3,145 FHIR-related articles (latest first)
A cross-version extension for the Provenance.entity.agent element has been defined for FHIR R3. This extension addresses the Provenance.entity element, which was previously available in FHIR R2.
HL7 International is holding a virtual Connectathon event for FHIR. This event allows participants to test, build, and collaborate on FHIR standards.
An event was held to discuss the current state and future direction of digitizing social care. The discussion highlighted how FHIR technology can support these digital transformation efforts.
A Cross-Version Extension for Sequence.quality.truthFN has been defined for FHIR R3. This extension can be utilized in various contexts within the FHIR standard.
HL7 International has released documentation for the MedicinalProductDefinitionCharacteristicComponent. This component is part of the evolving FHIR R5 standard, enhancing how medicinal products are defined in healthcare data.
The market forecast for European healthcare business intelligence up to 2033 emphasizes the role of FHIR and value-based care models. This suggests a growing industry need for these specific interoperability and care models.
Oracle Health offers services to validate and list digital health applications built using FHIR. This helps applications stand out in the competitive digital health market.
A cross-version extension for the InsurancePlan.contact.telecom element has been defined for FHIR R4. This extension addresses versioning requirements for contact telecommunication details within the InsurancePlan resource.
NLM is implementing a system that integrates EHR data with the FHIR standard. This effort aims to improve the accessibility and sharing of medical research data.
Health Samurai introduced a unified pattern for handling FHIR asynchronous operations. This pattern specifies how the Async Interaction Request returns a FHIR Bundle and how redirect mode functions.
Google showcased the Cloud Healthcare API for handling healthcare data. This capability allows users to ingest and process data using industry-standard formats like FHIR and HL7v2.
A cross-version extension for MessageDefinition.focus.code has been developed for FHIR R3. This extension can be utilized in various contexts within the FHIR standard.
A cross-version extension for Observation.component.interpretation was defined for FHIR R4. This extension allows for standardized data representation across different versions of the FHIR standard.
Screening smear test results are being automatically transmitted to EMD. This data transfer is facilitated using a FHIR message.
The news details the use of Google Cloud's Cloud Healthcare API for de-identifying FHIR clinical data. This capability allows for the secure import of FHIR data into a FHIR Cloud storage.
An update was released for the ScheduleResourceProvider component within the hapi-fhir-jpaserver-base library (version 5.6.2). This update relates to the implementation of FHIR resources, specifically focusing on scheduling data structures.
A community discussion was held regarding the application of FHIR standards to solve real-world healthcare problems. The focus was on how FHIR can open up collaboration in the healthcare sector.
A Cross-Version Extension for VisionPrescription.dispense.product was defined for FHIR R3. This extension addresses the element used in VisionPrescription.dispense (originally for R2).
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The initiative aims to automatically standardize diverse medical data currently held in various hospital formats. This effort promotes the practical application of FHIR as the next-generation transmission standard, making development accessible even to non-FHIR experts.