OMI-Protocol-IG

BodyOrganAnalyzer (BOA)

Executive summary

BOA is a segmentation tool of CT scans by the SHIP-AI group (https://ship-ai.ikim.nrw/). Combining the TotalSegmentator and the Body Composition Analysis, this tool is capable of analyzing medical images and identifying the different structures within the human body, including bones, muscles, organs, and blood vessels.

Resource Overview

Resource Name	FHIR Resource Type	Link to profile	Link to example
Algorithm	Device	Link	Link
Service	HealthcareService	Link	Link
Endpoint	Endpoint	Link	Link
Input Parameters	Parameters	Link	Link
Output Parameters	Parameters	Link	Link
Output Observation	Observation	Link	Link
Output Composition	Composition	Link	Link

References

Github: https://github.com/UMEssen/Body-and-Organ-Analysis/tree/main
Haubold, J., Baldini, G., Parmar, V., Schaarschmidt, B. M., Koitka, S., Kroll, L., van Landeghem, N., Umutlu, L., Forsting, M., Nensa, F., & Hosch, R. (2023). BOA: A CT-Based Body and Organ Analysis for Radiologists at the Point of Care. Investigative radiology, 10.1097/RLI.0000000000001040. Advance online publication. https://doi.org/10.1097/RLI.0000000000001040
Wasserthal J, Breit H-C, Meyer MT, et al. TotalSegmentator: Robust Segmentation of 104 Anatomic Structures in CT Images. Radiol. Artif. Intell. 2023:e230024. Available at: https://pubs.rsna.org/doi/10.1148/ryai.230024.
Isensee F, Jaeger PF, Kohl SAA, et al. nnU-Net: a self-configuring method for deep learning-based biomedical image segmentation. Nat. Methods. 2021;18(2):203–211. Available at: https://www.nature.com/articles/s41592-020-01008-z.

Description

BOA takes in a high-resolution CT scan of the human body, provided in a standard medical imaging format (e.g., DICOM). It outputs several things:

segmented Images highlighting different organs and structures.
a pdf report containing analysis results, organ measurements, and relevant observations in table form.
a FHIR Report (Composition): A machine-readable report formatted according to the FHIR standard, facilitating interoperability with electronic health records (EHR) systems.

Algorithm Workflow

Pre-processing

Normalization: Adjust the intensity values in the CT image to standardize the input.
Noise Reduction: Apply filters to reduce noise and enhance image quality.

Segmentation

Organ Identification: Use a trained deep learning model (e.g., U-Net or Mask R-CNN) to identify and segment different organs and structures within the CT image.
Boundary Detection: Precisely delineate the boundaries of each identified organ.
Labeling: Assign labels to each segmented organ for easy identification.

Post-processing

Refinement: Apply morphological operations to refine the segmented regions.
Validation: Cross-check the segmented regions against known anatomical landmarks and medical databases to ensure accuracy.

Analysis and Measurement

Volume Calculation: Compute the volume of each segmented organ.
Shape Analysis: Analyze the shape and structural integrity of the organs.
Comparison with Norms: Compare the measurements with standardized medical norms to identify any abnormalities.

Report Generation

Segmented Images: Create annotated images showing the segmented organs with clear labels.
PDF Report:
- observations about each organ, including volume, shape, and any detected abnormalities.
- Visuals: Include segmented images and relevant charts.
FHIR Report Composition

Output Delivery

Segmented Images: Save the segmented images in a standard format (e.g., PNG, JPEG) with clear annotations. PDF Report: Generate a PDF document containing all analysis results and visuals. FHIR Report: Create a structured FHIR-compliant report in JSON or XML format, ready for integration with EHR systems.

FHIR Model

Profile

OmiDevice (Device)	I		Device	There are no (further) constraints on this element Element id Device Short description Item used in healthcare Definition A type of a manufactured item that is used in the provision of healthcare without being substantially changed through that activity. The device may be a medical or non-medical device. Data type Device Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` Mappings rim: Entity. Role, or Act rim: Device
id	Σ	0..1	string	There are no (further) constraints on this element Element id Device.id Short description Logical id of this artifact Definition The logical id of the resource, as used in the URL for the resource. Once assigned, this value never changes. Comments The only time that a resource does not have an id is when it is being submitted to the server using a create operation. Data type string
meta	Σ	0..1	Meta	There are no (further) constraints on this element Element id Device.meta Short description Metadata about the resource Definition The metadata about the resource. This is content that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource. Data type Meta Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: N/A
implicitRules	Σ ?!	0..1	uri	There are no (further) constraints on this element Element id Device.implicitRules Short description A set of rules under which this content was created Definition A reference to a set of rules that were followed when the resource was constructed, and which must be understood when processing the content. Often, this is a reference to an implementation guide that defines the special rules along with other profiles etc. Comments Asserting this rule set restricts the content to be only understood by a limited set of trading partners. This inherently limits the usefulness of the data in the long term. However, the existing health eco-system is highly fractured, and not yet ready to define, collect, and exchange data in a generally computable sense. Wherever possible, implementers and/or specification writers should avoid using this element. Often, when used, the URL is a reference to an implementation guide that defines these special rules as part of it's narrative along with other profiles, value sets, etc. Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
language		0..1	codeBinding	There are no (further) constraints on this element Element id Device.language Short description Language of the resource content Definition The base language in which the resource is written. Comments Language is provided to support indexing and accessibility (typically, services such as text to speech use the language tag). The html language tag in the narrative applies to the narrative. The language tag on the resource may be used to specify the language of other presentations generated from the data in the resource. Not all the content has to be in the base language. The Resource.language should not be assumed to apply to the narrative automatically. If a language is specified, it should it also be specified on the div element in the html (see rules in HTML5 for information about the relationship between xml:lang and the html lang attribute). Data type code Binding A human language. CommonLanguages (preferred) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
text		0..1	Narrative	There are no (further) constraints on this element Element id Device.text Short description Text summary of the resource, for human interpretation Alternate names narrative, html, xhtml, display Definition A human-readable narrative that contains a summary of the resource and can be used to represent the content of the resource to a human. The narrative need not encode all the structured data, but is required to contain sufficient detail to make it "clinically safe" for a human to just read the narrative. Resource definitions may define what content should be represented in the narrative to ensure clinical safety. Comments Contained resources do not have narrative. Resources that are not contained SHOULD have a narrative. In some cases, a resource may only have text with little or no additional discrete data (as long as all minOccurs=1 elements are satisfied). This may be necessary for data from legacy systems where information is captured as a "text blob" or where text is additionally entered raw or narrated and encoded information is added later. Data type Narrative Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: N/A rim: Act.text?
contained		0..*	Resource	There are no (further) constraints on this element Element id Device.contained Short description Contained, inline Resources Alternate names inline resources, anonymous resources, contained resources Definition These resources do not have an independent existence apart from the resource that contains them - they cannot be identified independently, and nor can they have their own independent transaction scope. Comments This should never be done when the content can be identified properly, as once identification is lost, it is extremely difficult (and context dependent) to restore it again. Contained resources may have profiles and tags In their meta elements, but SHALL NOT have security labels. Data type Resource Mappings rim: Entity. Role, or Act rim: N/A
extension	S I	0..*	Extension	There are no (further) constraints on this element Element id Device.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the resource. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
inputParameters	S I	0..1	Extension(canonical())	Element id Device.extension:inputParameters Short description Service Input Parameter Extension Alternate names extensions, user content Definition Extension to link input parameters to the HealthcareService resource. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(canonical()) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
outputParameters	S I	0..1	Extension(canonical())	Element id Device.extension:outputParameters Short description Service Output Parameter Extension Alternate names extensions, user content Definition Extension to link output parameters to the HealthcareService resource. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(canonical()) Extension URL http://omi.de/fhir/registry/StructureDefinition/output-parameter-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
doiExtension	S I	0..*	Extension(Complex)	Element id Device.extension:doiExtension Short description DOI extension Alternate names extensions, user content Definition Holds a Document Object Identifier (DOI) and a citation string of an algorithm. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/doi-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
resolutionRequirementExtension	S I	0..1	Extension(Complex)	Element id Device.extension:resolutionRequirementExtension Short description MRT resolution requirement extension Alternate names extensions, user content Definition Defines the minimum, recommended and max resolution for an algorithm. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/mrt-resolution-requirement-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
algorithmSymbolExtension	S I	0..1	Extension(base64Binary)	Element id Device.extension:algorithmSymbolExtension Short description AlgorithmSymbolExtension Alternate names extensions, user content Definition Extension to capture the PNG symbol of an algorithm. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(base64Binary) Extension URL http://omi.de/fhir/registry/StructureDefinition/AlgorithmSymbolExtension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.modifierExtension Short description Extensions that cannot be ignored Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the resource and that modifies the understanding of the element that contains it and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer is allowed to define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
identifier	S	0..*	IdentifierPattern	Element id Device.identifier Short description Instance identifier Definition Unique instance identifiers assigned to a device by manufacturers other organizations or owners. Comments The barcode string from a barcode present on a device label or package may identify the instance, include names given to the device in local usage, or may identify the type of device. If the identifier identifies the type of device, Device.type element should be used. Data type Identifier Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "system": "http://omi.de/fhir/registry/sid/device" } Mappings rim: n/a v2: CX / EI (occasionally, more often EI maps to a resource id or a URL) rim: II - The Identifier class is a little looser than the v3 type II because it allows URIs as well as registered OIDs or GUIDs. Also maps to Role[classCode=IDENT] servd: Identifier w5: FiveWs.identifier rim: .id udi: The serial number which is a component of the production identifier (PI), a conditional, variable portion of a UDI. The identifier.type code should be set to “SNO”(Serial Number) and the system left empty.
id		0..1	string	There are no (further) constraints on this element Element id Device.identifier.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.identifier.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
use	Σ ?!	0..1	codeBinding	There are no (further) constraints on this element Element id Device.identifier.use Short description usual \| official \| temp \| secondary \| old (If known) Definition The purpose of this identifier. Requirements Allows the appropriate identifier for a particular context of use to be selected from among a set of identifiers. Comments Applications can assume that an identifier is permanent unless it explicitly says that it is temporary. Data type code Binding Identifies the purpose for this identifier, if known . IdentifierUse (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: N/A rim: Role.code or implied by context
type	Σ	0..1	CodeableConceptBinding	There are no (further) constraints on this element Element id Device.identifier.type Short description Description of identifier Definition A coded type for the identifier that can be used to determine which identifier to use for a specific purpose. Requirements Allows users to make use of identifiers when the identifier system is not known. Comments This element deals only with general categories of identifiers. It SHOULD not be used for codes that correspond 1..1 with the Identifier.system. Some identifiers may fall into multiple categories due to common usage. Where the system is known, a type is unnecessary because the type is always part of the system definition. However systems often need to handle identifiers where the system is not known. There is not a 1:1 relationship between type and system, since many different systems have the same type. Data type CodeableConcept Binding A coded type for an identifier that can be used to determine which identifier to use for a specific purpose. Identifier Type Codes (extensible) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD v2: CX.5 rim: Role.code or implied by context
system	S Σ	0..1	uriPattern	There are no (further) constraints on this element Element id Device.identifier.system Short description The namespace for the identifier value Definition Establishes the namespace for the value - that is, a URL that describes a set values that are unique. Requirements There are many sets of identifiers. To perform matching of two identifiers, we need to know what set we're dealing with. The system identifies a particular set of unique identifiers. Comments Identifier.system is always case sensitive. Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern http://omi.de/fhir/registry/sid/device Mappings rim: n/a v2: CX.4 / EI-2-4 rim: II.root or Role.id.root servd: ./IdentifierType
value	S Σ	0..1	string	There are no (further) constraints on this element Element id Device.identifier.value Short description The value that is unique Definition The portion of the identifier typically relevant to the user and which is unique within the context of the system. Comments If the value is a full URI, then the system SHALL be urn:ietf:rfc:3986. The value's primary purpose is computational mapping. As a result, it may be normalized for comparison purposes (e.g. removing non-significant whitespace, dashes, etc.) A value formatted for human display can be conveyed using the Rendered Value extension. Identifier.value is to be treated as case sensitive unless knowledge of the Identifier.system allows the processer to be confident that non-case-sensitive processing is safe. Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Examples General 123456 Mappings rim: n/a v2: CX.1 / EI.1 rim: II.extension or II.root if system indicates OID or GUID (Or Role.id.extension or root) servd: ./Value
period	Σ I	0..1	Period	There are no (further) constraints on this element Element id Device.identifier.period Short description Time period when id is/was valid for use Definition Time period during which identifier is/was valid for use. Comments A Period specifies a range of time; the context of use will specify whether the entire range applies (e.g. "the patient was an inpatient of the hospital for this time range") or one value from the range applies (e.g. "give to the patient between these two times"). Period is not used for a duration (a measure of elapsed time). See Duration. Data type Period Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` per-1: If present, start SHALL have a lower value than end `start.hasValue().not() or end.hasValue().not() or (start <= end)` Mappings rim: n/a v2: DR rim: IVL<TS>[lowClosed="true" and highClosed="true"] or URG<TS>[lowClosed="true" and highClosed="true"] v2: CX.7 + CX.8 rim: Role.effectiveTime or implied by context servd: ./StartDate and ./EndDate
assigner	Σ I	0..1	Reference(Organization)	There are no (further) constraints on this element Element id Device.identifier.assigner Short description Organization that issued id (may be just text) Definition Organization that issued/manages the identifier. Comments The Identifier.assigner may omit the .reference element and only contain a .display element reflecting the name or other textual information about the assigning organization. Data type Reference(Organization) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ref-1: SHALL have a contained resource if a local reference is provided `reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids'))` Mappings rim: n/a rim: The target of a resource reference is a RIM entry point (Act, Role, or Entity) v2: CX.4 / (CX.4,CX.9,CX.10) rim: II.assigningAuthorityName but note that this is an improper use by the definition of the field. Also Role.scoper servd: ./IdentifierIssuingAuthority
definition	I	0..1	Reference(DeviceDefinition)	There are no (further) constraints on this element Element id Device.definition Short description The reference to the definition for the device Definition The reference to the definition for the device. Comments References SHALL be a reference to an actual FHIR resource, and SHALL be resolveable (allowing for access control, temporary unavailability, etc.). Resolution can be either by retrieval from the URL, or, where applicable by resource type, by treating an absolute reference as a canonical URL and looking it up in a local registry/repository. Data type Reference(DeviceDefinition) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ref-1: SHALL have a contained resource if a local reference is provided `reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids'))` Mappings rim: n/a rim: The target of a resource reference is a RIM entry point (Act, Role, or Entity)
udiCarrier	Σ	0..*	BackboneElement	There are no (further) constraints on this element Element id Device.udiCarrier Short description Unique Device Identifier (UDI) Barcode string Definition Unique device identifier (UDI) assigned to device label or package. Note that the Device may include multiple udiCarriers as it either may include just the udiCarrier for the jurisdiction it is sold, or for multiple jurisdictions it could have been sold. Comments UDI may identify an unique instance of a device, or it may only identify the type of the device. See UDI mappings for a complete mapping of UDI parts to Device. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.identifier rim: .id and .code
id		0..1	string	There are no (further) constraints on this element Element id Device.udiCarrier.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.udiCarrier.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.udiCarrier.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
deviceIdentifier	Σ	0..1	string	There are no (further) constraints on this element Element id Device.udiCarrier.deviceIdentifier Short description Mandatory fixed portion of UDI Alternate names DI Definition The device identifier (DI) is a mandatory, fixed portion of a UDI that identifies the labeler and the specific version or model of a device. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: Role.id.extension udi: The device identifier (DI), a mandatory, fixed portion of a UDI that identifies the labeler and the specific version or model of a device.
issuer		0..1	uri	There are no (further) constraints on this element Element id Device.udiCarrier.issuer Short description UDI Issuing Organization Alternate names Barcode System Definition Organization that is charged with issuing UDIs for devices. For example, the US FDA issuers include : GS1: http://hl7.org/fhir/NamingSystem/gs1-di, HIBCC: http://hl7.org/fhir/NamingSystem/hibcc-dI, ICCBBA for blood containers: http://hl7.org/fhir/NamingSystem/iccbba-blood-di, ICCBA for other devices: http://hl7.org/fhir/NamingSystem/iccbba-other-di. Comments see http://en.wikipedia.org/wiki/Uniform_resource_identifier Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: Role.id.root udi: All UDIs are to be issued under a system operated by an Jurisdiction-accredited issuing agency. GS1 DIs: http://hl7.org/fhir/NamingSystem/gs1 HIBCC DIs: http://hl7.org/fhir/NamingSystem/hibcc ICCBBA DIs for blood containers: http://hl7.org/fhir/NamingSystem/iccbba-blood ICCBA DIs for other devices: http://hl7.org/fhir/NamingSystem/iccbba-other
jurisdiction		0..1	uri	There are no (further) constraints on this element Element id Device.udiCarrier.jurisdiction Short description Regional UDI authority Definition The identity of the authoritative source for UDI generation within a jurisdiction. All UDIs are globally unique within a single namespace with the appropriate repository uri as the system. For example, UDIs of devices managed in the U.S. by the FDA, the value is http://hl7.org/fhir/NamingSystem/fda-udi. Requirements Allows a recipient of a UDI to know which database will contain the UDI-associated metadata. Comments see http://en.wikipedia.org/wiki/Uniform_resource_identifier Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: Role.scoper
carrierAIDC	Σ	0..1	base64Binary	There are no (further) constraints on this element Element id Device.udiCarrier.carrierAIDC Short description UDI Machine Readable Barcode String Alternate names Automatic Identification and Data Capture Definition The full UDI carrier of the Automatic Identification and Data Capture (AIDC) technology representation of the barcode string as printed on the packaging of the device - e.g., a barcode or RFID. Because of limitations on character sets in XML and the need to round-trip JSON data through XML, AIDC Formats SHALL be base64 encoded. Comments The AIDC form of UDIs should be scanned or otherwise used for the identification of the device whenever possible to minimize errors in records resulting from manual transcriptions. If separate barcodes for DI and PI are present, concatenate the string with DI first and in order of human readable expression on label. Data type base64Binary Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: Role.id.extension udi: A unique device identifier (UDI) on a device label a form that uses automatic identification and data capture (AIDC) technology.
carrierHRF	Σ	0..1	string	There are no (further) constraints on this element Element id Device.udiCarrier.carrierHRF Short description UDI Human Readable Barcode String Alternate names Human Readable Form Definition The full UDI carrier as the human readable form (HRF) representation of the barcode string as printed on the packaging of the device. Comments If separate barcodes for DI and PI are present, concatenate the string with DI first and in order of human readable expression on label. Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: Role.id.extension udi: A unique device identifier (UDI) on a device label in plain text
entryType		0..1	codeBinding	There are no (further) constraints on this element Element id Device.udiCarrier.entryType Short description barcode \| rfid \| manual + Definition A coded entry to indicate how the data was entered. Requirements Supports a way to distinguish hand entered from machine read data. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type code Binding Codes to identify how UDI data was entered. UDIEntryType (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: NA
status	S Σ ?!	1..1	codeBinding	Element id Device.status Short description Is this algorithm still available Definition Status of the Device availability. Comments This element is labeled as a modifier because the status contains the codes inactive and entered-in-error that mark the device (record)as not currently valid. Data type code Binding The availability status of the device. FHIRDeviceStatus (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.status rim: .statusCode
statusReason		0..*	CodeableConceptBinding	There are no (further) constraints on this element Element id Device.statusReason Short description online \| paused \| standby \| offline \| not-ready \| transduc-discon \| hw-discon \| off Definition Reason for the dtatus of the Device availability. Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding The availability status reason of the device. FHIRDeviceStatusReason (extensible) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD w5: FiveWs.status
distinctIdentifier		0..1	string	There are no (further) constraints on this element Element id Device.distinctIdentifier Short description The distinct identification string Alternate names Distinct Identification Code (DIC) Definition The distinct identification string as required by regulation for a human cell, tissue, or cellular and tissue-based product. Comments For example, this applies to devices in the United States regulated under Code of Federal Regulation 21CFR§1271.290(c). Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .lotNumberText udi: The lot or batch number within which a device was manufactured - which is a component of the production identifier (PI), a conditional, variable portion of a UDI.
manufacturer		0..1	string	There are no (further) constraints on this element Element id Device.manufacturer Short description Name of device manufacturer Definition A name of the manufacturer. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .playedRole[typeCode=MANU].scoper.name udi: N/A
manufactureDate	S	0..1	dateTime	There are no (further) constraints on this element Element id Device.manufactureDate Short description Date when the device was made Definition The date and time when the device was manufactured. Data type dateTime Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .existenceTime.low udi: The date a specific device was manufactured - which is a component of the production identifier (PI), a conditional, variable portion of a UDI. For FHIR, The datetime syntax must converted to YYYY-MM-DD[THH:MM:SS]. If hour is present, the minutes and seconds should both be set to “00”.
expirationDate		0..1	dateTime	There are no (further) constraints on this element Element id Device.expirationDate Short description Date and time of expiry of this device (if applicable) Definition The date and time beyond which this device is no longer valid or should not be used (if applicable). Data type dateTime Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .expirationTime udi: the expiration date of a specific device - which is a component of the production identifier (PI), a conditional, variable portion of a UDI. For FHIR, The datetime syntax must converted to YYYY-MM-DD[THH:MM:SS]. If hour is present, the minutes and seconds should both be set to “00”.
lotNumber		0..1	string	There are no (further) constraints on this element Element id Device.lotNumber Short description Lot number of manufacture Definition Lot number assigned by the manufacturer. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .lotNumberText udi: The lot or batch number within which a device was manufactured - which is a component of the production identifier (PI), a conditional, variable portion of a UDI.
serialNumber		0..1	string	There are no (further) constraints on this element Element id Device.serialNumber Short description Serial number assigned by the manufacturer Definition The serial number assigned by the organization when the device was manufactured. Comments Alphanumeric Maximum 20. Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .playedRole[typeCode=MANU].id
deviceName	S	2..*	BackboneElement	Element id Device.deviceName Short description The name of the device as given by the manufacturer Definition This represents the manufacturer's name of the device as provided by the device, from a UDI label, or by a person describing the Device. This typically would be used when a person provides the name(s) or when the device represents one of the names available from DeviceDefinition. Data type BackboneElement Sliced: Unordered, Open, by type(Pattern) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
(All Slices)				There are no (further) constraints on this element
id		0..1	string	There are no (further) constraints on this element Element id Device.deviceName.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.deviceName.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.deviceName.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name		1..1	string	There are no (further) constraints on this element Element id Device.deviceName.name Short description The name of the device Alternate names Σ Definition The name of the device. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
type		1..1	codeBinding	There are no (further) constraints on this element Element id Device.deviceName.type Short description udi-label-name \| user-friendly-name \| patient-reported-name \| manufacturer-name \| model-name \| other Definition The type of deviceName. UDILabelName \| UserFriendlyName \| PatientReportedName \| ManufactureDeviceName \| ModelName. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type code Binding The type of name the device is referred by. DeviceNameType (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .playedRole[typeCode=MANU].code
user-friendly-name	S	1..1	BackboneElement	There are no (further) constraints on this element Element id Device.deviceName:user-friendly-name Short description The name of the device as given by the manufacturer Definition This represents the manufacturer's name of the device as provided by the device, from a UDI label, or by a person describing the Device. This typically would be used when a person provides the name(s) or when the device represents one of the names available from DeviceDefinition. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.deviceName:user-friendly-name.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.deviceName:user-friendly-name.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.deviceName:user-friendly-name.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name		1..1	string	There are no (further) constraints on this element Element id Device.deviceName:user-friendly-name.name Short description The name of the device Alternate names Σ Definition The name of the device. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
type		1..1	codeBindingPattern	Element id Device.deviceName:user-friendly-name.type Short description udi-label-name \| user-friendly-name \| patient-reported-name \| manufacturer-name \| model-name \| other Definition The type of deviceName. UDILabelName \| UserFriendlyName \| PatientReportedName \| ManufactureDeviceName \| ModelName. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type code Binding The type of name the device is referred by. DeviceNameType (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern user-friendly-name Mappings rim: n/a w5: FiveWs.what[x] rim: .playedRole[typeCode=MANU].code
model-name	S	1..1	BackboneElement	There are no (further) constraints on this element Element id Device.deviceName:model-name Short description The name of the device as given by the manufacturer Definition This represents the manufacturer's name of the device as provided by the device, from a UDI label, or by a person describing the Device. This typically would be used when a person provides the name(s) or when the device represents one of the names available from DeviceDefinition. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.deviceName:model-name.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.deviceName:model-name.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.deviceName:model-name.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name		1..1	string	There are no (further) constraints on this element Element id Device.deviceName:model-name.name Short description The name of the device Alternate names Σ Definition The name of the device. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
type		1..1	codeBindingPattern	Element id Device.deviceName:model-name.type Short description udi-label-name \| user-friendly-name \| patient-reported-name \| manufacturer-name \| model-name \| other Definition The type of deviceName. UDILabelName \| UserFriendlyName \| PatientReportedName \| ManufactureDeviceName \| ModelName. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type code Binding The type of name the device is referred by. DeviceNameType (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern model-name Mappings rim: n/a w5: FiveWs.what[x] rim: .playedRole[typeCode=MANU].code
modelNumber		0..1	string	There are no (further) constraints on this element Element id Device.modelNumber Short description The model number for the device Definition The model number for the device. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .softwareName (included as part)
partNumber		0..1	string	There are no (further) constraints on this element Element id Device.partNumber Short description The part number of the device Definition The part number of the device. Comments Alphanumeric Maximum 20. Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x] rim: .playedRole[typeCode=MANU].id
type		0..1	CodeableConcept	There are no (further) constraints on this element Element id Device.type Short description The kind or type of device Definition The kind or type of device. Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding Codes to identify medical devices. DeviceType (example) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
specialization		0..*	BackboneElement	There are no (further) constraints on this element Element id Device.specialization Short description The capabilities supported on a device, the standards to which the device conforms for a particular purpose, and used for the communication Definition The capabilities supported on a device, the standards to which the device conforms for a particular purpose, and used for the communication. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.specialization.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.specialization.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.specialization.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
systemType		1..1	CodeableConcept	There are no (further) constraints on this element Element id Device.specialization.systemType Short description The standard that is used to operate and communicate Alternate names Σ Definition The standard that is used to operate and communicate. Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
version		0..1	string	There are no (further) constraints on this element Element id Device.specialization.version Short description The version of the standard that is used to operate and communicate Definition The version of the standard that is used to operate and communicate. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.what[x]
version		0..*	BackboneElement	There are no (further) constraints on this element Element id Device.version Short description The actual design of the device or software version running on the device Definition The actual design of the device or software version running on the device. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.version.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.version.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.version.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		0..1	CodeableConcept	There are no (further) constraints on this element Element id Device.version.type Short description The type of the device version Alternate names Σ Definition The type of the device version. Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
component		0..1	Identifier	There are no (further) constraints on this element Element id Device.version.component Short description A single component of the device version Definition A single component of the device version. Data type Identifier Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CX / EI (occasionally, more often EI maps to a resource id or a URL) rim: II - The Identifier class is a little looser than the v3 type II because it allows URIs as well as registered OIDs or GUIDs. Also maps to Role[classCode=IDENT] servd: Identifier w5: FiveWs.what[x]
value		1..1	string	There are no (further) constraints on this element Element id Device.version.value Short description The version text Definition The version text. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
property	S	0..*	BackboneElement	Element id Device.property Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Sliced: Unordered, Open, by type(Pattern) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
(All Slices)				There are no (further) constraints on this element
id		0..1	string	There are no (further) constraints on this element Element id Device.property.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type	S	1..1	CodeableConcept	There are no (further) constraints on this element Element id Device.property.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode	S	0..*	CodeableConcept	There are no (further) constraints on this element Element id Device.property.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
maturityLevel	S	0..1	BackboneElement	There are no (further) constraints on this element Element id Device.property:maturityLevel Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.property:maturityLevel.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:maturityLevel.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:maturityLevel.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		1..1	CodeableConceptPattern	Element id Device.property:maturityLevel.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "coding": [ { "system": "http://snomed.info/sct", "code": "246102003" } ] } Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property:maturityLevel.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode		1..*	CodeableConceptBinding	Element id Device.property:maturityLevel.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding MaturityLevelVS (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
supportedModality	S	0..*	BackboneElement	There are no (further) constraints on this element Element id Device.property:supportedModality Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.property:supportedModality.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:supportedModality.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:supportedModality.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		1..1	CodeableConceptPattern	Element id Device.property:supportedModality.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "coding": [ { "system": "http://snomed.info/sct", "code": "360037004" } ] } Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property:supportedModality.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode		1..*	CodeableConceptBinding	Element id Device.property:supportedModality.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding Modality (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
supportedLaterality	S	0..*	BackboneElement	There are no (further) constraints on this element Element id Device.property:supportedLaterality Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.property:supportedLaterality.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:supportedLaterality.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:supportedLaterality.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		1..1	CodeableConceptPattern	Element id Device.property:supportedLaterality.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "coding": [ { "system": "http://snomed.info/sct", "code": "272741003" } ] } Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property:supportedLaterality.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode		1..*	CodeableConceptBinding	Element id Device.property:supportedLaterality.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding https://dicom.nema.org/medical/dicom/current/output/chtml/part16/sect_CID_244.html (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
imageReconstructionPlane	S	0..*	BackboneElement	There are no (further) constraints on this element Element id Device.property:imageReconstructionPlane Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.property:imageReconstructionPlane.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:imageReconstructionPlane.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:imageReconstructionPlane.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		1..1	CodeableConceptPattern	Element id Device.property:imageReconstructionPlane.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "coding": [ { "system": "http://snomed.info/sct", "code": "260225008" } ] } Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property:imageReconstructionPlane.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode		1..*	CodeableConceptBinding	Element id Device.property:imageReconstructionPlane.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding CrosssectionalScanPlaneOrientation (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
supportedBodySite	S	0..*	BackboneElement	There are no (further) constraints on this element Element id Device.property:supportedBodySite Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.property:supportedBodySite.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:supportedBodySite.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:supportedBodySite.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		1..1	CodeableConceptPattern	Element id Device.property:supportedBodySite.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "coding": [ { "system": "http://snomed.info/sct", "code": "123037004" } ] } Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property:supportedBodySite.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode		1..*	CodeableConceptBinding	Element id Device.property:supportedBodySite.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding SNOMEDCTBodyStructures (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
AIServiceType	S	0..*	BackboneElement	There are no (further) constraints on this element Element id Device.property:AIServiceType Short description The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties Definition The actual configuration settings of a device as it actually operates, e.g., regulation status, time properties. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Device.property:AIServiceType.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:AIServiceType.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Device.property:AIServiceType.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
type		1..1	CodeableConceptPattern	Element id Device.property:AIServiceType.type Short description Code that specifies the property DeviceDefinitionPropetyCode (Extensible) Definition Code that specifies the property DeviceDefinitionPropetyCode (Extensible). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern { "coding": [ { "system": "http://snomed.info/sct", "code": "410656007" } ] } Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
valueQuantity	I	0..*	Quantity	There are no (further) constraints on this element Element id Device.property:AIServiceType.valueQuantity Short description Property value as a quantity Definition Property value as a quantity. Comments The context of use may frequently define what kind of quantity this is and therefore what kind of units can be used. The context of use may also restrict the values for the comparator. Data type Quantity Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` qty-3: If a code for the unit is present, the system SHALL also be present `code.empty() or system.exists()` Mappings rim: n/a v2: SN (see also Range) or CQ rim: PQ, IVL<PQ>, MO, CO, depending on the values
valueCode		1..*	CodeableConceptBinding	Element id Device.property:AIServiceType.valueCode Short description Property value as a code, e.g., NTP4 (synced to NTP) Definition Property value as a code, e.g., NTP4 (synced to NTP). Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Binding AIServiceTypeVS (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD
patient	I	0..1	Reference(Patient)	There are no (further) constraints on this element Element id Device.patient Short description Patient to whom Device is affixed Definition Patient information, If the device is affixed to a person. Requirements If the device is implanted in a patient, then need to associate the device to the patient. Comments References SHALL be a reference to an actual FHIR resource, and SHALL be resolveable (allowing for access control, temporary unavailability, etc.). Resolution can be either by retrieval from the URL, or, where applicable by resource type, by treating an absolute reference as a canonical URL and looking it up in a local registry/repository. Data type Reference(Patient) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ref-1: SHALL have a contained resource if a local reference is provided `reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids'))` Mappings rim: n/a rim: The target of a resource reference is a RIM entry point (Act, Role, or Entity) w5: FiveWs.subject[x] rim: .playedRole[typeCode=USED].scoper.playedRole[typeCode=PAT] w5: FiveWs.subject
owner	S I	0..1	Reference(OmiOrganization)	Element id Device.owner Short description Organization responsible for device Definition An organization that is responsible for the provision and ongoing maintenance of the device. Comments References SHALL be a reference to an actual FHIR resource, and SHALL be resolveable (allowing for access control, temporary unavailability, etc.). Resolution can be either by retrieval from the URL, or, where applicable by resource type, by treating an absolute reference as a canonical URL and looking it up in a local registry/repository. Data type Reference(OmiOrganization) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ref-1: SHALL have a contained resource if a local reference is provided `reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids'))` Mappings rim: n/a rim: The target of a resource reference is a RIM entry point (Act, Role, or Entity) w5: FiveWs.source rim: .playedRole[typeCode=OWN].scoper
contact	S I	0..1	ContactPoint	There are no (further) constraints on this element Element id Device.contact Short description Details for human/organization for support Definition Contact details for an organization or a particular human that is responsible for the device. Comments used for troubleshooting etc. Data type ContactPoint Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` cpt-2: A system is required if a value is provided. `value.empty() or system.exists()` Mappings rim: n/a v2: XTN rim: TEL servd: ContactPoint w5: FiveWs.source rim: .scopedRole[typeCode=CON].player
id		0..1	string	There are no (further) constraints on this element Element id Device.contact.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.contact.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
system	S Σ I	0..1	codeBindingPattern	Element id Device.contact.system Short description phone \| fax \| email \| pager \| url \| sms \| other Definition Telecommunications form for contact point - what communications system is required to make use of the contact. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type code Binding Telecommunications form for contact point. ContactPointSystem (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern email Mappings rim: n/a v2: XTN.3 rim: ./scheme servd: ./ContactPointType
value	S Σ	1..1	string	There are no (further) constraints on this element Element id Device.contact.value Short description The actual contact point details Definition The actual contact point details, in a form that is meaningful to the designated communication system (i.e. phone number or email address). Requirements Need to support legacy numbers that are not in a tightly controlled format. Comments Additional text data such as phone extension numbers, or notes about use of the contact are sometimes included in the value. Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: XTN.1 (or XTN.12) rim: ./url servd: ./Value
use	Σ ?!	0..1	codeBinding	There are no (further) constraints on this element Element id Device.contact.use Short description home \| work \| temp \| old \| mobile - purpose of this contact point Definition Identifies the purpose for the contact point. Requirements Need to track the way a person uses this contact, so a user can choose which is appropriate for their purpose. Comments Applications can assume that a contact is current unless it explicitly says that it is temporary or old. Data type code Binding Use of contact point. ContactPointUse (required) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: XTN.2 - but often indicated by field rim: unique(./use) servd: ./ContactPointPurpose
rank	Σ	0..1	positiveInt	There are no (further) constraints on this element Element id Device.contact.rank Short description Specify preferred order of use (1 = highest) Definition Specifies a preferred order in which to use a set of contacts. ContactPoints with lower rank values are more preferred than those with higher rank values. Comments Note that rank does not necessarily follow the order in which the contacts are represented in the instance. Data type positiveInt Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: n/a
period	Σ I	0..1	Period	There are no (further) constraints on this element Element id Device.contact.period Short description Time period when the contact point was/is in use Definition Time period when the contact point was/is in use. Comments A Period specifies a range of time; the context of use will specify whether the entire range applies (e.g. "the patient was an inpatient of the hospital for this time range") or one value from the range applies (e.g. "give to the patient between these two times"). Period is not used for a duration (a measure of elapsed time). See Duration. Data type Period Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` per-1: If present, start SHALL have a lower value than end `start.hasValue().not() or end.hasValue().not() or (start <= end)` Mappings rim: n/a v2: DR rim: IVL<TS>[lowClosed="true" and highClosed="true"] or URG<TS>[lowClosed="true" and highClosed="true"] v2: N/A rim: ./usablePeriod[type="IVL<TS>"] servd: ./StartDate and ./EndDate
location	I	0..1	Reference(Location)	There are no (further) constraints on this element Element id Device.location Short description Where the device is found Definition The place where the device can be found. Requirements Device.location can be used to track device location. Comments References SHALL be a reference to an actual FHIR resource, and SHALL be resolveable (allowing for access control, temporary unavailability, etc.). Resolution can be either by retrieval from the URL, or, where applicable by resource type, by treating an absolute reference as a canonical URL and looking it up in a local registry/repository. Data type Reference(Location) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ref-1: SHALL have a contained resource if a local reference is provided `reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids'))` Mappings rim: n/a rim: The target of a resource reference is a RIM entry point (Act, Role, or Entity) w5: FiveWs.where[x] rim: .playedRole[typeCode=LOCE].scoper
url		0..1	uri	There are no (further) constraints on this element Element id Device.url Short description Network address to contact device Definition A network address on which the device may be contacted directly. Comments If the device is running a FHIR server, the network address should be the Base URL from which a conformance statement may be retrieved. Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a w5: FiveWs.where[x] rim: .telecom
note	S	0..*	Annotation	There are no (further) constraints on this element Element id Device.note Short description Device notes and comments Definition Descriptive information, usage information or implantation information that is not captured in an existing element. Comments For systems that do not have structured annotations, they can simply communicate a single annotation with no author or time. This element may need to be included in narrative because of the potential for modifying information. Annotations SHOULD NOT be used to communicate "modifying" information that could be computable. (This is a SHOULD because enforcing user behavior is nearly impossible). Data type Annotation Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: N/A rim: Act rim: .text
id		0..1	string	There are no (further) constraints on this element Element id Device.note.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Device.note.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
author[x]	Σ	0..1		There are no (further) constraints on this element Element id Device.note.author[x] Short description Individual responsible for the annotation Definition The individual responsible for making the annotation. Comments Organization is used when there's no need for specific attribution as to who made the comment. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: N/A rim: Act.participant[typeCode=AUT].role
authorString			string	There are no (further) constraints on this element Data type string
authorReference			Reference(Practitioner \| Patient \| RelatedPerson \| Organization)	There are no (further) constraints on this element Data type Reference(Practitioner \| Patient \| RelatedPerson \| Organization)
time	Σ	0..1	dateTime	There are no (further) constraints on this element Element id Device.note.time Short description When the annotation was made Definition Indicates when this particular annotation was made. Data type dateTime Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: N/A rim: Act.effectiveTime
text	S Σ	1..1	markdown	There are no (further) constraints on this element Element id Device.note.text Short description The annotation - text content (as markdown) Definition The text of the annotation in markdown format. Comments Systems are not required to have markdown support, so the text should be readable without markdown processing. The markdown syntax is GFM - see https://github.github.com/gfm/ Data type markdown Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: N/A rim: Act.text
safety	Σ	0..*	CodeableConcept	There are no (further) constraints on this element Element id Device.safety Short description Safety Characteristics of Device Definition Provides additional safety characteristics about a medical device. For example devices containing latex. Comments Not all terminology uses fit this general pattern. In some cases, models should not use CodeableConcept and use Coding directly and provide their own structure for managing text, codings, translations and the relationship between elements and pre- and post-coordination. Data type CodeableConcept Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE rim: CD orim: fhir:CodeableConcept rdfs:subClassOf dt:CD rim: NA
parent	I	0..1	Reference(Device)	There are no (further) constraints on this element Element id Device.parent Short description The parent device Definition The parent device. Comments References SHALL be a reference to an actual FHIR resource, and SHALL be resolveable (allowing for access control, temporary unavailability, etc.). Resolution can be either by retrieval from the URL, or, where applicable by resource type, by treating an absolute reference as a canonical URL and looking it up in a local registry/repository. Data type Reference(Device) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ref-1: SHALL have a contained resource if a local reference is provided `reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids'))` Mappings rim: n/a rim: The target of a resource reference is a RIM entry point (Act, Role, or Entity)

Example

Device

id : BoaAlgorithm

meta

profile : http://omi.de/fhir/registry/StructureDefinition/algorithm-device

extension

url : http://omi.de/fhir/registry/StructureDefinition/input-parameter-extension

value : http://omi.de/fhir/registry/StructureDefinition/BoaServiceInputParameterDicomBinary

extension

url : http://omi.de/fhir/registry/StructureDefinition/output-parameter-extension

value : http://omi.de/fhir/registry/StructureDefinition/BoaServiceOutputParameters

extension

url : http://omi.de/fhir/registry/StructureDefinition/AlgorithmSymbolExtension

value : 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

extension

value

value : 1.4

url : resolutionx

extension

value

value : 1.25

url : resolutiony

extension

value

value : 2

url : resolutionz

extension

url : qualifier

value

code : C25570

system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Minimum

url : minres

url : http://omi.de/fhir/registry/StructureDefinition/mrt-resolution-requirement-extension

extension

url : doi

value : https://doi.org/10.1097/RLI.0000000000001040

extension

url : citation

value : Haubold, J., Baldini, G., Parmar, V., Schaarschmidt, B. M., Koitka, S., Kroll, L., van Landeghem, N., Umutlu, L., Forsting, M., Nensa, F., & Hosch, R. (2023). BOA: A CT-Based Body and Organ Analysis for Radiologists at the Point of Care. Investigative radiology, 10.1097/RLI.0000000000001040. Advance online publication. https://doi.org/10.1097/RLI.0000000000001040

url : http://omi.de/fhir/registry/StructureDefinition/doi-extension

version

value : 0.1.18 (84564ce)

deviceName

type : user-friendly-name

name : Body and Organ Analyzer

deviceName

type : model-name

name : BOP

contact

system : email

value : ship-ai@uk-essen.de

property

valueCode

coding

code : CT

system : http://dicom.nema.org/resources/ontology/DCM

display : Computed Tomography

type

coding

code : 360037004

system : http://snomed.info/sct

property

valueCode

coding

code : 51440002

system : http://snomed.info/sct

display : Bilateral

type

coding

code : 272741003

system : http://snomed.info/sct

property

valueCode

coding

code : 24422004

system : http://snomed.info/sct

display : Axial

type

coding

code : 260225008

system : http://snomed.info/sct

property

valueCode

coding

code : diagnostics

system : http://omi.de/fhir/registry/CodeSystem/ai-service-type-codesystem

display : Diagnostics

type

coding

code : 410656007

system : http://snomed.info/sct

property

valueCode

coding

code : 51185008

system : http://snomed.info/sct

display : Thoracic structure (body structure)

type

coding

code : 123037004

system : http://snomed.info/sct

property

valueCode

coding

code : LVL2

system : http://omi.de/fhir/registry/CodeSystem/maturity-level-codesystem

display : LEVEL 2

type

coding

code : 246102003

system : http://snomed.info/sct

note

text : Body Organ Analyzer (BOA) is a segmentation tool of CT scans by the SHIP-AI group (https://ship-ai.ikim.nrw/). Combining the TotalSegmentator and the Body Composition Analysis, this tool is capable of analyzing medical images and identifying the different structures within the human body, including bones, muscles, organs, and blood vessels.

status : active

manufactureDate : 1905-08-23

owner

reference : Organization/ShipAI

Input Parameters

Description

Inputs for the BOA algorithm contain an image (Binary resource) and optional structured metainformation (ImagingStudy resource).

Profile

BoaServiceInputParameters (Parameters)			OmiServiceInputParameters	There are no (further) constraints on this element Element id Parameters Short description Operation Request or Response Definition This resource is a non-persisted resource used to pass information into and back from an operation. It has no other use, and there is no RESTful endpoint associated with it. Comments The parameters that may be used are defined by the OperationDefinition resource. Data type OmiServiceInputParameters Mappings rim: Entity. Role, or Act v2: n/a rim: n/a
id	Σ	0..1	string	There are no (further) constraints on this element Element id Parameters.id Short description Logical id of this artifact Definition The logical id of the resource, as used in the URL for the resource. Once assigned, this value never changes. Comments The only time that a resource does not have an id is when it is being submitted to the server using a create operation. Data type string
meta	Σ	0..1	Meta	There are no (further) constraints on this element Element id Parameters.meta Short description Metadata about the resource Definition The metadata about the resource. This is content that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource. Data type Meta Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: N/A
implicitRules	Σ ?!	0..1	uri	There are no (further) constraints on this element Element id Parameters.implicitRules Short description A set of rules under which this content was created Definition A reference to a set of rules that were followed when the resource was constructed, and which must be understood when processing the content. Often, this is a reference to an implementation guide that defines the special rules along with other profiles etc. Comments Asserting this rule set restricts the content to be only understood by a limited set of trading partners. This inherently limits the usefulness of the data in the long term. However, the existing health eco-system is highly fractured, and not yet ready to define, collect, and exchange data in a generally computable sense. Wherever possible, implementers and/or specification writers should avoid using this element. Often, when used, the URL is a reference to an implementation guide that defines these special rules as part of it's narrative along with other profiles, value sets, etc. Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
language		0..1	codeBinding	There are no (further) constraints on this element Element id Parameters.language Short description Language of the resource content Definition The base language in which the resource is written. Comments Language is provided to support indexing and accessibility (typically, services such as text to speech use the language tag). The html language tag in the narrative applies to the narrative. The language tag on the resource may be used to specify the language of other presentations generated from the data in the resource. Not all the content has to be in the base language. The Resource.language should not be assumed to apply to the narrative automatically. If a language is specified, it should it also be specified on the div element in the html (see rules in HTML5 for information about the relationship between xml:lang and the html lang attribute). Data type code Binding A human language. CommonLanguages (preferred) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
parameter	S Σ I	0..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Sliced: Unordered, Open, by name(Pattern) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
(All Slices)				There are no (further) constraints on this element
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	S I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
parameterQueryExtension	S I	0..1	Extension(Complex)	There are no (further) constraints on this element Element id Parameters.parameter.extension:parameterQueryExtension Short description Service Input Parameter Query Extension Alternate names extensions, user content Definition Extension to document how to get the value for a certain parameter. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-query-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	S Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	S Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	S Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	S Σ	0..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed. Data type BackboneElement
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter.part.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	S I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.part.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
parameterQueryExtension	S I	0..1	Extension(Complex)	There are no (further) constraints on this element Element id Parameters.parameter.part.extension:parameterQueryExtension Short description Service Input Parameter Query Extension Alternate names extensions, user content Definition Extension to document how to get the value for a certain parameter. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-query-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.part.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	S Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter.part.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	S Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter.part.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	S Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter.part.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter.part.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
image	S Σ I	0..1	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:image Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:image.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:image.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
parameterQueryExtension	S I	0..1	Extension(Complex)	There are no (further) constraints on this element Element id Parameters.parameter:image.extension:parameterQueryExtension Short description Service Input Parameter Query Extension Alternate names extensions, user content Definition Extension to document how to get the value for a certain parameter. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-query-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:image.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	stringPattern	There are no (further) constraints on this element Element id Parameters.parameter:image.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern image Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:image.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	1..1	OMIDocumentReference	There are no (further) constraints on this element Element id Parameters.parameter:image.resource Short description A reference to a document Definition A reference to a document of any kind for any purpose. Provides metadata about the document so that the document can be discovered and managed. The scope of a document is any seralized object with a mime-type, so includes formal patient centric documents (CDA), cliical notes, scanned paper, and non-patient specific documents like policy text. Comments Usually, this is used for documents other than those defined by FHIR. Data type OMIDocumentReference Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` Mappings rim: Entity. Role, or Act workflow: Event fhircomposition: when describing a Composition rim: Document[classCode="DOC" and moodCode="EVN"] cda: when describing a CDA
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:image.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:image.part.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:image.part.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
parameterQueryExtension	S I	0..1	Extension(Complex)	There are no (further) constraints on this element Element id Parameters.parameter:image.part.extension:parameterQueryExtension Short description Service Input Parameter Query Extension Alternate names extensions, user content Definition Extension to document how to get the value for a certain parameter. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-query-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:image.part.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter:image.part.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:image.part.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter:image.part.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:image.part.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
imagingStudy	S Σ I	0..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
parameterQueryExtension	S I	0..1	Extension(Complex)	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.extension:parameterQueryExtension Short description Service Input Parameter Query Extension Alternate names extensions, user content Definition Extension to document how to get the value for a certain parameter. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-query-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	stringPattern	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern imagingStudy Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	1..1	MII_PR_Bildgebung_Bildgebungsstudie	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.resource Short description A set of images produced in single study (one or more series of references images) Definition Representation of the content produced in a DICOM imaging study. A study comprises a set of series, each of which includes a set of Service-Object Pair Instances (SOP Instances - images or other data) acquired or produced in a common context. A series is of only one modality (e.g. X-ray, CT, MR, ultrasound), but a study may have multiple series of different modalities. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type MII_PR_Bildgebung_Bildgebungsstudie Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` Mappings rim: Entity. Role, or Act workflow: Event rim: Act[classCode=COMPOSITION, moodCode=EVN] dicom: Reference IHE radiology TF vol 2 table 4.14-1
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
parameterQueryExtension	S I	0..1	Extension(Complex)	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.extension:parameterQueryExtension Short description Service Input Parameter Query Extension Alternate names extensions, user content Definition Extension to document how to get the value for a certain parameter. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension(Complex) Extension URL http://omi.de/fhir/registry/StructureDefinition/input-parameter-query-extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:imagingStudy.part.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.

Example

Parameters

id : BoaServiceInputParametersExample

meta

profile : http://omi.de/fhir/registry/StructureDefinition/BoaServiceInputParameterDicomBinary

parameter

name : image

resource

id : WholeBodyMriDocumentReference

meta

profile : http://omi.de/fhir/registry/StructureDefinition/omi-document-reference

content

attachment

url : https://omi.de/fhir/Binary/123

contentType : application/dicom

status : current

type

coding

code : 46358-8

system : http://loinc.org

display : MR Whole body

parameter

name : imagingStudy

resource

id : ExampleImagingStudyInput

meta

profile : http://omi.de/fhir/registry/StructureDefinition/imaging-study-input

extension

value

value : 1

url : resolutionx

extension

value

value : 1

url : resolutiony

extension

value

value : 1

url : resolutionz

url : http://omi.de/fhir/registry/StructureDefinition/mrt-resolution-set-extension

subject

extension

url : http://hl7.org/fhir/StructureDefinition/data-absent-reason

value : masked

identifier

use : official

system : urn:dicom:uid

value : urn:oid:2.16.124.113543.6003.1154777499.30246.19789.3503430076

status : available

Output Parameters

Description

Outputs for the BOA algorithm include:

Segmented Images: Save the segmented images in a standard format (e.g., PNG, JPEG) with clear annotations.
PDF Report: Generate a PDF document containing all analysis results and visuals.
FHIR Report: Create a structured FHIR-compliant report in JSON or XML format, ready for integration with EHR systems.

Profile

BoaServiceOutputParameters (Parameters)			OmiServiceOutputParameters	There are no (further) constraints on this element Element id Parameters Short description Operation Request or Response Definition This resource is a non-persisted resource used to pass information into and back from an operation. It has no other use, and there is no RESTful endpoint associated with it. Comments The parameters that may be used are defined by the OperationDefinition resource. Data type OmiServiceOutputParameters Mappings rim: Entity. Role, or Act v2: n/a rim: n/a
id	Σ	0..1	string	There are no (further) constraints on this element Element id Parameters.id Short description Logical id of this artifact Definition The logical id of the resource, as used in the URL for the resource. Once assigned, this value never changes. Comments The only time that a resource does not have an id is when it is being submitted to the server using a create operation. Data type string
meta	Σ	0..1	Meta	There are no (further) constraints on this element Element id Parameters.meta Short description Metadata about the resource Definition The metadata about the resource. This is content that is maintained by the infrastructure. Changes to the content might not always be associated with version changes to the resource. Data type Meta Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: N/A
implicitRules	Σ ?!	0..1	uri	There are no (further) constraints on this element Element id Parameters.implicitRules Short description A set of rules under which this content was created Definition A reference to a set of rules that were followed when the resource was constructed, and which must be understood when processing the content. Often, this is a reference to an implementation guide that defines the special rules along with other profiles etc. Comments Asserting this rule set restricts the content to be only understood by a limited set of trading partners. This inherently limits the usefulness of the data in the long term. However, the existing health eco-system is highly fractured, and not yet ready to define, collect, and exchange data in a generally computable sense. Wherever possible, implementers and/or specification writers should avoid using this element. Often, when used, the URL is a reference to an implementation guide that defines these special rules as part of it's narrative along with other profiles, value sets, etc. Data type uri Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
language		0..1	codeBinding	There are no (further) constraints on this element Element id Parameters.language Short description Language of the resource content Definition The base language in which the resource is written. Comments Language is provided to support indexing and accessibility (typically, services such as text to speech use the language tag). The html language tag in the narrative applies to the narrative. The language tag on the resource may be used to specify the language of other presentations generated from the data in the resource. Not all the content has to be in the base language. The Resource.language should not be assumed to apply to the narrative automatically. If a language is specified, it should it also be specified on the div element in the html (see rules in HTML5 for information about the relationship between xml:lang and the html lang attribute). Data type code Binding A human language. CommonLanguages (preferred) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
parameter	S Σ I	3..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Sliced: Unordered, Open, by name(Pattern) Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
(All Slices)				There are no (further) constraints on this element
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	S Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	S Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	S Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	S Σ	0..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed. Data type BackboneElement
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter.part.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.part.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter.part.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	S Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter.part.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	S Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter.part.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	S Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter.part.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter.part.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
pdfReport	S Σ I	1..1	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	stringPattern	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern pdfReport Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	1..1	OMIDocumentReference	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.resource Short description A reference to a document Definition A reference to a document of any kind for any purpose. Provides metadata about the document so that the document can be discovered and managed. The scope of a document is any seralized object with a mime-type, so includes formal patient centric documents (CDA), cliical notes, scanned paper, and non-patient specific documents like policy text. Comments Usually, this is used for documents other than those defined by FHIR. Data type OMIDocumentReference Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` Mappings rim: Entity. Role, or Act workflow: Event fhircomposition: when describing a Composition rim: Document[classCode="DOC" and moodCode="EVN"] cda: when describing a CDA
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:pdfReport.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
image	S Σ I	0..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:image Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:image.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:image.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:image.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	stringPattern	There are no (further) constraints on this element Element id Parameters.parameter:image.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern image Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:image.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	1..1	OMIDocumentReference	There are no (further) constraints on this element Element id Parameters.parameter:image.resource Short description A reference to a document Definition A reference to a document of any kind for any purpose. Provides metadata about the document so that the document can be discovered and managed. The scope of a document is any seralized object with a mime-type, so includes formal patient centric documents (CDA), cliical notes, scanned paper, and non-patient specific documents like policy text. Comments Usually, this is used for documents other than those defined by FHIR. Data type OMIDocumentReference Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` Mappings rim: Entity. Role, or Act workflow: Event fhircomposition: when describing a Composition rim: Document[classCode="DOC" and moodCode="EVN"] cda: when describing a CDA
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:image.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
observations	S Σ I	1..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:observations Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:observations.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:observations.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:observations.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	Σ	1..1	stringPattern	There are no (further) constraints on this element Element id Parameters.parameter:observations.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern observations Mappings rim: n/a
value[x]	Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:observations.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	Σ I	1..1	OmiOutputObservation	There are no (further) constraints on this element Element id Parameters.parameter:observations.resource Short description Measurements and simple assertions Alternate names Vital Signs, Measurement, Results, Tests Definition Measurements and simple assertions made about a patient, device or other subject. Comments Used for simple observations such as device measurements, laboratory atomic results, vital signs, height, weight, smoking status, comments, etc. Other resources are used to provide context for observations such as laboratory reports, etc. Data type OmiOutputObservation Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` obs-7: If Observation.code is the same as an Observation.component.code then the value element associated with the code SHALL NOT be present `value.empty() or component.code.where(coding.intersect(%resource.code.coding).exists()).empty()` obs-6: dataAbsentReason SHALL only be present if Observation.value[x] is not present `dataAbsentReason.empty() or value.empty()` Mappings rim: Entity. Role, or Act workflow: Event sct-concept: < 363787002 \|Observable entity\| v2: OBX rim: Observation[classCode=OBS, moodCode=EVN]
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:observations.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.
structured-report	S Σ I	1..1	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:structured-report Short description Operation Parameter Definition A parameter passed to or received from the operation. Data type BackboneElement Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` inv-1: A parameter must have one and only one of (value, resource, part) `(part.exists() and value.empty() and resource.empty()) or (part.empty() and (value.exists() xor resource.exists()))` Mappings rim: n/a
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	S Σ	1..1	stringPattern	Element id Parameters.parameter:structured-report.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Pattern structured-report Mappings rim: n/a
value[x]	S Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:structured-report.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	S Σ I	1..1	BoaReportComposition	Element id Parameters.parameter:structured-report.resource Short description A set of resources composed into a single coherent clinical statement with clinical attestation Definition A set of healthcare-related information that is assembled together into a single logical package that provides a single coherent statement of meaning, establishes its own context and that has clinical attestation with regard to who is making the statement. A Composition defines the structure and narrative content necessary for a document. However, a Composition alone does not constitute a document. Rather, the Composition must be the first entry in a Bundle where Bundle.type=document, and any other resources referenced from Composition must be included as subsequent entries in the Bundle (for example Patient, Practitioner, Encounter, etc.). Comments While the focus of this specification is on patient-specific clinical statements, this resource can also apply to other healthcare-related statements such as study protocol designs, healthcare invoices and other activities that are not necessarily patient-specific or clinical. Data type BoaReportComposition Constraints dom-2: If the resource is contained in another resource, it SHALL NOT contain nested Resources `contained.contained.empty()` dom-4: If a resource is contained in another resource, it SHALL NOT have a meta.versionId or a meta.lastUpdated `contained.meta.versionId.empty() and contained.meta.lastUpdated.empty()` dom-3: If the resource is contained in another resource, it SHALL be referred to from elsewhere in the resource or SHALL refer to the containing resource `contained.where((('#'+id in (%resource.descendants().reference \| %resource.descendants().as(canonical) \| %resource.descendants().as(uri) \| %resource.descendants().as(url))) or descendants().where(reference = '#').exists() or descendants().where(as(canonical) = '#').exists() or descendants().where(as(canonical) = '#').exists()).not()).trace('unmatched', id).empty()` dom-6: A resource should have narrative for robust management text.`div`.exists() dom-5: If a resource is contained in another resource, it SHALL NOT have a security label `contained.meta.security.empty()` Mappings rim: Entity. Role, or Act workflow: Event rim: Document[classCode="DOC" and moodCode="EVN" and isNormalAct()] cda: ClinicalDocument fhirdocumentreference: when described by DocumentReference
part	S Σ	0..*	BackboneElement	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed. Data type BackboneElement
id		0..1	string	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Sliced: Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
modifierExtension	Σ ?! I	0..*	Extension	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.modifierExtension Short description Extensions that cannot be ignored even if unrecognized Alternate names extensions, user content, modifiers Definition May be used to represent additional information that is not part of the basic definition of the element and that modifies the understanding of the element in which it is contained and/or the understanding of the containing element's descendants. Usually modifier elements provide negation or qualification. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Applications processing a resource are required to check for modifier extensions. Modifier extensions SHALL NOT change the meaning of any elements on Resource or DomainResource (including cannot change the meaning of modifierExtension itself). Requirements Modifier extensions allow for extensions that cannot be safely ignored to be clearly distinguished from the vast majority of extensions which can be safely ignored. This promotes interoperability by eliminating the need for implementers to prohibit the presence of extensions. For further information, see the definition of modifier extensions. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
name	S Σ	1..1	string	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.name Short description Name from the definition Definition The name of the parameter (reference to the operation definition). Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
value[x]	S Σ I	0..1		There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.value[x] Short description If parameter is a data type Definition If the parameter is a data type. Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a
valueBase64Binary			base64Binary	There are no (further) constraints on this element Data type base64Binary
valueBoolean			boolean	There are no (further) constraints on this element Data type boolean
valueCanonical			canonical()	There are no (further) constraints on this element Data type canonical()
valueCode			code	There are no (further) constraints on this element Data type code
valueDate			date	There are no (further) constraints on this element Data type date
valueDateTime			dateTime	There are no (further) constraints on this element Data type dateTime
valueDecimal			decimal	There are no (further) constraints on this element Data type decimal
valueId			id	There are no (further) constraints on this element Data type id
valueInstant			instant	There are no (further) constraints on this element Data type instant
valueInteger			integer	There are no (further) constraints on this element Data type integer
valueMarkdown			markdown	There are no (further) constraints on this element Data type markdown
valueOid			oid	There are no (further) constraints on this element Data type oid
valuePositiveInt			positiveInt	There are no (further) constraints on this element Data type positiveInt
valueString			string	There are no (further) constraints on this element Data type string
valueTime			time	There are no (further) constraints on this element Data type time
valueUnsignedInt			unsignedInt	There are no (further) constraints on this element Data type unsignedInt
valueUri			uri	There are no (further) constraints on this element Data type uri
valueUrl			url	There are no (further) constraints on this element Data type url
valueUuid			uuid	There are no (further) constraints on this element Data type uuid
valueAddress			Address	There are no (further) constraints on this element Data type Address
valueAge			Age	There are no (further) constraints on this element Data type Age
valueAnnotation			Annotation	There are no (further) constraints on this element Data type Annotation
valueAttachment			Attachment	There are no (further) constraints on this element Data type Attachment
valueCodeableConcept			CodeableConcept	There are no (further) constraints on this element Data type CodeableConcept
valueCoding			Coding	There are no (further) constraints on this element Data type Coding
valueContactPoint			ContactPoint	There are no (further) constraints on this element Data type ContactPoint
valueCount			Count	There are no (further) constraints on this element Data type Count
valueDistance			Distance	There are no (further) constraints on this element Data type Distance
valueDuration			Duration	There are no (further) constraints on this element Data type Duration
valueHumanName			HumanName	There are no (further) constraints on this element Data type HumanName
valueIdentifier			Identifier	There are no (further) constraints on this element Data type Identifier
valueMoney			Money	There are no (further) constraints on this element Data type Money
valuePeriod			Period	There are no (further) constraints on this element Data type Period
valueQuantity			Quantity	There are no (further) constraints on this element Data type Quantity
valueRange			Range	There are no (further) constraints on this element Data type Range
valueRatio			Ratio	There are no (further) constraints on this element Data type Ratio
valueSampledData			SampledData	There are no (further) constraints on this element Data type SampledData
valueSignature			Signature	There are no (further) constraints on this element Data type Signature
valueTiming			Timing	There are no (further) constraints on this element Data type Timing
valueContactDetail			ContactDetail	There are no (further) constraints on this element Data type ContactDetail
valueContributor			Contributor	There are no (further) constraints on this element Data type Contributor
valueDataRequirement			DataRequirement	There are no (further) constraints on this element Data type DataRequirement
valueExpression			Expression	There are no (further) constraints on this element Data type Expression
valueParameterDefinition			ParameterDefinition	There are no (further) constraints on this element Data type ParameterDefinition
valueRelatedArtifact			RelatedArtifact	There are no (further) constraints on this element Data type RelatedArtifact
valueTriggerDefinition			TriggerDefinition	There are no (further) constraints on this element Data type TriggerDefinition
valueUsageContext			UsageContext	There are no (further) constraints on this element Data type UsageContext
valueDosage			Dosage	There are no (further) constraints on this element Data type Dosage
valueMeta			Meta	There are no (further) constraints on this element Data type Meta
valueReference			Reference()	There are no (further) constraints on this element Data type Reference()
resource	S Σ I	0..1	Resource	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.resource Short description If parameter is a whole resource Definition If the parameter is a whole resource. Comments When resolving references in resources, the operation definition may specify how references may be resolved between parameters. If a reference cannot be resolved between the parameters, the application should fall back to it's general resource resolution methods. Data type Resource Mappings rim: Entity. Role, or Act
part	Σ	0..*	see (parameter)	There are no (further) constraints on this element Element id Parameters.parameter:structured-report.part.part Short description Named part of a multi-part parameter Definition A named part of a multi-part parameter. Comments Only one level of nested parameters is allowed.

Instance

Parameters

id : BoaServiceOutputParametersExample

meta

profile : http://omi.de/fhir/registry/StructureDefinition/BoaServiceOutputParameters

parameter

name : pdfReport

resource

id : RadiologyReportDocumentReference

meta

profile : http://omi.de/fhir/registry/StructureDefinition/omi-document-reference

content

attachment

url : https://omi.de/fhir/Binary/123

contentType : application/pdf

status : current

type

coding

code : 371527006

system : http://snomed.info/sct

display : Radiology report

parameter

name : structured-report

resource

id : BoaExampleImagingStudyOutputComposition

meta

profile : http://omi.de/fhir/registry/StructureDefinition/boa-report-composition

author

reference : Device/BoaAlgorithm

section

entry

reference : StructureDefinition/omi-document-reference

code

coding

code : summary

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : equidistant-axial-slices

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : tissue-heatmaps

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

entry

reference : Observation/BoaAlgorithmBoneOutputObservation

code

coding

code : bone

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmMuscleOutputObservation

code

coding

code : muscle

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmTATOutputObservation

code

coding

code : tat

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmIMATOutputObservation

code

coding

code : imat

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmSATOutputObservation

code

coding

code : sat

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmVATOutputObservation

code

coding

code : vat

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmPATOutputObservation

code

coding

code : pat

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

section

entry

reference : Observation/BoaAlgorithmEATOutputObservation

code

coding

code : eat

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-columns

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : whole-scan

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : ventral-cavity

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : abdominal-cavity

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : thoracic-cavity

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : mediastinum

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : pericardium

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : L5

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : L4

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : L3

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : L2

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : L1

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T12

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T11

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T10

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T9

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T8

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T7

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T6

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T5

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T4

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T3

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T2

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : all-voxels

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : without-extremities

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : T1

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

code

coding

code : aggregated-measurements

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : totalsegmentator-measurements

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

entry

reference : Observation/OtherMeasurementsObservation

code

coding

code : other-findings

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : additional

code

coding

code : bone-mineral-density

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

section

text

status : generated

code

coding

code : acknowledgements

system : http://omi.de/fhir/registry/CodeSystem/body-organ-report-titles

status : final

type

coding

code : 19005-8

system : http://loinc.org

display : Radiology Imaging study [Impression] (narrative)

title : BOA Report

date : 2023-12-23

parameter

name : observations

resource

id : OtherMeasurementsObservation

meta

profile : http://omi.de/fhir/registry/StructureDefinition/ai-other-findings-output-observation

component

value

unit : L

system : http://unitsofmeasure.org

code : ml

value : 6.719

code

coding

code : C12664

system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Abdomen Cavity

component

value

unit : L

system : http://unitsofmeasure.org

code : ml

value : 4.42

code

coding

code : C12905

system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Thoracic Cavity

component

value

unit : L

system : http://unitsofmeasure.org

code : ml

value : 1.227

code

coding

code : C12748

system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Mediastinum

component

value

unit : mL

system : http://unitsofmeasure.org

code : ml

value : 659.87

code

coding

code : 24949005

system : http://snomed.info/sct

display : Pericardial sac

status : final

code

coding

code : 118565006

system : http://snomed.info/sct

display : Volume

parameter

name : observations

resource

id : BoaAlgorithmEATOutputObservation

meta

profile : http://omi.de/fhir/registry/StructureDefinition/boa-output-observation-profile

derivedFrom

reference : ImagingStudy/BoaExampleImagingStudyOutput

component

value

unit : mL

system : http://unitsofmeasure.org

code : ml

value : 0.29

code

coding

code : 373098007

system : http://snomed.info/sct

display : Mean - numeric estimation technique (qualifier value)

component

value

unit : mL

system : http://unitsofmeasure.org

code : ml

value : 0.77

code

coding

code : 386136009

system : http://snomed.info/sct

display : Standard deviation

component

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value

coding

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parameter

name : observations

resource

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meta

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value

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display : Voxel

parameter

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resource

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meta

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derivedFrom

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display : Structure of subcutaneous fatty tissue (body structure)

value

coding

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parameter

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resource

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meta

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value

coding

code : C79424

system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Voxel

parameter

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resource

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meta

profile : http://omi.de/fhir/registry/StructureDefinition/boa-output-observation-profile

derivedFrom

reference : ImagingStudy/BoaExampleImagingStudyOutput

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code

coding

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display : Human Adipose Tissue

value

coding

code : C79424

system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Voxel

parameter

name : observations

resource

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meta

profile : http://omi.de/fhir/registry/StructureDefinition/boa-output-observation-profile

derivedFrom

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display : Muscle Tissue

value

coding

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system : http://ncicb.nci.nih.gov/xml/owl/EVS/Thesaurus.owl

display : Voxel

parameter

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resource

id : BoaAlgorithmBoneOutputObservation

meta

profile : http://omi.de/fhir/registry/StructureDefinition/boa-output-observation-profile

derivedFrom

reference : ImagingStudy/BoaExampleImagingStudyOutput

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value

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display : Hounsfield unit

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code

coding

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display : Voxel

BodyOrganAnalyzer (BOA)

Executive summary

Resource Overview

Links

References

Description

Description

Algorithm Workflow

Pre-processing

Segmentation

Post-processing

Analysis and Measurement

Report Generation

Output Delivery

FHIR Model

Profile

Example

Input Parameters

Description

Profile

Example

Output Parameters

Description

Profile

Instance