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New challenges in environmental analytical chemistry: Identification of toxic compounds in complex mixtures

机译:环境分析化学的新挑战:鉴定复杂混合物中的有毒化合物

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摘要

Toxic effects evidenced in the environment are most often caused by mixtures of known and unknown pollutants. One of the key challenges in environmental chemistry and ecotoxicology is to characterize and identify those toxicants in relation with the effect. However, many of the current bottlenecks in the assessment of organic contaminants in our environment are related to the difficulty of evaluating various chemical classes and biological effects within complex mixtures and more precisely to link both approaches. To tackle these analytical challenges, the bioanalytical concept has emerged during the last decade. In this article, we describe through some outstanding examples the current limitations in the chemical-driven approach such as problems encountered for a correct evaluation of water quality when the continuous introduction of new chemicals has to be taken into account in monitoring for correct evaluation of this quality and could led to tremendous analytical costs or some of the integrated bioanalytical approaches as promising powerful tools to improve environmental risk assessment by taking into account the link presence/effect.
机译:在环境中证明的毒性作用通常是由已知和未知污染物的混合物引起的。环境化学和生态毒理学的主要挑战之一是表征和鉴定与该作用有关的那些毒物。但是,当前评估环境中有机污染物的许多瓶颈都与评估复杂混合物中各种化学类别和生物效应的难度有关,更确切地说,这两种方法之间存在联系。为了应对这些分析挑战,在过去十年中出现了生物分析概念。在本文中,我们将通过一些杰出的例子来描述化学驱动方法的当前局限性,例如在不断监测新化学品的监测以正确评估水质时,正确评估水质会遇到的问题。质量,并可能导致巨大的分析成本或某些集成的生物分析方法,因为它们通过考虑链接的存在/影响来改善环境风险评估是有前途的有力工具。

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