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. 2022 Jan 11;29(21):32054–32064. doi: 10.1007/s11356-021-18363-9

Table 3.

Ion transitions used for quantification and qualification

Quantifier Qualifier 1 Qualifier 2
Analyte Precursor ion (m/z)a Product ion
(m/z)
CEb
(V)
Product ion
(m/z)
CE (V) Product ion (m/z) CE (V)
Acrinathrin 559.2 208.2 14 181.2 38 83.2 18
Azoxystrobin 404.1 372.3 14 344.3 26 329.3 34
Bendiocarb 244.1 167.2 6 109.1 18 81.2 42
Boscalid 343.0 271.3 38 272.3 34 140.1 18
Bromopropylate 444.0 208.9 42 408.7 6 152.9 66
Caffeine (IS) 195.1 138.2 18 110.1 26 42.3 74
Chlorfenvinphos 359.0 155.1 10 205.1 22 170.1 50
Chlorpyrifos 349.9 198.0 18 125.1 18 97.1 34
Coumaphos 363.0 226.8 30 306.7 18 210.8 34
Zeta-cypermethrin 433.1 191.1 14 416.3 6 127.1 34
DEET 192.1 119.1 18 91.2 34 65.2 58
Deltamethrin 521.0 279.1 14 504.1 6 172.1 34
DMF 150.1 106.9 22 106.0 38 77.0 50
Fenitrothion 278.0 125.1 22 246.2 18 109.1 18
(E)-fenpyroximate 422.2 366.4 18 138.1 34 135.1 34
Flumethrin 527.1 266.8 14 509.9 6 238.8 22
Flupyradifurone 289.1 126.1 22 90.1 50 73.1 80
Tau-fluvalinate 503.1 207.9 10 180.9 38 151.9 80
Permethrin 408.1 183.2 6 355.3 6 165.1 54
Piperonyl butoxide 356.2 177.2 14 119.2 42 91.2 62
Propoxur 210.1 111.1 14 168.2 2 93.1 26
Thiacloprid 253.0 126.1 22 90.2 46 73.1 78

aMass/charge ratio of the ion

bCollision energy (volt)