Thomas M. Sweeney
Papers
2
Total Citations
48
H-Index
2
About
Thomas M. Sweeney is a leading figure in the advancement of minimally invasive spine surgery, with a primary focus on optimizing surgical precision and patient safety through robotic guidance. His major contributions center on demonstrating the tangible clinical benefits of robotic-assisted technology for short-segment lumbar fusion. In a landmark prospective, multi-center study (29 citations), Sweeney provided critical evidence that robotic guidance significantly reduces fluoroscopy time compared to traditional fluoroscopic methods, directly addressing the growing concern of radiation exposure for both surgeons and patients. Building on this, his subsequent work (19 citations) established that this technology also yields a substantial reduction in complication and revision rates. By systematically proving that robotic guidance enhances accuracy while lowering operative risks, Sweeney’s research has helped shift the standard of care toward safer, more reproducible outcomes in spinal surgery. His findings are essential reading for any surgeon or researcher evaluating the integration of robotics into their practice.
Research Focus
Key Achievements
Top Papers
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