Studying the distortions generated within the inner ear tells us how these signals may influence our perception of sound and also provides insight into the processes that are involved in basic sensory hair cell function.
Protecting Your Hearing Is Actually NOT That Hard
You may have noise-induced hearing loss (NIHL) and not even realize it. By taking steps to prevent NIHL—which is easy once you know what to do—you can protect yourself from linked health consequences into the future.
Evaluation of a New Method for Measuring Pediatric Hearing
In our method, a child is trained to perform a play-based task when a signal is heard. An experimenter—called an observer—watches the child’s behavior to determine when the signal was played. In contrast to clinical testing methods, the signal is randomly placed in one of two intervals for each trial by the computer program.
Hearing Speech Requires Quiet – In More Ways Than One
Perceiving speech requires quieting certain types of brain cells, report a team of researchers from UConn Health and University of Rochester in the Journal of Neurophysiology. Their research reveals a previously unknown population of brain cells, and opens up a new way of understanding how the brain hears.
Advocating for Relief from Noise
When I was 8 years old, an audiologist declared that I have hyperacusis, a rare hearing condition that makes noise unbearable with no available cure. Eight years later, loudness is still completely intolerable for me, and I am committed to improving the lives of everyone in my situation through online education and advocacy.
Children’s Working Memory and Phonological Awareness Benefit From Hearing Earlier
In Frontiers in Psychology, Christina Reuterskiöld, Ph.D., and team detail their study of the relationship among rhyme awareness (the first phonological skill children develop), vocabulary size, working memory and linguistic characteristics of words in children with typical hearing and children with cochlear implants.