Filling a gap in literature, this concise and practical book presents the principles of virtual orthopedic assessment and shares insights into the use of technology for distance patient-physician communication. Offering expert know-how and best practices, it equips readers with essential information on how to best remotely manage the diagnosis, treatment and follow-up of patients. The book starts by defining telemedicine and presenting the basic requirements. The following chapters each focus on a specific joint or compartment, highlighting its peculiarities in terms of remote clinical assessment, and also discussing data security, patient confidentiality and consent as well as medico-legal issues. Moreover, the book features a dedicated chapter that analyzes specific issues related to remote assessment in children, older patients, noncompliant patients, and patients with pain. Covering all the basic and practical aspects of this emerging field, this book is a must-read for orthopedists and other professionals, such as general practitioners and physiotherapists, wanting to gain insights into remote orthopedic patient care.

Telemedicine has ballooned in popularity and necessity in the COVID-19 world, and it has proved its worth. Even in the post-pandemic world, telemedicine will be here to stay, as it offers both patient and provider many advantages. However, physicians are often ill-equipped and lack sufficient training in how to conduct a physical examination remotely. Practical and timely, this book presents the current best practices for performing musculoskeletal examination remotely via telemedicine. It takes an anatomical approach, covering all joints and disorders commonly seen in the clinic, including preparation and general principles, the upper and lower extremities and the axial skeleton. For each region, the challenges and limitations of telemedicine are systematically highlighted and discussed, with techniques clearly described and illustrated. Concluding chapters present telemedicine procedures for both the functional assessment of a patient and evaluation and management of respiratory muscle dysfunction. Orthopedic and sports medicine practitioners, as well as general physicians, nurse practitioners, and physician assistants who treat patients with musculoskeletal disorders, will find this book highly engaging and enlightening.

This text covers every aspect of musculoskeletal system rehabilitation. It extends even further into such topics as alternative medicine, holistic therapies, acupuncture, neurophysiologic testing, overuse injuries, work assessment, and outcome measures. Each chapter covers the basic science of the subject, clinical assessments as well as rehabilitation options, methods, and their outcomes. A completely new look on the important topic of geriatric hip rehabilitation is included. While the information throughout the text is presented in a highly structured and concise manner, the subjects are covered in extraordinary detail.

This book addresses all aspects of digital techniques in orthopedics, from development of the core principles to imaging techniques, computer-aided design, reverse engineering and their applications. It illustrates the successful applications in accurate operation using 3-D reconstruction and applied digital techniques. All illustrations and tables were meticulously selected and are easy to understand. The book was written for all doctors and researchers who work in the fields of orthopedics, CAD/CAM and anatomy. Above all, surgeons, physiatrists, radiologists, and engineers in image processing and orthopedics will find it a valuable resource.

This volume of Orthopedic Clinics will focus on New Technologies. Edited by members of a distinguished board from the Campbell Clinic. Each issue features articles from the key subspecialty areas of knee and hip, hand and wrist, shoulder and elbow, foot and ankle, pediatrics, and trauma. Topics discussed in the issue will include: Control Strategies for Infection Prevention in Total Joint Arthroplasty; Additive Manufacturing in Total Joint Arthroplasty; Bioprinting in Orthopedic Reconstructive Surgery; New Technologies in Pediatric Spine Surgery; New Technologies in Pediatric Deformity Correction; Navigation in Shoulder Arthroplasty: A New Take on an Old Technology; Technologies to Augment Rotator Cuff Healing after Repair; The Use of Tantalum Metal in Foot and Ankle Surgery; New Technology in the Treatment of Hallux Rigidus with Interposition Arthroplasty; and Technologies in the Treatment of Bone Marrow Edema Syndrome, among others.

This book is a companion text to Orthopedic Rehabilitation, Assessment, and Enablement by the same author, but can be used independently. Through real life examples, it illustrates the rehabilitation ideas and principles taught in the companion text, ranging from conditions seen daily by the orthopedic surgeon or primary care physician to more challenging conditions. It also covers newer paradigm shifts in the management of osteoporosis and new technologies. In addition, the book highlights the uses of the computers and virtual reality in the field of orthopedic surgery. Coverage ends by stressing the importance of tele-rehabilitation.