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腹下部的跨大靠近轨道的下部方面

Yücel Doğruel^1,2, Abuzer Güngör³, Hatice Türe⁴

¹Departments of1Neurosurgery and.

Journal of neurosurgery

|August 10, 2024

概括

带有内镜辅助的亚腹转小手术方法可以安全切除下轨道洞穴形. 特定于患者的3D模型有助于手术规划,并改善这种轨道损伤治疗的结果.

科学领域:

神经外科神经外科
眼科医生眼科眼科
3D医疗建模 3D医疗建模

背景情况:

较低轨道病变带来了外科手术的挑战.
在轨道外科手术中,最少的侵入性技术至关重要.
内镜辅助可增强可视化和精度.

研究的目的:

为了展示 sublabial transmaxillary 微手术方法的外科技术,使用内镜辅助.
报告治疗较低轨道病变的结果.
突出患者特定3D模型在手术规划中的实用性.

主要方法:

在5名患者中进行了内镜辅助的亚腹腔跨门方法.
使用2名患者的3D模型进行手术前规划.
手术步骤包括骨切除,轨道床切除,病变剖析和关闭.
神经内镜用于手术内检查.

主要成果:

在所有5名患者中实现了下轨道洞腔形的完整切除.
在手术后报告的视野缺陷和proptosis的显著改善.
没有重大并发症;三名患者的过渡性胀迅速消失.

结论:

亚腹腔跨关的方法是一种安全而直接的方法,用于切除较低轨道洞穴性形.
这种技术最大限度地降低了与其他手术方法相关的风险.
3D模型可以提高手术规划和对手术的熟悉度.

关键词:

洞穴性形是一种形.下轨道神经神经的下轨道神经.马克西拉 (Maxilla) 是一个大.视神经的视觉神经是如何工作的轨道轨道轨道轨道头骨的基础骨的基础骨的基础手术技术是指手术技术的使用.

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