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Noise-Induced Hearing Loss: Translating Risk from Animal Models to Real-World Environments
Noise-induced hearing loss (NIHL) is one of the most common injuries for Service members and civilian workers exposed to noise. Increased knowledge of the cellular and molecular events in the inner ear after noise exposure have stimulated research into the potential for pharmaceutical prevention of NIHL. This Special Issue contains contributions focused on the methods and models used during preclinical assessment of investigational new drug agents for potential otoprotective benefits, and information about human populations at risk for NIHL. At this time, there are no drugs approved by the FDA for the prevention of NIHL.
Guest Editors: Colleen G. Le Prell, CAPT William J. Murphy, Tanisha L. Hammill, and J. R. Stefanson
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Colleen G. Le Prell; Tanisha L. Hammill; William J. Murphy
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Avril Genene Holt; André Kühl; Rod D. Braun; Richard Altschuler
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Charles Jokel; Kurt Yankaskas; Martin B. Robinette
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Rick P. C. Cousins
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Kevin K. Ohlemiller
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Frank Wartinger; Heather Malyuk; Cory D. F. Portnuff
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Christopher Spankovich; Colleen G. Le Prell
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Katya Feder; Leonora Marro; James McNamee; David Michaud
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Mitchell D. Frye; Allen F. Ryan; Arwa Kurabi
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Jacopo M. Fontana; Evangelia Tserga; Heela Sarlus; Barbara Canlon; Christopher Cederroth
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Richard L. Neitzel; Brian J. Fligor
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
John J. Rosowski; Aaron K. Remenschneider; Jeffrey Tao Cheng
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Aryn M. Kamerer; Judy G. Kopun; Sara E. Fultz; Carissa Allen; Stephen T. Neely; Daniel M. Rasetshwane
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Alan T. Wall; Caleb M. Wagner; Reese D. Rasband; Kent L. Gee; William J. Murphy
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Jane A. Burton; Michelle D. Valero; Troy A. Hackett; Ramnarayan Ramachandran
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Eric C. Bielefeld; Ryan T. Harrison; J. Riley DeBacker
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Kelly E. Radziwon; Adam Sheppard; Richard J. Salvi
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
William J. Murphy; Ning Xiang
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Monica Trevino; Edward Lobarinas; Amanda C. Maulden; Michael G. Heinz
SPECIAL ISSUE ON NOISE-INDUCED HEARING LOSS: TRANSLATING RISK FROM ANIMAL MODELS TO REAL-WORLD ENVIRONMENTS
Jinsheng Zhang