In this study, we applied a method that integrates dynamic functional connectivity using the multiplex network approach to enhance the sensitivity to subtle alterations of functional connectivity on participants subject to PAE. Our results demonstrated its capability in characterizing subtle brain network changes in children with low-moderate PAE. The lower values of the PAE T1-T3 group indicates that the information processing speed could have been compromised due to PAE. In line with literature, the distinct findings between male and female groups revealed that PAE may induce gender-dependent brain disruptions and males are more susceptible to PAE.
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