HL7 Europe Base and Core FHIR IG
0.2.0-ci-build - ci-build 150

HL7 Europe Base and Core FHIR IG, published by HL7 Europe. This guide is not an authorized publication; it is the continuous build for version 0.2.0-ci-build built by the FHIR (HL7® FHIR® Standard) CI Build. This version is based on the current content of https://github.com/hl7-eu/base/ and changes regularly. See the Directory of published versions

EHDSMedication to FHIR Medication Mapping

EHDSMedication → Medication

The content of this page is automatically generated and doesn't document the actual mapping.

Please don't use this material for implementation purposes !

EHDSMedication → Medication

This page describes the element-by-element mapping from the EHDSMedication logical model to the FHIR Medication profile(s) used in this Implementation Guide. The model supports prescribed/dispensed medication, and can represent both generic (virtual) products and branded (real) products.

EHDSMedication → Medication
EHDSMedication (Logical Model) Relationship Medication
Element Description Relation Element Description Notes
identifier Identifier for this medication concept / product. equal identifier Business identifier for the medication entry. Can reflect regulatory or catalogue codes.
code Identifies the medication (generic or branded). equal code Code that identifies this medication. Can represent abstract ingredient-based products or specific trade products.
form Pharmaceutical dose form (tablet, injection, etc.). equal form Dose form of the medication. Usually a CodeableConcept.
ingredient Active (and possibly inactive) ingredients and strengths. equal ingredient Medication ingredients. FHIR supports per-ingredient strength.
batch.lotNumber Batch / lot number (for manufactured products). equal batch.lotNumber Lot number of a particular batch. Often only known at dispense/admin time.
batch.expirationDate Expiry date of this lot/batch. equal batch.expirationDate When the lot expires. Traceability / pharmacovigilance.

Return to overview: EHDS Logical Models → FHIR Profiles