Ferenc L, István S
Chinoin Gyógyszer-és Vegyészeti Termékek Gyára Rt, Budapest.
Acta Pharm Hung. 1995 Nov;65(6):215-8.
Ipriflavone is intensively metabolized by the organism, due to strong first-pass metabolism only a small fraction of the dose absorbed is unchanged Ipriflavone. Seven metabolites were identified in animal as well as in human studies. Ipriflavone is metabolized exclusively in the liver by elimination, or oxidation of the isopropyl group and hydroxylation of the beta-ring followed by conjugation with glucuronic and/or sulphuric acid. In animals 7-hydroxy-isoflavone (M1) was the main metabolite of Ipriflavone, while in man 7-(1-carboxy-ethoxy)-isofla-vone (M5). There was no sex-difference in the metabolism of Ipriflavone either in animal, or in human studies.
依普黄酮在生物体内会被大量代谢,由于强烈的首过代谢,吸收剂量中只有一小部分未发生变化的依普黄酮。在动物和人体研究中均鉴定出了七种代谢物。依普黄酮仅在肝脏中通过异丙基的消除、氧化以及β-环的羟基化,随后与葡萄糖醛酸和/或硫酸结合进行代谢。在动物中,7-羟基异黄酮(M1)是依普黄酮的主要代谢物,而在人体中则是7-(1-羧基-乙氧基)-异黄酮(M5)。在动物或人体研究中,依普黄酮的代谢均不存在性别差异。