Sentence examples for most active brain from inspiring English sources

Over the last few years, the PMC has received an increasing amount of attention because it has been identified as the most active brain region during a baseline state where healthy subjects are asked to lay in the scanner and 'rest' (i.e. the resting state).

In [ 23], they applied mutual information in order to group the most active brain regions.

FBB at the Choju Medical Institute, Fukushimura Hospitalis a unique facility and one of the most active brain banks in the world.

Taken together, the cross-sectional network analyses support the hypothesis that AD is a hub disease, with largest damage to the most central, well connected, and electrically most active brain regions resulting in disruption of the efficient small-world hierarchical modular network organization.

Less accessible ideas are associated with the default network; regions in the brain that are most active when the brain is allowed to rest and wander.

Angiotensin III is the most active form of brain angiotensins and has a tonic stimulatory effect on blood pressure.

We expected to see, in at least the auditory cortices and possibly other areas as well, the largest 40-Hz response, and also the most synchronization between active brain regions, for a non-zero level of added noise, demonstrating SR effects mediated by neural synchronization.

Despite this protracted timeline, postnatal neurodevelopment during the first 5 years of life is one of the most active stages of brain development (Pujol et al. 2006).

As well as the brain networks involved becoming more refined, the areas of the brain most active in controlling a movement change with increased skill  – as we practice, areas deeper within the brain reorganise to take on more of the work, leaving the cortex, including areas associated with planning and reasoning, free to take on new tasks.

The part of the brain most active in a seizure is thought to be the insula, where higher sensations such as empathy are also located.

Researchers already knew that a gene called Nurr1 is most active in dopamine-producing brain cells.