Research from McGill University reveals that the brain’s motor network helps people remember and recognize music that they have performed in the past better than music they have only heard.
Veterans who have been exposed to nearby explosions, but who lack clear symptoms of traumatic brain injury (TBI) may still have damage to the brain’s white matter similar to veterans with TBI, according to new research at Duke Medicine and the U.S. Department of Veterans Affairs.
University of Adelaide researchers say new insights into how the human brain responds to chronic pain could eventually lead to improved treatments for patients. And also at the University of Adelaide, studies show that a gene linked to intellectual disability is critical to the earliest stages of the development of human brains. Known as USP9X, the gene has been investigated by Adelaide researchers for more than a decade, but in recent years scientists have begun to understand its particular importance to brain development.
In order to function properly, the human brain requires the ability not only to store but also to forget. Through memory loss, unnecessary information is deleted and the nervous system retains its plasticity. A disruption of this process can lead to serious mental disorders. Scientists have now discovered a molecular mechanism that actively regulates the process of forgetting. The journal Cell has published their results.
Brain imaging using radioactive dye can detect early evidence of Alzheimer’s disease that may predict future cognitive decline.
Scientists have identified a new group of compounds that may protect brain cells from inflammation linked to seizures and neurodegenerative diseases.
Your brain’s ability to instantly link what you see with what you do is down to a dedicated information ‘highway’, suggests new research.
There has been a great deal of research on changes among different brain states during sleep, but new findings, reported in the March 13 issue of Cell, provide a compelling example of a change in state in the awake brain.
Finally, this week, using a new method to determine whether individuals met the criteria for a clinical diagnosis of bipolar disorder, researchers from UCLA tried a new approach by combining results from brain imaging, cognitive tests, and an array of temperament and behavioral measures. In an attempt to better understand the genes that cause the disorder, a collaborative research team identified about 50 brain and behavioral measures that are both under strong genetic control and associated with bipolar disorder, creating the potential to pinpoint the specific genes that contribute to the illness.