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Okra, canned, drained

Okra is a vegetable made up of edible seed pods. The figures here describe canned okra that has been drained and rinsed. It provides small amounts of carbohydrate and protein, as well as minerals including iron and calcium. Per 100g, it contains 2.5g of carbohydrate, 1.4g of protein, 5.4mg of iron and 1.1g of salt.

Iron is needed to make haemoglobin, the protein in red blood cells that carries oxygen around the body. Calcium helps maintain bones and teeth. The salt content is worth noting for people monitoring their salt intake, as these figures already reflect rinsing and draining. Full nutrient figures are provided in the tables below.

Nutrition per 100g

Nutrient

Per 100g

Energy

21 kcal

Energy

90 kJ

Fat

0.7g

of which saturates

0.2g

Carbohydrate

2.5g

of which sugars

0.8g

Protein

1.4g

Salt

1.1g

Water

91g

Cholesterol

0mg

Vitamins and minerals per 100g

Nutrient

Per 100g

Vitamin A (retinol equivalent)

56µg

Vitamin D

0µg

Vitamin C

1mg

Thiamin (B1)

0.07mg

Riboflavin (B2)

0.04mg

Niacin (B3)

0.2mg

Vitamin B12

0µg

Folate

12µg

Calcium

110mg

Iron

5.4mg

Magnesium

32mg

Phosphorus

30mg

Potassium

110mg

Sodium

440mg

Zinc

0.5mg

Copper

0.36mg

Selenium

1µg

Other types of okra

Food

Calories per 100g

Protein per 100g

Fat per 100g

Fibre per 100g

Okra, boiled in unsalted water

16 kcal

1.8g

0.2g

3.1g

Okra, raw

31 kcal

2.8g

1g

–

Okra, stir-fried in corn oil

269 kcal

4.3g

26g

–

About these figures

Values are per 100g of the food as described (10 samples, 6 brands. Rinsed). "Trace" means only a very small amount was found. Nutrients that were not measured are not shown. Salt is calculated from sodium.

These figures come from an older part of the dataset that is no longer updated. Original source: Vegetables, Herbs and Spices Supplement, 1991.

Further reading and references

  • Public Health England. McCance and Widdowson's The Composition of Foods Integrated Dataset 2021. GOV.UK.

Article history

The information on this page is written and peer reviewed by qualified clinicians.
  • 4 Nov 2026 | Latest version
  • 3 Nov 2026 | Originally published