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About

Bernd Gutmann is a pioneer in the field of interventional medical robotics, with his work fundamentally shaping how surgeons perform precise, image-guided procedures. His primary research focuses on developing robotic assistance systems for percutaneous interventions—minimally invasive procedures where needles or probes are inserted through the skin. Gutmann’s most significant contribution is the creation of the INNOMOTION system, a robotic platform designed to operate within the confined, high-magnetic-field environment of MRI and CT scanners. This system, detailed in his landmark 2008 paper (206 citations), enables the precise, reproducible positioning of instruments like biopsy cannulae and drainage probes, translating processed imagery directly into robotic motion. Earlier foundational work in 2003 (134 citations) established the core principles of an MRI-compatible telerobotic device, overcoming the immense engineering challenge of combining powerful magnets with delicate, non-ferrous mechanics. His research has also advanced imaging protocols, such as Targeted-HASTE (32 citations), which automates device tracking to reduce artifacts during needle guidance. By bridging the gap between diagnostic imaging and surgical action, Gutmann has made closed-bore MRI-guided therapies safer and more accurate, directly impacting the future of interventional radiology.