Large and massive rotator cuff tears sometimes cannot be pulled back to the greater tuberosity even after release. This single-surgeon case series evaluated an extreme medialized repair that resects the top of the humeral head to reduce its volume and let the cuff reach a more medial footprint. It asks whether this technique improves motion, strength, and clinical scores at 2 years.
When a large or massive cuff will not reach the greater tuberosity even after full release, the classic options are partial repair, patch graft, superior capsular reconstruction, or reverse arthroplasty. This paper offers another lever: reduce the target rather than stretch the tendon. Resecting 5-8 mm off the top of the humeral head shrinks head volume so the cuff reaches a more medial footprint.
The board-relevant tension here is the moment arm. Cadaveric and modeling work shows medialization beyond 10 mm costs range of motion, yet this series saw improved motion and strength, supporting the argument that modest moment-arm loss is clinically tolerable.
Weight the evidence carefully: this is Level IV, single surgeon, no control group, and MRI reads that may undercount retears. It shows the technique is feasible with a low 3.1% retear rate, not that it beats the alternatives.
Large and massive rotator cuff tears sometimes cannot be pulled back to the greater tuberosity even after release. This single-surgeon case series evaluated an extreme medialized repair that resects the top of the humeral head to reduce its volume and let the cuff reach a more medial footprint. It asks whether this technique improves motion, strength, and clinical scores at 2 years.
When a large or massive cuff will not reach the greater tuberosity even after full release, the classic options are partial repair, patch graft, superior capsular reconstruction, or reverse arthroplasty. This paper offers another lever: reduce the target rather than stretch the tendon. Resecting 5-8 mm off the top of the humeral head shrinks head volume so the cuff reaches a more medial footprint.
The board-relevant tension here is the moment arm. Cadaveric and modeling work shows medialization beyond 10 mm costs range of motion, yet this series saw improved motion and strength, supporting the argument that modest moment-arm loss is clinically tolerable.
Weight the evidence carefully: this is Level IV, single surgeon, no control group, and MRI reads that may undercount retears. It shows the technique is feasible with a low 3.1% retear rate, not that it beats the alternatives.