Toggle navigation
Home
About
Project overview
Policies
News
Contact
Data
Experiments
Annotations
Single Cell Embeddings
Statistical Models
Gene Perturbations
Data Standards & QC
Pipelines
Consortia
Publications
Tools
Single Cell Browser
Help
Getting started
Schema
Citing CMDGA
Clear Filters
Assay category
6
Transcription
Assay
625
ChIP-seq
587
total RNA-seq
29
ATAC-seq
11
WGBS
8
DNase-seq
6
small RNA-seq
5
pCHi-C
3
Hi-C
2
RRBS
2
STARR-seq
1
RNA microarray
1
single cell RNA-seq
1
whole genome sequencing assay
Project
6
AMP
RFA
6
AMP
Experiment status
6
released
Genome assembly (visualization)
6
GRCh38
6
hg19
Organism
6
Homo sapiens
Biosample type
5
tissue
1
primary cell
Organ
4
brain
3
adipose tissue
3
connective tissue
3
liver
2
musculature of body
2
pancreas
1
heart
1
kidney
Life stage
5
adult
1
embryonic
Available data
6
bam
6
bigWig
6
tsv
Library made from
6
RNA
Date released
6
July, 2019
Lab
6
AMP-T2D consortium
Replication type
5
unreplicated
1
anisogenic
month_released!
December, 2018
Showing 6 of 6 results
table-tab-icon
matrix-icon
Download
Experiment
DSR322WAZ
released
small RNA-seq
of subcutaneous adipose tissue
Homo sapiens
subcutaneous adipose tissue female adult (53 years)
Lab:
AMP-T2D consortium
Project:
AMP
Experiment
DSR043CMH
released
small RNA-seq
of right lobe of liver
Homo sapiens
right lobe of liver female adult (53 years)
Lab:
AMP-T2D consortium
Project:
AMP
Experiment
DSR467AXQ
released
small RNA-seq
of right lobe of liver
Homo sapiens
right lobe of liver female adult (53 years)
Lab:
AMP-T2D consortium
Project:
AMP
Experiment
DSR882SMA
released
small RNA-seq
of omental fat pad
Homo sapiens
omental fat pad male adult (37 years)
Lab:
AMP-T2D consortium
Project:
AMP
Experiment
DSR494RGE
released
small RNA-seq
of liver
Homo sapiens
liver female embryo (20 weeks)
Lab:
AMP-T2D consortium
Project:
AMP
Experiment
DSR483BAA
released
small RNA-seq
of mesenchymal stem cell of adipose
Homo sapiens
mesenchymal stem cell of adipose female adult (37 years) and female adult (42 years)
Lab:
AMP-T2D consortium
Project:
AMP