队长:与环境材料和食品中其标识相关的问题。可能的解决方案

Nataliya Fedorova, Irina Bereznyak, Lydia Bondareva
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引用次数: 1

摘要

这项研究致力于确定船长对人类的影响方式,包括通过大气和食物。研究对象为:活性物质(队长)、空气和一种蔬菜,即甜椒。使用的设备包括色谱质谱«Agilent 5977А»与气相色谱仪«Agilent Technologies-7890В»,液相色谱仪«Agilent 1260»与二极管阵列检测器和液相色谱仪ExionLCAD/Qtrap 6500+。由于连接不稳定,气液色谱法不能提供可重复的结果。使用鉴定空气中船长的技术,使用在农业工作中收集的真实样本来确定船长。使用从工作环境的空气(0.2 - 0.75 mg·m-3)和操作人员的皮肤(0.2 - 0.4 mg,使用·湿巾-1)中采集的样品,可靠地测量了船长的含量。在确定水果和蔬菜产品中的队长含量时,为了最大限度地减少基质效应,开发了新的详细的方法方法:根据对照基质样品创建了校准曲线。本品的检出限为0.01 mg·kg-1。在对实际甜椒样品的分析中,发现captan含量低于检测限。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Captan: Problems Associated with its Identification in Environmental Materials and Food Products. Potential Solutions
The study is devoted to identifying the ways in which captan can affect humans, including through the atmosphere and through food. The objects of the research were the following: the active substance (captan), air and a vegetable, namely sweet pepper. The equipment used included a chromato-mass-spectrometer «Agilent 5977А» with a gas chromatograph «Agilent Technologies-7890В», a liquid chromatograph «Agilent 1260» with a diode array detector and a liquid chromato-mass-spectrometer ExionLCAD/Qtrap 6500+. The method of gasliquid chromatography did not provide reproducible results, due to an unstable connection. Using techniques developed for the identification of captan in air, captan was determined using real samples collected during agricultural work. Captan content was reliably measured using samples taken from the air of the working environment (0,2 – 0,75 mg·m-3) and from the skin of operational staff (0,2 – 0,4 mg, using·wipes-1). In determining captan content in fruit and vegetable products, new and detailed methodological approaches were developed in order to minimise the matrix effect: a calibration curve was created based on the control matrix sample. The detection limit for captan was established at 0,01 mg·kg-1. In the analysis of actual sweet pepper samples, captan content was found to be below the detection limit.
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