为研究60m轻潜水对内耳的影响,本实验以豚鼠为研究对象,开放左耳听泡,模拟60m潜水正常及快速减压,应用听生理学、形态学、活体微循环的研究方法证明:开放听泡避免耳气压伤后,中耳、内耳未见病理生理学改变,亦未见内耳微循环的血液流变学改变,提示在60m轻潜水的减压过程中,耳蜗、前庭功能的损害以耳气压伤为主,较少发生内耳减压病. In order to study the effect of 60m light diving on the inner ear, this study took guinea pigs as the research object, opening the left ear to listen to the bubble, simulating the 60m diving normal and rapid decompression, using the method of listening physiology, morphology and living microcirculation to prove that: Bubble to avoid the ear pressure injury, the middle ear, no change in the pathophysiology of the inner ear, and no change in the inner ear microcirculation hemorheology, suggesting that in the 60m light diving decompression process, cochlear, vestibular function damage to ear pressure Injury-based, less incidence of decompression sickness of the inner ear.