It is well established that the posterior region of the corpus callosum, known as the splenium, is relatively preserved during the course of normal ageing. However, the effect of age on its distinct interhemispheric tract bundles that project to bilateral occipital, parietal and temporal areas of the cortex, is largely unknown. In the present study, diffusion tensor imaging was used to directly examine the integrity of these distinct segregations and their diffusion metrics were compared between groups of young adults (n = 20, mean age = 30.75) and older adults (n = 19, mean age = 80.21). Results revealed that while occipital tracts were preserved in older adults, parietal and temporal segments were particularly impaired. These findings are...
Background: The corpus callosum is the largest white matter tract in the human brain, involved in in...
BACKGROUND AND PURPOSE: The corpus callosum (CC) is the most important structure involved in the tra...
The splenium of the corpus callosum connects the posterior cortices with fibers varying in size from...
Background: The corpus callosum (CC) is the most prominent white matter connection for interhemisphe...
The network of commissural white matter fibres responsible for connecting the hemispheres of the bra...
Age-related changes in the microstructural organization of the corpus callosum (CC) may explain decl...
Age-related decline in microstructural integrity of certain white matter tracts may explain cognitiv...
BACKGROUND AND PURPOSE: The corpus callosum is a heterogeneous white-matter tract that connects the ...
Interhemsipheric interaction between the human cerebral hemispheres is served by abundant white-matt...
International audienceDiffusion-tensor imaging and single voxel diffusion-weighted magnetic resonanc...
Age-related differences in bimanual motor performance have been extensively documented, but their un...
Knowledge concerning the normal aging of cerebral white matter will improve our understanding of abn...
Aging is known to have deleterious effects on cerebral white matter, yet little is known about these...
Knowledge concerning the normal aging of cerebral white matter will improve our understanding of abn...
The corpus callosum, the principal white matter structure enabling interhemispheric information tran...
Background: The corpus callosum is the largest white matter tract in the human brain, involved in in...
BACKGROUND AND PURPOSE: The corpus callosum (CC) is the most important structure involved in the tra...
The splenium of the corpus callosum connects the posterior cortices with fibers varying in size from...
Background: The corpus callosum (CC) is the most prominent white matter connection for interhemisphe...
The network of commissural white matter fibres responsible for connecting the hemispheres of the bra...
Age-related changes in the microstructural organization of the corpus callosum (CC) may explain decl...
Age-related decline in microstructural integrity of certain white matter tracts may explain cognitiv...
BACKGROUND AND PURPOSE: The corpus callosum is a heterogeneous white-matter tract that connects the ...
Interhemsipheric interaction between the human cerebral hemispheres is served by abundant white-matt...
International audienceDiffusion-tensor imaging and single voxel diffusion-weighted magnetic resonanc...
Age-related differences in bimanual motor performance have been extensively documented, but their un...
Knowledge concerning the normal aging of cerebral white matter will improve our understanding of abn...
Aging is known to have deleterious effects on cerebral white matter, yet little is known about these...
Knowledge concerning the normal aging of cerebral white matter will improve our understanding of abn...
The corpus callosum, the principal white matter structure enabling interhemispheric information tran...
Background: The corpus callosum is the largest white matter tract in the human brain, involved in in...
BACKGROUND AND PURPOSE: The corpus callosum (CC) is the most important structure involved in the tra...
The splenium of the corpus callosum connects the posterior cortices with fibers varying in size from...