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About

Branden Cord is an emerging researcher at the forefront of neurointerventional robotics, with a focused body of work exploring the safety, feasibility, and clinical application of robotic systems in cerebrovascular procedures. His research centers on robotic-assisted diagnostic cerebral angiography and carotid interventions, areas with significant implications for both patient outcomes and physician safety. Cord's most notable contribution is his leadership in a multicenter study of 113 patients undergoing robotic diagnostic cerebral angiography, the largest such cohort reported at the time of publication and the work that has garnered the majority of his citations. This study helped establish a meaningful evidence base beyond early single-institution case reports, accelerating credibility for robotic neurointerventional platforms. Complementing this, his technical guide to robotic-assisted carotid angioplasty and stenting using the Corindus CorPath GRX system offers practical, procedural insight for clinicians adopting these technologies. A consistent theme across Cord's work is the promise of robotic systems to reduce occupational radiation exposure, enhance procedural precision, and enable future remote teleoperation — positioning his research at the intersection of clinical safety and technological innovation in neurointerventional medicine.