pseudopod extension
伪足延伸
pseudopod movement
伪足运动
pseudopod formation
伪足形成
pseudopod structure
伪足结构
pseudopod behavior
伪足行为
pseudopod cell
伪足细胞
pseudopod organism
伪足生物
pseudopod type
伪足类型
pseudopod attack
伪足攻击
pseudopod interaction
伪足相互作用
the amoeba uses its pseudopod to move and capture food.
变形虫利用伪足移动并捕捉食物。
pseudopods can extend and retract rapidly.
伪足可以迅速伸展和收缩。
in biology class, we studied how pseudopods function in single-celled organisms.
在生物课上,我们研究了伪足在单细胞生物中的功能。
the pseudopod acts like a temporary limb for movement.
伪足像临时肢体一样用于移动。
some protists use pseudopods for locomotion and feeding.
一些原生生物使用伪足进行运动和进食。
when the pseudopod extends, it helps the organism to explore its environment.
当伪足伸展时,它帮助生物探索环境。
pseudopods can change shape depending on the organism's needs.
伪足的形状可以根据生物的需要而变化。
the study of pseudopods provides insight into cellular movement.
对伪足的研究提供了对细胞运动的深入了解。
researchers observed how pseudopods interact with their surroundings.
研究人员观察了伪足如何与周围环境互动。
understanding pseudopod formation is crucial in cell biology.
理解伪足的形成对细胞生物学至关重要。
pseudopod extension
伪足延伸
pseudopod movement
伪足运动
pseudopod formation
伪足形成
pseudopod structure
伪足结构
pseudopod behavior
伪足行为
pseudopod cell
伪足细胞
pseudopod organism
伪足生物
pseudopod type
伪足类型
pseudopod attack
伪足攻击
pseudopod interaction
伪足相互作用
the amoeba uses its pseudopod to move and capture food.
变形虫利用伪足移动并捕捉食物。
pseudopods can extend and retract rapidly.
伪足可以迅速伸展和收缩。
in biology class, we studied how pseudopods function in single-celled organisms.
在生物课上,我们研究了伪足在单细胞生物中的功能。
the pseudopod acts like a temporary limb for movement.
伪足像临时肢体一样用于移动。
some protists use pseudopods for locomotion and feeding.
一些原生生物使用伪足进行运动和进食。
when the pseudopod extends, it helps the organism to explore its environment.
当伪足伸展时,它帮助生物探索环境。
pseudopods can change shape depending on the organism's needs.
伪足的形状可以根据生物的需要而变化。
the study of pseudopods provides insight into cellular movement.
对伪足的研究提供了对细胞运动的深入了解。
researchers observed how pseudopods interact with their surroundings.
研究人员观察了伪足如何与周围环境互动。
understanding pseudopod formation is crucial in cell biology.
理解伪足的形成对细胞生物学至关重要。
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