Search results for "SNOMED": 314 articles
AValueSet named 'Depression Screening Scale' has been published, involving stakeholders such as the American Society of Clinical Oncology (ASCO). This ValueSet aggregates various SNOMED CT codes representing different depression assessment scales and clinical situations into a standardized FHIR format, contributing to structured data in medical records.
A FHIR ValueSet detailing 'Retinal Vascular Occlusion' was published by the American Academy of Ophthalmology (AAO). This ValueSet uses SNOMED CT codes to define various types of retinal vascular occlusion, including those affecting the left and right eyes.
fireup.pro implemented a system integration using FHIR for '9amHealth,' an online service for chronic patients like those with diabetes. This achieved the secure and efficient processing of data from multiple medical sources, ensuring interoperability compliant with international regulations (HIPAA).
FHIR is a standard for fast and secure data exchange among diverse systems like EHRs and medical devices. The article explains the evolution from HL7 v2 to FHIR, detailing the technical aspects of data integration and processing in real-world online healthcare services.
The Ministry of Health and Welfare (MOHW) revised and implemented the 'Healthcare Data Terminology and Transmission Standard.' This update introduces two core data items (anesthesia method, specimen type) crucial for clinical continuity and incorporates international standards like SNOMED CT and LOINC. The goal is to facilitate future exchange using FHIR.
The Korean Ministry of Health and Welfare revised and implemented the 'Medical Data Terminology and Transmission Standard.' This aims to build an interoperable environment for exchanging medical data and enhances linkage with international standard specifications.
The Ministry of Health and Welfare revised and implemented the 'Standard for Medical Data Terms and Transmission.' This update incorporates internationally recognized medical terminology standards like SNOMED CT and LOINC, alongside clinically critical data items, aiming to ensure robust interoperability in healthcare data exchange.
A FHIR ValueSet defining 'Suicide Risk Assessment' has been published. This ValueSet links with SNOMED CT, providing a standardized reference for handling the specific medical procedure code (225337009).
B-Plus Healthcare developed an innovative solution that standardizes unstructured medical data using SNOMED-CT codes and links it with a FHIR terminology server, thereby improving the quality of medical data and enhancing services. This makes data collection during consultations easier, significantly boosting efficiency for doctors and hospitals.
The US FDA is fundamentally transforming how pharmaceutical data is prepared, submitted, and analyzed. Central to this shift is the adoption of the HL7 FHIR standard, advancing data exchange through initiatives like 'SPL-on-FHIR' and 'PQ/CMC'.
The FHIR Terminology Server enhances data consistency by providing standardized medical vocabularies for electronic health records and data exchanges. This enables seamless information sharing among diverse healthcare systems, improving patient care quality.
Aidbox, a FHIR server developed by Health Samurai, supports the development of secure and robust healthcare applications. This guide details its core features and provides a step-by-step setup process using Docker for local deployment.
Fast Healthcare Interoperability Resources (FHIR) is an international standard designed to exchange healthcare data securely and efficiently between different systems. Developed by HL7, this architecture uses 'resources' as basic units to structure clinical information, enabling seamless information sharing across electronic health records.
This article provides comprehensive guidance on building a full-scale FHIR system using Amazon Web Services (AWS). It focuses on key architectural pillars, including security, reliability, and performance efficiency.