Archive Tag: Discovery Neuroscience

In these images of children’s brains, red correlates with slower brain signaling speeds, while green and blue indicate normal brain signaling.
UCLA

Among children with moderate to severe traumatic brain injury, some experience long-term brain degeneration following injury. However, not all children that experience traumatic brain injury (TBI) have progressive cognitive decline, and CT scans do not reliably predict the likelihood for recovery. UCLA researchers discovered a biomarker Read more

UCLA scientists discovered that dendrites (shown here in green) are not just passive conduits for electrical currents between neurons.
Shelley Halpain/UC San Diego

UCLA Researchers are reframing how we understand the brain. Previously, the scientific community believed that our neurons (brain cells) have somas (neuronal cell bodies) that send electrical pulses to other neurons using branching dendrites. However, Mayank Mehta, UCLA neurophysicist and senior author, discovered that Read more

Examples of gene networks in the hippocampus affected by brain trauma. UCLA researchers report that the “master regulator” genes (in red) influence many other genes responsible for the effects of brain trauma.
Qingying Meng/UCLA

UCLA researchers are the first to identify master genes that may control hundreds of genes linked to diseases such as depression, Alzheimer’s and many more. Traumatic brain injury (TBI) seems to damage these master genes, which then alters gene expression and/or protein production of genes linked to the master gene. Using an animal model, researchers simulated TBI among a cohort of rats and drew RNA from the rats. Among rats with simulated Read more

A UCLA-led international consortium of academic research institutions has been awarded a $21 million grant from the National Institutes of Health to develop better ways to prevent epilepsy following traumatic brain injuries.
UC News

A UCLA-led international consortium of academic research institutions has been awarded a $21 million grant from the National Institutes of Health to develop better ways to prevent epilepsy following traumatic brain injuries. Over the course of the five-year grant, UCLA will receive $7.5 million from the NIH’s National Institute of Neurological Disorders and Stroke. UCLA will be Read more