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髌骨骨软骨骨折修复的交叉缝合法

Crossing Suture Technique for the Osteochondral Fractures Repair of Patella.

作者信息

Ng Wuey Min, Al-Fayyadh Mohamed Zubair Mohamed, Kho Julius, Seow Hui Teo, Mohamed Ali Mohamed Razif Bin

机构信息

Department of Orthopaedic Surgery, Faculty of Medicine, University of Malaya, Kuala Lumpur, Malaysia.

Chong Hua Hospital, Cebu City, Cebu, Philippines.

出版信息

Arthrosc Tech. 2017 Jul 17;6(4):e1035-e1039. doi: 10.1016/j.eats.2017.03.020. eCollection 2017 Aug.

Abstract

Osteochondral fracture of the patella is a common concomitant injury of the knee, especially in lateral patellar instability, and the importance of early stable fixation with minimal complication and early mobilization should be emphasized. Screws and Kirschner wires both absorbable and nonabsorbable have been the common mode of fixation of these fractures. Nevertheless, these fixation techniques require larger osteochondral fragments and are associated with cartilage abrasion, hardware prominence, synovitis, and foreign body reaction. In contrast, suture fixation can adequately stabilize smaller osteochondral fragments without comminution and prevent some of the possible complications of other techniques of fixation. We created 4 holes in a rectangular pattern on the patella oriented perpendicular to its anteroposterior surface. We used readily available, and affordable, no. 2 Ultrabraid sutures inserted into the holes and looped around the osteochondral fragment, compressing it to the patella. The technique is very simple and is relatively easy to learn. It provides secure fixation and allows early mobilization. And it spares the knee from subsequent surgical procedure for removal of metallic implants.

摘要

髌骨骨软骨骨折是膝关节常见的伴随损伤,尤其是在髌骨外侧不稳定的情况下,应强调早期进行稳定固定,将并发症降至最低并尽早进行活动。螺钉和克氏针,包括可吸收和不可吸收的,一直是这些骨折的常见固定方式。然而,这些固定技术需要较大的骨软骨碎片,并且与软骨磨损、内植物突出、滑膜炎和异物反应有关。相比之下,缝线固定可以充分稳定较小的未粉碎骨软骨碎片,并防止其他固定技术可能出现的一些并发症。我们在髌骨上以矩形模式创建了4个孔,这些孔垂直于髌骨的前后表面。我们使用现成且价格实惠的2号超编织缝线插入孔中,并环绕骨软骨碎片,将其压缩至髌骨。该技术非常简单,相对容易学习。它提供了牢固的固定,并允许早期活动。而且它使膝关节无需后续手术取出金属植入物。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/863e/5621615/8c0657114d5d/gr1.jpg

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