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About

Mark W. Rodosky is an orthopedic surgeon and researcher whose work has significantly advanced the biomechanical understanding of the acromioclavicular (AC) joint and its surgical management. His research focuses primarily on shoulder biomechanics, with particular emphasis on AC joint stability, coracoclavicular ligament reconstruction, and the mechanical consequences of common arthroscopic procedures. Rodosky's most impactful contribution, "Biomechanical function of surgical procedures for acromioclavicular joint dislocations" (2004), has accumulated 159 citations and remains a foundational reference for surgeons evaluating operative strategies for AC joint injuries. His subsequent work characterizing the native coracoclavicular ligaments and validating a novel three-tunnel free tendon graft reconstruction (2010, 57 citations) demonstrated both scientific rigor and clinical innovation, offering surgeons a more anatomically faithful repair strategy. His cadaveric studies examining how joint compression alters AC joint kinematics and how arthroscopic procedures affect joint mechanics reflect a methodical, evidence-driven approach to surgical decision-making. Collectively, his publications have helped establish clearer biomechanical benchmarks for shoulder surgery, guiding clinicians toward interventions that better replicate native anatomy and function—ultimately improving patient outcomes in a challenging area of musculoskeletal care.