The discussion focused on the technical details of FHIR Server responses, specifically concerning the use of the 200 HTTP status code. This suggests ongoing technical guidance or best practice updates for FHIR implementation.
Amerigroup Medicaid has made an FHIR R4 API endpoint available for accessing patient records. This resource supports the MedicationAdministration resource, facilitating interoperability for healthcare data.
A minimal Common Oncology Data Elements (mCODE) standard was developed for oncology data implementation. This standard is designed to provide essential insights for implementing oncology data using HIMSS FHIR.
A solution was developed that incorporates FHIR standards with MongoDB and IBM POWER Systems. This combination aims to maximize the utility of FHIR standards.
IRI has integrated support for de-identifying Protected Health Information (PHI) into its DarkShield data masking package. This new capability allows for PHI masking across multiple standards, including HL7, X12, and FHIR.
IRI provided support for de-identifying Protected Health Information (PHI) within major healthcare standards. This capability ensures compliance and interoperability when handling sensitive patient data across different formats.
HL7 made available LOINC Content related to the condition 'I feel that I have lost control of my food choices' through the FHIR Server. This resource allows for standardized electronic reporting of specific health-related observations.
The guidance addresses the process of choosing the right certification path for health IT solutions. This approach helps ensure compliance for specific criteria, such as those related to FHIR standards.
HL7 has published a new Composition resource specifically designed for summarizing surgical pathology cancer cases. This resource helps standardize the exchange of complex cancer pathology data using the FHIR framework.
HL7 International maintains documentation and build tools for the FHIR standard. These resources support the implementation of eHealth goals and mappings.
A webinar was held to discuss the potential of FHIR standards for cancer registries. The session aimed to explore how FHIR can be utilized in this specific healthcare domain.
The content provides guidance on implementing CDS Hooks within a FHIR application. This knowledge is useful for developers building interoperable healthcare tools.
The United Kingdom announced a major plan aimed at establishing global dominance in Artificial Intelligence. Key components of this strategy include specific initiatives involving the Africa CDC.
This material provides a technical example detailing how breast specimen pathology data can be structured using FHIR standards. It serves as a reference for implementing standardized data exchange for cancer pathology.
A meeting was held regarding the SQL on FHIR Working Group. This initiative aims to integrate SQL capabilities with FHIR standards, enhancing data querying and interoperability.
The ESPAΓOL O3 Academy for Devs APIs conducted a review focusing on FHIR and REST APIs. This review suggests an educational or technical deep dive into modern interoperability standards.
The content describes a technical process for securing HAPI FHIR implementations. This process involves integrating OAuth2 Proxy and Nginx to manage authentication.
A set of official rules was released for a Predictive AI in Healthcare FHIR Hackathon. This event aims to utilize FHIR standards for developing predictive artificial intelligence applications in healthcare.
The article discusses the potential of FHIR (Fast Healthcare Interoperability Resources) to transform healthcare data systems. FHIR is a standard designed to improve data exchange and interoperability across various healthcare platforms.