flagellum

Improvement of the preparation of Bacterial Flagellum Specimen

细菌鞭毛标本制作方法的改进

The Leifson staining method is a common method of the flagellum staining of bacteria .

赖夫生染色法是细菌鞭毛染色的一种常用方法。

The Improvement of Bacterium Flagellum Staining Way

细菌鞭毛染色方法的改进

The flagellum has the typical axoneme structure of " 9 + 2 " model .

轴丝为典型的“9+2”微管对复合体结构。

Type genus of the family Euglenaceae : green algae with a single flagellum .

眼虫藻科的模式属；绿色海藻带有单个的鞭状匍匐枝。

The flagellum had a simple " 9 + 2 " type of microtubular structure .

尾部鞭毛横切面为简单的9+2型结构。

BIOLOGY : Certain bacteria propel themselves using a flagellum , a whiplike tail .

生物学：有些细菌会以鞭毛（像鞭子一样的尾巴）驱动自己前进。

The strain was gram negative , ellipse cell , no spores and no flagellum .

菌株细胞呈椭球形，革兰氏阴性，不产芽孢，无鞭毛。

The experimental results showed that succinate dehydrogenase was located in the midpiece of sperm flagellum .

实验结果表明：琥珀酸脱氢酶位于精子尾部中段、其着色面积大小不一。

With the extension of treated time , we found that the point of phosphorylation was appeared slightly at sperm flagellum .

而且随着时间的延长，精子尾部出现微弱的磷酸化位点。

The flagellum is a typical " 9 + 2 " microtubular structure .

尾部为典型的9+2型结构。

Hence , the regulation mechanism of flagellum / cilium plays important roles in occurrence and pathogenesis of these diseases .

因此研究鞭毛/纤毛的调控机制对解决这些疾病的发生和发病机制具有重要的生命意义。

Functional Expression of Sperm Flagellum Associated-proteins in Human Ejaculated Spermatozoa

精子鞭毛相关蛋白在人精子中的表达特征及其临床意义

Its essential function is the perception of movement at the joint between the second antennal segment and the flagellum .

它的基本功能是感知触角第二节和鞭节之间的关节运动。

The bacteria has flagellum , with which it can move freely and arrive the root to gain the carbon source .

具有鞭毛结构，可以自由运动并在趋化剂的诱导下到达植物的根部，获得碳源；

A Study on the Rapid Detection of Flagellum Antigen H-a of S. Paratyphi A by PCR

PCR快速检测甲型副伤寒沙门菌鞭毛抗原H-a研究

Conclusion The concentration and handing time of suspension , slide-making method and staining time are important factors for an ideal flagellum staining .

结论细菌鞭毛染色过程中菌悬液的浓度、菌悬液的处理时间、制片方法以及染色时间的长短等条件影响鞭毛染色效果。

Improvement of the LEIFSON flagellum staining method

赖夫生鞭毛染色法的改进

The Y 1 bacterium was a gram negative , motive , rod with a single polar flagellum ;

Y1菌为：革兰氏阴性，有动力，杆状，极生单鞭毛；

There are 4 flagellum in microgamete and there are several microgametes appeared in one region of several host cells .

小配子具有4根鞭毛，几个小配子体分布在相邻的宿主细胞内。

These findings suggest that the bacterium communicates with the archaeon by using its flagellum .

这些发现表明，细菌与古细菌的沟通是通过鞭毛实现的。

Spermatic nucleus was stained red but flagellum could not be stained with nigrosin-eosin-Wright-Giemsa ;

用苯胺黑-伊红-瑞-吉染色法精子核染成红色，精子鞭毛不着色；

We found that a fermentative bacterium used its flagellum for interaction with a specific methanogenic archaeon .

研究人员发现，发酵性细菌能利用其鞭毛与特定的古甲烷菌产生互作。

Cloning and Prokaryotic Expression of Flagellum Subunit Gene ( flaA ) of Legionella pneumophila

嗜肺军团菌flaA基因的克隆及原核融合表达

With a microscopic examination , it was showed that two strains were all Gram negative , short rod bacteria with a single polar flagellum .

镜检结果表明，两个菌株均为极生单鞭毛的革兰氏阴性短杆形细菌。

It was suggested that the adhesin of ET was proteinaceous flagellum .

提示ET的粘附素是包括血凝素及鞭毛在内的一类蛋白样物质。

Classification and Ecological Distribution of Scytonema in Northeast China type genus of the family Euglenaceae : green algae with a single flagellum .

中国东北蓝藻门伪枝藻属分类及生态分布研究眼虫藻科的模式属；绿色海藻带有单个的鞭状匍匐枝。

An axial filament , with a similar structure to a bacterial flagellum , is spirally wound about the protoplast inside the cell wall .

在细胞壁内部，和细菌鞭毛有相同结构的轴向细丝包绕细胞质并使之螺旋化。

The flagellum stretched out of the central space of the sleeve . The central structure of the flagellum was axoneme .

鞭毛从袖套腔中伸出，鞭毛的中心结构是轴丝；

The flagellum formation in goldfish spermatogenesis

金鱼精子鞭毛发生的特点