Experiment 753698
Worktypes
Details
| Property | Value |
|---|---|
| Pharmacology | |
| Organism | Camellia sinensis (THEACEAE) |
| Citation | KLEIN,RD: FISCHER,SM:. (2002). BLACK TEA POLYPHENOLS INHIBIT IGF-I-INDUCED SIGNALING THROUGH AKT IN NORMAL PROSTATE EPITHELIAL CELLS AND DU145 PROSTATE CARCINOMA.. 23(1) |
| Amount utilized | |
| Compound isolated | |
| Disease | REDUCED IGF-I-MEDIATED AKT PHOSPHORYLATION. |
| Dose amount | 20.0 MCG |
| Number | 1 |
| Qualitative result | ACTIVE |
| Animal | CELL CULTURE |
| Per unit | ML |
| Dose expression | CONC USED |
| Extract | POLYPHENOLIC FRACTION |