Abdelkafy Ashraf
Orthopaedic Surgery Department, Faculty of Medicine, Suez Canal University, Ismailia, Egypt.
Arthrosc Tech. 2024 Jan 1;13(2):102856. doi: 10.1016/j.eats.2023.09.031. eCollection 2024 Feb.
Arthroscopic outside-in meniscal repair technique, which was first described by Warren in 1985, including all its later modifications, involved tying the final knot on the outer surface of the capsule. Capsular-side knot-tying has reported complications such as catching sensory nerves under the knot with resultant postoperative focal sensory loss and paresthesia, as well as pain under the skin because of irritation from the knot. Meniscus-side-knot-tying technique involves tying the knot on the outer surface of the meniscus. Advantages of the meniscus-side knot-tying technique include the following: avoiding catching nerves under the knot; avoiding pain under the skin because of irritation from the knot; the tension of the sliding knot and the subsequent half hitches, which can be monitored accurately under vision; no skin incisions needed; no possibility of cutting the suture limbs while performing the skin incision between the two needle holes; and, the ability to suture tears in mobile parts of the meniscus without fixing them to the capsule like tears in the anterior horn of the lateral meniscus.
关节镜由外向内半月板修复技术最早由沃伦于1985年描述,包括其后来的所有改良技术,该技术是在关节囊外表面打最终结。据报道,在关节囊侧打结会出现诸如结下方压迫感觉神经导致术后局部感觉丧失和感觉异常,以及结刺激引起皮下疼痛等并发症。半月板侧打结技术是在半月板外表面打结。半月板侧打结技术的优点包括:避免结下方压迫神经;避免结刺激引起皮下疼痛;滑动结及后续半结的张力可在直视下精确监测;无需皮肤切口;在两个针孔之间进行皮肤切口时不可能切断缝线肢体;并且,能够缝合半月板活动部分的撕裂,而无需像外侧半月板前角的撕裂那样将其固定于关节囊。