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About

G. Franceschi has established themselves as a leading researcher in the field of robotic-assisted orthopedic surgery, with a particular focus on unicompartmental knee arthroplasty (UKA). Their body of work represents a sustained and rigorous investigation into how emerging robotic technologies can improve surgical precision, patient outcomes, and implant survivorship in partial knee replacement procedures. Franceschi's most influential contribution, cited 43 times, examined short-term survivorship across a large multicenter cohort of robotic-arm-assisted medial and lateral UKAs, helping establish early benchmarks for this technology's clinical viability. Subsequent studies expanded this foundation, demonstrating high survivorship and favorable patient-reported outcomes at five-year follow-up (34 and 19 citations, respectively), and more recently confirming durable results at a minimum of ten years. Notably, their comparative work between robotic and conventional lateral UKA has provided nuanced evidence that robotic assistance offers comparable long-term survivorship while potentially enhancing component placement accuracy. Beyond survivorship metrics, Franceschi has investigated how component positioning and preoperative disease severity influence patient satisfaction and functional recovery, adding important clinical depth to the field. With over 150 cumulative citations, their research has meaningfully advanced evidence-based adoption of robotic surgery in knee arthroplasty.