Chandurkar P S, Matsumura F
Arch Environ Contam Toxicol. 1979;8(1):1-24. doi: 10.1007/BF01055137.
Metabolic fates of 14C-toxaphene and two of the toxic components of toxaphene were studied in vitro by using rat liver enzyme preparations. The enzyme systems involving toxaphene metabolism were characterized, using known cofactors and inhibitors to activate or inhibit individual enzyme reactions. The nature of toxaphene metabolites was studied through derivatization of metabolic products via chemical and enzymatic treatments. The results of the in vitro studies were compared to the metabolic patterns observed in vivo to ascertain the relative importance of each enzyme system in the total process of toxaphene degradation and excretion.
利用大鼠肝脏酶制剂,在体外研究了14C-毒杀芬以及毒杀芬的两种有毒成分的代谢归宿。使用已知的辅因子和抑制剂来激活或抑制各个酶反应,从而对涉及毒杀芬代谢的酶系统进行了表征。通过对代谢产物进行化学和酶处理衍生化,研究了毒杀芬代谢物的性质。将体外研究结果与体内观察到的代谢模式进行比较,以确定每个酶系统在毒杀芬降解和排泄整个过程中的相对重要性。