[Lateral Suboccipital Approach].

Q4 Medicine
Yoshinori Higuchi, Shinichi Origuchi, Shigeki Nakano
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引用次数: 0

Abstract

The lateral suboccipital approach is a fundamental surgical method for accessing the cerebellopontine angle. This article outlines critical aspects, including anatomical landmarks, surgical positioning, and techniques for craniotomy and dural opening, based on practices at our institution. Important landmarks include the mastoid process, asterion, and suboccipital triangle, which contains critical structures such as the vertebral artery. Preoperative three-dimensional computed tomography imaging significantly aids surgical planning through visualizing bone landmarks and venous sinus positioning. Optimal patient positioning, involving careful head flexion and rotation in the park-bench position, is essential to minimize complications such as airway edema. Accurate muscle dissection and careful handling of the mastoid emissary vein are detailed to prevent venous sinus occlusion. Significant complications associated with this procedure include cerebrospinal fluid (CSF) leakage, vertebral artery injury, and venous sinus injury. Strategies for preventing CSF leakage include meticulous dural closure using artificial dura and fat grafts. While rare, vertebral artery injury demands precise handling to prevent severe ischemic complications. Overall, careful anatomical understanding, rigorous preoperative planning, and a meticulous surgical technique are paramount to minimize complications associated with the lateral suboccipital approach.

[外侧枕下入路]。
枕下外侧入路是进入桥小脑角的基本手术方法。本文概述了关键方面,包括解剖标志,手术定位,开颅术和硬脑膜打开技术,基于我们机构的实践。重要的标志包括乳突、星形肌和枕下三角,其中包含椎动脉等关键结构。术前三维计算机断层成像通过可视化骨地标和静脉窦定位显着帮助手术计划。最佳的患者体位,包括小心的头部屈曲和park-bench位置的旋转,对于减少气道水肿等并发症是必不可少的。准确的肌肉解剖和小心处理乳突传递静脉的细节,以防止静脉窦闭塞。与该手术相关的重要并发症包括脑脊液(CSF)泄漏、椎动脉损伤和静脉窦损伤。预防脑脊液渗漏的策略包括使用人工硬脑膜和脂肪移植进行细致的硬脑膜闭合。虽然罕见,椎动脉损伤需要精确处理,以防止严重的缺血性并发症。总的来说,仔细的解剖理解,严格的术前计划和细致的手术技术对于减少与外侧枕下入路相关的并发症是至关重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Neurological Surgery
Neurological Surgery Medicine-Medicine (all)
自引率
0.00%
发文量
99
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