Instituto de Engenharia de Sistemas e Computadores - Microsistemas e Nanotecnologias (INESC MN) and IN - Institute of Nanoscience and Nanotechnology, Portugal.
Analyst. 2018 Feb 26;143(5):1015-1035. doi: 10.1039/c7an01762f.
The assurance of food and feed safety, including the identification and effective monitoring of multiple biological and chemical hazards, is a major societal challenge, given the increasing pace at which food commodities are demanded, produced and traded across the globe. Within this context, mycotoxins are globally widespread secondary fungal metabolites, which can contaminate crops either in the field or during storage and have serious human and animal health impacts such as carcinogenic, teratogenic and hepatotoxic effects. Therefore, their presence in a wide range of foods and feeds is strictly regulated, particularly in the European Union. In order to perform effective and routine monitoring of mycotoxin levels in the field prior to further processing, during transport or during processing, rapid, simple, portable and sensitive means of screening of regulated mycotoxins are in high demand. This review focuses on (1) discussing the relevance of mycotoxins and the standard approaches for their sampling and monitoring; and (2) compiling and discussing recent advances in miniaturized analytical tools for mycotoxin detection. This provides insights into current research efforts and opportunities to develop a truly integrated and fit-for-purpose analytical tool, suitable for use at critical points of the food, feed and raw material processing and distribution chains.
确保食品安全和饲料安全,包括识别和有效监测多种生物和化学危害,是一个重大的社会挑战,因为食品商品在全球范围内的需求、生产和贸易步伐正在加快。在这种情况下,真菌毒素是全球广泛存在的次级真菌代谢物,如果在田间或储存过程中受到污染,会对人类和动物的健康产生严重影响,如致癌、致畸和肝毒性作用。因此,它们在广泛的食品和饲料中的存在受到严格监管,特别是在欧盟。为了在进一步加工、运输或加工过程之前对田间的真菌毒素水平进行有效和常规监测,需要快速、简单、便携和灵敏的筛选监管真菌毒素的方法。这篇综述重点讨论了(1)真菌毒素的相关性以及对其进行采样和监测的标准方法;(2) 编译和讨论了真菌毒素检测的微型化分析工具的最新进展。这为开发真正集成和适用的分析工具提供了深入的了解,该工具适用于食品、饲料和原材料加工和分销链的关键点。