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Human health risks due to consumption of chemically contaminated fishery products.

机译:食用化学污染的渔业产品会给人类健康带来危害。

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摘要

A small proportion of fishery products contaminated with appreciable amounts of potentially hazardous inorganic and organic contaminants from natural and environmental sources seem to pose the greatest potential for toxicity to consumers of fishery products in the United States. Health risks due to chemicals (e.g., modest changes in the overall risk of cancer, subtle deficits of neurological development in fetuses and children) are difficult to measure directly in people exposed to low levels. Immunocompetence may increase cancer risk. Inferences about the potential magnitude of these problems must be based on the levels of specific chemical present, observations of human populations and experimental animals exposed to relatively high doses, and theories about the likely mechanisms of action of specific intoxicants and the population distribution of sensitivity of human exposure. Lognormal distributions were found to provide good descriptions of the pattern of variation of contaminant concentrations among different species and geographic areas; this variability offers a solution for reduction of exposure through restricting harvest of aquatic animals from certain sites and by excluding certain species. Available information suggest that risks are not generally of high magnitude; nevertheless, their control will significantly improve public health.(ABSTRACT TRUNCATED AT 250 WORDS)
机译:在美国,一小部分被天然和环境来源的潜在有害无机和有机污染物污染的渔业产品似乎对美国渔业产品的消费者具有最大的潜在毒性。化学品直接造成的健康风险(例如,总体癌症风险的适度变化,胎儿和儿童神经系统发育的细微缺陷)很难直接暴露于低水平人群中。免疫能力可能增加患癌症的风险。对这些问题的潜在严重性的推断必须基于存在的特定化学物质的水平,对暴露于相对高剂量的人类种群和实验动物的观察,以及有关特定麻醉剂可能的作用机理和人类敏感性分布的理论。人体暴露。发现对数正态分布可以很好地描述不同物种和地理区域之间污染物浓度变化的模式;通过限制某些地方水生动物的收获以及排除某些物种,这种可变性提供了减少暴露的解决方案。现有信息表明,风险通常不高。但是,他们的控制将大大改善公共卫生。(摘要截短为250字)

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