Health eData 1 Sandbox
0.1.0 - CI Build
Health eData 1 Sandbox - Local Development build (v0.1.0) built by the FHIR (HL7® FHIR® Standard) Build Tools. See the Directory of published versions
Contents:
This page provides a list of the FHIR artifacts defined as part of this implementation guide.
These define the properties by which a RESTful server can be searched. They can also be used for sorting and including related resources.
| USCoreAllergyintoleranceClinicalStatus |
active | inactive | resolved
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These define constraints on FHIR resources for systems conforming to this implementation guide.
| US Core AllergyIntolerance Profile |
To promote interoperability and adoption through common implementation, this profile sets minimum expectations for the AllergyIntolerance resource to record, search, and fetch allergies/adverse reactions associated with a patient. It identifies which core elements, extensions, vocabularies, and value sets SHALL be present and constrains the way the elements are used when using the profile. It provides the floor for standards development for specific use cases. |
| US Core Blood Pressure Profile |
To promote interoperability and adoption through common implementation, this profile sets minimum expectations for the Observation resource to record, search, and fetch diastolic and systolic blood pressure observations with standard LOINC codes and UCUM units of measure. It is based on the US Core Vital Signs Profile and identifies which additional core elements, extensions, vocabularies, and value sets SHALL be present and constrains the way the elements are used when using the profile. It provides the floor for standards development for specific use cases. |
| US Core Pediatric BMI for Age Observation Profile |
To promote interoperability and adoption through common implementation, this profile sets minimum expectations for the Observation resource to record, search, and fetch pediatric body mass index (BMI) percentile per age and sex for youth 2-20 observations in FHIR using a standard LOINC code and UCUM units of measure. It is based on the US Core Vital Signs Profile and identifies which additional core elements, extensions, vocabularies, and value sets SHALL be present and constrains the way the elements are used when using the profile. It provides the floor for standards development for specific use cases. |
| US Core Pediatric Weight for Height Observation Profile |
To promote interoperability and adoption through common implementation, this profile sets minimum expectations for the Observation resource to record, search, and fetch pediatric weight-for-length per age and gender observations in FHIR with a standard LOINC code and UCUM units of measure. It is based on the US Core Vital Signs Profile and identifies which additional core elements, extensions, vocabularies, and value sets SHALL be present and constrains the way the elements are used when using the profile. It provides the floor for standards development for specific use cases. |
| US Core Simple Observation Profile |
This US Core FHIR Profile is meant to capture any “simple” observations that are not otherwise covered by other US Core Observation profiles. It represents any type of observation that is not classified as vital signs, laboratory, imaging, or other more specific observation types. This profile promotes interoperability and adoption through common implementation by setting minimum expectations for the Observation resource to record, search, and retrieve observations such as a clinical observation or assertion about a patient’s health status or other general observations. This profile identifies which core elements, extensions, vocabularies, and value sets SHALL be present in the resource and constrains the way the elements are used when using this profile. It provides the floor for standards development for specific use cases. |
| US Core Vital Signs Profile |
To promote interoperability and adoption through common implementation, this profile is based on the base FHIR Vital Signs Profile and defines additional constraints on the Observation resource to represent vital signs observations. It identifies which core elements, extensions, vocabularies, and value sets SHALL be present in the resource and constrains the way the elements are used when using this profile. It provides the floor for standards development for specific use cases. This US Core profiles that are derived from this profile are listed below. |
These define constraints on FHIR data types for systems conforming to this implementation guide.
| US Core Birth Sex Extension |
A code classifying the person’s sex assigned at birth as specified by the Office of the National Coordinator for Health IT (ONC). This extension aligns with the C-CDA Birth Sex Observation (LOINC 76689-9). This extension is no longer a USCDI Requirement with the introduction of the US Core Sex Extension in version 6.1.0. |
These define sets of codes used by systems conforming to this implementation guide.
| US Core Source of Payment Value Set |
US Public Health Data Consortium Source of Payment Codes excluding specific payer organizations such as “BLUE CROSS/BLUE SHIELD” and limited to main categories for classification, type of plan and additional subcategories. |
These are example instances that show what data produced and consumed by systems conforming with this implementation guide might look like.
| Deceased Patient Example |
This is a deceased patient example for the US Core Patient Profile. |
| HL7East Example |
This is a HL7East example for the US Core Location Profile. |
| Targeted Provenance Example |
This is a provenance example for the US Core Provenance Profile to demonstrate how Provenance can be used to document the source of individual elements such as Race and Ethnicity (R/E), gender identity. |
| Targeted Provenance Patient Example |
This is a patient example for the US Core Patient Profile to demonstrate how Provenance can be used to document the source of individual elements such as Race and Ethnicity (R/E), gender identity. |