fhir.ch provides JSON representation for CH-LAB-ORDER using FHIR v4.0.1.
A JSON representation for the CH-LAB-ORDER resource was made available by fhir.ch. This resource utilizes the FHIR v4.0.1 standard for its structure.
3,159 FHIR-related articles (latest first)
A JSON representation for the CH-LAB-ORDER resource was made available by fhir.ch. This resource utilizes the FHIR v4.0.1 standard for its structure.
An ontology-based common data model was developed to harmonize international rare disease registries. This model incorporates FHIR base resources and the Phenopacket Schema for global standardization.
The discussion focuses on the technical process of converting proprietary SOAP messages into the modern FHIR standard. This conversion is necessary for integrating legacy systems with modern interoperability standards.
A bug was reported concerning the incorrect behavior of the :not operator when used within a FHIR security label filter. This issue was tracked on GitHub, affecting the hapi-fhir project.
HL7 provided information regarding the LOINC content structure for FHIR Server. This relates to the use of LOINC codes within the FHIR standard for medical data.
InterSystems has made its FHIR transformation service accessible on the AWS Marketplace. This service is designed to be easily usable for non-technical users.
HINS is focusing on supporting FHIR terminology content tools and educational programs. This initiative aims to enhance interoperability using standardized terminologies like SNOMED CT.
HL7 developed a specific API format designed for implementing FHIR technology. This format is intended to standardize the use of APIs within the FHIR ecosystem.
The news addresses a common limitation found in managed FHIR servers concerning the restriction on the number of included resources. This limitation is a known constraint within the managed FHIR server environment.
InterSystems has provided developer functions for managing FHIR responses. These functions specifically facilitate the transformation of FHIR data into the SDA format.
InterSystems provided guidance on transforming a FHIR response into the SDA format, focusing on the Task Resource. This addresses technical implementation details for interoperability.
Edifecs announced the launch of its Healthcare Interoperability Cloud. This initiative follows a study of 99 payers conducted by a leading third-party consultant.
The eHealth Platform has implemented support for a specific valueset related to civil state differentiation. This feature enhances the standardization of personal status data within the Belgian eHealth ecosystem.
IRI improved its tools to handle the de-identification of Protected Health Information (PHI) specifically within healthcare Electronic Data Interchange (EDI) files. This enhancement helps ensure data privacy while allowing the use of sensitive health data for analysis and research.
Microsoft Azure offers FHIR servers that are designed to handle non-conforming FHIR data. This feature suggests flexibility in data ingestion despite potential validation issues.
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The discussion focused on the practical implementation of electronic prior authorization (ePA). This initiative aims to improve the efficiency and reliability of healthcare processes.
FHIR is gaining recognition as a critical, non-negotiable standard in the global healthcare IT sector. This increasing adoption suggests a major industry shift toward standardized data exchange.
A second draft ballot for the R6 Release 6 of FHIR was published. This indicates ongoing development and standardization efforts for the FHIR standard.
The discussion focused on the impact of The Cures Act on data exchange standards. The goal is to leverage FHIR APIs to ensure secure and efficient health data sharing.