Sentence examples for neurological model from inspiring English sources

Now, Bernardo Spagnolo, a biophysicist at the University of Palermo in Italy and collaborators at Lobachevsky State University of Nizhni Novgorod in Russia have come up with a simple neurological model that does the trick.

In all but the neurological model these interactions were both positive and negative.

This broad neurological model for the effects and mechanism of intimate detachment in mindfulness offers a structure for further research and model building.

The DDT has adapted some of the findings from the Executive Dysfunction and Delay Aversion literature, incorporating attentional, behavioural organisation, motor coordination, nondeclarative habit learning deficits and delay aversion, as auxiliary hypotheses, into a larger dopaminergic, fronto-striatal neurological model.

In the discussion of this result, the authors explicitly contrasted their result with the neurological model of single word processing proposed by Geschwind (1965 a, b ), who argued that the processing of semantic associations is located at the other extreme of the left sylvian fissure, in inferior parietal cortex.

This new methodology was inspired by previous studies of the disease progression in SD patients, which have used this neurological model to establish the relationship between the degree of damage to the underlying semantic system and the resultant performance level across different tasks (Lambon Ralph et al. 2001; Woollams et al. 2007).

By the early 1990's, neurological models of broken narratives were being developed.

Importantly, MI-4 exhibited minimal abuse liability in behavioral and neurological models (conditioned place preference and dopamine in vivo microdialysis).

Traditional neurological models of language were based on a single neural pathway (the dorsal pathway underpinned by the arcuate fasciculus).

Manuscripts of exceptionally high quality are sought that examine the use of biomechanical, biochemical, and neurological models of the human body to guide the designs of augmentation technologies for persons with either unusual or normal physiologies.

In this way, forward models can be built from experience, and many of these models can be linked together to form large distributed associative memories; HaveNWant's level of abstraction lies well above neurological models, focusing on functionality and avoiding biological constraints.