Key result
SLAP debridement with Bankart repair links to ~5-point higher range of motion scores versus reattachment.
Why the study?
The frequency, pathology, and therapeutic outcomes of SLAP lesions concomitant with Bankart lesions in traumatic anterior shoulder instability were not well characterized.
Does reattachment compared to debridement of SLAP lesions concomitant with Bankart lesions affect shoulder function and range of motion?
Observational (n=20)
Does reattachment compared to debridement of SLAP lesions concomitant with Bankart lesions affect shoulder function and range of motion?
Absolute Event Rate: 15.1% vs 10.1%
p-value: p=0.04
Unnecessary repairs of SLAP lesions communicating with Bankart lesions should be avoided as they may lead to postoperative limitation in external rotation.
May support preferring debridement to preserve ROM in combined lesions; leaves open need for RCTs before practice change.
We have performed arthroscopic Bankart procedures using absorbable or metallic suture anchors for traumatic anterior shoulder instability for over a decade. This article describes the frequency, pathology, and therapeutic results of patients treated for superior labrum anterior and posterior (SLAP) lesions concomitant with Bankart lesions. Twenty patients (Group A) had a mean age of 33.8 years at the time of surgery. On arthroscopic findings, SLAP lesions were classified type 2 in 15 patients and type 4 in 5, based on Snyder's criteria. In addition, intra-articular free bodies were present in 2 SLAP lesions, and a capsular tear was present in 1. We performed debridement (Group A1) or reattachment (Group A2) to the superior glenoid edge of these lesions, considering whether they communicated to Bankart lesions. The therapeutic results were evaluated according to the Japanese Orthopaedic Association (JOA) score and Japan Shoulder Society (JSS) shoulder instability score. Mean JOA and JSS shoulder instability scores were 95.1 and 90.8 points, respectively. All Group A patients remained pain free, and no instability recurred in any patient. Meanwhile, mean JSS shoulder instability function and range of motion scores were 18.9 and 15.1 points, respectively, in Group A1, and 17.5 and 10.1 points, respectively, in Group A2. A significant correlation in range of motion was observed in Groups A1 and A2 (P=.04). Regarding postoperative limitation in external rotation with the arm at the side, the difference in range from that on the healthy side was 9.8 degrees in Group A (7.0 degrees in Group A1 and 12.6 degrees in Group A2). When SLAP lesions communicated to Bankart lesions, we had satisfactory results without SLAP repair; therefore, unnecessary repairs for the concomitant pathology should be avoided, and different postoperative care should be performed for patients with Bankart repair with reattachment of a SLAP lesion.
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Katsumi Takase (2009) conducted an observational in Traumatic anterior shoulder instability with concomitant SLAP and Bankart lesions (n=20). Debridement of SLAP lesions vs. Reattachment of SLAP lesions was evaluated on JSS shoulder instability range of motion score (p=0.04). Debridement of SLAP lesions concomitant with Bankart lesions yielded significantly better range of motion scores than reattachment (15.1 vs 10.1 points, P=0.04).
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