BodyStructure (8)

#NameSourceVerDescription
1AU Base Body Structurehl7.fhir.au.base#currentR4This profile defines a body structure that localises core concepts, including terminology, for use in an Australian context. The purpose of this profile is to provide national level agreement on core localised concepts. This profile does not force conformance to core localised concepts. It enables implementers and modellers to make their own rules, i.e. [profiling](http://hl7.org/fhir/profiling.html), about how to support these concepts for specific implementation needs.
2AU Core BodyStructurehl7.fhir.au.core#currentR4This profile sets minimum expectations for a BodyStructure resource to record, search, and fetch information about a body structure of a patient. It is based on the [AU Base Body Structure](http://build.fhir.org/ig/hl7au/au-fhir-base/StructureDefinition-au-bodystructure.html) profile and identifies the *additional* mandatory core elements, extensions, vocabularies and value sets that **SHALL** be present in the BodyStructure when conforming to this profile. It provides the floor for standards development for specific uses cases in an Australian context. In AU Core a BodyStructure resource is used within the context of a referencing resource.
3Body Structure - DICOM SR Finding Site Mappinghl7.fhir.uv.dicom-sr#currentR5DICOM SR Finding Site Mapping to BodyStructure
4Ocular anatomical locationhl7.fhir.uv.eyecare#currentR4The description of an ophthalmic anatomical site that is located within the following structures: the eyeball or the periocular or orbital regions (as opposed to non-ocular anatomical locations). This profile is used by combining the unique valueset (hyperlink) for relevant ophthalmic specific BodyStructure.locationQualifier (Body Site modifier) in combination with the base Observation BodyStructure.location (Body Site; descendants from SNOMED 371398005 (Eye Region Structure), each with a preferred binding in order to refine the accuracy of the location decription of occular structures. This unique qualifying element is important because these locations are routinely described either diffently and/or more granularly than other body parts. Of note - non occular (or surrounding) anatomical location references of Observations (eg - arm) do not need to use this modified specialty profile.
5QICore BodyStructurehl7.fhir.us.qicore#currentR4Profile of BodyStructure for decision support/quality metrics. Defines the core set of elements and extensions for quality rule and measure authors.
6Radiotherapy Volumehl7.fhir.us.codex-radiation-therapy#currentR4A volume of the body used in radiotherapy planning or treatment delivery. This corresponds to the Conceptual Volume in DICOM.
7Radiotherapy Volume Profilehl7.fhir.us.mcode#currentR4A volume of the body used in radiotherapy planning or treatment delivery.
8Tumor Profilehl7.fhir.us.mcode#currentR4Identifies a tumor that has not been removed from the body. Whenever possible, a single resource conforming to this profile will be used to track a tumor over time (as opposed to creating new Tumor-conforming BodyStructure resources each time that tumor is measured). Use HumanSpecimen to represent the tumor after removal from the body.
1 2 3 4 5 6 7 8
BodyStructure I I I
BodyStructure.locationQualifier B M B M B M B M D B M B M
BodyStructure.location B M B M B M C B M D B M C B M
BodyStructure.meta
BodyStructure.implicitRules
BodyStructure.language
BodyStructure.text
BodyStructure.contained
BodyStructure.extension S C D (2)
BodyStructure.extension.value[x]
BodyStructure.modifierExtension
BodyStructure.identifier S C D (2) S C D (2) S C D (2)
BodyStructure.identifier.value C C
BodyStructure.identifier.system F
BodyStructure.identifier.use C F C F
BodyStructure.active C
BodyStructure.morphology B M D B M F
BodyStructure.includedStructure
BodyStructure.includedStructure.extension
BodyStructure.includedStructure.modifierExtension
BodyStructure.includedStructure.structure
BodyStructure.includedStructure.structure.coding
BodyStructure.includedStructure.laterality
BodyStructure.includedStructure.bodyLandmarkOrientation
BodyStructure.includedStructure.bodyLandmarkOrientation.extension
BodyStructure.includedStructure.bodyLandmarkOrientation.modifierExtension
BodyStructure.includedStructure.bodyLandmarkOrientation.landmarkDescription
BodyStructure.includedStructure.bodyLandmarkOrientation.clockFacePosition
BodyStructure.includedStructure.bodyLandmarkOrientation.distanceFromLandmark
BodyStructure.includedStructure.bodyLandmarkOrientation.distanceFromLandmark.extension
BodyStructure.includedStructure.bodyLandmarkOrientation.distanceFromLandmark.modifierExtension
BodyStructure.includedStructure.bodyLandmarkOrientation.distanceFromLandmark.device
BodyStructure.includedStructure.bodyLandmarkOrientation.distanceFromLandmark.value
BodyStructure.includedStructure.bodyLandmarkOrientation.surfaceOrientation
BodyStructure.includedStructure.spatialReference
BodyStructure.includedStructure.qualifier
BodyStructure.excludedStructure
BodyStructure.description D
BodyStructure.image
BodyStructure.patient D D
S: There is slicing defined in the element(s)
C: There is cardinality erstrictions defined in the element(s)
I: There is invariants defined in the element(s)
F: There is a fixed or pattern value defined in the element(s)
D: There is document provided in the element(s)
B: There is terminology bindings defined in the element(s)
M: At least one of the element(s) has must-support = true
(N): The number of elements if > 1

Produced 08 Sep 2023