Sentence examples for differing brain regions from inspiring English sources

As differing brain regions grow and mature at different times throughout life [Lebel and Beaulieu, 2011], voxel-wise age estimates would allow one to observe the timing and location of these age-related changes and, therefore, may be useful at examining and monitoring neurological diseases and/or developmental disorders that are thought to alter the brain in time.

Thus, there is considerable overlap in brain regions, but as with task difficulty and task novelty, the changes in H are broadly uni-directional, whereas for standard fMRI activation analyses, the directionality depends on differing brain regions.

Further research has shown that the connections between different brain regions differ depending on which species of bacteria dominate gut flora.

One study [ 29] found that the PrPres glycoform pattern did not differ when six different brain regions of clinically affected deer or elk with CWD were analyzed.

As confirmed by a recent study [ 9], the levels of APP, β-secretase (BACE1), and γ-secretase (presenilin 1) differ only modestly between different brain regions.

Variation of agonal stress across different brain regions differs between individuals, revealing a new level of complexity for gene expression studies of brain tissues.

In the central nervous system, neural stem cells proliferate in the ventricular zone (VZ) and sequentially give rise to both neurons and glial cells in a temporally and spatially regulated manner, suggesting that stem cells may differ from one another in different brain regions and at different developmental stages.

They may consist of complex interplays of different brain regions that could differ between species.

Based on the spatiotemporal development of α-synuclein pathology over different brain regions during PD progression, also microglial activation may differ between brain regions.

The temporal patterns of these "response ratios" differed across brain regions, possibly due to regional differences in the mechanisms underlying the decline of the dopamine signal associated with acute intravenous ethanol administration and/or to the differential effects of acute ethanol on the properties of subpopulations of midbrain dopamine neurons.

Yet, the susceptibility of spines to the various toxic insults due to the overexpression of APP and its cleavage products may differ between brain regions, between different functional locations within a neuron (e.g. between apical and basal dendrites) or with the age of the experimental animals.