1,676 FHIR-related articles (latest first)
This article reports on the content of the 'Business and Policy Track' at FHIR DevDays. The discussion focuses not only on technical standards but also on broader data governance, such as managing user consent and classifying cookie usage purposes (functional, statistical, marketing).
This page shows the HTTP 200 OK response and results from multiple operations on Patient resources using a HAPI FHIR test server. Specifically, it confirms successful resource deletion and creation using DELETE and POST methods.
開発者向けのセキュリティレポートによると、`helix.fhir.client.sdk`の特定バージョン（0.1.24〜2.0.7）は、「ログファイルへの機密情報挿入」の脆弱性を抱えている。この脆弱性により、HTTPヘッダーに含まれる認証情報などの機密データがロギングシステムに漏洩する可能性がある。
Aidbox, a FHIR server developed by Health Samurai, supports the development of secure and robust healthcare applications. This guide details its core features and provides a step-by-step setup process using Docker for local deployment.
Google announced new features for Android 15, including 'Quick Share via QR code' and advanced live captioning. Furthermore, the next OS (Android 16) is expected to incorporate a Health Connect-based infrastructure capable of reading and writing medical records in FHIR format.
At FHIR Camp in Cascais, Portugal (November 28-30, 2024), developers and IT professionals gathered to share the latest insights on healthcare interoperability using FHIR. Participants discussed data analytics methods, security measures, and international standardization challenges, reaffirming the importance of global data integration.
The data integration engine, Ignifyr, can transform healthcare data from various sources into HL7 FHIR resources. Organizations like hospitals and regional health services can implement FHIR standards without extensive coding expertise to achieve data interoperability.
Firely Auth addresses complex access management issues when handling FHIR data. Based on standards like OAuth 2.0 and SMART on FHIR, it provides visual management of users, clients, and permissions, offering highly flexible security.
Fast Healthcare Interoperability Resources (FHIR) is an international standard designed to exchange healthcare data securely and efficiently between different systems. Developed by HL7, this architecture uses 'resources' as basic units to structure clinical information, enabling seamless information sharing across electronic health records.
デンマークの医療情報システムにおける「ehealth-task」リソースプロファイルの各種標準規格へのマッピングが詳細に示された。この情報は、FHIR v4.0.1を基盤とし、HL7 v2やRIMなど複数のヘルスケアデータ交換形式との互換性を確保するための技術仕様を提供するものである。
This module explains the concepts of ingesting clinical data in FHIR format into healthcare data solutions within a Microsoft Fabric environment. Participants can acquire practical skills through hands-on exercises covering data transformation processes and various data collection options.
This module teaches the concepts and procedures for ingesting clinical data in FHIR format into healthcare data solutions utilizing Microsoft Fabric. Learners can confirm the process of data transformation into a standard data model through integrated folder structures and various ingestion options.
This article introduces five recognized experts who possess deep knowledge of FHIR (Fast Healthcare Interoperability Resources). Each expert specializes in different areas, contributing to the industry on a wide range of topics such as patient access, privacy/security, and data segmentation.
The HAPI FHIR library provides the `ToothEnumFactory` class to handle dental-related enumerations (Tooth) defined in the FHIR R4 standard. This factory offers a set of methods for converting between code strings and enumeration values.
This document explains the usage methods for `org.hl7.fhir.r4.model.codesystems.TaskCode`, an Enum Class provided by HAPI FHIR. This code offers technical reference regarding the handling of task codes within the FHIR R4 specification.
This article provides comprehensive guidance on building a full-scale FHIR system using Amazon Web Services (AWS). It focuses on key architectural pillars, including security, reliability, and performance efficiency.