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e.g. RBM3, insulin, CD36
  • read the latest article - published Tue, 22 May 2018

    Emma Lundberg recognized as "Top 10 Under 40"

    Dr. Emma Lundberg has been identified as "Top 10 Under 40" by GEN. Together with nine other professionals in biopharma research/business Emma Lundberg has been recognized for her achievements.... Read more

  • image of the day
  • read the published full story of the subcellular proteome analysis
    Research Article
    A subcellular map of the human proteome
  • enriched and group enriched genes in testis
  • dictionary: histology of Ovary
  •    fiber specific expression of myosin, light chain 3 in skeletal muscle
Version: 18
Atlas updated: 2017-12-01
release history

Proteome analysis based on
26009 antibodies targeting
17000 unique proteins.

Antibody Validation

A new concept for enhanced validation of antibodies is launched. 10540 antibodies targeting 6787 proteins have been validated using at least one out of five validation strategies. The results of the enhanced validations are presented at the Antibody Info page of respective protein. Read more
Explore the

Pathology Atlas

The Pathology Atlas allows the exploration of the consequence of genome-wide transcript levels for the clinical survival of patients across all major cancer types. Individual genes can be investigated using an interactive and open access database. The atlas is described in more detail by Uhlen et al "A pathology atlas of the human cancer transcriptome" in Science (August 18, 2017).
Read more

Explore the

Cell Atlas

The Cell Atlas resolves the spatial distribution of the human proteome at a subcellular level. A multitude of high-resolution confocal images are presented in this interactive database; describing organelle proteomes, multilocalizing proteins and single cell variations. The atlas is described in more detail by Thul et al “A subcellular map of the human proteome" in Science (May 26, 2017). Read more
Explore the

Tissue Atlas

The tissue-restricted expression of the human proteome and transcriptome can be explored in all major tissues and organs in the human body. The list of genes with elevated expression in a particular tissue can be accessed with direct links to the primary data (images). The atlas is described more in details by Uhlen et al "Tissue-based map of the human proteome" (Science, 2015). Read more
The Human Protein Atlas project is funded
by the Knut & Alice Wallenberg foundation.