Sentence examples for neural differences from inspiring English sources

We discuss how these neural differences might result from different cognitive strategies used by adults and children during lexical retrieval/production as well as developmental changes in brain structure and functional connectivity.

It's still an open question whether these neural differences are the cause or consequence of differing language abilities, he says.

Therefore, the neural differences we observe are likely to indicate different strategies employed by children and adults rather than reflecting different performance.

Thus, a first question is whether a different technique, multivariate pattern analysis (MVPA) of the EEG signal, could reveal neural differences reflecting the attentional selection of exemplar and category, human and non-human face targets.

There will then be some neural differences.

Stanford scholar offers first look at neural differences between cultural groups solving tricky moral problems.

If we truly accept the materialist worldview of modern times (everything is composed of material, and all phenomena – even mind – arise through material interactions), then a basic neural difference does not strictly teach us anything new, because for every difference in mental state, there must also be an associated difference in the brain.

In addition, we examined qualitatively distinct types of error trials to further specify the behavioral and neural difference between errors that arise from a loss of mental representation versus those which arise from encoding an incorrect stimulus.

The behavioral and neural difference in decision difficulty between VV and TT loss decisions cannot be accounted for by the assumption of "cold" computation, suggesting that the similarity of alternatives determines choice difficulty.

Importantly, ACh depletion is the most consistently found neural difference between non-demented PD and PDD and consistently correlates with cognitive score (Bohnen et al., 2006; Choi et al., 2012; Kuhl et al., 1996; Perry et al., 1985; Perry et al., 1987).

Thus, we hypothesize that: (1) the neural difference between the simple EX and AP calculations should disappear or decline after the abacus training; (2) for simple EX calculations, the mechanism should be changed and more visuospatial representations should be involved after the abacus training.