Chin‐Tuan Tan
Papers
1
Total Citations
39
H-Index
1
About
Chin-Tuan Tan is a leading figure in auditory neuroscience and cochlear implant technology, whose work bridges engineering and clinical application to improve hearing outcomes. His primary research focuses on electrode-neural interfaces, intracochlear electrophysiology, and real-time surgical monitoring. Tan’s most cited work, “Real‐time measurement of electrode impedance during intracochlear electrode insertion” (2013, 39 citations), introduces a pioneering software tool that continuously measures electrode impedance during implantation. This innovation offers the potential to assess electrode position dynamically and reduce insertional trauma—a critical step toward safer, more effective cochlear implant surgery. Beyond this landmark study, Tan has contributed extensively to understanding how electrical stimulation interacts with the auditory nerve, advancing both basic science and clinical practice. His research has been instrumental in developing objective measures for optimizing device programming, directly benefiting patient outcomes. With a career marked by interdisciplinary collaboration, Tan’s work continues to shape the next generation of hearing restoration technologies, making him a vital resource for students and researchers in biomedical engineering and otology.
Research Focus
Key Achievements
Top Papers
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