Sentence examples for prominent connectivity from inspiring English sources

Those genes that display prominent connectivity patterns tend to play biologically influential or regulatory roles in disease-related processes.

Our findings provide structural reconstruction in humans in vivo of the crossed-fibre pathways from cerebellar to cerebral cortex in accordance with predictions by ex vivo anatomical investigations (Voogd 2003; Standring 2008) and support the hypothesis of a prominent connectivity of lateral cerebellum to contralateral associative areas (Buckner et al. 2011).

30 The prominent disulphide connectivity patterns in the 4 major families of conotoxins are shown in Supplementary Figure 5, and these alone were used for scoring purposes.

Given the prominent anatomical connectivity between the hippocampus and vmPFC (Jay and Witter, 1991; Cenquizca and Swanson, 2007), it was observed that vmPFC HFS drove the local neural activity as characterized by c-Fos-ir activation in the subiculum, DG, as well as a marginal increase in the CA1 field of the hippocampus.

The first aim of this study was to compute effective connectivity between prominent reading areas and to look for plausible connective dissociations during word and pseudoword reading.

Analyzing the patient sample revealed a relationship between structural connectivity particularly among central 'brain hubs' and progressive changes in general functioning (p = 0.007), suggesting that more prominent impairments of hub connectivity may herald future functional decline.

During social observation, the most prominent region with stronger connectivity during disgust compared to neutral faces was the ipsilateral right BA45.

Srn mutants exhibit prominent defects in retinotectal connectivity that are quite different from those observed in mutants in the Notch-Delta pathway such as des and dla in which no defects in retinotectal axon branching are observed, and from the dramatic reduction in retinal ganglion cell number and axon pathfinding observed in mib.

Our key premise was that genes with prominent patterns of "transcriptional connectivity" in such networks represent genes with potential critical roles in the response to injury.

The axonal output connectivity showed several prominent differences between lower, middle and upper LII/III.

As expected, mood-related changes in effective connectivity were more prominent in the negative session.