Sentence examples for large network of brain from inspiring English sources

But intelligence depends on a large network of brain areas, and it thrives in a body that is properly nourished and free of diseases and defects.

The nonresponders showed activity decreases in a large network of brain areas after intervention [ 34].

Previous research has identified a large network of brain areas supporting phonological processes, extending across temporal and inferior frontal cortex.

However, the generation and spread of focal onset epileptic seizures involve a large network of brain areas that extended beyond the seizure onset zone (SOZ).

A large network of brain regions is involved in the production of vocalisations, including the frontal lobe and primary motor cortex and vocalisations are considered a conscious response (Carlson, 2007).

One study reported that the responders in their intervention showed a significant decrease in cerebral blood flow in the frontal regions, whereas nonresponders showed a decrease in a larger network of brain areas.

A growing body of evidence suggests that altered spectral power of neural signals, that is altered statistical distribution of power over frequency, as measured by EEG/MEG, is the neuronal fingerprint of primary tinnitus [ 4– 10] and that the perception of tinnitus requires the involvement of a larger network of brain areas [ 11– 11].

Complex reversible sentences also induced enhanced signals in LIFG and left precentral regions on subsequent picture selection, but with additional recruitment of the right hemisphere homolog area (right inferior frontal gyrus) as well, suggesting that post hoc reanalysis of sentence structure, compared with initial comprehension, engages an overlapping but larger network of brain regions.

This is due to a conceivably greater cerebral area being modulated when for example using an extracephalic reference, which when treating major depressive disorder, may be just as effective (if not more) than a 'bi-cerebral' montage, as it may activate a larger network of brain regions involved in depression.

These findings highlight the importance of looking beyond the hippocampus to larger networks of brain regions that contribute to memory (Vann and Albasser, 2011).

Short-term adaptation and recovery from adaptation were estimated separately, with a large network of visually responsive brain areas in occipitotemporal, parietal, and prefrontal cortices showing both effects.