For spices and herbs where the International Organization for Standardization (ISO) has developed a standard laying down specifications, the specific ISO standard is presented under each herb or spice.The purpose of ISO is to help unify standards on an international basis.
(Ocimum basilicum)
ISO 11163:1995 Dried sweet basil (Ocimum basilicum L.)
Basil, (Ocimum basilicum), also called sweet basil or great basil, annual herb of the mint family Lamiaceae, grown for its aromatic leaves. Basil is native to tropical regions from Central Africa to Southeast Asia and is widely grown as a kitchen herb. The leaves are used fresh or dried to flavour meats, fish, salads, and sauces; basil tea is a stimulant. The plant is extremely frost-sensitive and grows best in warm climates.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | ID0GC | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 5 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Coriandrum sativum L.)
ISO 2255:1996 Coriander, whole or ground (powdered)
Coriander (Coriandrum sativum) is annual and herbaceous plant, belonging to the Apiaceae family. Coriander has a use as both culinary and medicinal plant. Native of southern Europe and the western Mediterranean region, but is cultivated worldwide.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | IDA42 | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /10g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 9 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
Copper | SL03H/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Gluten | LW23R | SENSISpec Ingezim | ELISA | 7 mg/kg | 3 |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 5 |
Mustard | LW18G | Neogen Veratox | ELISA | 2,5 mg/kg | 7 |
Soy | LW0PE | Elisa Systems | ELISA | 2,5 mg/kg | 7 |
Sesame | LW1JG | SENSISpec | ELISA | 2 mg/kg | 7 |
Hazelnut | LW0WT | Elisa Systems | ELISA | 0,5 mg/kg | 7 |
Almond | LW18G | r-Biopharm | ELISA | 2,5 mg/kg | 7 |
Peanut | LW186 | Neogen Veratox | ELISA | 2,5 mg/kg | 7 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Limit (ESA) | Response time (days) |
Aeroba microorganisms | NMKL 86, 5. Ed., 2013 | 103 cfu/g | Microbiological cultivation | 5 | |
Enterobacteriaceae | NMKL 144, 3. Ed., 2005 | 10 cfu/g | Microbiological cultivation | 3 | |
E.coli | NMKL 125, 4. Ed., 2005 | 10 cfu/g | Microbiological cultivation | 102 cfu/g | 3 |
Bacillus cereus | NMKL 67, 8. Ed., 2021 | 102 cfu/g | Microbiological cultivation | 3 | |
Clostridium perfringens | NMKL 95, 5. Ed., 2009 | 102 cfu/g | Microbiological cultivation | 3 | |
Yeast and mould | NMKL 98, 4. Ed., 2005 | 102 cfu/g | Microbiological cultivation | 105/g | 7 |
Salmonella | NMKL 71, 5. Ed., 1999 | absent in 25g | Microbiological cultivation | absent in 25g | 5 |
(Origanum majorana L.)
ISO 10620:1995 Dried sweet marjoram
Marjoram (Origanum majorana) is a cold-sensitive perennial herb, closely related to oregano. Its fresh or dried leaves and flowering tops are used to season many foods, imparting a warm, aromatic, slightly sharp, and bitterish flavour. In some Middle Eastern countries, marjoram is synonymous with oregano, there the names sweet marjoram and knotted marjoram are used to distinguish it from other plants of the genus Oreganum. Marjoram is grown in Mediterranean, North Africa and Western Asia.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | IDA47 | AOAC 970AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAT | LC-MS/MS | LC-MS/MS | 5-10 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Gluten (Elisa) | LW23R | SENSISpec Ingezim | ELISA | 7 mg/kg | 3 |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 5 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Origanum vulgare)
ISO 7925:1999 Dried oregano (Origanum vulgare L.) Whole or ground leaves
Dried oregano consists of the dried leaves of the perennial Origanum genus, species and sub-species, belonging to the Lamiaceae (Labiatae) family. Oregano is a culinary herb used for the flavour of its leaves. Factors such as climate, season, and soil composition may affect the aromatic oils present, this effect may be greater than the differences between the various species of plants.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | IDA36 | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /10g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Gluten | LW23R | SENSISpec Ingezim | ELISA | 7 mg/kg | 3 |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | ELISA | 1 mg/kg | 5 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Adulteration Turkish Oregano | QS05A | ASTA 26.0 | PCR NGS | - | 15 |
PCR NGS | BJNGP | Massive Parallel Sequencing | NMR | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | - | 10 | |
Known adulterations (Food Integrity Handbook) Sumac, olive leaves Olive leaves, myrtle leaves Satureja montana L. and Origanum majorana L. Cistus incanus L., Rubus caesius L. and Rhus coriaria L |
|||||
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Petroselinum crispum)
ISO 20377:2018 dried parsley in whole, cut leaves or rubbed (ground) form
Parsley, Petroselinum crispum, is a biennial herb belonging to the family Apiaceae. It is native to southern Europe and western Asia and in many parts of the world is cultivated commercially as an annual for its attractive and aromatic leaves.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Crude fiber | LP08B | ISO 5498 mod. | Gravimetry | 0,5g/100g | 7 |
Volatile oil | LW022 | ASTA | Volumetry | 0,3 ml/100g | 7 |
Extraneous matter | ID0GC | AOAC 970AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 9 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 | ICP-MS | 0,01 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Tropane alkaloids | JCTA3 | Internal Method | LC-MS/MS | 5µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Celery | LWVDF/LWPCR | SureFood Allergen Celery S3605 | Real-time PCR | - | 7 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Rosmarinus officinalis)
ISO 11164:1995 Dried rosemary (Rosmarinus officinalis L.)
Rosmary (Salvia rosmarinus). Rosemary is a perennial evergreen shrub with blue flowers. It’s an aromatic and distinctive herb with a sweet, resinous flavor, native to the Mediterranean region.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | ID0GC | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Gluten (Elisa) | LW23R | SENSISpec Ingezim | ELISA | 7 mg/kg | 3 |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 7 |
Hazelnut | LW0WT | Elisa Systems | ELISA | 0,5 mg/kg | 7 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Salvia officinalis, Salvia triloba)
ISO 11165:1995 Dried sage (Salvia officinalis L.)
Sage, (Salvia officinalis), also called common sage or garden sage, aromatic herb of the family Lamiaceae cultivated for its pungent edible leaves. Sage is native to the Mediterranean region and has a long history of medicinal and culinary use. In modern times it has also been used as an ornamental garden plant.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | ID0GC | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Gluten (Elisa) | LW23R | SENSISpec Ingezim | ELISA | 7 mg/kg | 3 |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 5 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Artemisia dracunculus)
ISO 7926:1991 Dehydrated tarragon (Artemisia dracunculus Linnaeus)
Tarragon (Artemisia dracunculus), also known as estragon, is a species of perennial herb in the family Asteraceae. It is widespread in the wild across much of Eurasia and North America, and is cultivated for culinary and medicinal purposes.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | ID0GC | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 0,1 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 5 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |
(Thymus vulgaris, Thymus zygis, Thymus serpyllum)
ISO 6754:1996 Dried thyme (Thymus vulgaris L.)
Thyme, (Thymus vulgaris), pungent herb of the mint family Lamiaceae known for the aroma and flavour of its dried leaves and flowering tops. Thyme is native to Eurasia and is cultivated throughout the world. It is used to flavour a wide range of foods but also used for medicinal purposes.
Quality | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Water activity | LW01F | NMKL 168, 2001 | Hygrometri | - | 3 |
Moisture | LW01I | ASTA | Gravimetry | 0,3 g/100g | 7 |
Total ash | LP06V | NMKL 173 | Gravimetry | 0,1 g/100g | 5 |
Acid-insoluble ash | LP05A | 2009/152/EU mod. | Gravimetry | 0,02 g/100g | 7 |
Volatile oil | LW022 | ASTA 5.2:2010 mod. | Volumetry | 0,3 ml/100g | 7 |
Extranous matter | ID0GC | AOAC 970.66 1970 + AOAC 945.75 1996 | Microscopy | /25g | 8 |
Contaminants/Unwanted substances | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aflatoxins | JJ006/JJP01 | DIN EN 14123 (2008-03), mod. | IAC-LC-FLD | 10 µg/kg | 9 |
Ochratoxin A | LW0AC | Ochraprep A3-P14.V1 | LC-FLD | 5 µg/kg | 7 |
Irradiation | J3010 | DIN EN 13751:2009-11 | Photoluminicence | - | 7 |
Pesticides (EC) 396/2005 | PLW8L | NMKL 195, 2013 mod. | LC-MS/MS, GC-MS/MS | depending on substance | 4 |
Ethylene oxide | ZPET0 | Internal Method | GC-MS/MS | 0,01 mg/kg | 6 |
Chlorate/Perchlorate | LW2AA | QuPPe-PO-Method Ver 12 mod. | LC-MS/MS | 0,05 mg/kg | 5 |
Nicotine | JC016 | Internal Method | LC-MS/MS | 10 µg/kg | 9 |
Lead | SL03N/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,02 mg/kg | 8 |
Cadmium | SL03M/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,01 mg/kg | 8 |
Nickel | SL0AD/SLC11 | SS-EN ISO 17294-2:2016 /SS- EN 13805:2014 mod | ICP-MS | 0,05 mg/kg | 8 |
PAH | JC10U | acc. EU 2005/108 | GC-MS/MS | 0,5 µg/kg | 7 |
Mineral oil | JCMES | Internal Method | LC-GC-FID | 0,5-2mg/kg | 7 |
Pyrrolizidine alkaloids | JCPAS | LC-MS/MS | LC-MS/MS | 5 µg/kg | 9 |
Allergens* | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Gluten | LW23R | SENSISpec Ingezim | ELISA | 7 mg/kg | 3 |
Celery | LWYMH/LWPCR | SureFood Allergen Celery S3605 | Realtime-PCR | 1 mg/kg | 5 |
*Allergens above are only a suggestion: Also consider which food allergens your product may have come in contact with. Consider all possible steps like processing steps, transport, field contamination or co-handling by supplier | |||||
Authenticity | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
PCR NGS | BJNGP | Massive Parallel Sequencing | PCR NGS | - | 16 |
NMR profiling | AA01A | 1H NMR spektroskopi | NMR | - | 10 |
Microbiology | |||||
Analysis | Test code | Method reference | Analytical technique | Reporting limit | Response time (days) |
Aeroba microorganisms | UMH32 | NMKL 86, 5. Ed., 2013 | Microbiological cultivation | 103 cfu/g | 5 |
Enterobacteriaceae | ZM9ZS | NMKL 144, 3. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
E.coli | UMR36 | NMKL 125, 4. Ed., 2005 | Microbiological cultivation | 10 cfu/g | 3 |
Bacillus cereus | UM1TF | NMKL 67, 8. Ed., 2021 | Microbiological cultivation | 102 cfu/g | 3 |
Clostridium perfringens | UM1UK | NMKL 95, 5. Ed., 2009 | Microbiological cultivation | 102 cfu/g | 3 |
Yeast and mould | UMP74 | NMKL 98, 4. Ed., 2005 | Microbiological cultivation | 102 cfu/g | 7 |
Salmonella | UML66 | NMKL 71, 5. Ed., 1999 | Microbiological cultivation | absent in 25g | 5 |