brain circuitry

07/05/2013 - 13:25

Changes in the epigenome, including chemical modifications of DNA, can act as an extra layer of information in the genome, and are thought to play a role in learning and memory, as well as in age-related cognitive decline. The results of a new study by scientists at the Salk Institute for Biological Studies show that the landscape of DNA methylation, a particular type of epigenomic modification, is highly dynamic in brain cells during the transition from birth to adulthood, helping to understand how information in the genomes of cells in the brain is controlled from fetal development to adulthood.


01/12/2012 - 15:55

A new UC Davis study shows how the brain reconfigures its connections to minimize distractions and take best advantage of our knowledge of situations.

11/22/2011 - 13:22

Among the many hurdles to be cleared before human embryonic stem cells can achieve their therapeutic potential is determining whether or not transplanted cells can functionally integrate into target organs or tissues.

09/28/2011 - 12:08

Researchers from the School of Science at Indiana University-Purdue University Indianapolis have developed a mathematical model of the brain’s neural circuitry that may provide a better understanding of how and why information is not transmitted correctly in the brains of Parkinson’s disease patients. This knowledge may eventually help scientists and clinicians correct these misfires.

09/19/2011 - 12:52

When six engineering and neuroscience professors took on Brown’s major role in the $14.9-million REPAIR project a little more than a year ago, they also took on a dream. Their goal is to understand the workings of the brain’s circuitry so well that it would be possible to fix a traumatic brain injury.