Search – Common Metabolic Diseases Genome Atlas

Showing 25 of 8863 results

FileSet
DSR116544
released
Annotation file set: List of genes expression levels among human samples from Joseph Wu Lab at Stanford. Single Cell Multiomics and Deep Learning of Human Cardiac and Peripheral Artery Tissues
Lab: Joseph Wu, Stanford
Project: community
FileSet
DSR674361
released
Annotation file set: List of genes differentially expressed among human samples from Joseph Wu Lab at Stanford. Single Cell Multiomics and Deep Learning of Human Cardiac and Peripheral Artery Tissues
Lab: Joseph Wu, Stanford
Project: community
FileSet
DSR254454
released
Annotation file set: List of genes differentially expressed among human samples from Joseph Wu Lab at Stanford. Single Cell Multiomics and Deep Learning of Human Cardiac and Peripheral Artery Tissues
Lab: Joseph Wu, Stanford
Project: community
FileSet
DSR901522
released
Annotation file set: List of genes expression levels among human samples from Joseph Wu Lab at Stanford. Single Cell Multiomics and Deep Learning of Human Cardiac and Peripheral Artery Tissues
Lab: Joseph Wu, Stanford
Project: community
FileSet
DSR871NXS
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - type 2a muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR059OPJ
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - type 2x muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR152USV
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - type 1 muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR437GPK
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - T cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR789ZQG
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - smooth muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR034VMG
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - skeletal muscle satellite cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR978PBW
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - The neuromuscular junction (NMJ) which is a synapse that connects a motor nerve to a muscle cell, and is made up of two types of cells: motor neurons and skeletal muscle cells
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR354XGE
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - neural cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR366JDZ
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - macrophage
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR471XXL
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - fibro-adipogenic progenitors cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR644RFQ
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - endothelial cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR614ZVC
released
Annotation file set: Accessible chromatin annotation of each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - adipocyte
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR020DGY
released
Annotation file set: Splicing Quantitative Trait Loci (sQTL) from human primary articular chondrocytes under fibronectin fragment (FN-f) performed using RNA-seq data from 101 samples.
Lab: Doug Phanstiel, UNC
Project: community
FileSet
DSR302PZQ
released
Annotation file set: Splicing Quantitative Trait Loci (sQTL) from human primary articular chondrocytes under hosphate buffer saline (PBS) resting performed using RNA-seq data from 101 samples.
Lab: Doug Phanstiel, UNC
Project: community
FileSet
DSR601SXD
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - type 2x muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR214AXM
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - type 2a muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR658YGC
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - type 1 muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR715TPP
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - T cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR007CLU
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - smooth muscle cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR139CQC
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - skeletal muscle satellite cell
Lab: Stephen Parker, UMich
Project: AMP
FileSet
DSR820MUH
released
Annotation file set: caQTL results in each cell type cluster identified from snRNA+snATAC profiling of human skeletal muscle - The neuromuscular junction (NMJ) which is a synapse that connects a motor nerve to a muscle cell, and is made up of two types of cells: motor neurons and skeletal muscle cells
Lab: Stephen Parker, UMich
Project: AMP