化妆品中潜在内分泌干扰物及其检测技术研究进展OA
Advances in Potential Endocrine-disrupting Chemicals in Cosmetics and Their Detection Techniques
随着我国经济高速增长与居民生活水平持续提升,人们对皮肤健康与美的追求愈发迫切,化妆品已成为日常生活中不可或缺的消费品.然而,化妆品原料来源复杂、产品剂型多样、生产企业众多,从配方原料、加工过程到包装材料等多个环节均可能引入内分泌干扰物(Endocrine disrupting chemicals,EDCs).鉴于化妆品使用频率高,且存在经皮、经口、吸入等多种暴露途径,其含有的潜在EDCs对人体健康的威胁不容忽视.因此,系统开展化妆品中潜在EDCs的相关研究,对保障公众健康、完善相关法规标准具有重要意义.本文简要介绍了化妆品中潜在的EDCs 种类及其危害,综述了近10年来与化妆品中EDCs 检测相关的样品前处理技术与检测方法,探讨了不同技术在化妆品检测场景中的优缺点和实用性,重点分析了质谱法的发展趋势与代表性工具,并剖析了化妆品基质相较于其它领域基质的方法可迁移性.最后,分别从检测手段、作用机制、联合暴露及风险评估等方面对EDCs检测研究的发展前景提出展望,以期为化妆品EDCs的后续研究提供参考.
China's economic growth and rising living standards have fueled demand for skin health and beauty,integrating cosmetics into daily life.However,their various ingredients,complex supply chains and manufacturing processes can introduce endocrine-disrupting chemicals(EDCs)at multiple stages.Compounding this risk are frequent use and multiple exposure routes such as dermal,oral,and inhalation,making EDCs a significant health concern.Systematic research is thus crucial to safeguard public health and strengthen regulatory standards.This review first described the types and hazards of EDCs in cosmetics briefly and summarized the EDCs-related sample pretreatment and detection methods reported since 2015.The advantages,limitations,and practical applicability of different techniques in cosmetic analysis were compared.Special attention was given to recent progress and representative tools in mass spectrometry.Method transferability from other matrices to cosmetics was also discussed.Finally,research prospects were proposed,covering detection technologies,mechanistic studies,combined exposure assessment,and risk evaluation.This work aimed to provide a reference for future studies on EDCs in cosmetics.
董亚蕾;孙树妍;孙磊;陈兴国
中国食品药品检定研究院,北京 100050中国食品药品检定研究院,北京 100050中国食品药品检定研究院,北京 100050兰州大学化学化工学院,兰州 730000
化妆品内分泌干扰物样品前处理检测质谱评述
CosmeticsEndocrine-disrupting chemicalsSample preparationAnalysisMass spectroscopyReview
《分析化学》 2026 (5)
837-854,18
国家重点研发计划项目(No.2022YFF0711103)资助. Supported by the National Key Research and Development Program of China(No.2022YFF0711103).
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