汞在水生生态系统中的形态、健康影响及分析技术研究进展

S. Omwoma, S. Lagat, J. Lalah, P. Owuor, K. Schramm
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引用次数: 2

摘要

元素汞的毒性不如甲基汞和二甲基汞等同类物质,尤其是微量元素汞。然而,了解汞在水生生态系统中的物种形成机制为了解环境中元素汞的危险提供了机会。值得注意的是,元素汞偶尔会被用于牙科填充治疗,这使其成为一种无毒元素。概述了元素汞物种形成机制、不同汞同源物对健康的影响以及在水生生态系统中识别/量化它们的分析技术的最新进展。审查文章的影响Omwoma等人。;BJAST,19(1):1-372017;第BJAST.31635条2通过案例研究强调了利用元素汞的人为活动,如金汞齐。肯尼亚金矿被确定为易受汞健康影响的潜在风险区。
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Recent Advances on Mercury Speciation in Aquatic Ecosystems, Health Effects and Analytical Techniques
Elemental mercury is not as poisonous as its congeners such as methyl mercury and dimethyl mercury, especially at trace levels. However, understanding the speciation mechanisms of mercury in aquatic ecosystems offers an opportunity to appreciate the dangers emanating from elemental mercury in the environment. Notably, elemental mercury is occasionally used in dental filling therapy which presents it as a non-poisonous element. Recent advances on mechanisms of elemental mercury speciation, health effects of different mercury congeners and analytical techniques of identifying/quantifying them in aquatic ecosystems are outlined. The effects of Review Article Omwoma et al.; BJAST, 19(1): 1-37, 2017; Article no.BJAST.31635 2 anthropogenic activities employing the use of elemental mercury such as gold amalgamation are highlighted through a case study. Kenya Gold mines are identified as a potential risk zone amenable to mercury health effects.
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