Sander R. Holthof
Papers
3
Total Citations
71
H-Index
2
About
Sander R. Holthof is a rising biomechanics researcher whose work centers on knee stability, ligamentous injuries, and the performance of total knee arthroplasty (TKA). His major contributions lie in two interconnected areas: understanding the complex interplay of structures that control anterolateral rotatory knee instability, and developing novel preclinical methods to evaluate TKA designs. His most cited work (67 citations) is a biomechanical study that systematically investigates how the anterior cruciate ligament, anterolateral complex, and lateral meniscus posterior root each contribute to knee instability—providing critical insights for surgical repair and reconstruction. More recently, Holthof has pioneered a robotic testing platform to quantify TKA stability and kinematics in vitro, with two 2024–2025 papers demonstrating that different implant designs exhibit distinct stability profiles compared to the native knee. This work directly addresses the unresolved problem of patient dissatisfaction after TKA, offering engineers and surgeons a rigorous, reproducible tool to evaluate new prostheses before clinical use. Holthof’s research bridges fundamental ligament biomechanics with applied orthopaedic device testing, making him a notable voice in advancing both injury treatment and joint replacement outcomes.
Research Focus
Key Achievements
Top Papers
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