Thomas L. Wickiewicz
Hospital for Special Surgery, Cornell University, Institute for Community Living
Papers
23
Total Citations
910
H-Index
15
About
Thomas L. Wickiewicz is a distinguished orthopaedic researcher whose career has centered on the biomechanics of knee ligament injuries, instability, and reconstruction. Working at the intersection of clinical and laboratory science, he has made foundational contributions to our understanding of the anterior cruciate ligament (ACL) and the complex structures that support knee stability. Wickiewicz's most influential work spans the biomechanical characterization of lateral knee structures, including a widely cited 2016 study on the anterolateral ligament (144 citations) and landmark investigations into lateral extra-articular tenodesis (LET) as an adjunct to ACL reconstruction (111 citations), helping clarify how combined surgical approaches reduce graft forces and anterior tibial translation. His research on medial collateral ligament injuries and their downstream effects on ACL loading (122 citations) has similarly shaped surgical decision-making. Notably, his work on tibiofemoral contact stress after ACL reconstruction (94 citations) illuminates mechanisms underlying post-surgical osteoarthritis progression. Beyond individual studies, Wickiewicz has advanced measurement methodology, demonstrating the reliability of navigated knee stability examination (101 citations) and developing multibody computational knee models. With nearly 750 citations across his top works alone, his research continues to inform surgeons, biomechanists, and rehabilitation specialists striving to optimize outcomes for patients with complex knee injuries.
Research Focus
Key Achievements
Top Papers
- 1Biomechanical Assessment of the Anterolateral Ligament of the Knee144 citations · 2016
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- 4Reliability of Navigated Knee Stability Examination101 citations · 2007
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