Data
Potency Index
Measured compound levels and quality limits for 201 ingredients: 1248 figures, each quoted as its source states it, with the samples, method or standard it applies to. Where two sources differ, both are listed. Nothing is averaged, and figures from different scopes are not compared.
Built from the reviewed profiles · literature and standards only, no lab testing
Achiote Powder
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pigment content | 2–5 % of seed dry mass | commonly reported values (Katzer)Different measurement from the PROSEA bixin figure; not comparable | gernot-katzers-spice-pages.com |
| Bixin | 1.6–5.3 % of seed, oven-dry basis | seed from Papua New Guinea (PROSEA)Different measurement from the Katzer pigment figure; not comparable | uses.plantnet-project.org |
Adobo Seasoning
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 520 mg per 1/4 teaspoon (1.5 g) serving | Goya Adobo All-Purpose Seasoning with Pepper, manufacturer label | trade.goya.com |
Ají Amarillo Powder
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Total capsaicinoids | 13–352 mg/kg | ají (C. baccatum) and rocoto accessions pooled, fresh accessions, lab analysis (Kollmannsberger et al., 2011)Pools ají and rocoto; fresh fruit, not dried powder; mg/kg, not SHU | portal.fis.tum.de |
| Pungency (Scoville) Conventional range | 30,000–50,000 SHU | Proderna's own ají amarillo (whole and powder), merchant pageMerchant figure for its own product; no method stated | proderna.de |
| Pungency (Scoville), minimum Limit | 900 SHU or more | any dried product sold as chilli pepper, Codex CXS 353-2022 | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
Alaea Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | about 40 % (most sea salts) | most sea salts generally (American Heart Association); not a measurement of alaea salt | heart.org |
All-Purpose Seasoning
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 0 mg per 1/4 tsp | Dash Salt Free Original Seasoning Blend, retailer-listed label | giantfoodstores.com |
| Sodium Nutrient | 520 mg per 1/4 tsp | Goya Adobo All-Purpose Seasoning with Pepper, manufacturer label | trade.goya.com |
| Sodium Nutrient | 380 mg per 1/4 tsp | Lawry's Seasoned Salt (not labeled all-purpose), retailer-listed label | giantfoodstores.com |
Allspice
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 3.3–4.5 % of berry | berries generally (PROSEA)Sources differ | uses.plantnet-project.org |
| Essential oil | about 4.5 % of berry | Jamaican allspice (Britannica)Sources differ | britannica.com |
| Essential oil | 1.5–4.5 % | leaves and berries (2022 review) | intechopen.com |
| Eugenol | 50–80 % of berry oil | berry oil generally (PROSEA) | uses.plantnet-project.org |
| Eugenol | about 8 to about 86 % of berry oil | berry oils in individual studies, from some Mexican samples (about 8%) to a commercial Jamaican oil (about 86%); 2022 review, compiled table | intechopen.com |
| Methyl eugenol | about 65 % of berry oil | one Mexican berry oil; 2022 review, compiled table | intechopen.com |
| Ochratoxin A, maximum Limit | 15 µg/kg | EU general limit for dried spices | eur-lex.europa.eu |
Anardana
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Titratable acidity | 5.26–6.80 % | daru (wild pomegranate) collections from Doda district, Jammu (Bakshi et al., 2014); fruitSources differ; different samples and years, not merged | journal.iahs.org.in |
| Titratable acidity | 5.53 % | wild pomegranate fruit (Parmar and Kaushal, 1982, as tabulated in a 2018 review)Sources differ | phytojournal.com |
| Titratable acidity | 6.68 % | wild pomegranate fruit (Singh and Kingsley, 2008, as tabulated in a 2018 review)Sources differ | phytojournal.com |
| Titratable acidity | 3.20–3.65 % | wild pomegranate fruit (Thakur et al., 2011, as tabulated in a 2018 review)Sources differ | phytojournal.com |
| Titratable acidity | 1.59 % | anardana at the start of storage in aluminum laminated pouches (Dak et al., 2014, as cited by Kaute et al.) | phytojournal.com |
Ancho Powder
11 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency (Scoville) Conventional range | 1,000–2,000 SHU | ancho as a pepper type, NMSU Chile Pepper Institute general figure; no lot or method statedGeneral figure for the pepper type, not a measurement of any lot or powder | cpi.nmsu.edu |
| Pungency (Scoville) | 3,524–4,870 SHU | fresh poblano cultivars grown at Waseca, Minnesota, 2021, electrochemical device (not HPLC); 'Ancho Poblano' 3,524 to 'Bastan' 4,870Fresh cultivars, not dried ancho powder | docs.lib.purdue.edu |
| Pungency (Scoville) Conventional range | 1,000–1,500 SHU | Dave DeWitt's 2008 heat scale, which he calls necessarily approximateAttributed, cites no measurement | fieryfoodscentral.com |
| Pungency (Scoville), minimum Limit | 900 SHU or more | anything sold as dried chilli pepper under Codex CXS 353-2022 (ancho is a listed variety) | fao.org |
| Vitamin A (RAE) Nutrient | 1,020 µg per 100 g | whole dried ancho peppers, USDA FoodData Central FDC 169396 | fdc.nal.usda.gov |
| Iron Nutrient | 10.9 mg per 100 g | whole dried ancho peppers, USDA FoodData Central FDC 169396 | fdc.nal.usda.gov |
| Dietary fiber Nutrient | 21.6 g per 100 g | whole dried ancho peppers, USDA FoodData Central FDC 169396 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 2.0 mg per 100 g | whole dried ancho peppers, USDA FoodData Central FDC 169396 | fdc.nal.usda.gov |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU, dried Capsicum fruits | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU, dried Capsicum fruits | eur-lex.europa.eu |
Angelica
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Root oil main compounds | α-pinene 21.3, δ-3-carene 16.5, limonene 16.4, α-phellandrene 8.7 % of oil | root oil, Italy (Fraternale et al.), as tabulated in the 2017 review | mdpi.com |
| α-Pinene (major component) | 15.7–20.8 % of oil | root oil, Lithuania, two localities (Nivinskiene et al.), as tabulated in the 2017 review | mdpi.com |
| Monoterpenes / sesquiterpenes / macrocyclic lactones | 67.3–79.9 / 9.6–19.4 / 3.9–6.3 % of oil | root oil, Lithuania (Nivinskiene et al.), as tabulated in the 2017 review | mdpi.com |
| β-Phellandrene | 33.6–63.4 % of oil | fruit (seed) oil (Nivinskiene et al.), as tabulated in the 2017 review | mdpi.com |
| α-Pinene | 4.2–12.8 % of oil | fruit (seed) oil (Nivinskiene et al.), as tabulated in the 2017 review | mdpi.com |
| Coumarin increase from fungal infection | 20- to 200-fold fold increase in root coumarin | angelica roots, EMA reflection paper (2007)Concerns medicinal preparations | e-lactancia.org |
Anglesey Sea Salt (Halen Môn)
12 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium chloride Limit | over 90 % | PDO product specification | assets.publishing.service.gov.uk |
| Water (moisture) Limit | under 4 % | PDO product specification | assets.publishing.service.gov.uk |
| Calcium Limit | 0.08 to 0.15 % | PDO product specification | assets.publishing.service.gov.uk |
| Magnesium Limit | at least 0.2 % | PDO product specification | assets.publishing.service.gov.uk |
| Lead, maximum Limit | less than 2 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Arsenic, maximum Limit | less than 0.5 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Cadmium, maximum Limit | less than 0.5 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Mercury, maximum Limit | less than 0.1 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Copper, maximum Limit | less than 2 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Tin, maximum Limit | less than 200 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Iodine, maximum Limit | up to 1 mg/kg | PDO product specification | assets.publishing.service.gov.uk |
| Sodium Nutrient | about 40 % by weight (most sea salts) | most sea salts generally (American Heart Association); not a measurement of Anglesey salt | heart.org |
Anise Seed
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| trans-Anethole | 80–95 % of essential oil | PROSEA | uses.plantnet-project.org |
| Methyl chavicol (estragole) | up to 5 % of essential oil | PROSEA | uses.plantnet-project.org |
| Essential oil | about 2.5 % of seed | BritannicaSources differ | britannica.com |
| Essential oil | 1.9–3.1 % of seed, by hydrodistillation | PROSEA; yield depends on methodSources differ | uses.plantnet-project.org |
| Essential oil | 2.3 % of seed, by hydrodiffusion | PROSEA | uses.plantnet-project.org |
| Calcium Nutrient | 646 mg per 100 g | whole anise seed, USDA FoodData Central FDC 171316 | fdc.nal.usda.gov |
| Iron Nutrient | 37.0 mg per 100 g | whole anise seed, USDA FoodData Central FDC 171316 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 21.0 mg per 100 g | whole anise seed, USDA FoodData Central FDC 171316 | fdc.nal.usda.gov |
Annatto Seeds (Achiote)
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pigment content | 2–5 % of seed dry mass | commonly reported values (Katzer)Different measurement from the PROSEA bixin figure; not comparable | gernot-katzers-spice-pages.com |
| Bixin | 1.6–5.3 % of seed, oven-dry basis | seed from Papua New Guinea (PROSEA); figures up to 12% reported elsewhere | uses.plantnet-project.org |
| Bixin share of total pigment | as much as 80 % of total pigment | some seeds (2016 review) | frontiersin.org |
| Bixin or norbixin in commercial extracts | under 1 to over 85 % | commercial extracts, depending on type of extract (2016 review)Extracts, not seed | frontiersin.org |
Apple Mint
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Piperitenone oxide | 74.69 and 81.67 % of oil | Morocco, two samples, as tabulated in Božović et al. 2015 reviewIndividual samples; not merged | mdpi.com |
| Piperitenone oxide | above 90 % of oil | Italy (Tarquinia), as tabulated in Božović et al. 2015 review | mdpi.com |
| Piperitenone or piperitenone oxide | 73.5 (piperitenone) or 72 (piperitenone oxide) % of oil | Corsica (subsp. suaveolens), as tabulated in Božović et al. 2015 review | mdpi.com |
| Pulegone and menthol | 85.5 (pulegone); 40.50 (menthol) % of oil | Morocco (Béni-Mellal and Boulmane), major compounds, as tabulated in Božović et al. 2015 review | mdpi.com |
Asafoetida (Hing)
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Resin | 25 to 60 % of dried asafoetida | single reference work (Katzer); composition varies with species and source | gernot-katzers-spice-pages.com |
| Gum | 25 to 30 % of dried asafoetida | single reference work (Katzer) | gernot-katzers-spice-pages.com |
| Essential oil | about 10 % of dried asafoetida | single reference work (Katzer) | gernot-katzers-spice-pages.com |
| (R)-2-butyl-1-propenyl disulfide | about 50 % of oil | single reference work (Katzer) | gernot-katzers-spice-pages.com |
| Rice flour and gum arabic | more than 50 % of compounded powder | common compounded powder (Katzer) | gernot-katzers-spice-pages.com |
| Starch in hing, maximum Limit | not more than 1 % by weight | Indian standard as reported by The Week (2026); FSSAI order not opened | theweek.in |
| Alcohol-soluble extract, minimum Limit | 5 % | compounded asafoetida, required minimum as reported by The Week (2026) | theweek.in |
| Alcohol-soluble extract | 0.00 % | one Everest compounded asafoetida sample, as reported by The Week (2026)Specific sample found sub-standard | theweek.in |
| Alcohol-soluble extract | 3.29 and 4.4 % | Everest yellow and black hing powders, as reported by The Week (2026)Specific samples found sub-standard; the report gives no measure name beyond the test context | theweek.in |
Australian Native Spices
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Lemon myrtle leaf essential oil | 4 to 5 % of leaf (typically) | lemon myrtle leaves (Katzer) | gernot-katzers-spice-pages.com |
| Citral (neral and geranial), lemon myrtle | 90 to 95 % of oil | lemon myrtle leaf oil (Katzer) | gernot-katzers-spice-pages.com |
Basil
14 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 1.5 % of leaves | PROSEA; sample and basis (fresh or dry) not statedSources differ sharply; not reconciled | uses.plantnet-project.org |
| Essential oil | 0.1 % | Britannica; sample and basis not statedSources differ sharply; not reconciled | britannica.com |
| Methyl chavicol (estragole) / linalool / eugenol | 53.3 / 22.0 / 1.4 % of oil | "French basil" oil distilled in the Philippines (PROSEA) | uses.plantnet-project.org |
| Methyl chavicol (estragole) | 84.7 % of oil | "Réunion basil" oil from Taiwan (PROSEA) | uses.plantnet-project.org |
| Methyl chavicol (estragole) | 20–43 % of oil | sweet basil oil, range in the EU Scientific Committee on Food assessment (2001) | food.ec.europa.eu |
| Vitamin K Nutrient | 1,710 µg per 100 g | dried basil, USDA FoodData Central FDC 171317 | fdc.nal.usda.gov |
| Iron Nutrient | 89.8 mg per 100 g | dried basil, USDA FoodData Central FDC 171317 | fdc.nal.usda.gov |
| Calcium Nutrient | 2,240 mg per 100 g | dried basil, USDA FoodData Central FDC 171317 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 0.8 mg per 100 g | dried basil, USDA FoodData Central FDC 171317 | fdc.nal.usda.gov |
| Vitamin K Nutrient | 415 µg per 100 g | fresh basil, USDA FoodData Central FDC 172232USDA notes several fresh-basil values have no analytical data points | fdc.nal.usda.gov |
| Iron Nutrient | 3.17 mg per 100 g | fresh basil, USDA FoodData Central FDC 172232USDA notes several fresh-basil values have no analytical data points | fdc.nal.usda.gov |
| Calcium Nutrient | 177 mg per 100 g | fresh basil, USDA FoodData Central FDC 172232USDA notes several fresh-basil values have no analytical data points | fdc.nal.usda.gov |
| Vitamin C Nutrient | 18.0 mg per 100 g | fresh basil, USDA FoodData Central FDC 172232USDA notes several fresh-basil values have no analytical data points | fdc.nal.usda.gov |
| Pyrrolizidine alkaloids, maximum Limit | 400 µg/kg | EU, dried herbs (category does not name basil individually) | eur-lex.europa.eu |
Bay Leaves
18 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil yield | 0.57 % | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| 1,8-Cineole | 31.9 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| Sabinene | 12.2 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| Linalool | 10.2 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017)The paper's table and text give different linalool figures; treat with caution | mdpi.com |
| α-Terpinyl acetate | 5.9 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| α-Pinene | 5.8 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| α-Terpineol | 3.3 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| Methyl eugenol | 3.3 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| Eugenol | 1.6 % of oil | leaves gathered February 2016 at Montecorice, southern Italy, one sample (Caputo et al., 2017) | mdpi.com |
| 1,8-Cineole | 44.97 % of oil | Turkish sample, separate study compared in the 2017 review | mdpi.com |
| 1,8-Cineole | 56.0 % of oil | Tunisia, separate study compared in the 2017 review | mdpi.com |
| 1,8-Cineole | 58.59 % of oil | Cyprus, separate study compared in the 2017 review | mdpi.com |
| 1,8-Cineole | 52.43 % of oil | Morocco, separate study compared in the 2017 review | mdpi.com |
| 1,8-Cineole | 34.62 % of oil | Algeria, separate study compared in the 2017 review | mdpi.com |
| Moisture, maximum Limit | 10 % | Kenya standard KS 2263:2016 | kebs.org |
| Total ash, maximum Limit | 5 % | Kenya standard KS 2263:2016 | kebs.org |
| Acid-insoluble ash, maximum Limit | 0.5 unit not given in the standard's table | Kenya standard KS 2263:2016 | kebs.org |
| Extraneous matter, maximum Limit | under 2 % | Kenya standard KS 2263:2016 | kebs.org |
Bell Pepper Powder
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency (Scoville) | 0 SHU | sweet bell pepper (C. annuum) in one university trial (The Ohio State University) | plant-breeding-genomics.extension.org |
| Water Nutrient | 2 % | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 1,900 mg per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Vitamin A (RAE) Nutrient | 3,860 µg per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Vitamin B6 Nutrient | 2.22 mg per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Potassium Nutrient | 3,170 mg per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Iron Nutrient | 10.4 mg per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Calcium Nutrient | 134 mg per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
| Dietary fiber Nutrient | 21.3 g per 100 g | freeze-dried red sweet pepper (closest USDA entry; not the same product as air-dried powder), USDA FoodData Central FDC 169373 | fdc.nal.usda.gov |
Bergamot Herb (Bee Balm)
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Carvacrol / p-cymene / thymol | 16.74 / 16.00 / 10.51 % of oil | flowering Monarda didyma grown at Urbino, Italy (carvacrol chemotype), 2022 study | peerj.com |
| Essential oil yield | 2.55 mL per kg of dry plant | flowering Monarda didyma grown at Urbino, Italy, 2022 study | peerj.com |
| Thymol | 51.7–59.3 % of oil | earlier Italian (Imola) chemotype, as reported in the 2022 paper | peerj.com |
| p-Cymene | 10.5–9.7 % of oil | earlier Italian (Imola) chemotype, as reported in the 2022 paperRange given in this order on the source page | peerj.com |
Black Garlic
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| S-allyl cysteine (SAC) | about 9.8-11.4 mg per 100 g | black garlic, measurements cited in the 2017 Molecules review, depending on analytical methodSame measurements give fresh garlic about 2.2-2.3 mg per 100 g; review reports SAC four to eight times higher after aging | mdpi.com |
Black Lava Salt
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 36.7 % by weight | one black Hawaiian-style salt (salt, active coal, taro), Swiss FSVO 2016, one sample | warwick.ac.uk |
| Iodine | 34 µg per kg | same black Hawaiian-style salt sample, Swiss FSVO 2016 | warwick.ac.uk |
| Sodium Nutrient | about 40 % | most sea salts generally (American Heart Association) | heart.org |
Black Mustard Seeds
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sinigrin | 110–140 µmol/g of seed | PROSEASources differ in unit and figure; not converted | uses.plantnet-project.org |
| Sinigrin | about 1 % of seed | KatzerSources differ in unit and figure; not converted | gernot-katzers-spice-pages.com |
| Water Nutrient | 8 g per 100 g edible portion | black mustard seed (PROSEA) | uses.plantnet-project.org |
| Protein Nutrient | 29 g per 100 g edible portion | black mustard seed (PROSEA) | uses.plantnet-project.org |
| Fat Nutrient | 28 g per 100 g edible portion | black mustard seed (PROSEA) | uses.plantnet-project.org |
| Carbohydrates Nutrient | 19 g per 100 g edible portion | black mustard seed (PROSEA) | uses.plantnet-project.org |
| Fiber Nutrient | 11 g per 100 g edible portion | black mustard seed (PROSEA) | uses.plantnet-project.org |
| Iron Nutrient | 21 mg per 100 g edible portion | black mustard seed (PROSEA) | uses.plantnet-project.org |
Black Pepper
13 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Piperine | 4.9–7.7 % of black pepper | PROSEA | uses.plantnet-project.org |
| Essential oil | 1.0–1.8 % of black pepper | commercial cultivars (PROSEA)Sources differ; different references and likely different samples | uses.plantnet-project.org |
| Essential oil | up to 3 % of ground black pepper | BritannicaSources differ | britannica.com |
| Monoterpene and sesquiterpene hydrocarbons | about 90 % of oil | PROSEA | uses.plantnet-project.org |
| Limonene / sabinene / β-pinene / β-caryophyllene | 24.0 / 17.9 / 15.7 / 5.3 % of oil | one Indian oil sample reported by PROSEAOne sample, not a typical profile | uses.plantnet-project.org |
| Piperine loss in cooking | 50–60 % lost | spices boiled in curry powder for 15 to 30 minutes (1992 study, abstract)Losses smaller when pepper cooked alone; no figure given | agris.fao.org |
| Bulk density, minimum Limit | 550 / 500 / 400 g/L | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
| Light berries, maximum Limit | 2.0 / 5.0 / 10.0 % | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
| Pinheads, maximum Limit | 1.0 / 2.0 / 4.0 % | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
| Moisture, maximum Limit | 12.0 / 12.0 / 13.0 % | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
| Total ash, maximum Limit | 6.0 / 7.0 / 7.0 % dry basis | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
| Volatile oil, minimum Limit | 2.0 / 1.5 / 1.0 mL/100 g dry basis | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
| Piperine, minimum Limit | 3.5 / 3.0 / 2.0 % dry basis | Codex CXS 326-2017, whole black pepper, Grade I / Grade II / Grade III | fao.org |
Black Salt (Kala Namak)
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Hydrogen sulfide | about 200 mg/kg | one sample, German BfR opinion, 2003Same figure as the Swiss sample; separate samples, not merged | bfr.bund.de |
| Hydrogen sulfide | about 200 mg/kg | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016Same figure as the BfR sample; separate samples, not merged | warwick.ac.uk |
| Sodium | 38.7 % by weight | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 | warwick.ac.uk |
| Chloride | 57.9 % by weight | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 | warwick.ac.uk |
| Iron | 0.36 g/kg | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 | warwick.ac.uk |
| Potassium | 1.3 g/kg | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 | warwick.ac.uk |
| Calcium | 0.3 g/kg | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 | warwick.ac.uk |
| Arsenic | 106 µg/kg | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 (second-highest of the 25)Report attributes to likely natural contamination; no sample exceeded health-based benchmarks | warwick.ac.uk |
| Iodine | 22 µg/kg | one kala namak sample, Swiss FSVO analysis of 25 salts, 2016 | warwick.ac.uk |
Black Sesame Seeds
13 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sesamin | 0.1–0.6 % of oil | sesame oil (PROSEA); seed color not specified | uses.plantnet-project.org |
| Sesamolin | 0.25–0.3 % of oil | sesame oil (PROSEA); seed color not specified | uses.plantnet-project.org |
| Energy Nutrient | 573 kcal per 100 g | whole dried sesame seed, color not stated, USDA FoodData Central FDC 170150 | fdc.nal.usda.gov |
| Protein Nutrient | 17.7 g per 100 g | whole dried sesame seed, color not stated, USDA FDC 170150 | fdc.nal.usda.gov |
| Fat Nutrient | 49.7 g per 100 g | whole dried sesame seed, color not stated, USDA FDC 170150 | fdc.nal.usda.gov |
| Calcium Nutrient | 989 mg per 100 g | whole roasted and toasted sesame, color not stated, USDA FDC 170151 | fdc.nal.usda.gov |
| Calcium Nutrient | 131 mg per 100 g | hulled toasted sesame kernels, color not stated, USDA FDC 170152 | fdc.nal.usda.gov |
| Fiber Nutrient | about 1.1 g per 1 tbsp (9 g) | whole dried sesame, color not stated, USDA FDC 170150Per-tablespoon figure computed on the page from USDA values | fdc.nal.usda.gov |
| Calcium Nutrient | about 88 mg per 1 tbsp (9 g) | whole dried sesame, color not stated, USDA FDC 170150Per-tablespoon figure computed on the page from USDA values | fdc.nal.usda.gov |
| Iron Nutrient | about 1.3 mg per 1 tbsp (9 g) | whole dried sesame, color not stated, USDA FDC 170150Per-tablespoon figure computed on the page from USDA values | fdc.nal.usda.gov |
| Magnesium Nutrient | about 32 mg per 1 tbsp (9 g) | whole dried sesame, color not stated, USDA FDC 170150Per-tablespoon figure computed on the page from USDA values | fdc.nal.usda.gov |
| Zinc Nutrient | about 0.7 mg per 1 tbsp (9 g) | whole dried sesame, color not stated, USDA FDC 170150Per-tablespoon figure computed on the page from USDA values | fdc.nal.usda.gov |
| Copper Nutrient | about 0.37 mg per 1 tbsp (9 g) | whole dried sesame, color not stated, USDA FDC 170150Per-tablespoon figure computed on the page from USDA values | fdc.nal.usda.gov |
Borage
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | below 0.1 % of leaf | Katzer | gernot-katzers-spice-pages.com |
| γ-Linolenic acid (GLA) | around 20 % of seed oil | borage seed oil (Katzer)Seed oil, not the leaves used in cooking | gernot-katzers-spice-pages.com |
| Pyrrolizidine alkaloids, maximum Limit | 750 µg/kg | EU Regulation 2023/915, borage leaves, fresh or frozen, sold to the final consumer | eur-lex.europa.eu |
| Pyrrolizidine alkaloids, maximum Limit | 1,000 µg/kg | EU Regulation 2023/915, borage, lovage, marjoram and oregano, dried, and mixtures of only these | eur-lex.europa.eu |
Brazilian Spices and Seasonings
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Cilantro leaf oil: aldehydes | more than 80 % of volatile compounds | cilantro (coriander) leaf oil, PROSEA | uses.plantnet-project.org |
Bronze Fennel
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Share of plant oil in the fruit | about 95 % of the oil | mature fennel generally (PROSEA); no analysis specific to the bronze cultivar | uses.plantnet-project.org |
Cajun Seasoning
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 310 mg per 1/4 tsp | Slap Ya Mama Original Blend, retailer-listed label | giantfoodstores.com |
| Sodium Nutrient | 160 mg per 1/4 tsp | McCormick Signature Seasonings Cajun, retailer-listed label | giantfoodstores.com |
Caraway Seeds
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 5 % of fruit | BritannicaSources differ | britannica.com |
| Essential oil | 1.5–5.0 % of fruit | spring-type fruit (PROSEA)Sources differ | uses.plantnet-project.org |
| Essential oil | 3.0–7.0 % of fruit | winter-type fruit (PROSEA)Sources differ | uses.plantnet-project.org |
| d-Carvone (S-(+)-carvone) | 45–60 % of oil | PROSEA | uses.plantnet-project.org |
| d-Limonene | 35–55 % of oil | PROSEA | uses.plantnet-project.org |
Cardamom
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 3.5–7 % of whole fruits | PROSEA | uses.plantnet-project.org |
| Essential oil | up to 11 % of seeds | freshly harvested seeds (PROSEA) | uses.plantnet-project.org |
| Essential oil | rarely over 1 % of husk | PROSEA | uses.plantnet-project.org |
| 1,8-Cineole | 20–60 % of oil | range summarized by PROSEA (reference work, samples not specified)Sources differ; not merged | uses.plantnet-project.org |
| α-Terpinyl acetate | 20–53 % of oil | range summarized by PROSEA (reference work, samples not specified)Sources differ; not merged | uses.plantnet-project.org |
| 1,8-Cineole | 0.24–30.62 % of oil | eight commercial cardamom samples analyzed in Croatia (2025)Sources differ; close to absent in some samples | hrcak.srce.hr |
| α-Terpinyl acetate | 35.99–62.28 % of oil | eight commercial cardamom samples analyzed in Croatia (2025); largest component in every sampleSources differ | hrcak.srce.hr |
| Moisture | about 75 % | fruit at harvest (PROSEA) | uses.plantnet-project.org |
| Moisture | about 13 % | dried fruit for safe storage (PROSEA) | uses.plantnet-project.org |
Caribbean Spices
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Allspice: eugenol | 50 to 80 % of berry oil | allspice berry oil (PROSEA) | uses.plantnet-project.org |
| Hottest C. chinense cultivars: pungency Conventional range | around 200,000 to 300,000 SHU | hottest Capsicum chinense cultivars (Katzer); no measurement citedReference-work figure, no sample or method stated | gernot-katzers-spice-pages.com |
Carom Seeds (Ajwain)
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 2.5–5 % of dried fruit | KatzerSources differ | gernot-katzers-spice-pages.com |
| Essential oil | 2–5 % of seed | Chahal et al. review abstract (2017)Sources differ | phytojournal.com |
| Thymol | 35–60 % of oil | Katzer | gernot-katzers-spice-pages.com |
| Thymol isolated | 98 % (almost pure thymol) | South Indian fruit, one report (Katzer) | gernot-katzers-spice-pages.com |
Cassia Buds
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 1.9 % of buds | PROSEA | prosea.prota4u.org |
| Aldehydes | about 80 % of essential oil | PROSEA | prosea.prota4u.org |
| Cinnamaldehyde | up to 40 mg per g of sample | commercial cassia buds bought on the German market, 2018 analysis | degruyterbrill.com |
| Coumarin | below 0.48 (480 mg/kg) mg/g | commercial samples on the German market, one 2018 study | degruyterbrill.com |
Cassia Cinnamon
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 1–4 % of bark | Chinese cassia (PROSEA) | prosea.prota4u.org |
| Cinnamaldehyde | 70–95 % of bark oil | Chinese cassia bark oil (PROSEA) | prosea.prota4u.org |
| Coumarin | about 3,000 on average; highest up to 10,000 mg/kg | cassia, German food monitoring data, as summarized by BfRSources differ; different sampling programs | bfr.bund.de |
| Coumarin | brand means 2,650 to 7,017 mg/kg | ground cinnamon, Czech retail, 60 samples from 12 brands (Blahová & Svobodová 2012)Sources differ; different sampling programs | doaj.org |
Cayenne Pepper
15 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency (Scoville) Conventional range | about 8,000 SHU | "cayenne peppers", McCormick Science Institute; no sample, method or date statedSources differ; not comparable with cultivar measurements or the conventional range | mccormickscienceinstitute.com |
| Pungency (Scoville) | 12,900 SHU | cultivar 'Large Red Thick', replicated trials near Las Cruces, New Mexico, HPLC (HortScience, 2010)Cultivar figure; says nothing about cayenne as a whole | journals.ashs.org |
| Pungency (Scoville) | 13,200 SHU | cultivar 'Mesilla', same trials, HPLC (HortScience, 2010)Cultivar figure | journals.ashs.org |
| Pungency (Scoville) | 17,400 SHU | cultivar 'NuMex Las Cruces', same trials, HPLC (HortScience, 2010)Cultivar figure | journals.ashs.org |
| Pungency (Scoville) | 15,000 SHU (rated) | cultivar 'NuMex Nematador' (NMSU, 2018)Rated figure; cultivar only | pubs.nmsu.edu |
| Pungency (Scoville) Conventional range | 30,000–50,000 SHU | cayenne as a category, Dave DeWitt's heat scale ("Cayenne Long"), which he calls necessarily approximateAttributed, not measured; untraceable is not wrong | fieryfoodscentral.com |
| Pungency (Scoville) Conventional range | 30,000–50,000 SHU | cayenne as a category, Chili Pepper Madness (Hultquist, 2020)Attributed, not measured | chilipeppermadness.com |
| Energy Nutrient | 318 kcal per 100 g | USDA FoodData Central FDC 170932, "Spices, pepper, red or cayenne" | fdc.nal.usda.gov |
| Vitamin A (RAE) Nutrient | 2,080 µg per 100 g | USDA FoodData Central FDC 170932 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 76.4 mg per 100 g | USDA FoodData Central FDC 170932 | fdc.nal.usda.gov |
| Vitamin E Nutrient | 29.8 mg per 100 g | USDA FoodData Central FDC 170932 | fdc.nal.usda.gov |
| Vitamin B6 Nutrient | 2.45 mg per 100 g | USDA FoodData Central FDC 170932 | fdc.nal.usda.gov |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU, dried Capsicum fruits, whole or ground (includes chillies, chilli powder, cayenne, paprika) | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU, dried Capsicum | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU, dried Capsicum | eur-lex.europa.eu |
Celery Leaves
11 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Water Nutrient | 90 g per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Protein Nutrient | 2.2 g per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Fiber Nutrient | 1.4 g per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Vitamin A Nutrient | 2,685 IU per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Vitamin C Nutrient | 49 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Thiamin (B1) Nutrient | 0.08 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Riboflavin (B2) Nutrient | 0.12 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Calcium Nutrient | 326 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Iron Nutrient | 15.3 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Potassium Nutrient | 318 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Sodium Nutrient | 151 mg per 100 g | leaf celery (leaf cultivar group), per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
Celery Powder
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Nitrate | 3,151 ppm | celery (the vegetable, not the powder), one 2021 paper's table of nitrate-rich vegetablesCelery itself, not celery powder; the widely repeated 2.75% powder figure could not be checked | mdpi.com |
Celery Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 270 mg per 1/4 teaspoon | McCormick Celery Salt, retailer-listed label | stopandshop.com |
Celery Seeds
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 3 % of seed dry weight | 2019 review (Salehi et al.) | mdpi.com |
| Limonene | about 60 % of oil | celery oil in general, not seed oil alone (Salehi et al. review, 2019)Sources differ | mdpi.com |
| Limonene | 70–80 % of oil | celery oil in general (Katzer)Sources differ | gernot-katzers-spice-pages.com |
| Phthalides | 20–30 % of oil | celery oil in general (Salehi et al. review, 2019) | mdpi.com |
| β-Selinene | up to 13 % of oil | celery oil in general (Salehi et al. review, 2019) | mdpi.com |
| Calcium Nutrient | 1,770 mg per 100 g | celery seed, USDA FoodData Central FDC 170920 | fdc.nal.usda.gov |
| Iron Nutrient | 44.9 mg per 100 g | celery seed, USDA FoodData Central FDC 170920 | fdc.nal.usda.gov |
| Manganese Nutrient | 7.57 mg per 100 g | celery seed, USDA FoodData Central FDC 170920 | fdc.nal.usda.gov |
| Lead, maximum Limit | 1.5 mg/kg | Codex 2024, dried celery seed, as reported in a law-firm summary (not the Codex text) | natlawreview.com |
Celtic Sea Salt
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture, maximum Limit | up to 12 % | Guérande gray salt, PGI specification | info.agriculture.gouv.fr |
| Insoluble matter, maximum Limit | up to 1 % | Guérande gray salt, PGI specification | info.agriculture.gouv.fr |
| Sodium Nutrient | about 40 % | most sea salts generally (American Heart Association) | heart.org |
| Iodine | about 0.2 ppm | Celtic Sea Salt, brand-reported natural traceCompany's own figure | celticseasalt.com |
| Lead | about 0.68 µg per serving | Celtic Sea Salt, brand-reported typical contentCompany's own figure; no independent test found | celticseasalt.com |
Ceylon Cinnamon
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cinnamaldehyde | 50–75 % of bark oil | PROSEA | prosea.prota4u.org |
| Eugenol | 5–18 % of bark oil | PROSEA | prosea.prota4u.org |
| Coumarin | 0.017 g/kg | C. verum, authenticated sample, US study (Wang et al. 2013), as tabulated by Lončar et al. 2020 | mdpi.com |
| Coumarin | 0.007 to 0.9 g/kg | C. verum bark, commercial, Sri Lanka, as tabulated by Lončar et al. 2020 | mdpi.com |
| Coumarin | 0.013 g/kg | C. verum bark, commercial, US, as tabulated by Lončar et al. 2020 | mdpi.com |
| Coumarin, cassia powder relative to Ceylon powder | up to 63 times more | 2010 German study of 91 retail samples (news release on Woehrlin et al.) | sciencedaily.com |
Chervil
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Methyl chavicol (estragole) | 83.10 % of oil | water-distilled oil from chervil growing wild in Turkey, single population | avesis.anadolu.edu.tr |
| 1-Allyl-2,4-dimethoxybenzene | 15.15 % of oil | water-distilled oil from chervil growing wild in Turkey, single population | avesis.anadolu.edu.tr |
| Undecane | 1.75 % of oil | water-distilled oil from chervil growing wild in Turkey, single population | avesis.anadolu.edu.tr |
Chile de Árbol Powder
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency (Scoville) Conventional range | 15,000–30,000 SHU | pod type, general rating, Dave DeWitt's heat scale (2008 update), which he calls necessarily approximateNo laboratory measurement found | fieryfoodscentral.com |
| Pungency (Scoville), minimum for "chilli" Limit | 900 SHU or more | Codex CXS 353-2022 category threshold, not a rating of this chile | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU, dried Capsicum fruits, whole or ground (includes chillies, chilli powder, cayenne, paprika) | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU, dried Capsicum products | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU, dried Capsicum products | eur-lex.europa.eu |
Chilean Spices
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Boldo leaf essential oil | about 2 % of leaf | boldo (Peumus boldus) leaves (Katzer) | gernot-katzers-spice-pages.com |
| Boldo oil: ascaridole | about 40 % of oil | boldo leaf oil (Katzer) | gernot-katzers-spice-pages.com |
Chili Powder
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency (Scoville) Limit | 900–2,000 SHU | chili powder bought under USDA purchasing specification A-A-20001C (2023), federal purchases onlyA purchasing specification, not a survey of store shelves | ams.usda.gov |
| Sodium Nutrient | 2,870 mg per 100 g | USDA FoodData Central FDC 171319, "Spices, chili powder" | fdc.nal.usda.gov |
| Vitamin A (RAE) Nutrient | 1,480 µg per 100 g | USDA FoodData Central FDC 171319 | fdc.nal.usda.gov |
| Vitamin E (alpha-tocopherol) Nutrient | 38.1 mg per 100 g | USDA FoodData Central FDC 171319 | fdc.nal.usda.gov |
| Iron Nutrient | 17.3 mg per 100 g | USDA FoodData Central FDC 171319 | fdc.nal.usda.gov |
| Dietary fiber Nutrient | 34.8 g per 100 g | USDA FoodData Central FDC 171319 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 0.7 mg per 100 g | USDA FoodData Central FDC 171319 | fdc.nal.usda.gov |
Chipotle Powder
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency (Scoville) Conventional range | 5,000–10,000 SHU | chipotle in general, Mick Vann, The Austin Chronicle, 2012; no samples or method statedA journalist's general figure, not a measurement of a stated lot | austinchronicle.com |
| Pungency (Scoville), minimum Limit | 900 SHU or more | anything sold as dried chilli pepper under Codex CXS 353-2022 | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU, dried Capsicum fruits | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU, dried Capsicum fruits | eur-lex.europa.eu |
Chives
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Vitamin K Nutrient | 213 µg per 100 g | raw chives, USDA FoodData Central FDC 169994 | fdc.nal.usda.gov |
| Vitamin A (RAE) Nutrient | 218 µg per 100 g | raw chives, USDA FoodData Central FDC 169994 | fdc.nal.usda.gov |
| Vitamin C Nutrient | 58.1 mg per 100 g | raw chives, USDA FoodData Central FDC 169994 | fdc.nal.usda.gov |
| Folate Nutrient | 105 µg per 100 g | raw chives, USDA FoodData Central FDC 169994 | fdc.nal.usda.gov |
| Fiber Nutrient | 2.5 g per 100 g | raw chives, USDA FoodData Central FDC 169994 | fdc.nal.usda.gov |
| Choline Nutrient | 5.2 mg per 100 g | raw chives, USDA FoodData Central FDC 169994 | fdc.nal.usda.gov |
Cilantro
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Volatile oil | about 4 mg per g of fresh leaves | fresh cilantro leaves (PROSEA) | uses.plantnet-project.org |
| Aldehydes | more than 80 % of leaf volatile oil | fresh cilantro leaves (PROSEA) | uses.plantnet-project.org |
| (E)-2-Dodecenal | 15.6 % of leaf volatile oil | PROSEA composition table | uses.plantnet-project.org |
| (E)-2-Tetradecenal | 12.7 % of leaf volatile oil | PROSEA composition table | uses.plantnet-project.org |
| (E)-2-Decenal | 12.1 % of leaf volatile oil | PROSEA composition table | uses.plantnet-project.org |
Cinnamon
11 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cinnamaldehyde | 65–80 % of bark oil | review compilation (Rao & Gan, 2014)Sources differ; different reviews, not combined | pmc.ncbi.nlm.nih.gov |
| Cinnamaldehyde | about 49.9–62.8 % of bark oil | 'true' cinnamon, systematic review (Ranasinghe et al., 2013)Sources differ; different reviews, not combined | link.springer.com |
| Eugenol | 70–95 % of leaf oil | leaf oil, one review (Rao & Gan, 2014)Leaf oil is a different product from bark | pmc.ncbi.nlm.nih.gov |
| Coumarin | about 3,000 on average; highest up to 10,000 mg/kg | cassia, German food-monitoring data (BfR; sample count not stated)Sources differ; different sampling programs | bfr.bund.de |
| Coumarin | about 2.1–4.4 g/kg | cassia powder, BfR estimate as cited in a 2013 systematic review (Ranasinghe et al.)Sources differ | link.springer.com |
| Coumarin | brand means of 2,650 to 7,017 mg/kg | ground cinnamon, Czech retail, 60 samples from 12 brands, botanical source unlabeled (Blahová & Svobodová 2012)Sources differ | doaj.org |
| Coumarin | coumarin-free qualitative result | one C. verum sample from a Sri Lankan plantation (Blahová & Svobodová 2012) | doaj.org |
| Lead | 2,270 to 5,110 ppm | ground cinnamon from Ecuador supplied by Negasmart to Austrofoods, linked to the October 2023 apple purée pouch recall (FDA)Specific supply, not cinnamon on shelves generally | fda.gov |
| Lead | 2.03 to 3.4 ppm | specific lots from six brands of ground cinnamon, FDA alert of 6 March 2024 (discount retail survey, Maryland and Missouri samples)Specific lots; FDA gives no numeric action level | fda.gov |
| Lead | 2.03 to 7.68 ppm | summary range in FDA's July 2024 alert (expanded through 28 Sep 2026)Specific lots; the alert product table also lists one product at 10.7 ppm | fda.gov |
| Lead | 10.7 ppm | BaiLiFeng dried cinnamon powder, highest lot in the FDA alert product table (added 30 Oct 2025)Specific lot; brand-by-brand lot results are tabulated on the page | fda.gov |
Cinnamon Basil
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil yield | 0.94 % vol/g dry weight | cultivar 'Cinnamon', comparative trial of North American commercial basil cultivars (Purdue New Crops proceedings)Single trial | hort.purdue.edu |
| Linalool | 47 % of oil | cultivar 'Cinnamon', same trialSingle trial | hort.purdue.edu |
| Methyl cinnamate | 30 % of oil | cultivar 'Cinnamon', same trialSingle trial | hort.purdue.edu |
Cloves
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 14–20 % of bud | BritannicaSources differ; not merged | britannica.com |
| Essential oil | 15–17 % of bud | PROSEASources differ; not merged | uses.plantnet-project.org |
| Essential oil | up to 18 % of bud | Batiha et al., 2020 reviewSources differ; not merged | mdpi.com |
| Eugenol | 70–90 % of bud oil | PROSEASources differ; not merged | uses.plantnet-project.org |
| Eugenol | about 85–92 % of clove oil | Batiha et al., 2020 reviewSources differ; not merged | mdpi.com |
| Eugenyl acetate | up to 17 % of bud oil | PROSEA | uses.plantnet-project.org |
| β-Caryophyllene | 5–12 % of bud oil | PROSEA | uses.plantnet-project.org |
| Ochratoxin A, maximum Limit | 15 µg/kg | EU general limit for dried spices | eur-lex.europa.eu |
Coriander Seed
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Linalool | usually more than 60 % of seed oil | PROSEASources differ | uses.plantnet-project.org |
| Linalool | 63.8 % of seed oil | PROSEA composition table | uses.plantnet-project.org |
| Terpene alcohols (linalool) | 60–80 % of seed oil | 2023 reviewSources differ | mdpi.com |
| Essential oil | almost zero to 2 % of seed | PROSEA; highest in small-fruited typesSources differ; different samples, not merged | uses.plantnet-project.org |
| Essential oil | 0.18–1.40 % of seed (v/w) | 2023 reviewSources differ; different samples, not merged | mdpi.com |
Costmary (Alecost)
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Carvone | 54.2 % of oil | flower oil, carvone-type samples collected in Ovčar-Kablar Gorge, Serbia (2022 study) | mdpi.com |
| trans-Dihydrocarvone / β-thujone | 7.7 / 6.4 % of oil | flower oil, carvone-type samples collected in Ovčar-Kablar Gorge, Serbia (2022 study) | mdpi.com |
| Carvone | 52.1 % of oil | leaf oil, carvone-type samples collected in Ovčar-Kablar Gorge, Serbia (2022 study) | mdpi.com |
| α-Thujone | 11.4 % of oil | leaf oil, carvone-type samples collected in Ovčar-Kablar Gorge, Serbia (2022 study) | mdpi.com |
| Carvone | 47.7 % of oil | stem oil, carvone-type samples collected in Ovčar-Kablar Gorge, Serbia (2022 study) | mdpi.com |
Creole Seasoning
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 340 mg per 1/4 teaspoon (15% DV) | Tony Chachere's Original Creole Seasoning, retailer-listed label | giantfoodstores.com |
Cubeb Pepper
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cubebin | about 2 % | Katzer | gernot-katzers-spice-pages.com |
| Essential oil | up to 10 % of dried fruit | reference summary (Katzer)Sources differ | gernot-katzers-spice-pages.com |
| Volatile oil | 4 to 13 % of fruit | official cubeb, United States, 1918 U.S. DispensatorySources differ | henriettes-herb.com |
| Sabinene | about 50 % of oil (by mass) | dried fruit, reference summary (Katzer) | gernot-katzers-spice-pages.com |
| Methyl eugenol / eugenol / β-cubebene / α-cubebene | 41.31 / 33.95 / 18.3 / 4.1 % of oil | one oil analysis cited in the 2022 Frontiers review; sample origin not given in the passage read | frontiersin.org |
Culantro
10 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| (E)-2-Dodecenal | 59.7 % of leaf oil | one Malaysian leaf oil sample summarized by PROSEA | uses.plantnet-project.org |
| Storage life, packaged | up to 2 weeks at 10 °C | packaged leaves (PROSEA) | uses.plantnet-project.org |
| Storage life, packaged | 4 days at 28 °C | packaged leaves (PROSEA) | uses.plantnet-project.org |
| Water Nutrient | 84.5 g per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Protein Nutrient | 2.9 g per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Carbohydrate Nutrient | 9.2 g per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Fiber Nutrient | 2.0 g per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Calcium Nutrient | 99 mg per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Phosphorus Nutrient | 98 mg per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
| Iron Nutrient | 13 mg per 100 g | culantro leaves, per 100 g edible portion (PROSEA) | uses.plantnet-project.org |
Cumin
16 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 2.5–4.5 % of dried fruit | BritannicaSources differ | britannica.com |
| Essential oil | 2.5–5 % of dried fruit | PROSEASources differ | uses.plantnet-project.org |
| Essential oil | about 1 % of seed | one sample of seed collected in Iran's Alborz mountainsOutlier; oil dominated by α-pinene, limonene and 1,8-cineole | pmc.ncbi.nlm.nih.gov |
| Cuminaldehyde | 20–72 % of oil | range across the literature summarized by PROSEASources differ; not merged | uses.plantnet-project.org |
| Cuminaldehyde | 19.25–27.02 % of oil | lab-distilled oils from Turkish seed, steam and water distillation (Baser et al., 1992)Sources differ; not merged | agris.fao.org |
| Cuminaldehyde | 31.65–40.88 % of oil | four Indian varieties (RZ-19, RZ-223, RZ-341, RZ-345) from western RajasthanSources differ; not merged | phytojournal.com |
| p-Mentha-1,4-dien-7-al | 24.48–44.91 % of oil | lab-distilled oils from Turkish seed (Baser et al., 1992) | agris.fao.org |
| γ-Terpinene | 7.06–14.10 % of oil | lab-distilled oils from Turkish seed (Baser et al., 1992) | agris.fao.org |
| p-Cymene | 4.61–12.01 % of oil | lab-distilled oils from Turkish seed (Baser et al., 1992) | agris.fao.org |
| β-Pinene | 2.98–8.90 % of oil | lab-distilled oils from Turkish seed (Baser et al., 1992) | agris.fao.org |
| Volatile oil, minimum Limit | 2.0 / 1.5 / 1.5 / 1.3 ml/100 g | Codex CXS 327-2017, dry basis; whole/cracked Grade I / Grade II / Grade III / ground | fao.org |
| Total ash, maximum Limit | 8.5 / 10.0 / 12.0 / 9.5 % | Codex CXS 327-2017, dry basis; whole/cracked Grade I / Grade II / Grade III / ground | fao.org |
| Acid-insoluble ash, maximum Limit | 1.5 / 3.0 / 4.0 / 1.5 % | Codex CXS 327-2017, dry basis; whole/cracked Grade I / Grade II / Grade III / ground | fao.org |
| Moisture, maximum Limit | 10 % | Codex CXS 327-2017, all forms | fao.org |
| Foreign matter, maximum Limit | 0.1 / 0.5 / 0.5 % | Codex CXS 327-2017, Grade I / Grade II / Grade III | fao.org |
| Peanut (undeclared) | up to 5,000 (0.5%) ppm | some recalled products containing ground cumin, 2014-15 recall, FARRP testingContamination traced to two Turkish suppliers; not cumin generally | allergicliving.com |
Curing Salt
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium nitrite | 6.25 % | cure mixes used in USDA training problems | fsis.usda.gov |
| Sodium nitrite | 6.25 % | The Sausage Maker's Insta Cure #2, product label | sausagemaker.com |
| Sodium nitrate | 1 % | The Sausage Maker's Insta Cure #2, product label | sausagemaker.com |
| Sodium nitrite | 6 % | Spice Jungle pink curing salt, product label ("6% sodium nitrite and 94% table salt") | spicejungle.com |
Curry Leaves
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 1.0 % of dried leaf | leaves collected June 2007 on a research campus in Chittagong, Bangladesh, air-dried and hydrodistilled; one sample from one site | bdpsjournal.org |
| 3-Carene | 54.2 % of oil | same Chittagong sample; not a typical figure | bdpsjournal.org |
| Caryophyllene | 9.5 % of oil | same Chittagong sample | bdpsjournal.org |
Curry Powder
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture, maximum Limit | 9.0 % | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Total ash, maximum Limit | 7.2 % | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Granulation Limit | 95 % minimum through U.S. sieve No. 30 | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Piperine loss in cooking | 50–60 % lost | pepper boiled 15–30 minutes as part of a curry powder blend (1992 study, abstract) | agris.fao.org |
Dill
11 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 0.1–1.5 % of dry herb | dill herb (leaf) oil (PROSEA) | uses.plantnet-project.org |
| Essential oil | 2–6 % of fruit | dill fruit (seed) (PROSEA)Sources differ | uses.plantnet-project.org |
| Essential oil | about 3 % of fruit | dill fruit (Britannica)Sources differ | britannica.com |
| Phellandrene | about 35 % of herb oil | dill herb (leaf) oil (PROSEA) | uses.plantnet-project.org |
| 3,9-Epoxy-p-menth-1-ene (dill ether) | about 25 % of herb oil | dill herb (leaf) oil (PROSEA) | uses.plantnet-project.org |
| Limonene | up to 70 % of fruit oil | dill fruit (seed) oil (PROSEA) | uses.plantnet-project.org |
| Carvone | up to 60 % of fruit oil | dill fruit (seed) oil (PROSEA) | uses.plantnet-project.org |
| Carvone | 50–60 % of fruit oil | US fruit oils (PROSEA) | uses.plantnet-project.org |
| Carvone | 35–60 % of fruit oil | European fruit oils (PROSEA) | uses.plantnet-project.org |
| Dillapiole | 20.7 % of fruit oil | one Indian dill seed oil sample (PROSEA) | uses.plantnet-project.org |
| Essential oil, minimum Limit | at least 0.15 % | dried dill product, quality requirement given by PROSEA | uses.plantnet-project.org |
Egyptian Spices
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cumin: cuminaldehyde | 20 to 72 % of essential oil | cumin oil, depending on the study (PROSEA) | uses.plantnet-project.org |
| Coriander seed: linalool | 60 to 80 % of oil | coriander seed oil (2023 review) | mdpi.com |
Epazote
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 0.7 % of leaves | Katzer | gernot-katzers-spice-pages.com |
| Ascaridole | 70 % of oil | KatzerSources differ; Katzer notes one source stating 86% | gernot-katzers-spice-pages.com |
| Ascaridole | 86 % of oil | one source cited by KatzerSources differ | gernot-katzers-spice-pages.com |
| Calcium Nutrient | 340 mg per 100 g | leaves, per 100 g, from Duke and Atchley 1986 Handbook of Proximate Analysis Tables, as tabulated by TRAMIL | tramil.net |
| Phosphorus Nutrient | 52 mg per 100 g | leaves, per 100 g, from Duke and Atchley 1986 Handbook of Proximate Analysis Tables, as tabulated by TRAMIL | tramil.net |
| Iron Nutrient | 5.2 mg per 100 g | leaves, per 100 g, from Duke and Atchley 1986 Handbook of Proximate Analysis Tables, as tabulated by TRAMIL | tramil.net |
| Carotene Nutrient | 2,420 µg per 100 g | leaves, per 100 g, from Duke and Atchley 1986 Handbook of Proximate Analysis Tables, as tabulated by TRAMIL | tramil.net |
| Ascorbic acid Nutrient | 11 mg per 100 g | leaves, per 100 g, from Duke and Atchley 1986 Handbook of Proximate Analysis Tables, as tabulated by TRAMIL | tramil.net |
Fennel Seed
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 3–4 % of seed | BritannicaSources differ; different measurements, not one range | britannica.com |
| Essential oil | 1.9–3.1 % of fruit, by hydrodistillation | PROSEASources differ | uses.plantnet-project.org |
| Share of plant oil in the fruit | about 95 % of the oil | mature fennel (PROSEA) | uses.plantnet-project.org |
| Anethole | up to 70–80 % of oil | sweet-fennel oil (PROSEA) | uses.plantnet-project.org |
| Fenchone | 2.1 % of oil | Italian sweet fennel oils cited by PROSEA | uses.plantnet-project.org |
| Fenchone | 10.2 % of oil | Italian bitter fennel oils cited by PROSEA | uses.plantnet-project.org |
Fenugreek
11 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Diosgenin | 0.5–2 % of seed | PROSEA | uses.plantnet-project.org |
| Oleoresin | usually below 0.02 % of seed | PROSEA | uses.plantnet-project.org |
| Protein Nutrient | 28.2 g per 100 g | fenugreek seed, per 100 g (PROSEA) | uses.plantnet-project.org |
| Fat Nutrient | 5.9 g per 100 g | fenugreek seed, per 100 g (PROSEA) | uses.plantnet-project.org |
| Carbohydrate Nutrient | 46.5 g per 100 g | fenugreek seed, per 100 g (PROSEA) | uses.plantnet-project.org |
| Fiber Nutrient | 8.0 g per 100 g | fenugreek seed, per 100 g (PROSEA) | uses.plantnet-project.org |
| Moisture, maximum Limit | 9.5 % | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Volatile oil, minimum Limit | 0.5 % | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Total ash, maximum Limit | 5.0 % | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Acid-insoluble ash, maximum Limit | 1.0 % | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
| Granulation (ground) Limit | 95 % minimum through U.S. sieve No. 25 | USDA purchase specification A-A-20001C (2023) | ams.usda.gov |
Fingerroot (Krachai)
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 1–3 % of dry weight (rhizome and roots) | PROSEA | uses.plantnet-project.org |
| 1,8-Cineole | 18–41 % of oil | PROSEA | uses.plantnet-project.org |
| Camphor | 13 % of oil | PROSEA | uses.plantnet-project.org |
Fleur de Sel
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture, maximum Limit | 12 % | Fleur de sel de Guérande PGI specification | info.agriculture.gouv.fr |
| Insoluble matter, maximum Limit | under 0.20 % | Fleur de sel de Guérande PGI specification | info.agriculture.gouv.fr |
| Sodium Nutrient | about 40 % | table salt, kosher salt and most sea salts (American Heart Association) | heart.org |
French Herbs and Spices
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Tarragon essential oil: estragole | 60 to 75 % of the essential oil | scope not stated on source pageFigure is for tarragon, one herb discussed on this roundup page | food.ec.europa.eu |
| Herbes de Provence (Label Rouge): thyme Limit | 19 % of the blend | Label Rouge specification LA 02/03, obtained 2003Composition specification for the Label Rouge product, not a measurement | extranet.inao.gouv.fr |
| Herbes de Provence (Label Rouge): rosemary, savory and oregano, each Limit | 26 to 27 % of the blend | Label Rouge specification LA 02/03, obtained 2003Composition specification; the same specification excludes lavender | extranet.inao.gouv.fr |
Galangal
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 0.2–1.5 % of dry weight (dried rhizome) | scope not stated on source page | uses.plantnet-project.org |
| Essential oil: cineole | 20–30 % of the essential oil | older literature, as cited by PROSEAOlder figures; describe different samples and methods from the 1980s studies naming 1,8-cineole as main component; do not combine | uses.plantnet-project.org |
| Essential oil: methyl cinnamate | 48 % of the essential oil | older literature, as cited by PROSEAOlder figure; do not combine with newer figures | uses.plantnet-project.org |
| Lead, maximum level (dried rhizomes and roots, including galangal) Limit | 2.0 mg/kg | Codex Committee on Contaminants in Foods, 17th session, 2024Committee report notes the proposed levels were based on data for ginger only | fao.org |
Garlic
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 0.1 % of the bulb (about) | scope not stated on source pageMainly diallyl disulfide, diallyl trisulfide and allyl propyl disulfide | britannica.com |
| Vitamin B6 Nutrient | 0.04 mg per 3 g clove (2% of the FDA Daily Value) | USDA FoodData Central, garlic, raw (SR Legacy), scaled to a 3 g cloveper-clove value computed by the page from USDA data; no per-100 g value given on the page | fdc.nal.usda.gov |
| Vitamin C Nutrient | under 1 mg per 3 g clove (1% of the FDA Daily Value) | USDA FoodData Central, garlic, raw (SR Legacy), scaled to a 3 g cloveper-clove value computed by the page from USDA data; no per-100 g value given on the page | fdc.nal.usda.gov |
| Manganese Nutrient | 0.05 mg per 3 g clove (2% of the FDA Daily Value) | USDA FoodData Central, garlic, raw (SR Legacy), scaled to a 3 g cloveper-clove value computed by the page from USDA data; no per-100 g value given on the page | fdc.nal.usda.gov |
Garlic Chives
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Dimethyl trisulfide (most abundant volatile) | 10,623.30 µg/kg | one 2022 study, Chinese chive samples, headspace SPME analysisOne study's samples and method; not a fixed value for the plant | doaj.org |
| Water Nutrient | 93 g per 100 g edible portion of leaves | PROSEA composition, leaves | uses.plantnet-project.org |
| Protein Nutrient | 2.1 g per 100 g edible portion of leaves | PROSEA composition, leaves | uses.plantnet-project.org |
| Fiber Nutrient | 0.9 g per 100 g edible portion of leaves | PROSEA composition, leaves | uses.plantnet-project.org |
| Carotene Nutrient | 4 mg per 100 g edible portion of leaves | PROSEA composition, leaves | uses.plantnet-project.org |
| Vitamin C Nutrient | 25 mg per 100 g edible portion of leaves | PROSEA composition, leaves | uses.plantnet-project.org |
Garlic Powder
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Energy Nutrient | 331 kcal per 100 g | USDA FoodData Central, garlic powder (SR Legacy) | fdc.nal.usda.gov |
| Fiber Nutrient | 9.0 g per 100 g | USDA FoodData Central, garlic powder (SR Legacy) | fdc.nal.usda.gov |
| Potassium Nutrient | 1,190 mg per 100 g | USDA FoodData Central, garlic powder (SR Legacy) | fdc.nal.usda.gov |
| Vitamin B6 Nutrient | 1.65 mg per 100 g | USDA FoodData Central, garlic powder (SR Legacy) | fdc.nal.usda.gov |
| Sodium Nutrient | 60 mg per 100 g | USDA FoodData Central, garlic powder (SR Legacy) | fdc.nal.usda.gov |
Garlic Salt
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 540 mg per 1/4 teaspoon | McCormick Garlic Salt label, 5.25 ozcompany's own figures | stopandshop.com |
| Sodium | 350 mg per 1/4 teaspoon | Lawry's Garlic Salt with Parsley label, 6 ozDifferent brand and formula from the McCormick row; brand figures, not a category value; company's own figures | stopandshop.com |
Genovese Basil
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: linalool | 77 % of the oil | 'Genovese' seed from the North American trade, grown in a US field trial | hort.purdue.edu |
| Essential oil: 1,8-cineole | 12 % of the oil | 'Genovese' seed from the North American trade, grown in a US field trial | hort.purdue.edu |
| Essential oil yield | 0.90 % | 'Genovese' seed from the North American trade, grown in a US field trial | hort.purdue.edu |
| Vitamin K Nutrient | 1,710 µg per 100 g (dried basil) | USDA FoodData Central, dried basil, no cultivar namedNot specific to Genovese basil | fdc.nal.usda.gov |
Ginger
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 1–3 % (usually), commercial dried ginger | major types of commercial dried ginger | uses.plantnet-project.org |
| Moisture, maximum Limit | 12.0 % w/w | Codex CXS 343-2021, whole, pieces and ground | fao.org |
| Total ash, maximum Limit | 8.0 % dry basis (unbleached) | Codex CXS 343-2021, whole, pieces and ground | fao.org |
| Total ash, maximum Limit | 12.0 % dry basis (bleached) | Codex CXS 343-2021, whole, pieces and ground | fao.org |
| Acid-insoluble ash, maximum Limit | 1.5 % dry basis | Codex CXS 343-2021, whole, pieces and ground | fao.org |
| Volatile oil, minimum Limit | 1.5 mL/100 g dry basis | Codex CXS 343-2021, whole and pieces | fao.org |
| Volatile oil, minimum Limit | 1.0 mL/100 g dry basis | Codex CXS 343-2021, ground | fao.org |
| Extraneous matter, maximum Limit | 1.0 % | Codex CXS 343-2021, whole and cut ginger | fao.org |
| Foreign matter, maximum Limit | 0.5 % | Codex CXS 343-2021, whole and cut ginger | fao.org |
Gochugaru
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Capsaicinoids | 7.0 to 75.9 mg per 100 g | 20 Korean red peppers, analyzed by HPLC (1994 study) | accesson.kr |
| Capsaicinoids | 126.1 mg per 100 g | Commercial red pepper powders bought by variety and district through Korea's NH cooperative (2000 study); highest, 'Chungyang' variety | koreascience.kr |
| Capsaicinoids | 41.7 mg per 100 g | Commercial red pepper powders through Korea's NH cooperative (2000 study); Youngyang district powder | koreascience.kr |
| Carotenoids | 497.6 mg per 100 g | 2000 Korean study; sun-dried (taeyangcho) Youngyang district powder, highest of districts compared | koreascience.kr |
| Heat (Korean gochu) Conventional range | under 1,000 SHU | Kwon et al. abstract; no samples or method statedNot a stated measurement; the widely repeated 1,500 to 10,000 SHU range has no traceable source | agris.fao.org |
| Pungency class: chilli pepper, minimum Limit | 900 SHU | Codex CXS 353-2022 (dried chilli pepper and paprika) | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum fruits including chilli powder | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits including chilli powder | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits including chilli powder | eur-lex.europa.eu |
Gomasio (Gomashio)
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Salt content Conventional range | about 10 % salt | Katzer's description of gomashio; method not statedStated proportion, not a lab measurement | gernot-katzers-spice-pages.com |
| Sesame to salt ratio Conventional range | 8:1 by weight | commercial gomashio, per JustBentoStated proportion, not a lab measurement; recipes range to 18:1 | justbento.com |
Greek Seasoning
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 241 mg per 1/4 teaspoon (10% of the Daily Value) | Cavender's All Purpose Greek Seasoning label, 8 oz canBrand label figure; company's own figures | foodlion.com |
Green Peppercorns
22 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Berry size Limit | 2.0–6.0 mm across (about) | Codex CXS 326-2017, whole green pepper | fao.org |
| Extraneous vegetable matter, maximum Limit | 0.5 % m/m | Codex CXS 326-2017, whole green pepper, Class I | fao.org |
| Extraneous vegetable matter, maximum Limit | 1.0 % m/m | Codex CXS 326-2017, whole green pepper, Class II | fao.org |
| Extraneous vegetable matter, maximum Limit | 1.2 % m/m | Codex CXS 326-2017, whole green pepper, Class III | fao.org |
| Foreign matter, maximum Limit | 0.1 % m/m | Codex CXS 326-2017, whole green pepper, Class I | fao.org |
| Foreign matter, maximum Limit | 0.5 % m/m | Codex CXS 326-2017, whole green pepper, Class II | fao.org |
| Foreign matter, maximum Limit | 0.5 % m/m | Codex CXS 326-2017, whole green pepper, Class III | fao.org |
| Black berries, maximum Limit | 5.0 % m/m | Codex CXS 326-2017, whole green pepper, Class IIIClass I and II: nil | fao.org |
| Broken berries, maximum Limit | 1.0 % m/m | Codex CXS 326-2017, whole green pepper, Class I | fao.org |
| Broken berries, maximum Limit | 3.0 % m/m | Codex CXS 326-2017, whole green pepper, Class II | fao.org |
| Broken berries, maximum Limit | 10.0 % m/m | Codex CXS 326-2017, whole green pepper, Class III | fao.org |
| Moldy berries, maximum Limit | 1.0 % m/m | Codex CXS 326-2017, whole green pepper, Class IIClass I: nil | fao.org |
| Moldy berries, maximum Limit | 2.0 % m/m | Codex CXS 326-2017, whole green pepper, Class III | fao.org |
| Mammalian or other excreta, maximum Limit | 1.0 mg/kg | Codex CXS 326-2017, whole green pepper, Class I | fao.org |
| Mammalian or other excreta, maximum Limit | 1.0 mg/kg | Codex CXS 326-2017, whole green pepper, Class II | fao.org |
| Mammalian or other excreta, maximum Limit | 2.0 mg/kg | Codex CXS 326-2017, whole green pepper, Class III | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, green pepper, all classes | fao.org |
| Total ash, maximum Limit | 5.0 % | Codex CXS 326-2017, green pepper, all classes | fao.org |
| Volatile oil, minimum Limit | 1.0 mL per 100 g (dry basis) | Codex CXS 326-2017, green pepper, all classes | fao.org |
| Moisture, freeze-dried green pepper | 2–4 % | Kerala Agricultural University processing guide, freeze-dried productProcess outcome stated by KAU; sample basis not stated | celkau.in |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species) | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species) | eur-lex.europa.eu |
Guajillo Powder
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Heat Conventional range | 2,500–5,000 SHU | general rating for the type; no method given (INDY Week, 2015)Unmeasured published rating | indyweek.com |
| Pungency threshold defining "chilli", minimum Limit | 900 SHU | Codex CXS 353-2022; category threshold, not a rating of guajillo | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum spices including chillies, chilli powder, cayenne and paprika | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum spices including chillies, chilli powder, cayenne and paprika | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum spices including chillies, chilli powder, cayenne and paprika | eur-lex.europa.eu |
Gumbo Filé Powder
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Leaf essential oil | 0.4 % (about) | sassafras leaves, per Katzer's Spice PagesA circulating 2–3% leaf oil figure does not match this source | gernot-katzers-spice-pages.com |
| Leaf essential oil: safrole | 45 % of the leaf oil (roughly) | sassafras leaves, per Katzer's Spice Pages | gernot-katzers-spice-pages.com |
| Leaf essential oil: camphor | 30 % of the leaf oil | sassafras leaves, per Katzer's Spice Pages | gernot-katzers-spice-pages.com |
Habanero Powder
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Capsaicin, Capsicum chinense Conventional range | 2 % (typically about), stated as equal to 300,000 SHU | species, general, per Katzer's Spice PagesGeneral species figure, not a measurement of habanero powder | gernot-katzers-spice-pages.com |
| Heat, hottest C. chinense cultivars Conventional range | 200,000 to 300,000 SHU (around) | species, general, per Katzer's Spice Pages | gernot-katzers-spice-pages.com |
| Heat, habanero pod type Conventional range | 100,000–500,000 SHU | pod type, general rating (DeWitt heat scale, 2008 update)Sources differ; DeWitt calls his scale necessarily approximate | fieryfoodscentral.com |
| Heat, habanero pod type Conventional range | 100,000–300,000 SHU | pod type, general rating (INDY Week, 2015)Sources differ | indyweek.com |
| Pungency threshold defining "chilli", minimum Limit | 900 SHU | Codex CXS 353-2022; category threshold | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum spices including chillies, chilli powder, cayenne and paprika | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum spices including chillies, chilli powder, cayenne and paprika | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum spices including chillies, chilli powder, cayenne and paprika | eur-lex.europa.eu |
Haitian Spices and Seasonings
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Clove oil: eugenol | 70 to 90 % of the oil | scope not stated on source pageFigure is for clove, one spice discussed on this roundup page | uses.plantnet-project.org |
| Star anise oil: trans-anethole | 70 to 93 % of the oil | scope not stated on source pageFigure is for star anise, one spice discussed on this roundup page | uses.plantnet-project.org |
Hawaiian Sea Salt
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 36.7 % by weight | one black Hawaiian salt (salt, active coal and taro), Swiss FSVO analysis of 25 salts, 2016Potassium, calcium and iron were below the limit of detection in the same sample | warwick.ac.uk |
| Sodium | 40 % (about) | most sea salts, general statement by the American Heart AssociationGeneral figure, not a measurement of a Hawaiian salt | heart.org |
Herbes de Provence
18 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Composition: thyme Limit | 19 % of the blend | Label Rouge blend as described by Reussir, 2008 (2003 label)Composition specification | reussir.fr |
| Composition: rosemary, savory and oregano, each Limit | 26 % of the blend | Label Rouge blend as described by Reussir, 2008 (2003 label)Composition specification | reussir.fr |
| Composition: basil Limit | 3 % of the blend | Label Rouge blend as described by Reussir, 2008 (2003 label)Composition specification | reussir.fr |
| Composition: thyme Limit | 19 % of the blend | Label Rouge LA 02/03, INAO 2014 modification request | extranet.inao.gouv.fr |
| Composition: rosemary, savory and oregano, each Limit | 26 / 27 % of the blend | Label Rouge LA 02/03, INAO 2014 modification requestDocument shows both 26% and 27%, read as a proposed change; sources differ | extranet.inao.gouv.fr |
| Composition: basil Limit | 3 % of the blend | Label Rouge LA 02/03, INAO 2014 modification request | extranet.inao.gouv.fr |
| Composition: thyme | 19 % of the blend | Ducros Label Rouge product specification, 2025company's own figures | mccormickforchefs.com |
| Composition: rosemary, savory and oregano, each | 27 % of the blend | Ducros Label Rouge product specification, 2025No basil in this specification; company's own figures | mccormickforchefs.com |
| Essential oil, minimum per herb: thyme Limit | 3 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Essential oil, minimum per herb: oregano Limit | 3.5 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Essential oil, minimum per herb: rosemary Limit | 1.8 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Essential oil, minimum per herb: savory Limit | 1.4 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Essential oil, minimum per herb: basil Limit | 0.4 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Essential oil, finished blend, minimum Limit | 2 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Moisture, maximum Limit | 14 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Stems, maximum Limit | 2.2 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Foreign matter, maximum Limit | 1 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
| Acid-insoluble ash, maximum Limit | 0.8 % | Label Rouge LA 02/03 (2014 text) | extranet.inao.gouv.fr |
Herbs for Inflammation
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Holy basil essential oil: methyl eugenol | 683.90 µg/mL of oil | Thai analysis of holy basil essential oils; red holy basil oilConcentration in the oil, not a percentage | mdpi.com |
| Holy basil essential oil: methyl eugenol | 98.44 µg/mL of oil | Thai analysis of holy basil essential oils; white holy basil oilConcentration in the oil, not a percentage | mdpi.com |
| Cilantro leaf volatiles: aldehydes | more than 80 % of the leaf volatile compounds | scope not stated on source page | uses.plantnet-project.org |
Himalayan Salt
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 1,974 mg per 5 g teaspoon (about, average) | 31 pink salts bought in Sydney, Canberra and Coffs Harbour, June 2018; ICP-MS (Fayet-Moore et al., 2020) | mdpi.com |
| Sodium | 394,717.96 mg (per the paper's units; basis not stated on page) | 31 pink salts, ICP-MS (Fayet-Moore et al., 2020)White iodized control in the same study: 427,636.27; pink roughly 8% less. Each sample measured once in one laboratory | mdpi.com |
| Calcium | 2,695.09 mg (per the paper's units; basis not stated on page) | 31 pink salts, ICP-MS (Fayet-Moore et al., 2020)White control: 393.28 | mdpi.com |
| Lead | 2.59 mg/kg | one sample of 31 (the only one from Peru), Fayet-Moore et al., 2020Exceeded the 2 mg/kg limit the authors applied; 130 times the white control | mdpi.com |
Holy Basil (Tulsi, Kaphrao)
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: methyl eugenol | 683.90 µg/mL of oil | Red holy basil (var. Shyama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang MaiConcentration in the oil, not a percentage; do not compare directly with percentage figures | mdpi.com |
| Essential oil: beta-caryophyllene | 145.81 µg/mL of oil | Red holy basil (var. Shyama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang Mai | mdpi.com |
| Essential oil: alpha-cubebene | 104.70 µg/mL of oil | Red holy basil (var. Shyama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang Mai | mdpi.com |
| Essential oil yield | 0.33 % (about) | Red holy basil (var. Shyama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang Mai | mdpi.com |
| Essential oil: methyl eugenol | 98.44 µg/mL of oil | White holy basil (var. Rama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang MaiConcentration in the oil, not a percentage | mdpi.com |
| Essential oil: alpha-cubebene | 9.94 µg/mL of oil | White holy basil (var. Rama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang Mai | mdpi.com |
| Essential oil: alpha-copaene | 4.74 µg/mL of oil | White holy basil (var. Rama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang Mai | mdpi.com |
| Essential oil yield | 0.4 % (about) | White holy basil (var. Rama); Tangpao, Chung and Sommano, 2018; plants grown at a research center in Chiang Mai | mdpi.com |
Horseradish
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Energy Nutrient | 48 kcal per 100 g | USDA FoodData Central, horseradish, prepared (SR Legacy) | fdc.nal.usda.gov |
| Fiber Nutrient | 3.3 g per 100 g | USDA FoodData Central, horseradish, prepared (SR Legacy) | fdc.nal.usda.gov |
| Vitamin C Nutrient | 24.9 mg per 100 g | USDA FoodData Central, horseradish, prepared (SR Legacy) | fdc.nal.usda.gov |
| Sodium Nutrient | 420 mg per 100 g | USDA FoodData Central, horseradish, prepared (SR Legacy)Page also shows per-tablespoon (15 g) values computed from these | fdc.nal.usda.gov |
Houttuynia Cordata (Fish Mint)
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: nonyl ketones | 2.10 to 40.36 % of the essential oil | across the samples cited in Wu et al. 2021 reviewRange too wide for any single typical figure | frontiersin.org |
Huacatay (Peruvian Black Mint)
10 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: tagetone | 14.1 % of the oil | commercial oil from Madagascar, as reported in a 2018 reviewDistilled oil, not the fresh leaf | mdpi.com |
| Essential oil: dihydrotagetone | 11.6 % of the oil | commercial oil from Madagascar, as reported in a 2018 review | mdpi.com |
| Essential oil: (E)-tagetenone | 9.0 % of the oil | commercial oil from Madagascar, as reported in a 2018 review | mdpi.com |
| Essential oil: (Z)-tagetenone | 6.7 % of the oil | commercial oil from Madagascar, as reported in a 2018 review | mdpi.com |
| Essential oil: limonene | 66.3 % of the oil | sample from Argentina, as reported in a 2018 review | mdpi.com |
| Essential oil: (E)-tagetenone | 19.1 % of the oil | sample from Argentina, as reported in a 2018 reviewDiffers from the Madagascar sample; different samples, not a disagreement over the same scope | mdpi.com |
| Essential oil: beta-caryophyllene | 14.8 % of the oil | sample from Argentina, as reported in a 2018 review | mdpi.com |
| Essential oil: alpha-pinene | 11.8 % of the oil | sample from Argentina, as reported in a 2018 review | mdpi.com |
| Essential oil: (Z)-beta-ocimene | 7.2 to 37.5 % of the oil | studies cited in a 2018 review; rose as the plant developedSome studies found the opposite trend | mdpi.com |
| Essential oil: dihydrotagetone | 51 to 14 % of the oil | studies cited in a 2018 review; fell as the plant developedSome studies found the opposite trend | mdpi.com |
Hungarian Spices
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Capsaicin, maximum (non-pungent paprika) Limit | 100 mg/kg | Szegedi paprika PDO single document | dfat.gov.au |
| Ground paprika adulterated with red lead | 5.8 % of samples | 3,432 random samples of Hungarian ground paprika, 1994 reportHistorical adulteration finding, 1994 | lead.org.au |
Hyssop
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Volatile oil | up to 2 % | Wolters Kluwer professional monograph (Drugs.com); plant, scope not further statedMainly pinocamphone, isopinocamphone, alpha- and beta-pinene, camphene and alpha-terpinene | drugs.com |
| Pyrrolizidine alkaloids, maximum (dried herbs including hyssop) Limit | 400 µg/kg | EU Regulation 2023/915 | eur-lex.europa.eu |
Indian Spices
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cardamom oil: 1,8-cineole | 20 to 60 % of the oil | scope not stated on source pageFigure is for green cardamom, one spice on this roundup page | uses.plantnet-project.org |
| Cardamom oil: alpha-terpinyl acetate | 20 to 53 % of the oil | scope not stated on source pageFigure is for green cardamom | uses.plantnet-project.org |
| Heat, Bhut Jolokia | 1,001,304 SHU | Bhut Jolokia (Capsicum chinense) from Assam, 2007 HortScience studyFigure is for one chile cultivar, not Indian chile generally | journals.ashs.org |
| Turmeric samples above India's lead limit | 30 % of samples | 503 turmeric samples from eastern India | nature.com |
| Lead limit for turmeric, India Limit | 10 µg/g | India's lead limit, as cited in the npj Science of Food study | nature.com |
| Measure | Value | Scope | Source |
|---|---|---|---|
| Cinnamon bark essential oil: cinnamaldehyde | 55 to 76 % of the essential oil | European Medicines Agency herbal committee assessment, cinnamon bark oil | ema.europa.eu |
| Measure | Value | Scope | Source |
|---|---|---|---|
| Piperine loss on boiling | 50 to 60 % lost | 1992 study; pepper boiled for 15 to 30 minutes in a curry powder blendRetention/decay figure from domestic cooking | agris.fao.org |
Italian Herbs and Spices
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Oregano essential oil: carvacrol and thymol combined | 78 to 85 % of the essential oil (roughly) | scope not stated on source pageFigure is for oregano, one herb on this roundup page | mdpi.com |
| Oregano samples suspicious of adulteration | 48 % of samples | EU-wide coordinated control plan, oregano samplesMostly adulterated with olive leaves | publications.jrc.ec.europa.eu |
Italian Seasoning
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture, maximum Limit | 12 % | USDA Commercial Item Description A-A-20001C (federal purchase specification), Italian seasoningNot a standard that retail blends must meet | ams.usda.gov |
| Particle size, minimum through No. 10 sieve Limit | 90 % | USDA Commercial Item Description A-A-20001C (federal purchase specification), Italian seasoningNot a standard that retail blends must meet | ams.usda.gov |
Jalapeño Powder
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Heat, jalapeno pods in general Conventional range | 2,500–10,000 SHU | jalapeno pods in general; no samples or method stated (Dave DeWitt, 2008)No published measurement of jalapeno powder was found | fieryfoodscentral.com |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
Jamaican Spices and Seasonings
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Allspice berry oil: eugenol | 50 to 80 % of the berry oil | scope not stated on source page | uses.plantnet-project.org |
| Heat, Scotch bonnet Conventional range | 100,000 to 500,000 SHU | general rating for the pod type (Dave DeWitt's heat scale, 2008 update)General rating, not a measurement of a particular harvest | fieryfoodscentral.com |
Japanese Spices and Seasonings
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Wasabi: allyl isothiocyanate share of isothiocyanates | 86 to 94 % of the isothiocyanates | one study (Lincoln University doctoral study) | researcharchive.lincoln.ac.nz |
| Gomashio salt content Conventional range | about 10 % salt | Katzer's description; method not statedStated proportion, not a lab measurement | gernot-katzers-spice-pages.com |
Juniper Berries
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil, minimum Limit | 10 mL per kg of berries | European Pharmacopoeia, as quoted in the EMA assessment report on Juniperus communis pseudo-fruit | ema.europa.eu |
| Essential oil: alpha-pinene Limit | 20–50 % of the oil | European Pharmacopoeia, as quoted in the EMA assessment report on Juniperus communis pseudo-fruitPharmacopoeial requirement, not the full range found in nature | ema.europa.eu |
| Essential oil: beta-myrcene Limit | 1–35 % of the oil | European Pharmacopoeia, as quoted in the EMA assessment report on Juniperus communis pseudo-fruitPharmacopoeial requirement, not the full range found in nature | ema.europa.eu |
| Essential oil: limonene Limit | 2–12 % of the oil | European Pharmacopoeia, as quoted in the EMA assessment report on Juniperus communis pseudo-fruitPharmacopoeial requirement, not the full range found in nature | ema.europa.eu |
Kaffir Lime Leaves (Makrut Lime)
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Leaf oil: citronellal | 77.7 % of the leaf oil | 2023 study; steam-distilled leaf oil, C. hystrix leaves from orchards in Negeri Sembilan, Malaysia | mdpi.com |
| Leaf oil: sabinene | 3.0 % of the leaf oil | 2023 study; steam-distilled leaf oil, C. hystrix leaves from orchards in Negeri Sembilan, Malaysia | mdpi.com |
| Leaf oil: citronellol acetate | 2.8 % of the leaf oil | 2023 study; steam-distilled leaf oil, C. hystrix leaves from orchards in Negeri Sembilan, Malaysia | mdpi.com |
Kampot Pepper
14 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Minimum berry size, green Limit | 3 mm | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Minimum berry size, black Limit | 4 mm | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Minimum density, black Limit | 570 g/L | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Minimum berry size, red Limit | 4 mm | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Minimum density, red Limit | 570 g/L | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Minimum berry size, white Limit | 3 mm | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Minimum density, white Limit | 600 g/L | Poivre de Kampot PGI product specification (EU registration 2016) | ec.europa.eu |
| Bulk density, minimum, whole black pepper (top grade) Limit | 550 g/L | Codex CXS 326-2017, for comparisonCodex general standard, not Kampot-specific | fao.org |
| Bulk density, minimum, whole black pepper (Grade II) Limit | 500 g/L | Codex CXS 326-2017, for comparisonCodex general standard, not Kampot-specific | fao.org |
| Bulk density, minimum, whole black pepper (Grade III) Limit | 400 g/L | Codex CXS 326-2017, for comparisonCodex general standard, not Kampot-specific | fao.org |
| Piperine and related compounds | 5 or more % of black pepper (roughly half of it piperine itself) | black pepper generally, per Katzer's Spice Pages; not Kampot-specificNo piperine measurement of Kampot pepper was found | gernot-katzers-spice-pages.com |
| Vitamin K Nutrient | 164 µg per 100 g | USDA FoodData Central, ground black pepper (SR Legacy); not specific to Kampot | fdc.nal.usda.gov |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species) | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species) | eur-lex.europa.eu |
Kokum
13 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Seed fat (kokum butter) | 23 to 26 % edible fat in seeds | ICAR articleSeeds, not the rind | epubs.icar.org.in |
| Moisture | 87.50 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Acid (as hydroxycitric acid) | 22.80 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Crude fibre | 14.28 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Crude fat | 10.00 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Pectin | 5.71 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Tannins | 2.85 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Total ash | 2.57 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Pigment | 2.4 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Protein | 1.92 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Starch | 1.00 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Ascorbic acid | 0.06 % of fresh rind (as tabulated) | ICAR article table of fresh-rind compositionTable gives values only as %; basis for each component not stated on source page | epubs.icar.org.in |
| Anthocyanins | 1,000 to 2,400 mg per 100 g of rind | ICAR article | epubs.icar.org.in |
Korean Mint (Agastache rugosa)
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: estragole | 89.49 % of the oil | one Korean sample from an earlier study cited by Hong et al.One sample, not a typical value; wild Korean plants fall into six chemotypes | mdpi.com |
| Essential oil: D-limonene | 3.40 % of the oil | one Korean sample from an earlier study cited by Hong et al. | mdpi.com |
| Essential oil: pulegone | 1.86 % of the oil | one Korean sample from an earlier study cited by Hong et al. | mdpi.com |
| Essential oil: menthone | 1.80 % of the oil | one Korean sample from an earlier study cited by Hong et al. | mdpi.com |
Korean Spices and Seasonings
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Capsaicinoids, Korean red peppers | 7.0 to 75.9 mg per 100 g | 1994 HPLC study of 20 Korean red peppers | accesson.kr |
| Capsaicinoids, highest level found | 126.1 mg% (mg per 100 g) | 2000 study; 'Chungyang' variety | koreascience.kr |
| Gochujang: capsaicin, minimum Limit | 10.0 ppm | Codex regional standard for gochujang, CXS 294R-2009 | fao.org |
| Gochujang: crude protein, minimum Limit | 4.0 % | Codex regional standard for gochujang, CXS 294R-2009 | fao.org |
| Gochujang: moisture, maximum Limit | 55 % | Codex regional standard for gochujang, CXS 294R-2009 | fao.org |
| Fermented soybean paste: total nitrogen, minimum (soybean-only paste) Limit | 1.6 % | Codex regional standard for fermented soybean paste (Asia) | fao.org |
| Fermented soybean paste: total nitrogen, minimum (soybean-and-grain paste) Limit | 0.6 % | Codex regional standard for fermented soybean paste (Asia) | fao.org |
| Fermented soybean paste: moisture, maximum Limit | 60 % | Codex regional standard for fermented soybean paste (Asia), both types | fao.org |
Korintje Cinnamon
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Bark essential oil | 1 to 4 % | Cinnamomum burmanni bark, PROSEAMainly cinnamaldehyde; the oil lacks eugenol | prosea.prota4u.org |
| Coumarin (cassia cinnamon in general) | 3,000 mg/kg (average, about) | cassia cinnamon in general, BfR; not specific to KorintjeNo Korintje-specific coumarin figure was found | bfr.bund.de |
| Lead in specific ground cinnamon products | 2.03 to 7.68 ppm | specific ground cinnamon products named in FDA public health alerts, 2024; species not statedProduct-specific findings, not a category value | fda.gov |
Kosher Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 40 % by weight (about) | table salt, kosher salt and most sea salts, general statement by the American Heart AssociationGeneral figure; per-teaspoon sodium depends on brand crystal size | heart.org |
Lampong Pepper
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Piperine | 4.9 to 7.7 % | black pepper in general, PROSEA; not specific to LampongNo study comparing piperine in Lampong pepper with other origins was found | uses.plantnet-project.org |
| Essential oil: monoterpene hydrocarbons | up to 80 % of the essential oil | black pepper in general, per Katzer's Spice Pages | gernot-katzers-spice-pages.com |
| Vitamin K Nutrient | 164 µg per 100 g | USDA FoodData Central, ground black pepper (all origins) | fdc.nal.usda.gov |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species) | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species) | eur-lex.europa.eu |
Lavender as a Culinary Herb
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: linalool | 11.4–46.7 % of the oil | 13 new L. angustifolia cultivars bred in Ukraine (2021 study) | mdpi.com |
| Essential oil: linalyl acetate | 7.4–44.2 % of the oil | 13 new L. angustifolia cultivars bred in Ukraine (2021 study) | mdpi.com |
| Lavender oil: linalyl acetate (European Pharmacopoeia requirement) Limit | 25–47 % of the oil | European Pharmacopoeia, as quoted in the 2021 study | mdpi.com |
Lemon Balm
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Leaf essential oil | 0.06–0.8 % | EMA assessment report on Melissa officinalis leafMainly citral, neral and citronellal | ema.europa.eu |
| Essential oil: beta-caryophyllene | 10 % of the oil (about) | EMA assessment report on Melissa officinalis leaf | ema.europa.eu |
| Essential oil: germacrene D | 10 % of the oil (about) | EMA assessment report on Melissa officinalis leaf | ema.europa.eu |
| Essential oil yield | 0.470 % of dry weight | one Algerian sample, leaves collected near Algiers in May 2018 | pmc.ncbi.nlm.nih.gov |
| Essential oil: geranial | 45.06 % of the oil | one Algerian sample, leaves collected near Algiers in May 2018 | pmc.ncbi.nlm.nih.gov |
| Essential oil: neral | 31.72 % of the oil | one Algerian sample, leaves collected near Algiers in May 2018 | pmc.ncbi.nlm.nih.gov |
| Essential oil: citronellal | 6.42 % of the oil | one Algerian sample, leaves collected near Algiers in May 2018 | pmc.ncbi.nlm.nih.gov |
| Rosmarinic acid, minimum (dried leaf) Limit | 1 % | European Pharmacopoeia, as cited in the EMA assessment report | ema.europa.eu |
| Pyrrolizidine alkaloids, maximum (dried herbs and herbal infusions) Limit | 400 µg/kg | EU Regulation 2023/915 | eur-lex.europa.eu |
Lemon Basil
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: linalool | 24 % of the oil | Purdue cultivar trial, 1999; 'Lemon' | hort.purdue.edu |
| Essential oil: citral | 19 % of the oil | Purdue cultivar trial, 1999; 'Lemon' | hort.purdue.edu |
| Essential oil: linalool | 61 % of the oil | Purdue cultivar trial, 1999; 'Lemon Mrs. Burns' | hort.purdue.edu |
| Essential oil: citral | 16 % of the oil | Purdue cultivar trial, 1999; 'Lemon Mrs. Burns' | hort.purdue.edu |
| Essential oil: estragole | 98.22 µg/mL of oil | Chiang Mai University, 2018; lemon basil grown in northern ThailandConcentration, not a percentage; do not compare directly with the Purdue percentages | mdpi.com |
| Essential oil: citral | 9.55 µg/mL of oil | Chiang Mai University, 2018; lemon basil grown in northern Thailand | mdpi.com |
Lemon Myrtle
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Leaf essential oil | 4 to 5 % of the leaf | Katzer's Spice Pages; scope not further statedSources differ in basis: Katzer gives oil content of the leaf, Southwell gives distillation yield from fresh leaf | gernot-katzers-spice-pages.com |
| Essential oil yield | 1 to 3 % from fresh leaf | Southwell, as summarized in a 2021 reviewSources differ in basis (see Katzer row) | mdpi.com |
| Essential oil: citral (neral plus geranial) | 90 to 98 % of the oil | typical steam-distilled oil, as summarized in a 2021 review (Southwell)Sources differ | mdpi.com |
| Essential oil: citral (neral plus geranial) | 90 to 95 % of the oil | Katzer's reference figureSources differ | gernot-katzers-spice-pages.com |
| Essential oil: citral (neral plus geranial) | 89.78 % of the oil | one oil analyzed in a 2022 study (Lim et al.) | pmc.ncbi.nlm.nih.gov |
| Essential oil: geranial | 52.13 % of the oil | one oil analyzed in a 2022 study (Lim et al.) | pmc.ncbi.nlm.nih.gov |
| Essential oil: neral | 37.65 % of the oil | one oil analyzed in a 2022 study (Lim et al.) | pmc.ncbi.nlm.nih.gov |
Lemon Pepper Seasoning
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 170 mg per 1/4 teaspoon (7% of the Daily Value) | McCormick Signature Seasonings Lemon Pepper label, 5.75 ozBrand label figure; company's own figures | stopandshop.com |
Lemon Thyme
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: terpinolene (peak) | 71 % of the oil | Toncer et al. 2017; plants grown in southeastern Anatolia, Turkey; at flowering | acikerisim.dicle.edu.tr |
| Essential oil yield | 2.0 % | Toncer et al. 2017; plants grown in southeastern Anatolia, Turkey; before flowering | acikerisim.dicle.edu.tr |
| Essential oil yield | 1.9 % | Toncer et al. 2017; plants grown in southeastern Anatolia, Turkey; at flowering | acikerisim.dicle.edu.tr |
| Essential oil yield | 1.3 % | Toncer et al. 2017; plants grown in southeastern Anatolia, Turkey; after flowering | acikerisim.dicle.edu.tr |
| Pyrrolizidine alkaloids, maximum (dried herbs) Limit | 400 µg/kg | EU Regulation 2023/915 | eur-lex.europa.eu |
Lemon Verbena
17 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: geranial | 18.7–21.1 % of the oil | Sprea et al. 2023, their own samples, two distillation methods | mdpi.com |
| Essential oil: neral | 15.3–16.2 % of the oil | Sprea et al. 2023, their own samples, two distillation methods | mdpi.com |
| Essential oil: limonene | 5.0–5.4 % of the oil | Sprea et al. 2023, their own samples, two distillation methods | mdpi.com |
| Essential oil: geranial | 26.8–38.3 % of the oil | Portugal (Santos-Gomes et al. 2005), as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: neral | 20.8–29.6 % of the oil | Portugal (Santos-Gomes et al. 2005), as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: limonene | 5.7–20.6 % of the oil | Portugal (Santos-Gomes et al. 2005), as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: geranial | 26.8–38.7 % of the oil | Greece, as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: neral | 21.8–24.5 % of the oil | Greece, as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: limonene | 5.8–17.7 % of the oil | Greece, as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: geranial | 11.93 % of the oil | Ozek et al. (country not stated in the review), as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: neral | 5.99 % of the oil | Ozek et al. (country not stated in the review), as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: limonene | 18.59 % of the oil | Ozek et al. (country not stated in the review), as reviewed in Sprea et al. 2023 review | mdpi.com |
| Essential oil: neral | 6.27–10.02 % of the oil | Morocco (Oukerrou et al. 2017), as reviewed in Sprea et al. 2023 reviewGeranial not detected in these oils | mdpi.com |
| Essential oil, minimum (whole dried leaf) Limit | 3.0 mL per kg | European Pharmacopoeia, as set out in the EMA assessment report | ema.europa.eu |
| Essential oil, minimum (fragmented dried leaf) Limit | 2.0 mL per kg | European Pharmacopoeia, as set out in the EMA assessment report | ema.europa.eu |
| Verbascoside (acteoside), minimum (dried leaf) Limit | 2.5 % | European Pharmacopoeia, as set out in the EMA assessment report | ema.europa.eu |
| Pyrrolizidine alkaloids, maximum (herbal infusions) Limit | 400 µg/kg | EU Regulation 2023/915 | eur-lex.europa.eu |
Lemongrass
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil yield | 0.25–0.50 % of harvested herbage | PROSEA | uses.plantnet-project.org |
| Essential oil yield (good management, improved selections) | 0.4–0.6 % of harvested herbage | PROSEA | uses.plantnet-project.org |
| Essential oil: geranial | 40–62 % of the oil | general range for C. citratus oil, PROSEA | uses.plantnet-project.org |
| Essential oil: neral | 25–38 % of the oil | general range for C. citratus oil, PROSEA | uses.plantnet-project.org |
| Essential oil: geranial | 53.6 % of the oil | Rajeswara et al., 1996, as tabulated by PROSEA | uses.plantnet-project.org |
| Essential oil: neral | 36.1 % of the oil | Rajeswara et al., 1996, as tabulated by PROSEA | uses.plantnet-project.org |
| Essential oil: geranial | 39.8 % of the oil | Idrisi et al., 1993, as tabulated by PROSEA | uses.plantnet-project.org |
| Essential oil: neral | 32.0 % of the oil | Idrisi et al., 1993, as tabulated by PROSEA | uses.plantnet-project.org |
| Essential oil: total citral | 14 % of the oil (about) | oil from the Ethiopian highlands, reported in the PROSEA entryDo not add the geranial and neral ranges into a single citral figure | uses.plantnet-project.org |
Long Pepper
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Piperine | 3–5 % of the fruit's dry weight (about) | one 2026 reviewBlack pepper figures on the page come from different sources and samples; not a head-to-head comparison | dovepress.com |
| Essential oil | 1 % of the fruit (about) | one 2026 review | dovepress.com |
Lovage
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Pyrrolizidine alkaloids, maximum (dried lovage, borage, marjoram, oregano and mixtures of only them) Limit | 1,000 µg/kg | EU Regulation 2023/915Most other dried herbs: 400 µg/kg | eur-lex.europa.eu |
Mace
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 4–17 % of mace | FAO compilation of ranges from different samplesSources differ; do not merge with the PROSEA figure | fao.org |
| Essential oil | 10 g per 100 g edible portion (about) | PROSEASources differ; do not merge with the FAO range | uses.plantnet-project.org |
| Fixed oil (fat) | 20–30 % | one FAO tableFAO's text says fixed oils are virtually absent from mace; the page reports the text and flags this inconsistency | fao.org |
| Ochratoxin A, maximum (dried spices, general limit) Limit | 15 µg/kg | EU Regulation 2023/915The EU aflatoxin limit for spices names nutmeg but not mace | eur-lex.europa.eu |
Madras Curry Powder
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture, maximum Limit | 9.0 % | USDA Commercial Item Description A-A-20001C, curry powder bought under the specification | ams.usda.gov |
| Total ash, maximum Limit | 7.2 % | USDA Commercial Item Description A-A-20001C, curry powder bought under the specification | ams.usda.gov |
Mahlab
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Fixed oil | 30 % | Katzer's Spice Pages; scope not further statedSources differ; different samples, not averaged | gernot-katzers-spice-pages.com |
| Oil | 40.40 % | one 2012 Italian analysisSources differ; different samples, not averaged | flore.unifi.it |
| Protein | 30.98 % | one 2012 Italian analysis | flore.unifi.it |
| Coumarin | 0.87 mg per gram of fresh kernel | one 2012 analysisSingle study; coumarin content of other lots not known | flore.unifi.it |
| Lactones on roasting | 6.8 to 24.2 % of volatiles (before to after roasting) | one red Egyptian sample (MDPI Foods study)Change caused by roasting | mdpi.com |
Malabar Pepper
19 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Bulk density, minimum Limit | 550 g/L | Codex CXS 326-2017, whole black pepper, Grade I | fao.org |
| Bulk density, minimum Limit | 500 g/L | Codex CXS 326-2017, whole black pepper, Grade II | fao.org |
| Bulk density, minimum Limit | 400 g/L | Codex CXS 326-2017, whole black pepper, Grade III | fao.org |
| Light berries, maximum Limit | 2.0 % | Codex CXS 326-2017, whole black pepper, Grade I | fao.org |
| Light berries, maximum Limit | 5.0 % | Codex CXS 326-2017, whole black pepper, Grade II | fao.org |
| Light berries, maximum Limit | 10.0 % | Codex CXS 326-2017, whole black pepper, Grade III | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, whole black pepper, Grade I | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, whole black pepper, Grade II | fao.org |
| Moisture, maximum Limit | 13.0 % | Codex CXS 326-2017, whole black pepper, Grade III | fao.org |
| Volatile oil, minimum Limit | 2.0 mL/100 g dry basis | Codex CXS 326-2017, whole black pepper, Grade I | fao.org |
| Volatile oil, minimum Limit | 1.5 mL/100 g dry basis | Codex CXS 326-2017, whole black pepper, Grade II | fao.org |
| Volatile oil, minimum Limit | 1.0 mL/100 g dry basis | Codex CXS 326-2017, whole black pepper, Grade III | fao.org |
| Piperine, minimum Limit | 3.5 % dry basis | Codex CXS 326-2017, whole black pepper, Grade I | fao.org |
| Piperine, minimum Limit | 3.0 % dry basis | Codex CXS 326-2017, whole black pepper, Grade II | fao.org |
| Piperine, minimum Limit | 2.0 % dry basis | Codex CXS 326-2017, whole black pepper, Grade III | fao.org |
| Essential oil: monoterpene hydrocarbons | up to 80 % of the essential oil | black pepper in general, per Katzer's Spice Pages | gernot-katzers-spice-pages.com |
| Vitamin K Nutrient | 164 µg per 100 g | USDA FoodData Central, ground black pepper (all origins) | fdc.nal.usda.gov |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, pepper | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, pepper | eur-lex.europa.eu |
Maldon Sea Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium | 40 % by weight (about) | table salt, kosher salt and most sea salts, general statement by the American Heart AssociationGeneral figure, not a Maldon measurement | heart.org |
Mango Powder (Amchur)
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture, maximum Limit | 10.0 % by mass | IS 13242:1991 (reaffirmed 2012), amchur powderOur reading of a partly garbled scan, as the page states | law.resource.org |
| Total ash, maximum Limit | 4.8 % by mass | IS 13242:1991 (reaffirmed 2012), amchur powderOur reading of a partly garbled scan, as the page states | law.resource.org |
| Acid-insoluble ash, maximum Limit | 1.0 % by mass | IS 13242:1991 (reaffirmed 2012), amchur powderOur reading of a partly garbled scan, as the page states | law.resource.org |
| Crude fiber, maximum Limit | 3.5 % by mass | IS 13242:1991 (reaffirmed 2012), amchur powderOur reading of a partly garbled scan, as the page states | law.resource.org |
| Acidity as anhydrous citric acid, minimum Limit | 2.0 % by mass | IS 13242:1991 (reaffirmed 2012), amchur powderOur reading of a partly garbled scan, as the page states | law.resource.org |
Marjoram
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 2 % of the plant (about) | Britannica; scope not further stated | britannica.com |
| Essential oil: combined sabinene hydrates | 0.95 to 46.27 % of the oil | across the studies reviewed in a 2022 review (Life) | mdpi.com |
| Essential oil yield, aerial parts | 0.4 to 1.85 mL per 100 g of dry material | across the studies reviewed in a 2022 review (Life) | mdpi.com |
| Iron Nutrient | 82.7 mg per 100 g | USDA FoodData Central, dried marjoram (SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 1,990 mg per 100 g | USDA FoodData Central, dried marjoram (SR Legacy) | fdc.nal.usda.gov |
| Vitamin C Nutrient | 51.4 mg per 100 g | USDA FoodData Central, dried marjoram (SR Legacy) | fdc.nal.usda.gov |
| Pyrrolizidine alkaloids, maximum (dried marjoram, oregano, borage, lovage and mixtures of only them) Limit | 1,000 µg/kg | EU Regulation 2023/915Other dried herbs: 400 µg/kg | eur-lex.europa.eu |
Mexican Oregano
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 3 to 4 % (about) | Lippia graveolens, PROSEA | uses.plantnet-project.org |
| Essential oil: thymol | 40 to 60 % of the oil | Lippia graveolens, PROSEA | uses.plantnet-project.org |
| Essential oil: carvacrol | 3 to 25 % of the oil | Lippia graveolens, PROSEA | uses.plantnet-project.org |
Mint
12 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Peppermint oil: menthol | 29–48 % of the oil | Clark and Menory, 1980, as tabulated in Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Peppermint oil: menthone | 20–31 % of the oil | Clark and Menory, 1980, as tabulated in Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Peppermint oil: menthyl acetate | 3–10 % of the oil | Clark and Menory, 1980, as tabulated in Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Peppermint oil: menthofuran | 6.8 % of the oil | Clark and Menory, 1980, as tabulated in Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: carvone | 59.50 % of the oil | Spearmint, Pakistan, sample 1, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: carvone | 63.24 % of the oil | Spearmint, Pakistan, sample 2, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: limonene | 10.44 % of the oil | Spearmint, Pakistan, sample 1, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: limonene | 9.09 % of the oil | Spearmint, Pakistan, sample 2, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: carvone | 69.5 % of the oil | Spearmint, Serbia, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: menthone | 21.9 % of the oil | Spearmint, Serbia, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: carvone | 40.8 % of the oil | Spearmint, Tunisia, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
| Spearmint oil: limonene | 20.8 % of the oil | Spearmint, Tunisia, Singh and Pandey 2018 review, as tabulated | frontiersin.org |
Moroccan Mint
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil: carvone | 65.94 % of the oil | Ouarzazate, cultivated strain; 13 cultivated or wild Moroccan spearmint strains from 10 regions (Moroccan Journal of Agricultural Sciences) | agrimaroc.org |
| Essential oil: carvone | 72.3 % of the oil | Ifrane, wild strain (S2); 13 cultivated or wild Moroccan spearmint strains from 10 regions (Moroccan Journal of Agricultural Sciences) | agrimaroc.org |
| Essential oil: limonene | 17.8 to 18.1 % of the oil | Settat and Ifrane (S1) strains; 13 cultivated or wild Moroccan spearmint strains from 10 regions (Moroccan Journal of Agricultural Sciences) | agrimaroc.org |
| Energy Nutrient | 44 kcal per 100 g | USDA FoodData Central, spearmint, fresh (SR Legacy); no separate entry for Moroccan mint | fdc.nal.usda.gov |
| Vitamin A Nutrient | 203 µg RAE per 100 g | USDA FoodData Central, spearmint, fresh (SR Legacy); no separate entry for Moroccan mint | fdc.nal.usda.gov |
| Vitamin C Nutrient | 13.3 mg per 100 g | USDA FoodData Central, spearmint, fresh (SR Legacy); no separate entry for Moroccan mint | fdc.nal.usda.gov |
| Calcium Nutrient | 199 mg per 100 g | USDA FoodData Central, spearmint, fresh (SR Legacy); no separate entry for Moroccan mint | fdc.nal.usda.gov |
| Iron Nutrient | 11.9 mg per 100 g | USDA FoodData Central, spearmint, fresh (SR Legacy); no separate entry for Moroccan mint | fdc.nal.usda.gov |
Moroccan Spices
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cumin oil: cuminaldehyde | 20 to 72 % of the oil | PROSEA; scope not further statedComponent spice | uses.plantnet-project.org |
| Ceylon cinnamon bark oil: cinnamaldehyde | 49.9 to 62.8 % of the bark oil (about) | systematic reviewComponent spice | link.springer.com |
| Coriander seed oil: terpene alcohols, chiefly linalool | 60 to 80 % of the oil | 2023 review in MoleculesComponent spice | mdpi.com |
| Cardamom oil: 1,8-cineole | 20 to 60 % of the oil | PROSEA; scope not further statedComponent spice | uses.plantnet-project.org |
| Cardamom oil: alpha-terpinyl acetate | 20 to 53 % of the oil | PROSEA; scope not further statedComponent spice | uses.plantnet-project.org |
| Nutmeg oil: aromatic ethers, including myristicin | 2 to 18 % of the oil | PROSEA; scope not further statedComponent spice | uses.plantnet-project.org |
Mustard Powder
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Energy Nutrient | 508 kcal per 100 g | USDA FoodData Central, ground mustard seed (SR Legacy) | fdc.nal.usda.gov |
| Protein Nutrient | 26.1 g per 100 g | USDA FoodData Central, ground mustard seed (SR Legacy) | fdc.nal.usda.gov |
| Fat Nutrient | 36.2 g per 100 g | USDA FoodData Central, ground mustard seed (SR Legacy) | fdc.nal.usda.gov |
| Selenium Nutrient | 208 µg per 100 g | USDA FoodData Central, ground mustard seed (SR Legacy) | fdc.nal.usda.gov |
Nigella Seeds (Kalonji)
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 0.5 % (about, on average) | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
| Essential oil, upper figure | 1.5 % (up to about) | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
| Essential oil: thymoquinone | up to 50 % of the essential oil | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
| Essential oil: p-cymene | 40 % of the essential oil (about) | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
| Fixed oil: linoleic acid | 50 to 60 % of the fixed oil | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
| Fixed oil: oleic acid | 20 % of the fixed oil (about) | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
| Fixed oil: saturated fatty acids | 30 or less % of the fixed oil (about) | Katzer's Spice Pages; reference-work ranges, not a single sample | gernot-katzers-spice-pages.com |
Nutmeg
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential (volatile) oil | 5–15 % of the kernel | FAOSources differ; do not merge with the PROSEA figure | fao.org |
| Essential oil | 5 g per 100 g edible portion (about) | PROSEASources differ; do not merge with the FAO range | uses.plantnet-project.org |
| Essential oil: monoterpene hydrocarbons | 61–88 % of the oil | FAO | fao.org |
| Essential oil: aromatic ethers (myristicin, elemicin, safrole) | 2–18 % of the oil | PROSEA | uses.plantnet-project.org |
| Fixed oil | 25–40 % of sound nutmegs | FAO | fao.org |
| Volatile oil, minimum (whole or ground nutmeg) Limit | 6.5 mL per 100 g | Canada Food and Drug Regulations, section B.07, in force 2006 until December 2024Historical legal minimum, no longer in force | laws-lois.justice.gc.ca |
| Moisture, maximum (whole or ground nutmeg) Limit | 8 % | Canada Food and Drug Regulations, section B.07, in force 2006 until December 2024Historical legal maximum, no longer in force | laws-lois.justice.gc.ca |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, nutmeg | eur-lex.europa.eu |
| Total aflatoxins (B1, B2, G1, G2), maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, nutmeg | eur-lex.europa.eu |
Old Bay Seasoning
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 125 mg per 1/4 teaspoon (0.6 g) serving | Classic Old Bay, 16 oz, Nutrition Facts via retailer listing (5% Daily Value)Company's own figures. | shoprite.com |
| Sodium Nutrient | 85 mg per serving | Old Bay 30% Less Sodium version, Nutrition Facts via retailer listingCompany's own figures. | shoprite.com |
| Heat (pungency) Conventional range | 1,000 to 1,500 Scoville heat units | Old Bay as a product on Dave DeWitt's 2008 heat scaleA general rating, not a lab measurement of a particular tin. | fieryfoodscentral.com |
Onion Powder
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Energy Nutrient | 341 kcal per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
| Fiber Nutrient | 15.2 g per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
| Potassium Nutrient | 985 mg per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 384 mg per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
| Magnesium Nutrient | 113 mg per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
| Sodium Nutrient | 73 mg per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
| Vitamin C Nutrient | 23.4 mg per 100 g | USDA FoodData Central, onion powder (FDC ID 171327, SR Legacy) | fdc.nal.usda.gov |
Onion Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 440 mg per 1/4 teaspoon | McCormick Onion Salt, label Nutrition Facts via retailer listingCompany's own figures. | stopandshop.com |
Oregano
22 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Carvacrol plus thymol (combined) | 78–85 % of essential oil | Typical oregano oil per the review (page: "almost 78–85%") | mdpi.com |
| Carvacrol | 58.7–77.4 % of essential oil | Spanish O. vulgare samples (Carrasco et al., as tabulated in the review) | mdpi.com |
| Thymol | 0.2–5.8 % of essential oil | Spanish O. vulgare samples (Carrasco et al., as tabulated in the review) | mdpi.com |
| Moisture, maximum Limit | 12 % | Codex CXS 342-2021, dried oregano, all styles | fao.org |
| Volatile oil, minimum Limit | 2.5 ml/100 g, dry basis | Codex CXS 342-2021, dried oregano, Extra grade (whole and crushed) | fao.org |
| Volatile oil, minimum Limit | 2.0 ml/100 g, dry basis | Codex CXS 342-2021, dried oregano, Class I (whole and crushed) | fao.org |
| Volatile oil, minimum Limit | 1.5 ml/100 g, dry basis | Codex CXS 342-2021, dried oregano, Class II (whole and crushed) | fao.org |
| Volatile oil, minimum Limit | 1.3 ml/100 g, dry basis | Codex CXS 342-2021, dried oregano, ground | fao.org |
| Total ash, maximum Limit | 9 %, dry basis | Codex CXS 342-2021, dried oregano, Extra grade | fao.org |
| Total ash, maximum Limit | 10 %, dry basis | Codex CXS 342-2021, dried oregano, Class I and Class II | fao.org |
| Total ash, maximum Limit | 12 %, dry basis | Codex CXS 342-2021, dried oregano, ground | fao.org |
| Acid-insoluble ash, maximum Limit | 1.2 %, dry basis | Codex CXS 342-2021, dried oregano, Extra grade | fao.org |
| Acid-insoluble ash, maximum Limit | 2 %, dry basis | Codex CXS 342-2021, dried oregano, Class I and Class II | fao.org |
| Acid-insoluble ash, maximum Limit | 2.5 %, dry basis | Codex CXS 342-2021, dried oregano, ground | fao.org |
| Extraneous matter, maximum Limit | 0.5 % | Codex CXS 342-2021, dried oregano, Extra grade | fao.org |
| Extraneous matter, maximum Limit | 2 % | Codex CXS 342-2021, dried oregano, Class I and Class IIGround: N/A; Codex notes this does not mean zero. | fao.org |
| Foreign matter, maximum Limit | 0.1 % | Codex CXS 342-2021, dried oregano, every whole grade | fao.org |
| Pyrrolizidine alkaloids, maximum Limit | 1,000 µg/kg | EU Regulation 2023/915, dried oregano, marjoram, borage and lovage and mixtures made only of them | eur-lex.europa.eu |
| Vitamin K Nutrient | 622 µg per 100 g | USDA FoodData Central, oregano, dried (FDC ID 171328, SR Legacy) | fdc.nal.usda.gov |
| Iron Nutrient | 36.8 mg per 100 g | USDA FoodData Central, oregano, dried (FDC ID 171328, SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 1,600 mg per 100 g | USDA FoodData Central, oregano, dried (FDC ID 171328, SR Legacy) | fdc.nal.usda.gov |
| Fiber Nutrient | 42.5 g per 100 g | USDA FoodData Central, oregano, dried (FDC ID 171328, SR Legacy) | fdc.nal.usda.gov |
Paprika
26 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Extractable color (ASTA), minimum Limit | 120 ASTA units | Hungarian Food Codex MÉ 2-108 (2013), premium class különleges ("special") | elelmiszerlanc.kormany.hu |
| Capsaicinoids, heat class boundary: non-pungent (sweet) Limit | below 30 mg/kg | Hungarian Food Codex MÉ 2-108 (2013), ground paprika heat classes | elelmiszerlanc.kormany.hu |
| Capsaicinoids, heat class boundary: mildly hot Limit | 30–200 mg/kg | Hungarian Food Codex MÉ 2-108 (2013), ground paprika heat classes | elelmiszerlanc.kormany.hu |
| Capsaicinoids, heat class boundary: hot Limit | 200–500 mg/kg | Hungarian Food Codex MÉ 2-108 (2013), ground paprika heat classes | elelmiszerlanc.kormany.hu |
| Capsaicinoids, heat class boundary: very hot Limit | above 500 mg/kg | Hungarian Food Codex MÉ 2-108 (2013), ground paprika heat classes | elelmiszerlanc.kormany.hu |
| Extractable color (ASTA), minimum Limit | 120 ASTA units, at packaging | Szegedi fűszerpaprika-őrlemény PDO single document | dfat.gov.au |
| Color loss, permitted Limit | 5 ASTA units per month after packaging | Szegedi fűszerpaprika-őrlemény PDO single documentThe only rate-of-loss figure found for the page; a permitted allowance, not a measured decay rate. | dfat.gov.au |
| Capsaicin, non-pungent ceiling Limit | no more than 100 mg/kg | Szegedi fűszerpaprika-őrlemény PDO single documentThe Szeged PDO and the Hungarian codex draw heat boundaries differently (100 vs 30 mg/kg); different documents for different labels. | dfat.gov.au |
| Capsaicin, moderately hot band Limit | 100–200 mg/kg | Szegedi fűszerpaprika-őrlemény PDO single document | dfat.gov.au |
| Capsaicin, hot threshold Limit | above 200 mg/kg | Szegedi fűszerpaprika-őrlemény PDO single document | dfat.gov.au |
| Extractable color (ASTA), minimum Limit | 85 ASTA units, at end of minimum durability | Kalocsai fűszerpaprika-őrlemény PDO single document | dfat.gov.au |
| Capsaicin, moderately hot band Limit | 30–200 mg/kg | Kalocsai fűszerpaprika-őrlemény PDO single document | dfat.gov.au |
| Capsaicin, hot threshold Limit | above 500 mg/kg | Kalocsai fűszerpaprika-őrlemény PDO single document | dfat.gov.au |
| Moisture after smoke-drying Limit | under 15 % | Pimentón de la Vera PDO, pods smoke-dried 10–15 days from about 80% moisture | assets.publishing.service.gov.uk |
| Extractable color (ASTA), minimum Limit | 90 ASTA units, at milling | Pimentón de la Vera PDO product specification | assets.publishing.service.gov.uk |
| Extractable color (ASTA), minimum Limit | 120 ASTA units, at grinding | Pimentón de Murcia PDO specification, Extra | ec.europa.eu |
| Extractable color (ASTA), minimum Limit | 90 ASTA units, at grinding | Pimentón de Murcia PDO specification, Category I | ec.europa.eu |
| Vitamin A (RAE) Nutrient | 2,460 µg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite, last updated 2019) | fdc.nal.usda.gov |
| Vitamin E (alpha-tocopherol) Nutrient | 29.1 mg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite, last updated 2019) | fdc.nal.usda.gov |
| Beta-carotene Nutrient | 26,200 µg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite, last updated 2019) | fdc.nal.usda.gov |
| Beta-cryptoxanthin Nutrient | 6,190 µg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite, last updated 2019) | fdc.nal.usda.gov |
| Lutein + zeaxanthin Nutrient | 18,900 µg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite, last updated 2019) | fdc.nal.usda.gov |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, explicitly including paprika | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, explicitly including paprika | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, explicitly including paprika | eur-lex.europa.eu |
| Lead, maximum Limit | 0.60 mg/kg | EU Regulation 2023/915, dried "fruit spices"The section read did not say whether paprika is classed as a fruit spice; listed with that caveat. | eur-lex.europa.eu |
Parsley
13 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | less than 0.5 % | Parsley, Britannica (plant part not specified)Sources differ: PROSEA gives lower figures for the fresh herb; the two may not describe the same plant part. | britannica.com |
| Essential oil | 0.07–0.15 % of fresh herb | Curly types, PROSEA | uses.plantnet-project.org |
| Essential oil | 0.04 % of fresh herb | Flat-leaved type, PROSEA | uses.plantnet-project.org |
| Essential oil | 0.05 % of fresh herb | Turnip-rooted type, PROSEA | uses.plantnet-project.org |
| 1,3,8-p-Menthatriene | about 20 % of leaf oil | German-grown flat-leaved and curly samples, PROSEA | uses.plantnet-project.org |
| Myristicin | about 32 % of leaf oil | German-grown curly sample, PROSEA | uses.plantnet-project.org |
| Myristicin | 9.1 % of leaf oil | German-grown flat-leaved sample, PROSEA | uses.plantnet-project.org |
| Limonene | 18 % of leaf oil | German-grown flat-leaved sample, PROSEA | uses.plantnet-project.org |
| Limonene | 14 % of leaf oil | German-grown curly sample, PROSEA | uses.plantnet-project.org |
| Apiole | 33.3 % of seed (fruit) oil | French flat-leaved sample, PROSEA | uses.plantnet-project.org |
| Myristicin | 22.5 % of seed (fruit) oil | French flat-leaved sample, PROSEA | uses.plantnet-project.org |
| Myristicin | 56 % of seed (fruit) oil | French curly sample, PROSEA | uses.plantnet-project.org |
| Ascorbic acid (vitamin C) Nutrient | 122 mg per 100 g | Dried parsley, PROSEA composition table | uses.plantnet-project.org |
Pasilla Powder
10 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Pungency, minimum for dried chilli pepper Limit | 900 SHU or more Scoville heat units | Anything sold as dried chilli pepper under Codex CXS 353-2022 (pasilla is a listed variety)A category threshold, not a measurement of pasilla. No measured Scoville figure for pasilla was found. | fao.org |
| Vitamin B6 Nutrient | 4.23 mg per 100 g | USDA FoodData Central, peppers, pasilla, dried, whole (FDC ID 168579, SR Legacy); no entry for the powder | fdc.nal.usda.gov |
| Vitamin A (RAE) Nutrient | 1,790 µg per 100 g | USDA FoodData Central, peppers, pasilla, dried, whole (FDC ID 168579, SR Legacy); no entry for the powder | fdc.nal.usda.gov |
| Dietary fiber Nutrient | 26.8 g per 100 g | USDA FoodData Central, peppers, pasilla, dried, whole (FDC ID 168579, SR Legacy); no entry for the powder | fdc.nal.usda.gov |
| Iron Nutrient | 9.83 mg per 100 g | USDA FoodData Central, peppers, pasilla, dried, whole (FDC ID 168579, SR Legacy); no entry for the powder | fdc.nal.usda.gov |
| Potassium Nutrient | 2,220 mg per 100 g | USDA FoodData Central, peppers, pasilla, dried, whole (FDC ID 168579, SR Legacy); no entry for the powder | fdc.nal.usda.gov |
| Vitamin C Nutrient | 6.4 mg per 100 g | USDA FoodData Central, peppers, pasilla, dried, whole (FDC ID 168579, SR Legacy); no entry for the powder | fdc.nal.usda.gov |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits, whole or ground | eur-lex.europa.eu |
Peppermint
14 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Menthol Limit | 30–55 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Menthone Limit | 14–32 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Isomenthone Limit | 1.5–10 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Menthyl acetate Limit | 2.8–10 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| 1,8-Cineole Limit | 3.5–8 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Menthofuran Limit | 1–8 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Limonene Limit | 1–3.5 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Pulegone, maximum Limit | 3 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Carvone, maximum Limit | 1 % of essential oil | European Pharmacopoeia range for peppermint oil, as quoted in the EMA assessment report | ema.europa.eu |
| Menthol | 29–48 % of essential oil | One peppermint oil tabulated in Singh and Pandey's review (Clark and Menory, 1980) | frontiersin.org |
| Menthone | 20–31 % of essential oil | One peppermint oil tabulated in Singh and Pandey's review (Clark and Menory, 1980) | frontiersin.org |
| Essential oil, minimum Limit | 12 ml per kg | European Pharmacopoeia, whole dried leaf, via EMA | ema.europa.eu |
| Essential oil, minimum Limit | 9 ml per kg | European Pharmacopoeia, cut dried leaf, via EMA | ema.europa.eu |
| Pyrrolizidine alkaloids, maximum Limit | 400 µg/kg | EU Regulation 2023/915, dried peppermint and peppermint herbal infusions | eur-lex.europa.eu |
Peruvian Spices and Herbs
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Heat (pungency), ají amarillo Conventional range | 5,000 to 15,000 Scoville heat units | Ají amarillo as a type, Dave DeWitt's Heat Scale (2008)Sources differ; not a lab measurement. The lab study (s5) calls ajíes mildly pungent next to C. chinense. | fieryfoodscentral.com |
| Heat (pungency), ají amarillo | 30,000 to 50,000 Scoville heat units | Proderna's own dried product (merchant figure)Sources differ; merchant figure for its own product. Company's own figures. | proderna.de |
| Heat (pungency), rocoto Conventional range | 50,000 to 100,000 Scoville heat units | Rocoto on Dave DeWitt's Heat Scale (2008)Not a lab measurement; the lab study (s5) grouped ajíes and rocotos as mildly pungent compared with C. chinense. | fieryfoodscentral.com |
Pickling Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | about 40 % by weight | Table salt, kosher salt and most sea salts (American Heart Association); the page states pickling salt is the same compound | heart.org |
Pink Pepper
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Δ3-Carene | about 21 % of essential oil | The analysis Katzer cites (berry essential oil) | gernot-katzers-spice-pages.com |
| α-Pinene | 20 % of essential oil | The analysis Katzer cites (berry essential oil) | gernot-katzers-spice-pages.com |
| α-Phellandrene | 13 % of essential oil | The analysis Katzer cites (berry essential oil) | gernot-katzers-spice-pages.com |
Poppy Seeds
10 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Fat Nutrient | about 42 % by weight | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Protein Nutrient | 18 % by weight | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Energy Nutrient | 525 kcal per 100 g | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 1,440 mg per 100 g | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Magnesium Nutrient | 347 mg per 100 g | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Manganese Nutrient | 6.71 mg per 100 g | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Fiber Nutrient | 19.5 g per 100 g | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Iron Nutrient | 9.76 mg per 100 g | USDA FoodData Central, poppy seed (FDC ID 171330, SR Legacy) | fdc.nal.usda.gov |
| Opium alkaloids (inherent in seed) | about 50 ppm | Seed itself, per KatzerEFSA notes seeds can be contaminated with more alkaloid through pest damage and harvesting. | gernot-katzers-spice-pages.com |
| Opium alkaloids, maximum Limit | 20 mg/kg (morphine plus 0.2 times codeine) | EU Regulation 2023/915, whole, ground or milled poppy seeds sold to the final consumer | eur-lex.europa.eu |
Portuguese Spices
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Heat (pungency), "African birdseye" chiles Conventional range | 100,000 to 500,000 Scoville heat units | "African birdseye" chiles as a category on Dave DeWitt's heat scale (2008)A category, not a measurement of Portuguese piri-piri. | fieryfoodscentral.com |
Red Pepper Flakes
12 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Seeds and seed fragments, maximum Limit | 40 % by weight | Turkish Food Codex communiqué on spices 2022/7, pul biber | faolex.fao.org |
| Seeds and seed fragments, maximum Limit | 2 % by weight | Turkish Food Codex communiqué on spices 2022/7, ipek pul biber | faolex.fao.org |
| Added vegetable oil, maximum Limit | 6 % by weight | Turkish Food Codex communiqué on spices 2022/7, pul biber and ipek pul biber | faolex.fao.org |
| Salt, maximum Limit | 7 % | Turkish Food Codex communiqué on spices 2022/7, pul biber and ipek pul biber | faolex.fao.org |
| Total oil, maximum Limit | 18 %, dry basis | Turkish Food Codex communiqué on spices 2022/7, pul biber | faolex.fao.org |
| Total oil, maximum Limit | 9 %, dry basis | Turkish Food Codex communiqué on spices 2022/7, ipek pul biber | faolex.fao.org |
| Pungency, crushed or flaked chilli pepper Limit | 900 SHU or more Scoville heat units | Codex CXS 353-2022, crushed or flaked chilli pepper as a category | fao.org |
| Pungency, crushed hot paprika Limit | above 480 and below 900 Scoville heat units | Codex CXS 353-2022, crushed hot paprika | fao.org |
| Pungency, crushed paprika Limit | 480 SHU or less Scoville heat units | Codex CXS 353-2022, crushed paprika | fao.org |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum fruits (includes chillies, chilli powder, cayenne and paprika) | eur-lex.europa.eu |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits (includes chillies, chilli powder, cayenne and paprika) | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, dried Capsicum fruits (includes chillies, chilli powder, cayenne and paprika) | eur-lex.europa.eu |
Rock Salt
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium chloride, minimum Limit | 97 %, dry basis, excluding additives | Codex CXS 150-1985 (rev. 2012), food-grade salt from any source | services.bis.gov.in |
| Sodium Nutrient | about 40 % by weight | Table salt, kosher salt and most sea salts (American Heart Association); the page states mined salt is the same compound | heart.org |
Rose Petals
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Geraniol | up to 75 % of rose oil | Rose oil, per Katzer | gernot-katzers-spice-pages.com |
| Citronellol | around 20 % of rose oil | Rose oil, per Katzer | gernot-katzers-spice-pages.com |
| Nerol | around 20 % of rose oil | Rose oil, per Katzer | gernot-katzers-spice-pages.com |
| Nonadecane and other long-chain hydrocarbons | up to 10 % of rose oil | Rose oil, per Katzer | gernot-katzers-spice-pages.com |
| C13-norisoprenoid (trace) | about 0.01 % of rose oil | Rose oil, per Katzer | gernot-katzers-spice-pages.com |
| Essential oil yield | about 10 g per 100 kg (0.01) % of fresh flowers | Fresh rose flowers, at best, per KatzerKatzer also gives roughly 3,000 to 5,000 kg of flowers per 1 kg of oil. | gernot-katzers-spice-pages.com |
Rosemary (Salvia rosmarinus)
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 1–2 % of dried leaf | Dried leaf, PROSEA | uses.plantnet-project.org |
| α-Pinene | 13.5–37.7 % of essential oil | Rosemary oils from plants collected in Australia, the USA, South Africa, Kenya, Nepal and Yemen (Satyal et al. 2017; at least five chemotypes) | mdpi.com |
| 1,8-Cineole | 16.1–29.3 % of essential oil | Rosemary oils from plants collected in Australia, the USA, South Africa, Kenya, Nepal and Yemen (Satyal et al. 2017; at least five chemotypes) | mdpi.com |
| Camphor | 0.7–7.0 % of essential oil | Rosemary oils from plants collected in Australia, the USA, South Africa, Kenya, Nepal and Yemen (Satyal et al. 2017; at least five chemotypes) | mdpi.com |
| 1,8-Cineole | 24.0 % of essential oil | One Spanish oil of the camphor type, as reported by PROSEA | uses.plantnet-project.org |
| Camphor | 35.3 % of essential oil | One Spanish oil of the camphor type, as reported by PROSEA | uses.plantnet-project.org |
| Pyrrolizidine alkaloids, maximum Limit | 400 µg/kg | EU Regulation 2023/915, dried herbs (covers dried rosemary, not among the named exceptions) | eur-lex.europa.eu |
Saffron
12 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Coloring strength (crocin), minimum Limit | 230 ISO 3632 value: absorbance of a 1% water extract at about 440 nm | ISO 3632-1:2025, as reported by Agilent's application note, Extra Class | agilent.com |
| Bitterness (picrocrocin), minimum Limit | 80 ISO 3632 value: absorbance of a 1% water extract at about 257 nm | ISO 3632-1:2025, as reported by Agilent's application note, Extra Class | agilent.com |
| Aroma (safranal), range Limit | 30–50 ISO 3632 value: absorbance of a 1% water extract at about 330 nm | ISO 3632-1:2025, as reported by Agilent's application note, Extra Class | agilent.com |
| Coloring strength (crocin), minimum Limit | 200 ISO 3632 value: absorbance of a 1% water extract at about 440 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade IA 2022 paper written before the 2025 edition describes three categories (I, II, III) with the same minimums for those grades (s6). | agilent.com |
| Bitterness (picrocrocin), minimum Limit | 70 ISO 3632 value: absorbance of a 1% water extract at about 257 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade I | agilent.com |
| Aroma (safranal), range Limit | 20–50 ISO 3632 value: absorbance of a 1% water extract at about 330 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade I | agilent.com |
| Coloring strength (crocin), minimum Limit | 170 ISO 3632 value: absorbance of a 1% water extract at about 440 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade IIA 2022 paper written before the 2025 edition describes three categories (I, II, III) with the same minimums for those grades (s6). | agilent.com |
| Bitterness (picrocrocin), minimum Limit | 55 ISO 3632 value: absorbance of a 1% water extract at about 257 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade II | agilent.com |
| Aroma (safranal), range Limit | 20–50 ISO 3632 value: absorbance of a 1% water extract at about 330 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade II | agilent.com |
| Coloring strength (crocin), minimum Limit | 120 ISO 3632 value: absorbance of a 1% water extract at about 440 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade IIIA 2022 paper written before the 2025 edition describes three categories (I, II, III) with the same minimums for those grades (s6). | agilent.com |
| Bitterness (picrocrocin), minimum Limit | 40 ISO 3632 value: absorbance of a 1% water extract at about 257 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade III | agilent.com |
| Aroma (safranal), range Limit | 20–50 ISO 3632 value: absorbance of a 1% water extract at about 330 nm | ISO 3632-1:2025, as reported by Agilent's application note, Grade III | agilent.com |
Sage (Salvia officinalis)
10 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | up to 2.5 % of dried leaf | Dried leaves, depending on origin, growing conditions and harvest (PROSEA) | uses.plantnet-project.org |
| α-Thujone | 22.8 % of essential oil | One Spanish sage oil, as reported by PROSEA | uses.plantnet-project.org |
| β-Thujone | 4.3 % of essential oil | One Spanish sage oil, as reported by PROSEA | uses.plantnet-project.org |
| 1,8-Cineole | 15.7 % of essential oil | One Spanish sage oil, as reported by PROSEA | uses.plantnet-project.org |
| Camphor | 5.0 % of essential oil | One Spanish sage oil, as reported by PROSEA | uses.plantnet-project.org |
| α-Thujone | 23.0 % of essential oil | One Italian sage oil, as reported by PROSEA | uses.plantnet-project.org |
| β-Thujone | 26.9 % of essential oil | One Italian sage oil, as reported by PROSEA | uses.plantnet-project.org |
| 1,8-Cineole | 11.8 % of essential oil | One Italian sage oil, as reported by PROSEA | uses.plantnet-project.org |
| Stems (adulterant), maximum Limit | 10 % | Traded dried sage, per PROSEA | uses.plantnet-project.org |
| Pyrrolizidine alkaloids, maximum Limit | 400 µg/kg | EU Regulation 2023/915, dried herbs (covers dried sage, not among the named exceptions) | eur-lex.europa.eu |
Saigon Cinnamon
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil in bark | 1–7 % | Vietnamese cassia (C. loureiroi) bark, PROSEA; oil mainly cinnamaldehyde with traces of eugenol | prosea.prota4u.org |
| Coumarin | about 3,000 mg/kg, average | Cassia in general, German food monitoring (BfR); not C. loureiroi specificallyA 2013 US study of authenticated C. loureiroi bark found "substantial" coumarin but the abstract gives no figure. | bfr.bund.de |
| Coumarin, highest found | up to 10,000 mg/kg | Cassia in general, German food monitoring (BfR); not C. loureiroi specifically | bfr.bund.de |
Sand Ginger (Kencur)
12 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 2.5–4 % of rhizome | Rhizome, per Katzer | gernot-katzers-spice-pages.com |
| Ethyl p-methoxycinnamate | 30 % of essential oil | Katzer (single figure, no sample stated)Sources differ. | gernot-katzers-spice-pages.com |
| Ethyl p-methoxycinnamate | 28.4–70.0 % of essential oil | Samples from Kerala and Karnataka, India (review table, Wang et al. 2021)Sources differ. | frontiersin.org |
| Ethyl p-methoxycinnamate | 25.96 % of essential oil | Chiang Mai, Thailand (review table, Wang et al. 2021) | frontiersin.org |
| Ethyl cinnamate | 25 % of essential oil | Katzer (single figure, no sample stated)Sources differ. | gernot-katzers-spice-pages.com |
| Ethyl cinnamate | 11.5–26.6 % of essential oil | Indian samples (review table, Wang et al. 2021)Sources differ. | frontiersin.org |
| Pentadecane | 6.0–16.5 % of essential oil | Indian samples (review table, Wang et al. 2021) | frontiersin.org |
| Pentadecane | 26.1 % of essential oil | Chiang Mai, Thailand (review table, Wang et al. 2021) | frontiersin.org |
| Eucalyptol (1,8-cineole) | 0.2–5.2 % of essential oil | Indian samples (review table, Wang et al. 2021) | frontiersin.org |
| Eucalyptol (1,8-cineole) | 2.12 % of essential oil | Chiang Mai, Thailand (review table, Wang et al. 2021) | frontiersin.org |
| Borneol | 1.0–2.4 % of essential oil | Indian samples (review table, Wang et al. 2021) | frontiersin.org |
| Borneol | 1.03 % of essential oil | Chiang Mai, Thailand (review table, Wang et al. 2021) | frontiersin.org |
Sansho Pepper
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Total amides (sanshools) | as high as 3 % | Z. piperitum fruit wall, per KatzerNo essential oil analysis specific to Japanese sansho was found; the page's 4% oil figure is for Chinese Sichuan pepper. | gernot-katzers-spice-pages.com |
Sassafras
8 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 0.4 % of leaves | Leaves, per Katzer | gernot-katzers-spice-pages.com |
| Safrole | about 45 % of leaf oil | Leaf oil, per Katzer | gernot-katzers-spice-pages.com |
| Camphor | about 30 % of leaf oil | Leaf oil, per Katzer | gernot-katzers-spice-pages.com |
| Essential oil | about 2 % of root | Root, per Katzer | gernot-katzers-spice-pages.com |
| Safrole | about 80 % of root oil | Root oil, per Katzer | gernot-katzers-spice-pages.com |
| Essential oil | about 8 % of root bark | Root bark, per Katzer | gernot-katzers-spice-pages.com |
| Safrole | about 80 % of root bark oil | Root bark oil, per Katzer | gernot-katzers-spice-pages.com |
| Safrole | about 80 % of oil of sassafras | Commercial oil of sassafras, FDA (21 CFR 189.180) | ecfr.gov |
Saw Leaf Herb (Ngò Gai)
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| (E)-2-Dodecenal | about 60 % of leaf oil | Leaf oil, per Katzer | gernot-katzers-spice-pages.com |
| (E)-2-Dodecenal | 59.7 % of leaf oil | A Malaysian sample, PROSEA | uses.plantnet-project.org |
| Calcium Nutrient | 99 mg per 100 g edible portion | Leaves, PROSEA | uses.plantnet-project.org |
| Iron Nutrient | 13 mg per 100 g edible portion | Leaves, PROSEA | uses.plantnet-project.org |
| Storage life, packaged leaves | up to 2 weeks at 10 °C; 4 days at 28 °C days or weeks at stated temperature | Packaged leaves, PROSEA | uses.plantnet-project.org |
Sazón Seasoning
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 170 mg per 1/4 teaspoon (1 g) serving | Goya Sazón with Coriander and Annatto, 3.52 oz box, Nutrition Facts via online shop listing (7% Daily Value)Company's own figures. | shop.goya.com |
Sea Salt
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | about 40 % by weight | Table salt, kosher salt and most sea salts (American Heart Association) | heart.org |
| Sodium chloride, minimum Limit | 97 % of dry matter, excluding additives | Codex CXS 150-1985 (rev. 2012), food-grade salt from sea, rock deposits or brine | services.bis.gov.in |
| Moisture, maximum Limit | 12 % | Sel de Guérande IGP specification (2025), gray salt | info.agriculture.gouv.fr |
| Microplastics | 506 particles per kg, average | 39 salt brands from 21 countries and regions (28 sea, 9 rock, 2 lake), Kim et al. 2018, as reported in a Greenpeace press releaseAverage across all salt types, not sea salt alone; the study found contamination highest in sea salt. Describes 39 products, not the market. | greenpeace.org |
Seasoned Salt
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 380 mg per 1/4 teaspoon (1.2 g) serving | Lawry's The Original Seasoned Salt, 16 oz, Nutrition Facts via retailer listing (17% DV)Company's own figures. | shoprite.com |
| Sodium Nutrient | 270 mg per 1/4 teaspoon (1.2 g) serving | Lawry's 25% Less Sodium Seasoned Salt, 8 oz, Nutrition Facts via retailer listing (12% DV)Company's own figures. | shoprite.com |
| Sodium Nutrient | 350 mg per 1/4 teaspoon (1.1 g) serving | Morton Season-All Seasoned Salt, 8 oz, product page (15% DV)Company's own figures. | mortonsalt.com |
Sesame Seeds
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Fat Nutrient | 45-50 g per 100 g of seed | Sesame seed, PROSEASources differ in scope: USDA gives 49.7 g for whole dried seed. | uses.plantnet-project.org |
| Fat Nutrient | 49.7 g per 100 g | USDA FoodData Central, sesame seeds, whole, dried (FDC ID 170150, SR Legacy) | fdc.nal.usda.gov |
| Energy Nutrient | 573 kcal per 100 g | USDA FoodData Central, sesame seeds, whole, dried (FDC ID 170150, SR Legacy) | fdc.nal.usda.gov |
| Protein Nutrient | 17.7 g per 100 g | USDA FoodData Central, sesame seeds, whole, dried (FDC ID 170150, SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 989 mg per 100 g | USDA FoodData Central, sesame seeds, whole, roasted and toasted (FDC ID 170151) | fdc.nal.usda.gov |
| Calcium Nutrient | 131 mg per 100 g | USDA FoodData Central, sesame seed kernels, toasted, hulled (FDC ID 170152) | fdc.nal.usda.gov |
| Ethylene oxide, maximum residue level Limit | 0.05 mg/kg | EU maximum residue level for sesame seeds, set at the limit of quantification (European Commission, 2020)The 2020 Indian-origin sesame recalls involved "severe exceedances" of this level. | food.ec.europa.eu |
Shiso (Perilla)
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Drying oil in seed | about 40 % | Perilla seeds, per Katzer | gernot-katzers-spice-pages.com |
Smoked Paprika
15 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture after smoke-drying Limit | under 15 % | Pimentón de la Vera PDO specification, fruit dried 10 to 15 days from 80% moisture | assets.publishing.service.gov.uk |
| Moisture, maximum Limit | 14 % | Pimentón de la Vera PDO specification, finished powder | assets.publishing.service.gov.uk |
| Extractable color (ASTA), minimum Limit | 90 ASTA units, at milling | Pimentón de la Vera PDO specification | assets.publishing.service.gov.uk |
| Pungency, paprika category Limit | 480 SHU or less Scoville heat units | Paprika as a category, Codex CXS 353-2022The La Vera specification gives no Scoville or capsaicin limit for its types. | fao.org |
| Pungency, hot paprika category Limit | above 480 and below 900 Scoville heat units | Hot paprika as a category, Codex CXS 353-2022 | fao.org |
| Vitamin A (RAE) Nutrient | 2,460 µg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite); no separate entry for smoked paprika | fdc.nal.usda.gov |
| Vitamin E (alpha-tocopherol) Nutrient | 29.1 mg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite); no separate entry for smoked paprika | fdc.nal.usda.gov |
| Vitamin B6 Nutrient | 2.14 mg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite); no separate entry for smoked paprika | fdc.nal.usda.gov |
| Iron Nutrient | 21.1 mg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite); no separate entry for smoked paprika | fdc.nal.usda.gov |
| Calcium Nutrient | 229 mg per 100 g | USDA FoodData Central, paprika (FDC ID 171329, one SR Legacy composite); no separate entry for smoked paprika | fdc.nal.usda.gov |
| Benzo[a]pyrene | 40.1 to 70.4 µg/kg | Three samples of Spanish smoked paprika powder assessed by BfR (Opinion 018/2024)Sources differ in scope from the Spanish 144-sample average. EU limits of 10 µg/kg benzo[a]pyrene and 50 µg/kg PAH4 for dried spices do not apply to smoked Capsicum (smoked paprika). | bfr.bund.de |
| PAH4 (sum of four PAHs) | 167.9 to 311.7 µg/kg | Three samples of Spanish smoked paprika powder assessed by BfR (Opinion 018/2024) | bfr.bund.de |
| Benzo[a]pyrene | 0.049 mg/kg, average | Reference values from 144 samples of PDO Pimentón de la Vera (Spanish study, 2021)Sources differ in scope from the BfR three-sample figures. | mdpi-res.com |
| PAH4 (sum of four PAHs) | 0.780 mg/kg, average | Reference values from 144 samples of PDO Pimentón de la Vera (Spanish study, 2021) | mdpi-res.com |
| Ochratoxin A, maximum Limit | 20 µg/kg | EU Regulation 2023/915, dried Capsicum fruits (includes chillies, chilli powder, cayenne and paprika) | eur-lex.europa.eu |
Smoked Sea Salt
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | about 40 % by weight | Most sea salts (American Heart Association)Austria's AGES tested 22 smoked salts for PAHs (all compliant) but did not publish the measured values. | heart.org |
Sorrel
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Total oxalate | 273.0–953.8 mg per 100 g wet matter | 2013 New Zealand study of a green and a variegated R. acetosa cultivar, HPLC; leaves, range across cultivars and leaf sizesLarger, more mature leaves carried more oxalate. | researcharchive.lincoln.ac.nz |
| Soluble oxalate | 42.0–124.8 mg per 100 g wet matter | 2013 New Zealand study of a green and a variegated R. acetosa cultivar, HPLC; leaves, range across cultivars and leaf sizes | researcharchive.lincoln.ac.nz |
| Total oxalate | 334.9–491.6 mg per 100 g wet matter | 2013 New Zealand study of a green and a variegated R. acetosa cultivar, HPLC; stems | researcharchive.lincoln.ac.nz |
| Soluble oxalate | 53.9–83.6 mg per 100 g wet matter | 2013 New Zealand study of a green and a variegated R. acetosa cultivar, HPLC; stems | researcharchive.lincoln.ac.nz |
| Energy Nutrient | 23.2 kcal per 100 g | Raw sorrel, ANSES Ciqual 2020 table as presented by Aprifel | aprifel.com |
| Vitamin C Nutrient | 48 mg per 100 g | Raw sorrel, ANSES Ciqual 2020 table as presented by Aprifel | aprifel.com |
| Iron Nutrient | 2.40 mg per 100 g | Raw sorrel, ANSES Ciqual 2020 table as presented by Aprifel | aprifel.com |
| Magnesium Nutrient | 103 mg per 100 g | Raw sorrel, ANSES Ciqual 2020 table as presented by Aprifel | aprifel.com |
| Potassium Nutrient | 390 mg per 100 g | Raw sorrel, ANSES Ciqual 2020 table as presented by Aprifel | aprifel.com |
South African Spices
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Heat (pungency), "African birdseye" chiles Conventional range | 100,000 to 500,000 Scoville heat units | "African birdseye" chiles as a category on Dave DeWitt's heat scale (2008)A category rather than a measured sample. | fieryfoodscentral.com |
Spanish Spices
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Moisture after smoke-drying Limit | under 15 % | Pimentón de la Vera PDO specification, fruit dried 10 to 15 days from 80% moisture | assets.publishing.service.gov.uk |
| 1,8-Cineole (bay leaf) | about 32 % of leaf oil | One Italian bay leaf oil sample (Caputo et al.)Sources differ: other studies in the same review give 35% to 59%. | mdpi.com |
| 1,8-Cineole (bay leaf) | 35 to 59 % of leaf oil | Other studies cited in Caputo et al.Sources differ. | mdpi.com |
| Carvacrol (Spanish oregano) | 58.7 to 77.4 % of essential oil | Spanish oregano samples, one study tabulated in a 2020 review (Lombrea et al.) | mdpi.com |
Spearmint
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Carvone | 69.5 % of essential oil | One Serbian spearmint oil tabulated in Singh and Pandey's reviewA single sample, not a typical value. | frontiersin.org |
| Menthone | 21.9 % of essential oil | One Serbian spearmint oil tabulated in Singh and Pandey's review | frontiersin.org |
| Energy Nutrient | 44 kcal per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
| Vitamin A Nutrient | 203 µg RAE (4,050 IU) per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
| Vitamin C Nutrient | 13.3 mg per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
| Folate Nutrient | 105 µg per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 199 mg per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
| Iron Nutrient | 11.9 mg per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
| Potassium Nutrient | 458 mg per 100 g | USDA FoodData Central, spearmint, fresh (FDC ID 173475, SR Legacy) | fdc.nal.usda.gov |
Star Anise
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil yield | 3–3.5 % of fruit, by steam distillation | Star anise fruit, PROSEA | uses.plantnet-project.org |
| trans-Anethole | 70–93 % of essential oil | Star anise oil, PROSEA | uses.plantnet-project.org |
Summer Savory
16 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Volatile oil | up to 5 % of dry weight | S. hortensis, 2018 review | mdpi.com |
| Carvacrol | 11–67 % of essential oil | Range across studies summarized in a 2018 review of S. hortensis (Fierascu et al.) | mdpi.com |
| γ-Terpinene | 15.30–39 % of essential oil | Range across studies summarized in a 2018 review of S. hortensis (Fierascu et al.) | mdpi.com |
| Thymol | 0.3–28.2 % of essential oil | Range across studies summarized in a 2018 review of S. hortensis (Fierascu et al.) | mdpi.com |
| p-Cymene | 3.5–19.6 % of essential oil | Range across studies summarized in a 2018 review of S. hortensis (Fierascu et al.) | mdpi.com |
| Carvacrol | 54.7 % of essential oil | Wild-growing Turkish plants (Dikbas et al., as tabulated in the 2018 review) | mdpi.com |
| γ-Terpinene | 20.9 % of essential oil | Wild-growing Turkish plants (Dikbas et al., as tabulated in the 2018 review) | mdpi.com |
| Thymol | 2.0 % of essential oil | Wild-growing Turkish plants (Dikbas et al., as tabulated in the 2018 review) | mdpi.com |
| p-Cymene | 12.3 % of essential oil | Wild-growing Turkish plants (Dikbas et al., as tabulated in the 2018 review) | mdpi.com |
| Carvacrol | 46.4 % of essential oil | Study following the oil through the growing season, ripened-fruit stage (reported in the 2018 review)γ-Terpinene was the main component at most other stages. | mdpi.com |
| Iron Nutrient | 37.9 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say which species | fdc.nal.usda.gov |
| Potassium Nutrient | 1,050 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say which species | fdc.nal.usda.gov |
| Calcium Nutrient | 2,130 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say which species | fdc.nal.usda.gov |
| Magnesium Nutrient | 377 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say which species | fdc.nal.usda.gov |
| Vitamin A (RAE) Nutrient | 257 µg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say which species | fdc.nal.usda.gov |
| Vitamin C Nutrient | 50 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say which species | fdc.nal.usda.gov |
Sweet Cicely
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 0.05 % of leaves | Leaves, per Katzer | gernot-katzers-spice-pages.com |
| Anethole | about 85 % of leaf oil | Leaf oil, per Katzer | gernot-katzers-spice-pages.com |
Sweet Woodruff
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Coumarin | 203 mg/kg (0.02%) mg/kg | Aerial parts, from a 2008 table by Rychlik as adapted by ANSESSources differ widely; one study cited by the Drugs.com monograph detected no coumarins. | anses.fr |
| Coumarin | 0.6 % | Content stated for the plant, Drugs.com (Wolters Kluwer) monographSources differ. | drugs.com |
| Coumarin | 1.06 % of dry weight, average | Average in dry weight of the plant, Drugs.com (Wolters Kluwer) monographSources differ. | drugs.com |
| Asperuloside | 0.05 % | Minor component listed by the Drugs.com (Wolters Kluwer) monograph | drugs.com |
Szechuan Pepper
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | up to 4 % | Chinese Sichuan pepper, per KatzerThe 2017 review reports more than 65 terpenoids but no single typical breakdown. | gernot-katzers-spice-pages.com |
Table Salt
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | about 40 % by weight | Table salt (American Heart Association) | heart.org |
| Chloride Nutrient | 60 % by weight | Table salt (American Heart Association) | heart.org |
| Sodium chloride, minimum Limit | 97 % of dry matter, excluding additives | Codex CXS 150-1985 (rev. 2012), food-grade salt | services.bis.gov.in |
| Iodine Nutrient | 45 mcg per gram | Iodized salt in the US (NIH ODS) | ods.od.nih.gov |
| Iodine | 47.5 to 50.7 mcg per gram, average | Measured samples of US iodized salt (NIH ODS) | ods.od.nih.gov |
| Sodium Nutrient | about 2,300 mg per teaspoon | Table salt, FDA (Daily Value described as about a teaspoon of table salt)Sources differ: AHA gives 2,400 mg. | fda.gov |
| Sodium Nutrient | 2,400 mg per teaspoon | Table salt, American Heart AssociationSources differ: FDA gives about 2,300 mg. | heart.org |
Taco Seasoning
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 380 mg per 1 1/2 teaspoon serving | McCormick Original Taco Seasoning Mix packet, 1 oz, label (17% DV; 6 servings per packet)Company's own figures. | giantfoodstores.com |
| Sodium Nutrient | 280 mg per 2 teaspoon serving | Old El Paso Gluten Free Original Taco Seasoning Mix packet, 1 oz, label (12% DV; 5 servings per packet)Company's own figures. | giantfoodstores.com |
Tajín Seasoning
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium Nutrient | 190 mg per 1/4 teaspoon serving | Tajín Clásico Seasoning, 5 oz, label Nutrition Facts via retailer listing (8% DV)Company's own figures. | heb.com |
| Dehydrated lime juice | 0.5% or less % of blend | Tajín Clásico label declarationA label declaration, not a lab measurement; most of the tang comes from citric acid. Company's own figures. | heb.com |
Tarragon
12 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 0.2–1.0 % of dried herb | Dried herb, PROSEASources differ in scope: the 2011 review gives 0.15–3.1% of the aerial parts. | uses.plantnet-project.org |
| Essential oil | 0.15–3.1 % of aerial parts | Aerial parts, 2011 reviewSources differ in scope. | discovery-pp.ucl.ac.uk |
| Estragole | about 77 % of essential oil | French tarragon oil (Werker et al., 1994, as cited by PROSEA)Sources differ. | uses.plantnet-project.org |
| (E)-β-Ocimene | about 9 % of essential oil | French tarragon oil (Werker et al., 1994, as cited by PROSEA) | uses.plantnet-project.org |
| (Z)-β-Ocimene | about 8 % of essential oil | French tarragon oil (Werker et al., 1994, as cited by PROSEA) | uses.plantnet-project.org |
| Estragole | about 80 % of essential oil | A US sample (Tucker and Maciarello, 1987, as cited by PROSEA)Sources differ. | uses.plantnet-project.org |
| (E)-β-Ocimene | about 7 % of essential oil | A US sample (Tucker and Maciarello, 1987, as cited by PROSEA) | uses.plantnet-project.org |
| Estragole | 60–75 % of essential oil | Tarragon oil, general figure in the EU Scientific Committee on Food opinion (2001)Sources differ. | food.ec.europa.eu |
| Estragole | up to 82 % of essential oil | Regional samples summarized in a 2011 review (Obolskiy et al.)Sources differ. | discovery-pp.ucl.ac.uk |
| Methyleugenol | up to 39 % of essential oil | Regional samples summarized in a 2011 review (Obolskiy et al.) | discovery-pp.ucl.ac.uk |
| Elemicin | up to 57 % of essential oil | Regional samples summarized in a 2011 review (Obolskiy et al.) | discovery-pp.ucl.ac.uk |
| Terpinolene | up to 25 % of essential oil | Regional samples summarized in a 2011 review (Obolskiy et al.) | discovery-pp.ucl.ac.uk |
Tellicherry Pepper
26 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Bulk density, minimum Limit | 550 g/L | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade I | fao.org |
| Bulk density, minimum Limit | 500 g/L | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade II | fao.org |
| Bulk density, minimum Limit | 400 g/L | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade III | fao.org |
| Light berries, maximum Limit | 2.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade I | fao.org |
| Light berries, maximum Limit | 5.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade II | fao.org |
| Light berries, maximum Limit | 10.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade III | fao.org |
| Pinheads, maximum Limit | 1.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade I | fao.org |
| Pinheads, maximum Limit | 2.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade II | fao.org |
| Pinheads, maximum Limit | 4.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade III | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade I | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade II | fao.org |
| Moisture, maximum Limit | 13.0 % | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade III | fao.org |
| Volatile oil, minimum Limit | 2.0 mL/100 g, dry basis | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade I | fao.org |
| Volatile oil, minimum Limit | 1.5 mL/100 g, dry basis | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade II | fao.org |
| Volatile oil, minimum Limit | 1.0 mL/100 g, dry basis | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade III | fao.org |
| Piperine, minimum Limit | 3.5 %, dry basis | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade I | fao.org |
| Piperine, minimum Limit | 3.0 %, dry basis | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade II | fao.org |
| Piperine, minimum Limit | 2.0 %, dry basis | Codex CXS 326-2017, whole black pepper (any trade name; Tellicherry not mentioned), Grade III | fao.org |
| Berry diameter, minimum (TGSEB grade) | 4.75 mm | "Tellicherry Garbled Special Extra Bold", as defined by one seller (Pure Indian Foods) for its own productOne seller's definition; the official 1969 Indian grading rules could not be opened, and IS 1798:2010 removed whole-pepper grades. Company's own figures. | pureindianfoods.com |
| Vitamin K Nutrient | 164 µg per 100 g | USDA FoodData Central, spices, pepper, black, ground (FDC ID 170931, SR Legacy); not specific to Tellicherry | fdc.nal.usda.gov |
| Dietary fiber Nutrient | 25.3 g per 100 g | USDA FoodData Central, spices, pepper, black, ground (FDC ID 170931, SR Legacy); not specific to Tellicherry | fdc.nal.usda.gov |
| Iron Nutrient | 9.71 mg per 100 g | USDA FoodData Central, spices, pepper, black, ground (FDC ID 170931, SR Legacy); not specific to Tellicherry | fdc.nal.usda.gov |
| Magnesium Nutrient | 171 mg per 100 g | USDA FoodData Central, spices, pepper, black, ground (FDC ID 170931, SR Legacy); not specific to Tellicherry | fdc.nal.usda.gov |
| Calcium Nutrient | 443 mg per 100 g | USDA FoodData Central, spices, pepper, black, ground (FDC ID 170931, SR Legacy); not specific to Tellicherry | fdc.nal.usda.gov |
| Aflatoxin B1, maximum Limit | 5.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species, including black and white pepper) | eur-lex.europa.eu |
| Total aflatoxins, maximum Limit | 10.0 µg/kg | EU Regulation 2023/915, pepper (fruits of Piper species, including black and white pepper) | eur-lex.europa.eu |
Thai Basil
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Estragole (methyl chavicol) | 452.80 µg/mL of oil | Thai basil oil hydrodistilled from fresh leaves of plants grown at Chiang Mai University's research center (Tangpao et al. 2018)Reported as concentrations, not a share of the oil; not comparable with percentage figures. | mdpi.com |
| Geranial | 180.57 µg/mL of oil | Thai basil oil hydrodistilled from fresh leaves of plants grown at Chiang Mai University's research center (Tangpao et al. 2018) | mdpi.com |
| Neral | 151.16 µg/mL of oil | Thai basil oil hydrodistilled from fresh leaves of plants grown at Chiang Mai University's research center (Tangpao et al. 2018) | mdpi.com |
Thai Cardamom (Krawan)
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| 1,8-Cineole | 60–80 % of fruit oil | Thai cardamom fruit, PROSEA | uses.plantnet-project.org |
| Essential oil | about 3–4 % of fruits | Fruits, general figure (PROSEA)Sources differ in scope: the eastern Thailand survey measured seeds. | uses.plantnet-project.org |
| Essential oil | 7.9–8.4 % of seeds | Seeds, eastern Thailand survey (Thai Department of Agriculture, 2010–2011) | info.doa.go.th |
| 1,8-Cineole | 84.38 % of shoot oil | Oil distilled from Amomum verum shoots, 2020 Thai study (a different plant part) | doaj.org |
Thai Spices and Herbs
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Heat (pungency), prik khee nu Conventional range | 30,000 to 50,000 Scoville heat units | Thai prik khee nu on Dave DeWitt's heat scale (2008)Not a lab measurement. No source was found for the 130,000 SHU figure sometimes given. | fieryfoodscentral.com |
The Best Salt for Cooking
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Sodium chloride, minimum Limit | at least 97 % dry basis | Codex CXS 150-1985 food-grade salt (sea, rock and brine salt) | services.bis.gov.in |
| Sodium chloride | 83 to 99 % | Swiss FSVO survey of 25 salts, 2016 | warwick.ac.uk |
| Sodium | 38.9 to 40.7 % by weight | sea salt, 7 samples, Swiss FSVO 2016 | warwick.ac.uk |
| Sodium | 37.7 to 38.2 % by weight | Himalaya salt, 4 samples, Swiss FSVO 2016 | warwick.ac.uk |
| Sodium | 36.9 to 38.8 % by weight | fleur de sel, 4 samples, Swiss FSVO 2016 | warwick.ac.uk |
| Sodium Nutrient | about 40 % | table salt, kosher salt and most sea salts (American Heart Association) | heart.org |
| Moisture, maximum Limit | 12 % | Fleur de sel de Guérande PGI specification | info.agriculture.gouv.fr |
| Insoluble matter, maximum Limit | 1 % | Guérande gray salt, PGI specification | info.agriculture.gouv.fr |
| Insoluble matter, maximum Limit | under 0.20 % | Fleur de sel de Guérande, PGI specification | info.agriculture.gouv.fr |
Thyme
15 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil yield | about 1–3 % on distillation | Thyme, PROSEA | uses.plantnet-project.org |
| Thymol | 39.1 % of essential oil | Danish thyme oil, as reported by PROSEA | uses.plantnet-project.org |
| Carvacrol | 5.1 % of essential oil | Danish thyme oil, as reported by PROSEA | uses.plantnet-project.org |
| Thymol | 22.5 % of essential oil | New Zealand thyme oil, as reported by PROSEA | uses.plantnet-project.org |
| Carvacrol | 6.2 % of essential oil | New Zealand thyme oil, as reported by PROSEA | uses.plantnet-project.org |
| Thymol and carvacrol (each) | below 5 % of essential oil | One non-phenolic chemotype profile cited by PROSEA (over half the oil 1,8-cineole, camphor and monoterpene alcohols)Mediterranean T. vulgaris has six chemotypes. | uses.plantnet-project.org |
| Thymol | 42.44 % of essential oil | One T. vulgaris oil in a 2023 study of eight thyme species | mdpi.com |
| Carvacrol | 2.28 % of essential oil | One T. vulgaris oil in a 2023 study of eight thyme species | mdpi.com |
| p-Cymene | 17.25 % of essential oil | One T. vulgaris oil in a 2023 study of eight thyme species | mdpi.com |
| γ-Terpinene | 17.80 % of essential oil | One T. vulgaris oil in a 2023 study of eight thyme species | mdpi.com |
| Vitamin A Nutrient | 3,800 IU per 100 g | Ground dried thyme, PROSEA composition figures | uses.plantnet-project.org |
| Protein Nutrient | 7–9 g per 100 g | Ground dried thyme, PROSEA composition figures | uses.plantnet-project.org |
| Fiber Nutrient | 19–24 g per 100 g | Ground dried thyme, PROSEA composition figures | uses.plantnet-project.org |
| Energy Nutrient | 1,155 kJ per 100 g | Ground dried thyme, PROSEA composition figures | uses.plantnet-project.org |
| Pyrrolizidine alkaloids, maximum Limit | 400 µg/kg | EU Regulation 2023/915, dried herbs (covers dried thyme, not among the named exceptions) | eur-lex.europa.eu |
Timut Pepper
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Linalool | 44.73 % of essential oil | Z. armatum fruits, Salyan district, Nepal (IJFP 2020); cultivated, 1,000–1,200 mAltitude and wild versus cultivated origin moved linalool by about 30 percentage points. | doaj.org |
| Linalool | 74.12 % of essential oil | Z. armatum fruits, Salyan district, Nepal (IJFP 2020); wild, 1,600–1,800 m | doaj.org |
| Linalool | 72.17 % of essential oil | Z. armatum 'Hanyuanputaoqing' fruits, Sichuan, China (Ma et al. 2023) | mdpi.com |
| Limonene | 8.05 % of essential oil | Z. armatum 'Hanyuanputaoqing' fruits, Sichuan, China (Ma et al. 2023) | mdpi.com |
| Sabinene | 6.77 % of essential oil | Z. armatum 'Hanyuanputaoqing' fruits, Sichuan, China (Ma et al. 2023) | mdpi.com |
| Linalool | over 50 % of essential oil | Z. alatum (general), per Katzer | gernot-katzers-spice-pages.com |
Truffle Salt
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Black summer truffle content | 5 % of product | Casina Rossa Italian Truffled Sea Salt, label declarationLabel declaration, not a lab measurement; also lists truffle flavor. Company's own figures. | igourmet.com |
| Freeze-dried black summer truffle content | 1.5% ("equal to 7.5% of fresh truffle") % of product | Marini Tartufi Truffle Salt, 100 g, label declarationLabel declaration; also lists aroma. Company's own figures. | souschef.co.uk |
| Summer truffle content | 1 % of product | Maison Pebeyre Sea Salt with Summer Black Truffles, label declarationLabel declaration; also lists truffle aroma. Company's own figures. | igourmet.com |
| Sodium Nutrient | about 40 % by weight | Most sea salts (American Heart Association); the page states truffle salt is mostly sea salt | heart.org |
Turmeric
18 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | 3.97 (average); 3.0 to 5.16 (range) % of dried rhizome | Dried rhizomes from three growers in Bahia, Brazil, collected February 2011, hydrodistilled 4 hoursDescribes those samples, not turmeric in general. | scielo.br |
| ar-Turmerone | about 40 % of essential oil | Dried rhizomes from three growers in Bahia, Brazil, collected February 2011, hydrodistilled 4 hours | scielo.br |
| α-Turmerone | 10 % of essential oil | Dried rhizomes from three growers in Bahia, Brazil, collected February 2011, hydrodistilled 4 hours | scielo.br |
| Curlone | 23 % of essential oil | Dried rhizomes from three growers in Bahia, Brazil, collected February 2011, hydrodistilled 4 hours | scielo.br |
| Curcumin | 5–6.6 % of turmeric | Compositional profile of the spice, Prasad and Aggarwal reference chapter (2011)Different scope from LiverTox's figure for extracts; do not compare directly. No figure was found for retail ground turmeric. | ncbi.nlm.nih.gov |
| Volatile oil | under 3.5 % of turmeric | Compositional profile of the spice, Prasad and Aggarwal reference chapter (2011) | ncbi.nlm.nih.gov |
| Moisture | above 9 % | Compositional profile of the spice, Prasad and Aggarwal reference chapter (2011) | ncbi.nlm.nih.gov |
| Curcumin | 1% to 6% % by dry weight | Whole turmeric extracts, NIH LiverToxDifferent scope from the reference-chapter profile of the spice. | ncbi.nlm.nih.gov |
| Lead | 48 µg/g, geometric mean | 503 turmeric root and powder samples from 34 cities in eastern India, 2021–2023 (Forsyth et al. 2026); Bihar (all 15 cities sampled)Contaminant (lead chromate adulteration). 30% of all 503 samples exceeded India's 10 µg/g limit. | nature.com |
| Lead | 6,416 µg/g, maximum | 503 turmeric root and powder samples from 34 cities in eastern India, 2021–2023 (Forsyth et al. 2026); Bihar | nature.com |
| Lead | exceeded 1,000 µg/g | Samples from Patna, Karachi and Peshawar, in a study of 356 samples from 23 South Asian cities, 2020–2021 (Forsyth et al. 2024)14% of samples had lead above the 2 µg/g detection threshold. | fsi.stanford.edu |
| Lead | below quantification limit up to 1.87 mg/kg | 13 raw rhizomes collected from farms in six Indian states, 2026 (Toxics Link)Consistent with lead chromate being added after harvest. | toxicslink.org |
| Lead | 0.11 ppm, median | 32 ground turmeric samples bought around Boston, 2011–2012 (Cowell et al. 2017)Lead found in all samples. | journals.sagepub.com |
| Lead | up to 99.50 ppm | 32 ground turmeric samples bought around Boston, 2011–2012 (Cowell et al. 2017)The two highest came from Bangladesh. | journals.sagepub.com |
| Lead, maximum Limit | 10 µg/g (10 mg/kg) | India's limit for lead in turmeric | nature.com |
| Lead, maximum Limit | 2.0 mg/kg | Codex contaminants committee (CCCF17, 2024) level for "spices, dried rhizomes and roots, including galangal"Whether it applies to turmeric is unconfirmed: turmeric is not named, the level was based on ginger data, and CXS 193 could not be opened. | fao.org |
| Curcumin half-life under white LED light | 9.9 hours | Turmeric oleoresin (a solvent extract, not powder), 2025 lab study (Kim, Oh, Hong)Samples kept in the dark showed no significant color loss over 24 hours. | mdpi.com |
| Curcumin half-life under fluorescent light | 15.1 hours | Turmeric oleoresin (a solvent extract, not powder), 2025 lab study (Kim, Oh, Hong) | mdpi.com |
Types of Mint
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Menthofuran (water mint) | 38.4–55.9 % of essential oil | Two Italian samples of Mentha aquatica subsp. aquatica from North Tuscany | arpi.unipi.it |
| Menthol (field mint) | 50 to 70 % of essential oil | Mentha arvensis oil, per Katzer | gernot-katzers-spice-pages.com |
| Estragole (Korean mint) | 89.49 % of essential oil | One earlier sample of Agastache rugosa tabulated by Hong et al.Not a Mentha species. | mdpi.com |
Vanilla
13 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Vanillin | about 2 % of cured pod | Fully fermented (cured) pods, per Katzer, depending on originSources differ: Cook's Vanilla gives 0.75 to 1.5% for good beans; different samples and methods, not to be merged. | gernot-katzers-spice-pages.com |
| Vanillin | 1.75 % of cured pod | Fully fermented (cured) pods, per Katzer; Mexico | gernot-katzers-spice-pages.com |
| Vanillin | 1.5 % of cured pod | Fully fermented (cured) pods, per Katzer; Sri Lanka | gernot-katzers-spice-pages.com |
| Vanillin | 2.75 % of cured pod | Fully fermented (cured) pods, per Katzer; Indonesia | gernot-katzers-spice-pages.com |
| Vanillin | 1 to 3 % of cured beans | Hainan-grown cured beans, 2019 study | mdpi.com |
| Vanillin | 0.75 to 1.5 % by weight | "Good beans", per US importer Cook's VanillaSources differ (merchant figure); lower than Katzer's about 2%. Company's own figures. | cooksvanilla.com |
| p-Hydroxybenzaldehyde | up to 9 % | Per Katzer (basis not stated on page) | gernot-katzers-spice-pages.com |
| Moisture | 30 to 35 % | Madagascar beans, trade grades given by one US importer, Cook's Vanilla: GourmetCompany's own figures. | cooksvanilla.com |
| Moisture | 29 to 32 % | Madagascar beans, trade grades given by one US importer, Cook's Vanilla: TK (black)Company's own figures. | cooksvanilla.com |
| Moisture | 22 to 27 % | Madagascar beans, trade grades given by one US importer, Cook's Vanilla: Extract gradeCompany's own figures. | cooksvanilla.com |
| Moisture | 22 to 23 % | Madagascar beans, trade grades given by one US importer, Cook's Vanilla: US red splitsCompany's own figures. | cooksvanilla.com |
| Moisture | 24 to 25 % | Madagascar beans, trade grades given by one US importer, Cook's Vanilla: Euro red splitsCompany's own figures. | cooksvanilla.com |
| Unit weight of vanilla beans Limit | 13.35 ounces of beans at no more than 25% moisture ounces (at stated maximum moisture) | US definition, 21 CFR 169.3 | ecfr.gov |
Vanilla Sugar
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Vanilla constituent, minimum Limit | one unit per 8 pounds units of vanilla constituent | US standard of identity for vanilla powder / vanilla sugar, 21 CFR 169.179 | ecfr.gov |
| Unit weight of vanilla beans Limit | 13.35 ounces for beans of no more than 25% moisture ounces (at stated maximum moisture) | US definition, 21 CFR 169.3 | ecfr.gov |
Vinegar Powder
4 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| pH | 2.5 to 3.5 pH units | Spices Inc. Distilled White Vinegar Powder, product label (product specification)A merchant specification, not an independent measurement. Company's own figures. | spicesinc.com |
| Energy Nutrient | 15 calories per teaspoon | Spices Inc. Distilled White Vinegar Powder, product labelCompany's own figures. | spicesinc.com |
| Carbohydrate Nutrient | 3.7 g per teaspoon | Spices Inc. Distilled White Vinegar Powder, product labelCompany's own figures. | spicesinc.com |
| Sodium Nutrient | 1.9 mg per teaspoon | Spices Inc. Distilled White Vinegar Powder, product labelCompany's own figures. | spicesinc.com |
Wasabi
2 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Allyl isothiocyanate | 86 to 94 % of total isothiocyanates measured | New Zealand-grown wasabi, seven isothiocyanates measured (Lincoln University doctoral study) | researcharchive.lincoln.ac.nz |
| Heat compound retention in frozen storage | original levels kept after two months at −10°C or colder (down to −80°C) | Wasabi rhizomes, Lincoln University doctoral studyThe roughly 15-minute loss of pungency after grating is a Chowhound account, not a measurement, so it is not listed. | researcharchive.lincoln.ac.nz |
Watermint (Mentha aquatica)
6 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Menthofuran | 38.4–55.9 % of essential oil | Water mint from two habitats in a regional park in northern Tuscany, Italy (Spinelli et al. 1997)Sources differ in scope from Bozin et al. 2006. | arpi.unipi.it |
| 1,8-Cineole | 11.9–16.3 % of essential oil | Water mint from two habitats in a regional park in northern Tuscany, Italy (Spinelli et al. 1997) | arpi.unipi.it |
| Menthofuran | 19.0–24.5 % of essential oil | Water mint sampled at three growth stages, collection site not stated in the abstract (Bozin et al. 2006)Sources differ in scope from Spinelli et al. 1997. | open.uns.ac.rs |
| 1,8-Cineole | 11.8–20.2 % of essential oil | Water mint sampled at three growth stages, collection site not stated in the abstract (Bozin et al. 2006) | open.uns.ac.rs |
| E-Caryophyllene | 6.7–16.6 % of essential oil | Water mint sampled at three growth stages, collection site not stated in the abstract (Bozin et al. 2006) | open.uns.ac.rs |
| Viridiflorol | 7.6–9.0 % of essential oil | Water mint sampled at three growth stages, collection site not stated in the abstract (Bozin et al. 2006) | open.uns.ac.rs |
Wattleseed
7 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Crude protein Nutrient | about 23 % | Acacia colei seed, a related dry-zone species, not the species usually sold as wattleseed (Harwood, Rinaudo and Adewusi, FAO)Sources differ in scope from Warndu's figures. | fao.org |
| Carbohydrate Nutrient | 53 % | Acacia colei seed, a related dry-zone species, not the species usually sold as wattleseed (Harwood, Rinaudo and Adewusi, FAO) | fao.org |
| Fat Nutrient | 11 % | Acacia colei seed, a related dry-zone species, not the species usually sold as wattleseed (Harwood, Rinaudo and Adewusi, FAO) | fao.org |
| Protein Nutrient | 18 to 25 % | Wattleseed generally, per Warndu (Aboriginal-owned food business)Sources differ. | warndu.com |
| Protein Nutrient | 20.1 g per 100 g | Warndu wattleseed product (A. victoriae and/or a second species), per Warndu's table | warndu.com |
| Carbohydrate Nutrient | 30.0 g per 100 g | Warndu wattleseed product (A. victoriae and/or a second species), per Warndu's table | warndu.com |
| Fat Nutrient | 5.2 g per 100 g | Warndu wattleseed product (A. victoriae and/or a second species), per Warndu's table | warndu.com |
White Peppercorns
35 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Bulk density, minimum Limit | 600 g/L | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Bulk density, minimum Limit | 600 g/L | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Bulk density, minimum Limit | 550 g/L | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Black berries, maximum Limit | 5.0 % | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Black berries, maximum Limit | 7.5 % | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Black berries, maximum Limit | 10.0 % | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Light berries, maximum Limit | 1.0 % | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Light berries, maximum Limit | 2.0 % | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Light berries, maximum Limit | 2.0 % | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Broken berries, maximum Limit | 2.0 % | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Broken berries, maximum Limit | 3.0 % | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Broken berries, maximum Limit | 3.0 % | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Moisture, maximum Limit | 12.0 % | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Moisture, maximum Limit | 13.0 % | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Total ash, maximum Limit | 3.5 %, dry basis | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Total ash, maximum Limit | 4.0 %, dry basis | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Total ash, maximum Limit | 4.0 %, dry basis | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Volatile oil, minimum Limit | 1.5 mL/100 g, dry basis | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Volatile oil, minimum Limit | 1.5 mL/100 g, dry basis | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Volatile oil, minimum Limit | 1.0 mL/100 g, dry basis | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Piperine, minimum Limit | 4.0 %, dry basis | Codex CXS 326-2017, whole white pepper, Grade I | fao.org |
| Piperine, minimum Limit | 3.5 %, dry basis | Codex CXS 326-2017, whole white pepper, Grade II | fao.org |
| Piperine, minimum Limit | 3.0 %, dry basis | Codex CXS 326-2017, whole white pepper, Grade III | fao.org |
| Moisture, maximum Limit | 13.0 % | Codex CXS 326-2017, ground white pepper | fao.org |
| Volatile oil, minimum Limit | 0.7 mL/100 g, dry basis | Codex CXS 326-2017, ground white pepper | fao.org |
| Piperine, minimum Limit | 4.0 %, dry basis | Codex CXS 326-2017, ground white pepper | fao.org |
| Essential oil | about 1.5 % | White pepper, per Katzer | gernot-katzers-spice-pages.com |
| Skatole (3-methylindole) | about 2 ppm | Overstored white pepper, per KatzerA storage defect: gives a disagreeable, fecal flavor. | gernot-katzers-spice-pages.com |
| Dietary fiber Nutrient | 26.2 g per 100 g | USDA FoodData Central, spices, pepper, white, ground (FDC ID 170933, SR Legacy) | fdc.nal.usda.gov |
| Iron Nutrient | 14.3 mg per 100 g | USDA FoodData Central, spices, pepper, white, ground (FDC ID 170933, SR Legacy) | fdc.nal.usda.gov |
| Calcium Nutrient | 265 mg per 100 g | USDA FoodData Central, spices, pepper, white, ground (FDC ID 170933, SR Legacy) | fdc.nal.usda.gov |
| Manganese Nutrient | 4.30 mg per 100 g | USDA FoodData Central, spices, pepper, white, ground (FDC ID 170933, SR Legacy) | fdc.nal.usda.gov |
| Vitamin C Nutrient | 21.0 mg per 100 g | USDA FoodData Central, spices, pepper, white, ground (FDC ID 170933, SR Legacy) | fdc.nal.usda.gov |
| Riboflavin Nutrient | 0.126 mg per 100 g | USDA FoodData Central, spices, pepper, white, ground (FDC ID 170933, SR Legacy) | fdc.nal.usda.gov |
Wild Garlic (Ramsons)
3 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Magnesium Nutrient | 7,000 mg/kg | Ramsons (Allium ursinum), comparison cited in a 2015 review (Sobolewska et al.); plant part and basis (dry weight or not) not statedBasis and plant part unstated; reported as higher than garlic. | link.springer.com |
| Manganese Nutrient | 1,600 mg/kg | Ramsons (Allium ursinum), comparison cited in a 2015 review (Sobolewska et al.); plant part and basis (dry weight or not) not stated | link.springer.com |
| Iron Nutrient | 230 mg/kg | Ramsons (Allium ursinum), comparison cited in a 2015 review (Sobolewska et al.); plant part and basis (dry weight or not) not stated | link.springer.com |
Winter Savory
9 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Carvacrol | 13.7 % of essential oil | Aerial parts at flowering, Kozjak Mountain near Split, Croatia, August 2007 (one sample) | mdpi.com |
| p-Cymene | 11.8 % of essential oil | Aerial parts at flowering, Kozjak Mountain near Split, Croatia, August 2007 (one sample) | mdpi.com |
| γ-Terpinene | 10.6 % of essential oil | Aerial parts at flowering, Kozjak Mountain near Split, Croatia, August 2007 (one sample) | mdpi.com |
| Limonene | 9.5 % of essential oil | Aerial parts at flowering, Kozjak Mountain near Split, Croatia, August 2007 (one sample) | mdpi.com |
| Linalool | 4.6 % of essential oil | Aerial parts at flowering, Kozjak Mountain near Split, Croatia, August 2007 (one sample) | mdpi.com |
| Thymol | 1.9 % of essential oil | Aerial parts at flowering, Kozjak Mountain near Split, Croatia, August 2007 (one sample) | mdpi.com |
| Iron Nutrient | 37.9 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say summer or winter savory | fdc.nal.usda.gov |
| Calcium Nutrient | 2,130 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say summer or winter savory | fdc.nal.usda.gov |
| Magnesium Nutrient | 377 mg per 100 g | USDA FoodData Central, savory, ground (FDC ID 170936, SR Legacy); entry does not say summer or winter savory | fdc.nal.usda.gov |
Winter Spices
5 figures| Measure | Value | Scope | Source |
|---|---|---|---|
| Cinnamaldehyde (cinnamon) | roughly 49.9 to 62.8 % of bark oil | Cinnamon bark (C. zeylanicum), Ranasinghe et al. systematic review | link.springer.com |
| Eugenol (allspice) | 50 to 80 % of berry oil | Allspice, PROSEA | uses.plantnet-project.org |
| Eugenol (cloves) | 70 to 90 % of bud oil | Cloves, PROSEA | uses.plantnet-project.org |
| Piperine (black pepper) | 4.9 to 7.7 % of black pepper | Black pepper, PROSEA | uses.plantnet-project.org |
| Lead (ground cinnamon) | 2.03 to 7.68 parts per million | Specific ground cinnamon products sold in the US named in FDA public health alerts since July 2024Specific products, not cinnamon in general. | fda.gov |
Yellow Mustard Seeds
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Sinalbin (glucosinolate) | about 2.5 % of seed | Yellow (white) mustard seed, per Katzer | gernot-katzers-spice-pages.com |
Zedoary (White Turmeric)
1 figure| Measure | Value | Scope | Source |
|---|---|---|---|
| Essential oil | about 1 to 2 % of rhizome | Rhizome, PROSEANo published percentages for individual sesquiterpenes were found. | uses.plantnet-project.org |