1
This may indicate functional reorganization, possibly after the neuronal loss in motor areas.
2
The exact nature of this functional reorganization remains to be specified.
3
This finding may reflect functional reorganization of the motor pathway following corticospinal tract damage.
4
The present study investigated the functional reorganization of ipsilateral and contralateral auditory pathways in hemispherectomized subjects.
5
The present findings suggest that a substantial functional reorganization takes place in the auditory pathways following an early hemispherectomy.
6
The effect of experimentally induced seizure activity on the functional reorganization of motor maps has not previously been investigated.
7
FMRI has demonstrated functional reorganization of the brain that may be related to the restoration of motor and language functions.
8
Magnetoencephalography (MEG) source localization of evoked fields can address whether functional reorganization of primary sensory modalities exists in MCDs.
9
These results indicate that long-standing hippocampal damage can yield significant functional reorganization of the neural substrate underlying memory in the human brain.
10
Functional reorganization is often invoked to account for recovery of function after central nervous system (CNS) injury.
11
Functional reorganization was assessed using functional Magnetic Resonance Imaging (fMRI) and stimulation with complex sounds presented binaurally and monaurally.
12
Functional reorganization of neural activity may contribute to limit disability, and possible gender differences in this process may have important clinical implications.
