Oesterle Lab

Active into the summer of 2015, this lab's work was focused on investigating supporting cell function and inner ear hair cell regeneration, with the goal of developing therapies to trigger the production of new sensory hair cells in damaged human ears to alleviate hearing and balance disorders caused by the loss of hair cells.

Hair cells are specialized receptors necessary for detecting sound, head rotation, and gravity. They are located in the inner ear. Hair cells are killed by many agents including loud sounds, certain therapeutically useful drugs (e.g., aminoglycoside antibiotics and anti-cancer drugs), infections, defective gene expression, and aging. Hair cell loss in humans is currently irreversible and leads to permanent deafness and debilitating balance dysfunctions. Birds, in contrast to humans (and rodents) robustly replace damaged and lost hair cells, a process called “hair cell regeneration”. This research group's focus was identifying ways to induce hair cell regeneration in mature mammalian inner ears, using a wide variety of methods and preparations to better understand the inner ear, its development, and its potential repair.


University of Washington, Box 357923, CHDD Clinic Building, Room CD176; Seattle, WA 98195-7923. 206.685.2962, FAX 206.616.1828, bloedel@u.washington.edu