Recent discoveries about the molecular heterogeneity of the cerebellar cortex suggest the existence of functionally divergent subclasses of anatomically defined cell types. Using spatial transcriptome and single-nucleus RNA-seq analysis, we mapped 3D transcriptomic atlases of the whole cerebellum of mice, marmosets, and macaques at the single-cell resolution. Comparative analysis revealed specific cell types, cell localizations, and intra-cerebellum molecular heterogeneity across species. A comprehensive database generated from this study will expand the acknowledgment of the mammalian cerebellum.
Search tissue annotation and gene expression across the macaque cerebellum.
Search tissue annotation and gene expression across the marmoset cerebellum.
Search tissue annotation and gene expression across the mouse cerebellum.
Search for the annotation and gene expression in each single nucleus RNAseq dataset.
Protocols for Stereo-seq chip generation and library preparation.
Access available processed data and metadata.
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