英语释义

1. one of the threads that make up the mycelium of a fungus, increase by apical growth, and are transversely septate or nonseptate

2. one of the fine threads that make up the body of a fungus

3. one of the threads that make up the mycelium of a fungus, increase by apical growth, and are coenocytic or transversely septate

片语

hyphal fusion菌丝融合

mycelial菌丝的，菌丝体的

hyphal fragment[植]

hyphal rhizoid根状菌丝

hyphal tissue菌丝组织

hyphal pycnidium丝壁分生孢子器

hyphal shape菌丝形态

hyphal postripeness菌丝后熟

hyphal growth菌丝生长

Hyphal form菌丝相

英汉例句

• Most studies on the effects of agitation intensity on fungal morphology were focused on the relation between hyphal length and specific energy dissipation rate.

  影响丝状微生物形态的主要因素有搅拌强度、溶氧浓度和稀释率等。

• The hyphal cell nuclear Numbers of the 50 randomly selected isolates were between 7 and 13.

  从中随机选取50个菌株进行菌丝细胞核染色，结果显示，水稻纹枯病菌菌丝的细胞核数目介于7 ~13个。

• The experiment proved the good result of hyphal fragment separation.

  实验证明，菌丝片段分离法效果良好。

• Taken together, the results revealed that there existed differences in pathotype and hyphal growth rate as well as the number of sclerotia among the tested isolates, showing more diversity.

  综合分析表明，所测菌株的致病型与菌丝生长速率及菌核产生数量各异，表现出较大的多样性。

• The hyphal interaction between Trichoderma spp. (S-327, BT-12, BT-95, T-594), Pythium oligandrum (P.

  用玻璃纸对峙法观察到4种木霉（S-327，BT-12，BT-95，T-594）和寡雄腐霉（P。

• Ethacridine could inhibit the hyphal formation and influence the synthesis of cell wall in Candida Albicans obviously.

  利凡诺具有明显抑制白念珠菌菌丝形成的能力；利凡诺作用后的白念珠菌细胞壁有缺陷。

• The hyphal walls of most species of fungi differ from those of plants in being composed of microfibrils of a nitrogenous compound called chitin or a form of fungal cellulose.

  很多真菌的菌丝壁与其他植物不同，是由被称做几丁质或菌质纤维素含氮化合物构成的微纤维所组成。

• A fungus ball composed of blue-staining hyphal elements of Aspergillus is seen here in a bronchus. Fungus balls may also form when fungi colonize cavitary lesions of tuberculosis.

  支气管处可见由蓝色的菌丝构成的真菌球。当真菌在因结核损害形成的腔洞内植入时，就可能形成真菌球。

• Both organic and inorganic pollutants could have detrimental effects on AM structure, formation and function, such as low spore germination, colonization rate, and hyphal growth.

  大量研究表明，无论是有机污染物还是无机污染物，都会对AM的结构、形成和功能产生破坏性影响，主要表现在孢子萌发、侵染率、菌丝伸长受抑制等。

• While the effects of hyphal age, lytic enzyme system, osmotic stabilizer, enzymolysis temperature and time on the preparation and regeneration of protoplast were also discussed in this paper.

  本文还详细研究了菌龄、酶系统、酶解温度和时间等多种因素对这两种鸡纵菌原生质体形成和再生的影响。

• The ALP activity in intraradical hyphae of AM fungi was significantly decreased, and the total hyphal density of AM fungi increased with applied Na phytate.

  外源植酸钠的存在，显着降低了AM真菌根内菌丝的堿性磷酸酶活性，增加了AM真菌在土壤中的菌丝密度。