J Salata Michael, J Nho Shane, Chahal Jaskarndip, Van Thiel Geoffrey, Ghodadra Neil, Dwyer Tim, A Romeo Anthony
Division of Orthopaedic Surgery, University Hospitals Case Medical Center , Cleveland, OH, USA.
Orthop Rev (Pavia). 2013 Sep 9;5(3):e25. doi: 10.4081/or.2013.e25.
From the first shoulder arthroscopy performed on a cadaver in 1931, shoulder arthroscopy has grown tremendously in its ability to diagnose and treat pathologic conditions about the shoulder. Despite improvements in arthroscopic techniques and instrumentation, it is only recently that arthroscopists have begun to explore precise anatomical structures within the subdeltoid space. By way of a thorough bursectomy of the subdeltoid region, meticulous hemostasis, and the reciprocal use of posterior and lateral viewing portals, one can identify a myriad of pertinent ligamentous, musculotendinous, osseous, and neurovascular structures. For the purposes of this review, the subdeltoid space has been compartmentalized into lateral, medial, anterior, and posterior regions. Being able to identify pertinent structures in the subdeltoid space will provide shoulder arthroscopists with the requisite foundation in core anatomy that will be required for challenging procedures such as arthroscopic subscapularis mobilization and repair, biceps tenodesis, subcoracoid decompression, suprascapular nerve decompression, quadrangular space decompression and repair of massive rotator cuff tears.
自1931年在尸体上首次进行肩关节镜检查以来,肩关节镜在诊断和治疗肩部病理状况方面的能力有了巨大的发展。尽管关节镜技术和器械有所改进,但直到最近关节镜医师才开始探索三角肌下间隙内的精确解剖结构。通过对三角肌下区域进行彻底的滑囊切除术、细致的止血,并交替使用后方和外侧观察入路,可以识别出无数相关的韧带、肌腱、骨骼和神经血管结构。为了本次综述的目的,三角肌下间隙已被划分为外侧、内侧、前方和后方区域。能够识别三角肌下间隙中的相关结构将为肩关节镜医师提供核心解剖学的必要基础,这对于诸如关节镜下肩胛下肌松解和修复、肱二头肌固定术、喙突下减压、肩胛上神经减压、四边形间隙减压以及巨大肩袖撕裂修复等具有挑战性的手术来说是必需的。