Search results for "FHIR": 1,661 articles
InterSystems has launched voting for its annual FHIR and Digital Health Interoperability Contest, encouraging the developer community to evaluate outstanding applications. Participants vote through both expert nominations and general community votes.
Apple has published detailed guidelines on the process for healthcare organizations to register FHIR API endpoints, facilitating the sharing of health record data. The guide provides comprehensive steps from application submission and testing through to final publication for developers and organizations.
This article explains how to manage FHIR services within the Microsoft Azure environment. Specifically, it provides the syntax and procedures for safely deleting a FHIR service resource using the `Remove-AzHealthcareFhirService` PowerShell cmdlet. This capability allows developers to perform lifecycle management on FHIR resources built in Azure.
The InterSystems Developer Community released a new video detailing the setup of an OAuth 2.0 server. The video guides users through building the OAuth 2.0 server using Auth0 and Okta solutions.
This document is a reference for an EvidenceVariable, defining pharmacokinetics data for Liraglutide from the clinical trial NCT01725126. Given that blood samples were collected at multiple time points before and after administration (up to 24 hours), it defines the necessary data structure to specify the exact time Cmax was observed.
Laura Blázquez García of Cysnet introduced 'FHIRCraft,' a lightweight tool for generating synthetic FHIR resources. Unlike large-scale patient history simulations, this tool is designed specifically for testing and validating specific FHIR resource types (such as Patient or Observation).
FronMed provides services to seamlessly integrate multiple healthcare IT platforms, such as EHR/EMR, PACS, and HIS, creating a unified clinical environment. Utilizing standards like HL7 and FHIR, the goal is to improve operational efficiency and patient care through real-time and secure data exchange.
本記事は、医療データにおける「年齢不一致」という推論タイプについて詳細に説明している。患者の記録上の年齢とリクエストに含まれる年齢が異なる場合に発生する問題であり、FHIRなどの標準規格に基づいた検証方法を示す。
This page aggregates and tracks the latest FHIR MCP (Master Client Provider) server information from various internet sources, showcasing highly popular resources used within the community. The services offered range widely, including reference data containing drugs and diagnoses, access to EMR systems, and integration tools with HL7/DICOM.
HL7 FHIR is a modern standard designed to facilitate seamless data exchange between medical systems. The article explains that by utilizing web technologies like REST and JSON, FHIR handles data in modular 'resources' (e.g., patient records), thereby enabling interoperability across diverse IT systems and contributing to improved healthcare quality.
Computable Publishing LLC published a FHIR EvidenceVariable Resource defining 'Health-related quality of life' on the FEvIR platform. This resource treats the outcome as a continuous variable, providing standardized reference information for medical data exchange based on specific identifiers and profiles.
This company provides comprehensive IT solutions for the healthcare sector, covering everything from system integration to advanced data analysis. They specialize in ensuring interoperability based on the HL7 FHIR standard and building telemedicine platforms capable of remote monitoring.
This configuration connects an MCP server to Azalea Health's Ambulatory FHIR API, enabling AI interactions via Claude Desktop. Developers can clone the repository and follow standard build procedures to start the service.
This page provides an online tool for validating HL7 FHIR data. Users can import data converted from diverse industry standards, such as PDF or X12 837, and the tool supports multiple versions of FHIR Bundles.
In modern healthcare, HL7 FHIR streamlines data exchange to improve patient care. However, realizing this requires the support of FHIR integration experts who possess advanced technical knowledge for tasks like migrating from legacy systems and ensuring security.
Wearable devices are emerging as new sources of health data, driving its use in clinical settings. Furthermore, HL7 FHIR is highlighted for its superior development agility compared to older standards due to its RESTful API and modular design.
Model Context Protocol (MCP) は、機密性の高いFHIRデータを安全に利用しつつ、大規模言語モデル（LLM）による生成AIの活用を可能にする新しい標準プロトコルである。これは、AIが臨床情報を文脈的に取得するためのセキュアな仲介役となる。
本ポッドキャストでは、電子健康記録のデータ交換に関する様々なトピックを扱っている。特に、新しい通信標準であるFHIR（Fast Healthcare Interoperability Resources）について詳しく議論し、また、IHE（Integrating the Healthcare Enterprise）が定義するユースケースや役割についても解説している。
This organization provides practical training on major standards like HL7 and FHIR for professionals in the healthcare IT domain. Drawing on over 10 years of experience, it offers hands-on opportunities to build a solid foundation in healthcare integration and data exchange.
HL7 Training Institute provides expert training on HL7, Mirth Connect, and FHIR to professionals in the healthcare IT domain. With over 10 years of experience, the institute supports learners in building a solid foundation in healthcare integration and data exchange through hands-on courses.