sclerotia

Inonotus obliquus ( Fr.) pilat is a very rare and valuable medicinal fungus, it is called Chaga in Russia, the conventional medicinal part is the sclerotia.

桦褐孔菌（Inonotus obliquus（Fr.）pilat）是一种十分珍稀而名贵的药用真菌，俄语名Chaga，常规药用部位是菌核。

By observing colonies and individual morphology, one strain isolated from the pine trees soil in Shanxi Wutai Mountain was found to can produce sclerotia, and it was named as Q1 strain.

经过菌落和个体形态观察，分离得到73株青霉，其中从山西五台山油松土壤中分离得到1株能产菌核的青霉，命名为Q1菌株。

Supplementing wheat bran to grain medium favored the formation of sclerotia.

在谷物培养基里添加麸皮有利于菌核的形成.

There were no systematic research about the mechanism of sclerotia formation, whether it appeared in the homokaryons mycelia or heterokaryons mycelia and the single basidiospore isolates of W. cocos can form sclerotia or not.

菌核形成于同核菌丝体还是异核菌丝体、茯苓单孢菌株是否能形成菌核，都缺少系统研究。

VB1 can promote the growth of mycelia and sclerotia;

VB1可促进菌丝体和菌核的生长；

Solani can produce sclerotia, which can endure reverse, even extreme environmental conditions. Therefore sclerotia play a key role in the survival and transmission of the pathogen.

立枯丝核菌产生菌核（sclerotia）结构，菌核具有抗逆性、忍耐极端环境条件的能力，因而菌核在病原菌的存活和传播中起着关键作用。

Using false smut rice ( FSR ) sclerotia isolation, the pathogen of FSR was cultured in PSA medium.

在PSA培养基上,利用稻曲病菌菌核分离培养了稻曲病菌.

Effects of ultra-violet radiation on the germination of sclerotia and the speed of apothecial development of Sclerotinia sclerotiorum ( lib.) de Bary

紫外光对菌核（Sclerotinia Sclerotiorum（Lib.）de bary）萌发和子囊盘形成速度的影响