Korea University.
Arthroscopy. 2022 May;38(5):1463-1465. doi: 10.1016/j.arthro.2022.01.019.
Accumulating knowledge about the anatomy of the triangular fibrocartilage complex (TFCC) and its function has revealed that the foveal insertion of the TFCC plays a key role in distal radioulnar joint stability rather than the superficial fibers that insert into the ulnar styloid. Recently, the interest in torn peripheral TFCC repair has been shifting from capsular repair for Atzei class 1 to foveal repair for Atzei class 2 or 3. Most acute Atzei class 1 tears spontaneously heal without surgical repair; in contrast, in cases of sustained pain and distal radioulnar joint instability even after successful Atzei class 1 repair, the unrecognized proximal component TFCC tear concomitant with a distal component TFCC tear may exist and appropriate treatment for the proximal component TFCC tear should be combined. Although overall successful results have been reported using various repair techniques, the most important consideration is re-establishing biologic regeneration potential at the insertion site of torn TFCC.
对三角纤维软骨复合体 (TFCC) 的解剖结构及其功能的了解不断增加,揭示了 TFCC 的窝状插入在远端桡尺关节稳定性中起着关键作用,而不是插入尺骨茎突的浅层纤维。最近,对撕裂的外周 TFCC 修复的兴趣已经从 Atzei 1 类的囊修复转向 Atzei 2 或 3 类的窝修复。大多数急性 Atzei 1 类撕裂会自行愈合而无需手术修复;相比之下,在持续疼痛和远端桡尺关节不稳定的情况下,即使 Atzei 1 类修复成功,也可能存在未被识别的近端 TFCC 撕裂合并远端 TFCC 撕裂,应同时治疗近端 TFCC 撕裂。尽管使用各种修复技术报告了总体上成功的结果,但最重要的考虑因素是在撕裂的 TFCC 插入部位重新建立生物再生潜力。