The news discusses methods for building FHIR APIs that meet specific compliance standards. This alignment is necessary for ensuring secure and compliant API development in the US healthcare sector.
A new FHIR accelerator has been developed to improve integration capabilities for remote monitoring devices. This development addresses previous challenges in integrating such devices into healthcare systems.
HL7 released a specific StructureDefinition standard for use with FHIR CDA. This update provides technical specifications for integrating CDA concepts within the FHIR framework.
A new FHIR ValueSet for the intersection of ex-revenue-center codes was published by ehealth.fgov.be. This ValueSet provides standardized codes for defining the intersection of revenue centers within the Belgian eHealth system.
An interview was conducted discussing the advancement of healthcare interoperability. The discussion focused on utilizing modern standards, specifically FHIR, to achieve this goal.
LobeHub has implemented a Model Context Protocol (MCP) server. This implementation enables comprehensive CRUD operations for FHIR healthcare data management.
InterSystems reported an issue concerning the FHIRPath.API failing to return expected results. This relates to the extraction of data from FHIR Bundles.
sequoaproject published the Recognized Coordinating Entity (RCE) Implementation Guide v1.6.2. This guide provides technical specifications for implementing the RCE concept using FHIR standards.
The FHIR Community Israel hosted a discussion session. This event took place during a vendor meeting, suggesting industry collaboration and knowledge sharing regarding FHIR standards.
eHealth Belgium released a FHIR ValueSet related to revenue center codes. This resource standardizes the definition and usage of revenue center identifiers within the Belgian eHealth ecosystem.
ACM is providing Shape Expressions (ShEx) schemas related to the FHIR R5 specification. This development aims to enhance the structural validation capabilities for the upcoming FHIR release.
The article discusses how Artificial Intelligence (AI) can potentially reduce the administrative burden associated with prior authorization processes. This potential application can be managed using the FHIR standard.
SMART on FHIR is a standard for developing applications that integrate with Electronic Health Records. This standard facilitates the seamless connection of third-party applications into existing EHR systems.
A product related to FHIR implementations is available on the Microsoft Azure Marketplace. This suggests increased accessibility for healthcare interoperability solutions.