Black Cumin (Nigella sativa)

Black Cumin (Nigella sativa)

Black cumin seeds, also called kalonji, nigella, or black seed, are small angular black seeds with a pungent, slightly bitter, onion-and-oregano-like flavor used widely in Indian, Middle Eastern, and North African cooking.

CategorySpices
Scientific nameNigella sativa L.
OriginEastern Mediterranean, Middle East, and South Asia

History & Origins

Nigella sativa seeds have been found in Egyptian tombs dating to the 14th century BCE, including that of Tutankhamun, indicating long-standing culinary and possibly ritual significance. The seeds were prescribed by the Greek physician Dioscorides in the 1st century CE and are praised in Islamic tradition as a universal remedy. They remain a foundational flavoring across the Levant, the Indian subcontinent, and North Africa.

Nutrition Facts

Per 100 g, edible portion (estimated)

  • 345 kcalCalories
  • 16 gProtein
  • 22 gFat
  • 44 gCarbs
  • 10 gFiber
  • 1.7 gSugars
  • 1690 mgPotassium
  • 570 mgCalcium
  • 7.5 mgIron

Culinary Uses

  • Sprinkled onto naan, pide, and other flatbreads before baking
  • Component of Bengali panch phoron and other Indian tempered spice blends
  • Toasted and ground over dals, curries, and vegetable dishes
  • Pickled with mango, lemon, or green chilies for pungent condiments
  • Stirred into Middle Eastern and Armenian string cheeses

Known Benefits

  • Rich in thymoquinone, a bioactive antioxidant compound
  • Traditionally used to support digestion and ease bloating
  • Used in folk medicine for respiratory and immune support

Hidden Benefits

  • Fixed seed oils contain sterols and melanthin with anti-inflammatory potential
  • Contains nigellone, which has documented antihistamine-like properties
  • May support healthy lipid profiles when used regularly

Cautions & Considerations

  • Therapeutic doses may interact with diabetes and antihypertensive medications
  • Can slow blood clotting; caution before surgery or with anticoagulants
  • Pregnant women should avoid medicinal doses due to uterine stimulation risk