Researchers Uncover Brain Region’s Role in Hearing and Learning
The orbitofrontal cortex helps the auditory cortex adapt to varying listening contexts, offering insight to treat impairment disorders.
The orbitofrontal cortex helps the auditory cortex adapt to varying listening contexts, offering insight to treat impairment disorders.
The degree to which you are disturbed by the noises of everyday life may be related to how your brain processes variations in the sound stream or sound environment, according to new research findings. Further, genetics may play a role in the degree of your sensitivity.
Researchers at NYU Langone Medical Center say their study is the first to explore a connection between hearing and the formation of memories, and also the first to improve hearing by stimulating the locus coeruleus brain region and its neural network.
Researchers from Georgetown University Medical Center and American University have shown that, like humans, some bats use the left and right sides of their brains to process different aspects of sounds.
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 MoreResearchers have taken advantage of a rare opportunity to record and map tinnitus in the brain of a patient undergoing surgery, with the goal of finding the brain networks responsible for this condition characterized by “phantom noise.”
Read MoreResearchers from UC Berkeley and Johns Hopkins University say that the brain’s speech center, known as Broca’s area, turns off during speech.
Read MoreA Smithsonian article reports how researchers from Colorado State University (CSU) have developed a special oral retainer prototype that delivers sound signals to your tongue, which your brain can learn to interpret as a sort of “braille.”
Read MoreAccording to a recent study from the University of Vermont College of Medicine, learning to play the violin or piano might help kids’ brains by giving them some added benefits in key behavioral areas of the cortex.
Read MoreResearch from scientists at UCSF explores why the aging brain finds it increasingly difficult to ignore distractions, and what we can do about it.
Read MoreTo identify how different regions of the brain are activated when we read, CMU scientists conducted a study in which participants read a Harry Potter book.
Read MoreA new study from Brown University reveals that an aging brain has the plasticity to learn tasks, but likely uses white matter instead of gray matter for learning.
Read MoreInfants can tell the difference between sounds of all languages until about 8 months of age when their brains start to focus only on the sounds they hear around them.
Read MorePatients with tinnitus process emotions differently in the brain from those with normal hearing, researchers report in the journal Brain Research.
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