Implementing rules to improve the quality of concept post-coordination with SNOMED CT.
H. Navas, O. Lopez, L. Gambarte, L. El\'ıas, S. Wasserman, N. Orrego, D. Luna, and F. de Quirós. Studies in health technology and informatics, 160 (Pt 2):
1045(2010)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%..
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%.
%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},
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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
}