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About

S. Samuel Bederman is a spine surgeon and researcher whose work centers on the application of robotic guidance in complex spinal deformity correction and revision surgery. His major contributions lie in demonstrating the feasibility and accuracy of robotic-assisted techniques for challenging procedures, such as S2-alar-iliac (S2AI) screw insertion in long constructs extending to the sacrum, as detailed in his most-cited paper (74 citations). He also pioneered the use of robotic guidance for en bloc sacrectomy in primary sacral malignancies, a novel approach described in a 2014 case report (25 citations). Additionally, his studies on pedicle screw placement in revision spine surgery highlight the potential of robotics to improve accuracy and reduce complications in patients with altered anatomy from prior instrumentation. With a focused body of work that has garnered over 100 citations, Bederman has established himself as an early adopter and advocate for robotic technologies in spine surgery, helping to advance the field toward safer, more precise surgical interventions for complex deformities and tumors.