BACKGROUND: Perception of alcohol intoxication presumably plays an important role in guiding behavior during a current drinking episode. Yet, there has been surprisingly little investigation of what aspects associated with intoxication are used by individuals to attribute their level of intoxication. METHODS: Building on recent laboratory-based findings, this study employed a complex field-based design to explore the relative contributions of motor performance versus cognitive performance-specifically executive control-on self-attributions of intoxication. Individuals recruited outside of bars (N = 280; mean age = 22; range: 18 to 32) completed a structured interview, self-report questionnaire, and neuropsychological testing battery, and provided a breath alcohol concentration (BrAC) sample. RESULTS: Results of a multiple linear regression analysis demonstrated that current level of subjective intoxication was associated with current alcohol-related stimulant effects, current sedative effects, and current BrAC. After controlling for the unique variance accounted for by these factors, subjective intoxication was better predicted by simple motor speed, as indexed by performance on the Finger Tapping Test, than by executive control, as indexed by performance on the Trail Making Test. CONCLUSIONS: These results-generated from data collected in a naturally occurring setting-support previous findings from a more traditional laboratory-based investigation, thus illustrating the iterative process of linking field methodology and controlled laboratory experimentation.
BACKGROUND: Perception of alcohol intoxication presumably plays an important role in guiding behavior during a current drinking episode. Yet, there has been surprisingly little investigation of what aspects associated with intoxication are used by individuals to attribute their level of intoxication. METHODS: Building on recent laboratory-based findings, this study employed a complex field-based design to explore the relative contributions of motor performance versus cognitive performance-specifically executive control-on self-attributions of intoxication. Individuals recruited outside of bars (N = 280; mean age = 22; range: 18 to 32) completed a structured interview, self-report questionnaire, and neuropsychological testing battery, and provided a breath alcohol concentration (BrAC) sample. RESULTS: Results of a multiple linear regression analysis demonstrated that current level of subjective intoxication was associated with current alcohol-related stimulant effects, current sedative effects, and current BrAC. After controlling for the unique variance accounted for by these factors, subjective intoxication was better predicted by simple motor speed, as indexed by performance on the Finger Tapping Test, than by executive control, as indexed by performance on the Trail Making Test. CONCLUSIONS: These results-generated from data collected in a naturally occurring setting-support previous findings from a more traditional laboratory-based investigation, thus illustrating the iterative process of linking field methodology and controlled laboratory experimentation.
Authors: Mark A Celio; Courtney S Vetter-O'Hagen; Stephen A Lisman; Gerard E Johansen; Linda P Spear Journal: Drug Alcohol Depend Date: 2011-07-02 Impact factor: 4.492
Authors: M J Eckardt; S E File; G L Gessa; K A Grant; C Guerri; P L Hoffman; H Kalant; G F Koob; T K Li; B Tabakoff Journal: Alcohol Clin Exp Res Date: 1998-08 Impact factor: 3.455
Authors: Hayley Treloar; Mark A Celio; Stephen A Lisman; Robert Miranda; Linda P Spear Journal: Drug Alcohol Depend Date: 2016-11-16 Impact factor: 4.492
Authors: Courtney A Motschman; Laura E Hatz; Kayleigh N McCarty; Edgar C Merkle; Timothy J Trull; Denis M McCarthy Journal: J Stud Alcohol Drugs Date: 2020-09 Impact factor: 2.582
Authors: Elena I Varlinskaya; Dominika Hosová; Trevor Towner; David F Werner; Linda P Spear Journal: Behav Brain Res Date: 2019-10-15 Impact factor: 3.332