Search results for "FHIR": 3,919 articles
Deloitte Consulting LLP created an AI agent called the FHIR Patient Navigator Agent. This agent is designed to guide users through healthcare data using FHIR standards and Google Cloud AI.
The European Health Data Space continues to be developed, highlighting the need for robust data infrastructure. FHIR is noted as a key technology enabling secure and seamless communication across various healthcare systems.
An updated implementation guide for the Activate Hierarchy - Recognized Coordinating Entity (RCE) was released. This guide provides technical specifications for implementing the RCE concept using FHIR.
FHIRでスマホから検査結果が見られる？アメリカ医療データ共有の最新事情｜よなす - note note アメリカの医療では、患者さんのデータを病院間で簡単に共有することが、質の高い治療や患者中心のケアにつながると注目されています。**FHIR（Fast ... Facebook Twitter 関係のないコンテンツを報告 FHIR
HL7 International is hosting a workshop focused on FHIR and AI on October 21-22. The event provides hands-on learning opportunities for building AI agents using FHIR standards.
AdvancedMD has launched new AI-enhanced features within its product suite. These updates aim to streamline and optimize various aspects of clinical practice workflows.
The CARIN Alliance announced the creation of a pioneering digital identity credential trust. This initiative aims to establish interoperability for digital identity credentials.
The French health authority updated the FHIR structure definition related to permanent social help places. This update is intended to standardize data exchange for specific types of social care facilities within the French healthcare system.
Annuaire Santé has introduced a new version of its FHIR API. This update allows users to easily retrieve public data through the API.
The Gravity Project discussed interoperability standards, focusing on FHIR, SDOH, and connected care. The discussion aims to advance connected care capabilities through standardized data exchange.
A national collaboration initiative was launched to revolutionize the care of traumatic brain injury (TBI). This effort leverages existing national infrastructure to improve patient outcomes.
Security advisories concerning the FHIR DSTU3 implementation were published. These advisories help developers maintain the security and compliance of their systems.
A case study was conducted to advance healthcare interoperability using Garmin devices and FHIR standards. The deployment of an FHIR server enabled standardized data exchange.
The study focused on leveraging consumer wearable technology, specifically the Garmin Vívoactive 4 smartwatch, for healthcare data exchange. This demonstrates the potential for integrating personal health data into interoperable systems using FHIR standards.
A meeting was held to discuss the Australian Patient Summary FHIR Implementation Guide (IG). The discussion focused specifically on how to capture encounter data and composition elements within the Australian context.
The industry is seeing a revolution in healthcare APIs driven by FHIR standards. Adopting a FHIR-first strategy is presented as key to this transformation.
A discussion took place regarding the role of AI in shaping healthcare interoperability standards. The importance of established standards like HL7 FHIR and SNOMED CT was highlighted for enabling future data exchange.
Intersystems introduced an enhanced FHIR Data Explorer tool. This update incorporates advanced hybrid search and AI summarization features to improve data accessibility and usability.
HL7 published a technical resource outlining the submission process for FHIR Implementation Guides. This resource guides users through the necessary steps for balloting and publishing these guides.
A demonstration was presented showing how AI can diagnose medical issues using medical records structured by FHIR standards. This technology utilizes FHIR MCP and Medplum EHR components for handling medical data.