Samuel Goldman

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About

Samuel Goldman is a leading figure in the advancement of robotic-navigated spine surgery, with his research fundamentally reshaping how surgeons approach complex spinal procedures. His primary contributions lie in the precision and safety of pedicle screw placement, a critical component of spinal fusion surgeries. Goldman's most cited work, a 2023 study with 44 citations, systematically assessed the accuracy, intraoperative factors, and complication rates of robotic-navigated assistance in treating degenerative thoracic and lumbar spine disorders. This landmark paper provided crucial evidence for the technology's ability to reduce radiation exposure and improve surgical outcomes. Further refining these techniques, his prospective comparison of two robotically navigated pedicle screw instrumentation methods (2023) offers surgeons a data-driven framework for selecting the optimal approach. Through these rigorous clinical evaluations, Goldman has not only validated the efficacy of robotic navigation but has also established new benchmarks for surgical precision and patient safety, making him a key architect of the modern, technology-driven spine surgery landscape.