ascospore

ascospore

1. ascospore analysis suggested that the fungus is homothallic but will preferentially outcross

从分析子囊孢子的结果看出，此菌能同亲配合，但很易异型杂交。

2. Keywords: Persiciospora japonicao, ascospore, new record,

关键词:日本桃孢壳,子囊孢子,新记录种

3. A Preliminary Study on the Ascospore Germination of Aweto

冬虫夏草菌子囊孢子萌发试验结果初报

4. Compared with SM and CSSTM. ascospore recovery rates were27. 5 and 98. 6%, respectively.

在实验室内比较网筛法与循环沉淀法从人工病土中萃取子囊孢子的回收率,则分别为27.5与98.6%。

5. c ascospore

子囊孢子

6. Ascospore One of (usually) eight haploid spores produced inside an ASCUS by members of the phylum Ascomycota.

子囊孢子:在子囊菌中，子囊内进行减数分裂产生的孢子，通常是8个。

7. Keywords ascospore;pseudo-hyphae;ion beam;yeast;Candida sp;

子囊孢子;假菌丝;离子束;酵母菌;假丝酵母属;

8. Ascospore forming fungus

子囊孢子形成真菌

9. ascospore abortion

子囊孢子败育

10. ascospore yeast

子囊孢子酵母

11. Morphology of ascospore

孢子形态

12. Ascospore is a monoploid gamete.Since it possesses identical genetic advantages of genotype and phenotype it is often used as heredity material.

孢子是单倍体配子,由于具有遗传型与表现型相一致的优点,是遗传学上常用的材料。

13. The role of ascospore of Pyrenophora semeniperda (Brittlebank & Adam) Shoem in the infection cycle

小麦不孕病菌[Pyrenophora semeniperda (Brittlebank & Adam) Shoem]子囊孢子在病害侵染循环中的作用

14. The Research on Germination of Ascospore of Haloxylon Ammodendron Powdery Mildew

梭梭白粉病病原菌子囊孢子萌发研究

15. Nutritional conditions inducing yeast's ascospore formation

环境诱导酵母产生子囊孢子的营养条件研究

16. This paper reports the nutritional conditions affecting yeast's ascospore formation.

研究了诱导酵母子囊孢子产生的营养条件。

17. The ascospore development of Cordyceps sinensis (Berk.)

经光学显微镜观察,冬虫夏草[Cordyceps sinensis(Berk.)

18. ascospore germination

萌发

19. CORDYCEPS MILITARIS: ASCOSPORE GERMINATION AND CULTURAL CHARACTERISTICS OF PROGENY POPULATION

蛹虫草子囊孢子萌发及其后代群体培养性状观察

20. The shapes of ascospore for 101# bred hybrid new specie is between the shapes of its parents by breeding the inoculated hypha from flammulina velutipes and qude mansiella radicata.

通过金针菇与茶菇的菌丝融合培养，培育的杂交新品种101#在形态及菌褶中孢子和囊体的形态上介于两亲本之间。

21. Keywords yeast;ascospore;nutrition;carboxylate;trace element;induction;

酵母;子囊孢子;营养条件;羧酸盐;微量元素;诱导;

22. But the random ascospore progeny may be contaminated by conidia while conducting single ascus and ascospore isolation, which may result in a genetic bias.

采用先分离单个子囊，待其长成菌落并产生分生孢子后，再分离单个萌发的分生孢子的方法构建稻瘟病菌有性后代随机群体。