PubMed · 2007 · 48 citations · 7 references
ComputingBiomedical InformaticsHealth InformaticsClinical Classification SystemsKnowledge RepresentationLogicDescription LogicsFormal OntologyOntology DesignOntology EngineeringTaxonomyTerminology TheoryConcept TaxonomiesDescription Logic OntologiesMedical OntologiesOntologiesOntology-based Terminology ManagementPart-whole SchemaTaxonomic OntologiesTaxonomy Design
After a critical review of the present architecture of SNOMED CT, addressing both logical and ontological issues, we present a roadmap towards an overall improvement of this terminology. In particular, we recommend the following actions: Upper level categories should be rearranged according to a standard upper level ontology. Meta-class like concepts should be identified and removed from the taxonomy. SNOMED concepts denoting (non instantiable) individual entities (e.g. geographical regions) should be kept separate from those concepts that denote (instantiable) types. SNOMED binary relations should be reduced to a set of canonical ones, following existing recommendations. Taxonomies should be cleansed and split into disjoint partitions. The number of full definitions should be increased. Finally, we propose a new approach to modeling part-whole hierarchies, as well as the integration of qualifier relations into the description logic framework.
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Relations in biomedical ontologies
Barry Smith, Werner Ceusters, Bert R. E. Klagges et al. · Genome biology · 2005 · 1K citations · Full text
Computing, Biomedical Informatics, Health Data Interoperability +14
Franz Baader, Sebastian Brandt, Carsten Lutz · 2005 · 869 citations · Full text
The Semantics of Procedures and Diseases in SNOMED® CT
Susanne Hanser, Udo Hahn, Jamie Rogers et al. · Methods of Information in Medicine · 2006 · 39 citations