| 复数 | flagellates |
| 第三人称单数 | flagellates |
| 现在分词 | flagellating |
| 过去式 | flagellated |
| 过去分词 | flagellated |
flagellate movement
鞭毛运动
flagellate organism
鞭毛生物
flagellate structure
鞭毛结构
flagellate protozoa
鞭毛原生动物
flagellate algae
鞭毛藻
flagellate cells
鞭毛细胞
flagellate species
鞭毛物种
flagellate bacteria
鞭毛细菌
flagellate life
鞭毛生活
flagellate characteristics
鞭毛特征
some species of bacteria can flagellate to move through liquid environments.
一些细菌种类可以通过鞭打在液体环境中移动。
the researchers observed how the parasites flagellate to escape predators.
研究人员观察了寄生虫如何鞭打以逃避捕食者。
flagellate movements are essential for the survival of many microorganisms.
鞭打运动对许多微生物的生存至关重要。
in biology class, we learned that some algae can flagellate to swim.
在生物课上，我们了解到一些藻类可以通过鞭打游泳。
flagellate organisms often inhabit aquatic environments.
鞭打生物通常栖息在水生环境中。
scientists study how flagellate cells respond to environmental changes.
科学家研究鞭打细胞如何对环境变化作出反应。
the flagellate structure helps in locomotion for many protozoa.
鞭打结构有助于许多原生动物的运动。
some flagellate species are used as model organisms in research.
一些鞭打物种被用作研究中的模型生物。
understanding how to flagellate can enhance our knowledge of cellular biology.
了解如何鞭打可以增强我们对细胞生物学的认识。
flagellate motion is a fascinating topic in microbiology.
鞭打运动是微生物学中一个引人入胜的话题。
flagellate movement
鞭毛运动
flagellate organism
鞭毛生物
flagellate structure
鞭毛结构
flagellate protozoa
鞭毛原生动物
flagellate algae
鞭毛藻
flagellate cells
鞭毛细胞
flagellate species
鞭毛物种
flagellate bacteria
鞭毛细菌
flagellate life
鞭毛生活
flagellate characteristics
鞭毛特征
some species of bacteria can flagellate to move through liquid environments.
一些细菌种类可以通过鞭打在液体环境中移动。
the researchers observed how the parasites flagellate to escape predators.
研究人员观察了寄生虫如何鞭打以逃避捕食者。
flagellate movements are essential for the survival of many microorganisms.
鞭打运动对许多微生物的生存至关重要。
in biology class, we learned that some algae can flagellate to swim.
在生物课上，我们了解到一些藻类可以通过鞭打游泳。
flagellate organisms often inhabit aquatic environments.
鞭打生物通常栖息在水生环境中。
scientists study how flagellate cells respond to environmental changes.
科学家研究鞭打细胞如何对环境变化作出反应。
the flagellate structure helps in locomotion for many protozoa.
鞭打结构有助于许多原生动物的运动。
some flagellate species are used as model organisms in research.
一些鞭打物种被用作研究中的模型生物。
understanding how to flagellate can enhance our knowledge of cellular biology.
了解如何鞭打可以增强我们对细胞生物学的认识。
flagellate motion is a fascinating topic in microbiology.
鞭打运动是微生物学中一个引人入胜的话题。
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