Association between coding variability in the LRP gene and the risk of late-onset Alzheimer's disease

F Wavrant-DeVrièze, JC Lambert, L Stas, R Crook… - Human genetics, 1999 - Springer
F Wavrant-DeVrièze, JC Lambert, L Stas, R Crook, D Cottel, F Pasquier, B Frigard…
Human genetics, 1999Springer
We have sequenced the entire (89 exons) open reading frame of the LRP gene in 12 cases
of Alzheimer's disease (AD) from Northern France. We have found no novel changes but
confirm the occurrence of a polymorphism in exon 6 of the gene (A216V). This
polymorphism is rare (2.8% of controls) and is in linkage equilibrium with previously
reported polymorphisms. The V216 allele is negatively associated with the disease in a
large case-controlled series. These data suggest that the LRP receptor may be involved in …
Abstract
We have sequenced the entire (89 exons) open reading frame of the LRP gene in 12 cases of Alzheimer’s disease (AD) from Northern France. We have found no novel changes but confirm the occurrence of a polymorphism in exon 6 of the gene (A216V). This polymorphism is rare (2.8% of controls) and is in linkage equilibrium with previously reported polymorphisms. The V216 allele is negatively associated with the disease in a large case-controlled series. These data suggest that the LRP receptor may be involved in the pathobiology of AD, but the association that we report here cannot explain the previously reported genetic data implicating the LRP gene in AD. If the LRP gene is a major site of genetic variability leading to AD, there must be other biologically relevant variability in promoter or other regulatory elements of this large gene.
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