C Plaskos

Papers

Total Citations

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About

Christopher Plaskos is a leading figure in the advancement of robotic-assisted total knee arthroplasty (TKA), with his research fundamentally reshaping surgical precision and patient outcomes. His work centers on two critical, interconnected challenges: achieving optimal soft-tissue balance and ensuring robust implant fixation. Plaskos’s major contributions include pioneering the comparative analysis of robotic-assisted gap-balancing versus measured-resection techniques, providing the first quantitative data on soft-tissue release rates during robotic TKA. This work offers surgeons an evidence-based framework for correcting deformity, moving the procedure from a subjective art toward a reproducible science. Furthermore, his proof-of-concept and initial clinical experience with a robotic-cutting guide for press-fit TKA directly addresses the challenge of achieving intimate bone-implant contact for stable osseointegration. By demonstrating that robotic precision can consistently deliver a tight-fitting femoral component, Plaskos has tackled a key limitation of conventional instrumentation. While his highly specialized papers have garnered focused citations (6 and 4, respectively), their impact is profound within the orthopedic community, directly informing surgical technique and implant design. His research stands as a cornerstone for the next generation of data-driven, robotic knee replacement.