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About

Shogo Nabeki is a rising orthopaedic researcher whose work focuses on knee biomechanics, with particular emphasis on anterior cruciate ligament (ACL) reconstruction and total knee arthroplasty (TKA). His research addresses critical challenges in preserving knee stability and function through surgical innovation. Nabeki’s most-cited study (2022, 8 citations) investigates how anterior horn tears of the lateral meniscus affect knee stability, revealing increased tibiofemoral contact pressure—a finding with direct implications for ACL tunnel placement. He has also advanced pediatric ACL reconstruction by biomechanically comparing over-the-top techniques using robotic simulators (2022, 7 citations), demonstrating how proximal femoral graft fixation can reduce residual laxity at deep flexion angles. In a 2023 study (7 citations), Nabeki explored the function of cruciate ligaments in bi-cruciate retaining TKA with asymmetrical design, contributing to the growing evidence base for preserving native knee kinematics. His work, characterized by rigorous cadaveric and robotic simulation methods, has already garnered attention for its translational potential. Nabeki’s research sits at the intersection of sports medicine and joint arthroplasty, offering biomechanical insights that directly inform surgical decision-making and implant design.