Search results for "FHIR": 3,099 articles
The LOINC Code 83220-4, related to putting on or taking off footwear, has been integrated with the FHIR Server. This integration allows healthcare systems to standardize the documentation of mobility-related procedures using FHIR standards.
The information concerns LOINC Code 10352-3, which specifies bacteria identified in a genital specimen by aerobic culture. This code is relevant for data exchange using the FHIR standard.
AWS documentation describes the process of creating a HealthLake data store. This process utilizes the CreateFHIRDatastore function to ensure compliance with FHIR standards.
Microsoft Marketplace is offering solutions for healthcare data analytics utilizing FHIR storage. This deployment aims to leverage industry standards for data storage and analytics.
Flexpa has introduced an FHIR MCP Server to facilitate the connection between artificial intelligence and healthcare data. This technology aims to bridge the gap between advanced AI processing and structured healthcare information.
The assessment focused on achieving compliant healthcare data interoperability. This utilized Azure Health Data Services and involved FHIR standards.
ID.me and Flexpa have partnered to give patients secure access to their health data in Malaysia. This system allows patients to grant consent through an intuitive drop-in mechanism.
The LOINC code 41377-3 was established to quantify the active range of motion for knee extension. This standard supports structured data exchange for physical examination measurements.
HL7 International has released LOINC Content standards specifically for integration with FHIR Servers. This update supports the use of LOINC codes within the FHIR framework.
Documentation related to the disorder code 211177003 (Superficial injury of anus NOS, infected) was published. This relates to the general functionality and structure of the FHIR Server.
HL7 is actively working on FHIR standards. This effort follows a global survey assessing the momentum of various FHIR use cases.
Redox and Kno2 have formed a strategic alliance focused on transforming healthcare data exchange. This partnership aims to enable scalable data movement across various channels.
The discussion focuses on the technical implementation of FHIR standards across various commercial EHR/EMR platforms. This integration is necessary for achieving comprehensive interoperability within healthcare IT systems.
Capital Rx secured $400 million in funding and is rebranding to Judi Health. The expansion aims to enhance its platform capabilities.
AWS provided documentation outlining the process for importing FHIR data into AWS HealthLake. The process involves specifying the input location in an Amazon S3 bucket and the output location.
HL7 indicated that it is actively working on developing FHIR accelerators. This development aims to support the global adoption and use cases of FHIR standards.
HL7 International published an update to the FHIR specification concerning Condition Clinical Status Codes. This update is part of the ongoing development of the HL7 FHIR standard.
ID.me and Flexpa Partner are collaborating to give patients secure and trusted access to their health data. This solution utilizes a FHIR-native platform and built-in consent management to enhance data control.
HL7 International has launched a course bundle featuring three expert-led modules: FHIR Core, Prior Authorization, and PDex. These courses allow users to learn about key interoperability standards anytime.
AWS HealthLake provides support for SMART on FHIR OAuth 2.0 scopes. This feature allows the SMART on FHIR AuthorizationStrategy to be set during data store creation.