Charles M. Lawrie

Papers

Total Citations

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About

Charles M. Lawrie is a rising authority in orthopaedic surgery, specializing in robotic-assisted total hip arthroplasty (RA-THA) and surgical efficiency. His research focuses on the learning curves and comparative outcomes of novel surgical platforms, particularly fluoroscopy-guided versus CT-based robotic systems. Lawrie’s major contributions include demonstrating that a fluoroscopy-based RA-THA system can be adopted with a manageable learning curve, as evidenced by his 2023 study (16 citations), which used cumulative summation analysis to guide safe implementation. He further showed that fluoroscopy-guided platforms improve intra-operative efficiency compared to CT-based alternatives (5 citations), offering practical insights for surgeons transitioning to robotic techniques. His work directly addresses the critical need for evidence-based adoption of new technologies in joint replacement, helping to reduce operative times and improve accuracy without compromising patient safety. Lawrie’s research is highly cited for its immediate clinical relevance, providing a roadmap for hospitals and surgeons to optimize robotic workflows. By quantifying performance benchmarks and efficiency gains, he is shaping the future of minimally invasive hip arthroplasty, making his contributions essential reading for orthopaedic trainees and experienced surgeons alike.