Search – Common Metabolic Diseases Genome Atlas

Showing 12 of 12 results

FileSet
DSR220000
released
Annotation file set: Target gene predictions for StomachEsophagus keratinocytes/tuft cells (mostly esophagus sample; KRT13+ KRT4+ KRT7+ IRAG2+)
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR362888
released
Annotation file set: Target gene predictions for Skin keratinocyte (KRT4, KRT13, KRT23+, MYO5B+ (either granular or basal keratinocyte))
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR856738
released
Annotation file set: Target gene predictions for Skin keratinocyte (KRT10+, TP63+, MME+, DSC3+)
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR346596
released
Annotation file set: Target gene predictions for Muscle keratinocytes (KRT4/17+, SCEL)
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR359372
released
Annotation file set: Target gene predictions for Muscle keratinocytes (KRT10/SCEL)
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR383918
released
Annotation file set: Target gene predictions for keratinocyte (CL:0000312) derived from ENCODE-rE2G (ENCSR998FKR).
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR540223
released
Annotation file set: Target gene predictions for keratinocyte (CL:0000312) derived from ENCODE-rE2G (ENCSR366BKU).
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR125EUW
released
Annotation file set: Target gene predictions for BSS01071 keratinocyte from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR555IYR
released
Annotation file set: Target gene predictions for BSS01068 keratinocyte from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR681TKD
released
Annotation file set: Target gene predictions of Keratinocyte 2 from snATAC from Bing Ren Lab
Lab: Bing Ren, UCSD
Project: ENCODE
FileSet
DSR385FIQ
released
Annotation file set: Target gene predictions of Keratinocyte 1 from snATAC from Bing Ren Lab
Lab: Bing Ren, UCSD
Project: ENCODE
FileSet
DSR926EGV
released
Annotation file set: enhancer-gene predicton of keratinocyte-Roadmap from Broad ABC data
Lab: Jesse Engreitz, Stanford University
Project: AMP