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The search result lists the genes found by the search function. The list can be limited to only include genes with antibodies. The list can also be limited to only include genes with supported validation or reliablity, defined as premium genes.
The show/hide columns function can be used to add columns to the search result list, with information about:
the gene (synonyms, Ensembl gene identifier (ENSG), gene description, chromosomal location and protein class),
evidence (Evidence summary, HPA, UniProt and MS evidence),
annotations (the reliablity of the annotated protein expression using immunohistochemically (IH) stained on human tissues, the reliablity of the annotated protein expression in immunofluorescently (IF) stained human cell lines, tissue specificity (the distribution of antibody staining or protein expression in human cell types), cell line specificity (the distribution of RNA abundance in cell lines) and subcellular location (based on immunofluorescent staining of cell lines)),
protein expression in organs, such as digestive tract or placenta. The different colored areas of the bar represent the fraction of the analysed cell types in that organ with a certain relative level of protein expression/antibody staining (intensity of the color). A red color scale represents antibody staining while a blue color scale represents annotated protein expression.
To use more complex search queries using "Fields", see examples.
The Human Protein Atlas data for each gene is accessed by clicking on the gene of interest. The four different atlases (tissue, subcell, cell & cancer) can be accessed through the corresponding thumbnail images.
Data for all genes included in the search result can be downloaded in three different formats, links are found in the upper right corner of the search result page:
A tab-separated file with the search results can be retrieved by clicking the "TAB"-link.
An RDF-file containing structured nanopublication data for the tissue annotations can be retrieved by clicking the "RDF"-link.
An XML-file with more extensive data (including protein expression data (in normal and tumor tissues and in cell lines), antigen sequences, Western blot data for antibodies, protein array data for antibodies, RNA-seq data, external references such as UniProt identifiers, and more (see XSD)) for up to 10000 genes in a search result can be retrieved by clicking the "XML"-link.
P-value of Kaplan-Meier analysis for all cancers where high expression of the gene is associated with favorable prognosis (green) or unfavorable prognosis (red) with regard to patient survival.
x
RNA cancer categoryi
RNA cancer category is based on analysis of RNA-seq data from The Cancer Genome Atlas (TCGA).
x
RNA tissue categoryi
RNA category is based on mRNA expression levels in the analyzed tissue samples (RNA assay description).
x
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0 GENES FOUNDi
The search result lists the genes found by the search function. The list can be limited to only include genes with antibodies. The list can also be limited to only include genes with supported validation or reliablity, defined as premium genes.
The show/hide columns function can be used to add columns to the search result list, with information about:
the gene (synonyms, Ensembl gene identifier (ENSG), gene description, chromosomal location and protein class),
evidence (Evidence summary, HPA, UniProt and MS evidence),
annotations (the reliablity of the annotated protein expression using immunohistochemically (IH) stained on human tissues, the reliablity of the annotated protein expression in immunofluorescently (IF) stained human cell lines, tissue specificity (the distribution of antibody staining or protein expression in human cell types), cell line specificity (the distribution of RNA abundance in cell lines) and subcellular location (based on immunofluorescent staining of cell lines)),
protein expression in organs, such as digestive tract or placenta. The different colored areas of the bar represent the fraction of the analysed cell types in that organ with a certain relative level of protein expression/antibody staining (intensity of the color). A red color scale represents antibody staining while a blue color scale represents annotated protein expression.
To use more complex search queries using "Fields", see examples.
The Human Protein Atlas data for each gene is accessed by clicking on the gene of interest. The four different atlases (tissue, subcell, cell & cancer) can be accessed through the corresponding thumbnail images.
Data for all genes included in the search result can be downloaded in three different formats, links are found in the upper right corner of the search result page:
A tab-separated file with the search results can be retrieved by clicking the "TAB"-link.
An RDF-file containing structured nanopublication data for the tissue annotations can be retrieved by clicking the "RDF"-link.
An XML-file with more extensive data (including protein expression data (in normal and tumor tissues and in cell lines), antigen sequences, Western blot data for antibodies, protein array data for antibodies, RNA-seq data, external references such as UniProt identifiers, and more (see XSD)) for up to 10000 genes in a search result can be retrieved by clicking the "XML"-link.
P-value of Kaplan-Meier analysis for all cancers where high expression of the gene is associated with favorable prognosis (green) or unfavorable prognosis (red) with regard to patient survival.
x
RNA cancer categoryi
RNA cancer category is based on analysis of RNA-seq data from The Cancer Genome Atlas (TCGA).
x
RNA tissue categoryi
RNA category is based on mRNA expression levels in the analyzed tissue samples (RNA assay description).
The Human Protein Atlas project is funded
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