布氏锥虫是一种造成嗜睡症的血鞭毛虫。
Trypanosoma brucei is the hemoflagellate that causes sleeping sickness.
两性细菌在两个相对的末端各有一个鞭毛。
Amphitrichous bacteria have a single flagellum on each of two opposite ends.
在体外诱导蓝氏贾第鞭毛虫C2株完成其生活周期。
Induce Giardia lamblia C2 strain to complete its life cycle in vitro.
鞭毛的旋转可以推动细菌在水中行进。
The rotation of flagella pushes the bacteria through the water.
它们有像鞭子一样鞭毛结构。
目的发明一种新的细菌鞭毛镀银染色方法。
Objective To develope a new technique for bacterial flagella staining.
许多原生动物利用伪足、纤毛或鞭毛能运动。
Many protoctistans are motile, using pseudopodia, cilia or flagella.
微管还用于建造中心粒，基体，纤毛和鞭毛。
Microtubules are also used in the construction of centrioles , basal bodies , cilia and flagella.
很多鞭毛藻是无害的，但是有些会产生神经毒素。
Many dinoflagellates are harmless, but some produce neurotoxins.
赖夫生染色法是细菌鞭毛染色的一种常用方法。
The Leifson staining method is a common method of the flagellum staining of bacteria.
严格来说，“鞭毛”应该仅用于描述细菌的结构。
Strictly, the term flagella should be used only in relation to bacteria.
幽门螺旋杆菌是一种革兰氏阴性带有鞭毛的螺旋菌。
Helicobacter pylori is a Gram-negative flagellated spiral bacteria.
菌株细胞呈椭球形，革兰氏阴性，不产芽孢，无鞭毛。
The strain was gram negative, ellipse cell, no spores and no flagellum.
研究组发现阿米巴变形虫、纤毛虫、鞭毛虫出现在工厂中。
The team found communities of amoebae, ciliates, and flagellates to be present in all the plants.
目的在体外诱导蓝氏贾第鞭毛虫C2株完成其生活周期。
Objective To induce Giardia lamblia C2 strain to complete its life cycle in vitro.
鞭毛是细胞体上的细长突出，它的作用是推动微生物移动。
A flagellum is a long, slender projection from the cell body, whose function is to propel an organism.
有些活动的有鞭毛的细菌在稍微潮湿的表面上扩张得很快。
Certain motile flagellated bacteria can rapidly spread over the slightly moist surface.
这些腰鞭毛虫释放大量的神经毒素，杀害几乎所有靠近的生命。
These release vast quantities of neurotoxin and kill almost everything that comes near.
其它蛋白是单细胞的附属物，移动鞭毛、纤毛或毛发。收藏。
Other proteins are appendages of single cells, called flagella or cilia or pill.
鞭毛和中央胞质区的融合在两者已分别生长到相当长度后才开始。
The fusion of flagella and median cytoplasmic process happens when they have grown to a certain length.
鞭毛是微生物的重要结构，对于微生物的分类有着十分重要的作用。
Flagella is an important structure in microorganisms and plays a significant role in microbe classification.
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。
Bacteria under the microscope, even those with no flagella, often bounce about in the water.
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。
We found that a fermentative bacterium used its flagellum for interaction with a specific methanogenic archaeon.
某些原核细胞能够在液体环境中自由游动，由鞭子似的纤毛和鞭毛推进。
Certain eukaryotic cells can swim freely in liquid environments, propelled by whiplike cilia or flagella.
鞭毛的最终出现，可能仅仅来自本来向其它方向进化的复杂器官的重新组合。
Thefinal evolution of the flagellum might then have involved only thenovel recombination of sophisticated parts that initially evolved forother purposes.
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。
As a result, bacteria have developed a unique way of swimming: using tiny rotary motors called flagella, which resemble corkscrews.
分析检测到了4 -甲基甾烷——经常由被称为鞭毛藻微小藻类产生的化学物质。
This analysis detected 4-methyl steranes-chemicals often made by tiny algae known as dinoflagellates.
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。
Filling a volume of just 0.043 cubic micrometres, they consisted of thin rods with up to three long whip-like attachments called flagella.
原核细胞的鞭状延长部分，基部有基体，当鞭毛进行挥鞭式运动时可以促使细胞移动。
Flagellum (pl. flagella) A whiplike extension of prokaryote cells, with a basal body at its base, whose beat causes locomotion of the cell.
原核细胞的鞭状延长部分，基部有基体，当鞭毛进行挥鞭式运动时可以促使细胞移动。
Flagellum (pl. flagella) A whiplike extension of prokaryote cells, with a basal body at its base, whose beat causes locomotion of the cell.
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