Non. | Nom commercial | N ° CAS. | Formule moléculaire | Masse moléculaire | Structure chimique | Pureté | Ressource à base de plantes |
1 | Ériodictyol | 552-58-9 | C15H12O6 | 288,25 |
| ≥99.0 | (Visci Herbe) |
2 | (+/-)Liquiritigénine | 41680-09-5 | C15H12O4 | 256,25 |
| ≥98,5 | (Glycyrrhizes Base et Rhizome)
|
3 | Liquiritigénine | 578-86-9 | C15H12O4 | 256,25 |
| ≥98,5 | (Glycyrrhizes Base et Rhizome)
|
4 | Liquiritine; liquiritoside ;likviritine ; Liquiritoside | 551-15-5 | C21H22O9 | 418,39 |
| ≥98,5 | (Glycyrrhizes Base et Rhizome)
|
5 | Isoliquiritigénine | 961-29-5 | C15H12O4 | 256,25 |
| ≥98.0 | (Glycyrrhizes Base et Rhizome)
|
6 | isoliquiritine ; néoisoliquritine | 5041-81-6 | C21H22O9 | 418,39 |
| ≥98.0 | (Glycyrrhizes Base et Rhizome)
|
7 | Néoliquiritine | 5088-75-5 | C21H22O9 | 418,39 | >98% | Glycyrrhiza uralensis | |
8 | Néoisoliquiritine | 7014-39-3 | C21H22O9 | 418,39 | >98% | Glycyrrhiza uralensis | |
9 | Liquiritine apioside | 74639-14-8 | C26H30O13 | 550.51 |
| ≥98,5 | (Glycyrrhizes Base et Rhizome)
|
10 | Isoliquiritine apioside | 120926-46-7 | C26H30O13 | 550.51 |
| ≥98.0 | (Glycyrrhizes Base et Rhizome)
|
11 | Phlorizine
| 60-81-1 | C21H24O10 | 436.41 |
| ≥98,5 | (Malus sieversii (Dir.)Roem.) |
12 | chlorure de cyanidine ; chlorure de cyanidol; cyanidol | 528-58-5 | C15H11O6.Cl | 322,70 |
| ≥97.0 | (Trigone de sperme) |
13 | Glucocyanidine; chlorure de kuromanine ; kuromanine ; kuromanine; cyanidol 3-glucoside; | 7084-24-4 | C21H21O11.Cl | 484,84 |
| ≥97.0 | (Trigone de sperme) |
14 | Bavachin | 19879-32-4 | C20H20O4 | 324,37 | >98% | Psoralée corylifolia | |
15 | Isobavachine | 31524-62-6 | C20H20O4 | 324,37 | >98% | Psoralée corylifolia | |
16 | Bavachinine A;Bavachinine; | 19879-30-2 | C21H22O4 | 338.4 | ≥98,5 % | Psoralea corylifolia | |
17 | Silychristine; Silymarine II | 33889-69-9 | C25H22O10 | 482.44 |
| >98% | Silybum marianum |
18 | silybine | 36804-17-8 | C25H22O10 | 482.44 |
| >98% | Silybum marianum |
19 | Silybine A | C25H22O10 | 482.44 |
| >98% | Silybum marianum |