首页> 外文期刊>Journal of pesticide science >Difference in the matrix components by cleanup methods between the notified multiresidue pesticide analysis method in Japan and the QuEChERS method
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Difference in the matrix components by cleanup methods between the notified multiresidue pesticide analysis method in Japan and the QuEChERS method

机译:日本通报的多残留农药分析方法与QuEChERS方法之间通过净化方法处理的基质成分之间的差异

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Although the interest of the QuEChERS method has been increasing in Japan due to its simplified method, there is no information on the difference in cleanup degree between the official method for multiresidue pesticide analysis in Japan and the QuEChERS method. The purpose of this study was to compare the matrix components remaining in the sample extracts prepared using two different methods. A metabolomics technique was used to investigate the matrix components. The result showed that sugars, flavonoids, and fatty acids remained in the sample extracts using the QuEChERS method. The lack of a buffer solution and insufficient dehydration were considered as reasons for the remaining sugars and flavonoids. In the case of fatty acids, the ion exchange interaction was insufficient using dispersive SPE. Whichever preparation was used, matrices specific to the sample, such as caffeine in powdered green tea, capsaicins in chili peppers, or gingerols in ginger, remained. (c) Pesticide Science Society of Japan
机译:尽管由于其简化方法而使QuEChERS方法在日本引起了越来越多的关注,但尚无关于日本官方用于多残留农药分析的纯化方法与QuEChERS方法之间的净化程度差异的信息。这项研究的目的是比较使用两种不同方法制备的样品提取物中残留的基质成分。代谢组学技术用于研究基质成分。结果表明,使用QuEChERS方法在样品提取物中残留糖,类黄酮和脂肪酸。缺乏缓冲溶液和脱水不足被认为是残留糖和类黄酮的原因。在脂肪酸的情况下,使用分散SPE的离子交换相互作用不足。无论使用哪种制备方法,都保留了特定于样品的基质,例如粉状绿茶中的咖啡因,辣椒中的辣椒素或姜中的姜醇。 (c)日本农药学会

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