Search – Common Metabolic Diseases Genome Atlas

Showing 25 of 59 results

FileSet
DSR114CAK
released
Annotation file set: Candidate regulatory elements for BSS01372 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR794AQT
released
Annotation file set: Candidate regulatory elements for BSS01371 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR064BJU
released
Annotation file set: Candidate regulatory elements for BSS01370 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR493HMF
released
Annotation file set: Candidate regulatory elements for BSS00386 globus pallidus from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR913FYZ
released
Annotation file set: Candidate regulatory elements for BSS00272 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR098BJF
released
Annotation file set: Target gene predictions for BSS01372 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR444LZF
released
Annotation file set: Target gene predictions for BSS01371 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR166MST
released
Annotation file set: Target gene predictions for BSS01370 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR323SZR
released
Annotation file set: Target gene predictions for BSS00386 globus pallidus from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR989NQF
released
Annotation file set: Target gene predictions for BSS00272 neural progenitor cell from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR048DMI
released
Annotation file set: Chromatin states for BSS01372 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR866LQQ
released
Annotation file set: Chromatin states for BSS01371 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR285WEC
released
Annotation file set: Chromatin states for BSS01370 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR377DHA
released
Annotation file set: Chromatin states for BSS00272 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR880BBN
released
Annotation file set: Chromatin states for BSS00386 using the 18-state Roadmap model from EpiMap
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR409KBC
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 72hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR045TKK
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 48hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR876LOS
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 24hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR591JXV
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 12hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR329IUZ
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 6hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR593HJU
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 3hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR016YHI
released
Annotation file set: Gene expression of regulatory dynamics during neural induction [RNA-seq] 0hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR147MAT
released
Annotation file set: Accessible chromatin of regulatory dynamics during neural induction ATACseq 7TP_72hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR173SDV
released
Annotation file set: Accessible chromatin of regulatory dynamics during neural induction ATACseq 7TP_48hr
Lab: AMP-T2D consortium
Project: AMP
FileSet
DSR046ETP
released
Annotation file set: Accessible chromatin of regulatory dynamics during neural induction ATACseq 7TP_24hr
Lab: AMP-T2D consortium
Project: AMP