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About

Adrian Elmi-Terander is a neurosurgeon and clinical researcher whose work sits at the cutting edge of surgical navigation, augmented reality, and robotics in spine and cranial surgery. His most influential contribution — "Augmented and Virtual Reality Instrument Tracking for Minimally Invasive Spine Surgery" (2019, 101 citations) — demonstrated the feasibility and accuracy of augmented reality surgical navigation (ARSN) systems for pedicle cannulation, helping establish this technology as a credible tool in minimally invasive procedures. Building on this foundation, Elmi-Terander expanded ARSN applications to cranial surgery, showing its efficacy for biopsy needle insertion and external ventricular drain placement (2021, 48 citations). His cadaveric study on robotic guidance in hybrid operating rooms (2020, 44 citations) further advanced the integration of navigation and robotics for semi-automated spine surgery. Clinically, his 44-patient case series demonstrated that ARSN improved pedicle screw density in deformity surgery compared to free-hand technique. He has also addressed practical safety concerns, publishing research on minimizing occupational radiation exposure in hybrid operating rooms. Collectively, his work is reshaping how surgeons approach precision, safety, and technology integration in modern neurosurgical practice.