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Development of loinc for integrating constitutional cytogenetic test result reports into electronic health records
Yan Heras, Arthur R. Brothman, Marc S. Williams, Joyce A. Mitchell, Clement J. McDonald, Stanley M. Huff
Language English Country Czech Republic Media elektronický zdroj
- MeSH
- Cytogenetics MeSH
- Information Systems MeSH
- Clinical Coding methods MeSH
- Medical Informatics * MeSH
- Humans MeSH
- Logical Observation Identifiers Names and Codes * MeSH
- Reference Standards MeSH
- Health Services Administration MeSH
- Telemedicine MeSH
- Records MeSH
- Check Tag
- Humans MeSH
Objective: To develop Logical Observation Identifeers Names and Codes (LOINC) codes to represent constitutional cytogenetic test results for electronically exchanging coded and structured result reports. The LOINC codes developed must be feexible and sustainable for easy maintenance. The goal is to create a standard set of codes that are feexible enough to be used for all unique conventional and molecular cytogenetic results. Design: Patient de-identifeed sample result reports were obtained from ARUP Laboratories for a variety of normal and abnormal constitutional studies using G-banding, FISH and array-CGH. Information models were created to capture the semantic relationships of the key data elements that existed in the reports. Sample reports were subsequently obtained from Emory and Mayo Clinic Cytogenetics Laboratories to verify the information models. The information models were then used to guide the systematic creation of the LOINC codes. Results: A post-coordinated approach was used in developing the LOINC codes for cytogenetics test results. LOINC panel codes were created to represent the hierarchical structures implied by the reports. A master panel was created to contain three LOINC subpanels; each of the three subpanels held the structure for chromosome analysis results that uses a difeerent technique. Conclusion: The LOINC codes we created met our objective and will allow the use of well established health informatics standards to exchange coded and structured cytogenetic test results between testing laboratories and ordering institutions. Use of standard structures and terminologies for cytogenetic results is critical for efeective communication between testing laboratories and clinicians. This minimizes misinterpretation, leads to consistency, and provides the EHR systems feexibility of customizing formatting to present more clinician-friendly reports.
Dept of Biomedical Informatics University of Utah Salt Lake City Utah
Intermountain Healthcare Salt Lake City Utah
Development of loinc for integrating constitutional cytogenetic test result reports into electronic health records [elektronický zdroj] /
References provided by Crossref.org
Obsahuje 8 tabulek
Bibliography, etc.Literatura
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- $a Heras, Yan $u Dept of Biomedical Informatics, University of Utah, Salt Lake City, Utah; Lantana Consulting Group, LLC, East Thetford, Vermont
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- $a Development of loinc for integrating constitutional cytogenetic test result reports into electronic health records $h [elektronický zdroj] / $c Yan Heras, Arthur R. Brothman, Marc S. Williams, Joyce A. Mitchell, Clement J. McDonald, Stanley M. Huff
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- $a Obsahuje 8 tabulek
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- $a Objective: To develop Logical Observation Identifeers Names and Codes (LOINC) codes to represent constitutional cytogenetic test results for electronically exchanging coded and structured result reports. The LOINC codes developed must be feexible and sustainable for easy maintenance. The goal is to create a standard set of codes that are feexible enough to be used for all unique conventional and molecular cytogenetic results. Design: Patient de-identifeed sample result reports were obtained from ARUP Laboratories for a variety of normal and abnormal constitutional studies using G-banding, FISH and array-CGH. Information models were created to capture the semantic relationships of the key data elements that existed in the reports. Sample reports were subsequently obtained from Emory and Mayo Clinic Cytogenetics Laboratories to verify the information models. The information models were then used to guide the systematic creation of the LOINC codes. Results: A post-coordinated approach was used in developing the LOINC codes for cytogenetics test results. LOINC panel codes were created to represent the hierarchical structures implied by the reports. A master panel was created to contain three LOINC subpanels; each of the three subpanels held the structure for chromosome analysis results that uses a difeerent technique. Conclusion: The LOINC codes we created met our objective and will allow the use of well established health informatics standards to exchange coded and structured cytogenetic test results between testing laboratories and ordering institutions. Use of standard structures and terminologies for cytogenetic results is critical for efeective communication between testing laboratories and clinicians. This minimizes misinterpretation, leads to consistency, and provides the EHR systems feexibility of customizing formatting to present more clinician-friendly reports.
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