CH LAB-Report (R4)
1.0.0-ballot - ballot Switzerland flag

This page is part of the CH LAB-Report (R4) (v1.0.0-ballot: STU 1 Ballot 1) based on FHIR (HL7® FHIR® Standard) R4. This is the current published version in its permanent home (it will always be available at this URL). For a full list of available versions, see the Directory of published versions

Profiles

Resource Profiles

  • CH LAB Composition: Laboratory Report

    This profile constrains the Composition resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB Device: Analyzer

    Holds Laboratory Analyzer Data

  • CH LAB Device: TestKit

    Holds Laboratory Test-Kit Data

  • CH LAB DiagnosticReport: Laboratory Report

    This profile constrains the DiagnosticReport resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB Document: Laboratory Report

    This profile constrains the Bundle resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB Observation Results CBC Panel - Blood by Automated count, Results in nested Profiles

    This panel is the traditional hemogram plus platelet count which must now be reported with with hemograms according to current US re-imbursement rule The panel includes 2 different RDWs to accommodate the two different ways of reporting them. (Most automated instruments report as a percent ). The hemoglobin produced by the automatic counters does not use a counting method to generate the hemoglobin so we have used the fotometry version of hemoglobin in this panel.

  • CH LAB Observation Results CBC Panel - Blood by Automated count, Results in sliced component

    Profile for observation laboratory result of automated Count of Blood Cells. We choose as Unit 10⁹/L or 10¹²/L for Cell Count.

  • CH LAB Observation Results: Albumin/Creatinine Ratio in Urine

    This profile constrains the ChLabObservationSingleTest profile determine ratio of the concentration of albumin and creatinine in urine.

  • CH LAB Observation Results: Erythrocyte distribution width [Entitic volume] by Automated count

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory Erythrocyte Distribuition Width in Switzerland.

  • CH LAB Observation Results: Erythrocyte distribution width [Ratio] by Automated count

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory Erythrocyte Distribution Width Ratio.

  • CH LAB Observation Results: ErythrocyteCount

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory erythrocyte count.

  • CH LAB Observation Results: Hemoglobin

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory hemoglobin.

  • CH LAB Observation Results: Hemotocrit

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory hemotocrit in Switzerland.

  • CH LAB Observation Results: Laboratory Report

    This profile constrains the Observation resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB Observation Results: LeucocyteCount

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory leucocyte count.

  • CH LAB Observation Results: Mean Corpuscular Hemoglobin

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory MCH in Switzerland.

  • CH LAB Observation Results: Mean Corpuscular Hemoglobin Concentration

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory MCHC in Switzerland.

  • CH LAB Observation Results: MeanCorpuscularVolume

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory MCV.

  • CH LAB Observation Results: Panel

    This profile constrains the ChLabObservationResultsLaboratory profile to represent only a panel / battery of laboratory test results for the HL7 Swiss project. The top-level observation contains only further observations-panels and observations-single-tests in the hasMember element. The observation-panels may carry a conclusion in the note element and/or a global interpretation by the producer of the study, in the interpretation element; value[x] and component elements are not allowed and have to be shown in the observation-single-test profile.

  • CH LAB Observation Results: Platelet Count

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory platelet count.

  • CH LAB Observation Results: Platelet Distribution With

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory platelet count.

  • CH LAB Observation Results: Platelet Mean Volume

    This profile constrains the ChLabObservationSingleTest profile for the purpose of laboratory platelet mean volume.

  • CH LAB Observation Results: Renal Insufficiency Panel

    This panel collects the lab results in relation to renal insufiency.

  • CH LAB Observation Results: Single Test

    This profile constrains the ChLabObservationResultsLaboratory profile to represent single test results for the HL7 Swiss project. The profile enables only value[x] and component elements, hasMemer elemens are not allowed

  • CH LAB Observation Results: eGFR - CKD-EPI(ASR) Profile for females

    Renal function can be determined by laboratory measurement of serum creatinine, from which the estimated glomerular (eGFR_CKD_EPI) filtration rate can be calculated.

  • CH LAB Observation Results: eGFR - CKD-EPI(ASR) Profile for males

    Renal function can be determined by laboratory measurement of serum creatinine, from which the estimated glomerular (eGFR_CKD_EPI) filtration rate can be calculated.

  • CH LAB Observation Results: eGFR - MDRD Profile for females

    Renal function can be determined by laboratory measurement of serum creatinine, from which the estimated glomerular (eGFR_MDMR) filtration rate can be calculated.

  • CH LAB Observation Results: eGFR - MDRD Profile for males

    Renal function can be determined by laboratory measurement of serum creatinine, from which the estimated glomerular (eGFR_MDMR) filtration rate can be calculated.

  • CH LAB Observation Results: eGFR Profiles

    Renal function can be determined by laboratory measurement of serum creatinine, from which the estimated glomerular filtration rate (eGFR) can be calculated.

  • CH LAB Observation Results: eGFRcr - CKD-EPI(AS) Creatinin based Profile

    Glomerular filtration rate (GFR) is considered the best overall index of kidney function; however measured GFR is not practical in the routine clinical setting. Estimated glomerular filtration rate (eGFR) is a suitable alternative and can be calculated for adults >= 18 years using an equation incorporating the patient's age, gender, and measured serum/plasma/blood creatinine only (eGFRcr) (this term) or both serum/plasma/blood creatinine and serum/plasma cystatin C (eGFRcr-cys) [LOINC: 98980-6]. The serum/plasma/blood creatinine value is based on a measurement procedure that is traceable to the isotope dilution mass spectrometry (IDMS) reference measurement procedure for creatinine. The 2021 CKD-EPI equations used for eGFRcr and eGFRcr-cys do not have a race term as does the older estimating equations that they replace. [https://www.nejm.org/doi/pdf/10.1056/NEJMoa2102953]

  • CH LAB Observation Results: eGFRcr-cys - CKD-EPI(AS) Creatinin and Cystatin-C based Profile

    Glomerular filtration rate (GFR) is considered the best overall index of kidney function; however measured GFR is not practical in the routine clinical setting. Estimated glomerular filtration rate (eGFR) is a suitable alternative and can be calculated for adults >= 18 years using an equation incorporating the patient's age, gender, and measured serum/plasma/blood creatinine only (eGFRcr) (this term) or both serum/plasma/blood creatinine and serum/plasma cystatin C (eGFRcr-cys) [LOINC: 98980-6]. The serum/plasma/blood creatinine value is based on a measurement procedure that is traceable to the isotope dilution mass spectrometry (IDMS) reference measurement procedure for creatinine. The 2021 CKD-EPI equations used for eGFRcr and eGFRcr-cys do not have a race term as does the older estimating equations that they replace. [https://www.nejm.org/doi/pdf/10.1056/NEJMoa2102953]

  • CH LAB Patient

    This profile constrains the Patient resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB Practitioner

    This profile constrains the Practitioner resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB PractitionerRole

    This profile constrains the PractitionerRole resource for the purpose of laboratory test reports in Switzerland.

  • CH LAB ServiceRequest: Laboratory Order

    This profile constrains the ServiceRequest resource for the purpose of laboratory orders in Switzerland.

  • CH LAB Specimen

    This profile constrains the Specimen resource for the purpose of laboratory test reports in Switzerland.

  • Substance: Specimen Additive Substance

    This profile defines how to represent Specimen Additive Substances in HL7 FHIR for the purpose of this guide.