“…It would be interesting for future studies to investigate in longitudinal studies if an alcohol-specific impairment of response inhibition changes over the course of time when drinking patterns are changing and problem drinking develops. At present, we only know that impulsive behavior and an impairment of response inhibition are risk factors for the development of problem drinking and addictive behavior [22], and it is assumed that this association is reciprocal as chronic alcohol consumption further impairs cognitive control processes [37]. …”
Background/Aims: Little is known about the association of binge drinking with impulsivity related to trait- or state-like aspects of behavior. The aim of the present study was therefore to investigate whether binge drinkers show an impairment of inhibitory control in comparison to non-binge drinkers when confronted with alcohol-associated or control stimuli, and whether this is reflected in self-reported impulsivity. Methods: A go/no-go task with pictures of alcoholic and nonalcoholic beverages as well as control stimuli was administered to binge drinkers and a gender-matched group of non-binge drinkers. All participants also completed the Barratt Impulsiveness Scale (BIS-11). Results: We found an alcohol-specific impairment of response inhibition for binge drinkers only, while the groups did not differ with regard to overall response inhibition to the experimental stimuli or self-reported impulsiveness (BIS-11). In addition, the number of commission errors in response to alcohol-associated stimuli was the only significant predictor of binge drinking. Conclusion: The findings of the present study suggest that when young adults have established binge drinking as a common drinking pattern, impairment of inhibition in response to alcoholic stimuli is the only significant predictor of binge drinking, but not general impulsive behavior. i 2014 S. Karger AG, Basel
“…It would be interesting for future studies to investigate in longitudinal studies if an alcohol-specific impairment of response inhibition changes over the course of time when drinking patterns are changing and problem drinking develops. At present, we only know that impulsive behavior and an impairment of response inhibition are risk factors for the development of problem drinking and addictive behavior [22], and it is assumed that this association is reciprocal as chronic alcohol consumption further impairs cognitive control processes [37]. …”
Background/Aims: Little is known about the association of binge drinking with impulsivity related to trait- or state-like aspects of behavior. The aim of the present study was therefore to investigate whether binge drinkers show an impairment of inhibitory control in comparison to non-binge drinkers when confronted with alcohol-associated or control stimuli, and whether this is reflected in self-reported impulsivity. Methods: A go/no-go task with pictures of alcoholic and nonalcoholic beverages as well as control stimuli was administered to binge drinkers and a gender-matched group of non-binge drinkers. All participants also completed the Barratt Impulsiveness Scale (BIS-11). Results: We found an alcohol-specific impairment of response inhibition for binge drinkers only, while the groups did not differ with regard to overall response inhibition to the experimental stimuli or self-reported impulsiveness (BIS-11). In addition, the number of commission errors in response to alcohol-associated stimuli was the only significant predictor of binge drinking. Conclusion: The findings of the present study suggest that when young adults have established binge drinking as a common drinking pattern, impairment of inhibition in response to alcoholic stimuli is the only significant predictor of binge drinking, but not general impulsive behavior. i 2014 S. Karger AG, Basel
“…Heavy alcohol consumption within a short period of time (i.e., binge drinking) may be particularly detrimental for college-aged students because motivational neurocircuitry underlying risk, reward and decision-making continues to develop during this period (Crews, et al, 2000; Chambers et al, 2003; Monti, et al, 2005). Consistent with this idea, binge ethanol consumption during adolescence in animals is associated with damage of frontal brain areas (Crews et al, 2000).…”
Binge drinking on university campuses is associated with social and health-related problems. In order to determine the factors that may predict this behavior, we collected information on alcohol use, alcohol expectations, and impulsivity from 428 undergraduate students attending a Canadian university. The subjective effects of a binge-drinking dose of alcohol were assessed in a subset of participants. In the larger sample, 72% of students reported drinking at or above binge drinking thresholds on a regular basis. Men reported alcohol consumption per drinking occasion that was consistent with other studies, but the frequency of drinking occasions among women was higher than previous studies, suggesting that consumption in women may be increasing. Compared to men, women reported different expectations of alcohol, specifically related to sociability and sexuality. Self-reported impulsivity scores were related, albeit weakly, to drinking behaviors and to expectations in both sexes. Finally, intoxicated binge drinkers reported feeling less intoxicated, liking the effects more and wanting more alcohol than did non-binge drinkers receiving an equivalent dose of alcohol. These results have implications for gender-specific prevention strategies for binge drinking on university campuses
“…Some authors have demonstrated that ethanol leads to neuronal loss in different brain regions and neuronal loss seems to be associated with cognitive impairment and dementia, neurotransmitter deficiency and mental health issues (Brooks 1997;Brooks 2000;Harper and Matsumoto 2005). Binge ethanol consumption in adult rats leads to neuronal damage in the entorhinal and perirhinal cortices, while in juvenile animals, there also is a marked damage to frontal paleocortical regions (Crews et al 2000).…”
The animal model of repeated intermittent ethanol access induced behavioral changes in rats, and this ethanol exposure model induced an increase in DNA single-strand breaks and ROS production in all brain areas. Our results suggest that these brain damages may influence future behaviors.
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