Carly Weber-Levine
Papers
10
Total Citations
147
H-Index
6
About
Carly Weber-Levine is a rising leader in the field of robotic-assisted spine surgery, whose research is redefining precision and safety in spinal procedures. Her work centers on the comparative effectiveness of robotic navigation platforms, the learning curves associated with their adoption, and the potential for radiation-free surgery. In a landmark systematic review and meta-analysis (37 citations), she compared outcomes across different robotic systems, providing crucial evidence for surgical decision-making. Her analysis of 234 robot-assisted cases (22 citations) offers a practical roadmap for surgeons adopting this technology, while her study of 728 screws placed with the ExcelsiusGPS platform (12 citations) demonstrated exceptionally high accuracy. Notably, Weber-Levine has pioneered the use of MRI-based synthetic CT for robotic screw placement (21 citations), a breakthrough that could eliminate radiation exposure in spine surgery. Her work on cost predictors (4 citations) and applications for spinal metastases (16 citations) further underscores her commitment to translating technical innovation into tangible patient and system benefits. Through rigorous, data-driven investigations, Weber-Levine is not only advancing the technical frontier of robotic spine surgery but also providing the evidence base needed for its safe, effective, and equitable implementation.
Research Focus
Key Achievements
Top Papers
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- 2Advancements in Robotic-Assisted Spine Surgery30 citations · 2023
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