INCISIVE Implementation Guide
0.1.1 - draft
INCISIVE Implementation Guide - Local Development build (v0.1.1) built by the FHIR (HL7® FHIR® Standard) Build Tools. See the Directory of published versions
Official URL: https://fhir.incisive-project.eu/ConceptMap/LungBaselineImagingResultConceptMap | Version: 0.1.1 | |||
Draft as of 2024-03-19 | Computable Name: LungBaselineImagingResultConceptMap |
Baseline imaging result model of Lung cancer to the FHIR Profile map
It shows how the baseline imaging result model of Lung cancer is mapped into the FHIR Profile/structureDefinition
Mapping from Baseline imaging result Lung to Observation for Lung cancer
DRAFT (not intended for production usage). Published on 2024-03-19 13:26:22+0100 by INCISIVE (INCISIVE: https://incisive-project.eu/, fhir@incisive-project.eu).
Baseline imaging result model of Lung cancer to the FHIR Profile map
Group 1Mapping from Baseline imaging result Lung to Observation for Lung cancer
Source Code | Relationship | Target Code |
LungBaselineImagingResultLogicalModel.baselineImagingResultID (An identifier for the baseline imaging result) | is related to | Observation.id |
LungBaselineImagingResultLogicalModel.patientID (INCISIVE patient) | is equivalent to | Observation.subject.reference |
LungBaselineImagingResultLogicalModel.distantMetastasisLocation (Distant metastasis location) | is related to | Observation.bodySite |
LungBaselineImagingResultLogicalModel.distantMetastasis (Distant metastasis) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.existenceOfLaboratoryData (Laboratory procedure performed (situation)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.hemoptysis (Hemoptysis (finding)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.pleuralEffusion (Pleural effusion (disorder)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.borders (Tumor border configuration (observable entity)) | is related to | Observation.component.valueCodeableConcept |
LungBaselineImagingResultLogicalModel.cavitation (Cavity (morphologic abnormality)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.centralNecrosis (Central zone necrosis (morphologic abnormality)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.solidity (Consistency) | is related to | Observation.component.valueCodeableConcept |
LungBaselineImagingResultLogicalModel.lungVolume (Lung volume, function (observable entity)) | is related to | Observation.component.valueQuantity |
LungBaselineImagingResultLogicalModel.maxTumorDiameter (Primary tumor size (observable entity)) | is related to | Observation.component.valueQuantity |
LungBaselineImagingResultLogicalModel.lobe (Structure of lobe of lung (body structure)) | is related to | Observation.component.valueCodeableConcept |
LungBaselineImagingResultLogicalModel.laterality (Laterality) | is related to | Observation.component.valueCodeableConcept |
LungBaselineImagingResultLogicalModel.performanceStatus (Performance measure status (finding)) | is related to | Observation.component.valueInteger |
LungBaselineImagingResultLogicalModel.weightLoss (Weight loss (finding)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.dyspnea (Dyspnea (finding)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.cough (Cough (finding)) | is related to | Observation.component.valueBoolean |
LungBaselineImagingResultLogicalModel.stage (Right breast BIRADS classification) | is related to | Observation.component.valueString |
LungBaselineImagingResultLogicalModel.ti (T category) | is related to | Observation.component.valueString |
LungBaselineImagingResultLogicalModel.ni (N category) | is related to | Observation.component.valueString |
LungBaselineImagingResultLogicalModel.mi (M category) | is related to | Observation.component.valueString |