HL7 has updated its FHIR COVID-19 Library to incorporate specific data elements for measuring SARS-CoV-2 IgA and IgM presence in serum. This update ensures standardized interoperability for reporting these specific serological markers.
HL7 International has launched a new AI office to address the growing need for trustworthy artificial intelligence in global health interoperability. This initiative aims to establish standards and guidelines to ensure AI applications are safe and reliable in healthcare settings.
DirectTrust is focusing on improving health outcomes through the adoption of FHIR standards for social care. This initiative aims to enhance interoperability across various social care systems.
Blue Cloud launched BluHealth, an AI-based platform, to enhance its global health reach. The launch also involves integration with global standards like FHIR/HL7.
FHIR (Fast Healthcare Interoperability Resources) is a recognized standard for exchanging health information. This standard was developed by HL7 to facilitate interoperability in healthcare systems.
HL7 Austria has released an FHIR Core Extension related to capturing Object Identifiers (OIDs) within ValueSets. This extension updates the FHIR standard to better manage and incorporate OIDs into ValueSet definitions.
HIMSS is hosting a session to discuss the Argonaut Project. This session will detail how the project is advancing FHIR-First interoperability standards for device connectivity.
Naralabs provided a presentation detailing the implementation of FHIR standards. The focus was on adapting interoperability solutions for use in low-resource settings.
Snowflake offers quickstarts designed for processing HL7 FHIR messages. This resource helps users understand the capabilities of integrating FHIR data within the Snowflake platform.
A JSON representation for the International Classification of Primary Care, second edition (1998) has been made available. This resource integrates the classification into the FHIR standard, facilitating global interoperability for primary care data.
Guidelines for implementing HL7 FHIR have been published, referencing standards like ISO 13940:2015 and ISO 13606-1:2019. These guidelines provide technical specifications for FHIR Release 4 implementation.
Five digital health platforms are expected to transform the Japanese healthcare sector in 2025. These platforms utilize technologies like HL7 FHIR to connect various healthcare entities, including clinics and laboratories.
A specific ValueSet, JP Core Condition Disease Outcome JHSD0006, was released for use with FHIR. This resource is intended for CLINS and JP-Core 1.2.x implementations.
The topic discusses the integration of FHIR and SMART on FHIR standards with Epic EMR systems. This integration aims to modernize interoperability within Electronic Medical Records (EMR).
HL7 International has published the official FHIR terminology for the ICD-10-CM. This resource allows healthcare systems to integrate standardized diagnostic codes into FHIR-compliant workflows.
MyHealth@Eu published a draft example of a Laboratory Report in JSON format, structured around the FHIR Composition resource. This resource is part of the MyHealth@Eu initiative, aiming for standardized healthcare data exchange.
HL7 International released the definition for the ActRelationshipSplit concept, which is part of the HL7 Terminology for FHIR v4.0.1. This concept provides an internal identifier for the concept within the HL7 Access database repository.