4,000 FHIR-related articles (latest first)
The FHIR Server documentation addresses the specific LOINC Code 725-2, which relates to the presence of Hemoglobin in Urine. This documentation supports the standardized exchange of laboratory test results using FHIR standards.
The Australian FHIR Implementation Group held a meeting to review the progress of the Patient Summary profile (IPS 2.0.0) and Ballot 101. The meeting focused on advancing the local implementation standards for patient data exchange.
An MCP SSE Server was integrated with an FHIR Server. This integration allows users to create or read FHIR resources by providing the required publisher country and organization details.
The news snippet mentions the trademarks HL7 and FHIR in the context of HIE platform scale and reliability. These standards are owned by Health Level Seven International.
Microsoft Azure introduced an FHIR MCP server designed for AI agents. This service enables secure, authenticated retrieval and searching of data from Azure Health Data Services FHIR servers.
ClinDCast addressed the topic of FHIR, emphasizing that its utility extends beyond mere regulatory compliance. The discussion highlighted FHIR's importance as a core technology for enhancing patient access.
An authentication failure was reported when attempting to access an FHIR service hosted on Azure using Auth0. This suggests potential configuration issues or access control problems within the deployment environment.
HL7 International provided educational resources confirming that FHIR is recognized as a core HL7 standard. The content was offered in a self-paced, beginner-friendly format for industry learning.
Scriptus has developed an interoperable EHR system that utilizes AI and is built natively on FHIR standards. This system aims to provide seamless and secure access for ePrescription and eDispense processes.
The news indicates that Health Level Seven International is involved in a process to transform personal health data. This transformation involves collaboration between major technology companies and other large entities.
A scalable and secure healthcare platform was developed using FHIR standards. This architecture supports standardized data modeling and load testing for robust interoperability.
The FHIR Domestic Implementation Study Working Group 2 conducted detailed activities concerning Diagnostics and Observation within the Japanese context. This effort aims to advance the domestic implementation of FHIR standards for these specific clinical domains.
Tek Support is currently hiring an FHIR Integration Engineer. The role involves designing and implementing FHIR data mappings.
The topic addresses securing FHIR transactions by leveraging the established SMART on FHIR approach. This is relevant to the development of the National Electronic Health Record (NEHR).
A gap in FHIR interoperability was identified between private medical practices and hospitals in Germany. This highlights the need for standardized FHIR implementation across different healthcare sectors.
Availity and Onyx announced a new partnership to deliver a scalable solution. This initiative aims to address complex requirements related to prior authorization and interoperability.
A new system, LINK-FHIR, was developed for FHIR integration. This system features dual interfaces designed to facilitate automated machine-to-machine data exchange.
Exafluence offers solutions utilizing FHIR standards. These solutions aim to accelerate healthcare interoperability through tailored FHIR implementations.
IggyAPI is a tool built using FastAPI designed for managing FHIR Implementation Guides. This platform aims to streamline the process of developing and deploying FHIR applications.
Ceuta is initiating the modernization of its Cancer Registry system, involving an investment exceeding 32,000 euros. The new system is required to ensure comprehensive data management.