• To develop a pyrethroid intragastric administration death model.

    建立家兔除虫菊酯类农药灌染毒致死模型。

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  • Dichlorochrysanthemate is the important intermediate of pyrethroid insecticides.

    二氯菊酯拟除虫菊杀虫剂重要中间体

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  • Methods the larvae dipping method was used to test the resistance to pyrethroid.

    方法采用幼虫浸渍,测定其拟除虫菊酯类杀虫剂的抗性倍数。

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  • Objective:To know the killing effect of pyrethroid preparation against cockroach;

    目的了解拟除虫菊酯类制剂杀灭蟑螂效果

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  • Objective To observe the estrogenicity of organophosphorus and pyrethroid pesticides.

    目的观察有机磷拟除虫菊酯农药拟雌激素活性。

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  • Possible metabolic mechanisms for pyrethroid resistance in this strain were discussed.

    讨论了烟粉虱对拟除虫菊抗性代谢机理

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  • The gas chromatographic method was reported for the analysis of pyrethroid pesticide residues in water.

    本文介绍了色谱测定水中五拟除虫菊酯农药的多残留分析方法。

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  • This paper reports the regularity of pyrethroid-pollution of various vegetable and presents some control measures.

    本文报道除虫菊酯在蔬菜污染规律控制措施

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  • It implies that the decreased nerve sensitivity is an important pyrethroid resistance mechanism of cotton bollworm.

    这些结果说明神经敏感性降低棉铃虫对拟除虫菊酯抗药性重要机制

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  • A method to determine pyrethroid residues in traditional Chinese medicines based on microwave-assisted extraction was studied.

    研究了采用微波辅助萃取从中药材提取拟除虫菊酯类农药的影响因素。

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  • A new nitrogen-containing heterocyclic pyrethroid library was designed and constructed using combinatorial parallel synthesis.

    以菊酯为骨架,采用组合平行法,设计合成新型环的菊酯类化合物

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  • Objective to investigate the relationships between cytokine and the mechanism of central nervous system impaired by pyrethroid.

    目的探讨细胞因子除虫菊酯中枢神经系统损害机制关系

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  • Our results indicated that L925I mutation was tightly associated with pyrethroid resistance in the tobacco whitefly from Nanjing.

    结果表明粉虱钠离子通道L925I突变对拟除虫菊酯抗性密切相关

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  • Results Pyrethroid residue in mandril increased by 400% and porosity reduced by 45% after heating electrothermal vaporizing liquid.

    结果电热蚊香加热后期芯棒中的拟除虫菊酯残留量增加400%,孔隙率降低45%。

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  • But with time past, the resistance of pest to the pyrethroid is found to develop quickly as well as its extension application scale.

    目前研究表明尽管使用除虫菊酯防制昆虫见效昆虫产生抗性速度快。

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  • Obiective Test the relationship between the heating time of electrothermal vaporizing liquid and the residues of pyrethroid in mandril.

    目的测试电热蚊香加热时间芯棒拟除虫菊酯残留量关系

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  • This paper reviews the progress of pyrethroid and the method of sifting and molecular de-sigh of pyrethroid. 58 references are presented.

    综述了拟除虫菊进展新拟除虫菊酯的筛选分子设计方法等。参考文献58篇。

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  • Toxicological and electrophysiological studies have demonstrated the presence of Kdr-type resistance in many pyrethroid-resistant insects.

    毒理学电生理学研究表明许多拟除虫菊酯类杀虫剂抗性昆虫中存在击倒抗性。

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  • The design and synthesis of a new pyrethroid is described. This new compound has a simple structure and light stability. It is easy to synthesis.

    本文报道了一种新的除虫菊酯分子设计合成这种化合物具有结构简单稳定性和易合成的特点。

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  • Pyrethroid pesticides are mainly used in killing pests in cotton, vegetable, fruit and tea trees, public health and also in killing parasites in fish.

    拟除虫菊酯杀虫剂主要用于防治棉田菜地果树茶叶上的农业害虫以及卫生害虫,用于渔业生产杀灭寄生虫

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  • This article summarizes the difference of pyrethroid isomers in degradation and chiral stability from aspects as cis-trans isomers and optical isomers.

    异构体光学异构体两方面拟除虫菊酯异构体的降解差异稳定性差异进行了综述

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  • The combined application of S101 and organophate or pyrethroid insecticides had obvious synergism to pest insects, its toxicity to mammalian was not increased.

    S101有机磷、拟除虫菊酯类杀虫剂复配防治害虫增效作用动物

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  • The present report deals with the synthesis of a series of pyrethroid-like oxime-ether compounds, their structure characteristic and the relation of structure-biologic activity.

    本文报导一类具有拟除虫菊酯活性醚类化合物合成结构特性及生物活性。

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  • Objective to make a clear understanding of the sensitivity of main malaria vectors to pyrethroid in Sichuan province and to provide the evidence for using pyrethroid to control Anopheles.

    目的了解四川省主要媒介菊酯类杀虫剂敏感性继续使用菊酯类杀虫剂控制媒介按蚊提供依据

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  • Objective to make a clear understanding of the sensitivity of main malaria vectors to pyrethroid in Sichuan province and to provide the evidence for using pyrethroid to control Anopheles.

    目的了解四川省主要媒介菊酯类杀虫剂敏感性继续使用菊酯类杀虫剂控制媒介按蚊提供依据

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