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Interested Members (add your name and organization if you may be interested in joining this FG)

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  • Remotely Accessible Patient EHR - patient expressly requests creation of a FHIR based EHR representation to be used by different Health Care providers in different (same country) locale. (This use case can evolve to support crossing national boundaries thus adding complexity)
  • Consent to participate in Clinical Research (FHIR data)
  • Consent to participate in a Clinical Trial. (CDISC:SDTM data (see SDTM Implementation Guide v.3.2 here))
  • Specify the data and credential requirements for Patient Identity and Matching (e.g. ER visit)

Scope

Use case

Minimal mapping of FHIR r4 resources (include transitive dependencies via Referencetype properties/slots).

Comments (FHIR Profile to be identified)

Remotely accessible patient EHRThere are multiple use cases here, expect to start with Immunization and ImagingStudyCDA not in scope.
Consent to participate in clinical researchConsent, Contract Handling instructions: Medical treatment and Research consent directives are not explicitly modeled in R4, might require use of Contract etc.
Consent to participate in clinical trialsConsent, Contract Handling instructions: Medical treatment and Research consent directives are not explicitly modeled in R4, might require use of Contract etc.
ER Visit/specify data and credential requirements for patient identity and matchingConsent, Contract Handling instructions: Privacy Consent directive.

Deliverables

  • Identity and specify the base FHIR resources required to support the FG use cases above.
  • OCA FHIR schema bases representing a core set of base FHIR resources to support the FG use cases.
  • Specify core overlays necessary to support the FHIR-compliant OCA schema bases
  • Demonstrate the correctness of structure and version between the base FHIR resource and the corresponding FHIR-compliant OCA schema base.
  • Demonstrate the complete and correct mapping of data values between the base FHIR resource and the corresponding populated FHIR-compliant OCA schema base.
  • Create a FHIR extensibility example, create a FHIR payload to support a selected FHIR-compliant OCA schema base.
  • Specification for FHIR-compliant OCA schema base and overlay processing rules.

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  1. Rich Schema Objects
    1. Interop with an Order Overlay
    2. Interop with Verifiable Credentials (VCs)
  2. Interoperability with the Ecosystem Foundry WG
  3. ToIP: Federated access model/SSI interop issues as identified
  4. Harmonization with general consent (e.g. Notice and Consent WG deliverables) and Domain specific (FHIR Consent model from this TF)
  5. W3C Data Privacy Vocabulary & Personal Data Category (ontology)

Issues and resolution

  1. FHIR R4 support for json-ld (resolution: tbd, workaround approach needs to be finalized)