3,961 FHIR-related articles (latest first)
A demonstration was given showcasing the implementation of FHIR APIs on EPIC endpoints. This prototype utilized Claude Skillz to demonstrate the technical capability.
A presentation was given regarding the interoperability of IIS using FHIR standards. This initiative aims to advance the use of IIS within the FHIR framework.
A resource was compiled to track the top 40 most popular FHIR MCP servers available online. This list helps the community monitor the current landscape of FHIR implementations.
Industry groups are providing input regarding the proposed HTI-5 rule. This rule is designed to accelerate the adoption of FHIR-based APIs across the industry.
Epic Systems provided specifications for the Device FHIR resource. This resource is designed to identify specific types of devices, such as RTLS badges, within the FHIR framework.
HL7 International released the FHIR Tooling Extensions Implementation Guide (IG) v1.1.0. This guide provides specifications for tooling extensions within the FHIR framework.
HL7 published a new FHIR specification example detailing the process for medical benefit outpatient drug authorization. This specification is part of the FHIR CI Build, supporting global interoperability standards.
HL7 Europe released the Base and Core FHIR Implementation Guide (IG) version 2.0.0-recon. This guide is intended for use with the HL7 FHIR standard.
The University of Rochester developed a tool utilizing FHIR standards for handling complex clinical data. This initiative aims to improve the processing and utilization of patient information within the medical setting.
Concord Technologies is scheduled to lead an interoperability discussion. This discussion is being moderated by American Morningstar.
The NHS England Developer Community is actively discussing topics tagged with the scr-fhir-api. This indicates ongoing development and interest in utilizing FHIR standards within the UK healthcare ecosystem.
CA/UNH/HAPI published a new version (8.2.2) of its FHIR R5 structures. This update is available through the Maven repository for developers.
The update concerns the 2.30.1.5 Methode Code/Designation for Phase II within the DiGA Toolkit. Details regarding conformities and cardinalities are available through the KBV HUB.
Kanta.fi is presenting plans for FHIR modeling related to the national medication list. This initiative focuses on structuring control and annotation notes within the FHIR framework.
The Australian Digital Health Agency published an Implementation Guide detailing the JSON representation of bone structure within the My Health Record FHIR framework. This guide supports standardized data exchange for skeletal information.
CMS is shifting its approach for decision support, moving away from the eCQM model. This transition utilizes FHIR standards, reducing reliance on the older QDM system.
The integration involves connecting OpenEMR with a Python microservice using SMART on FHIR OAuth2. OpenEMR itself provides a complete SMART on FHIR OAuth2 server capability.
A validation issue was reported concerning FHIR Bundles that contain cross-publisher references. This issue causes false 'Unable to find a profile match' errors during validation.
XLESCIENCE offers a framework utilizing FHIR standards for real-time healthcare data exchange. This framework provides necessary models, rules, and interfaces for structured data exchange.
The Australian Digital Health Agency published an updated FHIR Implementation Guide for Provider Connect Australia. This guide provides technical specifications for healthcare data exchange using the FHIR standard.