Search – Common Metabolic Diseases Genome Atlas

Showing 13 of 13 results

FileSet
DSR606YST
released
Annotation file set: Gene expression summary from GTEx V8 - Gene TPMs for Uterus.
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR206PQX
released
Annotation file set: Gene expression summary from GTEx V8 - Gene TPMs for Cervix - Ectocervix.
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR903VBR
released
Annotation file set: Candidate regulatory elements for BSS01884 uterus from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR090SSF
released
Annotation file set: Target gene predictions for BSS01884 uterus from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR590GOS
released
Annotation file set: Chromatin states for BSS01884 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR572QKZ
released
Annotation file set: uterus eQTL of studay GTEx from eQTL Catalogue
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR196WYN
released
Annotation file set: Registry of candidate cis-Regulatory Elements (cCREs) derived from ENCODE uterus
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR703DFT
released
Annotation file set: Registry of candidate cis-Regulatory Elements (cCREs) derived from ENCODE uterus
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR245IPY
released
Annotation file set: Histone modifications annotation for Uterus Endometrium_cancer from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR870BFE
released
Annotation file set: Binding sites annotation for Uterus Endometrium_cancer from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR807PPB
released
Annotation file set: Binding sites annotation for Uterus Endometrium from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR254PVY
released
Annotation file set: enhancer-gene predicton of uterus-ENCODE from Broad ABC data
Lab: Jesse Engreitz, Stanford University
Project: AMP
FileSet
DSR373YCF
released
Annotation file set: Accessible chromatin annotation for Uterus Uterus from ChIP-atlas
Lab: AMP-T2D consortium
Project: AMP