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. 2020 Jan 1;25(1):181. doi: 10.3390/molecules25010181

Table 3.

Identification of isoflavone derivatives of CE-SBE-DGAS.

Peak No. Time (min) λmax (nm) [M]+ (m/z) Aglycone Identified Compound
1 7.74 219.6, 276.6 n.d 1 Unknown Unknown
2 8.38 248.1, 296.5 903.1 Daidzein Daidzein tetraglucoside
3 9.04 248.1, 298.1 741.1 Daidzein Daidzein triglucoside
4 9.91 248.1, 298.1 741.1 Daidzein Daidzein triglucoside
5 10.30 257.1, 322.0 757.2 Genistein Genistein triglucoside
6 10.77 257.1, 322.0 757.2 Genistein Genistein triglucoside
7 10.83 257.6, 322.0 757.2 Genistein Genistein triglucoside
8 11.38 257.6, 329.2 595.2 Genistein Genistein diglucoside
9 13.08 248.1, 298.1 417.1 Daidzein Daidzein diglucoside
10 14.77 245.7, 300.5 417.1 Daidzein Daidzein monoglucoside
11 15.57 257.6, 322.0 595.2 Genistein Genistein diglucoside
12 15.97 252.8, 319.6 447.1 Glycitein Glycitein monoglucoside
13 18.90 257.6, 322.0 433.1 Genistein Genistein monoglucoside
14 19.45 229.1, 271.8 n.d Unknown Unknown
15 21.25 248.1, 298.1 n.d Daidzein Malonyldaidzin
16 21.97 257.6, 317.2 n.d Glycitein Malonylglycitin
17 26.88 257.6, 324.4 n.d Genistein Malonylgenistin
18 33.02 267.1 n.d Unknown Unknown
19 35.04 233.8, 276.6 n.d Unknown Unknown

1 n.d Out of the set molecular weight in mass conditions.