首页> 外文期刊>Journal of Agricultural and Food Chemistry >The Effect of Cooking on Chlorpyrifos and 3,5,6-Trichloro-2-Pyridinol Levels in Chlorpyrifos-Fortified Produce for Use in Refining Dietary Exposure
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The Effect of Cooking on Chlorpyrifos and 3,5,6-Trichloro-2-Pyridinol Levels in Chlorpyrifos-Fortified Produce for Use in Refining Dietary Exposure

机译:烹饪对毒死rif强化食品中毒死rif和3,5,6-三氯-2-吡啶醇水平的影响,用于改善饮食暴露

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摘要

Various types of produce were fortified with Chlorpyrifos and then boiled,baked,canned,or concentrated as appropriate for the type of produce.Both uncooked and cooked samples were analyzed for Chlorpyrifos and 3,5,6-trichloro-2-pyridinol,and then,Chlorpyrifos cooking factors were calculated by comparing the postcooked concentration to the uncooked concentration.The cooking factors were dependent upon the commodity and cooking procedure:0.320-1.19 for boiled samples,0.022-1.18 for baked pulp,and 0.119-0.661 for canned samples.Concentrating chlorpyrifos-fortified orange juice 4-fold resulted in a concentration factor of only 2.6,indicating a loss of Chlorpyrifos.Green bean and green pepper plants treated in the greenhouse yielded higher Chlorpyrifos concentrations but similar cooking factors to lab-fortified samples.The cooking factors can be used with food consumption databases and modeling tools to refine the dietary exposure according to current product label uses.
机译:将各种类型的产品用毒死produce强化,然后根据产品的类型进行煮沸,烘焙,罐装或浓缩。对未煮熟和煮熟的样品进行毒死rif和3,5,6-三氯-2-吡啶醇的分析,然后,毒死the的蒸煮系数是通过比较后蒸煮浓度和未蒸煮浓度来计算的。蒸煮系数取决于商品和蒸煮程序:煮沸的样品为0.320-1.19,烘焙纸浆为0.022-1.18,罐装样品为0.119-0.661。将毒死rif强化的橙汁浓缩4倍导致浓缩倍数仅为2.6,表明毒死rif的损失。在温室中处理过的绿豆和青椒植物产生的毒死rif浓度更高,但烹饪因子与实验室强化的样品相似。食物消费数据库和建模工具可以使用这些因素来根据当前产品标签的使用来优化饮食摄入量。

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