Disruption of Functional Organization Within the Primary Motor Cortex in Children with Autism

Keywords

account adjusted adult adults aims anatomical anatomically apply assessed assigned autism balanced band barber beth bioengineering biomedical caused children closer closest cluster clustering coefficient collected color computed conditions connectivity consensus constructed control correlation correlations cortex covariates dashed defined developing developmental diagnosis dice disorders displacement disruption emerged establishing every exhibit extracted filtered fisher functional functionally funding generate generated global greater hand health healthy history identified illustrate implications included indicate indicates individual institute john johns knob labeled labels larger learning limb limbs localize located matrices matrix mental motion motivated motor much national negative neurological normalized normally occupied optimal organization outside overlap overlaps pair parcel parcels participant participants partitions pass patterns permutation primary public randomly reapplied recruited reflect reflects relations relevant rescan reserved resources respectively resting school segmentation segregation significance significantly similarity similarly slice solutions space spatial speaks spectral spectrum spontaneous studies subnetworks suggesting system title transform trivial twenty typically unified upper volume white