Serra A, Grasso D L, Cocuzza S, Trombetta L, la Mantia I
E.N.T. Department, University of Catania, Italy.
Ann N Y Acad Sci. 1999 Nov 28;884:69-84. doi: 10.1111/j.1749-6632.1999.tb08637.x.
Scanning electron microscope gave new insights into real morphology of the inner ear and has enhanced basic research. In fact, during the last twenty years, the cellular system that composes the organ of Corti and the vestibular apparatus has been clearly described by many authors. We now have a better understanding of each cell type and that they have a physiological functioning as ear and vestibular system. In addition, new insights into the damage caused by many drugs, such as aminoglucosides, can be investigated by studying the morphological changes and the reparative process following the injury. Animals such as guinea pigs can be used as ideal models to investigate the alterations in the sensory epithelium of the cochlear and vestibular receptors following ototoxic poisoning.
扫描电子显微镜为内耳的真实形态提供了新的见解,并加强了基础研究。事实上,在过去二十年里,许多作者已经清楚地描述了构成柯蒂氏器和前庭器官的细胞系统。我们现在对每种细胞类型有了更好的理解,并且知道它们在耳朵和前庭系统中具有生理功能。此外,通过研究损伤后的形态变化和修复过程,可以深入了解许多药物(如氨基糖苷类药物)造成的损害。豚鼠等动物可作为理想模型,用于研究耳毒性中毒后耳蜗和前庭感受器感觉上皮的变化。