3,961 FHIR-related articles (latest first)
FHIRプラットフォーム Medplumとは？ #AI - Qiita Qiita Medplumとは何か？ Medplum は APIファースト・FHIRネイティブなオープンソースの医療プラットフォームで、「Firebaseのようにバックエンドの複雑さを隠し ... Facebook Twitter 関係のないコンテンツを報告
The discussion focused on the strategic and global challenges of achieving healthcare interoperability. The conversation highlighted various tools and approaches, including FHIR-native repositories.
Examples - 電子カルテ情報共有サービス2文書５情報+患者サマリー FHIR実装ガイド JP-CLINS ... HL7®FHIR® 日本実装検討WG ... FHIR実装ガイド JP-CLINS（CLinical Information Sharing ImplementationGuide） v1. ... 6.0)
HHS and CMS announced new reforms regarding prior authorization processes. These changes aim to standardize the electronic authorization process across the healthcare system.
Apple offers support for integrating FHIR API endpoints. This functionality is available for program administrators using the Apple Business Register.
Microsoft Azure has launched a guided workflow for deploying FHIR services. This feature allows users to securely deploy FHIR services directly through the Azure Portal.
A new JP Core Dental ToothStatus ValueSet was developed for FHIR implementation. This development is part of the local build of the HL7 FHIR JP Core Implementation Guide.
A new FHIR Description Specification and Implementation Guide for health checkup results was released. This guide provides detailed specifications and implementation instructions for reporting general checkup results using FHIR.
ByteEngine has launched a comprehensive platform. This platform combines managed FHIR infrastructure with powerful AI capabilities.
A synthetic dataset based on HL7 FHIR standards has been uploaded to the Hugging Face platform. This resource is intended for tasks such as text and token classification.
The article discusses the role of FHIR (Fast Healthcare Interoperability Resources) as a standardized language for healthcare data. FHIR is a key technology for improving interoperability across various healthcare systems.
Availity noted the industry's commitment to modernizing authorization processes. These efforts utilize FHIR-based APIs to help health plans meet CMS requirements.
A tutorial application related to SMART on FHIR was made available. This resource helps users learn and implement the SMART on FHIR standard.
Researchers assessed the feasibility of using FHIR Genomics and HL7 Clinical Quality Language for matching patients to molecularly-guided cancer clinical trials. This work aims to improve the process of identifying suitable patients for advanced cancer trials.
A discussion was held regarding the evolution of FHIR usage. The discussion focused on moving FHIR from a state of mere existence to actual, functional delivery in healthcare systems.
The article discusses the ongoing interoperability challenges within the health technology sector. It highlights the complexity arising from the coexistence of legacy standards (HL7v2, CDA) and modern approaches like FHIR.
Guidelines were published regarding the use of Sote codes and the definition of electronic signatures within the FHIR standard. This relates to core requirements for utilizing Sote codes and defining electronic signatures using FHIR standards.
The FHIR standard includes a CommunicationRequest resource. This resource facilitates the sharing of healthcare data between different systems. The standard enables interoperability for healthcare data exchange.
The documentation details the JSON structure for the HL7 Terminology (THO) standard. This update supports the integration of established HL7 terminology standards with the modern FHIR framework.
Vicerion Corp developed a mapping system to integrate USCDI and FHIR standards. This initiative supports clinical strategy and interoperability objectives.