BMC Medical Informatics and Decision Making · 2022 · 21 citations · 25 references
ComputingClinical PharmacyHealth InformaticsClinical Decision SupportClinical InformaticsDecision Support SystemsClinical Decision Support For PrescribingClinical Decision Support SystemsDecision Support In HealthcareMedication Management SystemsOntology DesignOntology EngineeringClinical Decision Support FailuresClinical Decision Support System ImplementationDrug Allergy CheckingDrug Interaction OntologiesMedical OntologiesMedication Dosing ErrorsOntology-based Knowledge RepresentationPhysician Order Entry
BACKGROUND: Clinical decision support systems (CDSS) have been shown to reduce medication errors. However, they are underused because of different challenges. One approach to improve CDSS is to use ontologies instead of relational databases. The primary aim was to design and develop OntoPharma, an ontology based CDSS to reduce medication prescribing errors. Secondary aim was to implement OntoPharma in a hospital setting. METHODS: A four-step process was proposed. (1) Defining the ontology domain. The ontology scope was the medication domain. An advisory board selected four use cases: maximum dosage alert, drug-drug interaction checker, renal failure adjustment, and drug allergy checker. (2) Implementing the ontology in a formal representation. The implementation was conducted by Medical Informatics specialists and Clinical Pharmacists using Protégé-OWL. (3) Developing an ontology-driven alert module. Computerised Physician Order Entry (CPOE) integration was performed through a REST API. SPARQL was used to query ontologies. (4) Implementing OntoPharma in a hospital setting. Alerts generated between July 2020/ November 2021 were analysed. RESULTS: The three ontologies developed included 34,938 classes, 16,672 individuals and 82 properties. The domains addressed by ontologies were identification data of medicinal products, appropriateness drug data, and local concepts from CPOE. When a medication prescribing error is identified an alert is shown. OntoPharma generated 823 alerts in 1046 patients. 401 (48.7%) of them were accepted. CONCLUSIONS: OntoPharma is an ontology based CDSS implemented in clinical practice which generates alerts when a prescribing medication error is identified. To gain user acceptance OntoPharma has been designed and developed by a multidisciplinary team. Compared to CDSS based on relational databases, OntoPharma represents medication knowledge in a more intuitive, extensible and maintainable manner.
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A translation approach to portable ontology specifications
Thomas Gruber · Knowledge Acquisition · 1993 · 12.5K citations
Studies in Health Technology and Informatics
Yindalon Aphinyanaphongs, Constantin Aliferis · 2007 · 1.3K citations