Paprika: Flavor, Cooking Use and Health Facts
Paprika is a mild, sweet, red spice from dried peppers that colors and gently flavors stews, rice and rubs; research on it is thin, and some imported powders have had contamination problems.
Content last updated . This page has not been medically reviewed.
In the kitchen at a glance
Flavor:SweetHot / pungent
Aroma: Mild and sweet, a little like dried red pepper; smoked types smell of wood smoke.
Used in: soups and stews, grilling and rubs, rice and grains, vegetables
Usual amount in food: No source we read gives a standard recipe amount; USDA lists 2.3 g per teaspoon and 6.8 g per tablespoon.
What it is
Paprika is made from dried, ground red peppers, mostly Capsicum annuum. The fruit (pod) is the part used. [1] The peppers are native to the Americas, and Spain and Portugal spread them across Europe. Hungary and Spain are the best-known paprika countries today. [1]"Paprika" is a spice name, not a single plant. Sweet paprika is mostly fruit flesh with many seeds removed, while hotter kinds keep some seeds, stalks and other parts. [1] Smoked paprika has its own page: smoked paprika.
Flavor and aroma
Sweet paprika is mild. One cooking reference describes Spanish paprika as almost sweet. [1] A spice merchant's guide puts sweet paprika at 0 to 500 on the Scoville heat scale and hot paprika at 500 to 1,000, against 30,000 to 50,000 for cayenne. [4] That merchant is a secondary source, so treat the numbers as rough.Hungarian paprika is sold in five grades, from delicate to hot: különleges, édesnemes, félédes, rózsa and erős. [1] Spanish pimentón comes as dulce (mild), agridulce (mildly spicy) and picante (hot). [1]
The red color comes mostly from carotenoids called capsanthin and capsorubin. [1] Paprika colors a dish more than it flavors it. [4]
How it is used in cooking
Paprika is the base of Hungarian goulash, pörkölt and chicken paprikash. [1] It is also used in Spanish chorizo and paella, Portuguese colorau, French sauce hongroise, and North African spice mixes such as chermoula. It is sprinkled on hummus, eggs and sandwiches. [1]It is often cooked in fat early in a dish, or sprinkled on at the end. [4] The sources we read do not test how heat affects its taste. Common kitchen advice is to avoid scorching it, but we did not find a tested source for that, so we do not state it as fact.
As a stand-in, a merchant's guide suggests a mild pepper such as Espelette in smaller amounts. Swapping chili for paprika keeps the color but loses the heat. [4]
Normal food amounts
| Measure | Grams | Source |
|---|---|---|
| 1 teaspoon | 2.3 g | USDA [2] |
| 1 tablespoon | 6.8 g | USDA [2] |
| Typical recipe amount | No source we read gives one | n/a |
What one teaspoon (2.3 g) provides (calculated from USDA SR Legacy, 2018; real products vary): [2]
| Nutrient | One teaspoon | Share of U.S. Daily Value [3] |
|---|---|---|
| Energy | about 6.5 kcal | n/a |
| Vitamin A (as carotenoids) | about 57 µg RAE | about 6% |
| Vitamin E | about 0.7 mg | about 4% |
| Iron | about 0.5 mg | about 3% |
| Fiber | about 0.8 g | about 3% |
| Potassium | about 52 mg | about 1% |
| Vitamin C | about 0.02 mg | under 1% |
Paprika is not a "good source" of any nutrient in a teaspoon. None reaches 10% of a Daily Value. Vitamin C is almost absent in the dried spice. [2]
Buying, storing and preparing
Paprika is sold ground, as flakes and as a food-industry extract. Color is the usual quality cue: fresh paprika is bright red, and old paprika turns dull and brownish. [1]We found no official shelf life. In tests of red pepper powder, powder kept in high-barrier film stayed stable for more than 5 months at 25 °C. [17] Powder in some bags and bottles shifted from red toward orange over 126 days at 20 °C. [18] Store it in a closed container, away from heat, light and moisture.
Quality problems exist. A 2025 study of 45 paprika samples in Slovenia found signs consistent with possible added dye or removed oleoresin in some, and said this needed further checking. [11] We could not open a source on current regulator alerts for illegal dyes, so we make no claim on how often this happens.
Health: what research says
Eating paprika in cooking is very different from taking concentrated products, and almost all research here is on extracts, pigments or other chili foods, not on a pinch in a stew.Food amounts vs supplements
| In normal cooking | In supplements and extracts | |
|---|---|---|
| Typical amount | About 2.3 g per teaspoon [2] | No official amount found |
| What studies mostly used | Spicy-food surveys that mean chili, not paprika [14] | Paprika xanthophyll (a pigment) in one small trial [12]; cells in the lab [19] |
| What we can say about benefit | Nothing specific to paprika | Insufficient evidence |
| Main safety limit | Allergy; contamination of some powders [7][10][9] | EFSA gives an acceptable daily intake for the colour additive, not for supplements [5] |
What the evidence shows
| Use | What the sources found | Strength of evidence | Form and population |
|---|---|---|---|
| Endurance and thinking | A crossover trial of 21 students found lower heart rate and better exercise efficiency after paprika xanthophyll; the authors warn there was no placebo group and mostly male volunteers. [12] | Insufficient evidence | Pigment extract; healthy students |
| Heart and vessels (spicy food) | A Chinese cohort of 486,335 adults found modestly lower vascular disease risk with weekly spicy food (hazard ratios 0.95 to 0.97). [14] | Mixed | Observational; chili foods, not paprika |
| Type 2 diabetes (colour additive) | A French cohort of 108,723 adults linked higher intake of the paprika colour additive group to higher diabetes risk (HR 1.26); the authors call for more study. [13] | Mixed | Observational; food additives, not the spice |
| Antioxidant pigment | A 2026 review says capsanthin shows promise but human clinical evidence is insufficient. [16] | Insufficient evidence | Isolated pigment |
| Nerve-cell protection | Capsanthin reduced stress markers in cultured nerve-like cells. [19] | Lab or animal only | Cells in a dish |
| Capsaicin effects | Sweet paprika has little heat, so capsaicin findings do not apply to it. [4] | No good evidence of benefit | Not applicable to sweet types |
| Vitamin C | USDA lists almost none in dried paprika. [2] | No good evidence of benefit | Dried spice |
A pinch of paprika is unlikely to change health. It adds color and taste. For hot, capsaicin-rich peppers, see cayenne pepper.
Official statements
- FDA (U.S.): paprika is listed as an allowed colour additive for foods, defined as the ground dried pod of mild capsicum. [6]
- EFSA (EU, 2015), as reported by Ireland's FSAI in 2017: an acceptable daily intake of 24 mg per kg body weight for paprika extract (E 160c) and 1.7 mg per kg for its total carotenoids. We read the FSAI report, not the EFSA opinion. [5]
Related pages
Health connections for Paprika
What research links to this spice, and how strong the evidence is. Most studies use concentrated extracts or doses far above what you eat; each card says which.
Source of red carotenoid pigments (capsanthin)
Lab or animal research onlyPaprika is red because of carotenoids such as capsanthin. Lab work shows antioxidant activity; a 2026 review says human clinical evidence is lacking.
Supplements: No good human evidence for food amounts or for pigment supplements.
Exercise efficiency and thinking tests (pigment extract)
Not enough evidenceOne small crossover trial of 21 students found lower heart rate and better exercise efficiency after a paprika pigment (xanthophyll) product.
Supplements: The finding is for a pigment extract, not for paprika used in cooking.
Heart and vessel disease in spicy-food eaters
Preliminary or mixedA large Chinese cohort found slightly lower vascular disease risk in people who ate spicy food weekly. The foods were chili foods, not paprika.
Supplements: Applies to spicy food in the diet; says nothing about supplements or about paprika alone.
Colour additive intake and diabetes risk (association)
Preliminary or mixedA French cohort linked higher intake of food colours, including the paprika colour group, to more type 2 diabetes. It studied additives in processed foods.
Supplements: Concerns colour additives in processed food, not paprika as a spice or a supplement.
Nerve-cell protection (capsanthin in cultured cells)
Lab or animal research onlyCapsanthin reduced stress markers in cultured nerve-like cells.
Supplements: Lab only; no human data read.
Connected topics
Open a group to see how each topic connects and how strong the evidence is.
Body systems (1)
- Immune SystemDocumented risk
Paprika can trigger allergy in some people, including breathing allergy in workers who handle it. Reactions are uncommon.
Body parts (1)
- Immune SystemDocumented risk
Allergic reactions to paprika are described in case reports and reviews.
Functional actions (1)
- AntioxidantLab or animal research only
The red pigment capsanthin shows antioxidant activity in the lab. A 2026 review says human evidence is insufficient.
Root causes (2)
- Environmental ToxinsDocumented risk
Surveys have found mold toxins (ochratoxin A, aflatoxins) in paprika and spices made from other peppers; levels vary by batch.
- Heavy Metal ExposureDocumented risk
A 1996 report described lead poisoning from ground paprika contaminated with red lead. This is contamination of a powder, not a normal feature of paprika.
Conditions & symptoms (2)
- Food AllergyDocumented risk
Pepper and paprika are listed among spices that can cause allergy, with cross-reactivity to birch and mugwort pollen.
- Lead PoisoningDocumented risk
Ground paprika contaminated with red lead caused symptomatic lead poisoning in a 1996 report of 141 adults. This is contamination, not normal paprika.
Documented risks and interactions (4)
- Allergy risk (food and workplace). Paprika can cause allergy. A case of nose and eye allergy came from heavy spice handling at work, and reviews link spice allergy to birch and mugwort pollen allergy.
- Lead contamination of ground paprika. A 1996 report described 141 adults who ate ground paprika contaminated with red lead; 53 had symptoms such as colic or anemia.
- Mold-toxin contamination (ochratoxin A, aflatoxins). Surveys of paprika found ochratoxin A often, usually reported as below or near limits in Spain, and some samples above limits in other studies. Aflatoxins were found less often.
- Possible added dye or removed oleoresin (authenticity). A Slovenian study of 45 paprika samples saw signs consistent with possible added dye or removed oleoresin in some, and said this needs further checking.
Frequently asked questions
Is paprika hot?
Mostly no. Sweet paprika is very mild, and hot paprika is far milder than cayenne. [4] Hungarian and Spanish labels tell you the level.
How much is normal?
No source we read sets a normal amount. One teaspoon weighs about 2.3 g. [2]
Is paprika safe in pregnancy?
The sources we read do not describe a paprika warning for food amounts. Ask your midwife or doctor if you are unsure.
Can I take it with medicines?
The sources we read do not describe interactions for paprika as food. Ask a pharmacist about concentrated extracts.
Is paprika a good source of vitamins?
Not in a teaspoon. It gives a small share of vitamin A and E, and almost no vitamin C. [2][3]
More details: evidence, limits and cautions
The details behind this page: cautions, limits of the evidence and where sources disagree. Open any note to read it.
Safety note at a glance
Safety in more detail
- Medicines: the sources we read do not describe medicine interactions for paprika as a food.
- Pregnancy: the sources we read do not describe a paprika warning. See foods in pregnancy.
- Breastfeeding: the sources we read do not describe this.
- Children: a 2025 review lists pepper among spices that cause allergy in children. [15]
- Allergy: a kebab-restaurant worker developed nose and eye allergy to paprika, cayenne and curry spices; the authors say heavy spice handling at work is a risk. [7] Reviews link spice allergy with birch and mugwort pollen allergy. [15]
- Liver and kidney: the sources we read do not describe a warning. We could not read LiverTox.
- Surgery: the sources we read do not describe this.
- Quality and contamination: a 1996 report described 141 adults who ate ground paprika contaminated with red lead (lead tetroxide); 53 had symptoms, mostly colic or anemia. [10] A Spanish survey found aflatoxins far below the legal limits but ochratoxin A (a mold toxin) more often, averaging 11.8 µg/kg. [8] A 2025 study found ochratoxin A in 84% of Chilean paprika and merkén samples, and some samples from several countries exceeded limits. [9]
- Amounts that cause trouble: the sources we read give none for the spice.
References
- Wikipedia — Paprika. https://en.wikipedia.org/wiki/Paprika (accessed 2026-10-24; general reference, first 100,000 characters read)
- USDA FoodData Central — "Spices, paprika", SR Legacy 2018-04, FDC ID 171329 (values from the project's USDA data file)
- U.S. FDA — Daily Value on the Nutrition and Supplement Facts Labels. https://www.fda.gov/food/nutrition-facts-label/daily-value-nutrition-and-supplement-facts-labels (accessed 2026-10-24)
- La Plantation — Paprika vs chilli: what is the difference? https://laplantation.com/en/paprika-chilli-difference/ (accessed 2026-10-24; spice merchant)
- Food Safety Authority of Ireland — Initial assessment, Paprika Extract EXS0570IND (2017). https://www.fsai.ie/getattachment/9d7d8cae-79fe-4ef9-96d2-e94ebd3c3c6b/2017-Initial-assessment-Paprika-Extract-EXS0570IND.pdf?lang=en-IE (accessed 2026-10-24)
- U.S. eCFR — 21 CFR 73.340 Paprika. https://www.ecfr.gov/api/versioner/v1/full/2024-04-01/title-21.xml?part=73§ion=73.340 (accessed 2026-10-24)
- Paprika rhinoconjunctivitis case reveals new occupational Capsicum allergens. 2015. PubMed 25944018, via Europe PMC (abstract) (accessed 2026-10-24)
- Aflatoxins and ochratoxin A in red paprika for retail sale in Spain. 2008. PubMed 18205310, via Europe PMC (abstract) (accessed 2026-10-24)
- Occurrence of ochratoxin A and total aflatoxins in capsicum-derived spices: a comparative estimation across countries. 2025. PubMed 40769710, via Europe PMC (abstract) (accessed 2026-10-24)
- Lead intoxication epidemic caused by ingestion of contaminated ground paprika. J Toxicol Clin Toxicol, 1996. PubMed 8800188, via Europe PMC (abstract) (accessed 2026-10-24)
- Assessing the Authenticity and Quality of Paprika and Cinnamon in the Slovenian Market. Foods, 2025. PubMed 40647074, via Europe PMC (abstract) (accessed 2026-10-24)
- Effects of Paprika Xanthophyll Intake on Endurance and Cognitive Function in College Students. Nutrients, 2025. PubMed 40944172, via Europe PMC (abstract) (accessed 2026-10-24)
- Food Coloring Additives and Incidence of Type 2 Diabetes in the NutriNet-Santé Prospective Cohort. Diabetes Care, 2026. PubMed 42157365, via Europe PMC (abstract) (accessed 2026-10-24)
- Spicy food consumption and risk of vascular disease: China Kadoorie Biobank. Chin Med J, 2025. PubMed 39030074, via Europe PMC (abstract) (accessed 2026-10-24)
- Spices, herbs and allergic reactions in children: a narrative review. Front Allergy, 2025. PubMed 41306764, via Europe PMC (abstract) (accessed 2026-10-24)
- Recent advances in capsanthin: sources, bioactivities, and potential strategies for utilization. Food Chem, 2026. PubMed 42229047, via Europe PMC (abstract) (accessed 2026-10-24)
- Effects of packaging and temperature abuse on the quality of red pepper powder. Food Sci Biotechnol, 2023. PubMed 37781064, via Europe PMC (abstract) (accessed 2026-10-24)
- Effects of moisture content and packaging on color stability of red pepper powder. Food Sci Biotechnol, 2024. PubMed 39184982, via Europe PMC (abstract) (accessed 2026-10-24)
- Exploring the Neuroprotective Properties of Capsanthin. Nutrients, 2025. PubMed 41515136, via Europe PMC (abstract) (accessed 2026-10-24)