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About

Martin Leinung is a pioneering researcher at the intersection of otologic surgery and robotics, whose work is fundamentally reshaping cochlear implant procedures. His primary research focus is the development and refinement of robot-assisted surgery for the lateral skull base, with a specific emphasis on minimally invasive cochlear implant surgery. Leinung’s major contribution lies in demonstrating the feasibility and precision of robotic systems for critical steps like drilling a minimally invasive cochlear access and guiding electrode insertion. His landmark 2009 study, "A robot-guided minimally invasive approach for cochlear implant surgery," which has garnered 119 citations, provided the foundational evidence that robotic assistance could overcome the challenges of restricted visibility and missing anatomical landmarks in this delicate field. This work has established a new paradigm for enhancing surgical control and precision. More recently, his 2022 systematic review on electrode choice for robotic-assisted surgery (17 citations) addresses the critical goal of preserving cochlear structure, further solidifying his role in translating high-precision engineering into tangible clinical benefits for hearing restoration.