Alcohol

Alcohol
Formula	C₂H₅OH (or C₂H₆O)
Type	CNS depressant / GABA agonist
Administration	Oral
Solubility	Fully miscible in water
Legal status	Legal (age-restricted)
Synonyms	Ethanol, ethyl alcohol, EtOH, grain alcohol
Bioavailability	~80% (varies with food)
Recommended dose	0.3–0.5 drinks/day appears optimal for mortality
Upper limit	1–2 drinks/day (benefits disappear beyond this)
LD50	300–500g for average adult)
Ray's verdict	In very small quantities, like a half a teaspoon per day, it has very powerful anti-inflammatory and potentially anti-aging effects

Introduction

Ethanol is a simple two-carbon alcohol that functions both as a macronutrient (burned for energy at ~7 kcal/g) and a psychoactive drug. It's produced naturally through fermentation and has been consumed by humans for millennia. Unlike what's often assumed, the toxicity from alcohol metabolism (via acetaldehyde) isn't unique,we generate similar toxic aldehydes from normal food metabolism. The key question is whether the dose provides a hormetic benefit or tips into harm.

Function / Mechanism of action

Alcohol works through several key pathways:

1. GABA Agonism: Most of alcohol's positive subjective effects (relaxation, disinhibition) come from activating GABA receptors. As one analysis notes: "most of alcohol's effects perceived as positive by people are due to ethanol's ability to also activate GABA receptors, both in the brain and elsewhere—i.e., alcohol is a powerful GABA agonist."
2. NMDA Antagonism: Alcohol also blocks NMDA (glutamate) receptors, contributing to its "rapidly acting anti-depressant" effects and disinhibition.
3. Vitamin A Activation: A hormetic mechanism: "detoxing alcohol or burning it for energy requires enzymes in common with the activation of vitamin A, and when you activate more vitamin A you get more benefits." Studies from the 1970s showed testosterone increases in rats up to ~2 drinks/day through this pathway.
4. Reactive Oxygen Species: Like exercise, low-dose alcohol generates mild ROS that "improve antioxidant defenses", upregulating superoxide dismutase at low concentrations.
5. Thyroid Suppression: Alcohol exposure lowers thyroid hormone levels. Broda Barnes reportedly "never treated an alcoholic who was not also hypothyroid."

Medical uses / Effects

Benefits (at low doses):

• Antioxidant / Anti-inflammatory: Ray Peat: "In very small quantities, like a half a teaspoon per day, it has very powerful anti-inflammatory and potentially anti-aging effects." A study found that even small alcohol amounts removed age pigment (lipofuscin) from brain cells.
• Anti-allergic: Peat recounted: "Once in Mexico I accidentally ate something that I'm intensely allergic to, but I had a glass of white rum at the same meal, and there was no reaction at all. It's an effective antioxidant, anti-inflammatory."
• Protective against Parkinson's: When asked about alcohol and Parkinson's: "I think it's an antioxidant, can be anti-inflammatory, and can be in the right circumstance anti-Parkinson's."

Observed Epidemiological Patterns:

• Diabetes risk bottoms out at ~1 drink/day
• Cardiovascular events bottom out ~2 drinks/day
• Total mortality bottoms out at ~0.3–0.5 drinks/day
• Thyroid cancer and kidney stones show no unsafe level (more = lower risk)

Side / Adverse effects

Metabolic:

• Lowers blood sugar: Can interfere with respiratory enzymes and drop glucose. "Fructose is protective against some of its toxic effects."
• Thyroid suppression: Chronic use impairs thyroid hormone levels
• Lactate elevation: Alcohol metabolism increases lactate production

Liver (Context-dependent):

• Cirrhosis requires PUFA: Researchers demonstrated that "it's the polyunsaturated fats which cause cirrhosis and hepatitis when they drink alcohol." In India, "alcoholics who are in the butter, ghee and milk eating regions don't get cirrhosis." One study allowed alcoholics to drink "a quart of vodka every day and they still recovered when they had their saturated fats."
  • Alcoholic liver injury requires linoleic acid

Sleep:

• Alcohol impairs sleep quality, reducing restorative slow-wave and REM sleep. "Once they get over like one glass it's going to start impacting their quality of sleep... you're not getting that reparative sleep."

Other:

• Beer specifically raises uric acid (via brewer's yeast) → visceral obesity, elevated triglycerides, blood pressure
• Can increase estrogen activity when combined with PUFA consumption

Hagover

"Starting progesterone at bedtime (and stopping the wine), he said it was the first time he didn't have a hangover in the morning" - Ray Peat

Before bed after drinking:

• Orange juice or honey (fructose)
  • immediate antidote to alcohol's liver effects
• 100mg thiamine
• 250mg niacinamide
• Salt
• For extreme cases Progesterone and T3

Morning:

• More fruit/juice
• Coffee with cream and sugar
• Eggs cooked in butter
• Aspirin

The goal: restore blood sugar, raise NAD⁺, replete B1 lower inflammation, and keep the liver energized.

Sobering up

CIA says cynomel should sober you up in 30 minutes

Dosing

“People have very different reactions to (alcohol), probably depending on thyroid activity. It can have an antioxidant effect, but it can also cause hypoglycemia with pro-oxidative effects. If a person eats polyunsaturated fats, alcohol is more likely to cause oxidative reactions between iron and the fats.” - Ray Peat Context-dependent, Ray recommended a half a teaspoon per day.

Goal	Amount	Notes
Antioxidant effect	~¼ oz vodka (~7ml)	"The antioxidant effect requires only a very small amount",Ray Peat
Anti-inflammatory	½ tsp – 1g ethanol/day	Equivalent to ~1 oz champagne
Hormetic optimum	0.3–0.5 drinks/day	Where total mortality bottoms out
Upper safe limit	1–2 drinks/day	Benefits disappear; risks begin above this
Harmful	>2–3 drinks/day	Increased dementia, liver, cancer risk

Protective co-factors: Fructose protects against some toxic effects. Saturated fat (butter, coconut oil) protects liver even with heavy consumption.

Brands and sources

"Pure colorless highly distilled alcohol is the safest. It can have antioxidant effects, but in some people it can interfere with the respiratory enzymes and lower blood sugar. Fructose is protective against some of its toxic effects." - Ray Peat

Type	Notes
Vodka	Preferred, minimal congeners, cleanest
White rum	Used by Ray; noted anti-allergic effect
Wine	Safer than beer; red has more polyphenols but also histamines
Champagne	~8–10% alcohol; an ounce provides ~1g ethanol, good source of CO2, enjoyed by Ernst Jünger
Beer	Worst choice, hops are estrogenic, brewer's yeast raises uric acid;
Mixed drinks	Good if made with healthy ingredients (recipes below)

Brands

Vodka (Cleanest Choice)

• Tito's Handmade: corn-based, gluten-free, widely available
• Chopin: potato-based, very clean
• Grey Goose: wheat-based, highly filtered
• Belvedere: rye-based, no additives

White Rum

• Bacardi Superior: simple, minimal additives
• Havana Club 3 Año: if accessible (Cuban)
• Flor de Caña 4 Year Extra Seco: Nicaraguan, clean profile

Wine

• Look for organic/biodynamic wines (fewer sulfites, no synthetic pesticides)

Spirits

• Everclear

What to Avoid

• Flavored vodkas/rums (artificial sweeteners and flavors)
• Cheap well liquors (more congeners, less filtration)
• Sugary mixers: if mixing, use sparkling water or a squeeze of citrus

Recipes

All alcohol recipes

Limoncello Spritz

Mimosa

Homemade Hard Seltzer (White Claw Copycat)