Search results for "FHIR": 3,919 articles
The content discusses SMART on FHIR, noting its function beyond just an interface standard. It highlights its significant role in the integration of applications within Electronic Health Records (EHRs).
MCP Market has released a tool that generates synthetic health data compliant with FHIR standards. This tool incorporates differential privacy to ensure the generated data maintains patient privacy.
A hands-on workshop covering FHIR and AI integration is scheduled for April 8β9. The event aims to demonstrate how FHIR can be used in real-world healthcare workflows with AI agents.
A preprint titled FHIR-RAG-MEDS was created, focusing on integrating HL7 FHIR standards with Retrieval-Augmented Large Language Models. The evaluation of this system utilized 70 physician-generated clinical data points.
ASCO advocated for the integration of regulated AI into cancer care. The organization specifically recommended that the HHS adopt minimal Common Oncology Data Elements (mCODE) and Fast Healthcare FHIR.
The article discusses the process of versioning a FHIR Questionnaire, which is a canonical resource used for structured data collection forms. This capability ensures that structured forms can be managed and updated effectively within the FHIR ecosystem.
A solution was developed to integrate a FHIR API with 1C:CRM. This integration enables the creation of smart, no-code workflows for healthcare processes.
Multiple mandates are currently driving the integration of healthcare data silos. This trend suggests a move toward comprehensive data connectivity.
A guide was published detailing interoperability solutions for small clinics. The resource aims to help small clinics move beyond isolated referral systems using SMART on FHIR.
The content provides an introduction to FHIR (Fast Healthcare Interoperability Resources). It also details programming methods for FHIR using the C# language.
Netsmart CareConnect provided documentation detailing the Provider System Access Practitioner. This documentation includes specific error codes and guidelines for handling system access issues.
NIH provided an index of FHIR resources, detailing available versions like R4 and STU3. This resource helps developers access standardized healthcare data formats from the NIH.
The news concerns the application of AI agents to automate various healthcare workflows. These agents are designed to handle tasks such as patient intake, triage, referrals, and billing follow-ups, utilizing FHIR standards.
HL7 Belgium published the Implementation Guide (IG) v1.0.0 for the be-ns-cti-extended-code. This guide is available for FHIR resources related to medication.
A personal health assistant, FHIR IQ, was developed using FHIR standards. The project focuses on creating a vendor-neutral guardrail layer for health data management.
Details regarding the 2.31.8.5 Methode Code/Bezeichnung and Phase I DiGA Toolkit 1.1.0 were published. The documentation specifies conformance and cardinality details.
A guide detailing the HL7 FHIR Certification process for 2026 is available. This resource covers exam details, syllabus, and costs for professionals seeking certification.
A new FHIR specification was released for representing the affiliation of mCSD Facility Admin Organizations. This update provides a TTL representation for the specified affiliation structure.
Developers within the NHS England community discussed technical topics related to the Personal Demographics Service (PDS). The discussion specifically focused on the availability of a health check endpoint for PDS using FHIR.
A second cohort is accepting registrations for developing FHIR applications using Python. The program includes an optional capstone SMART on FHIR application.