Papers
2
Total Citations
53
H-Index
2
About
Damien Ferrario is a pioneering researcher at the intersection of otologic surgery and biomedical engineering, whose work centers on developing intelligent safety systems for robotic cochlear implantation. His primary research areas include intraoperative neuromonitoring, electrical impedance tomography, and image-guided surgical robotics, with a specific focus on preserving the delicate facial nerve during minimally invasive inner ear procedures. Ferrario’s major contributions include validating a multielectrode probe and optimized stimulation protocol that can detect unsafe drill proximity to the facial nerve with high sensitivity and specificity—a critical advance for preventing iatrogenic paralysis. His 2015 study on this neuromonitoring approach (30 citations) and his 2018 pilot work on using electrical impedance to discriminate nerve tissue proximity (23 citations) collectively establish a framework for real-time, non-visual nerve assessment. By demonstrating that intraoperative impedance correlates with tissue density, Ferrario has opened the door to safer, more autonomous robotic drilling. His work is foundational for translating robotic cochlear implantation from concept to clinical reality, directly addressing one of the field’s most daunting safety challenges.
Research Focus
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