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About

Lawrence Camarda is a leading orthopedic researcher whose work centers on advancing total knee arthroplasty (TKA) through robotic-assisted surgery. His major contributions focus on evaluating the precision, safety, and rehabilitation outcomes of imageless robotic systems like the NAVIO. In his most cited work (2025, 15 citations), Camarda demonstrated the accuracy and learning curve of this technology, providing crucial evidence for its clinical adoption. He further showed, in an observational study (2023, 11 citations), that patients undergoing robot-assisted TKA achieve superior functional recovery during intensive rehabilitation compared to conventional surgery. Addressing a critical safety concern, his multicenter study (2024, 8 citations) investigated the incidence of early and delayed periprosthetic joint infection in robotic TKA, offering key insights into infection risk. Camarda has also shed light on mid-flexion instability (2024, 4 citations), a persistent cause of patient dissatisfaction, by leveraging robotic data to clarify this ambiguous complication. With a growing citation impact and a focus on both technical accuracy and patient outcomes, Camarda is shaping the future of precision knee arthroplasty.