内耳由骨迷路——耳蜗（让我们拥有听觉）和前庭迷路（让我们保持平衡）——构成。
The inner ear consists of a bony labyrinth that has two parts: the cochlea, which enables us to hear, and the vestibular labyrinth, which enables us to keep our balance.
结论本研究结果为骨迷路结构研究增添了新的内容，为临床内耳手术的开展提供解剖学基础和参考数据。
Conclusions the results is not only give some new contents of the bony labyrinth but also provide anatomic criteria for operations of inner ear.
结论在内耳缺血早期使用尼莫地平，能减轻血迷路屏障的损伤；
Conclusion Intravenous application of nimodipine in the early period of cochlear ischemia can alleviate the blood-labyrinth barrier damage and decrease its permeability.
目的探讨先天性内耳骨迷路畸形的高分辨率CT (HRCT)特征。
Objective To explore the high resolution ct (HRCT) features of the inner ear malformation.
目的探讨建立化学性迷路破坏豚鼠模型的方法及内耳的组织病理学改变。
Objective to establish the model of chemical labyrinth destruction and observe the histopathology of chloroform induced injury of inner ear in guinea pigs.
近年来，高精度x射线计算机断层扫描技术被广泛应用于化石脊椎动物内耳迷路的研究。
In recent years, the sophisticated high resolution X-ray computed tomography has been widely applied in the research on the labyrinth of fossil vertebrate inner ear.
目的探讨内耳骨迷路CT三维重建的最佳成像参数。
Objective To study the optimal parameters of 3D spiral CT of osseous labyrinth in normal inner ear.
摘要：目的：了解人胚胎内耳骨迷路的组织发生。
Objective: To get a general idea of the tissue development of the Osseos Labyrinth in human fetuses.
摘要：目的：了解人胚胎内耳骨迷路的组织发生。
Objective: To get a general idea of the tissue development of the Osseos Labyrinth in human fetuses.
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