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Assessment of respiratory exposure to cypermethrin among farmers and farm workers of Shiraz, Iran

机译:评估伊朗的农民和农业工人患者呼吸道接触患者

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摘要

Cypermethrin, a member of the synthetic pyrethroids group, is a popular insecticide used to eliminate a broad range of common bugs in agricultural lands and households. However, studies of farmers' exposure to this insecticide are limited. The present study aimed to measure the respiratory exposure to cypermethrin among farmers and farm workers of Shiraz, as one of the biggest cities in Fars province, Iran. Totally, nine target regions were selected, where 42 individual samples were taken using XAD-2 sorbents and were analyzed by gas chromatography-electron capture detector (GC-ECD). This is the first study on farmers' exposure to insecticides during spraying in Iran. The average concentration of cypermethrin vapor in farmers' respiratory area during spraying was 0.982 +/- 0.421 mg/m(3), which was lower than the permitted threshold value for cypermethrin recommended by the Occupational Safety and Health Administration (OSHA). The mean time-weighted average (TWA) was also evaluated in two distinct occupational groups (tree operators and field operators). The exposure was significantly higher in tree operators than in field operators. A direct correlation was also found between the height of the workers and the amount of cypermethrin (Spearman's r = 0.555). Findings support that farm workers' respiratory exposure to cypermethrin was within the permissible range, but this situation cannot guarantee workers' safety. Total respiratory exposure and skin exposure studies are recommended in future research.
机译:Cypermethrin是一种合成拟除虫菊酯组的成员,是一种流行的杀虫剂,用于消除农业土地和家庭中广泛的常见虫子。然而,对农民暴露于这种杀虫剂的研究是有限的。本研究旨在衡量Shiraz农民和农民工人的患有呼吸道暴露,作为伊朗的波尔兹省最大的城市之一。完全,选择九个目标区域,其中使用XAD-2吸附剂进行42种单独的样品,并通过气相色谱 - 电子捕获探测器(GC-ECD)分析。这是在伊朗喷涂过程中农民暴露于杀虫剂的第一次研究。喷雾过程中农民呼吸道面积的平均浓度为0.982 +/- 0.421mg / m(3),低于职业安全和健康管理局(OSHA)推荐的椰脂甲酰胺的允许阈值。在两个不同的职业群体(树木运营商和现场运营商)中也评估了平均时间加权平均值(TWA)。树木运营商的暴露明显高于现场运营商。在工人的高度和氯氰菊酯(Spearman的R = 0.555)之间也发现了直接相关性。调查结果支持,农业工人的呼吸暴露在氯氰菊酯的允许范围内,但这种情况不能保证工人的安全。在未来的研究中建议使用总呼吸暴露和皮肤暴露研究。

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