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Nitrosamines in Aquatic Ecosystems: Sources, Formation, Toxicity, Environmental Risk (Review). 2. Content In Aquatic Biota, Biological Effects and Risk Assessment

机译:水生生态系统中的亚硝胺胺:来源,形成,毒性,环境风险(审查)。 2.水生生物群中的内容,生物效应和风险评估

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摘要

Natural and anthropogenic processes contribute to the formation of excessive concentrations of nitrogen compounds in the biosphere. As a result of chemical reactions, this may lead to the synthesis of nitrosamines. Nitrosamines are toxic agents that show carcinogenic, mutagenic and teratogenic properties and have a negative effect on living beings. The data on the content of these substances in aquatic biota, primarily in fish, the dependence of their accumulation in aquatic organisms on seasonal factors, species and biological characteristics of fish, as well as on environmental conditions, including anthropogenic load are presented. Examples of the manifestation of carcinogenic, mutagenic and toxic properties of nitrosamines in aquatic and terrestrial organisms are given. Methods and techniques for assessing the ecological risk of nitrosamines in the natural environment and in aquatic biota, as well as the hazard to human health are shown.
机译:自然和人为过程有助于在生物圈中形成过量浓度的氮化合物。作为化学反应的结果,这可能导致亚硝胺的合成。亚硝胺是一种有毒物质,具有致癌、致突变性和致畸性,对生物有负面影响。介绍了这些物质在水生生物群(主要是鱼类)中的含量、它们在水生生物中的积累依赖于鱼类的季节性因素、物种和生物特征,以及环境条件(包括人为负荷)的数据。文中举例说明了亚硝胺在水生和陆生生物中的致癌、致突变和毒性。本文展示了评估亚硝胺在自然环境和水生生物群中的生态风险以及对人类健康危害的方法和技术。

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