Study Finds Heavy Alcohol Use Accelerates Cellular Aging
By Brandon Levy
Tuesday, October 29, 2019
In an era when 80-year-olds are running marathons while 30-year-olds suffer from obesity-induced heart attacks, inferring the condition of people’s bodies from their birth years is a bit outdated (pun intended). As a result, scientists and clinicians are increasingly examining biological signposts to gauge how well a person’s tissues are functioning. By looking at chemical markers on DNA, IRP researchers recently found that heavy alcohol use accelerates aging at the cellular level.
Targeting Brain’s Stress Circuitry Curbs Rats’ Alcohol Consumption
By Brandon Levy
Tuesday, August 6, 2019
For social drinkers, alcohol brings to mind barbecues and bar-hopping with friends, but for the roughly 16 million Americans with alcohol use disorder (AUD), drinking is a source of significant stress. Unfortunately, those negative emotions — particularly those experienced during withdrawal — drive people with AUD to drink even more. A recent IRP study points to a potential way to curb the desire to drink in people who abuse alcohol by altering the behavior of a brain structure that governs negative emotions.
Study Results Could Help Improve Treatment for Alcohol-Related Problems
By Brandon Levy
Tuesday, April 16, 2019
Your brain is always busy, even when you’re not thinking about anything. Scientists believe the way brain cells communicate with one another when the brain is in that ‘resting state’ might differ in individuals with certain diseases. In a recent study of this idea, IRP researchers found that resting state brain activity could effectively predict the severity of alcohol-related problems.
By Brandon Levy
Tuesday, July 31, 2018
While many people can easily stop after a beer or two, for others one drink begets many more, ultimately leading to an addiction that drives continuously increasing alcohol consumption over time. New IRP research has identified a specific type of neuronal receptor involved in the development of alcohol dependence in mice, suggesting a possible approach to curbing problematic drinking behaviors in humans addicted to alcohol.
By Ben Chambers
Tuesday, July 5, 2016
It started with a quick tour and meeting the team. We sat in the break room to chat about what Dr. Bin Gao’s lab at the NIH IRP is up to, in preparation to return a few days later to capture photos and video of their ‘Research in Action.’ What did we find?
