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New strategies in ecotoxicology and toxicogenomics

机译:生态毒理学和毒理基因组学的新策略

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摘要

New methodologies are being designed to describe and study the toxicity profiles of environmental compartments as well as their impacts on their biotic communities. Classical toxicology is enriched with suborganismic and subcellular techniques, which allow a detailed knowledge of the effects and mechanisms of action of the toxicants in the ecosystemic compartments. These advances have been achieved with contributions from the Omic Sciences, which allowed a more detailed evaluation of the structural and functional changes provoked by the toxics. Thus, toxicogenomics was structured, which with the help of bioinformatics, is recognised as complementary to the information provided by toxicology. More recently, toxicogenomics was associated with ecotoxicology, contributing to a more detailed understanding and interpretation of the adverse environmental impacts of anthropic origin in the context of a new subdiscipline (ecotoxicogenomics). These advances will also contribute to the design of new environmental regulatory protocols.
机译:正在设计新的方法,以描述和研究环境区室的毒性概况及其对生物群落的影响。地下毒理学和亚细胞技术丰富了经典的毒理学,使人们对生态毒物在生态区室中的作用和作用机理有了更深入的了解。这些进展是通过Omic Sc​​iences的贡献而实现的,该研究可以更详细地评估有毒物质引起的结构和功能变化。因此,构造了毒理基因组学,借助生物信息学,它被认为是毒理学所提供信息的补充。最近,毒理基因组学与生态毒理学相关联,有助于在新的子学科(生态毒理基因组学)的背景下更详细地理解和解释人类起源的不利环境影响。这些进步也将有助于设计新的环境监管协议。

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