Tutel'ian V A, Lashneva N V, Gadzhieva Z M, Vorobeĭchik T A, Shatrov G N, Smirnov V G
Vopr Med Khim. 1995 Mar-Apr;41(2):25-9.
The effect of lignin on some biochemical and morphological parameters was studied in rats after short-term treatment with the industrial mixture of polychlorinated biphenyls (PCB) sovol at a daily dose of 5 mg/kg, 5 times a week for a fortnight. Dietary supplementation of 5% lignin as the drug polyphenane did not protect the induction of the rat hepatic P-450 cytochrome monooxygenase system, which is typical of the action of PCB, but slightly modified the inducing effect of sovol. In the polyphepane-fed animals, there was a decrease in impairments of the liver structure and its more rapid normalization than in control rats. The lower hepatotoxic effect of the PCB mixture when lignin was added to the ration was likely to be associated with the action of lignin as a nonspecific polyvalent enterosorbent. It is concluded that polyphepane is a promising protective agent on exposure to PCB.
研究了木质素对大鼠某些生化和形态学参数的影响。将大鼠每周5次、连续两周每日以5mg/kg的剂量用工业多氯联苯(PCB)溶剂混合物sovol进行短期处理。以5%木质素作为药物聚酚烷进行饮食补充,并未保护大鼠肝脏P-450细胞色素单加氧酶系统的诱导(这是PCB作用的典型特征),但略微改变了sovol的诱导作用。在喂食聚酚烷的动物中,肝脏结构损伤有所减轻,且比对照大鼠更快恢复正常。当在日粮中添加木质素时,PCB混合物的肝毒性作用较低,这可能与木质素作为非特异性多价肠吸附剂的作用有关。得出的结论是,聚酚烷是一种在接触PCB时很有前景的保护剂。