Scheidt Michael, Bhatia Sanjeev, Fenoglio Zach, Ellman Michael B
Stritch School of Medicine, Loyola University Chicago, Maywood, Illinois, U.S.A.
Hip & Knee Joint Preservation Center, Northwestern Medicine West Region, Northwestern University Feinberg School of Medicine, Warrenville, Illinois, U.S.A.
Arthrosc Tech. 2021 Jan 20;10(1):e209-e216. doi: 10.1016/j.eats.2020.09.031. eCollection 2021 Jan.
Preserving capsular integrity has become an important principle of hip preservation surgery given the increasingly recognized deleterious effects of instability in cases of capsular insufficiency. When capsular tissue is deficient, capsular reconstruction may be indicated to restore function of the iliofemoral ligament and improve hip biomechanics. To date, few studies have presented technical guidance on performing arthroscopic capsular reconstruction of the hip. In this Technical Note, we introduce a modified kite technique for arthroscopic entry, control, and fixation of a capsular reconstruction graft. Similar to flying a kite with multiple fly lines, and to the previously described kite technique for hip labral reconstruction, the principles of this method are founded on the belief that control sutures within a pulley system facilitate safe and efficient graft management during capsular reconstruction procedures.
鉴于在关节囊不足的情况下,不稳定的有害影响越来越受到认可,保持关节囊完整性已成为髋关节保留手术的一项重要原则。当关节囊组织不足时,可能需要进行关节囊重建以恢复髂股韧带的功能并改善髋关节生物力学。迄今为止,很少有研究提供关于进行髋关节镜下关节囊重建的技术指导。在本技术说明中,我们介绍一种改良的风筝技术,用于关节镜下进入、控制和固定关节囊重建移植物。与用多根风筝线放风筝以及先前描述的用于髋关节盂唇重建的风筝技术类似,该方法的原理基于这样一种信念,即滑轮系统内的控制缝线有助于在关节囊重建手术期间安全有效地管理移植物。