Baylor College of Medicine: New Insight Into Sound Amplification Processes in Inner Ear
May 08, 2020
May 08, 2020
HOUSTON, Texas, May 8 [TNSmedicalresearch] -- The Baylor College of Medicine issued the following news release:
Sound waves decrease in amplitude as they pass through the fluid-filled cochlea of the inner ear. The inner ear's outer hair cells (OHCs) are specially equipped to mitigate this loss in amplitude so that sounds remain perceptible, but how this happens isn't fully understood.
New research from Baylor College of Medicine suggests that multiple voltage-sensing pa . . .
Sound waves decrease in amplitude as they pass through the fluid-filled cochlea of the inner ear. The inner ear's outer hair cells (OHCs) are specially equipped to mitigate this loss in amplitude so that sounds remain perceptible, but how this happens isn't fully understood.
New research from Baylor College of Medicine suggests that multiple voltage-sensing pa . . .