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About

Kasra Araghi is a spine surgery researcher whose work sits at the cutting edge of robotic-assisted and image-guided spinal surgery. Specializing in minimally invasive lumbar fusion techniques, Araghi has made substantial contributions to understanding how emerging technologies—particularly robotics and navigation systems—can improve surgical precision, patient safety, and clinical outcomes. His most influential work demonstrates that robotic platforms reduce radiation exposure compared to traditional navigation during minimally invasive lumbar fusion, a finding that carries significant implications for both patients and surgical teams. With over 55 citations, this study alone has become a key reference point in the field. Araghi has further shaped practice through comprehensive reviews of image guidance and robotics safety and accuracy, as well as landmark analyses of pedicle screw placement across more than 1,000 cases, establishing real-world benchmarks for robotic performance. Notably, his research also addresses the human side of technological adoption, examining how surgeon experience shapes the robotics learning curve—an often-overlooked but critical factor in successful technology integration. Collectively accumulating over 200 citations across his top publications, Araghi's body of work offers both practicing surgeons and trainees an evidence-based roadmap for navigating the rapidly evolving landscape of robotic spine surgery.