Mississippi Sports Medicine and Orthopaedic Center, Jackson, Mississippi, U.S.A.
Mississippi Sports Medicine and Orthopaedic Center, Jackson, Mississippi, U.S.A..
Arthroscopy. 2024 Aug;40(8):2160-2161. doi: 10.1016/j.arthro.2024.05.001.
Elbow arthroscopy is a useful tool that can be applied in a variety of surgical indications. However, performing the procedure safely demands a thorough understanding of the proximity of neurovascular structures around the elbow. Although nerve injuries in elbow arthroscopy are rare, complications can further be avoided by adhering to a set of principles designed to protect the surrounding neurovascular structures. Before making portals, the surgeon should palpate and mark the ulnar nerve to confirm its location in the groove. Next, the joint should be insufflated with fluid to distend the joint capsule and increase the distance between instruments and the anterior neurovascular structures. Anterior portals ideally should be made proximal to the medial and lateral epicondyles, thereby increasing distance from the median and radial nerve, respectively. Once in the joint, it is critical to stay oriented by maintaining instruments and the articular surfaces in the same view. Special caution should be exercised when in proximity to the capsule in the posteromedial gutter to protect the ulnar nerve. Similarly, the anterior inferior capsule should be approached with caution, as its violation puts branches of the radial nerve, specifically the posterior interosseous nerve, at risk. Elbow arthroscopy can be safely performed with proper knowledge and application of anatomy around the elbow when making portals and understanding at-risk areas beyond the capsule when working within the joint.
肘关节镜是一种有用的工具,可应用于多种手术适应证。然而,为了安全地进行该手术,需要深入了解肘关节周围神经血管结构的毗邻关系。尽管肘关节镜检查中神经损伤较为罕见,但如果遵循一系列旨在保护周围神经血管结构的原则,可以进一步避免并发症。在建立入路之前,外科医生应触诊并标记尺神经,以确认其在凹槽中的位置。然后,应向关节内注入液体以扩张关节囊并增加器械与前侧神经血管结构之间的距离。前入路理想情况下应位于内、外上髁的近端,从而分别增加与正中神经和桡神经的距离。进入关节后,通过保持器械和关节面在同一视图中保持定向至关重要。在关节后内侧隐窝接近关节囊时应特别小心,以保护尺神经。同样,在接近前下关节囊时应谨慎,因为其损伤会使桡神经的分支(特别是骨间后神经)面临风险。在建立入路时,正确了解肘部周围的解剖结构,并在关节内工作时了解关节囊外的危险区域,可安全地进行肘关节镜检查。