Objective: To evaluate the difference of vestibular compensation between triple semicircular canal occlusion ( TCO) and labyrinthectomy ( LE) in guinea pigs. 目的:比较豚鼠三半规管阻塞与迷路切除术后前庭功能代偿的异同。
OBJECTIVE To discuss the applied anatomical study and clinical significance of the partial labyrinthectomy approach to the internal auditory canal ( IAC) and the cerebellopontine angle ( CPA). 目的探讨经部分迷路切除手术到达内听道和桥小脑角区的应用解剖及临床意义。
Dynamic observations on vestibular compensation after labyrinthectomy in the guinea pig 豚鼠迷路切除后前庭代偿的动态观察
Vestibular compensation after triple semicircular canal occlusion and labyrinthectomy 三半规管阻塞与迷路切除术后前庭功能动态变化
Study on the changes of vestibular system following unilateral labyrinthectomy and the mechanisms of Ginaton enhancing vestibular compensation 一侧迷路切除后前庭系统的变化及银杏叶制剂(Egb761)促前庭代偿机制的研究
C-fos Expression in Medial Vestibular Nucleus of Guinea Pigs After Unilateral Labyrinthectomy 豚鼠一侧迷路毁损后前庭内侧核c-fos表达
Objective To probe abrasion technique of the petrous bone via modified partial labyrinthectomy petrous apicectomy ( PLPA) approach. 目的探讨改良部分迷路切除岩骨尖入路(PLPA)的岩骨磨除技术。
Influence of Ginaton on expression of synaptophysin in the medial vestibular nucleus after unilateral labyrinthectomy 银杏叶制剂对一侧迷路切除后前庭内侧核区突触素表达的影响
AIM To observe the influence of Ginaton on the expression of synaptophysin in the medial vestibular nucleus ( MVN) following unilateral labyrinthectomy ( UL). 目的观察银杏叶制剂对左侧迷路切除后前庭内侧核(Medialvestibularnucleus,MVN)区突触素(synaptophysin)表达的影响。
Application of partial labyrinthectomy on the surgery of skull base 部分迷路切除术在颅底外科的应用
A chemical labyrinthectomy caused by chloroform and the method of quantitative analysis of the movement of guinea pig's eyes were also discussed in this paper. 初步探讨了化学性(氯仿)迷路破坏的动物模型及豚鼠眼运动的定量观察方法。
Enhancement of GAP-43 mRNA expression in the rat medial vestibular nucleus by labyrinthectomy 迷路损伤增强大鼠前庭内侧核生长相关蛋白mRNA水平
Influence of standard extract of Ginkgo biloba on the medial vestibular nucleus ultrastructure following unilateral labyrinthectomy in guinea pigs 银杏制剂对一侧迷路切除后前庭内侧核超微结构影响
It is consistent with labyrinthectomy abolished pica behavior in rats. 这与文献中报道的迷路切除也能废除大鼠异食癖行为相一致。