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Advances on the Applications of Fish Biomarkers in the Aquatic Toxicity of Heavy Metals

机译:鱼类生物标志物在重金属水生毒性中的应用进展

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Heavy metal pollution has attracted worldwide concerns as it threatens both the aquatic organisms and the integrity of aquatic ecosystem. Moreover, human health has faced up the challenges due to its bioaccumulation through the food chains, among of which fish consuming has been one of the important ways. This paper reviewed the sources of trace metals in coastal waters and analysed the toxicity of trace metals and its toxic mechanisms to fish as well. Recent researches and applications of the biomarkers which can quantify the response fish to pollution stress mainly including the cytochrome P450 enzymes, heat shock protein, metallothionein, antioxidant enzymes and gentoxicology (DMA damage by comet assay), histopathological and morphological parameters were summarized. Finally, the paper discussed these questions to be solved in future: to improve the applications of fish biomarkers and to combine the chemical analysing method, biochemical assay and biomarkers response testing in assessing the risks of pollutants to aquatic ecosystem still need to be studied further.
机译:重金属污染威胁着水生生物和水生生态系统的完整性,已引起全世界的关注。此外,由于人类健康通过食物链进行生物蓄积,人类健康也面临挑战,其中,鱼类消费是重要的方式之一。本文回顾了沿海水域中痕量金属的来源,并分析了痕量金属的毒性及其对鱼类的毒性机制。综述了可量化鱼类对污染胁迫反应的生物标记物的最新研究和应用,主要包括细胞色素P450酶,热休克蛋白,金属硫蛋白,抗氧化剂酶和遗传毒理学(彗星试验对DMA的损害),组织病理学和形态学参数。最后,本文讨论了未来需要解决的这些问题:为改善鱼类生物标志物的应用,并结合化学分析方法,生化分析和生物标志物反应测试在评估污染物对水生生态系统的风险方面仍需进一步研究。

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