MEDITECH implemented a connection between hospitals and Long-Term Care facilities in Ontario, Canada. This integration utilized the Fast Healthcare Interoperability Resource (FHIR) standard to improve data exchange.
The news details the process of creating FHIR resources within the Azure Health Data Service. This capability is accessible through the Azure Portal's Health Data search function.
A meeting was held regarding the integration of SQL capabilities with FHIR standards. This effort aims to enhance data querying and interoperability using standard SQL syntax.
HAPI FHIR has made artifacts utilizing FHIR R5 structures available via the Maven repository. This provides developers with necessary components for implementing FHIR R5 standards.
A specification related to FHIR R4 Provenance and Record Lifecycle Events was published. This resource addresses the canonical structure for record lifecycle events within the FHIR framework.
eHealth Exchange presented its latest interoperability enhancements based on FHIR standards at HIMSS25. These advancements aim to improve data exchange capabilities across various healthcare systems.
3Cloud released a datasheet outlining its FHIR Jumpstart program. This program focuses on deploying key services such as Azure Healthcare API and FHIR Proxy.
NIH has made available an index of FHIR resources for lforms versions 25.1.6. This update provides developers with access to the latest standards and resources for healthcare data interoperability.
The session covered the integration of Epic EHR systems and the fundamentals of FHIR APIs. The content specifically addressed OAuth 2.0 authentication methods for secure data exchange.
OpenMRS is developing an implementation guide that supports FHIR and RESTful standards. This guide assists developers in creating integrated systems for storing patient clinical data.
Live demonstrations were held at HIMSS25 focusing on real-world Health IT challenges. These solutions leverage technologies like AI, NLP, and FHIR to improve patient matching processes.
A new pipeline, FHIR PIT, was introduced for integrating complex geospatial and spatiotemporal data within the FHIR framework. This development supports advanced data modeling and decision-making in medical informatics.
The discussion concerns the feasibility of using Oracle Health's FHIR API for real-time event subscriptions related to lab results. The integration method may involve Oracle Forums workflows or direct API calls.
An interoperability layer utilizing FHIR standards was developed to bridge the gap between hospital and general healthcare data. This allows clinicians to access comprehensive patient information.
The discussion focused on the technical requirements for grouping Observations in FHIR. The goal is to ensure that grouped Observations maintain necessary meaning and value.
Avo announced an expansion of its presence and new partnerships within the MEDITECH community. This move highlights Avo's growing involvement in the healthcare technology sector.
The content outlines the architecture and roles involved in the SMART on FHIR secure authorization process. This process involves four key components: the User, the Client, the Authorization Server, and the FHIR Server.