已有的数据表明,不同频谱和强度(91.97dBA)声振动会导致大鼠器官和组织生化过程的显著变化,其特征表现为大脑、肝脏、心肌和血液的结构及功能的改变。上述变化既与声振动的强度及作用时间有关,又与动物种类及所研究的组织有关。按已有结果,最典型的变化是红细胞总磷 The available data indicate that acoustic vibrations of different frequencies and intensities (91.97 dBA) result in significant changes in the biochemical processes in the organs and tissues of rats, which are characterized by changes in the structure and function of the brain, liver, myocardium and blood. The above changes are not only related to the intensity and duration of acoustic vibration, but also to the animal species and the tissues studied. According to the existing results, the most typical change is red blood cell total phosphorus