Over 422K bipolar nuclei were included in the current atlas, which can be divided into 14 cell types based marker genes.
Over 73 amacrine cell types were identified among over 380K amacine nuclei in the current atlas. These 73 cell types can be categorized into GABAergic amacine cells, Glycinergic amacine cells, and Both type using marker genes, specifically the GABA-synthetic enzymes GAD1 and GAD2, and the glycine transporter SLC6A9. Based on previously characterized markers, 14 of the 73 amacrine cell clusters cound be annotated as known amacrine types.
Over 73 amacrine cell types were identified among over 380K amacine nuclei in the current atlas. These 73 cell types can be categorized into GABAergic amacine cells, Glycinergic amacine cells, and Both type using marker genes, specifically the GABA-synthetic enzymes GAD1 and GAD2, and the glycine transporter SLC6A9. Based on previously characterized markers, 14 of the 73 amacrine cell clusters cound be annotated as known amacrine types.
Over 422K bipolar nuclei were included in the current atlas, which can be divided into 14 cell types based marker genes.
Over 73 amacrine cell types were identified among over 380K amacine nuclei in the current atlas. These 73 cell types can be categorized into GABAergic amacine cells, Glycinergic amacine cells, and Both type using marker genes, specifically the GABA-synthetic enzymes GAD1 and GAD2, and the glycine transporter SLC6A9. Based on previously characterized markers, 14 of the 73 amacrine cell clusters cound be annotated as known amacrine types.
Over 73 amacrine cell types were identified among over 380K amacine nuclei in the current atlas. These 73 cell types can be categorized into GABAergic amacine cells, Glycinergic amacine cells, and Both type using marker genes, specifically the GABA-synthetic enzymes GAD1 and GAD2, and the glycine transporter SLC6A9. Based on previously characterized markers, 14 of the 73 amacrine cell clusters cound be annotated as known amacrine types.
Over 422K bipolar nuclei were included in the current atlas, which can be divided into 14 cell types based marker genes.
This atlas is an integrated collection of over 1.7 million nuclei, derived from single-nucleus RNA-seq data of the human retina. These retinal nuclei have been categorized into 10 major classes and more than 110 cell types and clusters.
