Anatomical and biomechanical framework for shoulder arthroplasty rehabilitation

This article provides an anatomical and biomechanical framework for the postoperative management and progression of treatment for shoulder arthroplasty. The clinical relevance of normal shoulder anatomy, biomechanics, and pathomechanics related to this surgery is emphasized to provide the reader with an understanding of the rationale for treatment. We review the rehabilitation implications of surgical indications and technique for both traditional total shoulder arthroplasty and reverse total shoulder arthroplasty procedures with an emphasis on biomechanical considerations. Relevant factors that affect rehabilitation outcomes are discussed along with supporting evidence from the literature. Principles to guide and progress treatment are highlighted with a discussion on return to sports with the ultimate objective of providing a comprehensive approach for successful rehabilitation.

In person appointments and remote therapy (SMART): A framework for management of chronic hand conditions

The changing health care climate poses unique challenges to managing a chronic and progressive disease like systemic sclerosis (SSc). At our institution, we employ a new model for SSc management that combines “in person” appointments and “remote” therapy (SMART). This program fosters an under- standing of the disease process with the goal of improving skills and confidence for self-management and empowering individuals by providing a means of daily self-assessment. Technology is utilized as a means to remotely monitor and assess progress. We present our approach as a framework for long term management of chronic hand conditions. Evidence from a variety of disciplines is cited to support the design and parameters of this model.