Résumé
Objective: To screen the main hepatotoxic components, predict the target of active components, and explore the mechanism of liver toxicity of Euodiae Fructus (EF). Methods: According to TCMSP database, PubChem database Pharmmapper server and Uniprot KB database information, active constituents of EF were screened, and targets of hepatotoxicity were predicted. The active component-acting target network of EF was constructed by Cytoscape software, while the function and metabolic pathways of target genes were analyzed by KOBAS 3.0 database. Results: Network analysis results demonstrated that 147 potential hepatotoxic components from EF, accompanied with 49 targets like F2, PIM1, MMP13 and MAOB, connecting with cell metabolism, catalytic activity, stimulate the reaction pathways may be associated with EF’s liver toxic effects. Conclusion: Based on network pharmacology methodology, this paper disclosed that many potential toxic components in EF may interact with cell metabolism, catalytic activity and other pathways through multiple targets, leading to produce hepatotoxicity in vivo as a result, which can provide new clues for further researches of the hepatotoxicity mechanism study of EF.