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Analysis of Correlations between Auditory and Visual ERPs Following the pathway analysis, we ran multiple simultaneous pairwise correlations to examine whether the early and late auditory ERP activity in the areas involved in the domain general functions would correlate with the early and late visual activity in the same functional sites. Thus, the sets of correlations were computed among the mean ERP data for each subject grouped by ERP interval, and included four groups of electrodes (O, P, C-T, F) for concrete and abstract words conditions. The rate of total significant correlations was 17 against the total rate of 1024 of significant correlations comparing all electrodes in the set of all possible comparisons, including the irrelevant ones. As assessed by binomial test, for our subset  of tests, the likelihood of obtaining a significant correlation (with p  Occipital, Parietal, and Frontal sites showed direct correlations [r(13)��s: 0.57, 0.61, 0.67, respectively] but Central-Temporal regions showed an inverse correlation [r(13) = -0.71]. A pattern similar to the latter finding but involving just Parietal and Central-Temporal areas was found between late auditory and early visual activity: for the concrete condition, P electrodes showed a direct correlation [r(13) = 0.78] but the C-T electrodes showed an inverse one [r(13) = -0.66]; the opposite, albeit with larger [http://www.selleckchem.com/products/3-deazaneplanocin-a-dznep.html selleck inhibitor] effect sizes, was observed for the abstract condition [P: r(13) = -0.84; C-T: r(13) = 0.77]. Finally, auditory and visual late activities were related inversely in Parietal [r(13) = -0.81] and directly in Central-Temporal [r(13) = 0.