1000 mg away from food, 2–3x/week |
| High serotonin in gut | Serotonin increases gut motility and sensitivity, promotes inflammation | Vitamin B6, Niacinamide, Magnesium – serotonin inhibitors and metabolism support | B6: 20–50 mg/dayNiacinamide: 100–500 mg/dayMagnesium: 200–400 mg/day |
| Nickel exposure (could be from braces) | worsens gastrointestinal symptoms | Low nickel diet[3] |
Lactoferrin https://x.com/FarvingCo/status/2009026441032118649
https://x.com/Helios_Movement/status/1993680224077136047?
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Low stomach acid (hypochlorhydria) | Leads to poor digestion and delayed gastric emptying → fermentation → pressure on LES | Betaine HCl + pepsin (used cautiously and contextually) | 300–600 mg with protein meals |
| Inflammation and nitric oxide excess | Inhibits mitochondrial function and lowers LES tone | Vitamin E, aspirin (low-dose) | E: 100–200 IU, aspirin: 30–80 mg |
| Estrogen dominance | Relaxes smooth muscle including LES | Progesterone – restores muscle tone and opposes estrogen | 5–20 mg topical or oral |
| Stress-induced hyperventilation | Reduces CO₂, tightens diaphragm and LES dysfunction | Carbon dioxide support via breathing, bag breathing, or CO₂ baths[4] | 10–20 minutes/day |
| Serotonin excess | Promotes gut motility dysfunction and inflammation | Cyproheptadine, B6, magnesium | Cypro: 1–2 mg/day; B6: 25–50 mg; Mg: 200–400 mg |
| Endotoxin (LPS) | Irritates gut lining, slows transit, increases reflux symptoms | Activated charcoal, carrot salad, cascara | Charcoal: 500 mg before bed; Carrot: daily; Cascara: 1/4 tsp |
| Poor bile flow | Delayed digestion increases pressure and reflux | Taurine + glycine + choline | Taurine: 1–2 g; Glycine: 3–10 g; Choline: 250–500 mg |
| PUFA damage to stomach lining | Increases inflammation and oxidative stress | Saturated fats (coconut oil, butter), vitamin E | Replace PUFA; 100–200 IU E |
| Esophageal inflammation | Acid + endotoxin → mucosal damage | Aloe vera juice, baking soda, glycine, vitamin E | Aloe: 30–60 ml; bicarb: 1/4 tsp in water; glycine: 5 g |
| Dental erosion | Acid up the esophagus wears enamel | Calcium carbonate, baking soda rinse, sugar for salivation | Calcium: 250–500 mg; baking soda rinse post-meal |
| ENT inflammation / tinnitus | LPR (laryngopharyngeal reflux) irritates Eustachian tubes | CO₂ therapy, vitamin A, pregnenolone, reduce reflux | A: 5,000 IU; pregnenolone: 10–20 mg |
| Mood issues | Cortisol, low dopamine from reflux stress | Vitamin C, niacinamide, thyroid, dopamine precursors | C: 1–3 g; niacinamide: 100–300 mg |
"A very hypothyroid person sometimes has bacteria and yeast living in the stomach." - Ray Peat
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Hypothyroidism | Hypothyroid people are 11 times more likely to have SIBO.[5] | Fixing thyroid or supplementing | |
| Bloating, gas, diarrhea, constipation | Fermentation in small intestine due to slowed motility, hypothyroidism, or excess endotoxin[6] | Thyroid (T3) – boosts motility and lowers endotoxin load | Start low, titrate up under guidance |
| Dysbiosis, excess fermentation | Excess bacteria producing serotonin, nitric oxide, lactate | Activated charcoal / bamboo charcoal | 500–1,000 mg away from food |
| Excess serotonin & histamine from gut flora | Serotonin is inflammatory and slows gut motility | Vitamin B6, Niacinamide – co-factors for serotonin breakdown | B6: 10–50 mg, Niacinamide: 50–100 mg with meals |
| Weak gut barrier & inflammation | Endotoxin, nitric oxide, and stress hormones | Vitamin A, D, and E; Glycine (gelatin) | A: 5,000–10,000 IU; D: 1,000–2,000 IU; E: 100–400 IU; Glycine: 5–10 g/day |
| Antibiotic side effects or resistance | Gut flora imbalance and relapse from overuse | Herbal antimicrobials (e.g., berberine, oregano, FC-Cidal, AR-BR) | 2 capsules BID, cycle 2–4 weeks |
| Recurrence from low stomach acid | Insufficient HCl allows bacteria into SI | Betaine HCl + Pepsin | 300–600 mg with protein meals |
| Motility stagnation | Disrupted MMC (migrating motor complex) | Ginger, low-dose erythromycin (motilin agonist) | Ginger: 500–1,000 mg before bed |
| Candida overgrowth, white tongue | Thrives in high Estrogen environment | Progesterone, Camfocel | |
| Candida thrives with low Vitamin D | Low vitamin D raises inflammation, worsens the functioning of the immune system, lowers it's killing ability. | Vitamin D | 300 IU |
| Tooth decay (Dental hygiene) | Bacteria comes from the gut into the mouth via reverse peristalsis. | Clean your gut |
https://x.com/Outdoctrination/status/1995535111320633625?t=wCBG2gUrbUfyk6dWD-5SdA&s=33
https://x.com/lowmegatron/status/1998768493362114841
https://x.com/i/status/1998793928628207897
Local estrogen dominance relative to androgenic opposition > Amplification via aromatase upregulation and estrogen receptor sensitization > Structural expansion of ducts and stroma > Fibrosis, which limits reversibility
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Estrogen dominance | Local high E2 relative to androgens causes ductal proliferation + fat deposition in breasts[7] | Raloxifene (SERM) - Not Peaty | 60 mg? |
| High aromatization | Excess body fat → ↑ aromatase → ↑ estradiol → androgen suppression | Avoid dirty bulking; control fat gain, aromateise inhibitors like pregnenalone | |
| 5α-reductase inhibition (finasteride) | Blocks DHT + neurosteroids → shifts T to E2 → HPTA suppression + low androgen signaling | Avoid/discontinue finasteride | |
| Low libido | High prolactin / low dopamine > low T | Address prolactin/dopamine (not just T) |
"With allergies, it’s similar to autoimmunity except not so serious, estrogen changes the immune function, tends to shrink the thymus gland, and increase antibody production without the guidance of the thymus cells." - Ray Peat
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Thymus shrinkage | Reduces T-cell production, weakening immunity and increasing autoimmunity risk. Hypothyroidism leads to elevated estrogen/cortisol which causes thymus atrophy over weeks.[8] | Address hypothyroidism to maintain thymus function, potentially using thyroid hormone support. |
https://x.com/RayPeatHeadShop/status/1748075159490093209
https://x.com/lowmegatron/status/1995583768954835439?t=vTVU5pzqUt9AKdJcKK7hZA&s=33
https://x.com/Helios_Movement/status/1994117243441934395
B vitamins/Brewer's yeast
Pregnenolone https://x.com/KruseYouri/status/2021097563336896840
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Uric acid or phosphate crystalization in joints | Body responds to inflammation with uric acid (a protective antioxidant) | ||
| High PUFA intake | Promote inflammation | Avoid | |
| Increase metabolic function, lower systemic/local inflammation | |||
| Adequate potassium and magnesium | |||
| Gelatin | 1 tbsp +/d in food or drinks | ||
| Aspirin | Always take with food or milk to protect the stomach | ||
| Red light therapy | |||
| Epsom salt & baking soda baths |
Epsom salt & baking soda baths Consider gelatin/collagen - [9] - Help with overall metabolic function Red light therapy - Multiple accounts describe rapid pain relief from infrared/red light on affected joints Aspirin with food -
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Cartilage loss | Low vitamin K1 intake impairs the activation of vitamin K-dependent proteins (e.g., matrix Gla protein), leading to increased cartilage proteoglycan loss and potential calcification, disrupting joint tissue homeostasis.[10][11] | Increase dietary or supplemental vitamin K1 intake to support cartilage health and prevent degeneration. |
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Rheumatoid arthritis triggered by specific gut bacteria causing systemic autoantibody generation and joint inflammation[12] | Gut bacteria like Subdoligranulum strain induce immune responses, leading to migration of autoreactive cells to joints, causing cartilage and bone damage | Targeting gut dysbiosis with treatments like antibiotics or dietary adjustments to reduce bacterial overgrowth |
https://x.com/MyProtocols/status/2010383660067983749
https://x.com/Outdoctrination/status/1995581667281703128?t=6AM_aTeaX7qrf8f1557JvQ&s=33
https://t3uncoupled.substack.com/p/dht-heartbreak-and-the-aging-process
https://x.com/lowmegatron/status/1995508261601063303?t=Bj736rCCurahDywTLbozhw&s=33
Waking lactate tests
"Mental health disorders are maladaptive downregulation of energy production in the brain in an effort to conserve energetic resources in the face of inescapable stress" - Georgi Dinkov[13]
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Low thyroid hormone levels[14] |
Vitamin B8 (Inositol)
do yoga about it, get gaba https://pubmed.ncbi.nlm.nih.gov/17532734/
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Intraneuronal magnesium deficiency | Dysregulated calcium influx and nitric oxide signaling, leading to neuronal damage; worsened by stress hormones and low magnesium intake | Magnesium (glycinate or taurinate) | 125–300 mg per dose, taken with each meal and at bedtime[15] |
| People with the highest dietary vitamin K intake had lower odds of having depressive symptoms[16] | Vitamin K | 120 ug/d for men and 90 ug/d for women |
https://x.com/lowmegatron/status/1991552237630337460?t=fiMVK-upmRpwiOAARmNxsw&s=33
raised inflammation https://x.com/Outdoctrination/status/2003134963105870209
https://x.com/Outdoctrination/status/1995550210022670672?t=c0T6WAElLM-ksZRfLV86nQ&s=33
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Vitamin D Deficiency | Significantly lower serum vitamin D levels (19.11±10.10 ng/ml vs. 28.67±13.76 ng/ml in controls)[17]impacting dopaminergic pathways and neuroprotection | Vitamin D supplementation | |
| Lack of brain energy | Body tries to compensate with stress hormones | ||
| Constant excitatory state, lack of calming and inhibitory brain signals | Low GABA, dopamine and glutamate production | Taurine[18] |
https://x.com/lowmegatron/status/1995236473612747010?t=P0nrNyc0v0nay6vwZ6oA9A&s=33
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Lack of early light exposure | Circadian rhythm disruption | For every 30 minutes of sun exposure before 10am, you fall asleep 20 minutes earlier at night and sleep quality is significantly improved | 30 min+ morning[19] |
Night terrors/sweats
Sleep paralysis
Twitching
Interupted sleeping by peeing
Sleep apnea
Poor sleep quality
https://x.com/Outdoctrination/status/2019503796179632592
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Causes | |||
| Prenatal Stress | Positive correlation between prenatal stress and male homosexuality in Germany post-World War II, with 73% of stressful events linked to war influences or unwanted pregnancies.[20] | ||
| Prenatal Stress + Nicotine exposure in the womb | Significant feminizing effect of stress on the sexual orientation of male offspring in 1st trimester, 2nd trimester stress increased the likelihood of lesbianism in female offspring. [21] | ||
| Prenatal stressors + immune responses | Trigger epigenetic changes like histone acetylation, silencing genes for masculinization and increasing homosexuality risk, with effects persisting across generations via non-coding RNAs[22] | ||
| Severe maternal stress during pregnancy | Especially in the second trimester may alter the sexual orientation of male offspring, based on retrospective reports from 283 mothers and their children. [23] | ||
| Different hormonal reacion - estrogen feedback loop | They gave straight men lutinizing hormone causing a rise in estrogen then come down, gay men and trannies had positive feedback loop rasiing estrogen in turn raising lutinizing hormone. [24] | ||
| Prenatal exposure to sex steroids | Eg. testosterone organizes human sexual orientation, with higher levels promoting attraction to females and lower levels to males, supported by studies on conditions such as congenital adrenal hyperplasia.[25] | ||
| Childhood Sexual Abuse (CSA) | In a cohort of 327 homosexual and bisexual men, 35.5% reported CSA,[26] | ||
| Childhood Sexual Abuse (CSA) | Among 1,001 adult homosexual and bisexual men attending STD clinics, 37% reported coerced or forced sexual contact before age 19 (94% with male partners)[27] | ||
| Childhood Sexual Abuse (CSA) | Gay men and lesbian women reported significantly higher rates of childhood molestation than heterosexuals, with 46% of gay men (vs. 7% of heterosexual men). [28] | ||
| Childhood Sexual Abuse (CSA) | 2.5 times higher odds of CSA, 1.7 times higher odds of parental physical abuse, [29] | ||
| Childhood Sexual Abuse (CSA) | 1,500 adults, 83% of LGBQ individuals reported adverse childhood experiences (ACEs) like sexual/emotional abuse. [30] | ||
| Prenatal androgen exposure | Lower prenatal testosterone correlates with smaller 2D:4D finger ratios in gay men (feminized) and larger ratios in lesbians (masculinized), linking hormone levels to brain organization for sexual partner preference, as replicated in CAH studies where high androgens increase lesbianism risk by 30–40%. [31] | ||
| Gene- and environment-dependent neuroendocrine etiogenesis of homosexuality and transsexualism | |||
| Thyroid hormone disruptions | Prenatal thyroid imbalances (e.g., via autoimmune issues on chromosome 14) alter sex steroid metabolism, increasing homosexuality incidence, as thyroid glands act as "sexual organs" influencing fetal brain dimorphism. [32] | ||
| Genetics | There is no gay gene. [33] | ||
| Brain Differentiation | Alcohol helps (temp), increase CO2, Magnesium, increase mitochondrial function - salt, B3, Coffee, antiinflamatory - Progesterone and DHEA, Thyroid supports GABA by producing CO2, neurosteroids, and ATP, diet- avoid excess phosphate, lactic acid, and iron. [34] | ||
| Hypothalamic differences | Gay men's INAH-3 nucleus (third interstitial nucleus of the anterior hypothalamus) is smaller and more female-like, formed prenatally under androgen influence, correlating with sexual orientation. [35] | ||
| Amygdala and auditory processing | Homosexual individuals show sex-atypical amygdala connectivity and otoacoustic emissions (inner ear responses), suggesting prenatal hormones organize neural circuits for attraction, with lesbians displaying hyper-masculinized auditory evoked potentials. [36] | ||
| Suprachiasmatic nucleus (SCN) size | Larger SCN in gay men (similar to women) indicates prenatal estrogen/testosterone imbalances affect circadian and sexual dimorphic brain regions, influencing partner preference circuits. [37] | ||
| Estrogen Response | A single estrogen dose created a positive feedback loop in homosexual men, unlike heterosexuals, supporting brain differentiation differences. [38] | ||
| Endocrine Response | ACTH injection revealed abnormal adrenal hormone ratios in female homosexuals and transsexuals, linked to a 21 hydroxylase deficiency. [39] | ||
| Baseline Cortisol | Transsexual women showed higher baseline cortisol levels than homosexual or heterosexual women. [40] | ||
| Hyperprolactinemia | Stress-induced high prolactin levels may predispose male infants to homosexual tendencies, may prevent brain masculinization, reversible with dopamine agonists like lisuride. [41] | Lisuride | |
| Hormone Influence | Estrogen and melatonin increase prolactin, while progesterone reduces homosexual activity; melatonin gummies may contain excessive levels. | ||
| Orgasm and Hormones | Estrogen-driven states and progesterone/vitamin E deficiencies may lead to unfulfilling orgasms, influencing novelty-seeking behaviors. | ||
| Conversion Therapy Case | DHEA treatment corrected homosexual tendencies and anti-social behaviors in two teenagers. [42] | DHEA, beautiful imagery of the sexes, and progesterone |
"Having an orgasm without enough vitamin E would be like sneezing without first inhaling, the effect is a series of very small, quick sneezes." - Ray Peat
Masters, the sex researcher, recently mentioned that
quite a few women have been losing their ability to have an orgasm after being on the pill for 18 months or longer, and
For certain nerve systems, both taking vitamin E and having an orgasm might be compared to taking a good deep breath.
Tocontinue the analogy between breathing and orgasm. having an orgasm without enough vitamin E would be like sneezing without first inhaling. Some people really do this, and the effect is a series of very small, quick sneezes. That is.
https://archive.org/stream/mega-master-ray-newsletter/MEGA%20Master%20Ray%20Newsletter_djvu.txt
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
Mild dehydration (~1.36% body mass loss) in young women significantly worsened mood (increased total mood disturbance, fatigue-inertia; decreased vigor-activity on POMS), raised perceived task difficulty, reduced concentration, and increased headache. Most cognitive performance measures were unaffected. Serum osmolality increased (P=0.006). Conclusion: Even mild dehydration impairs mood and hydration awareness, warranting focus on optimal hydration during/after moderate exercise.[1]
Have chocolate https://x.com/Helios_Movement/status/1994117410824094060?
https://x.com/Helios_Movement/status/1993968780574138678
B1 for menstrual bleeding https://x.com/Helios_Movement/status/1993978273001255249
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Riboflavin (B2) defficiency | Estrogen dominance raising the risk of PMS | B2 | 2.5 mg a day[43] |
https://x.com/Helios_Movement/status/1993968780574138678
https://pmc.ncbi.nlm.nih.gov/articles/PMC5869352/
https://x.com/KingOfVitamins/status/1994410164099715497?
https://x.com/Helios_Movement/status/1995061000366596226?t=rlGgbd8cwXH0zQzI0xQwlA&s=33
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Fatherlessness | Not having a father | Get dad | 1 father |
| High PUFA diet | |||
| High stress enviroment | |||
| Early Menarche Risks | Early menarche (onset <13 years) increases risks of breast cancer, obesity, diabetes, liver disease, depression, eating disorders, substance abuse, and autism in offspring due to elevated estrogen, growth hormone, and prolactin from perceived environmental stress and resource scarcity. Rising tissue iron concentration post-growth cessation exacerbates these risks. (Martinez, 2020 - Lyall et al., 2010 - Villamor et al., 2011 - Barrero et al., 2022 - Zacharias et al., 1964) | Increase progesterone and thyroid levels with a thermogenic diet, reduce environmental stress, and optimize light exposure and vitamin D to delay menarche and extend differentiation. | - Thermogenic diet: Adjust based on individual response (e.g., frequent meals with 50% carbs, moderate protein/fat). - Vitamin D: Sufficient levels to delay by ~1 year (specific dose not quantified, consult health professional). - Light optimization: Natural sunlight exposure, avoid artificial light impairment. |
| Declining Core Body Temperature | A steady decline in core body temperature since the Industrial Revolution (linked to metabolic slowdown) correlates with earlier menarche, possibly due to reduced thyroid function and increased stress responses, accelerating puberty. | Maximize thermogenicity through diet (e.g., sugars, saturated fats) to boost metabolism and thyroid activity, countering the temperature drop and delaying menarche. | - Thermogenic diet: Start with small amounts (e.g., 1 tsp coconut oil) and build to 1-2 tbsp/day, paired with 200-400g carbs/day from fruits/juice. |
| Environmental Stress Impact | Stressful, resource-limited environments (e.g., urban vs. rural 17th-19th century data: 17-22 years menarche in peasants vs. 13-15 in townspeople) trigger hormonal shifts (high estrogen/prolactin) to hasten puberty, linked to poor health outcomes. (Tanner (historical data) - Roberton, 1846 - Guarinoni, 1610) | Lower environmental stress by improving light exposure (sunlight vs. artificial), reducing iron overload, and supporting a high-metabolism state to mimic less stressful conditions. | - Light exposure: 15-30 min morning sunlight. - Iron management: Avoid excess (e.g., limit fortified foods), consider donating blood if applicable. - Diet: High progesterone/thyroid foods (milk, eggs). |
| Light Perception Impairment | Impaired light perception (e.g., in blind individuals) moderately advances menarche by disrupting circadian rhythms and hormonal regulation, increasing estrogen dominance. (Barrero et al., 2022 - Zacharias et al., 1964) | Optimize natural light exposure and minimize artificial light (e.g., blue light at night) to regulate puberty timing via circadian alignment. | - Light optimization: Morning sunlight (10-15 min), blue-light-blocking glasses at night. |
| Vitamin D Deficiency | Deficiency in vitamin D accelerates menarche, while sufficiency delays it by about one year, likely due to its role in hormonal balance and thyroid support. (Villamor et al., 2011) | Ensure adequate vitamin D intake through diet or sunlight to support delayed menarche and reduce associated disease risks. | - Vitamin D: Sufficient levels (consult health professional for dosing, e.g., 1000-4000 IU/day typical range). |
https://x.com/cremieuxrecueil/status/1994650959771820487
https://x.com/Outdoctrination/status/1995899763246723312
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Cancer-promoting cellular state (e.g., prostate cancer) | Low thyroid function, high estrogen, low CO₂, reduced Mg²⁺/K⁺, and chronic inflammation create a hypoxic, glycolytic, fibrotic environment that disrupts metabolic energy and cell structure.[45] | Restore metabolic energy with T3, sugar, and CO₂; reduce estrogen with progesterone and vitamin E; lower inflammation; re-establish Mg²⁺-ATP-protein-K⁺ structured cell environment. |
Don't do keto/low carb or avoid sugar https://pubmed.ncbi.nlm.nih.gov/20818174/ https://www.cancer.columbia.edu/news/study-finds-keto-diet-could-contribute-cancer-metastasis
baking soda https://x.com/lowmegatron/status/1939004757806313497?t=gCCcXmpyIFPvx9MVORA2rw&s=33
haidut protocol https://x.com/Thermobolic/status/1993442981161165055
haidut serotonin https://x.com/haidut/status/1992341840121503769?t=sQaNTtOPL_-jLaFMJUeC8w&s=33
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| High-Dose Vitamin C cuts death risk from Stage IV Pancreatic cancer by 54% and doubles survival time [46] | 75g IV |
https://x.com/NicHulscher/status/2022080367239516346
Ultrasound therapy
Lactoferrin-enriched fermented milk ameliorates acne vulgaris with a selective decrease of triacylglycerols in skin surface lipids.[47]
https://x.com/Outdoctrination/status/1995194254835257668?t=6eNhzBcpvkCbazvdSW05QA&s=33
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Dryness | Skin loses its ability to retain water | Coconut oil (70% improvement in water loss) | |
| Staphylococcus aureus skin colonization | Lack of cathelicidin | Vitamin D, Sunlight | 2,000 IU |
More in Hair loss
High inflammation/autoimmune response
“I would rub vitamin A and vitamin E (sometimes with DHEA), or a solution of copper acetate, into the skin around the white hairs. Within a few weeks, the bottom of one of the white hairs had begun to darken” - Ray Peat. [48]
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Progressive loss of hair pigmentation due to T3 deficiency | low T3 → prolonged telogen phase → reduced melanocyte stem cell activity → decreased melanin transfer to keratinocytes → graying/white hair | Topical or systemic triiodothyronine (T3) → shortens telogen phase → induces early entry into anagen phase → stimulates follicular melanocytes → repigmentation of gray hair[49]
Excess or restoration of T3 shortens telogen, stimulates keratinocyte growth, reactivates dormant melanocytes, and restores melanin productionr[50] |
Human cases (systemic):
• IV T3 + levothyroxine during myxedema coma treatment (T3: 25 μg every 8 h → 12.5 μg every 8 h) • Oral levothyroxine adjustment leading to transient high-normal or elevated T3 |
| Mitochondrial depletion | DGUOK depletion → ROS accumulation → melanocyte stem cell exhaustion[51] | N-acetylcysteine (NAC) to reduce ROS and restore MeSCs | NAC (0.25–2.5 mg/mL in drinking water) |
| Reduced melanin synthesis due to low thyroid hormone | Thyroid hormone deficiency (low T3) → impaired melanin production in melanocytes[52] | Thyroid hormone T3 to restore melanin synthesis | T3 (adjust to 2.5–5 mcg/day orally, per symptom monitoring) |
| Oxidative damage to melanocytes | Excess reactive oxygen species (ROS) from poor diet/stress → melanocyte depletion | Vitamin C as an antioxidant to reduce ROS and protect melanocytes | Vitamin C (500–1000 mg/day) |
| Oxidative stress-induced melanocyte loss | Excess ROS and lipid peroxidation → accelerated melanocyte death | Vitamin E as an antioxidant to mitigate oxidative stress | Vitamin E (200–400 IU/day)[53] |
| Insufficient micronutrients for melanin production | Low copper/iron from poor diet → reduced tyrosinase activity and melanin synthesis | Nutrient-dense diet (e.g., liver) to supply copper | Liver (100g 2x/week) |
| Melanin destruction | Severe stress or injected cortisone destroys melanin (causes local or sudden greying)[48] | Oppose excess cortisone by supplementation | Progesterone, pregnenolone, DHEA, |
| Iron Overload | Iron accumulation with aging + oxygen wastage; iron becomes highly toxic when oxygen is deficient[48] | Greatly reduce dietary iron | Very low-iron diet (mostly milk, cheese, eggs, citrus fruit; very little meat) for several weeks |
| Copper deficiency | Copper is needed to keep iron non-toxic and for melanin synthesis)[48] | Increase copper intake | Cooked eggs in copper pan daily; topical dilute copper acetate rubbed into skin around white hairs |
| Excess molybdenum | Displaces copper (turns black sheep’s wool white)[48] | Avoid high molybdenum | |
| Mineral defficiency | Wrong pattern or deficiency of trace minerals (Japanese study: removing all trace minerals → white hair)[48] | Supply the specific trace-mineral pattern associated with the desired color | |
| Youth hormone defficiency | Low pregnenolone/progesterone/DHEA with age or stress[48] | Supplement pregnenolone and DHEA | |
| Oxidative stress | Low antioxidant protection when oxygen is low[48] | High-dose vitamin A (retinol) and vitamin E | Oral: large amounts of preservative-free vitamin A daily Topical: vitamin A + vitamin E (sometimes with DHEA) rubbed around white eyebrow hairs on alternate days |
more in Dental hygiene
"Teeth that are sensitive to heat or cold suggest a deficiency of calcium, magnesium, or vitamin D." - Ray Peat
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Enamel Demineralization | Sugar + bacteria → acid → demineralization of enamel[54] | Calcium + Vitamin D + Vitamin K2 (to harden enamel) | Calcium (500–1000mg), D3 (1000–2000 IU), K2-MK4 (1–5mg) |
| Saliva Insufficiency | Saliva buffers pH and delivers minerals; stress and dehydration reduce it | Glycine, hydration, thyroid support | 5–10g gelatin (glycine), drink milk, caffeine for stimulation |
| Low Remineralization / Excess Acid | Frequent snacking, acidic pH, chronic inflammation, fluoride inhibition of thyroid | Baking soda rinse, magnesium, thyroid, avoid PUFA | ½ tsp baking soda in water rinse 1–2x/day; Mg (200–400mg) |
| Bacterial Overgrowth (e.g. Streptococcus mutans) | Biofilm bacteria feed on sugar and produce lactic acid; worsened by immune suppression | Vitamin A, coconut oil (lauric acid), red light | A (5,000–10,000 IU), coconut oil swish (oil pulling) 1 tbsp/day |
| Weakened Dentin + Collagen Loss | Inflammation, vitamin C deficiency → impaired collagen matrix | Vitamin C, gelatin, copper (lysyl oxidase cofactor) | C (500–1000mg), gelatin 5–10g, shellfish weekly |
| Tooth Development (children) | Malnutrition during tooth formation → weak enamel, narrow palate | Retinol, calcium, sugar, thyroid support in pregnancy | Retinol-rich liver, dairy, fruit, avoid PUFA in mother |
Eye light sensitivity typically indicates vitamin B2 deficiency and compromised mitochondrial energy production, often amplified by high tissue PUFA.
“Hypothyroidism leads to increased estrogen and nitric oxide, and a decreased serum osmolarity (increased dilution of body fluids) and hyponatremia. Salt, magnesium, calcium, aspirin, antihistamine, progesterone, tetracycline (or minocycline, doxycycline) and thyroid can correct the fluid imbalance.” - Ray Peat
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| High prevalence of hypothyroidism in patients with Ménière’s disease (32% of MD patients vs. 4% of controls[55] | Hypothyroidism contributes to Ménière’s through altered endolymph production or regulation, possibly due to thyroid hormone’s influence on inner ear fluid homeostasis. Thyroid dysfunction could exacerbate or trigger symptoms like vertigo, hearing loss, and tinnitus. | Fix underlying thyroid issues or supplement T3/T4. Salt, magnesium, calcium, aspirin, antihistamines, progesterone and antibiotics. |
Screen addiction
"Animal studies showed that chelation can increase metal toxicity to the brain and kidneys. Vitamin C and other acids in orange juice reduce the toxicity of mercury and allow it to be excreted safely. At least for some metals, coffee seems to have a similar effect" - Ray Peat
Kidney stones - baking soda https://x.com/Outdoctrination/status/2023785509886071131
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Iron buildup | leads to inflammation and damage. | Give blood, 65% lower risk of death[56] | 6x/year |
https://x.com/metabolicwave/status/1963989261075546200
| Problem | Mechanics | Solution | Dose |
|---|---|---|---|
| Liver injury symptoms (jaundice, pale feces, dark urine, abdominal pain)[57] | Small-intestinal microbes (fungi/bacteria/parasites) produce toxins → absorbed through permeable small-intestine wall → delivered to liver via hepatic portal system → increases inflammation and liver burden | anti-inflammatory (aspirin) + laxative to clear small intestine (e.g., cascara) | Low-dose aspirin + minimal effective dose of cascara |