Anatomic location of the first dorsal extensor compartment for surgical De-Quervain’s tenosynovitis release: A cadaveric study

Aditya Thandoni, W. N. Yetter, Steven Michael Regal
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Abstract

BACKGROUND De-Quervain’s tenosynovitis is a disorder arising from the compression and irritation of the first dorsal extensor compartment of the wrist. Patients who fail conservative treatment modalities are candidates for surgical release. However, risks with surgery include damage to the superficial radial nerve and an incomplete release due to inadequate dissection. Currently, there is a paucity of literature demonstrating the exact anatomic location of the first dorsal extensor compartment in reference to surface anatomy. Thus, this cadaveric study was performed to determine the exact location of the first extensor compartment and to devise a reliable surgical incision to prevent complications. AIM To describe the location of the first dorsal compartment in relation to bony surface landmarks to create replicable surgical incisions. METHODS Six cadaveric forearms, including four left and two right forearm specimens were dissected. Dissections were performed by a single fellowship trained upper extremity orthopaedic surgeon. Distance of the first dorsal compartment from landmarks such as Lister’s tubercle, the wrist crease, and the radial styloid were calculated. Other variables studied included the presence of the superficial radial nerve overlying the first dorsal compartment, additional compartment sub-sheaths, number of abductor pollicis longus (APL) tendon slips, and the presence of a pseudo-retinaculum. RESULTS Distance from the radial most aspect of the wrist crease to the extensor retinaculum was 5.14 mm ± 0.80 mm. The distance from Lister’s tubercle to the distal aspect of the extensor retinaculum was 13.37 mm ± 2.94 mm. Lister’s tubercle to the start of the first dorsal compartment was 18.43 mm ± 2.01 mm. The radial styloid to the initial aspect of the extensor retinaculum measured 2.98 mm ± 0.99 mm. The retinaculum length longitudinally on average was 26.82 mm ± 3.34 mm. Four cadaveric forearms had separate extensor pollicis brevis compartments. The average number of APL tendon slips was three. A pseudo-retinaculum was present in four cadavers. Two cadavers had a superficial radial nerve that crossed over the first dorsal compartment and retinaculum proximally (7.03 mm and 13.36 mm). CONCLUSION An incision that measures 3 mm proximal from the radial styloid, 2 cm radial from Lister’s tubercle, and 5 mm proximal from the radial wrist crease will safely place surgeons at the first dorsal compartment.
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外科手术松解去克瓦氏腱鞘炎时第一背伸肌区的解剖位置:尸体研究
背景 De-Quervain's tenosynovitis 是一种因腕部第一背伸肌区受压迫和刺激而引起的疾病。保守治疗无效的患者可进行手术松解。然而,手术的风险包括损伤桡浅神经和因剥离不彻底而导致松解不完全。目前,关于第一背伸肌室与表面解剖的确切解剖位置的文献很少。因此,本尸体研究旨在确定第一背伸肌室的确切位置,并设计出可靠的手术切口以预防并发症。目的 描述第一背室与骨表面标志物的位置关系,以创建可复制的手术切口。方法 解剖六具尸体前臂,包括四具左前臂标本和两具右前臂标本。解剖由一名受过研究培训的上肢矫形外科医生完成。计算了第一背室与李斯特结节、腕皱襞和桡骨腕髁等地标的距离。研究的其他变量包括第一背隔室上是否有桡浅神经、是否有其他隔室鞘、拇外展肌(APL)肌腱滑脱的数量以及是否存在假性网膜。结果 从手腕褶皱的桡侧最外侧到伸肌网的距离为 5.14 mm ± 0.80 mm。从李斯特结节到伸肌网膜远端的距离为 13.37 mm ± 2.94 mm。李斯特结节到第一背侧间隙起点的距离为(18.43 mm ± 2.01 mm)。桡侧腕骨髁到伸肌缰网起端的测量值为 2.98 毫米 ± 0.99 毫米。韧带纵向长度平均为 26.82 毫米 ± 3.34 毫米。四具尸体的前臂具有独立的伸拇肌区。APL 肌腱滑脱的平均数量为三个。四具尸体存在假性网膜。两具尸体的桡神经浅层穿过第一背侧隔间和网膜近端(7.03 毫米和 13.36 毫米)。结论 如果切口距离桡骨腕骨髁近端 3 毫米,距离李斯特结节桡侧 2 厘米,距离桡骨腕骨皱襞近端 5 毫米,外科医生就可以安全地将切口放置在第一背隔处。
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