Zdilla Matthew J, Hatfield Scott A, Mangus Kelsey R
*Department of Natural Sciences and Mathematics†Department of Graduate Health Sciences, West Liberty University, West Liberty, WV.
J Craniofac Surg. 2016 Nov;27(8):2177-2180. doi: 10.1097/SCS.0000000000003138.
The debilitating pain of trigeminal neuralgia often necessitates neurosurgical intervention via percutaneous transovale cannulation. While most percutaneous treatments of trigeminal neuralgia are successful, severe adverse events resulting from failure to properly cannulate the foramen ovale (FO) have been reported. With regard to specific targeting of particular trigeminal divisions (ie, V1, V2, V3, and combinations thereof), operative techniques have been described; however, these descriptions have not included specific angulation data. This anatomic study analyzed the angular relationship between the centroid and anteromedial- and posterolateral-most aspects of the FO and the boundaries of the trigeminal impression. The study is the first to detail the angular relationship between the FO boundaries and the boundaries of the trigeminal impression in dry human skulls relative to the coronal plane. The information may be used to prevent miscannulation and also target specific branches of the trigeminal nerve for optimal operative results.
三叉神经痛使人虚弱的疼痛常常需要通过经卵圆孔穿刺插管进行神经外科干预。虽然大多数三叉神经痛的经皮治疗是成功的,但也有报道称,因未能正确插管卵圆孔(FO)而导致严重不良事件。关于特定三叉神经分支(即V1、V2、V3及其组合)的具体靶向,已有手术技术的描述;然而,这些描述并未包括具体的角度数据。这项解剖学研究分析了卵圆孔的质心与最前内侧和最后外侧方面以及三叉神经压迹边界之间的角度关系。该研究首次详细阐述了在干燥的人类颅骨中,相对于冠状平面,卵圆孔边界与三叉神经压迹边界之间的角度关系。这些信息可用于防止插管失误,并针对三叉神经的特定分支以获得最佳手术效果。