HAPI FHIR has released documentation and tools for Android developers. These tools allow developers to integrate FHIR model classes and client functionality into Android applications.
The discussion focused on the role of low-code platforms in modernizing healthcare IT infrastructure. This approach helps accelerate the adoption of FHIR standards across the US healthcare system.
AIM-AHEAD has opened applications for its FHIR Collaborative Training Program. This program is designed to facilitate collaborative learning and implementation using FHIR standards.
fhir.ch released a Resource Profile for the CH CRL Observation ICD-O-3 Morphology. This profile defines the structure for specific observation data within the Swiss healthcare context.
A new LOINC code, 79032-9, has been defined to assess typing ability on a computer keyboard. This code is intended for use within FHIR standards, supporting standardized data exchange for this specific clinical measure.
Health interoperability is expected to advance significantly by 2025 due to widespread adoption of FHIR standards. This progress is noted in the context of evolving standards, such as those from CMS.
The Australian digital health sector is reviewing its progress, noting the mainstream adoption of AI technologies. The review specifically mentions the use of FHIR standards in fast healthcare initiatives.
A fuzzing test for the e-prescription system was published in the Maven Central repository. This test is designed to validate the robustness and security of the FHIR implementation within the e-prescription workflow.
A new LOINC code (64706-5) has been published concerning the assessment of urinary stream force. This code is available through the FHIR Server LOINC Content, supporting standardized data exchange for urological measurements.
A cross-version extension for OperationOutcome.issue.code has been defined for FHIR R4. This extension allows for versioning information to be added to the issue code within the OperationOutcome resource.
Asan Medical Center has launched a service allowing patients to view and share their medical records. This system was built to safely transmit medical data based on patient consent, adhering to the FHIR standard.
The LOINC Code 95133-5, designated for Dialysis and Therapeutic apheresis Discharge summary, has been published. This code is accessible through the FHIR Server, supporting standardized data exchange for discharge summaries.
The update concerns the JSON representation of simple practitioners within the HL7 FHIR standard. This aims to standardize how practitioner data, specifically names, is structured across different systems.
A new LOINC Part Code, LP440948-0, has been designated for NCBI Sequence Read Run (SRR) data. This code facilitates the standardized identification and exchange of genomic sequencing data within FHIR systems.
A cross-version extension for Timing.repeat.bounds[x] was defined for FHIR R2. This extension is applicable in contexts requiring the element Timing.repeat, specifically for FHIR R5.
CapMinds showcased a system utilizing FHIR standards for public health reporting and surveillance. This capability can automate notifications for monitoring conditions such as RSV and STIs.
A cross-version extension for MessageDefinition.identifier has been defined for FHIR R4. This extension addresses version compatibility issues related to the identifier element within the MessageDefinition resource.