OPMI: Ontology of Precision Medicine and Investigation
OPMI is an application ontology to support precision medicine and related investigations. It is community-driven and developed by following the OBO Foundry ontology development principles. OPMI reuses, aligns, and integrates related terms from existing ontologies in the OBO ontology liborary.
OPMI was first developed by extracting general precision medicine related terms from the Ontology of Respiratory Disease Investigation (ORDI). Primarily developed by Drs. Hong Yu, Jie Zheng, and Oliver He, ORDI is an application ontology aimed to represent ontology terms related to respiratory diseases and related investigations. Dr. Hong Yu is a respiratory disease clinician and professor. ORDI was developed to represent the entities and relations related to clinical phenotypes, lab testing, and working environmental conditions, social economic situations, etc. The ORDI work with its use case study was presented in the Biocuration-2018 conference held at Shanghai, China.
OPMI is now supported by the new NIH/NIDDK-supported Kidney Precision Medicine Project (KPMP, http://kpmp.org). With >20 universities/institutes involved, KPMP aims to study a large number of human subjects with the acute kidney injury (AKI) and chronic kidney disease (CKD). As requested by the KPMP consortium, OPMI aims to represent and standardize the entities associated with precision medicine, including all the data/metadata types, investigation processes, and analysis in various aspects of clinical, pathological, and molecular studies to be conducted in KPMP. Example KPMP data types include clinical electronical health record types, pathological image data types, and various Omics data types.
Collaborations are welcome!