The Human Protein Atlas is a Swedish-based program that maps all the human proteins in cells, tissues, and organs using various omics technologies. It provides open access data and interactive tools for exploring protein expression, distribution, structure, interaction, and function in health and disease.

The free text search will scan for complete and partial matches to gene names, gene synonyms, gene descriptions, external (UniProt Ensembl NCBI Entrez Gene) gene and protein identifiers, protein classes Gene Ontology identifiers and descriptions, antibody identifiers and image annotations.

Explore the expression profiles of human genes in 44 normal tissues on the mRNA and protein level. Learn about protein localization, specificity, clusters, enrichment, and subproteomes using antibody-based and RNA-seq data.

A multitude of high-resolution confocal images are presented in this interactive database; describing organelle proteomes, multilocalizing proteins and single cell variations - altogether detailing the complex map of the human cell.

Explore the expression profiles of human genes on the mRNA and protein level in 44 normal tissue types. See high-resolution images of immunohistochemistry stained tissues and RNA-seq data for each gene.

The overall aim is to generate a spatial map of all human protein‐coding genes, and integrate the spatial information with other genomic and proteomic strategies for complete understanding of the biology, molecular repertoire, and architecture of every human cell.

The free text search will scan for complete and partial matches to gene names, gene synonyms, gene descriptions, external (UniProt, Ensembl, NCBI Entrez Gene) gene and protein identifiers, protein classes, Gene Ontology identifiers and descriptions, antibody identifiers and image annotations.

Explore the spatio-temporal distribution of proteins within human cells using antibody-based profiling and deep RNA-sequencing. The Cell Atlas covers 12073 genes and provides interactive pages for organelle and cell cycle proteomes, as well as a journey through the cell.

The free text search will scan for complete and partial matches to gene names, gene synonyms, gene descriptions, external (UniProt Ensembl NCBI Entrez Gene) gene and protein identifiers, protein classes Gene Ontology identifiers and descriptions, antibody identifiers and image annotations.