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1·Movement of the flagella became slow or stopped.

鞭毛摆动迟缓或停止运动。

2·The rotation of flagella pushes the bacteria through the water.

鞭毛的旋转可以推动细菌在水中行进。

3·The length of the flagella is about 1.5 times as the cell diameter.

两条鞭毛稍不等长，着生于细胞前端，鞭毛长约为细胞直径的1。倍。

4·Many protoctistans are motile, using pseudopodia, cilia or flagella.

许多原生动物利用伪足、纤毛或鞭毛能运动。

5·Objective To develope a new technique for bacterial flagella staining.

目的发明一种新的细菌鞭毛镀银染色方法。

6·Strictly, the term flagella should be used only in relation to bacteria.

严格来说，“鞭毛”应该仅用于描述细菌的结构。

7·Other proteins are appendages of single cells, called flagella or cilia or pill.

其它蛋白是单细胞的附属物，移动鞭毛、纤毛或毛发。收藏。

8·Even bacteria without flagella are thus constantly exposed to a changing environment.

因此，即使是没有鞭毛的细菌也暴露在一个不断变化的环境中。

9·Results in all specimen, the flagella were abundant, stretched fully and were easy to find.

结果所制标本鞭毛丰富、伸展自然、清晰易找。

10·Bacteria under the microscope, even those with no flagella, often bounce about in the water.

在显微镜下面的细菌，即便是那些没有鞭毛的，也时常在水中乱跳。

鞭毛

1·Using special stains, one can see that some bacteria have attached to them wavy-looking hairs called flagella. Others have only one flagellum.

用特殊的着色剂后，你会发现有的细菌上长着不少波状的“毛发”即鞭毛，而有的细菌只有一根鞭毛。

2·In recent experiments they proved that they could stop and start the bacteria's flagella simply by exposing them to two different kinds of substances.

在最近的实验中他们证明了他们可以仅仅通过施加两种不同物质来停止和启动细菌的鞭毛。

3·As a result, bacteria have developed a unique way of swimming: using tiny rotary motors called flagella, which resemble corkscrews.

结果细菌进化出独特的游泳方式：使用叫做鞭毛的像螺旋开瓶器的微型旋转马达。

4·Filling a volume of just 0.043 cubic micrometres, they consisted of thin rods with up to three long whip-like attachments called flagella.

它们只占0.043立方微米的空间，是由三个被称鞭毛的长鞭状附件组成的细条。

5·The rotation of flagella pushes the bacteria through the water.

鞭毛的旋转可以推动细菌在水中行进。