%0 Journal Article %1 navas2010implementing %A Navas, H. %A Lopez, O.A. %A Gambarte, L. %A El\'ıas, L.G. %A Wasserman, S. %A Orrego, N. %A Luna, D. %A de Quirós, FG %D 2010 %J Studies in health technology and informatics %K imported %N Pt 2 %P 1045 %T Implementing rules to improve the quality of concept post-coordination with SNOMED CT. %V 160

@article{navas2010implementing, added-at = {2016-03-09T05:25:29.000+0100}, author = {Navas, H. and Lopez, O.A. and Gambarte, L. and El{\'\i}as, L.G. and Wasserman, S. and Orrego, N. and Luna, D. and de Quir{\'o}s, FG}, biburl = {https://www.bibsonomy.org/bibtex/2cd3872c33d68e1d31f369cbf7004f87a/ozborn}, interhash = {d8cb2a0c9479111f6bceeffd17d8b43c}, intrahash = {cd3872c33d68e1d31f369cbf7004f87a}, journal = {Studies in health technology and informatics}, keywords = {imported}, note = {Not available for download or author contact. Abstract is:The use of SNOMED CT as a standard reference terminology enables interoperability between clinical systems. This reference tool provides a method for creating post-coordinated terms by users according to local needs. While the creation of these terms is free, there are a number of rules, as defined in the user manual of SNOMED CT that must be followed.The Hospital Italiano of Buenos Aires has a Terminology Server that encodes medical terms, using SNOMED CT as the reference vocabulary. An interoperability analysis performed with the Nebraska Medical Center in 2006 found a high error rate (26%) in post-coordinated terms. Therefore, we implemented an automatic system of rules within the Terminology Server as defined in the user manual. Following rules implementation, the error rate decreased from 26% to 2%.}, number = {Pt 2}, pages = 1045, timestamp = {2016-03-09T05:29:00.000+0100}, title = {Implementing rules to improve the quality of concept post-coordination with SNOMED CT.}, volume = 160, year = 2010 }