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真菌侵染
    The Brassica juncea chitinase gene BjCHI1 is induced by wounding, treatment with jasmonate (JA), insect feeding or by fungal infection; indicating the promoter of BjCHI1 is an inducible promoter.
    芥菜(Brassica juncea)几丁质酶基因BjCHI1受伤害、茉莉酸、虫食、真菌侵染等的诱导,因此BjCHI1启动子是一个诱导型启动子。
    The Brassica juncea chitinase gene BjCHI1 is induced by wounding, treatment with jasmonate (JA), insect feeding or by fungal infection; indicating the promoter of BjCHI1 is an inducible promoter.
    芥菜(Brassica juncea)几丁质酶基因BjCHI1受伤害、茉莉酸、虫食、真菌侵染等的诱导,因此BjCHI1启动子是一个诱导型启动子。
    Rh+AMF treatments had obvious differences with control in the biomass and nodule numbers of Astragalus sinicus,AM fungal infection rate and hyphal enzyme activity;
    结果表明 ,与对照组 [0、AMF、Rh]相比 ,Rh +AMF组紫云英的生物量、结瘤数、AM真菌侵染率和菌丝酶活都有显著差异 ;
    butachlor reduced significantly the infection rates of AM fungi (AM fungal infection rates were 17. 4%-24.1 % ) , acetochlor and glyphosate-isopropylammonium had the less impact on the infection rates of AM fungi (the infection rates were 29. 3%-32.2%) , while the infection rates of the controls were 78.5%-62. 4% ;
    显著减少AM真菌侵染率的除草剂为丁草胺(AM真菌侵染率为17.4%、24.1%),影响较小的为乙草胺和灵达(前者为29.3%、30.7%,后者为26.3%和32.2%),而对照侵染率为78.5%、62.4%;
    The study is of scientific importance and broad applications for good understanding the recognition (interaction) between fungi and nematodes, the molecular mechanism of fungal infection to host, and practical application in biocontrol strategy. Typical experimental materials with different infection mode were selected for further research about key enzymes during the infection process of target nematodes.
    通过真菌侵染线虫相关酶基因的克隆和表达是解决这一关键问题的有效途径,对揭示真菌与线虫的识别、侵染的分子机制和生防实际应用都具有重要科学意义和应用前景。
    So far, it is lack of effective method to study the realtime fungal gene expressions which are important to elucidate fungal infection mechanism during fungi infecting insects.
    对真菌侵染昆虫过程中实时基因表达的研究——该表达对侵染分子机制的阐明至关重要——目前仍然缺乏有效手段。
    The experimental dada from Phaseolus vulgaris L. and Triticum aestivum L. indicate that the level of pgip gene transcription and translation is closely related to fungal infection, but this mechanism need further study.
    来自菜豆和小麦的实验证据表明病原真菌侵染植株能诱导pgip基因高水平转录、表达 ,但pgip基因家族对这种诱导信号应答的分子机制待于进一步研究
 

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