13.
Topographically Different Regional Networks Impose Structural Limitations on Both Sexes in Early Postnatal Development
Topographically Different Regional Networks Impose Structural Limitations on Both Sexes in Early Postnatal Development
Harriet W. Hanlon
Abstract
Principal components analysis of 56 time series of mean EEG coherence from all brain regions of 224 girls and 284 boys reveals no commonality in regional patterns of cerebral cortex growth from birth to age 16 years. Coherence time series are oscillating waves that represent change over time in EEG wave similarity at two spatially separated electrode sites. Coherence oscillations are thought to mirror the increasing complexity of gray matter structures, particularly ...
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