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Nucleus
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79
Bgee
40
CELLxGENE
2,213
Single Cell Portal
183
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Most cells
Fewest cells
2515
datasets
CELLxGENE
391,462 cells
•
Yayon et al., 2024
A spatial human thymus cell atlas mapped to a continuous tissue axis
Explore
h5ad
Homo sapiens
Homo sapiens
T cell
+11
T cell
Thymus
Thymus
13th week post-fertilization stage
+15
13th week post-fertilization stage
Normal
Normal
Female
+1
Female
10x 5' v2
+3
10x 5' v2
Cell
Cell
Organism
Homo sapiens
Cell type
T cell
Natural killer cell
Gamma-delta t cell
Cd8-positive, alpha-beta t cell
Double-positive, alpha-beta thymocyte
Immature alpha-beta t cell
Cd8-positive, alpha-beta memory t cell
Regulatory t cell
Cd4-positive, alpha-beta t cell
Cd8-positive, alpha-beta regulatory t cell
Early t lineage precursor
Double negative thymocyte
Tissue
Thymus
Developmental stage
13th week post-fertilization stage
2-year-old stage
3-month-old stage
14th week post-fertilization stage
15th week post-fertilization stage
20th week post-fertilization stage
17th week post-fertilization stage
12th week post-fertilization stage
6-month-old stage
18th week post-fertilization stage
10-month-old stage
2-month-old stage
Newborn stage (0-28 days)
5-month-old stage
24th week post-fertilization stage
14-month-old stage
Disease
Normal
Sex
Female
Male
Technology
10x 5' v2
10x 5' v1
10x 3' v3
10x 3' v2
Suspension type
Cell
Related Links
github.com
BioImage Archive
PRJEB77091
EGAD00001015384
E-MTAB-8581
GSE271304
GSE206710
CITE-seq
TissueTag github
CELLxGENE
389,187 cells
•
Gong et al., 2025
Multi-omic profiling reveals age-related immune dynamics in healthy adults
Explore
h5ad
Homo sapiens
Homo sapiens
Cd1c-positive myeloid dendritic cell
+5
Cd1c-positive myeloid dendritic cell
Blood
Blood
66-year-old stage
+50
66-year-old stage
Cytomegalovirus infection
+1
Cytomegalovirus infection
Female
+1
Female
10x gene expression flex
10x gene expression flex
Cell
Cell
Organism
Homo sapiens
Cell type
Cd1c-positive myeloid dendritic cell
Cd141-positive myeloid dendritic cell
Plasmacytoid dendritic cell
Axl+ dendritic cell, human
Cd14-low, cd16-positive monocyte
Cd14-positive, cd16-negative classical monocyte
Tissue
Blood
Developmental stage
66-year-old stage
69-year-old stage
75-year-old stage
65-year-old stage
42-year-old stage
89-year-old stage
43-year-old stage
87-year-old stage
71-year-old stage
85-year-old stage
53-year-old stage
61-year-old stage
88-year-old stage
52-year-old stage
54-year-old stage
68-year-old stage
48-year-old stage
44-year-old stage
56-year-old stage
55-year-old stage
84-year-old stage
82-year-old stage
50-year-old stage
80-year-old stage
51-year-old stage
57-year-old stage
72-year-old stage
81-year-old stage
74-year-old stage
80 year-old and over stage
49-year-old stage
58-year-old stage
59-year-old stage
67-year-old stage
77-year-old stage
64-year-old stage
45-year-old stage
62-year-old stage
86-year-old stage
41-year-old stage
70-year-old stage
46-year-old stage
60-year-old stage
78-year-old stage
63-year-old stage
47-year-old stage
76-year-old stage
79-year-old stage
73-year-old stage
83-year-old stage
40-year-old stage
Disease
Cytomegalovirus infection
Normal
Sex
Female
Male
Technology
10x gene expression flex
Suspension type
Cell
Related Links
Dynamics of Human Immune Health and Age
GSE275067
Dynamics of IHA Collection
CELLxGENE
389,095 cells
•
Fachrul et al., 2026
Ancestral and environmental diversity shape the immune landscape in Indonesia
Explore
h5ad
Homo sapiens
Homo sapiens
Natural killer cell
+15
Natural killer cell
Blood
Blood
37-year-old stage
+40
37-year-old stage
Normal
Normal
Female
+1
Female
10x 5' v2
10x 5' v2
Cell
Cell
Organism
Homo sapiens
Cell type
Natural killer cell
Gamma-delta t cell
Cd8-positive, alpha-beta t cell
Mature nk t cell, human
Lymphocyte
Naive thymus-derived cd8-positive, alpha-beta t cell
Memory b cell
Cd16-positive, cd56-dim natural killer cell, human
Regulatory t cell
Plasmablast
Plasma cell
Cd4-positive, alpha-beta memory t cell
Naive thymus-derived cd4-positive, alpha-beta t cell
Mucosal invariant t cell
Naive b cell
Cd16-negative, cd56-bright natural killer cell, human
Tissue
Blood
Developmental stage
37-year-old stage
21-year-old stage
34-year-old stage
42-year-old stage
26-year-old stage
43-year-old stage
53-year-old stage
52-year-old stage
54-year-old stage
48-year-old stage
30-year-old stage
39-year-old stage
44-year-old stage
29-year-old stage
38-year-old stage
55-year-old stage
50-year-old stage
28-year-old stage
51-year-old stage
57-year-old stage
49-year-old stage
24-year-old stage
23-year-old stage
35-year-old stage
58-year-old stage
25-year-old stage
32-year-old stage
33-year-old stage
45-year-old stage
41-year-old stage
46-year-old stage
60-year-old stage
18-year-old stage
31-year-old stage
36-year-old stage
22-year-old stage
19-year-old stage
20-year-old stage
47-year-old stage
27-year-old stage
40-year-old stage
Disease
Normal
Sex
Female
Male
Technology
10x 5' v2
Suspension type
Cell
CELLxGENE
387,060 cells
•
Li et al., 2021
An atlas of gene regulatory elements in adult mouse cerebrum
Explore
h5ad
Mus musculus
Mus musculus
Glutamatergic neuron
Glutamatergic neuron
Secondary somatosensory cortex
+15
Secondary somatosensory cortex
Prime adult stage
Prime adult stage
Normal
Normal
Male
Male
Scatac-seq
Scatac-seq
Nucleus
Nucleus
Organism
Mus musculus
Cell type
Glutamatergic neuron
Tissue
Secondary somatosensory cortex
Lateral septal complex
Piriform cortex
Hippocampal field
Pallidum
Orbitofrontal cortex
Olfactory cortex
Cerebral cortex
Nucleus accumbens
Primary somatosensory cortex
Anterior olfactory nucleus
Primary auditory cortex
Primary motor cortex
Caudate-putamen
Dentate gyrus of hippocampal formation
Anterior cerebral artery
Developmental stage
Prime adult stage
Disease
Normal
Sex
Male
Technology
Scatac-seq
Suspension type
Nucleus
Related Links
github.com
assets.nemoarchive.org
catlas.org
github.com
renlab.sdsc.edu
CELLxGENE
384,925 cells
•
Steuernagel et al., 2022
HypoMap—a unified single-cell gene expression atlas of the murine hypothalamus
Explore
h5ad
Mus musculus
Mus musculus
Erythrocyte
+12
Erythrocyte
Hypothalamus
Hypothalamus
9-week-old stage
+9
9-week-old stage
Normal
Normal
Female
+1
Female
10x 3' v1
+3
10x 3' v1
Nucleus
+1
Nucleus
Organism
Mus musculus
Cell type
Erythrocyte
Oligodendrocyte precursor cell
Endothelial cell
Hypendymal cell
Oligodendrocyte
Tanycyte
Ependymal cell
Microglial cell
Mural cell
Pituitary gland cell
Neuron
Astrocyte
Fibroblast
Tissue
Hypothalamus
Developmental stage
9-week-old stage
Juvenile stage
4-week-old stage
23-day-old stage
2-week-old stage
1-week-old stage
6-week-old stage
26-day-old stage
2-month-old stage
8-week-old stage
Disease
Normal
Sex
Female
Male
Technology
10x 3' v1
10x 3' v3
Drop-seq
10x 3' v2
Suspension type
Nucleus
Cell
Related Links
GSE132355
GSE193921
GSE132730
GSE207736
GSE113576
GSE172204
SRP135960
GSE167927
GSE172461
GSE130597
GSE132608
GSE119960
GSE93374
data.mendeley.com
GSE125065
GSE117295
GSE146692
GSE87544
CELLxGENE
378,918 cells
•
Allen et al., 2023
Molecular and spatial signatures of mouse brain aging at single-cell resolution
Explore
h5ad
Mus musculus
Mus musculus
T cell
+12
T cell
Striatum
+7
Striatum
4-week-old stage
+2
4-week-old stage
Normal
Normal
Female
Female
Merfish
Merfish
Organism
Mus musculus
Cell type
T cell
Cell
Oligodendrocyte precursor cell
Endothelial cell
Oligodendrocyte
Vascular leptomeningeal cell
Inhibitory interneuron
Macrophage
Microglial cell
Pericyte
Neuron
Astrocyte
Medium spiny neuron
Tissue
Striatum
Cortical layer v
Cortical layer vi
Olfactory region
Cortical layer ii/iii
Corpus callosum
Brain ventricle
Pia mater
Developmental stage
4-week-old stage
24-week-old stage
20-month-old stage and over
Disease
Normal
Sex
Female
Technology
Merfish
Suspension type
Related Links
github.com
GSE207848
CELLxGENE
378,918 cells
•
Allen et al., 2023
Molecular and spatial signatures of mouse brain aging at single-cell resolution
Explore
h5ad
Mus musculus
Mus musculus
T cell
+12
T cell
Striatum
+7
Striatum
4-week-old stage
+2
4-week-old stage
Normal
Normal
Female
Female
Merfish
Merfish
Organism
Mus musculus
Cell type
T cell
Cell
Oligodendrocyte precursor cell
Endothelial cell
Oligodendrocyte
Vascular leptomeningeal cell
Inhibitory interneuron
Macrophage
Microglial cell
Pericyte
Neuron
Astrocyte
Medium spiny neuron
Tissue
Striatum
Cortical layer v
Cortical layer vi
Olfactory region
Cortical layer ii/iii
Corpus callosum
Brain ventricle
Pia mater
Developmental stage
4-week-old stage
24-week-old stage
20-month-old stage and over
Disease
Normal
Sex
Female
Technology
Merfish
Suspension type
Related Links
github.com
GSE207848
CELLxGENE
377,022 cells
•
Braun et al., 2023
Comprehensive cell atlas of the first-trimester developing human brain
Explore
h5ad
Homo sapiens
Homo sapiens
Glioblast
+5
Glioblast
Choroid plexus epithelium
+11
Choroid plexus epithelium
13th week post-fertilization stage
+7
13th week post-fertilization stage
Normal
Normal
10x 3' v3
+1
10x 3' v3
Cell
Cell
Organism
Homo sapiens
Cell type
Glioblast
Oligodendrocyte
Neuroblast (sensu nematoda and protostomia)
Neuroblast (sensu vertebrata)
Radial glial cell
Neuron
Tissue
Choroid plexus epithelium
Striatum
Telencephalon
Cortex
Lower layers of the cortex
Frontal cortex
Entorhinal cortex
Upper layers of the cortex
Caudate-putamen
Hippocampal formation
Occipital cortex
Forebrain
Developmental stage
13th week post-fertilization stage
14th week post-fertilization stage
15th week post-fertilization stage
12th week post-fertilization stage
Carnegie stage 20
9th week post-fertilization stage
10th week post-fertilization stage
11th week post-fertilization stage
Disease
Normal
Sex
Technology
10x 3' v3
10x 3' v2
Suspension type
Cell
Related Links
Github
EGAD00001006049
CELLxGENE
372,816 cells
•
Article
Explore
h5ad
Homo sapiens
Homo sapiens
Off midget ganglion cell
+4
Off midget ganglion cell
Peripheral region of retina
+3
Peripheral region of retina
66-year-old stage
+53
66-year-old stage
Normal
Normal
Female
+1
Female
10x 3' v3
10x 3' v3
Nucleus
Nucleus
Organism
Homo sapiens
Cell type
Off midget ganglion cell
Retinal ganglion cell
Off parasol ganglion cell
On midget ganglion cell
On parasol ganglion cell
Tissue
Peripheral region of retina
Macula lutea proper
Fovea centralis
Macula lutea
Developmental stage
66-year-old stage
69-year-old stage
75-year-old stage
21-year-old stage
34-year-old stage
65-year-old stage
43-year-old stage
71-year-old stage
85-year-old stage
53-year-old stage
88-year-old stage
52-year-old stage
68-year-old stage
30-year-old stage
17-year-old stage
84-year-old stage
15-year-old stage
82-year-old stage
50-year-old stage
80-year-old stage
72-year-old stage
81-year-old stage
74-year-old stage
80 year-old and over stage
24-year-old stage
16-year-old stage
58-year-old stage
25-year-old stage
67-year-old stage
Late adult stage
90 year-old and over stage
3-year-old stage
32-year-old stage
77-year-old stage
64-year-old stage
62-year-old stage
86-year-old stage
41-year-old stage
70-year-old stage
46-year-old stage
60-year-old stage
78-year-old stage
18-year-old stage
60-79 year-old stage
63-year-old stage
Eighth decade stage
47-year-old stage
76-year-old stage
73-year-old stage
83-year-old stage
Prime adult stage
11-year-old stage
27-year-old stage
10-year-old stage
Disease
Normal
Sex
Female
Male
Technology
10x 3' v3
Suspension type
Nucleus
Related Links
Github code
GSE265801
explore.data.humancellatlas.org
rchenlab.github.io
zenodo.org
zenodo.org
Human Retina Cell Atlas reference model
zenodo.org
CELLxGENE
372,619 cells
•
Yu et al., 2025
Longitudinal single-cell multiomic atlas of high-risk neuroblastoma reveals chemotherapy-induced tumor microenvironment rewiring
Explore
h5ad
Homo sapiens
Homo sapiens
Kidney cell
+10
Kidney cell
Neck
+6
Neck
13-year-old stage
+13
13-year-old stage
Neuroblastoma
Neuroblastoma
Female
+1
Female
10x 3' v3
10x 3' v3
Nucleus
Nucleus
Organism
Homo sapiens
Cell type
Kidney cell
T cell
Hepatocyte
Endothelial cell
Cortical cell of adrenal gland
Schwann cell
Macrophage
Neuroblast (sensu vertebrata)
B cell
Fibroblast
Dendritic cell
Tissue
Neck
Liver
Abdomen
Chest
Adrenal gland
Lymph node
Cervical lymph node
Developmental stage
13-year-old stage
2-year-old stage
12-year-old stage
15-month-old stage
6-month-old stage
21-month-old stage
20-month-old stage
3-year-old stage
16-month-old stage
18-month-old stage
5-year-old stage
12-month-old stage
7-year-old stage
4-year-old stage
Disease
Neuroblastoma
Sex
Female
Male
Technology
10x 3' v3
Suspension type
Nucleus
Related Links
humantumoratlas.org
phs002371
zenodo.org
CELLxGENE
371,548 cells
•
Chiou et al., 2023
A single-cell multi-omic atlas spanning the adult rhesus macaque brain
Explore
h5ad
Macaca mulatta
Macaca mulatta
Gabaergic neuron
Gabaergic neuron
Dorsolateral prefrontal cortex
+26
Dorsolateral prefrontal cortex
Juvenile stage
+1
Juvenile stage
Normal
Normal
Female
+1
Female
Sci-rna-seq3
Sci-rna-seq3
Nucleus
Nucleus
Organism
Macaca mulatta
Cell type
Gabaergic neuron
Tissue
Dorsolateral prefrontal cortex
Brodmann (1909) area 19
Medial dorsal nucleus of thalamus
Primary visual cortex
Ventral lateral nucleus of thalamus
Inferior temporal gyrus
Medulla oblongata
Prefrontal cortex
Midbrain
Entorhinal cortex
Nucleus accumbens
Cerebrocerebellum
Primary somatosensory cortex
Primary auditory cortex
Primary motor cortex
Inferior parietal cortex
Head of caudate nucleus
Corpus callosum
Hippocampal formation
Perirhinal cortex
Pons
Cerebellar vermis
Anterior cingulate cortex
Superior temporal sulcus
Superior parietal cortex
Lateral geniculate body
Amygdala
Developmental stage
Juvenile stage
Prime adult stage
Disease
Normal
Sex
Female
Male
Technology
Sci-rna-seq3
Suspension type
Nucleus
Related Links
sci-RNA-seq3
assets.nemoarchive.org
sci-RNA-seq3 demultiplexing
sci-RNA-seq3 preprocessing up to count matrix generation
additional analyses
CELLxGENE
371,324 cells
•
Chiou et al., 2023
A single-cell multi-omic atlas spanning the adult rhesus macaque brain
Explore
h5ad
Macaca mulatta
Macaca mulatta
Cerebellar neuron
Cerebellar neuron
Dorsolateral prefrontal cortex
+26
Dorsolateral prefrontal cortex
Juvenile stage
+1
Juvenile stage
Normal
Normal
Female
+1
Female
Sci-rna-seq3
Sci-rna-seq3
Nucleus
Nucleus
Organism
Macaca mulatta
Cell type
Cerebellar neuron
Tissue
Dorsolateral prefrontal cortex
Brodmann (1909) area 19
Medial dorsal nucleus of thalamus
Primary visual cortex
Ventral lateral nucleus of thalamus
Inferior temporal gyrus
Medulla oblongata
Prefrontal cortex
Midbrain
Entorhinal cortex
Nucleus accumbens
Cerebrocerebellum
Primary somatosensory cortex
Primary auditory cortex
Primary motor cortex
Inferior parietal cortex
Head of caudate nucleus
Corpus callosum
Hippocampal formation
Perirhinal cortex
Pons
Cerebellar vermis
Anterior cingulate cortex
Superior temporal sulcus
Superior parietal cortex
Lateral geniculate body
Amygdala
Developmental stage
Juvenile stage
Prime adult stage
Disease
Normal
Sex
Female
Male
Technology
Sci-rna-seq3
Suspension type
Nucleus
Related Links
sci-RNA-seq3
assets.nemoarchive.org
sci-RNA-seq3 demultiplexing
sci-RNA-seq3 preprocessing up to count matrix generation
additional analyses
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