查询词典 appressorium

In a certain humid environment, temperature was the major factor to affect the appressorium production.

附着胞的形成过程除了受气候因素影响外，还与不同菌株间的遗传差异有关。

Genes involved in appressorium formation of Colletotrichum is summarized as well.

并简要概述了炭疽菌附着胞的基因克隆研究情况。

The formation of appressorium is critical to the establishment of infection.

附着胞的形成对炭疽菌确立侵染非常关键。

In this study,as structural proteins moving organelles in appressorium formation,their function was important for appressorium formation.

在本论文中，它作为附着胞形成过程中运输细胞器的结构蛋白，研究其功能对附着胞的形成具有重要作用。

The morphological development of appressorium is influenced by many factors. Generally, the rigid and hydrophobic surface is favored for appressorium formation.

影响炭疽菌附着胞形态发育的因素很多，其中硬质疏水表面在短时间内通常是有利于附着胞的形成。

This paper discusses recent developments about appressorium of Colletotrichum. Topics include surface attachment of the conidia; appressorium formation; responsion to the environmental cues; appressorium penetration.

综述了炭疽菌分生孢子在寄主表面的附着、附着胞的形成、附着胞对环境影响因素的应答和附着胞的穿透。

According to recent researches, intracellular signalling pathway systems involved in appressorium differentiation is related with cAMP pathway and MAP pathway. In this research, 21 bacteria strains and Chaetomium cupreum strains were assayed for their antagonism to appressorium formation in M.grisea.

随着稻瘟病菌一系列致病基因的克隆及功能明确，附着胞形成的信号传导途径包括：cAMP途径和MAP途径，这些途径中基因的失活都影响附着胞的形成。

The pathogen can develop a unique infection structure called appressorium, which may penetrate into the host tissues. The formation of appressorium is critical to the establishment of infection.

炭疽菌能产生特殊的侵染结构附着胞穿透寄主组织，附着胞的形成对炭疽菌确立侵染非常关键。

The results showedthat at 4h after inoculation,the primary germ tubes were emerged from the germinatingspores.At8h after inoculation the appressorium germ tube formed appressorium.

其结果表明：接种4h后，分生孢子一端形成初生芽管，接种8h后，芽管发育形成附着孢，接种12h后，附着孢前端形成压力臂或二次压力臂。

Null mutant Δmnh6 produced appeared offwhite hyphae, showed reduction in growth, conidiation and appressorium formation, and also showed reduction in appressorium turgor pressure. And the hyphae were more readily wettable by a solution containing SDS and EDTA and more easily digested by fungal cell-wall-digesting enzymes. The appressoria produced by Δmnh6 mutants showed diminished host penetration and the infectious hyphae of Δmnh6 mutants showed reduced in planta growth. Targeted deletion of mnh6 resulted in the greatly reduced virulence capacity to barley and rice CO39 in infection assays.

突变子Δmnh6的菌落形态不同于野生型GUY11，菌落呈灰白色，菌丝稀疏，生长速度变慢，产孢菌丝细胞壁的溶剂疏水性消失，菌丝细胞壁容易被细胞壁降解酶降解，产孢减少，孢子形态变得细长，孢子的附着胞形成率降低，附着胞的膨压降低，附着胞对寄主植物表面的穿透能力减弱，侵入后生长速度减慢，喷雾接种后对大麦和水稻CO39的致病性消失。mnh6基因重新引入Δmnh6后，突变子的表型恢复。

What are your goals and strategies for growth?

你的成长目标和策略是什么？

And unto the angel of the church in Sardis write; These things saith he that hath the seven irits of God, and the seven star I know thy works, that thou hast a name that thou livest, and art dead.

3：1 你要写信给撒狄教会的使者，说，那有神的七灵和七星的，说，我知道你的行为，按名你是活的，其实是死的。