Sentence examples for brain connectivity in human from inspiring English sources

As researchers continue to explore the role of brain connectivity in human health and disease, mouse models will undoubtedly remain a primary system for new discoveries, and new tools will be needed to identify subtle connectivity variations.

Diffusion-weighted (DW) MR images contain information about the orientation of brain white matter fibres that potentially can be used to study human brain connectivity in vivo using tractography techniques.

This chapter provides an overview of how the analysis of comprehensive maps of structural brain connectivity, the human connectome, may benefit our understanding of structure function relationships in the human brain.

Currently, researchers often use magnetic resonance imaging (MRI) methods to try to reveal connectivity in human brains, for example, examining the cohesion of white matter tracks, or correlations between activated areas.

In humans, brain connectivity implements a system for language and communication that spans from basic pre-linguistic social abilities shared with non-human primates to syntactic and pragmatic functions particular to our species.

As a result, and in contrast to the vast amount of connectivity data available in animal models, knowledge of human brain connectivity remains relatively poor.

The potential of diffusion MRI to probe human brain connectivity has attracted worldwide interest and is now widely used in clinical practice.

Human connectomics [1] is an emerging field that holds great promise for a systematic characterization of human brain connectivity and its relationship with cognition and behavior.

Armed with the maps, they hope to learn more about whether abnormalities in brain connectivity affect brain disorders such as schizophrenia and depression.

A study published in the journal Brain Connectivity (12/9/2013) even suggests that there is heightened connectivity in our brains for days after reading a novel.

Consequently, the examination of functional connectivity in the human brain is of high importance because it could provide new and important insights into the organization of the human brain [2] and reorganization during disease, learning and aging [3].