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评估药物在真实环境中的持久性·Assessing the persistence of pharmaceuticals in the aquatic environment: Challenges and needs

多数药物并非难降解污染物,但是在环境中以较高的浓度检出,其原因之一可能是因为持续排放使得其在环境中呈现“假持久性”;此外,也可能是环境条件的改变导致其在环境中的降解性变差。当前污染物的持久性的测定均为在实验室模拟条件下进行,在外推至真实环境时存在较大的误差。本文提出了评价污染物真实持久性面临的挑战与研究需要。该成果发表在Elsevire新刊Emerging Contaminants上。【全文链接

Abstract

Chemical’s persistence is known to be an important parameter applied for decades to identify persistent organic pollutants in hazard and/or risk assessments. Nevertheless it is greatly challenged in the case of emerging contaminants such as pharmaceuticals because the persistence of these chemicals could be more affected by environmental conditions. This fact brings more challenges to the current system for evaluating the persistence of chemical contaminants. In this paper, challenges in assessing the persistence of pharmaceuticals were identified, and more importantly research needs were addressed based on the existing data and knowledge.

见微知著·原始反终 ●新兴污染物环境归趋研究组(FECG)