Young adults who heavily consumed alcohol during their teenage years exhibited thinner cortical gray matter and modified neurotransmission. Utilizing MRI and TMS-EEG technology, the researchers identified lower gray matter thickness and increased N45 potential, indicative of inhibitory GABA and excitatory glutamate neurotransmitter activity. This study underlines the long-term, detrimental impact of adolescent heavy drinking on adult brain structure and function.
Teen Binge Drinking Tied to Adult Brain and Neurotransmission Changes
Neuroscience News - 12 Jun 2023 17:24
Young adults who heavily consumed alcohol during their teenage years exhibited thinner cortical gray matter and modified neurotransmission. Utilizing MRI and TMS-EEG technology, the researchers identified lower gray matter thickness and increased N45 potential, indicative of inhibitory GABA and excitatory glutamate neurotransmitter activity. This study underlines the long-term, detrimental impact of adolescent heavy drinking on adult brain structure and function.
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