Sentence examples for overlapping connectivity from inspiring English sources

We found evidence for several coexisting and overlapping connectivity structures at different spatial scales.

Bright regions denote overlapping connectivity with PRC/PHC.

Overlapping connectivity with both seeds was strongest in the transition zone between anterior-posterior and lateral-medial EC (see bright regions in Figure 1 and Figure 1 figure supplement 1).> -wrap-foot> Paired t-tests revealed those EC regions that exhibited significant stronger connectivity with PRC than PHC seeds, and vice versa (see Table 1).

Furthermore, the overlapping connectivity patterns obtained during simple singing resembled the patterns of connectivity observed in both of our previous studies, even though different methods, singing tasks, and subject groups with varying singing expertise were used to generate these connectivity maps.

We focused on the prelimbic cortex (PrL) and the infralimbic cortex (IL), since the first area is known to be involved in higher-order cognitive functions, while the second is a visceromotor cortex, with both subregions exhibiting individual as well as overlapping connectivity patterns [ 11, 12].

Though the instrumental noise predictor (NSE) in the local connectivity model accounts for the same point spread function, this connectivity model extends the effects of increased spatial blur for inter-areal, overlapping RF connectivity.

Consistent with their results, an effect of RF connectivity is qualitatively apparent in the correlation structure of our data, and we found a significant effect of overlapping RF connectivity in our topographic model analysis, which we report in paragraphs 15-17 of Results section.

However, these correlations were almost entirely explained by the overlapping RF connectivity model.

The Cholesky analysis accounts for any additional effects of the point spread function on overlapping RF connectivity pattern.

Notably, after accounting for overlapping pRF connectivity, the strength of eccentricity correlations were similar within and across hemispheres for most comparisons between V1, V2, and V3, suggesting that this widespread connectivity pattern uniformly spans the whole visual field.

We used the average pRF values reported across several studies to derive our model of overlapping RF connectivity, however the size of pRFs for some areas varied as much as 2× across these studies.