obo-foundry-ontologies

Cross-species anatomical mapping is achieved by querying the UBERON ontology to standardize anatomical terms, enabling consistent data annotation and equivalence mapping between veterinary and human datasets.

Yes, you can execute SPARQL queries across the VBO, HP, and MP ontologies to establish breed-disease linkages and connect specific phenotypes to disease data for dogs, cats, and horses.

Translational pharmacology mapping requires the ChEBI ontology for chemicals and NCBITaxon for taxonomy, allowing you to connect pharmacological data across species and map veterinary datasets to human equivalents.

Ontology standardization supports electronic health records by applying VBO and UBERON lookups to ensure breed and anatomy terms remain consistent across datasets, enabling accurate cross-species reasoning within EHR systems.

The best way to assess cross-species toxicity is creating a SPARQL query that maps canine kidney terms via UBERON to their human equivalents, facilitating translational toxicity comparisons between datasets.