Data sources ============ Here you can find the different data resources that you can successfully query with the pyBiodatafuse package. .. module:: pyBiodatafuse.annotators Bgee ~~~~~~~~~~~~~~~ `Bgee ` is a database for retrieval and comparison of gene expression patterns across multiple animal species. .. autofunction:: pyBiodatafuse.annotators.bgee.get_gene_expression DisGeNET ~~~~~~~~~~~~~~~ `DisGeNET ` is a discovery platform containing one of the largest publicly available collections of genes and variants associated to human diseases. .. autofunction:: pyBiodatafuse.annotators.disgenet.get_gene_disease MolMeDB ~~~~~~~~~~~~~~~ `MolMeDB ` is an open chemistry database about interactions of molecules with membranes. .. autofunction:: pyBiodatafuse.annotators.molmedb.get_gene_compound_inhibitor .. autofunction:: pyBiodatafuse.annotators.molmedb.get_compound_gene_inhibitor OpenTargets ~~~~~~~~~~~~~~~ `OpenTargets database `_ uses human genetics and genomics data for systematic drug target identification and prioritisation. .. autofunction:: pyBiodatafuse.annotators.opentargets.get_gene_go_process .. autofunction:: pyBiodatafuse.annotators.opentargets.get_gene_reactome_pathways .. autofunction:: pyBiodatafuse.annotators.opentargets.get_gene_compound_interactions .. autofunction:: pyBiodatafuse.annotators.opentargets.get_disease_compound_interactions StringDB ~~~~~~~~~~~~~~~ `StringDB ` aims to collect, score and integrate all publicly available sources of protein-protein interaction information, and to complement these with computational predictions. .. autofunction:: pyBiodatafuse.annotators.stringdb.get_ppi Wikidata ~~~~~~~~~~~~~~~ `Wikidata ` acts as central storage for the structured data of its Wikimedia sister projects including Wikipedia, Wikivoyage, Wiktionary, Wikisource, and others. .. autofunction:: pyBiodatafuse.annotators.wikidata.get_gene_cellular_component WikiPathways ~~~~~~~~~~~~~~~ `Wikipathways ` is an open science platform for biological pathways contributed, updated, and used by the research community. .. autofunction:: pyBiodatafuse.annotators.wikipathways.get_gene_wikipathways MINERVA ~~~~~~~~~~~~~~~ `MINERVA `_ is a standalone webserver for visual exploration, analysis and management of molecular networks encoded in following systems biology formats. .. autofunction:: pyBiodatafuse.annotators.minerva.get_minerva_components .. autofunction:: pyBiodatafuse.annotators.minerva.get_gene_pathways AOP-Wiki ~~~~~~~~~~~~~~~ `AOP-Wiki `_ is a database for Adverse Outcome Pathways (AOPs), which describe mechanistic information about the linkage between a molecular initiating event and an adverse outcome. .. autofunction:: pyBiodatafuse.annotators.aopwiki.get_aops_gene .. autofunction:: pyBiodatafuse.annotators.aopwiki.get_aops_compound .. autofunction:: pyBiodatafuse.annotators.aopwiki.get_aops IntAct ~~~~~~~~~~~~~~~ `IntAct `_ provides a freely available, open source database system and analysis tools for molecular interaction data. .. autofunction:: pyBiodatafuse.annotators.intact.get_gene_interactions .. autofunction:: pyBiodatafuse.annotators.intact.get_compound_interactions KEGG ~~~~~~~~~~~~~~~ `KEGG `_ is a database resource for understanding high-level functions and utilities of biological systems from genomic and molecular-level information. .. autofunction:: pyBiodatafuse.annotators.kegg.get_pathways .. autofunction:: pyBiodatafuse.annotators.kegg.get_compounds PubChem ~~~~~~~~~~~~~~~ `PubChem `_ is a database of chemical molecules and their activities against biological assays. .. autofunction:: pyBiodatafuse.annotators.pubchem.get_protein_compound_screened CompoundWiki ~~~~~~~~~~~~~~~ `CompoundWiki `_ is a crowd-sourced database that provides comprehensive information about chemical compounds. .. autofunction:: pyBiodatafuse.annotators.compoundwiki.get_compound_annotations gProfiler ~~~~~~~~~~~~~~~ `gProfiler `_ is a web server for functional enrichment analysis and conversions of gene lists. .. autofunction:: pyBiodatafuse.annotators.gprofiler.get_gene_enrichment TFLink ~~~~~~~~~~~~~~~ `TFLink `_ is a comprehensive database of transcription factor-target interactions. .. autofunction:: pyBiodatafuse.annotators.tflink.get_tf_target MitoCarta ~~~~~~~~~~~~~~~ `MitoCarta `_ is an inventory of mammalian mitochondrial genes. .. autofunction:: pyBiodatafuse.annotators.mitocarta.get_gene_mito_pathways