HL7 Releases FHIR v4.0.1 Terminology for Measure Population Type
HL7 has published the FHIR v4.0.1 terminology for Measure Population Type. This resource defines the concept of the initial population within the FHIR standard.
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HL7 has published the FHIR v4.0.1 terminology for Measure Population Type. This resource defines the concept of the initial population within the FHIR standard.
A new Node.js library, FHIR.js, is available for handling FHIR resources. This tool allows developers to serialize and deserialize FHIR data between JSON and XML formats.
A meeting was held to review the Australian Patient Summary FHIR Implementation Guide (IG). The discussion focused specifically on the structure and implementation of the AU PS Bundle and AU PS Composition profiles.
A set of Kotlin libraries, the Android FHIR SDK, was made available. This tool enables the creation of mobile-first healthcare applications using the HL7 FHIR standard.
The demonstration covered the steps required to convert an FHIR Observation Resource into the HL7 ORU format. This process is relevant for interoperability between FHIR and legacy HL7 systems.
The demonstration covered mapping examples between FHIR resources and the older HL7 V2 format. This process is crucial for interoperability between modern and legacy healthcare systems.
The Japan FHIR Implementation Working Group defined a specific item set for HIV-1/2 antibody and p24 antigen testing. This set is intended for use in electronic medical record sharing services within Japan.
Greenway Health is implementing EHR modernization using AWS HealthLake. The use of the FHIR API allows for the loading of the latest data in minutes, increasing third-party application development.
IBM published documentation identifying the directory location for FHIR example files. This resource helps users locate necessary sample data for FHIR implementation.
Palantir has created a series of transforms designed to translate data from the OMOP format to the FHIR standard. This tool aims to bridge the interoperability gap between different electronic health record systems.
A new extension, DateTimeComplete, was released for the FHIR v4.0.1 standard. This extension provides a standardized way to handle date and time completeness within FHIR resources.
Mindbowser Inc. issued a statement advising the industry to proactively adopt FHIR standards. The message emphasizes moving beyond mere compliance to achieving technological leadership.
A new mechanism, FHIR Messaging, was defined for use with FHIR. This mechanism allows for communication between FHIR systems that does not rely on standard RESTful protocols.
A publication was released detailing how to use SQL on FHIR to generate tabular views from FHIR data. This addresses the need for transforming FHIR data into a more structured, tabular format.
The article highlighted the critical role of healthcare interoperability in modern care transformation. It suggested that AI-powered tools can simplify complex interoperability issues for payers.
The HL7 UK Interoperability Forum held its AGM and focused discussions on integrating native FHIR standards. A key topic covered was the transformation of the Genomic Medicine Service within England.
CHRISTUS Health is utilizing FHIR standards and automation tools to enhance its revenue cycle processes. This initiative aims to improve the efficiency and transformation of its revenue cycle operations.
The 6th Annual CMS HL7 FHIR Connectathon is scheduled to take place virtually from July 15โ17. Registration for the event closes on June 30.
Apple provided support guidance regarding the upgrade of FHIR versions for Health Records. This guidance is aimed at program administrators to ensure compliance with the latest FHIR R4 standard.
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