Table 1.
Major anthocyanin molecules identified from Arabidopsis thaliana.
| Anthocyanin | ESI-MS | Reference about NMR Data | Detected Distribution in Tissues |
|---|---|---|---|
| A1 | 743 | NA | Leaves and roots |
| A2 | 829 | NA | Leaves, roots and callus cultures |
| A3 a | 889 | [20] b | Leaves, roots and callus cultures |
| A4 | 949 | NA | Leaves |
| A5 a | 975 | [20] b | Leaves, roots and callus cultures |
| A6 a | 1051 | [20] b | Leaves |
| A7 a | 1095 | NA | Leaves |
| A8 a | 1137 | [21] | Leaves and roots |
| A9 a | 1181 | [22] c | Leaves |
| A10 a | 1257 | [21] | Leaves |
| A11 a | 1343 | [14] | Leaves |
| A12 a | 1005 | NA | Leaves |
| A13 a | 1373 | NA | Leaves |
| A14 | 1357 | [14] | Leaves |
| A15 | 1195 | NA | Leaves |
| A16 | 989 | NA | Leaves and callus cultures |
| A17 | 1151 | NA | Leaves |
| A18 | 1035 | NA | Leaves |
| A19 | 843 | NA | Callus cultures |
a both trans and cis isomers were detected. bNMR data of the same molecule identified in the garden plants of Cruciferae. cNMR data of the same molecule identified in Matthiola Incana. NA: not available.