Sentence examples for regions that work from inspiring English sources

Since the conduction velocity of nerve fibres and pathways is partly dependent upon thickness of the myelin sheath, alterations in the sheath could potentially increase or decrease the synchronicity of brain regions that work together, making them process information more or less efficiently.

Spontaneous transitions from anti-phase to in-phase manual coordination are explained in the Haken model that describes the two preferred states as stable regions that work as attractors in a stability landscape.

Regions that work well for these systems suffer from a lack of curated databases and the persistence of indels, length variation, etc., making the analysis more complex.

These regulatory regions that work in cooperation with promoters throughout multiple structural constraints are, apparently, delocalized relative to the genes that are controlling (Arnosti and Kulkarni, 2005).

The latter has strong implication on the invariant distribution of the tanh map and may be used to generate a seldom visited region that works as a guard region on chaos-based communication schemes.

Little is known about why this happens, but a new study suggests that cognitive declines in healthy older adults may result when brain regions that normally work together become out of sync, perhaps because the connections between them break down.

We also use census data on home and workplace locations to plot both spreads and medians of both the proportions of workers and the proportions of the total region population that work outside the region at each scale in Figure 3(b).

Many authors and practitioners have suggested that the 'marketization' of the NGO sector and recent focus on measurable impacts have had unfavourable side effects on the poorest regions by creating a bias towards those regions that offer 'easier' work environments [ 55, 56].

Moderate Sunni Arab actors welcome the idea of an autonomous region that can work with Baghdad and as part of Iraq.

Human studies using functional magnetic resonance imaging (fMRI) have revealed a variety of distinct regions of the brain that work in concert from which flexibility could be predicted reliably, including the prefrontal cortex (PFC), basal ganglia, anterior cingulate cortex (ACC), and posterior parietal cortex (PPC).

Based on our previous work, regions that are predicted to experience increased strain during the initial disease stages include coronal attachment sites, apical compression-dominant regions, and predominantly the interradicular regions [ 70] (the PDL-space at the interradicular region is narrower compared to PDL-space around the tooth)).