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BiopureTM MIX 11 (13C Aflatoxins)
10002834Mycotoxins Aflatoxins C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated. BiopureTM MIX 11 contains 0.5 µg/mL each 13C17 aflatoxin B1, 13C17 aflatoxin B2, 13C17 aflatoxin G1 and 13C17 aflatoxin G2 in acetonitrile.- Analyte: 13C Aflatoxin B1, 13C Aflatoxin B2, 13C Aflatoxin G1, 13C Aflatoxin G2
- Technology/Application: C13
- Quantity/Amount: 1.2 mL
BiopureTM MIX 12 (13C Fumonisins)
10002833Mycotoxins Fumonisines C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated. BiopureTM MIX 12 contains 5 µg/mL each 13C34 fumonisin B1 and 13C34 fumonisin B2 in acetonitrile/water 50/50.- Analyte: 13C Fumonisin B1, 13C Fumonisin B2
- Technology/Application: C13
- Quantity/Amount: 1.2 mL
BiopureTM U-[13C17] - Aflatoxin M1 - 0.5 µg/mL in acetonitrile
10002832Mycotoxins Aflatoxins C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated.- Analyte: 13C Aflatoxin M1
- Technology/Application: C13
- Quantity/Amount: 1.2 mL
BiopureTM U-[13C19] - Diacetoxyscirpenol - 25 µg/mL in acetonitrile
10002831Mycotoxins Trichotecenes A C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated.- Analyte: 13C Diacetoxyscirpenol
- Technology/Application: C13
- Quantity/Amount: 1.2 mL
BiopureTM U-[13C15]-Nivalenol - 25 µg/mL in acetonitrile
10002829Mycotoxins Trichotecenes B C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated.- Analyte: 13C Nivalenol
- Technology/Application: C13
- Quantity/Amount: 1.2 mL
BiopureTM U-[13C18]-Sterigmatocystine - 25 µg/mL in acetonitrile
10002828Mycotoxins Sterigmatocystin C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated.- Analyte: 13C Sterigmatocystin
- Technology/Application: C13
- Quantity/Amount: 1.2 mL
BiopureTM U-[13C17]-Mycophenolic Acid - 25 µg/mL in acetonitrile
10002823Mycotoxins Mycophenolic AcidMycophenolic Acid C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated.- Analyte: 13C Mycophenolic acid
- Technology/Application: C13
- Quantity/Amount: 1.2 mL on request
BiopureTM U-[13C17]-3-Acetyl-Deoxynivalenol - 25 µg/mL in acetonitrile
10002811Mycotoxins Deoxynivalenol Trichotecenes B C13
13C isotope fully labelled mycotoxins are internal standards for mass spectrometry. All the carbon atoms in the molecules are replaced by the stable carbon isotype. With 13C fully labelled mycotoxin standards, recovery losses from sample preparation and matrix effects in the MS source can be eliminated.- Analyte: 13C 3-Acetyl-Deoxynivalenol
- Technology/Application: C13
- Quantity/Amount: 1.2 mL