Neuroscience

Researchers develop new method for mapping the auditory pathway

Researchers have developed a non-invasive method for mapping the human auditory pathway, which could potentially be used as a tool to help clinicians decide the best surgical strategy for patients with profound hearing loss.

Neuroscience

Feedback loops and localization errors

Neurobiologists at Ludwig Maximilian University of Munich describe a feedback loop that modulates the processing of auditory signals in the brainstem in a frequency-dependent manner, and can lead to systematic errors in the ...

Neuroscience

These blind mice hear like Stevie Wonder

Want to hear as well as Stevie Wonder or the late Ray Charles? A blindfold not only might help, it could rewire your brain in the process, a new study suggests.

Genetics

Novel genetic loci identified for high-frequency hearing loss

The genetics responsible for frequency-specific hearing loss have remained elusive until recently, when genetic loci were found that affected high-frequency hearing. Now, a study published today in the open access journal ...

Neuroscience

Hearing through sight

Cochlear implants allow adults who have become profoundly deaf to recover the ability to understand speech. However, recovery differs between individuals. Activating the visual regions of the brain has proved essential to ...

Neuroscience

Team glimpses how the brain transforms sound

When people hear the sound of footsteps or the drilling of a woodpecker, the rhythmic structure of the sounds is striking, says Michael Wehr, a professor of psychology at the University of Oregon.

Biomedical technology

Improving hearing in an increasingly noisy world

As knowledge increases about how auditory troubles develop, new technological advances are set to cut through the clamour. Meeting a few friends in a noisy café can mean straining to hear all the conversation. It can be ...

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