National Institutes of Health, University of the Philippines, Manila, Philippines.
Int J Occup Saf Ergon. 2011;17(4):445-53. doi: 10.1080/10803548.2011.11076907.
This study aimed to determine unsafe farming practices, nonergonomically designed equipment, and possible adverse health effects of pesticide exposure. Data were gathered with a structured survey, physical examination and blood extraction. Environmental monitoring was done for vegetables to determine multipesticide residue. Forty-eight percent of respondents reported feeling sick because of work. Vegetable residue was found in 16.67% of the samples. Vegetable profenofos of appoximately1 mg exceeded the necessary average daily intake of a maximum of 0.006 mg. Data also showed nonergonomically designed tools and unsafe work practices that increased pesticide exposure such as re-entering recently sprayed areas, a damaged backpack sprayer, spills during spraying, and no ventilation in greenhouses.
本研究旨在确定不安全的农业操作、非人体工程学设计的设备,以及接触农药可能产生的不良健康影响。研究采用结构化调查、体格检查和血液提取等方式收集数据。对蔬菜进行环境监测,以确定多种农药残留情况。48%的受访者表示因工作感到不适。在 16.67%的样本中发现了蔬菜残留。大约 1 毫克的蔬菜丙溴磷超过了 0.006 毫克的最大日平均摄入量。研究数据还显示,非人体工程学设计的工具和不安全的工作实践增加了农药暴露的风险,例如重新进入最近喷洒过的区域、背包喷雾器损坏、喷洒过程中出现溢出,以及温室没有通风。