オーストラリア、デジタルヘルス標準化の新フレームワークを発表—FHIRプロファイル・SNOMED CTなど統括
オーストラリア政府が、FHIR、SNOMED CT、HL7をはじめとする医療データ標準を統括する新たなデジタルヘルス標準化フレームワークを発表した。ACDCI(Australian Clinical Data for Interoperability)を中心に、EMR間の相互運用性確保と安全なデータ連携を推進することが目的だ。
Search results for "SNOMED": 34 articles
オーストラリア政府が、FHIR、SNOMED CT、HL7をはじめとする医療データ標準を統括する新たなデジタルヘルス標準化フレームワークを発表した。ACDCI(Australian Clinical Data for Interoperability)を中心に、EMR間の相互運用性確保と安全なデータ連携を推進することが目的だ。
It stores, maintains, and serves standardized clinical terminologies such as SNOMED CT, ICD-10, LOINC, and RxNorm through HL7 FHIR-compliant APIs.
臨床コーディングAIのハルシネーション防止:FHIRターミノロジーサービスと MCPの ...
Conformant FHIR R4 bundles with Patient, Encounter, Condition, Observation, MedicationRequest resources. LOINC + SNOMED-CT coded.
BetterがFHIRターミノロジーサービスとMCP(Model Context Protocol)を活用してAI臨床コーディングのハルシネーション(幻覚的誤出力)を防止する手法を公開。SNOMED CT・ICD-10・LOINCなどの権威ある語彙コードと照合してAIの出力を検証することで、規制された医療環境に必要なトレーサビリティを確保。
The successful implementation of AI in healthcare depends on foundational data structures, not just the models themselves. Utilizing standards like FHIR and SNOMED-CT is critical for establishing these necessary data foundations.
The event covered the technical process of building questionnaires by integrating SNOMED CT terminology with FHIR standards. This series aims to demonstrate practical implementation methods for healthcare data structuring.
The discussion addresses the complex relationship and mapping between two major medical terminologies, SNOMED CT and ICD. The focus is on the technical challenges of correctly implementing and utilizing these standards within FHIR projects.
The content discusses fundamental standards for health information technology, including FHIR, HL7, and SNOMED CT. These standards are crucial for achieving interoperability in healthcare data exchange.
A test build of the FHIR standard was released focusing on mapping Snomed CT VaccineCode to TargetDisease. This update is part of the ongoing development of global interoperability standards.
A FHIR Server SNOMED CT Browser was made available. This tool integrates FHIR standards with SNOMED CT terminology.
The FHIR Server SNOMED CT Browser was utilized to demonstrate the mapping of the code 128649001, which represents Hepatocellular carcinoma, clear cell type. This functionality supports the integration of SNOMED CT terminology within the FHIR standard.
The healthcare sector in the Gulf Cooperation Council (GCC) requires strengthening its digital infrastructure. This effort involves harmonizing and normalizing data using established global standards like ICD-10, SNOMED, and LOINC.
The HiNZ eHealth Forum conducted a data standards workshop focusing on the application of Artificial Intelligence (AI). This workshop specifically addressed the integration of AI using SNOMED and FHIR standards.
A workshop was held to discuss data standards, specifically focusing on the integration of AI with SNOMED and FHIR. This effort aims to establish best practices for utilizing advanced data standards in healthcare technology.
CSIRO presented findings emphasizing the necessity of specific standards for developing sovereign AI. The organization identified FHIR and SNOMED as essential components ('rocket fuel') for advancing AI in healthcare.
Black Book Research released its 2026 Global State of Healthcare report. The report highlights the hardening of the data backbone in North America, referencing standards like FHIR, SNOMED CT, and LOINC.
A discussion took place regarding the role of AI in shaping healthcare interoperability standards. The importance of established standards like HL7 FHIR and SNOMED CT was highlighted for enabling future data exchange.
A key proposal focuses on converging openEHR and FHIR standards using SNOMED CT. This integration involves incorporating the FHIR Terminology Services API into the openEHR system.
The study presented a tractable and extensible approach to integrating SNOMED CT terminology within the FHIR framework. This method provides a structured way to enhance interoperability using standardized clinical codes.