Anichin V F
Kosm Biol Aviakosm Med. 1986 Sep-Oct;20(5):48-53.
The method for isolating and treating the vestibular and cochlear compartments of the inner ear was developed. Also, the procedure of histological treatment of temporal bones was modified. The pathogenesis of vestibulo-cochlear disorders due to acceleration and noise was investigated using histology, electron microscopy and histochemistry methods. It was found that exposure to acceleration of 10 Gx for 5 min and single and repeated (for 7 days) exposures to high-frequency noise of 100 dB produced histological changes and functional-morphological variations in all receptors located in the vestibular and cochlear compartments of the inner ear.
开发了分离和治疗内耳前庭和耳蜗腔室的方法。此外,还改进了颞骨的组织学处理程序。使用组织学、电子显微镜和组织化学方法研究了由加速度和噪声引起的前庭蜗神经障碍的发病机制。结果发现,暴露于10 Gx的加速度5分钟以及单次和重复(持续7天)暴露于100分贝的高频噪声会在内耳前庭和耳蜗腔室中的所有感受器产生组织学变化和功能形态学改变。