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About

Leon Kaplan is a pioneering spine surgeon and researcher whose work has significantly advanced the field of robotic-assisted spinal surgery. His research centers on the clinical application and accuracy assessment of surgical robotics in complex spinal procedures, with a particular focus on improving implant placement precision and patient safety. Kaplan's most influential contribution, "Clinical Acceptance and Accuracy Assessment of Spinal Implants Guided With SpineAssist Surgical Robot" (2010), has garnered over 400 citations and stands as a foundational validation study for robotic guidance in spinal surgery, demonstrating that robotically-guided implants meet rigorous clinical standards. This landmark multicenter retrospective study helped establish credibility for robotic systems in mainstream surgical practice. Building on this foundation, Kaplan extended robotic applications to vertebral body augmentation and sacral fracture fixation — procedures historically complicated by steep learning curves and anatomical complexity. His more recent work exploring real-time communication between dual robotic systems in hybrid operating rooms represents a forward-thinking vision for integrated surgical environments. Through his cumulative body of work, Kaplan has helped transform robotic spinal surgery from experimental innovation into evidence-based clinical practice, making him an important voice in shaping modern spine surgery's technological evolution.