臨床ワークフローへの MedGemma の統合が簡単に | Google Cloud 公式ブログ Google Cloud MedGemma
臨床ワークフローへの MedGemma の統合が簡単に | Google Cloud 公式ブログ Google Cloud MedGemma のツールキットに、ネイティブの DICOMweb 統合と、エージェントによる FHIR ナビゲーションのデモが追加されました。これにより、デベロッパーは ... Facebook
3,925 FHIR-related articles (latest first)
臨床ワークフローへの MedGemma の統合が簡単に | Google Cloud 公式ブログ Google Cloud MedGemma のツールキットに、ネイティブの DICOMweb 統合と、エージェントによる FHIR ナビゲーションのデモが追加されました。これにより、デベロッパーは ... Facebook
A cross-version extension for the Invoice.account element was defined for FHIR R4. This extension allows for version-specific data handling within the invoice structure.
DHIS2 is updating its annual conference to feature a walkthrough of a new FHIR Implementation Guide (IG) Generator app. This tool allows users to generate necessary FHIR documentation.
A new LOINC code (26323-6) was published for 'RF Guidance for injection of Spine facet joint - left'. This standardizes the terminology for specific medical procedures within the FHIR ecosystem.
CDHi organized a national workshop and connectathon focused on advancing health interoperability using FHIR. The event aimed to promote the use of FHIR standards across the health sector.
HL7 released a Cross-Version Extension for SubstanceProtein.subunit.sequence. This extension is designed for use in specific contexts within the FHIR standard.
Asan Medical Center is implementing a 'Health Information Highway' project. This initiative focuses on building a cloud environment compliant with FHIR standards to ensure safe delivery of medical information to patients.
Méderi launched a new Unified Medical Record system. This architecture is designed to ensure data traceability and interoperability.
Low-code platforms are presented as a method to accelerate the adoption of FHIR standards within the US healthcare sector. FHIR was designed to improve the portability, accessibility, and utility of healthcare data.
Low-code platforms are discussed as a method to accelerate the adoption of FHIR standards within the US healthcare sector. This approach aims to streamline development and implementation processes for interoperability.
HL7 provided details concerning the LOINC Code 74410-2, which relates to Polychlorinated biphenyl (PCB) panel testing. This code is associated with FHIR Server resources, indicating its use in interoperable healthcare data exchange.
HAPI FHIR has released documentation and tools for Android developers. These tools allow developers to integrate FHIR model classes and client functionality into Android applications.
The discussion focused on the role of low-code platforms in modernizing healthcare IT infrastructure. This approach helps accelerate the adoption of FHIR standards across the US healthcare system.
AIM-AHEAD has opened applications for its FHIR Collaborative Training Program. This program is designed to facilitate collaborative learning and implementation using FHIR standards.
fhir.ch released a Resource Profile for the CH CRL Observation ICD-O-3 Morphology. This profile defines the structure for specific observation data within the Swiss healthcare context.
A new LOINC code, 79032-9, has been defined to assess typing ability on a computer keyboard. This code is intended for use within FHIR standards, supporting standardized data exchange for this specific clinical measure.
Health interoperability is expected to advance significantly by 2025 due to widespread adoption of FHIR standards. This progress is noted in the context of evolving standards, such as those from CMS.
The Australian digital health sector is reviewing its progress, noting the mainstream adoption of AI technologies. The review specifically mentions the use of FHIR standards in fast healthcare initiatives.
A fuzzing test for the e-prescription system was published in the Maven Central repository. This test is designed to validate the robustness and security of the FHIR implementation within the e-prescription workflow.
A new LOINC code (64706-5) has been published concerning the assessment of urinary stream force. This code is available through the FHIR Server LOINC Content, supporting standardized data exchange for urological measurements.