electronic Journal of Health Informatics, Vol 2, No 2 (2007): Special Issue on HIC 2006

Managing archetypes for sustainable and semantically interoperable electronic health records

Sebastian Garde, Evelyn JS Hovenga, Jana Gränz, Shahla Foozonkhah, Sam Heard
About the author(s)

Abstract


Background: With the release of openEHR Version 1.0 a common Electronic Health Records (EHR) architecture has been defined to pursue the aim of semantic interoperability of Electronic Health Records. Archetypes as clinical content models play a key role in this approach, but their development and maintenance needs to be managed by Knowledge Governance in order to avoid incompatibilities.
Objectives: To analyse the functional requirements for supporting Domain Knowledge Governance with Information Technology (like authoring or updating archetypes) and present a prototype implementation.
Methods: Requirements analysis using the Unified Modeling Language (UML) and incremental prototyping. A series of archetype workshops were also conducted. Results: For a web-based Archetype Repository, a total of four top-level use cases and 23 refining use cases for 5 different actors were found to be essential. A prototype implementing some of these use cases has been developed and an example process for the coordinated development of archetypes defined.
Discussion: We believe that Domain Knowledge Governance is necessary independent of the actual approach and methodology chosen for EHR systems. Appropriate information technology is required to support a clear process for authoring archetypes.
Conclusion: High-quality archetypes with high-quality clinical content are the key to semantic interoperability of clinical systems. Domain Knowledge Governance is the key to high quality archetypes. A comprehensive Archetype Repository will render comprehensive Domain Knowledge Governance feasible and efficient.

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Cite as: Sebastian Garde, Evelyn Hovenga, Jana Gränz, Shahla Foozonkhah, Sam Heard. Managing archetypes for sustainable and semantically interoperable electronic health records. electronic Journal of Health Informatics, 2007; 2(2): e9.