Moreover, the juvenile hormone of insects is closely related to farnesol . 此外，昆虫的“返幼”激素和法尼醇密切相关。
2.
Resources and bioactive applications of farnesol that widely exists in flowers , leaves and stems of plants were reviewed 摘要根据国内外研究报导，综述了金合欢醇的主要资源及其生物活性应用。
3.
According to the citations , some chinese traditional herbs and essential oil plants are abundant in farnesol 金合欢醇广泛存在于植物体的花、叶、茎等部位之中，尤其是在一些中草药植物和香料植物中具有较高含量。
4.
Cinnamomum tenuipilum kosterm . ( farnesol - type ) , flowers of magnolia liliflora desr . , leaves of eriobotrya japonica , etc . are important potential resources of farnesol for industrial utilization 金合欢醇型细毛樟、辛夷花、枇杷叶等是具有较好开发利用前景的重要资源。
5.
As one of the main bioactive compositions of the chinese herbs and perfume plants , farnesol is more and more widely applied in pharmaceuticals , agrochemicals , cosmetics , and domestic chemicals , having good prospects 金合欢醇是中草药植物的重要活性成分之一，也是一些重要香料植物精油中的主要香料成分之一，因此，在医药、农药、化妆品和日用化工等需要其生物活性的方面已经得到较多应用，并具有较好的前景。
6.
A series of experiments were conducted on the salivary gland of female haemaphysalis longicornis neumann , including salivary gland structure , protein concentration and components , na k - atpase activity , as well as their variation during different developmental stages , especially the effects of juvenile hormone analogue farnesol on the structure and secretion of salivary glands , by scanning electron microscope ( sem ) , bradford method , sds - page , enzyme microanalysis , topical application etc . the present research will provide foundation for deeply investigations on the important organs in the future 本文以广泛分布于我国的长角血蜱haemaphysalislongicornisneumann为研究对象，利用电镜技术、 bradford法、 sds ? page和na ~ - 、 k ~ - - atpase活性微量检测法等现代生物学技术对其唾液腺结构、蛋白含量和成分、 na ~ - 、 k ~ - ? atpase活性及其动态变化，特别是保幼激素类似物法尼醇对唾液腺结构与分泌活性的影响进行了较系统地研究，为深入开展蜱类唾液腺研究提供依据。
7.
6 . the protein level , protein components and the acini of female h . longicornis were affected by farnesol , and were different according to given developmental stages and the doses used . treatment with farnesol on d2 after feeding , 10 ug dose enhanced the protein concentration , 10ug 50ug and 100 饱血当大用法尼醇处理， 10ug ； ” 50卜g和100us剂量的法呢醇显着提高饱血后zd唾液腺蛋白含量， 100ug剂量使35kll蛋白表达，高剂量200卜g和400卜g使136kd和192kd的蛋白缺矢。
