About Us



The University of Washington's Virginia Merrill Bloedel Hearing Research Center brings together an interdisciplinary group of investigators to study hearing, hearing loss, and related communication disorders so that those who would, might hear. The Center is a communication focal point among basic and clinical scientists to facilitate the sharing of ideas and information for the collective advancement of auditory science and patient care.

The Virginia Merrill Bloedel Hearing Research Center is affiliated with the Department of Otolaryngology Head and Neck Surgery in the School of Medicine. However, as a multidisciplinary center, it has a strong affiliation with the College of Arts and Sciences and the Department of Speech and Hearing Sciences. In all, 15 University of Washington departments are represented in the Center.

Click here for more information about the center's history and vision.



Schematic drawing of the ear in
relation to surrounding structures.
The inner ear (in blue) is located
deep within the bones of the skull.
Schematic drawing of the ear in relation to
surrounding structures. The inner ear (in blue)
is located deep within the bones of the skull.

Hearing Regeneration Initiative

A Potential Cure for Inner Ear Hearing Loss

The Problem

Hearing loss is the most common human disability: one person in 10 is directly affected, and 40 percent of the population has a hearing-impaired friend or family member.All of these people have experienced first hand the difficulties that occur when people cannot communicate normally. Although hearing aids and cochlear implants have helped many children and adults with hearing disabilities, we believe the potential to cure deafness is at hand and should be pursued. We are committed to assuring that all children have the tools to develop spoken language to communicate and that no person should be deprived of the vital company of friends and family because of hearing loss. More...

News

Community
Can a tiny fish save your ears? - Researchers use the zebrafish in efforts to find ways to regenerate hearing-essential
Zebrafish provide useful screening tool for genes, - compounds that protect against hearing loss
Technology Review - Helping the Deaf Hear Music - A new test measures music perception in cochlear-implant users.
Dr. Rubinstein on UWTV- - VMBHRC Director, discusses the history and complex nature of cochlear implant device
Dr. Clifford Hume on UWTV - discusses regeneration of hair cells in the inner ear. Hearing Loss: Molecular Therap
IFRAHL video about the Hearing Research Initiative - IFRAHL releases video about The Hearing Regeneration Initiative

Publications
VMBHRC's Zebrafish research - published in Hearing Health magazine
Bloedel Sound - Current issue of the VMBHRC's online newsletter.

Studies
Genetics of Hearing and Balance Study - follow the link to learn more about the study.
A Clinical Study to Evaluate the Safety and Efficacy of the Brain Port Balance Device -

Support Us
Support the Hearing Regeneration Initiative - follow the link to give to this research.
Tour de Bloedel T-shirts - are available for purchase

© 2002 – 2009 Virginia Merrill Bloedel Hearing Research Center