Search – Common Metabolic Diseases Genome Atlas

Showing 12 of 12 results

FileSet
DSR748MDW
released
Annotation file set: Candidate regulatory elements for BSS01661 stromal cell of bone marrow from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR928GVV
released
Annotation file set: Target gene predictions for BSS01661 stromal cell of bone marrow from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR315JBI
released
Annotation file set: Chromatin states for BSS01661 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR326TXQ
released
Annotation file set: Accessible chromatin annotation of Fetal Megakaryocyte from snATAC from Bing Ren Lab
Lab: Bing Ren, UCSD
Project: ENCODE
FileSet
DSR880WUR
released
Annotation file set: Registry of candidate cis-Regulatory Elements (cCREs) derived from ENCODE stromal cell of bone marrow
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR734LQC
released
Annotation file set: Histone modifications annotation for Blood Bone_marrow_nuclear_cells from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR469QBK
released
Annotation file set: Histone modifications annotation for Blood Bone_Marrow_Cells from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR410ARI
released
Annotation file set: Binding sites annotation for Blood Bone_marrow_nuclear_cells from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR709WIF
released
Annotation file set: Binding sites annotation for Blood Bone_marrow_mononuclear_cells from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR345BXM
released
Annotation file set: coaccessible target genes annotation from snATAC-seq of megakaryocyte
Lab: Kyle Gaulton, UCSD
Project: T1D
FileSet
DSR213MXZ
released
Annotation file set: accessible chromatin annotation from snATAC-seq of megakaryocyte
Lab: Kyle Gaulton, UCSD
Project: T1D
FileSet
DSR992TVD
released
Annotation file set: Target gene predictions annotation of EGAS00001001911 promoter capture Hi-C of megakaryocyte
Lab: AMP-T2D consortium
Project: AMP