Search results for "FHIR": 3,725 articles
This article analyzes interoperability challenges in medical imaging, arguing that the shift from the traditional messaging standard HL7 V2 to the modern API-based FHIR is essential. While V2 operates on a rigid, 'push' model for data transfer, FHIR utilizes 'pull'-based web APIs to enable AI integration and the creation of true longitudinal patient records.
This document explains how to manage subscriptions for data ingestion and event notifications using FHIR standards within AWS HealthLake. Users must create a SubscriptionTopic and then a Subscription, which requires validation by HealthLake before reaching an 'active' status.
This guide details the process of creating an FHIR subscription using AWS HealthLake. This allows users to receive notifications when specific healthcare events (e.g., Encounter creation) occur, enabling data integration and real-time event handling.
Synapxe, Singapore's national health tech agency, has introduced two new interoperability standards (SS719, SS720) to facilitate the development of digital health solutions. These standards aim to simplify the sharing and integration of medical records and remote monitoring data, thereby boosting startup innovation and ensuring high-quality continuity of care.
Health leaders from Southeast Asian countries gathered at RODHS 2025 in India to aim for common standards and safe systems for data exchange. The adoption of Fast Healthcare Interoperability Resources (FHIR) was a key outcome, with nations agreeing to proceed through gradual implementation.
HL7 released a guide detailing the use of FHIR for labeling XML and SPL transitions.
InterSystems provides a function via the class HS.FHIR.DTL.SDA3.vR4.PractitionerRole.PractitionerRole that transforms PractitionerRole data from SDA3 format into vR4 format. This is a technical mechanism designed to ensure interoperability between different versions of data structures.
A Thai healthcare standards body published a specific implementation guide for the 'Observation' resource based on FHIR. This example demonstrates how to record vital signs, including systolic and diastolic blood pressure measurements, within an electronic health record.
Google released the Android 16 developer preview, featuring support for the FHIR standard. This advancement facilitates data exchange between fitness apps and professional healthcare systems, marking a significant step forward in the healthcare sector.
EndpointHealth offers secure, context-aware messaging and FHIR-native workflows to streamline clinical communication. By integrating with patient/provider registries and EHRs, the solution enables advanced searching and data referencing based on accurate information.
Black Pear Core is a platform that integrates primary care data in the UK, providing real-time and bidirectional access using the HL7 FHIR standard. By connecting to major systems like EMIS and SystmOne, it enables shared electronic health records and supports remote consultation, facilitating advanced healthcare services.
A course titled 'HL7 FHIR Mastery: A Course for Newbies and Pros' is available on Udemy. This course covers everything from the fundamentals of HL7 and FHIR principles to search capabilities and implementation using third-party standards.
This article explains how to retrieve the Identity and Access Management (IAM) policy configured for an FHIR store using Google Cloud's Cloud Healthcare API. Developers can confirm access permissions for specific FHIR stores at the project, location, or dataset level using provided code examples (Go, Java, Node.js).
This article explains the functionality of FHIR subscriptions within AWS HealthLake. Users can search for Subscription and SubscriptionTopic resources using various custom parameters and standard fields, allowing detailed data stream identification.
Custom AI agents utilize standards like HL7 and FHIR to integrate with EHR and billing systems, contributing to operational efficiency and improved patient care in healthcare settings. This enables real-time data synchronization, reducing manual errors and supporting clinical decision-making.
Medicom Technologies, a provider of enterprise imaging interoperability solutions, announced the extension of its core platform into the Electronic Health Record (EHR). This introduces a suite of SMART on FHIR applications that place essential tools for managing and exchanging imaging data directly into the clinician's primary workspace.
South-East Asian countries gathered at RODHS 2025 to plan the next phase of digital health transformation. Participants discussed adopting open standards like FHIR to build connected, standardized systems for regional healthcare data exchange and improved care delivery.
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US-based Medicom Technologies is extending its enterprise imaging platform directly into the electronic health record (EHR) via a new suite of SMART on FHIR applications available on the Epic Showroomโs Connection hub. This integration aims to embed essential imaging management tools within clinicians' primary workspace, reducing system switching and improving clinical efficiency.
ๅๆฑใขใธใข่ซธๅฝใฎๅป็ใชใผใใผใใกใใใญใผใใฃใจในใฎๅ ดใง้็ตใใๆฌกๆใใธใฟใซใใซในๅค้ฉใฎ่จ็ปใซ็ฆ็นใๅฝใฆใใๅฝผใใฏใ้ฃๆบๅฏ่ฝใงๆจๆบใซๅบใฅใใๅฅๅบทใทในใใ ใๆง็ฏใใใใจใ็ฎๆใใฆใใใ