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- Appressorium (pl.appressoria) In many parasitic fungi, a flattened hyphal structure that presses closely against the host epidermis. 附着胞：在许多寄生真菌中，一种紧密接触寄主体表膨大的菌丝结构。
- ZJUF0986 bioactive metabolite not only depresses spore germination but also decrease appressorium formation. 活性代谢产物不仅影响孢子萌发，也显著降低附着胞的形成。
- 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。
- Spores germinated easily in the pure water but the appressorium formation wasobserved.Surface substance of the leaves could stimulate spores germination. 分生孢子可以在清水中萌发，番茄叶面物质对孢子萌发有促进作用，未见附着胞形成；
- Effect of 8 fungal fermented filtrates on mycelial growth, encystment and germination of zoospores, appressorium formation, and penetration hyphae formation of Phytophthora infestans was investigated. 测定了8种真菌发酵液在5种不同浓度下对致病疫霉菌丝生长、游动孢子静止、静止胞萌发、附着胞形成和侵入丝形成等不同阶段的影响。
- 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。
- Advance Research on Appressorium of Colletotrichum 炭疽菌附着胞的研究进展
- appressorium","appressorium,ii,n."," 附着器"
- Inhibition of appressorium formation 附着胞形成抑制率
- Keywords Magnaporthe grisea,Appressorium,pathogenecity gene,Zn-finger motif.; 稻瘟菌;附着胞;致病基因;锌指结构;
- ANTHRACNOSE PATHOGEN ON DIOSPYROS KAKI CV. WUHESHI AND ITS NUCLEAR BEHAVIOR IN PROCESS OF APPRESSORIUM FORMATION 浙江无核柿炭疽病菌鉴定及附着胞形成过程中的核相变化
- Research Progress on the Related Genes in Appressorium Differentiation of Magnaporthe grisea 稻瘟菌附着胞分化相关基因研究进展
- Research advances of cell signaling involved in appressorium development of Magnaporthe grisea 稻瘟病菌附着胞发育相关信号传递研究进展
- Dynamic change of nuclear behavior in process of appressorium formation of Colletotrichum gloeosporioides 胶孢炭疽菌附着胞形成过程中核相的动态变化
- Effection of Physical and Chemical Factors on Appressorium Formation of Beauveria bassiana 理化因子对白僵菌附着胞形成的影响
- Key words：endophytic fungi; Trichoderma taxi; Magnaporthe oryzae; appressorium; pathogenicity 关键词：内生真菌；紫杉木霉；稻瘟病菌；附着胞；致病性
- appresorium 附着胞
- Keywords Calcium signal transduction pathway;Calmodulin （cam） gene;Magnaporthe grisea;Conidium germination;Appressorium formation;Pathogenesis; 钙信号途径;钙调素基因;稻瘟病菌;孢子萌发;附着胞形成;致病性;
- Appressorium formation 附着胞形成
- Appressorium production 附着胞产生
