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About

Michael P. Steinmetz is a prominent spine surgeon and researcher whose work sits at the intersection of surgical innovation, biomechanics, and emerging technology. His research spans minimally invasive lumbar surgery, spinal biomechanics, and the application of artificial intelligence and robotics in spine care — fields that are rapidly reshaping modern neurosurgery and orthopedic practice. Steinmetz has made significant contributions to understanding how evolving surgical techniques can improve patient outcomes, with his 2020 paper on the evolution of minimally invasive lumbar spine surgery amassing 175 citations and serving as an influential reference in the field. Equally impactful is his narrative review on artificial intelligence and machine learning in spine surgery (135 citations), which helped frame how AI can enhance preoperative planning, clinical decision-making, and overall care delivery. Beyond technology, Steinmetz has pursued rigorous cadaveric biomechanical research, investigating complex challenges such as lumbosacral fixation in long spinal constructs, Bertolotti syndrome, and robotic navigation techniques for osteopenic spines. His dual-screw robotic navigation study reflects his commitment to translating laboratory innovation into surgical practice. Collectively, his body of work positions him as a forward-thinking leader helping guide spine surgery into its next technological era.