Reverse Total Shoulder Arthroplasty for Treatment of Massive, Irreparable Rotator Cuff Tear
Fletcher R. Preuss, Hannah K. Day, Annalise M. Peebles, Mitchell S. Mologne, Matthew Thomas Provencher
Abstract
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Fletcher R. Preuss, Hannah K. Day, Annalise M. Peebles, Mitchell S. Mologne, Matthew Thomas Provencher
Abstract
Open-access reader
Massive tears of the rotator cuff can result in severe functional deficits due to loss of the axial force couple and effective fulcrum that the intact cuff normally provides. For massive, irreparable rotator cuff tears, especially in the setting of early to moderate degenerative changes, reverse total shoulder arthroplasty functions to modify the center of joint rotation, allowing the deltoid and intact components of the cuff to carry out shoulder function more effectively. Our preferred technique uses a standard open deltopectoral shoulder approach with a 3-dimensional glenoid baseplate model and a 135° prosthesis in an onlay configuration to reduce the risk of scapular notching and increase lateralization of the humerus.
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Massive tears of the rotator cuff can result in severe functional deficits due to loss of the axial force couple and effective fulcrum that the intact cuff normally provides. For massive, irreparable rotator cuff tears, especially in the setting of early to moderate degenerative changes, reverse total shoulder arthroplasty functions to modify the center of joint rotation, allowing the deltoid and intact components of the cuff to carry out shoulder function more effectively. Our preferred technique uses a standard open deltopectoral shoulder approach with a 3-dimensional glenoid baseplate model and a 135° prosthesis in an onlay configuration to reduce the risk of scapular notching and increase lateralization of the humerus.
Key concepts: Rotator cuff, Medicine, Deltoid curve, Shoulder Prosthesis, Arthroplasty, Notching, Cuff, Surgery