Papers
3
Total Citations
98
H-Index
3
About
S. Hunsche is a leading figure in the advancement of stereotactic neurosurgery, with a primary focus on the integration of robotic systems to enhance precision and safety in deep brain stimulation (DBS). Their work critically evaluates the transition from conventional frame-based methods to robot-assisted techniques, demonstrating that robotic guidance offers a sophisticated and reliable alternative for targeting deep brain structures. Hunsche’s most impactful study, a comparative analysis of robot-assisted versus frame-based DBS (77 citations), provides foundational evidence for the clinical adoption of this technology. They have also pioneered intraoperative methods for lead localization using intensity-based 2D/3D registration (18 citations), enabling real-time verification of electrode placement and trajectory adjustments. In a notable case report, Hunsche described the first robot-assisted stereotactic shunting for a pontine glioependymal cyst, showcasing the versatility of robotic systems for treating rare, complex intracranial pathologies. Their contributions are instrumental in establishing robotic stereotaxy as a standard of care, improving outcomes for patients undergoing functional neurosurgery.
Research Focus
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