Search results for "FHIR": 1,661 articles
DrapCode enables the construction of healthcare applications and functional data exchange using HL7 FHIR standard data stored on Google Cloud, without requiring backend development. This facilitates real-time information sharing of patient records and lab results between hospitals and clinics.
Computable Publishing LLC has published data on 'Participants Excluded from PARACHUTE Study' using the FEvIR platform. This resource is linked to the original 'PARACHUTE trial participant flow report,' providing specific details and counts regarding exclusion reasons and numbers for study participants overall.
優れたFHIR開発者は、SDKに頼るだけでなく、生のFHIRデータ構造を深く理解している。この知識は、予期せぬ拡張や複雑なリソース間の関連性など、実務で遭遇する問題の解決に不可欠である。
By combining HAPI FHIR, an open-source HL7 FHIR server, with the no-code platform DrapCode, healthcare organizations can build applications capable of standardized data exchange without writing backend code. This enables the secure and real-time sharing of patient records and clinical data.
This article explains how companies can utilize DrapCode to integrate Microsoft FHIR APIs, enabling real-time healthcare data exchange and workflow streamlining. It facilitates the construction of secure systems compliant with FHIR standards.
AI startup Affineon Health announced it raised $5 million in a funding round. The company aims to simplify provider workflows and reduce administrative burdens by offering an AI-powered inbox, using the funds for product development and market expansion.
This article explains data standards for healthcare information exchange, pointing out that while specialized standards like HL7 V2, V3, and FHIR are used, general Electronic Data Interchange (EDI) is not considered a specific health integration standard.
FHIR is an international standard for electronically exchanging healthcare information. Developed by HL7, it enables different systems and applications to connect data and be utilized.
This guide explains how to export healthcare messages stored in HL7v2 format using Google Cloud's Cloud Healthcare API. This process allows for the bulk extraction of data into Cloud Storage, enabling subsequent processing and analysis.
Computable Publishing LLC provides the 'FEvIR®: Resource Viewer,' which is a tool designed to view and utilize structured healthcare information, such as electronic health records or clinical data, in standard formats.
A student from the University of Waterloo presented a method utilizing the open-source HL7 FHIR standard to generate token IDs from electronic health record data for machine learning. This method was validated on the MIMIC-IV FHIR dataset for tasks such as length-of-stay and mortality prediction.
Computable Publishing published a 'InterventionDefinition' for Sodium-Glucose Transport Protein 2 (SGLT2) inhibitors on the FEvIR platform. This exemplifies standard data structuring for ensuring interoperability of medical information.
本記事は、FHIRを利用したアプリケーションを構築する技術アーキテクト向けに、実務経験に基づいた5つの重要なトピックを紹介している。具体的には、プロキシレイヤーの導入、Taskリソースを用いたワークフロー設計、データ匿名化の方法、バージョン間の変更点、そしてセキュリティや監査対応といった必須要件について解説している。
Infosys provides a healthcare interoperability platform (IHP) based on FHIR R4, aiming to enable payers and providers to give patients access to their health information and improve overall system interoperability. The platform utilizes a de-coupled architecture for rapid integration into existing applications.
This page publishes the specification for a FHIR resource called 'ehealth-guidanceresponse,' provided by eHealth Infrastructure (v2019.5.1). This resource offers detailed definitions regarding its data structure (Detailed Descriptions, Examples, XML/JSON formats), serving as a standard reference material for healthcare information exchange.
The article demonstrates that developers can use the HAPI FHIR library to convert medication dosage information (Dosage) based on the FHIR standard into human-readable text. This enhances display accuracy and usability of dosages in electronic health records and medical systems.
GetTech offers a solution for managing and exchanging healthcare data, including medical images, in the cloud using global standards like FHIR and DICOM. This enables faster diagnosis and support for advanced workflows.
This article explains how to use an API to retrieve the latest records for a specific critical health information type, such as AllergyIntolerance, for a given patient. It provides cURL examples and FHIR Bundle response examples for developers using a HelseId token.
MassLight has introduced two complementary platforms, 'Oystehr' and 'Ottehr', to support EHR and health tech development. These provide a backend infrastructure and an open-source frontend, enabling the creation of highly customizable medical solutions.
A vulnerability was reported in the Health Level 7 (HL7) FHIR standard, allowing data confidentiality breaches. An attacker can steal data by sending a specially crafted XML file.