骨迷路

词组短语

bony labyrinth · osseous labyrinth

与骨迷路相关的网络例句 [注：此内容来源于网络，仅供参考]

Objective To study the optimal parameters of 3D spiral CT of osseous labyrinth in normal inner ear.

目的 探讨内耳骨迷路CT三维重建的最佳成像参数。

Virtual human data can be reconstructed osseous labyrinth, facial nerve trunk, and the vestibular nerve trunk, such as cochlear fine structure visualization model.

可以通过虚拟人数据重建出骨迷路、面神经主干、前庭蜗神经主干等精细结构的可视化模型。

Vestibule; temporal bone; bony labyrinth; inner ear; perilymph; angular acceleration; hair cells; stereocilia; crista ampullaris; ampulla; cristae; cupula; vertigo; VOR; vestibulo-ocular reflex; vestibular nerve; vestibular nuclei; vestibular ganglion; equilibrium

前庭；颞骨；骨迷路；内耳；外淋巴；角加速度毛细胞；静纤毛；壶腹嵴；壶腹；嵴；吸盘；眩晕；VOR；前庭眼球反射；前庭神经；前庭神经核；前庭神经节；平衡

pressure or sound sensitive vertigo seemed to occur when there were abnormal communication between the inner ear and surrounding structures or the shortend distance between the footplate and saccule.

上半规管裂时内耳和周围结构之间存在异常交通，膜迷路积水和镫骨足板活动过度则可能系球囊与镫骨足板之间的距离变近，可出现对声音或压力敏感性眩晕。vemp阈值的变化可以对这类眩晕进行客观评价。

Objective To supply suboccipital retrosigmoid approach drilling of the posterior wall of the internal acoustic meatus and preserving bone labyrinths. Methods Ten cadaveric adult heads were examined by internal acoustic meatus centered CT thin tomographic scan.

应用10例甲醛固定的汉族成人头颅湿性标本，以内耳道为中心进行了CT断层薄扫，在手术显微镜下磨开内耳道后壁，保护骨迷路，用游标卡尺、量规进行了测量。

Results: The facial nerve from the point left brainstem to stylomastoid foramen were divided into five segments named cerebellopontine angle segment,internal acoustic meatus segment,labyrinthine segment,tympanum segment and mastoid segment.

结果：面神经从桥延沟离开脑干到茎乳孔分为五段：小脑脑桥角段、内听道段、迷路段、鼓室段、乳突段，其中后四段走行于颞骨骨管中。

Comclusion: transpetrous presigmoid retrolabrinth approach was rational approach for surgery on petroclivus and -4- CPA; it抯 important for accomplish the surgery to study and master the anatomy and variance of this approach; there was relative anatomical relationship among those structure on posterior of petrous bone; AAMP was the extracranial mark of inflexion of TS and SS; LAM and PSC were obvious bone marks for operation; we can confirm the abraded range of petrous bone lean upon LAM and/or GSS beside abrading step by step as literature, and it抯 unnecessary and unrational to emphasize to show PSC if the surgical space was enough; preceding sigmoid sinus and high jugular bulb often appeared at right and would bring disadvantage effect; interspace ,between CN V and CNVII or CNVII and CNJXI, were available to reach clivus and manage the mass on the range.

经SS前迷路后入路是处理岩斜坡区、桥小脑角区病变理想的手术入路；研究和熟悉手术入路中的解剖结构及部分变异对指导手术十分必要；岩骨内测面的骨性结构之间有着相对稳定的空间关系；顶乳缝前角是SS和TS转接处在颅外的标志；IAM和PSC等结构可以作为手术中的重要骨性标志；以PSC确定岩骨的磨除范围是较安全和可靠的，但亦可以结合影像检查，以内耳道和乙状窦前缘为基点判定切除范围，如果操作空间足够，过分强调磨出半规管是不适当的；右侧GSS的宽度和深度较对侧大，SS前置和颈静脉球高位较对侧多见，这些都对右侧入路有不利的影响，但仍可以进行手术操作；三叉神经和面神经间隙及面l 神经和舌咽神经间隙方便到达斜坡并处理病变。l

Objective: To study the posterior surface of petrous bone and abut important neurovessel, in order to provide anatomical prove for clinic transpetrous presigmoid retrolabrinth approach.

目的：研究岩骨小脑面及与其毗邻的重要神经和血管结构，为临床开展经岩骨SS前迷路后入路进行显微神经外科手术提供解剖学依据。

To compare the effect on operative exposureamong retrolabyrinthine approach,PLPA approach and translabyrinthine approach.Methods (1)Vessels perfusion and microanatomy were performed in 15 cadavericheads.Outlines of temporal bone and space relationship between inner structureswere measured.

目的研究颞骨的外部形态及内部结构，测量结构的空间关系；对比研究神经导航辅助Kawase入路与常规Kawase入路对手术过程及手术暴露的影响；对比研究迷路后入路、PLPA入路及经迷路入路对手术暴露的影响。

Using the smallest density projection may clearly demonstrate the internal earandmay obtain the auditory bone chain and the internal ear three dimensional three-dimensional image using ssd-3d.

运用最小密度投影可以清楚显示内耳骨迷路及膜迷路，运用ssd-3d可以得到听骨链及内耳骨迷路的三维立体影像。

与骨迷路相关的网络解释 [注：此内容来源于网络，仅供参考]

bony labyrinth：骨迷路

35 一,骨迷路(bony labyrinth) 骨迷路 组成:耳蜗,前庭,骨半规管 耳蜗,前庭, 耳蜗前(上)骨半规管 前骨壶腹 骨壶腹 总骨脚 后骨半规管 耳蜗外(水平)骨半规管 水平) 外骨壶腹 骨壶腹 前庭窗 蜗螺旋管 骨蜗管) (骨蜗管) 前庭 后骨壶腹 骨壶腹 蜗窗 36 蜗顶 蜗孔 蜗螺旋管 骨蜗管) (骨蜗管) 前庭阶 蜗轴 骨螺旋板 蜗管 鼓阶 37

bony labyrinth：骨迷路 ; 骨性迷路

bony fish硬骨魚 | bony labyrinth骨迷路 ; 骨性迷路 | book gill書鰓 ; 葉鰓

labyrinth：迷路

内耳(inner ear)又称迷路(labyrinth),位于颞骨岩部内,由复杂的管道组成,含有听觉与位置觉重要感受装置. 内耳分骨迷路(osseous labyrinth)与膜迷路(membranous labyrinth),二者形状相似,膜迷路位于骨迷路之内. 膜迷路含有内淋巴(endo1ymph),

membranous labyrinth：膜迷路

(二)膜迷路 膜迷路(membranous labyrinth)由膜性管和膜性囊组成,借纤维束固定于骨迷路内,可分为椭圆囊、球囊、膜半规管及膜蜗管,各部相互连通为形成一连续的、含有空腔的密闭的膜质结构(图5-1-29).

osseous：骨的 骨性的

骨黏蛋白 osseomucoid | 骨的;骨性的 osseous | 骨质迷路;骨迷路 osseous labyrinth

contains perilymph：骨迷路

Internal ear 内耳 | Bony labyrinth 骨迷路 contains perilymph | Bony labyrinth 骨迷路

petrous bone：颞骨岩部

osseous labyrinths:骨迷路 | petrous bone:颞骨岩部 | auricle:耳廓

osseous labyrinths：骨迷路

inner ear:内耳 | osseous labyrinths:骨迷路 | petrous bone:颞骨岩部

internal ear：内耳,内耳

(三)内耳 内耳(internal ear)形态不规则,构造极复杂,称迷路,位于颞骨岩部中,由骨迷路和膜迷路构成. 1.故迷路 骨迷路(osseous labyrinth)系颞骨岩部内不规则的腔隙和隧道,腔面覆以骨膜. 膜迷路悬于骨迷路内,两者之间为外淋巴间隙,

internal ear：耳

内耳(internal ear)由于结构复杂,又称为迷路,全部埋藏于颞骨岩部骨质内,介于鼓室与内耳道底之间,由骨迷路和膜迷路构成. 骨迷路由致密骨质围成,是位于颞骨岩部内曲折而不规则的骨性隧道. 膜迷路是套在骨迷路内的一封闭的膜性囊.