首页> 外文期刊>Journal of biomedicine & biotechnology >Joao B. T. Rocha,Michael Aschner,Jose G. Dorea,Sandra Ceccatelli,Marcelo Farina,and Luiz Carlos L. Silveira
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Joao B. T. Rocha,Michael Aschner,Jose G. Dorea,Sandra Ceccatelli,Marcelo Farina,and Luiz Carlos L. Silveira

机译:Joao B. T. Rocha,Michael Aschner,Jose G. Dorea,Sandra Ceccatelli,Marcelo Farina和Luiz Carlos L. Silveira

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摘要

Mercury (Hg) is one of the most toxic elements in the periodic table. Although Hg is present in nature, it has also been released into the environment for centuries as a result of anthropogenic activities. Nowadays, there are efforts to reduce its anthropogenic use; however, its environmental presence is significant and will persist. We are pleased to present this special issue on mercury toxicity. The objective of collecting research findings in a single issue devoted to the toxicology of mercury was to compile reports on the latest findings on Hg's toxicity from renowned research groups across the world. This special issue affords the opportunity to bring together a wide range of review and research papers devoted both to basic and applied toxicity associated with various exposure scenarios and Hg species (dental material, iatrogenic ethylmercury, fish-methylmercury) along with comprehensive description on experimental models. While human studies demonstrated the noxious effects of these forms of Hg, experimental studies have assisted in defining mechanistic pathways central to Hg's toxicity in various tissues and organ systems.
机译:汞(Hg)是元素周期表中最具毒性的元素之一。尽管汞存在于自然界中,但由于人类活动,汞也已释放到环境中多个世纪。如今,人们正在努力减少其人为使用。但是,它的环境意义重大,并将持续存在。我们很高兴介绍有关汞毒性的特刊。在有关汞毒理学的单一期刊中收集研究结果的目的是汇编来自世界各地著名研究小组的有关汞毒性的最新发现的报告。本期特刊提供了广泛的综述和研究论文的机会,这些论文涉及与各种暴露场景和汞物种(牙科材料,医源性乙基汞,鱼甲基汞)有关的基本和应用毒性,以及对实验模型的全面描述。虽然人体研究证明了这些形式的汞的有害作用,但实验研究已经帮助确定了汞在各种组织和器官系统中的毒性至关重要的机制途径。

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