The Pheretima aspergillum ( E. Perrier ), also customly named Guang earth-worm , belongs to the family of Megascolecidae.

Aspergillus likes to invade vessels and surrounding tissues.

曲霉属菌易于侵袭血管及周围组织.

All toxigenic moulds belonged to Penicillium and Aspergillus.

生成霉菌毒素的霉菌都属于青酶和曲霉.

Post-lung transplantation Aspergillus niger infection.

后肺移植黑曲霉感染.

What is yellow aspergillus toxin?

黄曲霉毒素是什么?

This is a fungal granuloma produced by Aspergillus.

曲霉菌引起的真菌性肉芽肿.

Here are branching Aspergillus hyphae.

分枝状曲霉菌菌丝.

At higher magnification, Aspergillus hyphae are seen to branch.

高倍放大可见曲霉菌菌丝分叉.

The tolerance of Aspergillus niger to ozone is studied in this paper.

本文以黑曲霉为研究对象,在黑曲霉菌液中通入臭氧,观察黑曲霉耐臭氧的能力.

Pulmonary aspergillosis is a spectrum of lung diseases caused by fungus aspergillus.

肺曲霉菌病是一种由曲霉菌引起的肺部疾病.

Aspergillus likes to invade vessels and produce hemorrhage and thrombosis.

曲霉菌趋于侵入血管,导致出血和血栓.

The adsorption and desorption macro-porous resin on Aspergillus-type Douchi melanoidin were studied.

研究了大孔树脂吸附和解吸曲霉型豆豉类黑精的特性.

The pathogens causing red gardenia browning and rotting were Aspergillus niger v.

引起贮藏期红栀子果实发生褐变腐烂的病原菌为黑曲霉和黄曲霉.

Here is an Aspergillus fungus ball in a dilated bronchus.

可见扩张支气管内的曲霉菌真菌球.

Objective To review the advances on lovastatin fermentation by Aspergillus terrus.

目的综述土曲霉洛伐他汀发酵研究的进展.

Aspergillus Oryzae mutants . High pressure seems an efficient approach for mutagenesis.

继各种化学制剂、各种射线诱变等方法之后, 高压不失为一种行之有效的诱变方法.

Influences of the cavitations between the asperities on roughness surfaces on flow factors were investigated.

研究了粗糙表面上微凸体间气穴对用于混合润滑分析的流量因子的影响.

The rough of the joint suface is modeled as a series of irregular shaped, triangular asperities.

典型节理面的粗糙形貌可以模拟为一系列非规则的 、 齿形凸台形貌.

If the gouge layer is thin, contact between asperities on the rock surfaces can occur.

如果充填物层很薄, 两个岩石表面上的凸起物就有可能互相接触.

Agglomerates of delusterant particles located near the surface of sythetic fibers cause asperities.

消光剂颗粒集结在合成纤维表面附近,导致表面粗糙.

Thicker films assure fewer asperity contacts and less wear.

油膜越厚,摩擦越少,并且磨损越小.