Understanding the hemodynamic signature of experience elucidating cognition is an important feature of dynamic functional connectivity. Quantification of such dynamic microstate may play a role across neuro disorders. We employed a rest-task-rest design of Navon paradigm with auditory load to highlight the feature of dynamic networks specific to task. Quantifying perception stage of stimuli reveal dynamic interaction limited to task specific attention and information processing networks (even across resting phase) and predict dynamic nature across brain states.
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