Sentence examples for more extensive neural from inspiring English sources

Comparing to lying about negative valence, it appears that lying about positive valence is associated with more extensive neural activity.

FM patients showed more extensive neural activation in frontal and parietal regions, including bilateral activation in the middle frontal gyrus and right-side activation in medial frontal gyrus, superior parietal lobe, and precentral gyrus.

According to this theory, more neurocognitive effort, requiring the recruitment of more extensive neural components, is needed to perform prefrontal-based cognitive operations at a younger age (Durston, Davidson, Tottenham, Galvan, Spicer, Fossella & Casey, 2006).

Furthermore, this account does not consider the IFC as an isolated cortical module but instead attempts to place it within a functional framework that is consistent with its wider role in a more extensive neural network engaged in the production of stimulus-driven, goal-directed behavior.

In other words in the combined AP and QAP group, including musicians with lower AP skill (QAP musicians) appeared to recruit more extensive neural networks to support pitch naming performance, producing a qualitatively different pattern to that observed for the AP group alone.

When the participants made a risky response subsequent to being punished, stronger and more extensive neural activities were observed among the female participants than among the male participants in the superior frontal gyrus; the precentral gyrus; the superior, middle, and inferior temporal lobes; and the calcarine regions.

Establishing this task may permit more extensive study of the neural correlates of single-session, online learning in healthy individuals and those with motor control challenges.

The benefits obtained from these interventions would have a higher impact on HD patients at early stages of the disease when muscles abnormalities are not yet severer than those at late stages when muscle and neural damage become more extensive.

Along with a more extensive use, it is important to understand the interplay between neural systems and stimulation protocols requiring basic methodological work.

On the other hand, the dynamical behavior analysis of the complex-valued neural networks model has undergone a research upsurge, due to the more extensive applications, including radar imaging, electromagnetic waves, remote sensing, quantum devices, and so on [30].

These results suggest phobic responses recruit overlapping but more strongly activated and more extensive networks of brain activity as compared to normative fear, and are characterized by greater concordance among neural activation, peripheral physiology and self-report.