交互抗性

  • 网络cross-resistance;cross resistance
交互抗性交互抗性
  1. 但处于高抗的抗辛硫磷家蝇则对有机磷类药剂表现出中等水平的交互抗性,对灭多威和abamectin无交互抗性。由于本杀虫剂与传统杀虫剂作用机制不同,故无交互抗性问题。

    However , the strain that has high level resistance to phoxim showed moderate level cross-resistance to organophosphorus . Mechanism of action of this insecticide is completely different from that of traditional insecticides . So cross-resistance does not exist .

  2. 三种抗性品系淡色库蚊对五种杀虫剂的交互抗性

    The cross-resistance of three resistant strains of Culex pipiens pallens to the five pesticides

  3. MBC和NPC之间存在典型的负交互抗性。

    There was a typical negative cross resistance between MBC and NPC .

  4. 用马拉硫磷筛选的褐飞虱抗性品系(R)对马拉硫磷的抗性达到1844倍,对作用于乙酰胆碱酯酶的二嗪磷、异丙威和仲丁威有一定的交互抗性,而对氰戊菊酯不表现显著的交互抗性。

    The resistant strain ( R ) of brown planthopper selected by malathion held 184 4 fold resistance to malathion and showed obvious cross resistance to all the acetylcholine receptor targeting insecticides tested , but not to fenvalerate .

  5. 突变位点和突变类型与其他抗多菌灵真菌一致,且与乙霉威(NPC)之间存在明显负交互抗性。

    This mutation was the same as those identified in MBC resistant field isolates of other phytopathogenic fungi , and there existed obvious negative cross resistance between MBC and diethofencarb ( NPC ) .

  6. 不同抗性水平家蝇对有机磷、拟除虫菊酯等药剂的交互抗性研究

    Studies on the Cross-resistance to Organophosphorus and Pyrethroids in Housefly Strains Possessing Different Level Resistance to Phoxim and Deltamethrin

  7. 就同翅目害虫对吡虫啉的抗性发生概况、交互抗性、抗性机理以及抗性治理的研究进展作了综述。

    This article summarized the incidence of resistance , cross-resistance implications , mechanisms and resistance-management of homopteran pests to imidacloprid .

  8. 乙霉威对多菌灵的高抗菌株表现负交互抗性或无交互抗性,但对敏感菌株不表现负交互抗性。

    High-MBC resistant isolates showed negative cross-resistance or no cross-resistance to diethofencarb , but MBC-sensitive isolates showed no negative cross-resistance to diethofencarb .

  9. 从抗药性监测、抗性风险评估、交互抗性、抗性机制和抗性遗传五方面,总结了我国植物病原菌抗药性的研究成果。

    The investigation of fungicides-resistance in China were reviewed in respects of resistance detection , risk assessment , cross-resistance , mechanism and heredity .

  10. 杀螨隆是一种具有全新化学结构的杀虫杀螨剂,没有交互抗性的问题,对高抗性害虫十分有效。

    Diafenthiuron is an insecticide and acaricide with new chemical structure , it has no cross resistance problem , and is efficient on high resistant insects .

  11. 化学除草是杂草防除的主要手段,然而除草剂的长期、大量使用,容易使一些杂草产生抗性或交互抗性。

    Chemical weeding was the primary ways of controlling weeds . However , because of the long-term use , it was easy to induce resistance or cross resistance .

  12. 笔者对小菜蛾抗阿维菌素品系的选育、抗性监测、交互抗性、抗性遗传、抗性机理等方面的研究进展进行了综述。

    Current research and development of diamondback moth resistance selection , resistance monitoring , cross-resistance , resistance genetics and resistance mechanism to abamectin were reviewed in this article .

  13. 该文重点概述了棉蚜代谢抗性和靶标抗性方面的研究进展;介绍了棉蚜抗性中存在的交互抗性、负交互抗性,讨论了抗性稳定性以及寄主植物和转基因棉对棉蚜抗药性的影响。

    Cross resistance , negative cross resistance , resistance stability , and the influence of host plant and transgenic cotton on insecticide resistance of cotton aphids are also discussed .

  14. 抗氰戊菊酯甜菜夜蛾品系的交互抗性及相对适合度砧穗互作与茄子嫁接苗抗冷性的关系

    Cross Resistance and Relative Fitness of Fenvalerate Resistant Strain in Spodoptera exigua ( H ü bner ) Effect of Interaction between Rootstock and Scion on Cold Resistance of Grafted Eggplant

  15. 结论苏州市及所辖3个县级市防制家蝇应改用与上述杀虫剂无交互抗性的氨基甲酸酯类杀虫剂。

    Conclusion The insecticides using in house fly control in Suzhou City and3 county cities can shift to carbamate , which haven 't detected cross-resistance to the insecticides currently using .

  16. 但是由于其对病原菌的作用机制往往是单一性(单个作用点)的,而且其作用位点相同,所以容易产生抗药性和交互抗性。

    But the action mechanism to germs often is unicity ( single application point ) and the action site is coordinat , so easily brings out drug resistance and cross resistance .

  17. 综述了小菜蛾抗药性的发展,抗性的消长规律,对不同种类农药的交互抗性及抗性对策。

    In the paper , the development of diamondback moth 's resistance to the action of chemicals , the law of increasing and decreasing in resistance , the mutual resistance to the different kinds of pesticide and resistance countermeasures were summarized .

  18. 经过平板对峙和活体拮抗性测定,确定T42-2为最佳拮抗性耐多菌灵菌株,其对黄瓜灰霉病的防效达92.13%,并且对多菌灵、速克灵和三唑铜存在交互抗性。

    T_ ( 42 ) - 2 is determined the best strain , in confronted culture and live test , whose biocontrol effect is 92.13 % , as a result which can prevent cucumber gray mold efficiently . There is also carbendazim , sumilex and triadimefon reciprocation resistance .