导航式同期微创经皮管状入路与后外侧小切口入路联合取出和翻修三角骶髂关节植入物:技术要点。

Navigated Simultaneous Lateral Minimally Invasive Tubular and Posterior Mini-Open Access for Removal and Revision of Triangular Sacroiliac Joint Implants: A Technical Note.

机构信息

Division of Neurosurgery, Beth Israel Deaconess Medical Center, Boston, Massachusetts, USA; Harvard Medical School, Boston, Massachusetts, USA.

Department of Neurosurgery, Stanford University School of Medicine, Stanford, California, USA.

出版信息

World Neurosurg. 2024 May;185:285-289. doi: 10.1016/j.wneu.2024.02.098. Epub 2024 Feb 23.

Abstract

BACKGROUND

Sacroiliac joint (SIJ) fusion, to treat back pain caused by SIJ dysfunction, can employ open or minimally invasive surgery (MIS) techniques and either cylindrical (screw-shaped) or triangular (wedge-shaped) implants. Fusion nonunion sometimes explains recurrent SIJ pain following fusion and occasionally requires hardware revision. MIS revision minimizes patient pain, infection, and disability, but due to the triangular implant size and form factor, implant removal can present challenges for MIS access during the explantation and achieving good bony purchase for reinstrumentation. Here, we report a prone single-position lateral MIS/posterior mini-open procedure for triangular-implant SIJ fusion revision.

METHODS

The patient is a 72-year-old female who underwent right SIJ fusion for lower back and leg pain sustained after a fall 2 years prior but experienced recurrent pain over the subsequent 2 years, with imaging findings of right SIJ peri-hardware lucencies and diagnostic injections confirming persistent right-sided sacroiliitis.

RESULTS

The patient underwent hardware removal using the lateral MIS incision with table-mounted tubular access and image-guided navigation to maintain exposure, plus simultaneous reinstrumentation using a navigated S2-alar-iliac screw and iliac bolt construct with connecting rod through the posterior mini-open incision made for the navigation reference frame spinous process clamp.

CONCLUSIONS

The use of navigation and MIS access can significantly decrease the complexity of lateral hardware removal, and mini-open navigated screw-and-rod constructs offer reinstrumentation options accessible to surgeons unfamiliar with specialized posterior SIJ systems.

摘要

背景

骶髂关节 (SIJ) 融合术可用于治疗由 SIJ 功能障碍引起的背痛,可采用开放式或微创外科 (MIS) 技术以及圆柱形 (螺钉状) 或三角形 (楔形) 植入物。融合不愈合有时会解释融合后 SIJ 疼痛的复发,偶尔需要修改硬件。MIS 修订可最大程度地减少患者的疼痛、感染和残疾,但由于三角形植入物的大小和形状因素,在进行取出和为重新插入器械实现良好的骨质接触时,MIS 通道的植入物去除可能具有挑战性。在这里,我们报告了一种俯卧位单体位侧 MIS/后微型开放手术,用于三角形植入物 SIJ 融合修正。

方法

患者为 72 岁女性,2 年前跌倒后出现下背部和腿部疼痛,接受了右侧 SIJ 融合术,但随后 2 年内出现复发性疼痛,影像学检查显示右侧 SIJ 围硬件透亮影,诊断性注射证实右侧骶髂关节炎持续存在。

结果

患者采用侧 MIS 切口和表装管状通道进行硬件去除,同时使用导航进行辅助,以维持暴露,并通过后微型开放切口进行导航参考框架棘突夹同时进行重新插入器械,该切口用于导航 S2-翼状突-髂骨螺钉和髂骨螺栓结构以及连接杆。

结论

导航和 MIS 通道的使用可以显著降低侧向硬件去除的复杂性,并且微创导航螺钉和棒结构为不熟悉专门的后 SIJ 系统的外科医生提供了可进行重新插入的选择。

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