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About

Yannick Scharll is an emerging researcher specializing in interventional radiology, with a particular focus on robotic-assisted guidance systems and precision needle placement techniques. His work sits at the intersection of medical robotics, image-guided intervention, and clinical accuracy optimization, addressing one of interventional radiology's most persistent challenges: improving puncture precision while reducing procedural complexity and cost. Scharll's most significant contributions center on the systematic evaluation of robotic and optically tracked guidance devices for CT- and fluoroscopy-guided needle placements. His phantom and ex vivo studies have rigorously benchmarked hybrid robotic systems—most notably the Micromate device—against traditional freehand techniques and patient-mounted alternatives, providing the field with critical performance data across varying imaging parameters. His 2022 comparative phantom study has garnered 15 citations, establishing itself as a key reference for clinicians and engineers alike, while his complementary work on optical tracking accuracy has attracted 11 citations. With four notable publications between 2022 and 2024 accumulating over 35 citations collectively, Scharll has rapidly built a focused and influential body of work. His research is particularly valuable for clinicians seeking evidence-based guidance on integrating low-cost robotic solutions into routine interventional practice without sacrificing accuracy.