Keyoumars Ashkan

King's College - North Carolina, King's College Hospital NHS Foundation Trust, King's College Hospital

Papers

Total Citations

H-Index

About

Keyoumars Ashkan is a leading neurosurgeon and researcher whose work bridges the frontiers of robotics and functional neurosurgery. His research is centered on two transformative areas: the development of advanced magnetic manipulation for soft continuum robots and the optimization of deep brain stimulation (DBS) for movement disorders. In robotics, Ashkan has pioneered the design of fully soft continuum magnetic microrobots, capable of full-body control for endovascular interventions—a breakthrough that could revolutionize minimally invasive surgery. His work on "Independent and Hybrid Magnetic Manipulation" (2023, 20 citations) demonstrates how magneto-responsive materials enable unprecedented dexterity in confined anatomical spaces. In clinical neurosurgery, Ashkan has made seminal contributions to DBS accuracy, particularly in pediatric populations. His prospective study on robot-assisted DBS for childhood-onset dystonia (2021, 20 citations) established critical benchmarks for electrode targeting in young patients, addressing the unique challenges of smaller anatomical targets. Additionally, his review "Technological Advances in Deep Brain Stimulation" (2015, 17 citations) provides a comprehensive roadmap for the field, highlighting the stagnation and subsequent innovation in DBS hardware and software. With a career defined by translating cutting-edge engineering into clinical practice, Ashkan’s work has garnered significant attention, shaping both the future of robotic surgery and the precision of neuromodulation.