This dataset represents associations on chromosome X in the male subset of the 70KforT2D GWAS dataset.
The 70KforT2D GWAS dataset includes cohorts that are also included in the DIAGRAM Transethnic meta-analysis dataset.
All samples except the non-European GERA samples are included in the "DIAMANTE (European) T2D GWAS" dataset.
Tutorial for the Differential Co-expression View
Differential co-expressed gene modules were built using methods outlined by DiffCoEx. The network adjacency matrix is derived from differences in gene pair Spearman correlations between high-risk (HR) and low-risk (LR) groups. 1,273 genes were clustered into four modules: "Brown," "Purple," "Pink," "Green".
This dataset represents associations on chromosome X in the female subset of the 70KforT2D GWAS dataset.
The 70KforT2D GWAS dataset includes cohorts that are also included in the DIAGRAM Transethnic meta-analysis dataset.
All samples except the non-European GERA samples are included in the "DIAMANTE (European) T2D GWAS" dataset.
This dataset represents the South Asian subset of the AMP T2D-GENES exome sequence analysis dataset.
The 13k exome sequence analysis dataset is a subset of the AMP T2D-GENES exome sequence analysis dataset.
This dataset represents the Hispanic subset of the AMP T2D-GENES exome sequence analysis dataset.
The 13k exome sequence analysis dataset is a subset of the AMP T2D-GENES exome sequence analysis dataset.
This dataset represents the European subset of the AMP T2D-GENES exome sequence analysis dataset.
The 13k exome sequence analysis dataset is a subset of the AMP T2D-GENES exome sequence analysis dataset.
This dataset represents the East Asian subset of the AMP T2D-GENES exome sequence analysis dataset.
The 13k exome sequence analysis dataset is a subset of the AMP T2D-GENES exome sequence analysis dataset.
This dataset represents the African American subset of the AMP T2D-GENES exome sequence analysis dataset.
The 13k exome sequence analysis dataset is a subset of the AMP T2D-GENES exome sequence analysis dataset.
Type 1 Diabetes Risk in African-Ancestry Participants and Utility of an Ancestry-Specific Genetic Risk Score.
Onengut-Gumuscu S, et al.
Diabetes Care. 2019 Mar;42(3):406-415. doi: 10.2337/dc18-1727.
PMID:30659077
Tutorial for the Genome-Wide APOL1 Correlations View
We calculated Spearman correlations between APOL1 expression and normalized expression for each gene in high-risk (HR), low-risk (LR), and normal samples. To compare HR to LR correlations, we transformed the correlations using the Fisher Z-transformation.