The open access resource for human proteins
Search for specific genes/proteins or explore the 12 different sections
The fast development in spatial omics and the future of life science
In this round table discussion Prof. Mu-Ming Poo, Prof. Miguel Esteban and Dr. Jan Mulder discuss the recent developments in the field of spatial omics and how these might change the future of life science.
Wed, 2 Oct 2024
Exposomics reveals distinctive and dynamic environmental chemical mixtures in blood
The chemical exposome represents the sum of environmental chemical exposures throughout the life of an individual.
Wed, 9 Oct 2024
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TISSUE
Protein and RNA profiles in tissues based on antibodies and transcriptomics
BRAIN
Protein and RNA profiles in brain based on microdissected regions
SINGLE CELL TYPE
Single cell RNA profiles in tissues based on single cell RNA analysis
TISSUE CELL TYPE
Cell type profiles in tissues based on deconvolution of bulk transcriptomics
PATHOLOGY
Protein and RNA profiles in human cancers based on antibodies and transcriptomics
DISEASE
Protein levels in blood in patients with diseases
IMMUNE CELL
RNA profiles in human immune cells
BLOOD PROTEIN
Blood protein levels in healthy individuals and the human secretome
SUBCELLULAR
Spatial, subcellular protein profiles in human cells based on antibodies
CELL LINE
RNA profiles in human cell lines with best models for human cancers
STRUCTURE
3D-structures of human proteins with antibody-binding sites and genetic variants
INTERACTION
Human protein-protein interactions and metabolic enzyme profiles
The Human Protein Atlas project is funded
by the Knut & Alice Wallenberg foundation.