This coordination operates within noisy, overlapping, and distributed neural networks operating at multiple timescales.

Complex visuospatial processing relies on distributed neural networks involving occipital, parietal and frontal brain regions.

Confrontation naming ability entails the operation of distinct cognitive operations and the integrity of a distributed neural network.

In principle combining resting state fMRI and DTI data could allow characterization of structure-function relations of distributed neural networks.

These results underscore the distributed neural basis of intelligence and suggest a developmental course for volume-IQrelationships in adulthood.

Overall, these findings contribute to our understanding of how emotional factors impact distributed neural systems to successfully encode dynamic, personally-relevant event sequences.

These findings support plasticity within a widely distributed neural network and define brain regions in which the extent of network participation predicts post-stroke recovery potential.