Evaluation of Resting State Networks Following Traumatic Brain Injury

Keywords

ages analyzed asynchronous atlas attention brain chronic classify clinical clinically clustering cognitive communication compensation connectivity consequent contributes control controls corpus correction correlate correlation cortex cortical cortices cubic decreased deep default depend described diagnosed disruption dorsal dysfunction especially established evaluating evaluation extent fast findings formal frames frontal functional fuzzy goal handedness head help hemispheric impaired included injury integrity inter interfering investigate investigation language lateral loss losses maps matched matrix measures medial medicine memory modality mode moderate motion natl needed network networks neural neurology notably noted nuclear occipital outcomes parietal patient patients preliminary preservation previous previously protocols quantify reduced regarding resolution resting retrospective scanned scanner school seven several severe severity slice spin structures studies suffer suggests survivors symmetry tasks thought timing transformation traumatic understand varied ventral