Sentence examples for adaptive reorganization from inspiring English sources

Our results also reinforce the important findings of extra-occipital activation following optic neuritis which may represent an adaptive reorganization of the cerebral response.

Our data strongly suggest the hypothesis that COI, and possibly other mitochondrial proteins and aerobic metabolism on the whole, have been evolutionary reorganized in snakes, and further biochemical or biophysical work should be done to verify this and to understand the precise functional nature of this putative process of adaptive reorganization.

This also provides evidence for adaptive reorganization even during early stages of stroke.

The diversified paralogs conferring disease resistance would be advantageous for adaptive reorganization and response to various diseases or bacteria.

This somewhat unexpected observation demonstrates that chronic inactivation of MGL activity triggers an adaptive reorganization process in the central terminals of nociceptive primary afferent fibers.

Sickness behavior may be conceptualized as an adaptive reorganization of the host's homoeostatic and behavioral priorities to facilitate an immune response, rather than simply a detrimental consequence of infection per se (2).

One possibility is that these networks reflect an adaptive, compensatory reorganization that allows children with ASD to perform as well as typically developing controls.

While this finding must be interpreted with caution, given different scan parameters and subject demographics, heightened connectivity in this population is consistent with adaptive functional reorganization.

In addition, neuroimaging of presymptomatic (non-manifesting) mutation carriers has emerged as a valuable tool to identify mechanisms of adaptive motor reorganization at the preclinical stage that may prevent or delay PD clinical manifestation [ 30].

Despite some discrepant results, an increased FC in RSNs has been repeatedly reported and interpreted as adaptive brain reorganization; this hypothesis is supported by the fact that increased RS connectivity in MS patients usually occurs in brain areas with extensive cortical connections [ 53].

Our data support the hypothesis that patients with early seizures onset are more prone to potential adaptive functional reorganization in extra-temporal regions than patients with late SO, with this early group increasing segregation in the non-ictal (contralateral) hippocampus and PCC, in particular, perhaps to ensure access to major healthy networks remote from seizure activity.