Neurology Genetics · 2017 · 39 citations · 20 references
Life SciencesGeneticsMolecular GeneticsDementiaGenomicsMedical GeneticsAlzheimer DiseaseDementia GeneticsDementia Risk FactorsDisease Susceptibility LociGenome-wide Association StudiesNeurodegenerative Disease GeneticsAllelic Heterogeneity AnalysisDementia Risk LociExome SequencingExome-wide Association StudiesGene-based Association AnalysisGenetic Risk VariantsRisk Gene VariantsWhole Exome Sequencing Studies
OBJECTIVE: In African Americans, we sought to systematically identify coding Alzheimer disease (AD) risk variants at the previously reported AD genome-wide association study (GWAS) loci genes. METHODS: We identified coding variants within genes at the 20 published AD GWAS loci by whole-exome sequencing of 238 African American participants, validated these in 300 additional participants, and tested their association with AD risk in the combined cohort of 538 and with memory endophenotypes in 319 participants. RESULTS: (rs10250905 and rs62001869) showed association with memory endophenotypes. CONCLUSIONS: , nominate additional variants that may modulate cognition, and importantly provide a thorough screen of coding variants at AD GWAS loci that can guide future studies in this population.
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