Single cell atlas of the human trabecular meshwork and ciliary body - snRNA-seq

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Cell Metadata

Uveal_Melanocyte

Ontology Term: melanocyteCL:0000148
SynonymsTerms that have the same, or nearly the same, meaning as the selected cell type.: melanophore
CategoryClass of which the cell type is a subclass.: pigment cellCL:0000147
Marker Gene EvidenceGene markers used by researcher to assign this cell annotation.: MET, ERBB4, NRG3
Canonical Marker Genes: MET
Rationale: This Uveal_Melanocyte sub-class is annotated by the marker MET.

Set of Labels Description: This cell annotation set focuses on the trabecular meshwork (TM) and ciliary body (CB), key tissues regulating aqueous humor dynamics and intraocular pressure in the human eye. Using single-nucleus RNA-seq, we analyzed over 1 million cells from 70 healthy donors, identifying 9 major cell classes and 18 sub-classes. As part of the Human Cell Atlas initiative, this dataset integrates transcriptomic and chromatin accessibility data and is publicly accessible via CELLxGENE and the UCSC Cell Browser, offering a valuable resource for understanding ocular physiology and disease mechanisms.
Annotation Method: manual

Ontology Term: melanocyteCL:0000148
SynonymsTerms that have the same, or nearly the same, meaning as the selected cell type.: melanophore
CategoryClass of which the cell type is a subclass.: pigment cellCL:0000147
Marker Gene EvidenceGene markers used by researcher to assign this cell annotation.: MET, ERBB4, NRG3
Canonical Marker Genes: MET
Rationale: This Uveal_Melanocyte sub-class is annotated by the marker MET.

Set of Labels Description: This cell annotation set focuses on the trabecular meshwork (TM) and ciliary body (CB), key tissues regulating aqueous humor dynamics and intraocular pressure in the human eye. Using single-nucleus RNA-seq, we analyzed over 1 million cells from 70 healthy donors, identifying 9 major cell classes and 18 sub-classes. As part of the Human Cell Atlas initiative, this dataset integrates transcriptomic and chromatin accessibility data and is publicly accessible via CELLxGENE and the UCSC Cell Browser, offering a valuable resource for understanding ocular physiology and disease mechanisms.
Annotation Method: manual