Synthetic FHIR Dataset Available on Hugging Face Platform
A synthetic dataset based on HL7 FHIR standards has been uploaded to the Hugging Face platform. This resource is intended for tasks such as text and token classification.
3,138 FHIR-related articles (latest first)
A synthetic dataset based on HL7 FHIR standards has been uploaded to the Hugging Face platform. This resource is intended for tasks such as text and token classification.
The article discusses the role of FHIR (Fast Healthcare Interoperability Resources) as a standardized language for healthcare data. FHIR is a key technology for improving interoperability across various healthcare systems.
Availity noted the industry's commitment to modernizing authorization processes. These efforts utilize FHIR-based APIs to help health plans meet CMS requirements.
A tutorial application related to SMART on FHIR was made available. This resource helps users learn and implement the SMART on FHIR standard.
Researchers assessed the feasibility of using FHIR Genomics and HL7 Clinical Quality Language for matching patients to molecularly-guided cancer clinical trials. This work aims to improve the process of identifying suitable patients for advanced cancer trials.
A discussion was held regarding the evolution of FHIR usage. The discussion focused on moving FHIR from a state of mere existence to actual, functional delivery in healthcare systems.
The article discusses the ongoing interoperability challenges within the health technology sector. It highlights the complexity arising from the coexistence of legacy standards (HL7v2, CDA) and modern approaches like FHIR.
Guidelines were published regarding the use of Sote codes and the definition of electronic signatures within the FHIR standard. This relates to core requirements for utilizing Sote codes and defining electronic signatures using FHIR standards.
The FHIR standard includes a CommunicationRequest resource. This resource facilitates the sharing of healthcare data between different systems. The standard enables interoperability for healthcare data exchange.
The documentation details the JSON structure for the HL7 Terminology (THO) standard. This update supports the integration of established HL7 terminology standards with the modern FHIR framework.
Vicerion Corp developed a mapping system to integrate USCDI and FHIR standards. This initiative supports clinical strategy and interoperability objectives.
HL7 International published an update regarding the intersection of DAVINCI Group Characteristics. This update contributes to the standardization and interoperability of US-specific healthcare data using FHIR.
A new FHIR ValueSet was defined to encompass codes related to coverage type and a specific identifier. This ValueSet enhances the standardization of data elements within the FHIR framework.
A specification for 'Pain Severity Reported observation - Mobile Antepartum Summary v1.0.0-comment IHE' was published. This observation is based on the FHIR R4 standard.
HL7 Sweden is hosting an event focused on transforming healthcare forms using FHIR Structured Data Capture. The event aims to provide a comprehensive overview of this technology's application.
HL7 International is organizing a roundtable discussion to explore how clinicians are driving FHIR adoption. The event is part of the #DaVinciProject and features speakers from AAFP.
HL7 International announced the return of its self-paced FHIR Intermediate Course. This course allows users to advance their skills in FHIR, including SMART on FHIR.
Microsoft AppSource offers tools to integrate Electronic Medical Records (EMR) or Electronic Health Records (EHR) with various third-party healthcare systems. This integration supports connecting core systems with services such as Payor, Patient Portal, and Provider Portal.
Health-Samurai, Inc. is organizing FHIR Camp 2025, scheduled for October 22-25, 2025. The event will take place in Portugal, focusing on FHIR standards.
Bethsaida Hospital Serang achieved global recognition by undergoing digitalization. This initiative involved building a cloud-hybrid infrastructure and applying FHIR protocols.