Applied anatomy of cranial base operation through petrous pyramid approach 颞骨岩部入路颅底手术有关的应用解剖
Relating to or located near the petrous portion of the temporal bone. Result The orbital dermoid cyst occurs in one eye and mainly on superior temperal orbital rim. (内耳)岩部的与颞骨有关的,或位于颞骨上硬的部分附近的结果8例均单眼发病,囊肿多位于颞上方眶缘。
Clinical Anatomy and Three Dimensional Visualization of Petrous Pyramid and Its Adjacent Structures 颞骨岩周区域临床应用解剖与三维可视化研究
Objective: To explore the clinic characteristic of petrous bone cholesteatoma. 前言:目的:探讨岩部胆脂瘤的临床特征及手术方法。
The Establishment of Ecological Assessment Indexes System for Petrous Side Slope Revegetation Engineering 岩质边坡植被重建后的生态评价指标体系构建
Before and after tentorial incision, the exposed area of petrous apex area and the important microanatomy structure surrounding was measured and photographed. 模拟颞下经小脑幕入路观察小脑幕切开前后的显露范围及周围重要结构的解剖关系,并进行测量拍照。
Anatomy and Clinical Research of Modified Lateral Petrous Bone Approach 改良经岩骨侧方入路的解剖及临床研究
Primary study of diagnosis and treatment of huge petrous apex cholesteatoma ( clinical analysis of 2 cases) 巨大岩尖胆脂瘤诊治初探(附2例临床分析)
Removal of Petrous Bone Cholesteatoma and Obliteration with Adipose Tissue Clinical analysis of treatment effect on patients of suppurative otitis media with cholesteatoma& Report of 68 cases 岩骨内胆脂瘤摘除脂肪填塞术(附3例报告)68例儿童胆脂瘤型中耳炎临床分析
Objective: To study the effect of the back wall of petrous bone on relative surgery. 目的:了解颞骨岩部后骨板的解剖及其变异情况对颞骨相关手术的影响。
Anatomic characteristics of children's petrous bone 儿童颞骨岩部解剖学特征
Applied anatomy of locating cochlea for removing petrous bone in middle cranial fossa approach 颅中窝入路岩部切除中耳蜗定位的解剖学研究
Methods Twelve cases of petrous apex cholesteatoma ( primary 3, secondary 9) were retrospectively studied. 方法对1986年12月~2003年4月收治的12例岩骨胆脂瘤患者(继发9例,原发3例)进行回顾性分析。
CT and MRI Findings of Congenital Cholesteatoma of Petrous Bone 颞骨岩锥先天性胆脂瘤的CT和MRI表现
Conclusions: ① The greater superficial petrosal nerve provides guarantee that drilling petrous bone is safe; 结论:①以岩大神经为标志磨除颞骨岩部为安全手术提供了保证;
Conclusions: Petrous ridge is parallel with horizontal segment of facial nerve. 结论:面神经水平段大致平行于颞骨岩部上嵴,气化的乳突其颞骨岩部后骨板与外耳道后壁之间距离较大;
Results: ① Trigeminal nerve can be moved towards inferior and lateral by drilling the petrous apex; 结果:①磨除颞骨岩部尖,可以向下向外移动三叉神经;
External auditory canal and mastoid process were involved in 10 cases, squamous and petrous parts in 8 cases, and middle ear in 7 cases on CT scans. Destruction of ossicles and bony labyrinth were detected in 2 cases, respectively. CT发现10例都累及外耳道和乳突,8例并累及岩部和鳞部,7例累及中耳,听小骨及内耳骨迷路破坏各2例。
Abducens nerve was the medial limit of drilling petrous bone; 外展神经是磨除颞骨岩部的内限;
The roots of trigeminal nerves thickening with dysfunction and erosion of petrous bone were found in most cases. 三叉神经根增粗及功能异常,常伴岩骨、颅底骨质吸收、破坏。
Objective Observe and measure the bone structures of middle cranial fossa and petrous part of temporal bone. To supply anatomic basis for preserving facial nerve and cochlear nerve in the removal of acoustic neurinoma by middle fossa approach. 【目的】观察测量颅中窝及颞骨岩部的骨性结构,为经颅中窝入路听神经瘤切除及面、听神经保留提供解剖依据。
The common destructed sites were the clivus, the body of sphenoid and the petrous apex, which was 20. 1%, 17. 9% and 16. 7% respectively. 破坏部位以枕骨斜坡、蝶骨体部和岩尖最多见,分别占20.1%、17.9%和16.7%。
Labyrinthine segment of the facial nerve was supplied by petrous branch of middle meningeal artery; 面神经迷路段由脑膜中动脉发出的岩浅支供应;
Irregular soft tissue mass of petrous bone, tympanum, mastoid process and jugular fossa, and bony destruction were found in two cases with nasopharyngeal carcinoma invading middle and inner ear. 2例鼻咽癌侵犯中内耳,表现为岩部、鼓室、乳突和颈静脉窝不规则肿块和骨质破坏。
Microsurgical anatomy of the petrous bones within Presigmoid Approach 经岩乙状窦前入路中岩骨磨除的显微解剖研究
One patient with eosinophilic granuloma showed irregular soft tissue mass of petrous bone and tympanum and bony destruction. 1例嗜酸性肉芽肿CT表现为岩部、鼓室不规则肿块和骨质破坏。
To providing the safety range of the grinding petrous bone. 界定岩骨磨除的安全范围。
With the auditory canal as a symbol, Bone is divided into the part of around the internal auditory canal and the petrous apex. to grinding petrous bone in two parts. 以内听道为标志,可以将岩骨分为内听道周围部分和内侧岩尖部分共两部分来磨除岩骨。