耳蜗管

词组短语

cochlear duct

与耳蜗管相关的网络例句 [注：此内容来源于网络，仅供参考]

The result of our study shows that vertigo in AAT possible had assemble pathology of endolymph hydros which proven indirectly by the change of ECoG expect the direct injury of the vestibular system or perilymph fistule.

本研究结果显示急性听性外伤造成的眩晕，除了前庭迷路系统的直接伤害或外淋巴瘻管，有可能类似内淋巴水肿的病理机转，此病理机转可藉由耳蜗电图的变化而间接加以证实。

Methods The cochlear samples cochlea of guinea pig and mouse were infiltrated with increasing concentrations of sucrose, followed by degassed embedding medium before final orientation and freezing. The sections were stained by hematein、eosin and immunohistochemistry. The morphology of the tissue sections was observed.

取1天龄大鼠、成年豚鼠、成年小鼠耳蜗标本经蔗糖快速浸透，用离心管定向并用新型组织包埋剂Tissue-Tek包埋，液氮中快速冷冻后在恒冷箱切片机中切片，然后分别做苏木素、伊红染色和免疫组化染色，观察组织切片的形态结构。

Structures of cochlea were measured on the images of position I and II ,including upper hemicycile width of Basal turn, lower hemicycle width of Middle turn, Middle turn height, Cochlea height, Modiolus area, length and width of Cochlea Nerve Canal on image I and Basal turn diameter, Basal turn lumen on image II.

在标准方位图像上设计并测量耳蜗9个结构径线(笔者分别定义为径线A—I，图Ⅰ A-G，图Ⅱ H-I)，径线A约衡量底周上半周宽度，径线B约衡量中周下半周宽度，径线C约衡量中周高度，径线D约衡量耳蜗高度，径线E约衡量蜗轴面积，径线F衡量蜗神经管宽度，径线G衡量蜗神经管长度，径线H约衡量耳蜗底周外径，径线I约衡量底周管径。

Results: The satisfactory MPR images of cochlea, bony semicircular canals, internal auditory meatus and other intratemporal structures can be obtained. The SSD images could show some important bony marks of temporal bone and spatial relationships between them clearly. On coronal plane, SSD images can vividly demonstrate the shape and spatial relationships of malleus and incus. A series images were obtained as the virtual endoscope moved from the external auditory canal to the middle ear cavity.

结果：MPR能在不同切面显示耳蜗、半规管、内耳道及面神经管垂直段等结构，显示率为100%；SSD能清晰显示颞骨重要的骨性结构，如内耳门、颈静脉孔等，冠状位切割后的SSD图像能生动地显示锤骨、砧骨的立体形态及空间关系；CTVE可模仿内窥镜从外耳向中耳移动，清晰显示骨性外耳道、鼓室内侧壁及听骨链等结构。

Review articles only; ear; acoustic; hearing loss; deafness; ototoxicity; otorhinolaryngeal; vestibulocochlear; cochlea; sound; bioacoustics; organ of Corti; semicircular canals; cochlear implants; binaural; monaural; tympanic; malleus; incus; stapes; ear drum; geniculate; inner ear hair cells; outer hair cells; round window; oval window

唯一综述；听觉；声学的；听力损失聋的；耳毒性；otorhinolaryngeal；前庭蜗；耳蜗；声音；生物声学的；柯替氏器；半规管；耳蜗植入管；两耳的；单耳的；鼓膜的；锤骨；砧骨；镫骨；耳鼓；膝状的；内耳毛细胞；外毛细胞；圆窗；卵圆窗

Ear; acoustic; hearing loss; deafness; ototoxicity; otorhinolaryngeal; vestibulocochlear; cochlea; sound; bioacoustics; organ of Corti; semicircular canals; cochlear implants; binaural; monaural; tympanic; malleus; incus; stapes; ear drum; geniculate; inner ear hair cells; outer hair cells; round window; oval window

听觉；声学的；听力损失；聋的；耳毒性；otorhinolaryngeal；前庭蜗；耳蜗；声音；生物声学的；柯替氏器；半规管；耳蜗植入管；两耳的；单耳的；鼓膜的；锤骨；砧骨；stapes；耳鼓；膝状的；内耳毛细胞；外毛细胞；圆窗；卵圆窗

（1） In common cavity malformation, in addition to the abnormal bony labyrinth such as the cochlea, vestibule and lateral semicircular canal, the inner ear perceptive organ such as the saccule, utricle and scala media were also abnormal.（2） Though we could not identify the basal membrane and sensory epithelia under micro-endoscopy, the utricle and saccule could be clearly identified.（3） During cochlear implantation in common cavity malformation, electrode insertion should be monitored under micro-endoscopy, the electrodes should be put close to the anterior wall of the cavity, otherwise the vestibular organ may be damaged.

（1）共同腔畸形极重度聋患者不仅前庭、外半规管和耳蜗的骨性结构形态发生了变化，而且腔内耳蜗中阶与前庭的球囊、椭圆囊的膜迷路结构形态也发生了变化；（2）微窥镜下分辨不出基底膜或听神经细胞的形态结构，可见畸形前庭的球囊、椭圆囊的囊性结构；（3）进行共同腔畸形人工耳蜗植入手术时，应在耳蜗内镜的监视下，将电极摆放到准确位置，尽可能贴近共同腔的前壁，不应损伤前庭器官。

The major HRCT findings were presented with soft tissue mass in 89 middle ears(100%),the destruction of temporal bone including enlargment of the tympanic cavity 89 ears(100%),tympano scutum 55 ears(61.80%),ossicular chain 82 ears(92.13%),facial nerve cannal 54 ears(60.67%),semicircular canal 18 ears(20.22%),external auditory canal 10 ears(11.24%),tympanic tegmen 15 ears(16.85%),vestibular 1 ear(1.12%),cochlea 1 ear(1.12%) and sigmoid sinus plate 7 ears(7.86%).

HRCT表现：中耳腔扩伴软组织团块89耳(100%)，盾板破坏55耳(61.80%)，听小骨破坏82耳(92.13%)，面神经骨管破坏54耳(60.67%)，半规管破坏18耳(20.22%)，外耳道骨质破坏10耳(11.24%)，鼓室盖破坏15耳(16.85%)，前庭及耳蜗破坏各1耳(1.12%)，乙状窦周围骨质破坏7耳(7.86%)。

RESULTS 30 longitudinal fractures, 14 transverse fractures, 7 complex fractures, 31 facial nerve canal injury and 5 cochlear and semicircular canal injury.

结果 纵行骨折30耳，横行骨折14耳，混合性骨折7耳，面神经管损伤31耳，耳蜗、半规管损伤5耳。

The major HRCT findings were presented with soft tissue mass in 89 middle ears(100%),the destruction of temporal bone including enlargment of the tympanic cavity 89 ears(100%),tympano scutum 55 ears(61.80%),ossicular chain 82 ears(92.13%),facial nerve cannal 54 ears(60.67%),semicircular canal 18 ears(20.22%),external auditory canal 10 ears(11.24%),tympanic tegmen 15 ears(16.85%),vestibular 1 ear(1.12%),cochlea 1 ear(1.12%) and sigmoid sinus plate 7 ears(7.86%).

HRCT表现为：中耳腔扩大伴软组织团块89耳(100%)，盾板破坏55耳(61.80%)，听小骨破坏82耳(92.13%)，面神经骨管破坏54耳(60.67%)，半规管破坏18耳(20.22%)，外耳道骨质破坏10耳(11.24%)，鼓室盖破坏15耳(16.85%)，前庭及耳蜗破坏各1耳(1.12%)，乙状窦周围骨质破坏7耳(7.86%)。

与耳蜗管相关的网络解释 [注：此内容来源于网络，仅供参考]

cochlea：耳蜗

膜迷路与骨迷路之间充满外淋巴(peri1ymph),外淋巴含细胞外液样离子成分,呈高钠低钾. 内、外淋巴互不相通. 3.耳蜗 耳蜗(cochlea)耳蜗位于前庭的前面,形似蜗牛壳,主要由中央的蜗轴(modiolus)和周围的骨蜗管(osseous cochlear duct)组成(图5-1-27).

cochlea duct：耳蜗管

cochlea canal 耳蜗管 | cochlea duct 耳蜗管 | cochlea ganglion 耳蜗神经节

cochlea canal：耳蜗管

cochlea 耳蜗 | cochlea canal 耳蜗管 | cochlea duct 耳蜗管

cochlea ganglion：耳蜗神经节

cochlea duct 耳蜗管 | cochlea ganglion 耳蜗神经节 | cochlea microphonic effect 耳蜗颤噪效应

cochlear duct：蜗管

1.蜗管(cochlear duct)位于耳蜗内的膜性管道,形似耳蜗,但管腔小,其顶端为盲端,底部借连合管与前庭内的膜性囊相通(参见图11-11),内充以内淋巴. 在蜗轴的垂直切面上,可见蜗管呈三角形,共有三个壁. (图11-13):2.螺旋器(spiral organ)又称柯蒂(Corti)氏器为听觉感受器.

cochlear duct：耳蜗管

骨性迷路包括了三个部份:前庭(vastibule)、耳蜗(cochlea)和半规管(semicircular canal). 膜性迷路则包括前庭内的椭圆囊(utricle)和球囊(saccule)、耳蜗内的耳蜗管(cochlear duct) 、以及骨性半规管内的膜性半规管(membranous semic ...

Modiolus cochleae：耳蜗轴

耳蜗管口 - Apertura canaliculi cochleae | 耳蜗轴 - Modiolus cochleae | 膝状神经节 - Ganglion geniculi; Ganglion geniculatum

caecum vestibulare：前庭盲端(耳蜗管)

caecum cupulare 顶盲端(耳蜗管) | caecum vestibulare 前庭盲端(耳蜗管) | caenogenesis 新性发生,新始发生

cochleariform：匙形的,蜗状的

\\"耳蜗管\\",\\"cochlea duct\\" | \\"匙形的,蜗状的\\",\\"cochleariform\\" | \\"美国螺旋蝇\\",\\"Cochliomyia americana\\"

scala media：耳蜗管

耳石膜otolithic membrane | 耳蜗管scala media | 耳蜗囊cochlear pouch