Titlebook: Revision Shoulder Arthroplasty; Francesco Franceschi,George S. Athwal,Edoardo Giov Book 2023 The Editor(s) (if applicable) and The Author(

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Why Reverse Shoulder Arthroplasties Failgery are at a higher risk of failure and, as such, they should be consulted regarding expectations. Optimizing medical comorbidities can have a significant impact on reducing early readmission and length of stay after an RSA. Infection, acromial fracture, instability, implant loosening, and late fun

要素

Shoulder Hemiarthroplasties: How Do They Failet of studies that reported revision, 59% revised to total shoulder arthroplasty (TSA), 23% to reverse shoulder arthroplasty (RSA), and 16% to HA; the most common indication was symptomatic glenoid erosion in 62% of cases. Among the subsets of studies that reported reoperation, the most common indic

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Management of a Painful Shoulder Arthroplasty requested in order to reach an accurate diagnosis. Moreover, it is common that the majority, if not all, of the investigations are negative, leaving surgeons without a clear explanation for a patient’s continued pain and dysfunction. This chapter provides an evidence-based overview of the diagnosti

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Preoperative Planning for Revision Arthroplasty: Imaging, Instruments, and Implantst allows having a three-dimensional (3D) rendering of the CT image and position of the implant..The choice of prosthetic implant is one of the features on which the long-term success of revision prosthetic surgery is based: cemented or uncemented, long/modular stems, convertible system, use of allog

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PSI, Navigation, AR, and MR in Revision Shoulder Arthroplastyation of these emerging technologies in revision shoulder arthroplasty because of the presence of metal artifacts from the existing implant that can distort anatomy. This chapter will review the use of 3D CT preoperative planning, PSI, navigation, AR, and MR in the revision setting, including a revi

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Custom Glenoid Implants for Revision Shoulder Arthroplasty results of custom glenoid baseplates show promising clinical outcomes and radiographic survivorship; however, further research is needed to better define surgical indications and implant design features to maximize outcomes. Future advances in imaging, biomaterials, and instrumentation are likely i

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Revising the Glenoid in Hemiarthroplastyrocedure, yet dual-stage bone grafting, bone grafting without implantation, and no bone grafting with CTA HA implantation are viable options as well. Outcomes of revision, both to anatomic total shoulder arthroplasty and reverse shoulder arthroplasty, are satisfactory, although the procedure carries

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Revising the Failed Glenoid in TSAmic glenoid revision, and reverse glenoid revision, in a single-stage or two-stage surgical reconstruction. In the younger population, the goals are to protect or reconstruct the glenoid bone stock by grafting, while, in frail and elderly patients, are simple procedures and pain relief. Reverse shou

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Single-stage vs. Two-stage Reconstruction of Glenoid Defects in Revision Shoulder Arthroplastyion must be made between centric-contained and eccentric-uncontained defects. Combinations often occur. It is also essential to consider the defect’s severity, depth, and 3D orientation. Therefore, CT analysis of the glenoid and associated planning is absolutely necessary preoperatively. However, me