Curry Leaves Calories & Nutrition Calculator

Fresh curry leaves provide an exceptional 830mg calcium per 100g (64% DV) — roughly 6.6 times the calcium in whole milk (125mg), 7.5 times yogurt (110mg), and 4.2 times spinach (99mg). Among leafy greens and herbs, only dried bay leaves (834mg) match this calcium density. This makes curry leaves one of the most calcium-concentrated fresh plant foods documented in Indian food composition tables ^[1][2].

The practical limitation is serving size. A typical tadka uses 10 leaves (~2.5g), delivering just 20.8mg calcium (1.6% DV). Two sprigs (~6g) provide 49.8mg calcium (3.8% DV). Even a generous 20g portion — unusual for curry leaves — contributes 166mg calcium (13% DV). The per-100g calcium figure is impressive, but most Indian dishes use 2–6g of curry leaves at a time ^[1][3].

For food journaling, log curry leaves primarily for their cumulative calcium contribution across multiple meals. In cuisines where tadka with curry leaves appears in 2–3 dishes daily, the total daily calcium from curry leaves alone could reach 40–100mg — equivalent to a small serving of cheese.

Fresh curry leaves contain approximately 1,090mcg vitamin A as retinol equivalents per 100g — 121% of the daily value from a single 100g serving. This exceeds carrot (835mcg RAE), mango (54mcg RAE), sweet potato (709mcg RAE), and most other common vitamin A sources. Among Indian culinary leaves, curry leaves surpass even moringa (378mcg RAE) and coriander (337mcg RAE) ^[1][2].

The vitamin A comes primarily from beta-carotene, with estimates of 7,560 IU (equivalent to roughly 630–1,090mcg RAE depending on conversion factors used). Indian food composition data reports higher retinol equivalent values than would be calculated from beta-carotene alone, suggesting additional provitamin A carotenoids are present ^[2][3].

At practical tadka portions (2.5–6g), vitamin A contribution is 27–65mcg RAE (3–7% DV) — small individually but meaningful across multiple daily meals. Drying reduces vitamin A to approximately 900mcg RAE per 100g, with beta-carotene partially degrading during the dehydration process.

Fresh curry leaves contain 5.1mg iron per 100g (28% DV) — a figure that varies between published sources, with Indian analyses reporting values from 0.93mg (Gopalan et al. 2011) to 5.1mg (McCance and Widdowson's dataset). The discrepancy likely reflects differences in soil composition, analytical methods, and variety. We use the 5.1mg figure from the McCance and Widdowson's food composition dataset ^[1][3].

Dried curry leaves concentrate iron dramatically: published analyses report 10.44mg iron per 100g dried — consistent with the approximately 2.7x concentration factor from removing 62% moisture. Folate at 94mcg per 100g fresh (24% DV) is another notable micronutrient, exceeding lettuce (29mcg) and cabbage (43mcg) but below spinach (194mcg) ^[3][4].

For food journaling, a typical tadka (2.5g fresh leaves) adds 0.13mg iron (0.7% DV) and 2.4mcg folate (0.6% DV). These are trace amounts per serving, but across 2–3 tadka-based dishes daily, they accumulate to a non-trivial iron contribution — especially relevant for tracking non-heme iron sources.

The defining culinary context for curry leaves is tadka (tempering) — where 8–15 leaves are briefly fried in hot oil with mustard seeds, cumin, and dried chillies. This typically uses 2.5–3g of leaves, contributing: 3 kcal, 0.2g protein, 0.5g carbs, 0.16g fiber, 20.8mg calcium (1.6% DV), and 27.3mcg vitamin A (3% DV) — before oil is factored in ^[1].

The oil used in tadka (typically 1–2 tsp) adds 40–80 kcal — vastly more than the leaves themselves. The actual curry leaf nutrition becomes a rounding error in most meal calculations. A realistic per-meal tracking strategy: log the oil, and add curry leaves as a micronutrient bonus that costs essentially zero calories ^[1][2].

For journaling accuracy, here is the portion ladder: 10 leaves (2.5g) = 3 kcal; 1 sprig (3g) = 3 kcal; 2 sprigs (6g) = 6 kcal; 1/4 cup packed (5g) = 5 kcal. Even at the most generous home-cooking portions, curry leaves rarely exceed 10 kcal per dish.

Curry leaves owe their distinctive aroma to carbazole alkaloids — primarily girinimbine, mahanimbine, and koenimbine — plus volatile terpenoids including pinene, sabinene, and caryophyllene. These compounds are present at concentrations of approximately 0.5–2.5% of leaf dry weight and are entirely absent from any standard food composition database ^[2][4].

The carbazole alkaloid class is nearly unique to the Rutaceae family (which includes curry leaf, citrus, and rue). These compounds are responsible for the pungent-sweet aroma that distinguishes curry leaves from all other herbs. Dried curry leaves lose 30–50% of their volatile oil content, which is why dried leaves are considered inferior to fresh ones for aromatic purposes — even though their mineral content is higher ^[4].

For food journaling, standard nutrient tracking will not capture any of these aromatic compounds. If logging for phytonutrient diversity, note that curry leaves occupy a distinct botanical niche: they are the only common culinary herb in the Rutaceae family, with a carbazole alkaloid profile shared by no other kitchen ingredient.