Stanford Otolaryngology — Head & Neck Surgery Department
A thriving department with a world-class reputation and a culture of kindness, collaboration, creativity, and innovation.
In Spotlight
Our 2024-2025 SNE Seminars are underway!
Next Seminar:
Oct 11, 2024
Hidden hearing loss: cellular/molecular mechanisms; implications for auditory processing, and potential therapies
Gabriel Corfas, PhD, The University of Michigan
Welcome to OHNS!
Noel Ayoub, MD, MBA, has joined the Division of Rhinology and Skull Base Surgery as a Clinical Assistant Professor.
Welcome to OHNS!
Jake J. Lee, MD, has joined the Stanford University Department of Otolaryngology — Head & Neck Surgery as a Clinical Assistant Professor specializing in Head and Neck Surgical Oncology and Microvascular Reconstruction.
Welcome to OHNS!
Pedro Gomes de Oliveira, MD, our current sleep surgery fellow, will be joining the faculty at Stanford Otolaryngology with a focus on facial skeletal surgery for obstructive sleep apnea (OSA).
Join Our Team
The OHNS Department has open faculty and postdoctoral positions. Click below to see our available job listings.
Apply to Our Clinician-Scientist Training Program (CSTP)
Join Our Clinician-Scientist Training Program (CSTP)!
This program offers the opportunity for a diverse training experience that permits trainees to access the excellent research opportunities that exists throughout the Stanford University faculty. A distinctive feature of this training program is the emphasis on providing mentorship throughout their entire combined clinical-research training period.
Application deadline: September 30, 2024
The Grillet Lab Publishes Two New Manuscripts
LOXHD1 is indispensable for maintaining TMC1 auditory mechanosensitive channels at the site of force transmission
The Grillet lab identified an additional component of the auditory mechanotransduction Machinery, the protein LOXHD1, which is indispensable to keep the ion channel subunit TMC1 next to the tip-link, where the force induced-by sound is transmitted.
SUB-immunogold-SEM reveals nanoscale distribution of submembranous epitopes
Nanoscale protein localization by immunogold-scanning electron microscopy has been restricted to extracellular epitopes. Here, the authors extend this method to sub-membranous epitopes, revealing how transmembrane and cytoplasmic proteins distribute along the surfaces of exposed cells.
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