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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: Inflammation
Potential Mechanisms of PTA: Oxidative Stress
Potential Mechanisms of PTA: Alterations in Joint Loading
Section IV: Clinical Assessment and Treatment of Patients with Joint Injury
Imaging Specific to Cartilage Injury
Outcomes of ACL Injury: The MOON Consortium
Current Treatment and Outcomes of Intra-articular Fractures
Non-arthroplasty Treatments for PTA in the Lower Extremity
Results of Arthroplasty in Post-Traumatic Arthritis
Section V: Developing and Future Assessment and Therapies
Measurement of Severity of Injury after Articular Fracture and Correlation with Post-Traumatic Arthritis Development
Biomarkers of PTA
Potential Targets for Pharmacologic Therapies for Prevention of PTA.- Stem Cells Therapies for Post-Traumatic Arthritis
Unanswered Questions and Future Directions.

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