Experiment 764369
Worktypes
Compounds isolated
Details
| Property | Value |
|---|---|
| Pharmacology | |
| Administration route | IV |
| Organism | Empty organism |
| Citation | MARIER,JF: VACHON,P: GRITSAS,A: ZHANG,J: MOREAU,JP: DUCHARME,MP:. (2002). METABOLISM AND DISPOSITION OF RESVERATROL IN RATS: EXTENT OF ABSORPTION, GLUCURONIDATION, AND ENTEROHEPATIC RECIRCULATION EVIDENCED BY A LINKED-RAT MODEL.. 302(1) |
| Amount utilized | |
| Compound isolated | |
| Disease | THESE RESULTS CONFIRM THAT RES AGL IS BIOAVAILABLE AND UNDERGOES EXTENSIVE FIRST-PASS GLUCURONIDATION, AND THAT ENTEROHEPATIC RECIRCULATION CONTRIBUTES SIGNIFICANTLY TO THE EXPOSURE OF RES AGL AND RESGLU IN RATS. |
| Dose amount | 15.0 MG |
| Number | 1 |
| Qualitative result | ACTIVE |
| Animal | RAT |
| Per unit | KG |
| Dose expression | DOSE |
| Gender | MALE |