Pippali (Long Pepper) Calories & Nutrition Calculator

Dried pippali fruit contains 446mg calcium per 100g (34% DV) and 13.99mg iron (78% DV) — a dual mineral density that ranks among the highest in the spice category. For comparison: black pepper has 443mg calcium (virtually identical) but only 9.71mg iron (54% DV). Pippali's iron density is 44% higher than its more common cousin, while calcium is nearly indistinguishable ^[1][2].

Per teaspoon of ground pippali (2.5g): 11.2mg calcium (0.9% DV) and 0.35mg iron (1.9% DV). Per tablespoon (7.5g): 33.5mg calcium (2.6% DV) and 1.05mg iron (5.8% DV). These per-serving contributions are modest individually but meaningful in the context of Trikatu-type spice blends where pippali, black pepper, and ginger are combined ^[1].

For food journaling, pippali is most commonly used in small quantities (a pinch to half a teaspoon), so the impressive per-100g mineral numbers compress dramatically at actual serving sizes. Track it primarily when used as a ground powder in recipes where it is fully consumed.

Pippali contains piperine at 3–5% of dried fruit weight — the same alkaloid responsible for the pungency of black pepper. But pippali also contains piplartine (piperlongumine) at approximately 1–2.5%, an amide alkaloid found exclusively in Piper longum and absent from black pepper (Piper nigrum). This dual-alkaloid profile gives pippali a more complex, sweeter-hot flavor compared to black pepper's sharper bite ^[2][3].

Additional alkaloids in pippali include piperlonguminine, pipernonaline, and dehydropipernonaline — all belonging to the piperamide class. The total alkaloid content can reach 6–8% of dry weight, making pippali one of the most alkaloid-dense culinary spices. None of these compounds appear in any standard nutrition database ^[3][4].

For food journaling, piperine and piplartine are entirely invisible to USDA and IFCT tracking. A quarter-teaspoon of pippali powder (0.6g) contains approximately 18–30mg piperine and 6–15mg piplartine — significant amounts of bioactive compounds that define the spice's character but exist outside the nutritional tracking framework.

Pippali's 26.2g dietary fiber per 100g (94% DV) comes from a botanically unique source: the catkin — a spike-like cluster of dozens of tiny individual fruits fused into a single elongated structure. Each micro-fruit contributes its own seed coat and pericarp fiber, resulting in distributed fiber throughout the entire catkin rather than concentrated in a single outer layer ^[1][2].

For context: black pepper has 25.3g fiber (from a single drupe's pericarp), cinnamon has 53.1g (from bark tissue), and cloves have 33.9g (from a flower bud). Pippali's fiber level sits in the middle range but comes from the most structurally complex source — each 2-4cm catkin contains 30–80 individual fruitlets ^[1].

Per teaspoon of ground pippali (2.5g): 0.66g fiber (2.3% DV). Per tablespoon (7.5g): 1.97g fiber (7.0% DV). The fiber is fully ground when powdered, but when whole catkins are simmered and removed, the fiber is discarded with the catkin — another case where preparation method determines whether to log or not.

Pippali retains 11mg vitamin C per 100g — a modest but notable amount for a fully dried spice. Black pepper retains virtually zero vitamin C after processing. Among dried spices: mace retains 21mg, cayenne 76.4mg, and cinnamon 3.8mg. Pippali sits in the mid-range, likely due to the protective catkin structure shielding interior fruitlets during drying ^[1][2].

Per teaspoon (2.5g): 0.28mg vitamin C (0.3% DV) — negligible as a dietary source. The vitamin C figure is of interest primarily for compositional comparison between pippali and black pepper, reinforcing that these two Piper species — despite sharing piperine — differ meaningfully in their broader nutrient profiles ^[1].

For food journaling, pippali's vitamin C is below the threshold of practical dietary significance at any realistic serving size. It serves as a compositional footnote rather than a logged micronutrient.

A single dried pippali catkin weighs approximately 1g and provides: 2.5 kcal, 0.04g protein, 0.64g carbs, 0.03g fat, 0.26g fiber, 4.46mg calcium, 0.14mg iron, and 12.6mg potassium. Three catkins (3g) — a typical recipe addition — delivers 7.5 kcal, 13.4mg calcium (1.0% DV), and 0.42mg iron (2.3% DV) ^[1].

Pippali was once a staple in Indian cooking — more common than black pepper before chillies arrived from the Americas in the 16th century. Today, it is primarily a specialty spice used in Trikatu blends (pippali + black pepper + dry ginger), certain South Indian rasam preparations, and niche pickle recipes. Most home cooks use it rarely if at all ^[2][4].

For food journaling, log pippali only when you actually use it — and note whether whole catkins are consumed (ground into a dish, eaten in pickle) or removed after simmering (like bay leaves). At typical 1–3 catkin use, the nutritional contribution is minimal but the flavor contribution is significant.