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- hyphal pycnidium 丝壁分生孢子器
- A specialized fungal hypha that produces conidia. 分生孢子一种能产生分生孢子特殊真菌菌丝
- In most species the walls of hyphal cells contain chitin. 大多数真菌的细胞壁含有明角质。
- After sows seeds seven days the condition of the sprout hypha . 播种七天后菌丝萌发状况。
- After sows seeds three days the condition of the sprout hypha . 播种三天后菌丝萌发状况。
- Differences on ERG 11 sequence between the hyphal form and yeast form of C. 有3株白念珠菌的菌丝相与酵母相细胞间ERG11基因1547位点、1587位点
- When the growth of hyphal tip cease, it shows an even Calmodulin distribution. 菌丝生长停止后，菌丝顶端钙调素浓度梯度消失。
- The result showed that the activity of amylase and peroxidase in hyphal stage is the highest for the two basidiomycetes. 结果表明两种菇的淀粉酶和过氧化物酶都在菌丝生长期最高。
- A thick-walled, asexual fungal spore that is derived from a hyphal cell and can function as a resting spore. 厚垣孢子一种由菌丝细胞形成、细胞壁很厚的无性真菌孢子，能起休眠孢子的作用
- 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。
- A thick - walled,asexual fungal spore that is derived from a hyphal cell and can function as a resting spore. 厚垣孢子一种由菌丝细胞形成、细胞壁很厚的无性真菌孢子，能起休眠孢子的作用
- The geotropism growth was a response of hypha to gravity and the geotropic sensitive was at the hyphal apex. 试验证明：丛枝菌根真菌菌丝延伸生长部位是菌丝尖端，其生长的向地性是对地心引力的感应，感应的敏感部位也在生长菌丝的尖端。
- The adherence of hyphal forms of Candida albicans to BEC was stronger than that of yeast forms (P<0.001). 菌丝相白念珠菌对BEC的粘附率显著高于孢子相(P<0.;001);
- Results The adherence of hyphal forms of Candida albicans to BEC was stronger than that of yeast forms (P<0.001). 结果菌丝相白念珠菌对BEC的粘附率显著高于孢子相(P<0.;001);
- The typical anamorph spore in Ascomycetes = conidia produced outside a specialized hyphal cell. 典型无性孢子是分生孢子;外生于特殊菌丝细胞.
- The change of their protease is similar： in the hyphal growth stage it is higher than that of mature mushroom. 它们的蛋白酶活力变化相似：菌丝生长期高于子实体生长后期。
- However, identity of the serum hyphal inducer(s) and its fungal sensor remain unknown. 然而，目前有关血清菌丝诱导特点及其真菌传感器的机制仍属未知。
- A fungus ball composed of blue-staining hyphal elements of Aspergillus is seen here in a bronchus. 支气管处可见由蓝色的菌丝构成的真菌球。
- Darkness was benefitial to hyphal growth, but light was benefitial to sclerotial formation. 黑暗条件有利于菌丝的生长，而光照条件有利于菌核的产生。
- The effects of the root exudates on hyphal growth of pathogenic fungi, Fusarium oxysporum Schlecht.(F. ox. 同时检测了培养基中添加大豆根系分泌物和纯品氨基酸对大豆根腐病菌菌落生长的影响。
