Researchers Develop Method for Mapping the Auditory Pathway
A new non-invasive method for mapping the human auditory pathway could help clinicians decide surgical strategies for profound hearing loss.
A new non-invasive method for mapping the human auditory pathway could help clinicians decide surgical strategies for profound hearing loss.
The new format features a broad range of the latest in expert knowledge, product innovations, and digital ways to connect for attendees, speakers, and exhibiting companies, according to EUHA.
Inflammation in a sound-processing region of the brain mediates ringing in the ears in mice that have noise-induced hearing loss, according to researchers.
A University of Missouri (MU) psychologist conducted a study review of human vestigial muscles behind the ears and determined that ancient neural circuits responsible for moving the ears may be responsive to sounds. Neuroscientists studying auditory function could use these nonfunctioning muscles to study infant hearing deficits.
Read MoreA team of researchers at the University of Oregon conducted a study that shows how the brain captures sound and processes it, transforming its rhythmic structure via the auditory system.
Read MoreA scientist at University College London has conducted a study that explores how our auditory system can hear time within sound.
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