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A team of scientists at UMass Chan Medical School discovered that abstaining from alcohol led to alterations in the bed nucleus of the stria terminalis (BNST) within mice. A subset of these abstinent mice later exhibited drinking behaviors reminiscent of compulsive tendencies, ingesting alcohol despite its increasingly unpleasant taste. Their BNST activity was recorded at over double that of mice who were not subjected to forced abstinence. In the United States, it is estimated that over 80% of individuals aged 12 and above try alcohol at some stage, with approximately 10% developing alcohol use disorders. The researchers emphasize the necessity for additional investigations to ascertain whether analogous brain activity may serve as an indicator for potential relapse in humans.

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00:00New research from Massachusetts is shedding light on how alcohol abstinence may affect the brain.
00:05Scientists at UMass Chan Medical School studied mice after long-term access to alcohol,
00:11followed by forced abstinence.
00:13Some mice later drank alcohol, despite researchers making it increasingly bitter with quinine.
00:18Researchers found unusually high activity in a brain region called the BNST.
00:23In these mice, BNST activity was more than twice as high as in mice that did not undergo forced abstinence.
00:31Importantly, the brain activity appeared before the mice were given access to the bitter alcohol.
00:36That raises the possibility that similar brain signals could eventually help identify people at higher risk of relapse.
00:43The researchers caution that the findings come from mice, and the BNST's exact role remains unclear.
00:49Further studies in people will be needed to determine whether this brain activity could lead to better ways of predicting
00:56and treating alcohol use disorder.
00:58Disclosure. This video contains stock footage and content created or enhanced using AI-assisted tools.
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