People with dyslexia often struggle with the ability to accurately decode and identify what they read. Although disrupted processing of...
New location of critical area provides hints on origin of language. Scientists have long believed that human speech is processed...
Hyperconnectivity triggered by loss of PTEN gene can be blocked by treatment with rapamycin. New research from Cold Spring Harbor...
Neuroscientists may one day be able to hear the imagined speech of a patient unable to speak due to stroke...
A new study finds that the ear delivers sound information to the brain in a surprisingly organized fashion. The brain...
Lacking sound input, the primary auditory cortex “feels” touch. The finding reveals how the early loss of a sense affects brain development. It adds to a growing list of discoveries that confirm the impact of experiences and outside influences in molding the developing brain.
Major step in understanding the cause of dyslexia is taken. Scientists have discovered an important neural mechanism underlying dyslexia and shown that many difficulties associated with dyslexia can potentially be traced back to a malfunction of the medial geniculate body in the thalamus.
Scientists found that adverse listening situations are difficult for the brain, partly because they draw on the same, limited resources supporting our short-term memory. The new findings are particularly relevant to understanding the cognitive consequences of hearing damage, a condition that affects an increasing number of people.
Contrary to the prevailing theories that music and language are cognitively separate or that music is a byproduct of language, theorists at Rice University’s Shepherd School of Music and the University of Maryland, College Park (UMCP) advocate that music underlies the ability to acquire language.
Neuroscientists take the first step toward deciphering the connection between general brain function and emergent behavioral patterns in autism. Study shows that autistic adults have unreliable neural sensory responses to visual, auditory and somatosensory, or touch, stimuli.
Neurobiologists investigated how the brain is able to group external stimuli into stable categories. They found the answer in the discrete dynamics of neuronal circuits.
Researchers discover the mechanism and protein responsible for the creation of the giant Calyx of Held synapse in the brain's auditory system.
