Search results for "LOINC": 83 articles
A new LOINC code, 11887-7, has been defined for recording gestational age estimated from a selected delivery date. This standard supports more precise data exchange regarding maternal health records.
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.
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.
A new LOINC code, 70403-1, has been established for measuring recreational activities. This code allows for standardized data capture regarding the frequency of fun activities over the preceding week.
The National Health Insurance Administration (NHIA) published an implementation guide for pre-authorization of cancer drugs. This guide utilizes FHIR standards and includes supporting vocabularies like LOINC and OWL.
The LOINC code 15250-4, identifying a specific food allergen mix (Barley+Rice+Rye+Wheat) IgE, is associated with FHIR standards. This suggests the integration of detailed clinical coding standards into interoperable healthcare data exchange.
The LOINC code 104732-3, related to HIV 1 Ab band pattern interpretation in serum, is accessible via the FHIR Server. This integration supports standardized data exchange for specific laboratory test results.
The FHIR Server documentation addresses the specific LOINC Code 725-2, which relates to the presence of Hemoglobin in Urine. This documentation supports the standardized exchange of laboratory test results using FHIR standards.
The discussion highlighted that digital lab report exchange requires standards beyond FHIR. Specifically, the need for LOINC and UCUM was emphasized for comprehensive data exchange.
The LOINC code 23800-6, representing Mold Allergen Mix 1 (Alternaria alternata+Aspergillus), was made available. This code supports standardized terminology for reporting mold allergens within healthcare data.
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.
The LOINC code 32187-7, related to microscopic observation in skin by Tzanck smear, is referenced in the FHIR standard. This integration facilitates the standardized identification and exchange of specific laboratory findings.
The LOINC code 72174-6 specifies the measurement of Rotavirus Ag [Presence] in Stool using a Rapid immunoassay. This standardization effort helps ensure consistent data exchange for infectious disease testing results.
A new LOINC code (93154-3) was documented for drug classes that have a specific indication. This update helps standardize the representation of drug indications within interoperability standards.
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.
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 FHIR Server has implemented support for LOINC Code 17196-7, which measures CD79a cells in blood. This integration allows for standardized electronic exchange of laboratory data using FHIR standards.
The LOINC Part Code LP17335-8, related to Hymenoclea salsola, has been integrated into the FHIR standard. This integration ensures standardized data exchange for specific medical concepts across different systems.