食用采用创新3rive 3D技术种植的玉米时联苯菊酯对人群健康影响的风险评估

A. Borysenko, A. Antonenko, V. Aleksiichuk, S. Omelchuk, V. Bardov
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引用次数: 0

摘要

由FMC和Micro-Trak Systems Inc.开发的3RIVE 3D农药应用系统可以减少农药的使用量,提高农药的有效性。这一创新的交付平台通过专利技术将传统的大批量应用技术转化为小批量应用技术。这项工作的目的是评估在食用采用创新的3RIVE 3D技术种植的玉米时,联苯菊酯对人口健康的影响。材料和方法。我们计算了联苯菊酯(Brigade 3Rive 3D, SC配方的有效成分)在使用创新的3Rive 3D技术(同时播种玉米种子)种植的玉米中的稳定性指数。Brigade 3Rive 3D, SC作为玉米作物的杀虫剂,最大用量为1.2升/公顷,一次。研究结果及其讨论。采用3Rive3D技术,对使用Brigade 3Rive3D, SC配方种植的玉米中联苯菊酯残留量动态进行研究,发现在生长季节,玉米中联苯菊酯含量逐渐下降,50天后玉米穗内联苯菊酯含量低于该方法定量测定的限度。食用农药污染食品危害积分指数(IIHCPCF) = ADD+С+ δ 50 = 2+2+2 = 6分(表2)。即根据该指数,联苯菊酯的中等毒性(ADD值)与其在农作物中的中等抗性和乌克兰人饮食中玉米含量相对较低相结合,可归为第三类危害化合物(中等危害化合物)。结论。根据国家标准8.8.1.002-98确定联苯菊酯属于第三类危害物质——中稳定型化合物。根据食用受农药污染的食品时危害综合指数的值,可将联苯菊酯列为第三类危害(中度危害化合物)。由于采用3Rive3D技术对玉米进行保护的Brigade 3Rive3D、SC配方不携带作物污染和人口消费玉米、恶化生态状况的风险,同时具有显著的农业经济和人口安全优势,因此使用3Rive3D技术的农药应用非常有前景,未来将在乌克兰的农业实践中得到积极和广泛的实施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Risk assessment of the bifenthrin influence on the population health when consuming corn grown using the innovative 3rive 3D technology
The 3RIVE 3D pesticide application system, developed by FMC and Micro-Trak Systems Inc., allows to reduce the amount of pesticides used increasing their effectiveness. This innovative delivery platform converts the traditional high-volume application technology into a low-volume one thanks to the patented technology. The purpose of the work is risk assessment of the bifenthrin influence on the population health when consuming corn grown using the innovative 3RIVE 3D technology. Materials and methods. We calculated the stability indices of bifenthrin (the active ingredient of the Brigade 3Rive 3D, SC formulation) in corn grown using the innovative 3RIVE 3D technology (introduction into the soil with simultaneous sowing of corn seeds). Brigade 3Rive 3D, SC is used as an insecticide on corn crops with a maximum consumption rate of 1.2 l/ha, once. Research results and their discussion. When studying the dynamics of bifenthrin residual amounts in corn grown with the Brigade 3Rive 3D, SC formulation application using 3Rive3D technology, it was established that during the growing season the content of bifenthrin in corn gradually decreased and after 50 days in the ears of corn it was below the limit of quantitative determination of the method. The integral index of hazard when consuming pesticides contaminated food products (IIHCPCF) = ADD+С+ τ50 = 2+2+2 = 6 points (Table 2). That is, according to this index, bifenthrin can be attributed to compounds of the 3rd class of hazard (moderately hazardous compounds), since its moderate toxicity (ADD value) is combined with its moderate resistance in agricultural crops and the relative low corn amount in the diet of Ukrainians. Conclusions. It was established that according to State Standard 8.8.1.002-98 bifenthrin belongs to the 3rd class of hazard – moderately stable compounds. According to the value of integral index of hazard when consuming pesticides contaminated food products bifenthrin can be assigned to the 3rd class of hazard (moderately hazardous compounds). As the application of the Brigade 3Rive 3D, SC formulation using 3Rive3D technology for the protection of corn does not carry the risk of crops pollution and consumption of corn by the population, deterioration of the ecological situation, as well as it has significant agro-economic and population safety advantages, the application of pesticides using 3Rive3D technology is very promising and will be actively and widely implemented in the agricultural practice of Ukraine in the future.
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