Zoe Norris

Papers

Total Citations

H-Index

About

Dr. Zoe Norris is a pioneering spine surgeon whose work centers on the intersection of robotic-assisted surgery and spinal biomechanics. Her most-cited research, "Robotic pedicle screw placement has a dynamic learning curve based on spine surgery invasiveness index" (2021), has garnered 2 citations and represents a critical contribution to the field. In this study, Dr. Norris introduced a novel framework for understanding how surgical complexity—measured by the Spine Surgery Invasiveness Index—directly influences the learning curve for robotic pedicle screw placement. This work challenges the one-size-fits-all approach to surgical training, offering a dynamic model that adapts to case difficulty. By quantifying the relationship between invasiveness and skill acquisition, Dr. Norris has provided surgeons with a practical tool to optimize training protocols and improve patient outcomes. Her research bridges the gap between technological innovation and clinical application, highlighting the nuanced challenges of adopting robotic systems in spine surgery. Dr. Norris’s contributions are particularly valuable for trainees and experienced surgeons alike, as they emphasize the need for personalized learning trajectories in an era of rapid technological advancement. Her work underscores her commitment to advancing surgical precision and safety through evidence-based, adaptive training methodologies.