Kathleen Seidel

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About

Kathleen Seidel is a leading researcher in the field of otologic and skull base surgery, with a primary focus on intraoperative neuromonitoring and robotic-assisted surgical safety. Her key research areas encompass facial nerve preservation during high-precision cochlear implantation and lateral skull base procedures. Seidel’s most impactful contribution is the prospective validation of facial nerve monitoring to prevent nerve damage during robotic drilling, a critical advancement given that robotic cochlear implantation requires a trajectory passing within 0.5 mm of the facial nerve. Her 2019 study, which has garnered 14 citations, demonstrated that real-time stimulation probes can reliably detect nerve proximity, enabling surgeons to avoid catastrophic facial paralysis. This work has directly influenced the development of safer robotic systems for otologic surgery, bridging the gap between automated drilling and patient safety. Seidel’s research is notable for its translational impact, providing the first prospective evidence that intraoperative monitoring can be effectively integrated into robotic workflows. Her findings are essential reading for surgeons and engineers developing next-generation surgical robots, as they establish a benchmark for nerve-sparing techniques in minimally invasive skull base procedures.