Guarino A M, Lech J J
Food and Drug Administration, Fishery Research Branch, Dauphin Island, Alabama 36528.
Vet Hum Toxicol. 1986;28 Suppl 1:38-44.
An overview is given of the absorption, distribution, excretion, and in vivo metabolism of drugs in fish. Several methods for chemical disposition and metabolism in fish are outlined, and a few well-characterized studies of the relationships between xenobiotic metabolism and toxicity in aquatic species are highlighted. For more than 40 drugs and other xenobiotics in several species of fish, concentrations of chemicals in bile were usually considerably higher than values in other body compartments or in the surrounding water. This was shown to be true particularly for parent substances or their biotransformed products with molecular weights greater than 400. The use of bile analysis is recommended as a regulatory tool to detect contamination of fish from drug treatment or environmental exposure.
本文概述了药物在鱼类体内的吸收、分布、排泄及代谢情况。概述了几种研究鱼类化学处置和代谢的方法,并着重介绍了一些关于水生生物中异生物质代谢与毒性关系的详细研究。对于几种鱼类中的40多种药物及其他异生物质,胆汁中的化学物质浓度通常远高于其他身体组织或周围水中的浓度。事实证明,对于分子量大于400的母体物质或其生物转化产物尤其如此。建议将胆汁分析用作一种监管工具,以检测因药物处理或环境暴露导致的鱼类污染。