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Schema
Citing CMDGA
Clear Filters
Annotation type
1668
candidate regulatory elements
target gene predictions
977
histone modifications
904
chromatin state
810
binding sites
568
accessible chromatin
444
gene expression
157
eQTL
80
variant allelic effects
71
Fine-mapped variants
6
differential activity
5
hQTL
5
sQTL
4
caQTL
4
variant to gene
3
meQTL
1
other
1
pQTL
1
representative DNase hypersensitivity sites
Annotation Category
4
Genetic variant effects
Annotation type Category
4
snATAC-seq
Available data
4
bed bed3+
File set status
4
released
Genome assembly (visualization)
4
GRCh38
Organism
4
Homo sapiens
Biosample type
4
primary cell
Biosample term
coronary artery
1
endothelial cell
1
fibroblast of the aortic adventitia
1
macrophage
1
smooth muscle cell of the coronary artery
Organ
2
blood vessel
2
vasculature
1
artery
1
connective tissue
1
epithelium
1
heart
Date released
4
February, 2023
Software used
4
rasqual
Lab
5
Stephen Parker, UMich
4
AMP-T2D consortium
2
Stephen S. Rich Lab @UVA
1
Karen Mohlke, UNC
Project
4
AMP
RFA
4
AMP
biosample_term_name!
coronary artery
annotation_type!
target gene predictions
Showing 4 of 4 results
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FileSet
DSR375DYB
released
Annotation file set
: Chromatin accessibility QTLs in endothelial cells passing genome-wide multiple testing correction (5% FDR) of ATAC-seq in 35 human coronary artery patients
Lab:
AMP-T2D consortium
Project:
AMP
FileSet
DSR077AGV
released
Annotation file set
: Chromatin accessibility QTLs in fibroblasts passing genome-wide multiple testing correction (5% FDR) of ATAC-seq in 35 human coronary artery patients
Lab:
AMP-T2D consortium
Project:
AMP
FileSet
DSR868SOF
released
Annotation file set
: Chromatin accessibility QTLs in macrophages passing genome-wide multiple testing correction (5% FDR) of ATAC-seq in 35 human coronary artery patients
Lab:
AMP-T2D consortium
Project:
AMP
FileSet
DSR702NJX
released
Annotation file set
: Chromatin accessibility QTLs in smooth muscle cells passing genome-wide multiple testing correction (5% FDR) of ATAC-seq in 35 human coronary artery patients
Lab:
AMP-T2D consortium
Project:
AMP