The cilia on the surface of our lungs help to move mucus and trapped particles out of our airways.
我们肺部表面的纤毛有助于将黏液和被困的颗粒物从呼吸道排出。
Cilia are tiny, hair-like structures found in single-celled organisms that aid in movement and sensing.
单细胞生物中发现的纤毛是微小的类似头发的结构,有助于运动和感知。
In some marine creatures, cilia form a dense layer called a "water table" to filter food from the water.
在一些海洋生物中,纤毛形成一层密集的“水表”,用于从水中过滤食物。
The beating pattern of cilia is crucial for the functioning of the human respiratory system.
纤毛的摆动模式对于人类呼吸系统的正常运作至关重要。
Scientists have discovered that defects in
ciliary movement can lead to conditions like primary
ciliary dyskinesia.
科学家发现纤毛运动缺陷可能导致如原发性纤毛不动症等疾病。
Researchers study cilia to better understand how they contribute to embryonic development and tissue repair.
研究人员研究纤毛以更好地理解它们如何参与胚胎发育和组织修复。
The cilium's intricate structure allows it to perform its vital role in cell movement and signaling.
纤毛精细的结构使其能够执行其在细胞运动和信号传递中的关键作用。
In the field of biology, cilia are often used as a model for understanding cellular motility mechanisms.
在生物学领域,纤毛常被用作理解细胞运动机制的模型。
Some single-celled organisms use cilia to swim or navigate through their environment, like the paramecium.
有些单细胞生物如草履虫利用纤毛游泳或在环境中导航。
The coordinated movement of cilia in the human eye helps maintain the balance of fluids within the eye socket.
人眼中的纤毛协调运动有助于维持眼窝内液体的平衡。
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