特征性的菌落颜色与帚状枝及分生孢子的产生有关。
The characterized color of the colony was caused by the production of penicillus and conidium.
突脐孢属种的分类和鉴定主要依靠分生孢子的形态学。
Species classification and identification in this genus has been based mostly on conidial morphology.
为了提高在一般条件下不易产生分生孢子的雀稗麦角菌的产碱率，对原生质体诱变育种的条件和方法进行了探讨。
The feasibility of the protoplast mutagenesis for increasing productivity was studied on a Claviceps paspali strain, which was not easy to produce conidia under laboratory conditions.
结果表明，少孢节丛孢菌捕食器的粗蛋白高于普通营养菌丝或分生孢子的粗蛋白含量，而线虫三期幼虫的粗蛋白含量最高。
The crude protein content in the mycelia with traps was higher than that in the common mycelia and in the conidia, but it was lower than that in the third stage larvae.
两个原发性菌丝体发展成为具有钳夹连接和分生孢子孢子的次生菌丝体。
Two primary mycelia developed into secondary mycelia with clamp connection and conidiospore.
适宜病菌生长和分生孢子产生的培养基为玉米粉琼脂、燕麦片琼脂和PDA培养基。
The maize meal AGAR, oat AGAR and PDA media were the suitable medium for the pathogen growth and conidia production.
培养约6天，两条初生菌丝通过顶端细胞或其他部位融合，发育成具有顶端分生孢子和锁状联合的次生菌丝体；
After being cultivated for about 6 days, two primary mycelia fused through terminal cells or other parts and developed into secondary mycelia with clamp connection and conidiospore.
用虫草的虫体、菌柄、子座、及子囊孢子进行了纯培养分离，结果获得了分生孢子阶段的真菌的纯培养物。
The isolation of pure culture by using hyphal, stipe, stroma and ascospore obtained the pure culture of conidium phase.
采用小室培养法对食线虫丝孢菌节丛孢及其相关属的分生孢子发育类型进行了研究。
The development patterns of conidia of Arthrobotrys and its allied genera in nematophagous hyphomycetes were studied by the method of chamber culture.
菌丝体上形成典型的瓶体状分生孢子梗。
结果表明：寄生真菌的分生孢子座黑色，半球形；
用不同浓度的PLD蛋白化学抑制剂（1-丁醇）预处理细胞，测定其对烟曲霉分生孢子侵染率的影响；
A549 cells were pretreated with inhibitor of PLD(1- butanol), the invasion of A. fumigutas into host cells were detected to evaluate the role of PLD in A. fumigutas entry into host cells;
用不同浓度的PLD蛋白化学抑制剂（1-丁醇）预处理细胞，测定其对烟曲霉分生孢子侵染率的影响；
A549 cells were pretreated with inhibitor of PLD(1- butanol), the invasion of A. fumigutas into host cells were detected to evaluate the role of PLD in A. fumigutas entry into host cells;
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