New insights on noise sensitivity have been developed was found to be associated with altered processing in the central auditory system, reveals a new study.
The recent functional studies were conducted at the University of Helsinki and Aarhus University.
Is Noise Sensitivity Manifested in the Way the Brain Processes Sounds?
Some people experience strong discomfort of sounds around them and complain that they suffer from noise.
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‘Increased grey matter volume in selected brain structures increases noise sensitivity.’
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Now, the researchers have found that noise sensitivity is associated with the grey matter volume in selected brain structures previously linked to auditory perceptual, emotional and interoceptive processing.
Having an increased amount of grey matter in these areas may mean that noise sensitivity requires more neural resources to be involved in dealing with sound.
![CI Therapy Produces Increase in Grey Matter in Brains of Children With Cerebral Palsy: Research]( "CI Therapy Produces Increase in Grey Matter in Brains of Children With Cerebral Palsy: Research")
Children with cerebral palsy who underwent Constraint Induced Movement therapy (CI therapy) saw a significant increase in grey matter volume in areas of the brain associated with movement.
"We found greater grey matter volume in people with high noise sensitivity in the brain temporal regions, as well as the hippocampus and the right insula. These cortical and subcortical areas are parts of brain networks supporting listening experience," says researcher Marina Kliuchko, the first author of the research article published in NeuroImage journal.
The research included brain images of 80 subjects from which grey matter volume, cortical thickness, and other anatomical parameters were measured and correlated with noise sensitivity. The work brings new insight into the physiological mechanisms of noise sensitivity.
"Noise sensitivity may be related to self-awareness in noise-sensitive individuals about the sensations that noise induces in them. That is suggested from the increased volume of the anterior part of the right insular cortex, which is known to be important for matching external sensory information with internal state of the body and bringing it to one's conscious awareness," Kliuchko says.
Source: Eurekalert
CI Therapy Produces Increase in Grey Matter in Brains of Children With Cerebral Palsy: Research
Children with cerebral palsy who underwent Constraint Induced Movement therapy (CI therapy) saw a significant increase in grey matter volume in areas of the brain associated with movement.
Advertisement
"We found greater grey matter volume in people with high noise sensitivity in the brain temporal regions, as well as the hippocampus and the right insula. These cortical and subcortical areas are parts of brain networks supporting listening experience," says researcher Marina Kliuchko, the first author of the research article published in NeuroImage journal.
The research included brain images of 80 subjects from which grey matter volume, cortical thickness, and other anatomical parameters were measured and correlated with noise sensitivity. The work brings new insight into the physiological mechanisms of noise sensitivity.
"Noise sensitivity may be related to self-awareness in noise-sensitive individuals about the sensations that noise induces in them. That is suggested from the increased volume of the anterior part of the right insular cortex, which is known to be important for matching external sensory information with internal state of the body and bringing it to one's conscious awareness," Kliuchko says.
Source: Eurekalert
Less Grey Matter in Dyslexic Children Linked to Poor Reading Experience
A new study suggests that the reason for the presence of less grey matter in the brains of dyslexic children is because of poorer reading experiences.
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