前言 近期研究表明低频噪声可引起生物的一些器官和系统形态学和生理学的变化。这种现象的剧烈程度与人们被迫暴露于噪声环境中的时间有关。以往也曾报道引入胸膜腔微粒通过胸膜壁层和脏层小叶被除去。我们目前的工作是研究低频噪声对Wistar鼠胸膜间皮细胞的形态学和功能特征的影响。方法 令动物接受低频噪声100h～600h。在这期限后,给动物行 Recent studies show that low-frequency noise can cause morphological and physiological changes in some organs and systems of the organism. The intensity of this phenomenon is related to the amount of time people are forced to be exposed to the noisy environment. In the past it has also been reported that the introduction of pleural cavity particles is removed through the parietal and visceral leaflets. Our current work is to study the effects of low frequency noise on the morphological and functional characteristics of Wistar mouse pleural mesothelial cells. Method to make animals accept low-frequency noise 100h ~ 600h. After this period, give the animal line