3,748 FHIR-related articles (latest first)
With the changes brought by AI, a new roleβthe Chief Medical Information Officer (CMIO)βis emerging alongside traditional IT managers (CIO). The CMIO bridges medical knowledge and information technology to lead digital transformation.
Tai'an Hospital, with the help of Zihui Technology, converted core clinical medical data into FHIR format based on the 'Taiwan Core IG.' This was integrated as a SMART on FHIR app for doctors' daily practice, enabling efficient decision-making.
The national health data exchange platform, SATUSEHAT, developed by the Indonesian Ministry of Health, is detailed via a library guide written in Rust. This system mandates that hospitals and medical facilities integrate their electronic medical records using HL7 FHIR R4.
HL7 FHIR, an international standard, utilizes web technologies to simplify complex data exchange between traditional medical systems. The combination of FHIR and REST API accelerates Japanese healthcare DX by enabling faster development and realizing patient-driven health records (PHR).
To address aging populations and resource limitations, Taiwan is advancing digital healthcare reform under the 'Healthy Taiwan' initiative. By adopting international standards like FHIR as a national data linkage foundation, it aims for preventive and efficient holistic care using AI and big data.
Facing challenges like aging populations and labor shortages, Taiwan is advancing digital healthcare transformation under the 'Healthy Taiwan' initiative. According to Shi Chongliang, the focus is on achieving 'holistic care' by building a national digital platform centered on AI and big data.
Facing challenges like an aging population and limited medical resources, Taiwan is promoting digital services under its 'Healthy Taiwan' vision. By utilizing big data, AI, and cloud technology, it has established a system that achieves preventive and holistic care through the integration of nationwide electronic health records and adoption of the international standard FHIR.
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.
Under its 'Healthy Taiwan' vision, Taiwan is building a national digital health system integrating big data, AI, and cloud. By adopting FHIR for standardized electronic records, it enhances efficiency and personalization through proactive care and telemedicine.
The author used an open-source health agent, 'Tula,' to extract their full medical history from their hospital (Beverly Hospital). This demonstrated that data access based on FHIR standards is possible through a simple text message and authentication process, without needing API integration or complex procedures.
Wheel and b.well Connected Health announced a strategic partnership to provide comprehensive infrastructure for AI-native, consumer-driven healthcare experiences. The system aims to bridge the 'Action Gap' between raw data and actual clinical action.
MedCom Core in Denmark has released the FHIR-based resource profile, 'MedComCorePractitionerRole,' as version 2.3.0. This provides guidelines for structuring information about healthcare provider roles by offering mappings to multiple standard formats, including HL7 v2 and HL7 v3.
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.
The article discusses the competitive landscape and standardization efforts surrounding major systems of record like Epic Systems. Key focus areas include CMS's addition of a new category for electronic prior authorization (Prior Auth), its impact on FHIR/X12 standards, and the connection to antitrust law.
To address aging populations and workforce shortages, Taiwan is advancing digital health transformation under its 'Healthy Taiwan' vision. By integrating big data, AI, and cloud technologies, it aims to build an interoperable, person-centered healthcare system through initiatives like electronic medical record integration and the adoption of international standards such as FHIR.
HL7 Europe has opened a new ballot for the Common Cancer Data Model. This effort aims to standardize and improve interoperability of medical data across Europe.
Mediaid published a page detailing the utilization of FHIR and patient access APIs to create environments where patients can utilize their own medical information. While integration remains limited in Japan, the article outlines the background, challenges, and the importance of designing from the patient's perspective.
KRE8 My Health provides highly interoperable digital health solutions based on Australia's national FHIR standards, enabling electronic health record management and patient data sharing. Through smart links and a platform, the company facilitates medical data linkage without requiring major overhauls of existing systems.
With wearable devices like Apple Watch obtaining certification from the Taiwan Food and Drug Administration (TFDA), Taiwan's smart healthcare has transitioned from 'data reference' to a new era of 'medical assistance.' This gives ECG and blood pressure data legal diagnostic value, enabling major ICT firms to link hospital systems and build a comprehensive digital medical ecosystem using FHIR standards.
The Zhejiang Digital Medical Health Technology Institute announced a dedicated file format (.phr) through its 'Danggui' project to comprehensively manage personal health data. The white paper defines the value of PHR, addresses challenges like data fragmentation and ownership issues, and proposes standard solutions and technical approaches.