Search results for cg14608903

 

Author PMID Outcome Exposure Tissue Analysis N CpG Location Gene Beta P
Mulder RH 33450751 DNA methylation age Whole blood Model 1 with age as a fixed effect 2338 cg14608903 chr10:116287249 ABLIM1 0.0017 0E+00
Mulder RH 33450751 DNA methylation age Whole blood Model 1 with age as a random effect 2338 cg14608903 chr10:116287249 ABLIM1 0.0018 3.8E-19
Battram T 30602389 DNA methylation Tissue Buccal cells and peripheral blood mononuclear cells EWAS Catalog re-analysis of GEO data. GEO accession ID is GSE124366. Tissue types are buccal epithelial cells and peripheral blood mononuclear cells 215 cg14608903 chr10:116287249 ABLIM1 0.046 1.9E-17
Yao C 33752734 DNA methylation Gene expression of Affymetrix ID: 3307939 (gene symbol: ABLIM1) Whole blood Meta-analysis 4170 cg14608903 chr10:116287249 ABLIM1 NA 8.6E-17
Josephine Robertson 41361833 DNA methylation P14151 whole blood OSCA model 2 14671 cg14608903 chr10:116287249 ABLIM1 -0.0656919 4.8E-12
Josephine Robertson 41361833 DNA methylation P14151 whole blood OSCA model 3 14671 cg14608903 chr10:116287249 ABLIM1 -0.0631126 2.3E-11
Josephine Robertson 41361833 DNA methylation P14151 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 -0.0494291 2.1E-09
Josephine Robertson 41361833 DNA methylation Q99459 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.046 2.3E-08
Josephine Robertson 41361833 DNA methylation P01834 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.042 4E-07
Josephine Robertson 41361833 DNA methylation P07996 whole blood OSCA model 3 14671 cg14608903 chr10:116287249 ABLIM1 -0.0465064 1E-06
Josephine Robertson 41361833 DNA methylation P07996 whole blood OSCA model 2 14671 cg14608903 chr10:116287249 ABLIM1 -0.0456557 1.6E-06
Josephine Robertson 41361833 DNA methylation P07996 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 -0.0393133 1.9E-06
Josephine Robertson 41361833 DNA methylation P35858 whole blood OSCA model 2 14671 cg14608903 chr10:116287249 ABLIM1 -0.0418609 1.1E-05
Josephine Robertson 41361833 DNA methylation P02750 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.036 1.7E-05
Josephine Robertson 41361833 DNA methylation P35858 whole blood OSCA model 3 14671 cg14608903 chr10:116287249 ABLIM1 -0.0404366 2.1E-05
Josephine Robertson 41361833 DNA methylation A0A0J9YX35 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.035 2.2E-05
Josephine Robertson 41361833 DNA methylation A0A0C4DH35 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.035 2.6E-05
Hannah M. Smith 39706196 DNA methylation HDL cholesterol Whole blood sensitivity 18225 cg14608903 chr10:116287249 ABLIM1 0.18 2.8E-05
Josephine Robertson 41361833 DNA methylation P06312 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.034 3.1E-05
Josephine Robertson 41361833 DNA methylation P01619 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.033 5.2E-05
Josephine Robertson 41361833 DNA methylation P01718 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.033 5.5E-05
Josephine Robertson 41361833 DNA methylation P01709 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.033 5.7E-05
Josephine Robertson 41361833 DNA methylation P01780 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.033 7.1E-05
Sikdar S 31536415 DNA methylation Smoking Whole blood, CD4+ T cells, CD14+ monocytes random effects meta-analysis 15907 cg14608903 chr10:116287249 ABLIM1 -0.00474 8E-05
Josephine Robertson 41361833 DNA methylation P01701 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.032 8.6E-05
Josephine Robertson 41361833 DNA methylation A0A0B4J1U7 whole blood OSCA model 1 14671 cg14608903 chr10:116287249 ABLIM1 0.032 8.8E-05
Josephine Robertson 41361833 DNA methylation P01023 whole blood OSCA model 2 14671 cg14608903 chr10:116287249 ABLIM1 -0.0369152 9.9E-05

 

Download

 

*this tab-deliminated tsv file contains the full set of associations and variables, i.e. those in the downloadable catalog.