Search results for "FHIR": 3,117 articles
AWS has introduced functionality within AWS HealthLake to bundle multiple FHIR resources. This feature allows users to manage related data points as a single, cohesive unit.
An interactive guide was published detailing various methods for building and publishing FHIR implementations. This resource aims to provide developers with comprehensive knowledge on FHIR development practices.
Black Book Research released a ranking naming Onyx as the top performer for client satisfaction in FHIR-based prior authorization. The survey gathered insights from 665 providers and 718 payers.
The Open Digital Health Summit is scheduled to take place in Nairobi from December 1-3, 2024. The summit will focus on how open standards, Full-STAC approach, and DPIs can accelerate digital health initiatives.
AWS HealthLake allows users to manage FHIR resources directly within the AWS cloud environment. This functionality utilizes the FHIR R4 RESTful API for comprehensive resource management.
AWS provided documentation regarding FHIR profile validations within HealthLake. This documentation clarifies that data ingestion into a HealthLake data store does not require a specific FHIR profile validation.
UniDoc Health Corp. announced a partnership with Carefluence. This collaboration aims to enhance UniDoc's capabilities using FHIR standards.
FHIR API-based Provider Directories are required for certain payers. This requirement outlines the necessary technical standards and implementation deadlines for these entities.
Black Book Research published a ranking recognizing Onyx for its client satisfaction in FHIR-based prior authorization solutions. This ranking highlights Onyx's market standing in the specialized area of healthcare interoperability.
The project utilizes SNOMED-CT codes to map convenient and input medical data. This data is linked with a FHIR terminology server to provide various medical services within a standardized system.
HIMSS published a final rule fact sheet covering TEFCA and the Manner Exception. This document also addresses administrative changes and components like USCDI and Bulk FHIR.
HL7 Austria published the Core Patient Profile Mappings, specifically for the FHIR v5.0.0 standard. This guide provides detailed implementation guidance for the core patient profile within the Austrian healthcare context.
Two Technical Design Groups were formed under the HL7 AU FHIR Working Group. These groups are part of the ongoing work related to FHIR standards.
CQL (Clinical Quality Language) serves as the industry standard for defining quality measures and decision support across FHIR. This standard facilitates the implementation of regulated quality checks within healthcare interoperability systems.
InterSystems provided a demonstration regarding the setup of an OAuth2 client. This setup enables secure HTTP calls to Epic's FHIR implementation.
HL7 Chile conducted a workshop focused on the FHIR Connectathon Class 2025. This event aims to advance the use and implementation of FHIR standards within the local healthcare ecosystem.
Flexpa operates a significant FHIR network focused on the payer sector. This network serves a large number of individual patients.
Gravitate Health presented findings related to ePI and GIDWG at the HL7 FHIR Connectathon 37 in Atlanta. This presentation focused on key takeaways from the respective tracks.
MIT InterSystems conducted a workshop focused on FHIR for healthcare innovation. This event provided developers with a hands-on experience using FHIR standards.
Sonata Health and Life Sciences performed a 12-week Proof of Concept (POC) to test data interoperability. This initiative utilized FHIR standards to enhance data exchange within their ecosystem.