AI Article Synopsis
- The study examined changes in frontal EEG coherence in infants during a spatial working memory task, focusing on three EEG frequency bands (2-5 Hz, 6-9 Hz, 10-13 Hz).
- Both the 2-5 Hz and 10-13 Hz bands showed changes in connectivity during different processing stages, highlighting their unique contributions.
- Notably, only the 10-13 Hz band was able to differentiate between correct and incorrect responses, indicating its importance in assessing frontal functional connectivity in infants.
Article Abstract
The limited research on the functional meaning of infant EEG frequency bands has used measures of EEG power. The purpose of this study was to examine task-related changes in frontal EEG coherence measures for three infant EEG frequency bands (2-5 Hz, 6-9 Hz, 10-13 Hz) during a spatial working memory task. Eight-month-olds exhibited baseline-to-task changes in frontal EEG coherence for all infant frequency bands. Both the 2-5 Hz and the 10-13 Hz bands differentiated frontal functional connectivity during the distinct processing stages, but each band provided unique information. The 10-13 Hz band, however, was the only frequency band to distinguish frontal EEG coherence values during correct and incorrect responses. These data reveal valuable information concerning frontal functional connectivity and the functional meaning of three different infant EEG frequency bands during working memory processing.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3262932 | PMC |
| http://dx.doi.org/10.1111/j.1469-8986.2011.01304.x | DOI Listing |
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