Identification of the Preferred Interventional Approach to Trigeminal Ganglion Using Three-Dimensional Reconstruction Stereoscopic Model

A. Prem, Dongmei Cui, Edgar R Meyer, Gongchao Yang, Jian Chen, Rachel Crim
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Abstract

Trigeminal ganglion injection is a common procedure for many facial pain syndromes, including trigeminal neuralgia. The procedure is usually done under fluoroscopy guidance to target at the foramen ovale where lies the trigeminal ganglion and the mandibular branch of trigeminal nerve exits. In this project, Amira® software was used to create 3D structures that can be visualized stereoscopically and involve the structures to study the procedure pathway. The detailed anatomical structures include the skin, skull, external and internal pterygoid muscle, masseter muscle, buccinator muscle, external carotidartery and its branches, internal carotid artery and its branches, vertebral artery, trigeminal ganglion and its branches, internal jugular vein, and parotid gland were created. The structures’ relationships and potential complications are described. The 3D model is used to guide and educate students about safe procedure pathways and may potentially be used to evaluate and modify procedures scientifically.
利用三维重建立体模型确定三叉神经节介入治疗的首选入路
三叉神经节注射是许多面部疼痛综合征的常见手术,包括三叉神经痛。该手术通常在透视指导下进行,以三叉神经节和三叉神经下颌分支所在的卵圆孔为目标。在这个项目中,Amira®软件被用来创建3D结构,可以立体可视化,并涉及结构来研究过程路径。详细的解剖结构包括皮肤、颅骨、翼状内外肌、咬肌、颊肌、外颈动脉及其分支、颈内动脉及其分支、椎动脉、三叉神经节及其分支、颈内静脉、腮腺。描述了结构之间的关系和潜在的并发症。3D模型用于指导和教育学生关于安全的程序路径,并可能用于科学地评估和修改程序。
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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