3,748 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.
mock.health has provided a synthetic sandbox environment matching the Epic FHIR structure used by Stanford Health Care. This allows developers to conduct integration testing in an environment closely resembling production.
This article introduces expertise in developing complex healthcare integration systems for highly regulated areas like FHIR R4 and TEFCA QHIN connectivity. The focus is on building robust audit trails, ensuring reproducibility of HEDIS measurement pipelines, and maintaining HIPAA compliance.
Aamako Maya Apps Pvt. Ltd. is transforming Nepal's healthcare system with standards-based digital solutions, aiming to improve public health through data connectivity and decision support. They are building a comprehensive infrastructure that integrates national electronic records and disease surveillance systems.
An EHR partner built a robust FHIR R4 platform to address data exchange challenges across multiple healthcare networks. This achieved comprehensive resource coverage and implemented strict security measures, meeting complex industry requirements.
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.
EHR development often prioritizes administrative functions and billing requirements over the practical usability and efficiency needed by clinical staff. This structural gap in design is cited as a major contributor to healthcare worker burnout.
The FHIR-native backend, Fire Arrow, supports compliance with Germanyโs Digital Healthcare Act (DiGA). It excels by meeting strict security and interoperability requirements demanded by the BfArM, particularly regarding authentication, authorization, and adherence to domestic profiles like ISiK/KBV.
ๅฐๆนพใฎๅป็ๆฉ้ขใฏใFHIRๆจๆบใๆดป็จใใ้ปๅญ็ ๆญดใ้ซ่งฃๅๅบฆ็ปๅใ้บไผๅญใใผใฟใ็ตฑๅใใใใจใงใAIใซใใ็ฒพๆบๅป็ใฎๅฎ่ฃ ใๅ ้ใใใฆใใใใใใซใใใ่จบๆญใใๆฒป็่จ็ปใพใงๅ จใใญใปในใ่ชๅๅใใใๅๅฅๅใใใๆๆกใๅฏ่ฝใจใชใใ
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.
ใจใในใฟใคใณใปใใใซใผใปใฐใชใผใณใ้ๅฌใใใHL7 FHIRๆฆ็ฅใใฉใผใฉใ ใใซใฆใAIๅฐๅ ฅใฎ่ชฒ้กใซ็ฆ็นใๅฝใฆใใปใใทใงใณใไบๅฎใใใฆใใใๆฌใปใใทใงใณใงใฏใๅใชใๆ่ก็ใชใขใใซใใใผใซใงใฏใชใใ็ต็นๅ จไฝใฎใใผใฟใฌใใใณในใๅบ็คๆดๅใจใใฃใๅฎ่ณช็ใชๆบๅๅบฆใๆค่จผใใใใจใ็ฎ็ใงใใใ
The article reports on large-scale data leaks and system paralysis incidents that occurred at multiple hospitals in Taiwan, stemming from misconfigurations of FHIR interfaces and OAuth2.0. These accidents highlight not merely technical flaws but the critical importance of 'secure design' and human element awareness.
The Ministry of Health and Welfare (MOHW) revealed 'FHIR Box,' a data exchange system designed to standardize medical records and achieve nationwide electronic health record interoperability. It aims to build an open foundation that allows all hospitals to share patient data, targeting full deployment across Taiwan by the end of 2027.
The information blocking regulation is having a generally positive, albeit unpredictable, net effect on the industry. This pressure has prompted major EHR vendors like Epic and eClinicalWorks to accelerate the provision of FHIR APIs with broad functionality, going beyond mere compliance.
NCQA, together with eHealth Exchange and others, received the 2026 KLAS Points of Light Award for demonstrating the feasibility of bulk FHIR data exchange in digital quality measurement. This initiative addresses long-standing challenges like fragmented data exchange and manual chart reviews.
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 Ministry of Health and Welfare (MOHW) announced the implementation of a next-generation digital healthcare platform, 'FHIR Box,' to enhance medical record exchange and interoperability between hospitals. This initiative aims for full data compatibility across all major medical centers by year-end, facilitating future remote and home care services.