We investigated how volumes of cerebrospinal fluid (CSF), grey matter (GM) and white matter (WM) varied with age, sex, small vessel disease and cardiovascular risk factors in the Rotterdam Scan Study. Participants (n = 490; 60-90 years) were non-demented and 5 1.0% had hypertension, 4.9% had diabetes mellitus, 17.8% were current smoker and 54.0% were former smoker. We segmented brain MR-images into GM, normal WM, white matter lesion (WML) and CSF. Brain infarcts were rated visually. Volumes were expressed as percentage of intra-cranial volume. With increasing age, volumes of total brain, normal WM and total WM decreased; that of GM remained unchanged; and that of WML increased, in both men and women. Excluding persons with infarcts did not ...
AIMS: Several factors are known to increase risk for cerebrovascular disease and dementia, but there...
Cerebral small-vessel damage manifests as white matter hyperintensities and cerebral atrophy on brai...
Objective: To determine which brain regions lose volume with aging over time in healthy, nondemented...
We investigated how volumes of cerebrospinal fluid (CSF), grey matter (GM) and white matter (WM) var...
To access publisher's full text version of this article. Please click on the hyperlink in Additional...
The effect of putative cerebrovascular risk factors on gray matter volume in a community-dwelling, n...
AbstractIn a population-based study of 3962 community-dwelling nondemented elderly we investigated t...
In a population-based study of 3962 community-dwelling nondemented elderly we investigated the relat...
We investigated in a population-based cohort study the association of global and lobar brain tissue ...
We investigated differences associated with age and hypertension, a common risk factor for vascular ...
BACKGROUND AND PURPOSE: A technique of segmenting total gray matter (GM) and total white matter (WM)...
BACKGROUND AND PURPOSE: Several morphometric MR imaging studies have investigated age- and sex-relat...
BACKGROUND AND PURPOSE: Several morphometric MR imaging studies have investigated age- and sex-relat...
A number of chronic disease and behavioural factors are recognised to increase the risk of cardiovas...
textabstractOBJECTIVE: White matter lesions are often seen on MR scans of elderly non-deme...
AIMS: Several factors are known to increase risk for cerebrovascular disease and dementia, but there...
Cerebral small-vessel damage manifests as white matter hyperintensities and cerebral atrophy on brai...
Objective: To determine which brain regions lose volume with aging over time in healthy, nondemented...
We investigated how volumes of cerebrospinal fluid (CSF), grey matter (GM) and white matter (WM) var...
To access publisher's full text version of this article. Please click on the hyperlink in Additional...
The effect of putative cerebrovascular risk factors on gray matter volume in a community-dwelling, n...
AbstractIn a population-based study of 3962 community-dwelling nondemented elderly we investigated t...
In a population-based study of 3962 community-dwelling nondemented elderly we investigated the relat...
We investigated in a population-based cohort study the association of global and lobar brain tissue ...
We investigated differences associated with age and hypertension, a common risk factor for vascular ...
BACKGROUND AND PURPOSE: A technique of segmenting total gray matter (GM) and total white matter (WM)...
BACKGROUND AND PURPOSE: Several morphometric MR imaging studies have investigated age- and sex-relat...
BACKGROUND AND PURPOSE: Several morphometric MR imaging studies have investigated age- and sex-relat...
A number of chronic disease and behavioural factors are recognised to increase the risk of cardiovas...
textabstractOBJECTIVE: White matter lesions are often seen on MR scans of elderly non-deme...
AIMS: Several factors are known to increase risk for cerebrovascular disease and dementia, but there...
Cerebral small-vessel damage manifests as white matter hyperintensities and cerebral atrophy on brai...
Objective: To determine which brain regions lose volume with aging over time in healthy, nondemented...