Thomas Wyss
Papers
2
Total Citations
53
H-Index
2
About
Thomas Wyss is a pioneering researcher at the intersection of otologic surgery and biomedical engineering, whose work focuses on advancing safety and precision in robotic cochlear implantation. His primary research areas include neuromonitoring, facial nerve preservation, and intraoperative tissue characterization. Wyss made a landmark contribution with his 2015 study introducing a neuromonitoring approach that uses a multielectrode probe and optimized stimulation protocol to detect unsafe drill distances from the facial nerve during image-guided robotic surgery—a method demonstrating sufficient sensitivity and specificity to act as a critical safety mechanism. This work has garnered 30 citations, establishing a foundation for safer automated drilling. He further advanced the field in 2018 by investigating electrical impedance as a novel tool to assess facial nerve proximity, showing in a pilot study that intraoperative impedance correlates with tissue density, potentially offering real-time feedback without additional stimulation. With these contributions, Wyss has helped bridge the gap between robotic precision and patient safety, earning recognition as a key innovator in neuro-otologic surgical technology.
Research Focus
Key Achievements
Top Papers
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