Sabzevari Soheil, Murray Ryan, Charles Shaquille, Reddy Rajiv P, Lin Albert
Department of Orthopaedic Surgery, University of Pittsburgh Medical Center, Pittsburgh, Pennsylvania, USA.
Department of Orthopedic Surgery, MedStar Georgetown University Hospital, Washington, DC, USA.
Video J Sports Med. 2023 Feb 10;3(1):26350254221139657. doi: 10.1177/26350254221139657. eCollection 2023 Jan-Feb.
Arthroscopic transosseous-equivalent (TOE) techniques may offer additional advantages, including a more efficient surgery with a self-reinforcing construct with equivalent clinical results to medial knotted TOE repair for rotator cuff tears (RCTs).
An arthroscopic knotless double-row (DR) rotator cuff repair (RCR) using FiberTak RC anchors for medial row fixation with box configuration may be an appropriate construct for operatively indicated small-to-moderate full-thickness RCTs.
Our modified technique uses TOE repair principles to address RCTs too small for traditional 4.75-mm anchors using medial row fixation and too large to apply a single medial to lateral anchor repair. The patient is placed in a beach chair position. In addition to standard anterior and posterior portals, a lower lateral working portal and a higher posterolateral viewing portal are made. Subsequent to supraspinatus footprint visualization/preparation, two 2.6-mm FiberTak RC anchors each loaded with 1 LabralTape and 1 FiberWire are placed medially. The 4 sets of sutures for one anchor are placed through the rotator cuff tendon together in 1 spot and the process is repeated for the second anchor. One FiberWire from each anchor is then tied extracorporeally and then a double pulley technique is used to compress the medial aspect of the repair at the footprint in a box configuration. Finally, 1 limb of LabralTape from each of the medial anchors along with the corresponding FiberWire is secured through 2 lateral-row 4.75-mm anchors anteriorly and posteriorly to restore the lateral footprint and secure the rotator cuff in TOE box configuration. This modified technique can provide anatomical compression of the rotator cuff tendon at the footprint with additional medial compression achieved by the box configuration while taking advantage of knotless fixation.
Postoperatively, a sling is worn for 4 weeks, passive range of motion (ROM) is initiated at 2 weeks, active ROM is begun at 6 weeks, and strengthening at 3 months. Patients may return to full unrestricted activities around 5 to 6 months.
DISCUSSION/CONCLUSION: A modified arthroscopic DR RCR with box configuration is an excellent treatment option for patients with small-to-moderate full-thickness RCT who fail conservative treatment.
The author(s) attests that consent has been obtained from any patient(s) appearing in this publication. If the individual may be identifiable, the author(s) has included a statement of release or other written form of approval from the patient(s) with this submission for publication.
关节镜下经骨等效(TOE)技术可能具有额外优势,包括手术效率更高,构建的结构具有自我强化作用,对于肩袖撕裂(RCT),其临床效果与内侧打结TOE修复相当。
使用FiberTak RC锚钉进行内侧排固定并呈盒状构型的关节镜下无结双排(DR)肩袖修复(RCR)可能是手术指征明确的中小范围全层RCT的合适构建方式。
我们改良的技术采用TOE修复原则来处理对于传统4.75毫米锚钉而言过小而无法采用内侧排固定、又过大而无法应用单排内侧到外侧锚钉修复的RCT。患者取沙滩椅位。除标准的前侧和后侧入路外,还制作一个较低的外侧工作入路和一个较高的后外侧观察入路。在观察/准备冈上肌足迹后,在内侧置入两枚各加载1根LabralTape和1根FiberWire的2.6毫米FiberTak RC锚钉。一枚锚钉的4组缝线一起穿过肩袖肌腱的同一点,对第二枚锚钉重复此操作。然后将每枚锚钉的一根FiberWire在体外打结,接着采用双滑轮技术以盒状构型在足迹处对修复的内侧部分进行加压。最后,将内侧锚钉的每根LabralTape的一个分支连同相应的FiberWire通过前后两枚外侧排4.75毫米锚钉固定,以恢复外侧足迹并将肩袖固定为TOE盒状构型。这种改良技术可在足迹处对肩袖肌腱进行解剖学加压,通过盒状构型实现额外的内侧加压,同时利用无结固定。
术后,佩戴吊带4周,2周开始被动活动范围(ROM)训练,6周开始主动ROM训练,3个月开始强化训练。患者约在5至6个月可恢复完全不受限制的活动。
讨论/结论:改良的关节镜下呈盒状构型的DR RCR是保守治疗失败的中小范围全层RCT患者的极佳治疗选择。
作者证明已获得本出版物中出现的任何患者的同意。如果个体可被识别,作者在本次提交发表时已包含患者的豁免声明或其他书面批准形式。