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Yin, Fritz, Shamma publish neuroplasticity study in Journal of Neuroscience

A new study by ECE and ISR researchers in the Society for Neuroscience’s Journal of Neuroscience shows that induced patterns of rapid changes in neural pathways and synapses in the brain closely reflect the time and frequency of the tasks being performed. The study extends the functional relevance of rapid task-related brain changes to perceiving and learning natural sounds such as vocalizations in animals and speech in humans.

"Rapid Spectrotemporal Receptive Field Plasticity in Primary Auditory Cortex During Behavior" was written by ISR Postdoctoral Researcher Pingbo Yin, ISR Associate Research Scientist Jonathan Fritz, and Professor Shihab Shamma (ECE/ISR).

Complex natural and environmental sounds, such as speech and music, convey information along both frequency and time. The way the brain represents such stimuli rapidly adapts when animals become actively engaged in discriminating them. The study examined the nature of these changes.

| Read the paper online | PDF |

Related Articles:
Fritz, Shamma are collaborators on new DARPA Targeted Neuroplasticity Training Program
UMD neuroscience researchers publish in the journal Neuron
Shamma receives NIH grant to study spectro-temporal plasticity in the brain's neuronal networks
‘Cocktail party effect’ helps us focus in noisy environments
ISR friend John Rinzel wins IBT Mathematical Neuroscience Award
UMD researchers awarded $5.3M NIH BRAIN Initiative grant
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Stop—hey, what’s that sound?
Maryland researchers develop computational approach to understanding brain dynamics
Researchers part of two NSF Neural & Cognitive Systems grants worth more than $1.2 million

March 28, 2014


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