Gregory Fasani-Feldberg

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About

Gregory Fasani-Feldberg is a rising researcher in the field of orthopedic and neurosurgical spine surgery, with a focused expertise in robotic-assisted spinal instrumentation. His work centers on the feasibility and intraoperative accuracy of advanced screw placement techniques, particularly for complex pelvic and lumbosacral fixation. His most-cited paper, "Feasibility and intra-operative accuracy of robotic-guided stacked S1AI and S2AI screw placement" (2025), demonstrates a pioneering approach to combining S1 alar-iliac (S1AI) and S2 alar-iliac (S2AI) screws in a single procedure—a technically demanding technique that enhances fixation in deformity and trauma cases. By leveraging robotic guidance, Fasani-Feldberg’s research provides critical data on the precision and safety of this stacked configuration, offering surgeons a reproducible method to improve outcomes while minimizing radiation exposure and revision rates. Though early in his career, his work has already garnered attention, with 2 citations signaling its relevance to the growing field of robotic spine surgery. His contributions are particularly notable for bridging the gap between theoretical biomechanical advantages and practical surgical execution, making him a promising voice in the evolution of minimally invasive, robot-assisted spinal care.