Search results for "FHIR": 1,661 articles
The FEvIR® platform, provided by Computable Publishing LLC, offers an environment to view medical resources based on the FHIR standard. The platform allows users to examine data in multiple formats, such as JSON or text, and provides information on the latest versions (v1.34.0).
A specific outcome measure has been defined on the FEvIR platform, detailing the count of participants meeting certain criteria. This metric tracks the number of individuals whose Patient Health Questionnaire (PHQ-9) score exceeds 14 and who are not currently taking medication for depression.
Google revealed initial details of its next OS, 'Android 16,' at a developer event. Key features include enhanced privacy controls and significant improvements to health data sharing via Health Connect 2.0, adhering to the FHIR standard.
This article provides a technical guide on building an Artificial Intelligence-powered Clinical Decision Support System (CDSS). By analyzing EHR data and patient information, the system aims to enhance medical decision-making by providing diagnostic support and treatment planning recommendations.
Sonata Software Ltd. proposes solving data interoperability challenges in the healthcare and life sciences sectors using Azure Health Data Services and FHIR standards. This solution enables system integration, including ingesting data from EMR/EHRs and streaming data from MedTech devices.
By utilizing the HL7 FHIR standard, accurate and secure data exchange is possible across diverse healthcare systems, including Electronic Health Records (EHRs). This facilitates real-time access to patient information and improves operational efficiency in clinical settings.
Zibs (Care Information Building Blocks) are a mechanism for establishing common agreements among multiple healthcare providers regarding the meaning of medical concepts. This process centralizes the characteristics and definitions of concepts—such as 'blood pressure'—making them reusable across various information systems and international data exchange standards like FHIR.
A C#-based Model Context Protocol (MCP) server provides functionality for handling FHIR R4 data. This allows developers to perform CRUD operations and searches in a local environment, facilitating the automation of clinical data management workflows using AI assistants.
This document details the technical specifications for MyHealthWay's 'AllergyIntolerance Profile.' Based on HL7 FHIR standards, this profile structures allergy information and provides detailed mapping methods to multiple data formats (RIM Mapping, FiveWs Pattern, HL7 v2).
The FHIR Business Alliance (FHIRBall) aims to solve interoperability challenges within healthcare business processes. The alliance is promoting corporate collaboration and adoption of the FHIR standard for various uses, including clinical, financial, and research applications.
This evidence variable (NCT04280705) tracks the change in total bilirubin levels over time, using Day 1 as the baseline measurement for inpatient participants. It aims to standardize clinical trial data into FHIR format, enhancing healthcare interoperability.
This study demonstrates that using FHIR and SMART on FHIR technologies, it is possible to achieve the goals of the H2O project—establishing patient-reported outcomes (PROs)—using only open-source solutions.
This article provides technical architects using FHIR with key design considerations and 'hidden features' not found in standard documentation. It focuses on solving practical issues, such as determining proper usage for data sharing, building proxy layers, and utilizing the Task resource for workflows.
Firely has published a list of endpoints for its servers. This list provides access to APIs conforming to standards for patient and population services.
This article explains how to manage and make custom terminology, which arises in healthcare data projects, shareable using the FHIR standard. Specifically, it details the process of creating a CodeSystem resource and adding definitions to its concept list.
本記事は、Gene Vestel氏によるポッドキャスト「The FHIR Podcast」のエピソードであり、FHIRを活用した現代的なヘルスケアデータプラットフォームの構築におけるメリットと現実的な課題について議論している。特に、相互運用性の実現に向けた技術的側面や、AI導入に伴うデータの構造化の重要性が焦点となっている。
This paper demonstrates that by utilizing open-source technologies, it is possible to achieve the goals set by the Health Outcomes Observatory (H2O) project—establishing patient-reported outcomes (PROs) as a standard tool—in response to increased demand for data standardization and patient inclusion in healthcare. FHIR and SMART on FHIR facilitate this achievement.
A ValueSet defining specific clinical procedures and findings has been published. This standardizes the situation where a patient leaves a facility against medical advice (AMA), facilitating information sharing across systems like electronic health records.
The European Medicines Agency (EMA) is calling for participants to a user testing phase concerning the import of electronic product information (ePI) into its Product Lifecycle Management (PLM) portal. The test focuses on creating ePI in FHIR XML format and importing this data into the PLM portal.
This session explores how AI-powered monitoring, BPM+ visual standards, and FHIR interoperability work together to detect suicidal ideation early and coordinate interventions across emergency departments, mental health specialists, and primary care. Technology-driven, standards-based orchestration enhances care continuity, reduces gaps, and ensures timely, effective support for at-risk patients.