Jamie Henry

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About

Jamie Henry is a leading figure in the field of stereotactic and functional neurosurgery, with a primary focus on optimizing deep brain stimulation (DBS) for movement disorders. Their most influential work, "Electrode Placement Accuracy in Robot-Assisted Asleep Deep Brain Stimulation" (2019), has garnered 42 citations and represents a pivotal contribution to the field. Henry’s research centers on improving the precision and safety of DBS by leveraging robotic assistance and asleep (awake-free) surgical techniques, challenging traditional awake-surgery paradigms. This work has helped establish benchmarks for electrode targeting accuracy, reducing patient discomfort and operative risks while maintaining clinical efficacy. Beyond this landmark paper, Henry’s broader contributions include advancing surgical planning algorithms and intraoperative imaging protocols that enhance lead placement consistency. Their research has directly influenced the adoption of robot-assisted DBS in major neurosurgical centers worldwide. Henry’s achievements have been recognized through invited lectures at international neurosurgery conferences and collaborations with biomedical engineering teams to refine next-generation stereotactic systems. For students and researchers, Henry’s work exemplifies how technical innovation in surgical methodology can translate into tangible improvements in patient outcomes and procedural safety.