Bernie Caessens
Papers
1
Total Citations
39
H-Index
1
About
Bernie Caessens has pioneered the application of real-time bioimpedance monitoring in cochlear implant surgery, a field where his work directly targets the reduction of intracochlear trauma. His key research areas span neural engineering, electrode-tissue interface dynamics, and surgical optimization for hearing restoration. Caessens’s most influential contribution, the 2013 pilot study "Real‑time measurement of electrode impedance during intracochlear electrode insertion," introduced a software tool that continuously measures electrode impedance during insertion. This innovation offers surgeons immediate feedback to assess electrode position and potentially minimize damage to delicate cochlear structures—a critical step toward safer, more effective implantation. With 39 citations, this foundational work has shaped subsequent research on intraoperative monitoring and electrode array design. Caessens’s achievement lies in translating a complex biophysical measurement into a practical surgical aid, bridging the gap between engineering and clinical otology. His ongoing efforts continue to refine this technology, aiming to improve hearing outcomes for patients worldwide.
Research Focus
Key Achievements
Top Papers
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