Van Duy Ho An, Le Khoa Dinh, Le Thanh Nhat, Tran Vu Anh, Nam Tang Anh Ha
Center of Orthopedics and Traumatology, Tam Anh Hospital, Ho Chi Minh City, Vietnam.
Arthrosc Tech. 2024 Sep 10;14(2):103217. doi: 10.1016/j.eats.2024.103217. eCollection 2025 Feb.
The number of anterior cruciate ligament (ACL) ruptures treated arthroscopically has increased. In most cases, the rupture of the ligament occurs in the femoral attachment, leaving a robust stump attached to the tibia. ACL reconstruction with stump preservation might have some advantages: rapid reinnervation and revascularization of the graft. Most techniques have used an interference screw in tibial fixation, which could be more difficult to achieve the graft diameter within 8 to 10 mm in most situations. Therefore, we describe a technique for modified "all-inside" ACL reconstruction with remnant preservation using an appendiceal tibial tunnel to optimize the graft size. After tunnel drilling in anatomic positions, the ACL stump is bored centrally up to the diameter of the graft to be passed. After passing the graft from the tibial tunnel to the remnant to the femoral tunnel, adjustable loops are used to fix the femoral side and the tibial side by an appendiceal tibial tunnel.
关节镜下治疗的前交叉韧带(ACL)断裂病例数量有所增加。在大多数情况下,韧带断裂发生在股骨附着点,胫骨上会留下一个粗壮的残端。保留残端的ACL重建可能具有一些优势:移植物能快速重新神经化和血管化。大多数技术在胫骨固定时使用干涉螺钉,在大多数情况下,要使移植物直径达到8至10毫米可能更困难。因此,我们描述一种改良的“全关节内”保留残端的ACL重建技术,使用阑尾状胫骨隧道来优化移植物尺寸。在解剖位置钻孔后,将ACL残端从中心钻孔至待通过移植物的直径大小。将移植物从胫骨隧道穿过残端再至股骨隧道后,使用可调节环通过阑尾状胫骨隧道固定股骨侧和胫骨侧。