Brain structure changes visualized in early- and late-onset blind subjects

We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we mapped volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years...

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Bibliographic Details
Published inNeuroImage (Orlando, Fla.) Vol. 49; no. 1; pp. 134 - 140
Main Authors Leporé, Natasha, Voss, Patrice, Lepore, Franco, Chou, Yi-Yu, Fortin, Madeleine, Gougoux, Frédéric, Lee, Agatha D., Brun, Caroline, Lassonde, Maryse, Madsen, Sarah K., Toga, Arthur W., Thompson, Paul M.
Format Journal Article
LanguageEnglish
Published United States Elsevier Inc 01.01.2010
Elsevier Limited
Subjects
Adult
Age
Age of Onset
Algorithms
Blindness
Blindness - pathology
Brain
Brain - pathology
Brain imaging
Brain Mapping
Corpus callosum
Corpus Callosum - pathology
Data Interpretation, Statistical
Female
Humans
Imaging, Three-Dimensional
Magnetic Resonance Imaging
Male
Medical imaging
Medical research
Memory
Mens health
Methods
Middle Aged
MRI
Occipital Lobe - pathology
Plasticity
Software
Studies
Tensor-based morphometry
Young Adult
Brain imaging
Tensor-based morphometry
MRI
Corpus callosum
Blindness
Plasticity
Online AccessGet full text

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Abstract We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we mapped volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years old, respectively) relative to 16 matched sighted controls. Each subject's structural MRI was fluidly registered to a common template. Anatomical differences between groups were mapped based on statistical analysis of the resulting deformation fields revealing profound deficits in primary and secondary visual cortices for both blind groups. Regions outside the occipital lobe showed significant hypertrophy, suggesting widespread compensatory adaptations. EBs but not LBs showed deficits in the splenium and the isthmus. Gains in the non-occipital white matter were more widespread in the EBs. These differences may reflect regional alterations in late neurodevelopmental processes, such as myelination, that continue into adulthood.
AbstractList We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we mapped volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years old, respectively) relative to 16 matched sighted controls. Each subject's structural MRI was fluidly registered to a common template. Anatomical differences between groups were mapped based on statistical analysis of the resulting deformation fields revealing profound deficits in primary and secondary visual cortices for both blind groups. Regions outside the occipital lobe showed significant hypertrophy, suggesting widespread compensatory adaptations. EBs but not LBs showed deficits in the splenium and the isthmus. Gains in the non-occipital white matter were more widespread in the EBs. These differences may reflect regional alterations in late neurodevelopmental processes, such as myelination, that continue into adulthood.
We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we mapped volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years old, respectively) relative to 16 matched sighted controls. Each subject's structural MRI was fluidly registered to a common template. Anatomical differences between groups were mapped based on statistical analysis of the resulting deformation fields revealing profound deficits in primary and secondary visual cortices for both blind groups. Regions outside the occipital lobe showed significant hypertrophy, suggesting widespread compensatory adaptations. EBs but not LBs showed deficits in the splenium and the isthmus. Gains in the non-occipital white matter were more widespread in the EBs. These differences may reflect regional alterations in late neurodevelopmental processes, such as myelination, that continue into adulthood.
We examine 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we map volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years old, respectively) relative to 16 matched sighted controls. Each subject’s structural MRI was fluidly registered to a common template. Anatomical differences between groups were mapped based on statistical analysis of the resulting deformation fields revealing profound deficits in primary and secondary visual cortices for both blind groups. Regions outside the occipital lobe showed significant hypertrophy, suggesting widespread compensatory adaptations. EBs but not LBs showed deficits in the splenium and hypertrophy in the isthmus. Gains in the isthmus and non-occipital white matter were more widespread in the EBs. These differences may reflect regional alterations in late neurodevelopmental processes, such as myelination, that continue into adulthood.
We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we mapped volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years old, respectively) relative to 16 matched sighted controls. Each subject's structural MRI was fluidly registered to a common template. Anatomical differences between groups were mapped based on statistical analysis of the resulting deformation fields revealing profound deficits in primary and secondary visual cortices for both blind groups. Regions outside the occipital lobe showed significant hypertrophy, suggesting widespread compensatory adaptations. EBs but not LBs showed deficits in the splenium and the isthmus. Gains in the non-occipital white matter were more widespread in the EBs. These differences may reflect regional alterations in late neurodevelopmental processes, such as myelination, that continue into adulthood.We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based morphometry, we mapped volume reductions and gains in 16 early-onset (EB) and 16 late-onset (LB) blind adults (onset <5 and >14 years old, respectively) relative to 16 matched sighted controls. Each subject's structural MRI was fluidly registered to a common template. Anatomical differences between groups were mapped based on statistical analysis of the resulting deformation fields revealing profound deficits in primary and secondary visual cortices for both blind groups. Regions outside the occipital lobe showed significant hypertrophy, suggesting widespread compensatory adaptations. EBs but not LBs showed deficits in the splenium and the isthmus. Gains in the non-occipital white matter were more widespread in the EBs. These differences may reflect regional alterations in late neurodevelopmental processes, such as myelination, that continue into adulthood.
Author Chou, Yi-Yu
Brun, Caroline
Lassonde, Maryse
Voss, Patrice
Lee, Agatha D.
Lepore, Franco
Fortin, Madeleine
Gougoux, Frédéric
Leporé, Natasha
Thompson, Paul M.
Madsen, Sarah K.
Toga, Arthur W.
AuthorAffiliation b Department of Psychology, University of Montreal, Montreal, QC, Canada
a Laboratory of Neuro Imaging, Department of Neurology, David Geffen School of Medicine at UCLA, Los Angeles, CA 90095, USA
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  fullname: Voss, Patrice
  organization: Department of Psychology, University of Montreal, Montreal, QC, Canada
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  organization: Department of Psychology, University of Montreal, Montreal, QC, Canada
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  organization: Laboratory of Neuro Imaging, Department of Neurology, David Geffen School of Medicine at UCLA, Los Angeles, CA 90095, USA
BackLink https://www.ncbi.nlm.nih.gov/pubmed/19643183$$D View this record in MEDLINE/PubMed
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Issue 1
Keywords Brain imaging
Tensor-based morphometry
MRI
Corpus callosum
Blindness
Plasticity
Language English
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Snippet We examined 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based...
We examine 3D patterns of volume differences in the brain associated with blindness, in subjects grouped according to early and late onset. Using tensor-based...
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StartPage 134
SubjectTerms Adult
Age
Age of Onset
Algorithms
Blindness
Blindness - pathology
Brain
Brain - pathology
Brain imaging
Brain Mapping
Corpus callosum
Corpus Callosum - pathology
Data Interpretation, Statistical
Female
Humans
Imaging, Three-Dimensional
Magnetic Resonance Imaging
Male
Medical imaging
Medical research
Memory
Mens health
Methods
Middle Aged
MRI
Occipital Lobe - pathology
Plasticity
Software
Studies
Tensor-based morphometry
Young Adult
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Title Brain structure changes visualized in early- and late-onset blind subjects
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