Theta oscillations are sensitive to both early and late conflict processing stages: effects of alcohol intoxication.
paper
Cited
Public
- Authors
- Kovacevic, Sanja; Azma, Sheeva; Irimia, Andrei; Sherfey, Jason; Halgren, Eric; Marinkovic, Ksenija
- Year
- 2012
- Journal
- PloS one
- PMID
- 22952823
- DOI
- 10.1371/journal.pone.0043957
- PMCID
- PMC3428276
Prior neuroimaging evidence indicates that decision conflict activates medial and lateral prefrontal and parietal cortices. Theoretical accounts of cognitive control highlight anterior cingulate cortex (ACC) as a central node in this network. However, a better understanding of the relative primacy and functional contributions of these areas to decision conflict requires insight into the neural dynamics of successive processing stages including conflict detection, response selection and execution. Moderate alcohol intoxication impairs cognitive control as it interferes with the ability to inhibit dominant, prepotent responses when they are no longer correct. To examine the effects of moderate intoxication on successive processing stages during cognitive control, spatio-temporal changes in total event-related theta power were measured during Stroop-induced conflict. Healthy social drinkers served as their own controls by participating in both alcohol (0.6 g/kg ethanol for men, 0.55 g/kg women) and placebo conditions in a counterbalanced design. Anatomically-constrained magnetoencephalography (aMEG) approach was applied to complex power spectra for theta (4-7 Hz) frequencies. The principal generator of event-related theta power to conflict was estimated to ACC, with contributions from fronto-parietal areas. The ACC was uniquely sensitive to conflict during both early conflict detection, and later response selection and execution stages. Alcohol attenuated theta power to conflict across successive processing stages, suggesting that alcohol-induced deficits in cognitive control may result from theta suppression in the executive network. Slower RTs were associated with attenuated theta power estimated to ACC, indicating that alcohol impairs motor preparation and execution subserved by the ACC. In addition to their relevance for the currently prevailing accounts of cognitive control, our results suggest that alcohol-induced impairment of top-down strategic processing underlies poor self-control and inability to refrain from drinking.
Performance measures.Accuracy, reaction times, and the percentage of trials on which participants corrected their responses immediately after an error (means Β± standard errors) are shown for each task and beverage condition. The Stroop interference effect is indicated by lower accuracy and slower reaction times to conflict-inducing incongruous (INC) stimuli overall. Alcohol did not affect RTs, but participants responded less accurately and made more corrective responses on INC trials when intoxicated. Significant alcohol vs. placebo comparisons for each condition are marked, *p<0.05.
Group-average maps of event-related theta source power estimates in 320β470 ms time window.Event-related theta power is elicited in the fronto-parieto-cingulate network with the ACC as the strongest estimated source, and is attenuated by intoxication (white arrows). The color scale depicts baseline-corrected noise-normalized source power expressed in arbitrary units. The bottom row shows conflictβrelated theta power (INCONG - CONG contrast) for both beverage conditions. The color scale denotes differential baseline-corrected source power estimates, with red-yellow indicating stronger theta power to INCONG. Conflict-related theta is attenuated by intoxication in the right prefrontal (cyan arrow) and ACC (orange arrow) cortices. CONG stimuli elicited stronger theta in the motor -related medial cortex due to motor preparation at this latency.
Group-average timecourses of event-related theta source power estimates in selected regions of interest.While alcohol reduces event-related theta power overall, attenuation of the conflict-related theta (INCONG vs. CONG contrast) is particularly prominent in ACC, with contributions from lateral fronto-parietal areas. Direct comparison of the beverage effects on conflict-related theta reached significance as indicated by arrows, *p<0.05, **p<0.01. Horizontal bars indicate the three time windows for which power was averaged and entered into statistical analysis. The y-axis depicts baseline-corrected noise-normalized source power expressed in arbitrary units. ACC: anterior cingulate cortex; IFJ: inferior frontal junction; IFG: inferior frontal gyrus; SFG: superior frontal gyrus; PAR: parietal cortex.
Group-average timecourses of response-locked theta source power estimates in the left ACC and MOT areas.Time 0 ms corresponds to the button press. The time window immediately preceding motor responses is indicated by a horizontal bar. During this time, only ACC showed sensitivity to conflict with stronger theta on INCONG than CONG trials during placebo (* p<0.02), suggesting the ACC engagement in response selection and execution. Alcohol attenuated pre-response theta overall. The y-axis depicts baseline-corrected noise-normalized source power expressed in arbitrary units.
Grand averages of event-related EEG power at the frontal (Fz) electrode.a) Time-frequency plots of total event-related power expressed as the relative percentage change from the power in the baseline (β250 to 0 ms) for each frequency. Four task conditions (rows) are shown for placebo and alcohol sessions. Most pronounced beverage and task effects were observed in the theta band. b) Group averaged total event-related power in the theta frequency band at the Fz electrode. Horizontal bars indicate the three time windows for which power was averaged and entered into statistical analysis. Alcohol decreased total event-related theta power overall. Conflict-related increase in theta power was significant in the late time window only under placebo.
| Name | Type |
|---|---|
| 17 participants local | cohort |
| ACC | anatomy |
| accuracy | phenotype |
| alcohol | phenotype |
| alcohol abuse | phenotype |
| alcohol dependence | phenotype |
| alcoholism | phenotype |
| alcohol sensitivity | phenotype |
| anterior cingulate cortex | anatomy |
| BAES | phenotype |
| BAES sedation local | phenotype |
| BAES stimulation local | phenotype |
| Baseline theta power local | phenotype |
| Beverage local | drug |
| beverage contents rating local | phenotype |
| Biphasic Alcohol Effects Scale | phenotype |
| Biphasic Alcohol Effects Scale (BAES) | phenotype |
| BrAC ascending phase local | phenotype |
| BrAC descending phase local | phenotype |
| BrAC phase local | phenotype |
| Breath alcohol concentration | phenotype |
| central sulcus local | anatomy |
| Children at risk for developing alcoholism local | cohort |
| cognition | phenotype |
| cognitive control | phenotype |
| Cognitive inhibition local | phenotype |
| Condition | phenotype |
| conflict | phenotype |
| Conflict-induced activation local | phenotype |
| Conflict-inducing conditions local | phenotype |
| conflict processing local | phenotype |
| Conflict processing local | phenotype |
| conflict-related theta local | phenotype |
| CONG local | phenotype |
| corrective response local | phenotype |
| cortex | anatomy |
| cortical surface | anatomy |
| Cz | anatomy |
| Decision conflict local | phenotype |
| Disinhibitory trait local | phenotype |
| dizziness | phenotype |
| dorsal ACC | anatomy |
| drinks per week | phenotype |
| Erroneous responses local | phenotype |
| errors | phenotype |
| event-related theta power | phenotype |
| Event-related total theta power local | phenotype |
| executive function | phenotype |
| executive functioning | phenotype |
| family history of alcoholism | phenotype |
| fm-theta power local | phenotype |
| frequency of alcohol use | phenotype |
| frontal cortex | anatomy |
| frontal-parietal regions local | anatomy |
| Fronto-midline scalp region local | anatomy |
| Frontoparietal areas local | anatomy |
| fronto-parietal cortical network local | anatomy |
| fronto-parietal network | anatomy |
| fronto-parietal regions local | anatomy |
| Fz | anatomy |
| gray-white matter surface local | anatomy |
| Handedness | phenotype |
| hand motor region local | anatomy |
| healthy controls | cohort |
| heavy drinking | phenotype |
| High-conflict trials | phenotype |
| impulsiveness and venturesomeness scale local | phenotype |
| impulsivity | phenotype |
| Impulsivity scale on Eysenckβs Impulsiveness and Venturesomeness Scale local | phenotype |
| INCONG local | phenotype |
| INCONG trials local | cohort |
| inferior frontal gyrus | anatomy |
| inferior frontal junction local | anatomy |
| Inferior frontal junction (IFJ) local | anatomy |
| inner skull surface local | anatomy |
| interference effect local | phenotype |
| intoxication | phenotype |
| intraparietal sulcus | anatomy |
| Lateral fronto-parietal regions local | anatomy |
| lateral parietal cortex | anatomy |
| lateral prefrontal cortex | anatomy |
| Left hemisphere regions local | anatomy |
| left inferior frontal gyrus | anatomy |
| left parietal region local | anatomy |
| Likert scale ratings local | phenotype |
| limbic regions | anatomy |
| Medial Prefrontal Area local | anatomy |
| medial prefrontal cortex | anatomy |
| mood disorders | phenotype |
| Mood rating local | phenotype |
| motor areas | anatomy |
| motor cortex | anatomy |
| N2 component | phenotype |
| nausea | phenotype |
| nausea rating local | phenotype |
| NEUT local | phenotype |
| neutral stimuli local | phenotype |
| no alcoholism-related symptoms local | phenotype |
| non-smokers | phenotype |
| Novelty seeking trait local | phenotype |
| occasional alcohol consumption local | phenotype |
| Orange juice local | drug |
| parietal cortex | anatomy |
| participants | cohort |
| perceived level of intoxication rating local | phenotype |
| Perceived task difficulty local | phenotype |
| posterior inferior frontal sulcus local | anatomy |
| precentral sulcus | anatomy |
| prefrontal cortex | anatomy |
| psychoticism scale local | phenotype |
| Psychoticism scale of Eysenckβs Personality Questionnaire local | phenotype |
| quantity of alcohol consumed | phenotype |
| reaction time | phenotype |
| READ local | phenotype |
| Reduced event-related theta power local | phenotype |
| response control | phenotype |
| right ACC | anatomy |
| right lateral frontal region local | anatomy |
| right SFG local | anatomy |
| right superior frontal gyrus local | anatomy |
| ROI | anatomy |
| RTs to INCONG local | phenotype |
| self-control | phenotype |
| self-corrections local | phenotype |
| Self-corrections local | phenotype |
| self-regulation | phenotype |
| self-restraint local | phenotype |
| semantic processing | phenotype |
| Severity of alcoholism-related symptoms local | phenotype |
| sex | phenotype |
| Socialization trait local | phenotype |
| Stroop Naming Task local | phenotype |
| Stroop paradigm local | phenotype |
| Stroop task | phenotype |
| study cohort | cohort |
| Superior frontal gyrus (SFG) local | anatomy |
| task difficulty | phenotype |
| theta band | phenotype |
| theta oscillations | phenotype |
| Thrill and adventure seeking scale of Zuckerman Sensation Seeking Scale local | phenotype |
| Top-down controlled processing local | phenotype |
| Total event-related theta power local | phenotype |
| vodka | drug |
| working memory | phenotype |
| young healthy volunteers local | cohort |
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|---|---|---|
| Understanding alcohol use disorders with neuroelectrophysiology. | 2014 | 25307587 |
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