Mark B. Coventry Award
Recognized for landmark investigation of knee kinematic alignment and soft-tissue balance in total knee arthroplasty.
Charles M. Lawrie, MD, MSc — Adult Hip & Knee Reconstruction Surgeon, Biomechanical Engineer, and Chief Medical Officer at Fios Health.
Every hip and knee reconstruction begins long before the operating room. By coupling WashU mechanical engineering discipline with patient-specific 3D kinematics, Dr. Lawrie maps the exact center of rotation and soft-tissue tension unique to each individual.
Working through a true inter-muscular and inter-nervous interval avoids detaching muscles or tendons from bone. Real-time intraoperative verification confirms acetabular inclination, anteversion, and leg length for immediate physiologic stability.
Follow the clinical arc from muscle-sparing primary preservation to CT-guided robotic reconstruction and outpatient recovery.
True inter-muscular total hip arthroplasty preserving native tendons and accelerating functional recovery.
Robotic-arm total and partial knee replacement tailored to constitutional coronal alignment and ligament balance.
Anatomic femoral head capping through the anterior approach for active adults returning to impact athletics.
Same-day surgical recovery protocols, AI-driven perioperative optimization, and complex revision arthroplasty.
Recognized for landmark investigation of knee kinematic alignment and soft-tissue balance in total knee arthroplasty.
National Young Investigator distinction honoring predictive machine learning models in adult joint reconstruction.
Leading international multicenter registries, anterior hip resurfacing research, and surgical education symposia.
Every surgical plan is engineered around the individual patient’s anatomy, kinematics, and athletic goals—restoring durable, natural human motion.