Inputs to the brain from the eyes, ears, and skin are continually changing as we move. Yet our brain perceives objects in the world as stable. How the brain learns the structure of the world from rapidly changing inputs is ...
Nov 15, 2017
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The origins of autism remain mysterious. What areas of the brain are involved, and when do the first signs appear? New findings published in Biological Psychiatry brings us closer to understanding the pathology of autism, ...
Aug 29, 2017
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Fragile X syndrome—the most common heritable cause of autism spectrum disorder—is something of a phantom. It interferes with the production of a protein critical to synapse formation during a brief period in early development ...
Aug 25, 2017
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Tricks and illusions, once the domain of magicians, are helping scientists unveil how the brain works.
Aug 1, 2017
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Research conducted by Jason Middleton, PhD, Assistant Professor of Cell Biology and Anatomy, and Neuroscience at LSU Health New Orleans School of Medicine, and colleagues may lead to a treatment to prevent long-term sensory ...
Jul 24, 2017
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In a study published in Cell, Georg Keller and his group shed light on neural circuits in the cortex that underlie the integration of movement and visual feedback. They identified a mechanism in the visual cortex responsible ...
Jun 22, 2017
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Approximately 80% of all sensory input is received via the eyes, so suffering from chronic retinal diseases that lead to blindness causes a significant decrease in the quality of life (QOL). And because retinal diseases are ...
Jun 15, 2017
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By tickling the whiskers of mice, and recording how they respond, UCLA researchers may be closer to understanding why many children with autism cover their ears when they hear loud sounds or can't tolerate scratchy wool sweaters.
Jun 12, 2017
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A video game under development as a medical device boosts attention in some children with sensory processing dysfunction, or SPD, a condition that can make the sound of a vacuum, or contact with a clothing tag intolerable ...
Apr 6, 2017
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Prediction is crucial for brain function—without forecasting, our actions would always be too late because of the delay in neural processing. However, there has been limited theoretical work explaining how our brains perform ...
Feb 6, 2017
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