3,138 FHIR-related articles (latest first)
The HL7 FHIR at Scale Taskforce (FAST) is working to ensure trusted and scalable implementation of interoperability standards. This effort aims to advance nationwide exchange of health information.
Element provides services specializing in FHIR implementation and DevOps support. These services support continuous integration and operations.
A new LOINC code, 72670-3, was published for the Metanephrine, Normetanephrine, 3-Methoxytyramine and Creatinine panel. This code is available within the FHIR standard, facilitating standardized data exchange for laboratory results.
An adaptive intelligence platform is entering medical classrooms in India. Students are also receiving training in Medical Data Stewardship.
A training event was announced focusing on applying FHIR standards beyond technical development. The session aims to guide Business Analysts and Product Managers in utilizing FHIR for broader business analysis and product management tasks.
HL7 released LOINC Code 100760-8, which specifically identifies X-ray images of the radius and ulna. This integration ensures standardized coding for orthopedic imaging data within the FHIR ecosystem.
The content provides a comprehensive guide on understanding FHIR Bundles within the ABDM framework. This resource is intended for professionals integrating with India's national digital health mission.
A new LOINC code, 58091-0, was established for the Glucose-6-Phosphate dehydrogenase newborn screen panel. This code supports standardized data exchange for newborn screening results using FHIR standards.
HL7 released a new specification for Verifiable Health Link, specifically designed for the Hajj Pilgrimage use case. This update provides a standardized framework for managing health data related to the pilgrimage.
Guidance concerning LOINC Code 72645-5 for vascular sclerotherapy of Extremity vein was released. This information is available through the FHIR Server LOINC Content.
The European Society of Medicine is working to convert legacy clinical trial schedules into modern, interoperable digital formats. This effort aims to improve the digital representation and exchange of clinical trial activity data.
SoftServe provided insights into the adoption of FHIR for achieving data interoperability. This adoption helps organizations realize business benefits through standardized healthcare APIs.
Research was conducted on predicting 30-day readmissions from skilled nursing facilities. The study utilized interoperable FHIR data to achieve this prediction.
医療データ標準化のYuimedi、NECによるNDBおよび電子カルテ情報のOMOP変換実証を技術支援 PR TIMES 本プロジェクトでは、レセプト・DPC・HL7 FHIR処方データの合成データを国際的な共通規格OMOP CDM（共通データモデル）へ変換し、研究者が実際に行うデータ解析 ... Facebook Twitter
The EMA has released the IDMP Roadmap 2026, focusing on preparing for Post-Market Surveillance (PMS) and FHIR data submissions. This roadmap guides industry participants on incorporating FAIR data principles into their submissions.
A guide was published comparing the OMOP and FHIR standards. The resource-based structure of FHIR is highlighted as a key concept for data teams.
A critical vulnerability (CVE-2026-34361) was disclosed concerning HAPI FHIR's handling of /loadIG Chains with startsWith(). This vulnerability allows for unauthenticated Server-Side Request Forgery (SSRF).
The focus is on developing a native, AI-enabled structured data capture mechanism specifically for mobile applications. This effort aims to map and integrate data using FHIR standards.
fhir.ch published information regarding the intersection of ch-core-location standards. This set defines resources that must conform to both established CH Core Location specifications.
A new regulation mandates the use of FHIR-based APIs for streamlining electronic processes in revenue cycle management. This suggests a push toward standardized interoperability across healthcare billing and administrative systems.