CapabilityStatement for the R4-facing validation surface exposed under /fhir/r4.

CapabilityStatement for the cross-version translation surface exposed under /fhir/stu3-r4.

System-level operation for translating a supported Dutch STU3 source resource or bundle into a supported R4 target profile.

System-level operation for extracting supported QuestionnaireResponses into an R4 resource Bundle selected by profile or questionnaire canonical.

Canonical intermediate logical model for AllergyIntolerance translation. It is shaped to the AllergyIntolerance core structure, aligned with eu-base as the structural baseline, and extended only where Dutch zib and nl-core allergy semantics require explicit fields.

Named logical child type for AllergyIntolerance notes so author metadata can survive the intermediate logical model.

Named logical child type for allergy reaction details in the intermediate allergy intolerance model.

Named logical child type for AllergyIntolerance references that may carry the Dutch practitionerrole-reference extension.

Canonical intermediate logical model for Appointment translation. It is shaped closely to R4 Appointment while preserving Dutch STU3 additions only where they have a target home.

Named logical child type for appointment participants that may carry a Dutch practitionerrole-reference extension.

Canonical intermediate logical model for CareTeam translation. It is shaped closely to R4 CareTeam while preserving Dutch STU3 practitioner role handling explicitly where needed.

Named logical child type for care team participants that may carry a Dutch practitionerrole-reference extension.

Canonical intermediate logical model for CommunicationRequest translation. It is source-family neutral and includes the R4 request semantics needed across STU3/BgZ sources.

Canonical intermediate logical model for Consent translation. It is source-family neutral and maps the R4 Consent shape that can be reached from STU3/BgZ sources through the converter.

Canonical intermediate logical model for Device translation. It is source-family neutral and mirrors the R4 Device resource shape for STU3/BgZ reuse.

Logical intermediate model for DeviceUseStatement translation. It is source-family neutral and captures the R4 request/requester shape independent of the STU3 source.

Canonical intermediate logical model for Encounter translation. It is shaped to the R4 Encounter structure where practical, while keeping the Dutch STU3 zib encounter additions explicit.

Named logical child type for encounter hospitalization details that survive the logical handoff.

Named logical child type for encounter participant details.

Named logical child type for encounter references that may carry a Dutch practitionerrole-reference extension.

Generic intermediate bundle graph populated by maps before materialization into a FHIR Bundle.

Generic mapped instruction for one resource entry in an extraction Bundle. The map owns target routing metadata and the logical resource body.

Canonical intermediate logical model for FunctionalOrMentalStatus to Observation translation. It is shaped to the Observation core structure, aligned with eu-base medical test result semantics as the structural baseline, and extended with Dutch zib and nl-core functional or mental status semantics only where needed.

Named logical child type for Observation.component content in the intermediate functional or mental status model.

Named logical child type for Observation.referenceRange content in the intermediate functional or mental status model.

Canonical intermediate logical model for Goal translation. It is source-family neutral and aligns to the R4 Goal structure for translation reuse.

Canonical intermediate logical model for administration agreement to medication dispense translation. It is shaped closely to R4 MedicationDispense with explicit Dutch source additions only where needed.

Named logical child type for medication dosage details in the intermediate medication models.

Named logical child type for medication dispense performers.

Named logical child type for medication-related references that may carry a Dutch practitionerrole-reference extension.

Canonical intermediate logical model for medication agreement to medication request translation. It is shaped closely to R4 MedicationRequest with explicit Dutch source additions only where needed.

Canonical intermediate logical model for medication use to medication statement translation. It is shaped closely to R4 MedicationStatement with explicit Dutch source additions only where needed.

Canonical intermediate logical model for BgZ metadata translation. It is shaped closely to R4 Provenance and preserves only the BgZ metadata content currently translated by this service.

Named logical child type for provenance agents in the intermediate metadata model.

Canonical intermediate logical model for Observation translation. It is source-family neutral and aligns with the R4 Observation resource for reuse across source variants.

Canonical intermediate logical model for Patient translation. It is shaped to the full Patient core structure, aligned with eu-base as the structural baseline, and extended with Dutch zib and nl-core patient semantics using future-oriented normalized field names.

Named logical child type for patient communication details in the intermediate patient model.

Named logical child type for patient language proficiency details in the intermediate patient model.

Named logical child type for patient contact details in the intermediate patient model.

Named logical child type for patient linkage details in the intermediate patient model.

Named logical child type for patient nationality details in the intermediate patient model.

Canonical intermediate logical model for Practitioner translation. It is source-family neutral and mirrors the R4 Practitioner profile surface for STU3/BgZ-neutral reuse.

Canonical intermediate logical model for PractitionerRole translation. It is source-family neutral and mirrors the R4 PractitionerRole structure for STU3/BgZ-neutral conversion workflows.

Canonical intermediate logical model for Problem to Condition translation. It is shaped to the full Condition core structure, aligned with eu-base as the structural baseline, and extended with Dutch zib and nl-core problem semantics using future-oriented normalized field names.

Problem body site details kept together so anatomical location, laterality, and future body structure references survive the intermediate logical model without losing their relationship.

Named logical child type for condition evidence details in the intermediate problem model.

Named logical child type for condition stage details in the intermediate problem model.

Canonical intermediate logical model for Procedure translation. It is shaped to the full Procedure core structure, aligned with eu-base as the structural baseline, and extended with Dutch zib and nl-core procedure semantics using future-oriented normalized field names.

Procedure body site details kept together so anatomical location and laterality survive the intermediate logical model without losing their relationship.

Named logical child type for procedure focal device details in the intermediate procedure model.

Named logical child type for procedure performer details in the intermediate procedure model.

Normalized single questionnaire answer slot populated from a version-specific QuestionnaireResponse item.

Shared intermediate logical model for QuestionnaireResponse extraction. Version-specific StructureMaps normalize questionnaire items into named generic answers and groups before extraction maps interpret those names into clinical logical resources.

Normalized grouped questionnaire telecom answer populated from a repeated phone or email item group.

Canonical intermediate logical model for RelatedPerson translation. It is source-family neutral and mirrors the R4 RelatedPerson shape for STU3/BgZ-neutral reuse.

Lightweight local profile stub that anchors the BgZ Patient canonical used in the published examples.

Selects the target profile for one Bundle entry in a transform request.

Counts the number of validation issues with severity error.

Counts the number of validation issues with severity information.

Counts the number of validation issues with severity warning.

Counts validation issues relaxed by the runtime.

Minimal NamingSystem definition so examples that use the BSN identifier system can resolve offline.

Example BgZ transform request for a single Patient.

Example transform response for a single Patient.

Example R4 validation request for a translated Patient.

Example validation result for a translated Patient.