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
Annotation Matrix
Click or enter search terms to filter the experiments included in the matrix.
Annotation type
40
candidate regulatory elements
31
target gene predictions
28
accessible chromatin
26
gene expression
24
chromatin state
14
histone modifications
13
binding sites
11
eQTL
6
variant allelic effects
4
differential activity
3
Fine-mapped variants
1
caQTL
Date released
21
September, 2022
4
March, 2020
3
May, 2021
3
November, 2021
Available data
31
bed bed3+
Organism
31
Homo sapiens
Biosample type
18
tissue
7
primary cell
5
cell line
1
in vitro differentiated cells
Organ
122
epithelium
84
embryo
80
musculature of body
78
connective tissue
78
lung
76
brain
75
kidney
73
intestine
58
uterus
57
bodily fluid
55
blood
49
heart
49
limb
44
large intestine
44
pancreas
44
skin of body
36
extraembryonic component
31
vasculature
30
stomach
25
blood vessel
23
small intestine
21
adrenal gland
21
liver
19
mammary gland
17
placenta
16
bone element
15
prostate gland
14
thymus
13
adipose tissue
13
ureter
11
gonad
11
penis
10
esophagus
10
pituitary gland
9
eye
9
lymph node
9
spinal cord
8
artery
8
spleen
7
ovary
6
lymphoid tissue
6
thyroid gland
4
mouth
4
testis
4
vein
3
bone marrow
3
breast
3
bronchus
3
lymphatic vessel
3
nerve
3
skeleton
3
urinary bladder
2
tongue
2
vagina
1
nose
Project
28
AMP
3
ENCODE
Genome assembly (visualization)
31
hg19
3
GRCh38
BIOSAMPLE
TYPE
31 results
search-icon
table-tab-icon
Clear Filters
target gene predictions
tissue
liver
10
esophagus
3
esophagus muscularis mucosa
2
esophagus squamous epithelium
2
right lobe of liver
1
primary cell
hepatocyte
3
smooth muscle cell of the esophagus
2
epithelial cell of esophagus
1
hepatic stellate cell
1
cell line
HepG2
3
HuH-7
1
HuH-7.5
1
in vitro differentiated cells
hepatocyte
1
Download