对Corti器感知和换能过程中生理机制和生物力学行为的研究,可以揭示内耳感音机制和过程。位于基底膜上的毛细胞能够感受小于1 nm的振动,研究这样灵敏感知过程的生理和力学机制是极具挑战性的工作。从力学观点看,声音在内耳的传导和感知过程可理解为一种机械振动在连续介质中的 The study of the physiological mechanism and biomechanical behavior of the Corti instrument during perception and transduction can reveal the mechanism and process of inner ear sensation. Hair cells located on the basement membrane can sense vibrations of less than 1 nm and studying the physiological and mechanistic mechanisms of such sensitization processes is a challenging task. From a mechanistic point of view, the process of sound conduction and perception in the inner ear can be understood as a mechanical vibration in a continuous medium