Post-Traumatic Arthritis Pathogenesis, Diagnosis and Management [Hardcover]

Bringing together the most up-to-date research on post-traumatic arthritis (PTA) and its management, this book is a comprehensive presentation of the current thinking on all aspects of the mechanisms of joint injury and subsequent development of PTA. Divided into thematic sections, it includes discussions of the incidence and burden of PTA, both in society at large and in the military population specifically; the relevant experimental work on PTA, from basic science to animal models; peri-articular tissue responses to of joint injury and potential mechanisms of PTA; the current clinical assessment and treatment of common joint injuries leading to PTA; and emerging technologies and treatments for PTA, including biomarkers and stem cell therapies. Taken together, it will be an invaluable resource for orthopedic surgeons, rheumatologists and other joint injury researchers and clinicians.

Section I: The Problem of Post-Traumatic Arthritis.- Arthritis that Develops after Joint Injury: Is it Post-Traumatic Arthritis or Post-Traumatic OsteoArthritis?.- Post-Traumatic Arthritis: Definitions and Burden of Disease.- Arthritis after Joint Injury: The Military Experience.- Section II: Experimental Models of Joint Injury.- In Vitro Cartilage Explant Injury Models.- Animal Models of Meniscal Injury in Post-Traumatic Arthritis.-Anterior Cruciate Transection/Disruption Models of Posttraumatic Arthritis.- Closed Joint ACL Disruption Murine Model of PTA.- Whole Joint Models of Articular Injury and Articular Fracture.- Instability: Dynamic Loading Models.- Survey of Animal Models in Post-Traumatic Arthritis: Choosing the Right Model to Answer the Right Question.- Section III: Peri-articular Tissue Response to Joint Injury.- The Response of Cartilage to Injury.- The Response of Subchondral Bone to Injury.- Genetic Variability in the Response to Injury.- Aging and Post-Traumatic Arthritis.-Potential Mechanisms of PTA: Cell Death.- Potential Mechanisms of PTA:l%