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Modal Analysis of Respiratory Cilia

机译:呼吸纤毛的模态分析

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摘要

The mucociliary system is an important part of the respiratory defense system. The respiratory cilia are distributed on the surface of the epithelial cells. The cilia provide power to the mucus through asymmetric periodic beat, thus particles and other impurities attached to mucus will be pushed to the throat to achieve clearance. Understanding the structure and function of cilia has implications for the diagnosis and treatment of related diseases Existing experimental studies have been able to observe the ultrastructure of the respiratory cilia, but research on the inherent mechanical properties of cilia are rare. Through the modal analysis of respiratory cilia, the inherent characteristics of the natural frequency and modal shape of the respiratory cilia were clarified. And the validity of the modal analysis was proved by comparison with the morphological characteristics of the respiratory cilia during different periods. By studying the biomechanical properties of cilia is helpful for the research of ciliary movement mechanism and provides reference for it.
机译:粘蛋白系统是呼吸防御系统的重要组成部分。呼吸道纤毛分布在上皮细胞的表面上。纤毛通过不对称的周期性节拍向粘液提供功率,因此附着在粘液上的颗粒和其他杂质将被推到喉部以实现间隙。了解纤毛的结构和功能对相关疾病的诊断和治疗有影响,现有的实验研究已经能够观察到呼吸道纤毛的超微结构,但对纤毛的固有机械性能的研究是罕见的。通过呼吸纤毛的模态分析,阐明了呼吸道纤毛的固有特征和呼吸道纤毛的模态形状。通过与不同时期的呼吸道纤毛的形态特征进行比较,证明了模态分析的有效性。通过研究纤毛的生物力学性质有助于对睫状体运动机制的研究,并为其提供参考。

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