Validation results for AUCore Implementation Guide published.
Validation results for the AUCore Implementation Guide were published. This guide is part of the Australian healthcare interoperability standards.
Search results for "FHIR": 3,117 articles
Validation results for the AUCore Implementation Guide were published. This guide is part of the Australian healthcare interoperability standards.
PHR基盤が「自然と健康になれる社会」の実現を支える【第37回】 DIGITAL X(デジタルクロス) ... FHIR(Fast Healthcare Interoperability Resource)、エイチエルセブン・ファイアー」に準拠している。HL7 FHIRは医療データにおける国際的な“共通語”に ...
The LOINC code 90435-9, related to 'Microorganism preliminary growth [Presence] in Blood,' is accessible via the FHIR Server. This integration allows healthcare systems to standardize the representation of microbiology test results within the FHIR framework.
The focus is on transforming FHIR Dosage resources into easily understandable text formats. This functionality aims to improve the usability and readability of dosage information across different systems.
A cloud health data platform was announced to unify and manage health data and PHI. This platform utilizes global standards, including FHIR and DICOM, to enhance data management capabilities.
HL7 has raised a specification update to include MedicationRequest within the workflow 'instantiates' extensions. This change is part of the ongoing development of FHIR extensions to better model clinical workflows.
A discussion was held regarding the potential of FHIR and openEHR standards. These standards are noted for paving the way for seamless healthcare data exchange.
A contest focused on Predictive AI and FHIR integration was announced. The contest offers prizes and aims to improve integration with EHR systems.
A contest focused on Predictive AI and FHIR integration was announced. The contest aims to advance the use of the FHIR standard for incorporating more data.
HL7 International released updates related to its terminology resources, utilizing FHIR standards. This update supports the standardization and interoperability of clinical terminology across different systems.
HL7 is focusing on the technical challenge of identifying sensitive data points within intricate FHIR structures. This effort aims to improve data security and compliance when exchanging complex healthcare information.
A new implementation, Kotlin FHIR, was created for the HL7 FHIR data model. This implementation maps FHIR primitive data types to Kotlin for efficient use.
A digital health consultant spoke about the potential use of FHIR technology. This discussion highlights FHIR's relevance in advancing digital health standards.
Onyx Health and Emids announced a partnership focused on enhancing interoperability compliance. This collaboration aims to help organizations meet the evolving standards set by the Centers for Medicare & Medicaid Services (CMS).
The initiative focuses on converting unstructured patient records, such as doctor's notes and lab results, into a standardized format. This process utilizes FHIR structuring to enable integration with Azure platforms.
NIH made an index available for FHIR resources, including versions like R4 and STU3. This provides access to various FHIR implementation guides and files for developers.
A new LOINC code, 41005-0, was published for detecting Human coronavirus NL63 RNA [Presence] in specimens. This standardizes the reporting of specific viral presence testing results within healthcare data exchange.
The session provided guidance on connecting the OpenMRS system to either HAPI FHIR or OpenHIM. This integration aims to utilize modern interoperability standards for healthcare data exchange.
Onyx Health and Emids have formed a partnership focused on accelerating compliance with CMS interoperability requirements. This collaboration aims to leverage FHIR-based solutions for improved data exchange.
A ValueSet Editor tool was released, allowing users to manage FHIR ValueSets. This tool supports specific implementations and guides related to the ValueSet structure.