Epazote

Nutrition · per ~85 g serving · ≈ ¾ cup chopped

Score · 90/100

Overview

Epazote (Dysphania ambrosioides) is a leafy green native to Mexico and Central America, historically valued for both culinary and medicinal purposes. With only 32 calories per 100g, it delivers impressive micronutrient density, particularly potassium (633mg), calcium (275mg), and folate (215mcg). The herb's traditional pairing with legumes reflects its functional benefits: it contains ascaridole and other volatile compounds that may reduce fermentation and bloating from beans. Epazote provides meaningful quantities of manganese (3.1mg per 100g), essential for bone health and antioxidant enzyme function, alongside folate for cellular methylation and cardiovascular health. The fiber content (3.8g per 100g) supports healthy gut microbiota diversity. While not calorie-dense, its mineral profile—particularly the potassium-to-sodium ratio of 14.7:1—supports healthy blood pressure regulation. Epazote's bioactive compounds and traditional use in digestive support make it a valuable addition to plant-forward longevity diets, though research on this herb remains limited compared to other leafy greens.

Health Benefits (5)

• Improved legume digestibility and reduced gastrointestinal bloating

  moderate
  Epazote contains ascaridole and other volatile compounds that inhibit fermentation of complex carbohydrates in legumes, reducing gas production and digestive discomfort
• Enhanced bone health through manganese and calcium synergy

  moderate
  Manganese (3.1mg per 100g) works with calcium (275mg) and phosphorus to support bone matrix formation and mineralization
• Cardiovascular support through potassium and folate

  strong
  High potassium (633mg) aids blood pressure regulation while folate reduces homocysteine levels, a cardiovascular risk marker
• Antimicrobial and anthelmintic activity

  emerging
  Ascaridole and other terpenoids in epazote demonstrate antimicrobial properties against common pathogens, supporting traditional use against parasites
• Gut microbiota support through prebiotic fiber

  moderate
  3.8g fiber per 100g serves as fermentable substrate for beneficial bacteria, promoting short-chain fatty acid production

Food Pairings

• ·Pair with beans (black, pinto, kidney) because epazote's ascaridole reduces fermentation and improves protein digestibility while complementing their mineral content
• ·Combine with iron-rich foods like lentils or spinach because epazote's vitamin C content (though modest) enhances non-heme iron absorption
• ·Mix with garlic and onions because sulfur compounds in alliums synergize with epazote's antimicrobial volatiles for enhanced digestive benefit
• ·Serve with lime or lime juice because citric acid preserves epazote's volatile compounds and enhances folate bioavailability
• ·Add to corn-based dishes because traditional corn-beans-epazote combinations create a complete amino acid profile with enhanced mineral absorption

Practical Tips

• ·Use fresh epazote rather than dried when possible; dried leaves lose much of the peppery flavor and volatile antimicrobial compounds. Add near the end of cooking to preserve potency.
• ·Add epazote 10-15 minutes before beans finish cooking rather than at the beginning; this timing maximizes digestive benefit while preserving volatile compounds.
• ·Store fresh epazote in a damp paper towel inside a plastic bag in the refrigerator for up to one week; use within 3-5 days for maximum bioactive compound concentration.
• ·Start with small amounts (1-2 teaspoons fresh leaves per serving) to assess tolerance; the distinctive flavor is strong and may require adaptation.
• ·Grow epazote at home in warm climates; it's a hardy annual that self-seeds and requires minimal care, ensuring year-round access to fresh leaves.

Optimal Timing

Epazote is best consumed with meals containing legumes and other proteins at midday, when digestive enzyme activity is optimal and the herb's digestive-enhancing compounds provide maximum benefit

Epazote should always be consumed with food; its bioactive compounds work synergistically with digestive processes during meals.