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. 2021 Apr 26;10(5):947. doi: 10.3390/foods10050947

Table 2.

Parameters of the scheduled MRM method (MRM detection window 40 s; CE = collision energy; CXP = cell exit potential; DP = declustering potential). The product ions are listed in decreasing intensity.

Marker Peptide tR [Min] DP [V] m/z (Charge State) Product Ions CE [V] CXP [V]
Alfalfa 1 VEGGLSIMSPPER 4.91 ± 0.02 71 686.4 (+2) 498.3 (y4), 585.3 (y5), 716.3 (y6) 27/29/31 26/26/24
Alfalfa 2 FNLEAGDIMR 5.75 ± 0.02 56 583.3 (+2) 662.3 (y6), 419.2 (y3), 591.3 (y5) 29/39/27 32/24/30
Alfalfa 3 ISDVNSLTLPILR 7.60 ± 0.01 60 720.9 (+2) 498.3 (y4), 712.5 (y6), 316.2 (b3) 35/35/35 36/36/36
Broad bean 1 EDVLSLAPK 4.77 ± 0.02 36 486.3 (+2) 515.3 (y5), 315.2 (y3), 628.4 (y6) 23/21/25 24/16/32
Broad bean 2 FNLEEGDLIR 5.90 ± 0.01 16 603.3 (+2) 702.4 (y6), 401.3 (y3), 573.3 (y5) 31/43/31 28/22/26
Broad bean 3 LSPGDVLVIPAGYPVAIK 8.47 ± 0.01 16 603.7 (+3) 458.3 (y92+), 527.4 (y5), 514.8 (y102+) 21/35/15 24/36/36
Chickpea 1 GGLSFISPSEK 4.44 ± 0.02 11 561.3 (+2) 547.3 (y5), 460.2 (y4), 660.4 (y6) 27/37/27 28/30/30
Chickpea 2 IVDLAIPINTPAK 6.53 ± 0.01 26 682.9 (+2) 740.4 (y7), 328.2 (b3), 625.4 (b6) 29/35/25 42/22/30
Chickpea 3 SSNPFTFLVPPR 7.46 ± 0.01 91 681.8 (+2) 369.2 (y3), 468.3 (y4), 581.4 (y5) 25/33/33 24/22/32
Lentil 1 VILEDQEQEPQHR 1.87 ± 0.03 31 540.9 (+3) 704.8 (y112+), 648.3 (y102+), 470.2 (y113+) 23/21/23 40/42/24
Lentil 2 FFEVTPEK 3.93 ± 0.01 66 498.8 (+2) 702.4 (y6), 373.2 (y3), 573.3 (y5) 21/35/25 34/28/32
Lentil 3 VVDFVISLNRPGK 5.41 ± 0.03 101 481.9 (+3) 623.4 (y112+), 301.2 (y3), 884.5 (y8) 19/37/27 44/20/40
Lupine blue 1 QQEQQLEGELEK [25] 2.48 ± 0.02 36 729.9 (+2) 389.2 (y3), 386.2 (b3), 575.3 (y5) 37/35/33 29/18/28
Lupine blue 2 NTLEATFNTR [25,31] 3.35 ± 0.01 31 583.8 (+2) 838.4 (y7), 709.4 (y6), 458.2 (b4) 31/31/21 50/40/26
Lupine blue 3 ISSVNSLTLPILR [25] 7.11 ± 0.01 45 706.9 (+2) 498.3 (y4), 712.5 (y6), 359.2 (a4) 33/31/35 22/30/24
Lupine white 1 NPYHFSSQR [31] 0.49 ± 0.06 21 379.2 (+3) 341.2 (y83+), 373.7 (b62+), 390.2 (y3) 17/13/23 20/24/20
Lupine white 2 DKPSQSGPFNLR 2.83 ± 0.02 46 449.2 (+3) 323.7 (y52+), 646.4 (y5), 549.3 (y4) 19/21/27 16/30/40
Lupine white 3 AVNELTFPGSAEDIER 5.90 ± 0.01 46 583.3 (+3) 487.2 (y92+), 560.8 (y102+), 417.2 (y3) 21/15/41 22/40/22
Pea 1 ELTFPGSVQEINR [25] 5.68 ± 0.02 41 745.4 (+2) 999.5 (y9), 500.3 (y92+), 491.3 (b4) 37/37/29 48/28/26
Pea 2 LSSGDVFVIPAGHPVAVK [25] 5.72 ± 0.02 120 598.3 (+3) 438.3 (y92+), 513.3 (y5), 363.2 (y113+) 27/37/43 34/24/24
Pea 3 LTPGDVFVIPAGHPVAVR [25] 6.57 ± 0.01 36 615.7 (+3) 544.3 (y163+), 541.3 (y5), 452.3 (y92+) 21/35/33 28/38/14
Peanut 1 GTGNLELVAVR [32,33,34,35,36] 4.45 ± 0.02 96 564.8 (+2) 345.2 (y3), 557.4 (y5), 686.4 (y6) 29/33/31 24/28/38
Peanut 2 FNLAGNHEQEFLR [32,33,37,38] 4.45 ± 0.02 61 525.6 (+3) 262.1 (b2), 657.3 (y112+), 600.8 (y102+) 23/23/23 14/40/16
Peanut 3 WLGLSAEYGNLYR [32,34] 7.02 ± 0.01 16 771.4 (+2) 272.2 (a2), 300.2 (b2), 357.2 (b3) 39/35/39 14/18/18
Soy 1 SQSDNFEYVSFK [23,34,36] 5.02 ± 0.04 31 725.8 (+2) 381.2 (y3), 643.3 (y5), 1235.6 (y10) 35/35/29 26/46/52
Soy 2 EAFGVNMQIVR [25,34,38,39] 5.77 ± 0.02 61 632.3 (+2) 760.4(y6), 387.3 (y3), 532.3 (y92+) 29/29/27 38/22/34
Soy 3 FYLAGNQEQEFLK [22,23,25,36] 6.00 ± 0.01 36 793.9 (+2) 311.1 (b2), 424.2 (b3), 638.8 (y112+) 41/35/33 18/26/38