Abstract

BackgroundSome alterations of the lipoprotein profile have been associated with cerebrovascular disease. Recently, it has been suggested that cerebrovascular disease might play a role in the pathogenesis of both vascular dementia (VD) and Alzheimer's disease (AD). Nevertheless, the possible association of dyslipidemias with VD or AD is still a controversial issue.MethodsWe investigated the lipoprotein profile in 100 older patients with vascular dementia (VD; n°: 60) or Late Onset Alzheimer's Disease (LOAD; n°: 40). The patients were compared with 54 community dwelling non-demented older controls.ResultsAfter adjustment for functional status, blood sedimentation rate, and serum albumin levels, no differences in lipoprotein profile emerged between the three groups, with the exception of HDL-C that was lower in VD compared with controls. Low HDL-C (< 45 mg/dL) was associated with VD (O.R.: 6.52, C.I. 95%: 1.42–30.70 vs controls, and 4.31, C.I. 95%: 0.93–19.82 vs LOAD), after multivariate adjustment. No differences in plasma lipid levels emerged between the three groups after stratification for apo E4 genotype.ConclusionsIn this cross-sectional study low HDL-C levels are associated with VD, but not with LOAD, in a sample of older subjects.

Highlights

  • Some alterations of the lipoprotein profile have been associated with cerebrovascular disease

  • Subjects with vascular dementia (VD) and Late Onset Alzheimer's Disease (LOAD) had lower MMSE and Barthel index score compared with controls, while no differences were found between VD and LOAD

  • Serum albumin was lower in VD compared with controls (p: 0.01); Blood sedimentation rate (BSR) was higher in both VD and LOAD compared with controls (p: 0.04)

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Summary

Introduction

Some alterations of the lipoprotein profile have been associated with cerebrovascular disease. The possible association of dyslipidemias with VD or AD is still a controversial issue, probably due to: 1) the very small number of patients included in most of the studies, and 2) the exclusion from the analysis of some important factors that might induce significant modifications in lipoprotein profile. As regards to this aspect, several conditions are known to modify plasma lipids in the elderly including age itself, gender, apoprotein E phenotype [17], impaired functional status [18], a condition of "frailty" [19], and an inflammation state [20]

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