代谢
报告已在人类和线虫中登记了酶修饰。在莫昔多汀的情况下,主要通过细胞色素CYP3A和CYP2B注册了C29-30-和C14-单羟甲基衍生物。莫昔多汀的代谢被认为在消除方面起到了较小的作用。形成的一些其他代谢物是O-去甲基-二羟基代谢物。莫昔多汀的代谢不是主要的,因为在脂肪、肝脏、肾脏和肌肉中的主要残留物是未改变的莫昔多汀。
Reports have registered enzymatic modification in humans and in nematodes. In the case of moxidectin, there has been registered C29-30- and C14-mono-hydroxymethyl derivatives mainly by the cytochrome CYP3A and CYP2B. The metabolism of moxidectin is considered to contribute to a small extent to the elimination. Some other metabolites formed are O-demethyl-dihydroxy metabolites. The metabolism of the of moxidectin is not major as the major residue in fat, liver, kidney and muscle is the unchanged moxidectin.
来源:DrugBank