Sentences with phrase «brain connectivity»
Brain connectivity refers to the way different parts of the brain communicate and work together. It's like a network of connections that allows information to be shared and processed efficiently. It is an important factor in how our brain functions and controls various functions like thinking, learning, and emotions. Full definition
That collaboration ultimately produced the most detailed map ever made of functional brain connectivity in a single person.
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They used MRI scanning to look at the functional brain connectivity patterns between the two activities.
Researchers then analyzed the connectivity of each participant's brain to determine a relationship between brain connectivity and Self - Related Sharing Scale score across participants.
The Brain Balance Program ® combines individually customized sensory - motor and academic activities that improve right brain connectivity leading to a reduction or elimination of behavioral symptoms.
Impact of mindfulness - based stress reduction training on intrinsic brain connectivity.
The researchers found that individual differences in functional brain connectivity reflected differences in how certain intrinsic connectivity networks were engaged.
The Brain Balance Program ® combines individually customized sensory motor and academic activities that address right brain connectivity and associated behavioral issues.
A new study shows that reading a book improves brain connectivity in the hub that influences the sense of touch, scientifically proving how books change us.
The resulting blueprint will also reveal how brain connectivity varies from person to person.
In contrast, typically developing children have a larger shift in brain connectivity when they perform tasks.
Their immature brain connectivity means that they don't have the awareness to calm down the same way adults can.
Enhanced brain connectivity in long - term meditation practitioners.
This theoretical consistency is important, as it allows researchers to better focus future studies of brain connectivity in schizophrenia, by targeting the brain regions known to be affected.
Analyses of structural brain connectivity patterns, for example of large - scale connectivity matrices of the cerebral cortex, allow the quantification of a broad range of network characteristics (Sporns et al., 2004).
«This is the first study that has examined how the patterns of intrinsic brain connectivity change with a cognitive load in children with autism,» Menon said.
The procedure continues to be based on exact brain connectivity maps which were developed in cooperation with Harvard Medical School.
«Similar brain connectivity during rest, tasks linked to better mental performance.»
The recently published Allen Mouse Brain Connectivity Atlas traces connectivity between 500,000 tiny cubes of brain tissue each containing up to 500 neurons.
In 2010 University of Aberdeen neuroscientist Christian Schwarzbauer measured brain connectivity in people who have lost consciousness.
The Allen Mouse Brain Connectivity Atlas is the first detailed map of any mammal's neural network.
«Not only can you induce a behavioral change, the training also induces similar brain connectivity patterns as those seen in memory athletes.»
New research published August 17 in The Journal of Neuroscience suggests greater similarity between brain connectivity at rest and on task may be associated with better mental performance.
Classification of schizophrenia and bipolar patients using static and time - varying resting - state FMRI brain connectivity
Disrupted brain connectivity networks in drug - naive, first - episode major depressive disorder.
Investigating brain connectivity heritability in a twin study using diffusion imaging data.
This indicates differential hemispheric predilection of brain connectivity abnormalities between SD and bvFTD.
The researchers found a way to use brain connectivity (i.e. connections in the brain) to predict the best possible relief of Parkinson's Disease symptoms.
«Brain connectivity disruptions may explain cognitive deficits in people with brain injury.»
Every person has a distinct pattern of functional brain connectivity known as a connectotype, or brain fingerprint.
Researchers at the Center for BrainHealth at The University of Texas at Dallas have identified complex brain connectivity patterns in individuals with chronic phases of traumatic brain injury which may explain long term higher order cognitive function deficits.
«The discovery has implications for people whose brain connectivity is vulnerable, for example in children whose brains are still developing or for people with Alzheimer's or Parkinson's disease.
Hofer's team believes that this specific brain connectivity might facilitate the perception of elongated lines and edges: neurons that react to different parts of such edges are connected, can increase each other's activity and therefore boost the response that contributes to the perception of these visual features.
Imaging scans show decreases in brain connectivity before (orange) and after (blue) treatment with ECT.
New studies — prompted by a renewed interest in potential applications of psychedelic drugs for understanding the brain or even treating some psychiatric diseases — suggest that far - reaching changes in brain connectivity contribute to the altered states of consciousness and other effects of an acid trip.
«Atypical brain connectivity associated with autism spectrum disorder.»
The researchers also administered resting - state functional MRI to assess functional brain connectivity within each study participant.
Finn and her colleagues then compared the whole - brain connectivity profiles of the dyslexic readers to the non-impaired readers, which revealed widespread differences.
Long - lasting changes in brain connectivity require new gene expression, and Dr. Martin has discovered a role for specific signaling molecules that travel from stimulated synapses to the nucleus to change the transcription of DNA to RNA.
Graph - theoretical analysis is attracting increasing attention as a general and powerful framework to analyze brain connectivity networks, and may provide a rigorous theoretical basis to study connectivity and disconnectivity in the brain.
Russell Poldrack scanned his brain to create the most detailed map of brain connectivity ever.
I will also discuss open problems in brain connectivity analysis that may be amenable to solution via graph - theoretical methods.