蜗管

耳蜗外侧壁血管纹（striavascularis，StV）是构成膜蜗管外壁的重要组成部分，内含丰富微血管。

Stria vascularis ( StV ) in the lateral wall of cochlea is an important part of the hymeno-lateral wall stria vascularis , which contains plentiful micrangium .

结果MIP三维重建能满意显示两侧内耳膜迷路及内耳道的解剖结构，其中3个膜半规管、椭圆囊、球囊、蜗管及内耳道呈高信号。

Results Anatomic structures of membranous labyrinth and internal auditory meatus were well demonstrated in three-dimensional reconstructed images of MIP in all volunteers . All three semicircular ducts , utricle , saccule , cochlear duct and internal auditory meatus produced high intensity signal .

初生金仓鼠蜗管发育的组织学观察

Histological Observation on Development of Cochlea in Newborn Syrian Hamster

鸟纲蜗管听毛细胞突触的透射电镜观察

Transmission electron microscope study of the synapses of the auditory hair cells in avian cochlea

目的：了解鸟纲蜗管听毛细胞突触的超微结构。

Objective : To understand the ultrastructure of the synapses of the auditory hair cells in avian cochlea .

第14天原始膜蜗管出现；

The primitive cochlear duct , appeared at the 14th day of incubation , thickened regionally along its .

方法：应用透射电镜对成年鸡蜗管听毛细胞的突触进行观察。

Methods : Transmission electron microscope was used to observe the ultrastructure of the synapses of the auditory hair cells in chicken cochlea .

当庆大霉素内耳浓度高于血中浓度时，应用利尿酸损坏蜗管外壁以促使蓄积在耳蜗内的庆大霉素从内耳排出以达到挽救毛细胞的目的。

When GM level is low in blood , EA permits efflux of GM from the cochlear fluids for rescue of cochlear hair cells .

当庆大霉素血中浓度高于内耳液浓度时，应用利尿酸破坏蜗管外壁以促使更多的庆大霉素进入耳蜗以制备不同程度耳蜗损害的动物模型。

When GM level is high in blood , EA permits entry of GM into the cochlea for making models of selective cochlear hair cell damage .

结果Ca2+ATP酶活跃在蜗管前庭膜内淋巴侧、内外毛细胞之皮板及静纤毛、血管纹边缘细胞内浆膜等处；

Results Ca 2 + - ATPase activity is mainly found on the endolymphatic surface of Reissner 's membrane , the stereocilia and cuticular plate of inner and outer hair cells , and along the infolded plasma membrane of strial marginal cells .