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. 2022 Mar 11;22:64. doi: 10.1186/s12906-022-03536-x

Table 1.

Chemical profiling analysis results of A. argyi ethanol extract

No Name Formula Mass (Da) Expected Adduct Found at Error MS/MS product ions Identified
with
RT (min) mass (Da) (ppm)
1 Quinic acid C7H12O6 192.0634 0.69 [M-H] 191.0564 1.4 85.0319, 127.0407, 93.0362, 173.0461, 171.0303 #
2 Neochlorogenic acid C16H18O9 354.0951 3.42 [M + H] + 355.1029 0.9 163.0394, 145.0285, 135.0443, 117.0339
[M-H] 353.0873 -1.4 191.0558, 179.0348, 135.0453, 173.0448, 161.0240,155.0346, 134.0369
3 Chlorogenic acid C16H18O9 354.0951 4.51 [M + H] + 355.1030 0.7 163.0394, 145.0293, 135.0450
[M-H] 353.0881 0.8 191.0562, 161.0247, 179.0355, 173.0459, 85.0309
4 Cryptochlorogenic acid C16H18O9 354.0951 4.73 [M + H] + 355.1028 0.5 163.0395, 145.0290, 135.0447, 117.0344
[M-H] 353.0872 0.5 173.0455. 179.0349, 131.0560, 135.0454, 137.0240, 155.0348, 93.0357
5 Esculetin C9H6O4 178.0266 4.88 [M + H] + 179.0339 -1.1 123.0438, 133.0264, 77.0384, 151.0349, 135.0430
[M-H] 177.0194 0.2 133.0291, 105.0352, 149.0242, 89.0410
6 Caffeic acid C9H8O4 180.0423 4.99 [M + H] + 181.0491 -2.3 169.0388, 135.0440, 145.0287, 117.0342, 89.0402, 107.0494
[M-H] 179.0351 0.7 135.0453, 134.0376, 136.0483, 107.0506, 117.0352, 89.0416, 79.0569
7 1,5-dicaffeoylquinicacid C25H24O12 516.1268 5.70 [M + H] + 517.1341 0.2 163.0389, 499.1224, 337.0915,145.0283,135.0442
[M-H] 515.1195 0.0 353.0879, 179.0343, 191.0558, 335.0763, 135.0447
8 Apigenin-C-hexoside-C-pentoside (tentatively Schaftoside or isoschaftoside) C26H28O14 564.1479 6.19 [M + H] + 565.1550 -0.4 547.1464, 427.1039, 511.1249, 529.1358, 409.0933, 379.0828 #
[M-H] 563.1411 0.8 353.0682, 383.0787, 443.1005, 473.1114, 503.1221, 545.1333 #
9 scopoletin C10H8O4 192.0423 6.90 [M + H] + 193.0495 -0.8 178.0253, 133.0380, 137.0591, 150.0311, 122.0359
[M-H] 191.0352 0.9 176.0114, 148.0164, 104.0274, 120.0215
10 Rutin C27H30O16 610.1534 6.98 [M + H] + 611.1604 -0.4 303.0510, 465.1046, 147.0651, 129.0548 #
[M-H] 609.1464 0.4 300.0265, 301.0342, 271.0224, 255.0328, 131.0039 #
11 Vitexin C21H20O10 432.1057 7.06 [M + H] + 433.1126 -0.7 313.0716, 283.0606, 337.0716, 397.0932,415.1026, 367.0819, 379.0819 #
[M-H] 431.0980 -0.8 311.0561, 283.0614, 341.0668, 353.0693 #
12 Isoquercitrin C21H20O12 464.0955 7.26 [M + H] + 465.1028 -1.7 303.0506, 145.0498, 85.0300
[M-H] 463.0880 -0.5 300.0274, 301.0354, 271.0251, 255.0298,151.0034
13 Luteolin-7-O-B-D-glucoside (Cynaroside) C21H20O11 448.1006 7.32 [M + H] + 449.1095 -0.9 449.1095,287.0559 #
[M-H] 447.0934 0.3 285.0408, 284.0331, 327.0515 #
14 3,4-dicaffeoylquinicacid C25H24O12 516.1268 7.70 [M + H] + 517.1338 -0.5 163.0391,499.1236, 319.0822, 227.0922, 145.0284,135.0443, 355.1038
[M-H] 515.1197 0.3 353.0882, 173.0457, 179.0351, 131.0563, 335.0785,191.0563,335.0785
15 1,3-dicaffeoylquinicacid C25H24O12 516.1268 7.86 [M + H] + 517.1338 -0.4 163.0393, 499.1237, 337.0929, 145.0285
[M-H] 515.1195 0.9 353.0880, 191.0562, 179.0352, 161.0250, 335.0782, 135.0459
16 Isorhamnetin-3-O-galactorhamnoside C28H32O16 624.1690 7.90 [M + H] + 625.1763 0.4 317.0659, 479.1174 #
17 3,5-dicaffeoylquinicacid C25H24O12 516.1268 7.96 [M + H] + 517.1331 -1.8 163.0388, 499.1215, 319.0818, 337.0812, 135.0437, 145.0280, 355.1084
[M-H] 515.1196 0.9 353.0887, 191.0563, 179.0350, 173.0466, 135.0453, 335.0779
18 Genistein glucoside C21H20O10 432.1057 8.24 [M + H] + 433.1127 -0.5 271.0612, 433.1142 #
[M-H] 431.0981 -0.7 268.0371, 269.0455, 267.0357, 311.0559, 240.0418 #
19 4,5-dicaffeoylquinicacid C25H24O12 516.1268 8.41 [M + H] + 517.1341 0.3 163.0390, 499.1225, 337.0923, 145.0289, 319.0823, 135.0444
[M-H] 515.1195 -0.4 353.0883, 173.0458, 179.0355, 191.0561, 203.0357, 135.0457
20 Scutellarein C15H10O6 286.0477 9.32 [M + H] + 287.0553 1.0 287.0553
[M-H] 285.0406 0.6 117.0375, 165.0164, 239.0345 #
21 Luteolin C15H10O6 286.0477 10.37 [M + H] + 287.0553 0.9 153.0184, 241.0487, 137.0217, 135.0435, 161.0234 #
[M-H] 285.0407 0.9 133.0297, 151.0039, 175.0400, 199.0399, 217.0506, 241.0511 #
22 Quercetin C15H10O7 302.0427 10.39 [M + H] + 303.0500 0.3 303.0517
[M-H] 301.0353 -0.4 151.0032, 178.9977, 121.0303, 273.0414, 107.0148
23 3-methyl quercetin C16H12O7 316.0583 11.01 [M + H] + 317.0657 0.5 302.0423, 301.0338, 274.0469, 285.0406, 228.0425
[M-H] 315.0511 0.1 300.0276, 271.0246, 255.0289, 243.0296
24 apigenin C15H10O5 270.0528 11.78 [M + H] + 271.0602 0.5 153.0175, 119.0497, 91.0562, 188.9171 #
[M-H] 269.0455 -0.2 151.0038, 117.0353, 149.0241, 225.0558 #
25 arteannuin B C15H20O3 248.1412 11.89 [M + H] + 249.1484 -0.5 231.1376, 185.1319, 143.0848, 119.0857. 203.1420, 105.0708 Ref.[30]
26 Jaceosidin C17H14O7 330.0740 12.47 [M + H] + 331.0803 -0.1 316.0571, 301.0337, 273.0393, 245.0438, 168.0056 Ref.[31, 32]
27 Eupatilin C18H16O7 344.0896 14.61 [M + H] + 345.0964 1.0 330.0737, 329.0778,168.0056, 315.0503
[M-H] 343.0825 0.5 328.0597, 313.0356, 298.0127, 285.0410, 270.0176
28 Quercetagetin 3,6,7,3'-tetramethyl ether C19H18O8 374.1002 15.54 [M + H] + 375.1074 -0.1 360.0845, 359.0765, 342.0738,345.0609, 317.0659, 311.0553, 299.0548 #
[M-H] 373.0931 0.5 358.0703, 343.0466, 300.0580, 315.0515, 328.0230, 285.0043 #

# In-house ms/ms library and online database; such as GNPS, MASS bank or Metlin

Reference standard