Allan M. Henslee
Papers
5
Total Citations
174
H-Index
5
About
Allan M. Henslee is a biomedical engineer and researcher whose work sits at the intersection of surgical robotics and cochlear implantation, with a particular focus on improving outcomes for patients with severe to profound hearing loss. His research has systematically advanced the case for robotic-assisted cochlear implant (CI) electrode array insertion, demonstrating through cadaveric studies and human clinical trials that automated, controlled-speed insertion significantly reduces intracochlear trauma and insertion forces compared to manual techniques. Henslee's most cited work (89 citations) established the foundational hypothesis that robotics could bring precision and consistency to a procedure where variability has long challenged surgeons and audiologists alike. Building on this, he led the first human clinical trial of a single-use robotic-assisted CI insertion device, a landmark achievement in translational research. His subsequent comparative analyses across multiple users further validated robotics' superiority in preserving delicate cochlear structures. Perhaps most innovatively, Henslee integrated electrocochleography (ECochG) feedback into robotic insertion systems, enabling real-time monitoring of cochlear health during surgery—a development with profound implications for hearing preservation strategies. Collectively, his work, which has accumulated over 170 citations, represents a pivotal contribution to making cochlear implant surgery safer, more reproducible, and ultimately more effective for patients worldwide.
Research Focus
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