We’re moving! Datasets in the NIAGADS database are being transitioned to the DSS database, click to learn more.

Available Datasets

Dataset Type Samplessort descending Markers
NG00076
ADGC case-control summary statistics on 7050 samples not included in the IGAP-2013 discovery stage- Hu et al. (2019)
Genotype
NG00089
CSF TREM2 Summary Statistics
Genotype
NG00025
eGWAS Mayo
Gene Expression
NG00036
IGAP Summary Statistics- Lambert et al. (2013)
Genotype
NG00091
Results of gene-based weighted burden analyses using SCOREASSOC and GENEVARASSOC applied to the ADSP discovery sample
Sequence
NG00122
Prediction of Psychosis in Alzheimer Disease Summary Statistics - DeMichele-Sweet, et. al. 2021
Genotype
NG00065
ADSP Discovery Case/Control Association Results
Sequence
NG00126
A fast and robust strategy to remove variant level artifacts in Alzheimer’s Disease Sequencing Project data (Belloy et al. 2022) (via DSS)
Genotype
NG00027
ADGC Summary Statistics- Naj et al. (2011)
Genotype
NG00099
Results of gene - based weighted burden analyses using SCOREASSOC and GENEVARASSOC and multivariate analyses of variants near APOE applied to the ADSP Discovery Case - Control Based Extension Study.
Sequence
NG00039
ADGC African American Summary Statistics- Reitz et al. (2013)
Genotype
NG00052
CLU, A potential endophenotype for AD: Summary Statistics- Deming et al. (2016)
Genotype
NG00100
Novel risk loci and pathways associated with Alzheimer disease in African Americans: A GWAS and meta-analysis summary statistics- Kunkle et al. (2020)
Genotype
NG00040
Multi-Ethnic Exome Array Study of AD, FTD, and PSP
Genotype
NG00078
IGAP APOE-Stratified Analysis Summary Statistics- Jun et al. (2015)
Genotype
NG00053
IGAP Summary Statistics, ADGC subset- Lambert et al. (2013)
Genotype
NG00041
ADGC Neuropath Summary Stats and Phenotypes- Beecham et al. (2014)
Genotype
NG00082
UAB/HudsonAlpha Families with Neurodegenerative Diseases
Sequence
NG00055
CSF Aβ/ptau Summary Statistics - Deming Y et al. (2017)
Genotype
NG00144
The Prediction of Alzheimer’s Disease through Multi-Trait Genetic Modeling (via DSS)