Franziska A. Schmidt

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About

Franziska A. Schmidt is a leading innovator at the intersection of neurosurgery and biomedical engineering, whose work is redefining the standards of safety and precision in spinal surgery. Her primary research focuses on the evolution of navigation, robotics, and augmented reality within minimally invasive spine surgery (MIS). Schmidt’s seminal 2020 paper, cited over 80 times, provides a comprehensive overview of how image-guided surgery and robotic assistance are making complex spinal procedures safer and more efficient. She has made a critical technical contribution by developing elastic image fusion software that can coregister preoperatively planned pedicle screws with intraoperative CT data. This breakthrough solves a major challenge in robotic guidance—accounting for changes in spinal alignment between planning and surgery—thereby enabling the seamless transfer of surgical plans into the operating room. Her work directly addresses the gap between advanced preoperative planning and real-time surgical execution, a key hurdle in the field. By merging computational modeling with clinical application, Schmidt is helping to usher in an era where complex spinal corrections are performed with unprecedented accuracy, reducing risk and improving outcomes for patients undergoing these delicate procedures.