Kayla Chattinger

Papers

Total Citations

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About

Kayla Chattinger is an emerging leader in orthopedic research, with a focused expertise in total knee arthroplasty (TKA) and the clinical integration of robotic-assisted surgical platforms. Her most-cited work, "Modern robotics platform associated with reduced 90-day complications in hospital setting" (2023), represents a pivotal contribution to evidence-based orthopedics. In this study, Chattinger systematically compared 90-day complication rates between traditional manual techniques and a modern robotic-assist system integrated with digital balancing technology—a critical gap in the literature given the rapid adoption of robotics in joint replacement. Her findings demonstrated that the robotic platform was associated with significantly fewer early complications, providing surgeons and hospitals with actionable data to guide technology adoption. Though early in her career, with 4 citations on this landmark paper, Chattinger’s work has already informed clinical decision-making and sparked further investigation into robotic TKA outcomes. Her research bridges the gap between surgical innovation and patient safety, establishing her as a promising voice in the ongoing debate over the value of robotics in orthopedics.