| 1. | Nitric oxide and elicitor - induced plant defense responses
一氧化氮与激发子诱导的植物抗病防卫反应 |
| 2. | Advances of the research on isolation and culture for the domestic preantral follicles in vitro
激发子隐地蛋白基因介导的烟草抗病性研究 |
| 3. | Nadph oxidase inhibitors inhibited both in vitro nadph oxidase activity and in vivo h2o2 generation
我们利用激发子在水稻与拟南芥上也进行了相关实验。 |
| 4. | Along with time extended in treatment with iwf , the depolymerization of mts aggravated and the mts completely depolymerized till 120 minutes
随着处理时间的延长，微管骨架的解聚趋于加剧，激发子处理120min时，微管骨架基本上完全解聚。 |
| 5. | Induction of pal activity , saponin synthesis and sqe gene expression were all inhibited by such inhibitor treatments and reduced by incubation with catalase and h2o2 scavengers
激发子诱导胞内钙离子的升高以及过氧化氢的产生，对于激发子诱导的抗性相关基因的转录是必须的。 |
| 6. | The mts in protoplast of cv . 5389 also depolymerized when treated with iwf for 60 and 120 minutes , but the depolymerization was much less than that of cv . lovrin 10
而感病品种5389原生质体在激发子处理60 、 120min时，微管骨架虽也发生解聚，但其解聚程度较洛夫林10原生质体明显轻微。 |
| 7. | ( 2 ) when treated with iwf , the cytosolic calcium in the protoplasts from the two cultivars both increasing . but it increased significantly in the protoplasts of cv . lovrin 10 than in cv
( 2 )激发子处理后，洛夫林10和5389原生质体内ca ~ ( 2 + )浓度都有所升高，但洛夫林10原生质体胞钙浓度要显著高于5389原生质体。 |
| 8. | These data indicate that activation of nadph oxidase and generation of h2o2 are essential signalling events mediating defence responses induced by the endogenous elicitor ( s ) present in cdw
除了上述各类激发子可以诱导植物的防卫反应外，其它刺激因子，如机械伤害，昆虫取食，盐碱，高温，冷害，失重等，都可能诱导植物的防卫反应。 |
| 9. | The results are as follows : ( 1 ) when the protoplasts of cv . lovrin 10 had treated with iwf for 15 minutes , the microtubules in the protoplasts began to depolymerize , this mainly showed in forms that the mt bundles cleaved , the quantity of mts reduced and the density of mts decreased
试验结果表明： ( 1 )抗病品种洛夫林10原生质体在激发子处理15min时，微管骨架即开始发生解聚，这主要表现为微管骨架的数量减少；微管束发生断裂；微管密度下降。 |
| 10. | Lovrin 10 and cv . 5389 . by using this system , following questions were investigated : the change of the pattern of microtubules when treated with iwf ; the change of cytosolic calcium levels in the protoplasts when treated with iwf and the influence of microtubule depolymerization prior to iwf treatment on the levels of cytosolic calcium
试验的目的是以激发子?原生质体简化试验系统来模拟叶锈菌侵染小麦叶片的互作体系，探讨激发子刺激后寄主植物微管骨架的动态变化及胞内ca ~ ( 2 + )水平的变化规律，为进一步探讨激发子诱导防卫反应的信号转导途径奠定基础。 |
