1,676 FHIR-related articles (latest first)
A FHIR ValueSet defining a therapy group that includes specific medications (beta blockers) has been published. This ValueSet encompasses multiple concrete drugs and dosages, serving as a useful standard data reference in healthcare information systems.
The InterSystems Developer Community announced an online course focused on building healthcare solutions using FHIR and HL7 protocols. The course teaches how to integrate clinical and administrative data using InterSystems IRIS for Health™ and HealthShare® Health Connect.
In the era of digital transformation, data interoperability and security are critical. The article discusses how utilizing standards like HL7 FHIR enables seamless data exchange, significantly improving patient care and operational efficiency, thereby contributing to value-based healthcare.
HealthSage AI launched an open AI platform featuring three clinical applications aimed at streamlining physician workflows. The platform utilizes an optimized Large Language Model (LLM) to improve administrative tasks, billing accuracy, and data exchange.
As the importance of protecting medical data grows, HL7 FHIR enables safe and efficient data exchange for electronic health records and research use. FHIR provides advanced PHI de-identification capabilities that ensure privacy while allowing data to be utilized for analysis and AI development, complying with regulations like HIPAA and GDPR.
Vishwasrao Salunkhe is transforming healthcare IT with a human-centric approach, moving beyond mere system building. He developed platforms that enhance clinical decision support and patient engagement by utilizing standards like HL7 FHIR.
FHIR (Fast Healthcare Interoperability Resources), developed by HL7, is an international standard for the secure exchange of electronic health data. It utilizes modern web technologies to achieve interoperability among various healthcare systems.
Firely held a joint webinar with NCQA, discussing how Digital Quality Measures (dQMs) can improve healthcare quality. The session highlighted that leveraging technologies like FHIR and CQL enables the transition to value-based care and enhances reporting accuracy.
This article details methods for implementing fine-grained authorization (AuthZ) in HAPI FHIR. It proposes a three-component architecture using Keycloak as the Identity Provider and Authorization Server, enforced by an Access Gateway.
This article explains how to build a resilient event-driven architecture for processing imaging orders based on the HL7 FHIR standard by integrating FastAPI, Redis Queue (RQ), and RQ Scheduler. This enables the implementation of non-blocking, scalable healthcare information systems.
MeldRx is hosting a development challenge (Predictive AI App Challenge) for creating applications that solve real-world healthcare problems using AI and machine learning. Participants must utilize the HL7 FHIR® standard to ensure seamless integration with modern healthcare systems.
CMS DRLS Steward has provided information on a comprehensive ValueSet (2.16.840.1.113762.1.4.1219.34) covering various concepts related to diabetes mellitus disorders. This set is based on SNOMED CT version 20220301 and encompasses a wide range of diabetic conditions and associated diseases.
Microsoft Azure環境において、`Update-AzHealthcareFhirService`というPowerShellコマンドレットを使用することで、FHIRサービスリソースの設定変更（修補）が可能になる。これは、特定の名前やワークスペース名を用いて、アクセスポリシーやCORS設定など多岐にわたるパラメータを更新する機能を提供する。
This technical document explains the procedure and syntax for deleting an FHIR service (`Remove-AzHealthcareFhirService`) within the Microsoft Azure environment. Developers can use this cmdlet to safely remove an FHIR service instance from specified resource groups or workspaces.
FHIR (Fast Healthcare Interoperability Resources) acts as a 'universal translator' to connect scattered healthcare data, enabling patient-centered care. This allows doctors to view medical histories and test results in one place, facilitating quicker and more accurate diagnoses.
This document defines the structure for an Observation resource, including systolic and diastolic blood pressure components, based on the FHIR standard. This aims to standardize the handling of vital sign data within healthcare information systems.
IRI offers a solution using DarkShield technology to search for and anonymize sensitive "Dark Data" from various sources, including FHIR documents and EDI files. This capability is crucial for complying with global privacy regulations like HIPAA.
A major release of FHIR PIT v1.0 was described, providing a pipeline for geospatial and spatiotemporal data integration.
A developer encountered a situation where the FHIR server returned an HTTP status of "HTTP/1.1 200 200" instead of the expected "HTTP/1.1 200 OK" during a GET request. The discussion seeks clarification on the meaning of this specific status code, particularly when dealing with empty bundle search results.
The Africa CDC, in collaboration with the WHO, aims to strengthen digital health governance and improve pandemic preparedness. Through the 'Africa on FHIR' project, it seeks to standardize medical data across the continent and ensure smooth information exchange.