Marriage of imaging and genetics opens new view of brain function
Neuroimaging has revolutionized the study of the brain, but can provide no information about what is actually happening at molecular level in humans. Scientists at Yale have developed new approaches to link gene expression patterns to brain signals captured by imaging.
New research division within Department of Psychiatry will focus on neurocognition, neurocomputation, and neurogenetics
Yale Department of Psychiatry is pleased to announce the creation of a new research division that will focus on systems neuroscience in psychiatry, combining cognitive, computational and genetic approaches. This new division, named Neurocognition, Neurocomputation, and Neurogenetics (N3), will be co-directed by David Glahn, PhD, professor of psychiatry, and Alan Anticevic, PhD, assistant professor of psychiatry and of psychology.
Major Gift Will Support an Innovative Brain Research Collaboration
The Swiss-based NOMIS Foundation is making a large five-year award for research into what makes the human brain unique. The research will be a collaboration between the laboratories of James P. Noonan, PhD, associate professor of genetics and of neuroscience at Yale School of Medicine, and Franck Polleux, PhD, professor of neuroscience at Columbia University and a member of that school’s Zuckerman Institute. Their combined mission is to understand the brain and mind.
Major Gift Will Endow a Program Devoted to a Fuller Understanding of How the Human Brain Works
The Thomas Kingsley Lawrence ’19 Program in Brain Research will take a multifaceted approach to understanding the higher-order functionality of the human brain and related areas. It is hoped that with the knowledge gained, novel prevention strategies, diagnostics, and therapeutics to reduce the incidence, prevalence, and recurrence of psychiatric disorders will be possible.
Yale Scientists Breach Brain Barriers to Attack Tumors
The brain is a sort of fortress, equipped with barriers designed to keep out dangerous pathogens. But protection comes at a cost: These barriers interfere with the immune system when faced with dire threats such glioblastoma, a deadly brain tumor for which there are few effective treatments.
Brain Scans, Aided by Artificial Intelligence, Reveal as Much About Us as Our DNA, Evan Morris Says.
“Brain scans, aided by artificial intelligence, reveal as much about us as our DNA,” Evan Morris recently wrote in an op-ed in Wired magazine. “Grappling with their ethical implications is vital to scientific integrity.”
Save the Dates: Kavli Institute for Neuroscience Two-day Symposium: "Cell Biology of Parkinson's Disease Genes" on April 28-29
The Kavli Institute for Neuroscience is organizing a two-day symposium, "Cell Biology of Parkinson’s Disease Genes," April 28-29, 2020. Registration required by the February 25, 2020.
Mammals’ Enhanced Capacity to See Emerges Early in Development
All vertebrates possess a primitive network in which the retina sends signals directly to the superior colliculus, an area of the brain that processes visual stimuli. In a more recently evolved pathway, signals from the retina are received in the thalamus and are relayed to the cortex, the brain’s seat of higher-order thinking.
U.S. Surgeon General’s Advisory: Marijuana Use and the Developing Brain
This advisory is intended to raise awareness of the known and potential harms to developing brains, posed by the increasing availability of highly potent marijuana in multiple, concentrated forms. These harms are costly to individuals and to our society, impacting mental health and educational achievement and raising the risks of addiction and misuse of other substances.Source: Surgeon General’s Advisory
Dr. Barbara Banz and DrivSim Lab Faculty Present Research at 42nd Annual RSA Scientific Meeting
Abstracts Published in the journal Alcoholism: Clinical and Experimental Research, Volume 43, Issue S1; June 2019 Pages: 54A (Abstract 110); 135A (Abstract 433 and 434); 195A (Abstract 675) Abstract 110: RELATING RECENT BINGE-DRINKING AND FREQUENT DRINKING SYMPTOMS TO NEURAL RESPONSES OF SECONDARY TASK ENGAGEMENT IN DRIVING SIMULATION IN A YOUNG ADULT POPULATION Conclusions: These data show significant relationships for recent binge drinking and frequent drinking symptoms with attentional processing which may translate to limitations in performing secondary task engagement during driving simulation. Our brain-based data offer insight into a contextual setting where attentional faculties are critical for safety. These data hold important implications for distracted driving and crash risks among sober young drivers with a history of heavy drinking.