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target insensitivity
相关语句
  神经不敏感性
     The resistance to pyrethroids were caused by both target insensitivity and metabolic detoxication of monooxygenase and esterase.
     对菊酯的抗性是由多功能氧化酶、酯酶、以及神经不敏感性几个因子综合作用的结果。
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  相似匹配句对
     N TARGET
     命中目标
短句来源
     On the Target Management
     浅谈目标管理
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     The resistance to pyrethroids were caused by both target insensitivity and metabolic detoxication of monooxygenase and esterase.
     对菊酯的抗性是由多功能氧化酶、酯酶、以及神经不敏感性几个因子综合作用的结果。
短句来源
     For nerve insensitivity, there are several reports based on the neurophysiology evidence, but the target mutation has not been confirmed so far.
     尤其是棉铃虫对拟除虫菊酯类杀虫剂的抗性机理,虽然有报道认为存在靶标不敏感性,但至今未鉴别出靶标基因的功能突变位点;
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Mechanisms of insecticide resistance were studied in a field-selected resistant population (HJ-R) of Helicoverpa armigera. The fifth instar larvae of HJ-R strain possessed higher activity of esterase、glutathion S-transferase、monooxygenase than that of susceptible strain (HD-S). There was no significant difference between the two strains in sensitivity of acetylcholinesterase to insecticide. The central nervous system of HJ-R strain showed 2~3 time more insensitive to the action of fenvelerate. The metabolic...

Mechanisms of insecticide resistance were studied in a field-selected resistant population (HJ-R) of Helicoverpa armigera. The fifth instar larvae of HJ-R strain possessed higher activity of esterase、glutathion S-transferase、monooxygenase than that of susceptible strain (HD-S). There was no significant difference between the two strains in sensitivity of acetylcholinesterase to insecticide. The central nervous system of HJ-R strain showed 2~3 time more insensitive to the action of fenvelerate. The metabolic detoxication was the main reason of resistance to organophosphorus and carbamate insecticides. The monooxygenase seems to be the most important mechanism of carbamate resistance in HJ-R population. The resistance to pyrethroids were caused by both target insensitivity and metabolic detoxication of monooxygenase and esterase.

本文报道了棉铃虫Helitoverpaarmigera田间抗性种群对杀虫剂抗药性的生理生化机制。抗性种群(HJ-R)5龄幼虫羧酸酯酶、谷胱甘肽转移酶、多功能氧化酶活力均明显高于相对敏感种群(HD-S)。两种群乙酰胆碱酯酶对杀虫剂敏感性没有显著差异。HJ-R种群的腹神经索对氰戊菊酯表现了2~3倍的神经不敏感性。HJ-R种群对氨基甲酸酯类杀虫剂的抗性主要是由代谢机制引起,其中多功能氧化酶可能起主导作用;对菊酯的抗性是由多功能氧化酶、酯酶、以及神经不敏感性几个因子综合作用的结果。

 
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