Agricultural and Veterinary Pesticides Residues in Human Food

IF 1.1 Q3 CHEMISTRY, MULTIDISCIPLINARY
Latifa Khattabi, Moussa Mokhtari, M. Bouhenna, Ahmed Fellak, Mohamed Abu-Mustapha, Saleh Akkal, Feriel Sellam
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引用次数: 0

Abstract

Expanding utilization of pesticides can provoke serious issues due to their biomagnification and persistent nature. Eventual contamination of fresh daily-consumed food by pesticide constitutes a human food security problem. The present investigation planned to check out whether the most hazardous pesticides could be found in a varied collection of wheat, vegetables and fruit, on the other hand, we attempted to know if some banned and no more commercialized pesticides could be even detected. Effectively, we have chosen to analyze wheat, potato, tomato, apple, peach and grape, so, after the extraction procedure of pesticides, we used gas chromatography-mass spectrometry (GC-MS) to identify some hazardous compounds (organochlorines and organophosphorus). These compounds were used as standards to generate calibration curves and estimate precisely their concentration in the tested samples using selected ion monitoring (SIM) mode. The results have shown the presence of an important quantity of pesticides that are no more used (banned) for decades for agriculture purposes but they are still used as veterinary drugs, such as lindane (0.2 ppm grape, 0.32 ppm tomato) and fenchlorphos (0.5 ppm grape). This survey should be routinely executed by scientists and concerned authorities to control pesticides circulation with their exact amounts in food and other environmental matrices as well as eventual contamination with another toxic element.
人类食物中的农业和兽医农药残留
由于农药的生物放大作用和持久性,扩大其使用可能引发严重问题。每日食用的新鲜食品最终被杀虫剂污染,构成了人类粮食安全问题。目前的调查计划检查是否可以在各种小麦、蔬菜和水果中发现最危险的杀虫剂,另一方面,我们试图了解是否可以检测到一些被禁止的杀虫剂,甚至不能检测到更多商业化的杀虫剂。有效地,我们选择了小麦、土豆、番茄、苹果、桃和葡萄进行分析,因此,在农药提取过程之后,我们使用气相色谱-质谱(GC-MS)来鉴定一些有害化合物(有机氯和有机磷)。这些化合物被用作标准品,以生成校准曲线,并使用选定的离子监测(SIM)模式精确估计其在测试样品中的浓度。研究结果表明,存在大量几十年来不再用于(禁止)农业目的的农药,但它们仍被用作兽药,如林丹(0.2 ppm葡萄,0.32 ppm番茄)和芬氯硫磷(0.5 ppm葡萄)。这项调查应由科学家和有关当局定期进行,以控制农药在食品和其他环境基质中的确切含量,以及最终被另一种有毒元素污染。
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来源期刊
Current Green Chemistry
Current Green Chemistry CHEMISTRY, MULTIDISCIPLINARY-
CiteScore
4.30
自引率
13.60%
发文量
6
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