首页> 美国卫生研究院文献>British Journal of Experimental Pathology >The Effect of Protein Deficiency and Microsomal Enzyme Induction by DDT and Phenobarbitone on the Acute Toxicity of Chloroform and a Pyrrolizidine Alkaloid Retrorsine
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The Effect of Protein Deficiency and Microsomal Enzyme Induction by DDT and Phenobarbitone on the Acute Toxicity of Chloroform and a Pyrrolizidine Alkaloid Retrorsine

机译:滴滴涕和苯巴比妥对蛋白质缺乏和微粒体酶的诱导作用对氯仿和吡咯并立核生物碱逆转录酶的急性毒性的影响

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摘要

The sensitivity of rats to the lethal and hepatotoxic effects of chloroform and retrorsine is not altered by feeding low protein or protein-free diets.For retrorsine the lethal effect is not altered by injection of dicophane (DDT) to protein-depleted rats.DDT and phenobarbitone increase the lethal and hepatotoxic effects of chloroform in stock or protein-depleted rats. It seems likely that chloroform requires metabolism to exert its toxic effects, but other factors such as liver fat are also determinants of toxicity.
机译:饲喂低蛋白或无蛋白饮食不会改变大鼠对氯仿和逆转录酶的致死和肝毒性作用的敏感性;对于逆转录酶而言,向消耗蛋白的大鼠注射双甲ane(DDT)不会改变致死作用。苯巴比妥酮可增加动物或蛋白质耗尽的大鼠中氯仿的致死性和肝毒性。氯仿似乎需要代谢才能发挥其毒性作用,但其他因素(例如肝脂肪)也是毒性的决定因素。

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