1,676 FHIR-related articles (latest first)
Bricks offers capabilities to build and maintain comprehensive source-to-target schema map registries for B2B data exchange between healthcare systems. It further supports advanced data linkage by utilizing AI/ML for mapping predictions and handling legacy schema elements.
A mobile app was developed to guide patients through medication choices based on symptoms or conditions, performing contraindication and interaction checks. By utilizing a FHIR backend, the app links clinical signals directly to the patient's medical record, aiming to improve adherence.
The open-source JetBrains plugin, "FHIR Toolkit," significantly improves the FHIR R4 development workflow. It aims to eliminate the manual effort of validation and reference resolution that typically occurs when editing JSON in separate tools, allowing all processes to be completed within the IDE.
By utilizing the European Health Data Space (EHDS) and FHIR, it is possible to break down traditional information silos and achieve comprehensive, continuous patient care. This transition is expected to improve diagnosis and treatment planning, while also enabling a shift toward a model where patients actively participate in their healthcare decisions.
ใใคใฏใญใฝใใใฏใ2022ๅนด6ๆ็ใฎใใญใฐใงใๅป็ๆ ๅ ฑใทในใใ ใซใใใๆงใ ใช่ชฒ้ก่งฃๆฑบ็ญใ็ดนไปใใใ็นใซใ่ณผ่ฒท็บๆณจ็ถๆณใฎๅฏ่ฆๅใใใทใใไบคไปฃๆใฎๆ ๅ ฑ็ถๆฟใFHIRใๆดป็จใใใขใใชใฑใผใทใงใณ้็บใชใฉใ่จๅบ็พๅ ดใงใฎๅน็ๅใจใใผใฟๆดป็จใซ็ฆ็นใๅฝใฆใฆใใใ
This material reviews the international trends of major health information standards like HL7 FHIR and SNOMED CT. It focuses particularly on the 'International Patient Summary (IPS),' highlighting that a standardized framework for sharing basic clinical data is crucial for cross-border care and disaster response.
This package provides a high-performance FHIR R5 parser and validator designed for SMART on FHIR applications. It addresses healthcare interoperability by utilizing JSON deserialization with Pydantic validation.
The European Medicines Regulatory Network has established guidelines detailing how HL7 FHIR is used to generate ePI based on the EU ePI Common Standard. The article explains that FHIR provides a practical framework for restructuring pharmaceutical labeling from traditional document formats into structured, computationally processable data.
This feature enables data export at the system, group (cohort), and individual patient levels. This capability facilitates compliance with GDPR/DSAR requirements while supporting vendor-to-vendor data migration and advanced analytics pipeline construction.
HDIM connects to existing Electronic Health Record (EHR) systems, evaluating FHIR resources and CQL measures to provide high-quality intelligence necessary for clinical workflows. This enables care gap detection and risk stratification.
Polymonial provides technology that ensures only the information required for a user's specific role is visible when exchanging FHIR resources between healthcare systems. This achieves field-level access control without revealing the entire patient record, enhancing security and privacy.
West Coast Informatics (WCI) unveiled a managed FHIR terminology service, TermHub. This aims to fundamentally change how critical healthcare data is distributed by alleviating the technical burden faced by Standards Development Organizations (SDOs), such as those managing SNOMED CT and LOINC.
West Coast Informatics announced 'TermHubโข,' a managed FHIR terminology platform. Designed for Healthcare Standards Development Organizations (SDOs), the service aims to eliminate the need for complex internal infrastructure and operational overhead, facilitating the delivery of clinical terminology content.
Docuvera and NNIT are hosting a webinar on content governance in the age of AI. The session addresses how multiple regulatory requirements, including ePI/FHIR and ICH M11, mandate structured, machine-readable content, and provides practical architectural guidance.
Electronic Medical Record (EMR) systems face challenges handling the complex data required by generative AI. The article outlines two strategic approaches from AWS to solve issues like data fragmentation and vendor lock-in, enabling true clinical intelligence extraction and advanced healthcare delivery.
This article compares eight telemedicine app development companies, evaluating them not just on technical capability but also on real-world operational experience and regulatory compliance. Key elements highlighted include WebRTC video capabilities, HL7/FHIR integration, and adherence to HIPAA standards.
ASSYST offers 'FHIRยฎProof,' a tool that parses, converts, indexes, restructures, and validates source data based on the HL7 FHIR data specification. This enables compliance of diverse medical data formats with standard specifications.
The American Hospital Association (AHA) launched a three-year medical technology acceleration program with the West Health Institute. The initiative aims to facilitate the large-scale deployment of validated digital technologies in hospitals, focusing on optimizing Electronic Health Records (EHR), virtual care, and AI integration.
Health-Comm France will host two forums at SantExpo, focusing on the transformation of digital health centered on data structuring and interoperability. Attendees will learn about how to utilize structured, accessible healthcare data necessary for developing reliable artificial intelligence.
Using Oracle Cloud Infrastructure, users can edit the name and description of custom FHIR resources. Access is available from both project-based or standalone environments, allowing for the generation and application of new descriptions using AI features.