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Purpose

An

Concept
t723589008|MRCM domain reference set|
enumerates
 enumerates the concept domains to which SNOMED CT attributes may be applied, and provides additional information to support these concept domains.

Each concept domain is uniquely identified by a SNOMED CT concept. When the scope of a domain covers the concepts in a particular hierarchy (or subhierarchy), the supertype concept of this hierarchy (or subhierarchy) is used to identify the domain. When a domain is defined based on membership in a reference set, the associated reference set concept is used to identify the domain. In some situations, a query may be required to define a complex domain. In these cases, the query's expansion reference set (referred to by the 'referencedComponent' of the relevant Query reference set) is used to identify the domain.

For each domain in the SNOMED CT concept model, the the 

Concept
t723589008|MRCM domain reference set|
will
 will contain exactly one member. This reference set member will include an Expression Constraint that defines the concepts in the domain, the identifier of the immediate the immediate parent domain
Footnote Macro

Note: In cases in which two proximal parent domains exist, one will be selected as the primary one for use in this reference set. It is not anticipated that this will occur often.

, the (or domains), the domain constraint defined in terms of its proximal primitive concepts and associated mandatory refinements, a generic Domain Expression Template for both precoordinated and postcoordinated content Footnote MacroNote: It , and a reference to the associated guidance that provides additional human-readable text describing this domain. Please note that it is anticipated that the generic Domain Expression Templates will be specialized further for authoring of specific subdomains using specializations of the generic Domain Expression Template stored in a Template Library., and a reference to the associated Editorial Guidance that provides additional human-readable text describing this domain.

Data Structure

Data Structure

An 

Concept
t723589008
An
|MRCM domain reference set|
is
 is structured as shown in the following table.

Field

Data type

Purpose

Immutable

id

UUID

A 128 bit unsigned integer, uniquely identifying this reference set member.
Different versions of a reference set member share the same id but have different effectiveTimes. This allows a reference set member to be modified or made inactive (i.e. removed from the active set) at a specified time.

Y

effectiveTime

Time

The inclusive date or time at which this version of the identified reference set member became the current version.
The current version of this reference set member at time T is the version with the most recent effectiveTime prior to or equal to time T.

N

active

Boolean

The state of the identified reference set member as at the specified effectiveTime.
If active= 1 (true) the reference set member is part of the current version of the set, if active=0 (false) the reference set member is not part of the current version of the set.

N

moduleId

SCTID

Identifies the SNOMED CT module that contains this reference set member as at the specified effectiveTime.
The value must be a subtype of 900000000000443000 |Module (core metadata concept)| within the metadata hierarchy.

N

refsetId

SCTID

Identifies the reference set to which this reference set member belongs.
In this case, set to a subtype of |MRCM domain reference set|

Y

referenced ComponentId

SCTID

A reference to the SNOMED CT concept that identifies the relevant concept domain.

Y

domainConstraint

String

An expression constraint, which defines the set of concepts included in the given concept domain.
This string can be parsed using the ABNF syntax defined for the Expression Constraint Language [4].

Y

parentDomainId

SCTID

The identifier of the immediate parent domain.
The immediate parent domain is the smallest domain that is a proper superset of the given domain.

N

proximalPrimitive Constraint

String

The domain constraint, as it would be represented for proximal primitive modelling. If the domain concept is sufficiently defined, then its proximal primitive parent will be used instead, while if the domain concept is primitive, then the concept itself is used. Additional constraints on the proximal primitive parent are also included.
This string can be parsed using the ABNF syntax defined for the Expression Constraint Language [4].

N

proximalPrimitive Refinement

String

The template representation of any additional refinements that are required to model in the given domain using proximal primitive modelling. These mandatory refinements reflect the defining relationships of the domain concept, when it is sufficiently defined.
This string can be parsed using the 'refinement' rule for the Expression Template Syntax.

N

precoordinated Template

String

A general template that may be used to author precoordinated content. This template incorporates all of the mandatory attribute domain and range rules rules for precoordinated SNOMED CT content.
This string can be parsed using the Expression Template Syntax.

N

postcoordinated Template

String

A general template that may be used to author postcoordinated content. This template incorporates all of the mandatory attribute domain and range rules rules for postcoordinated SNOMED CT content.
This string can be parsed using the Expression Template Syntax.

N

editorialGuide Reference

Uniform Resource Locator

A URL that references a web resource in which the given domain is described in further detail.
This URL uses the following pattern: "http://snomed.org/dom<conceptId>"

N

Metadata

The following metadata hierarchy supports this reference set:

  • Foundation metadata concept
    • Reference set
      • MRCM reference set
        • MRCM domain reference set
          • MRCM domain (INT) reference set
    • Reference set attribute
      • Domain constraint
      • Parent domain
      • Proximal primitive Constraint
      • Proximal primitive refinement
      • Template
        • Domain template
          • Domain template for Precoordination
          • Domain template for Postcoordination
        • Template for Precoordination
          • Domain template for Precoordination
        • Template for Postcoordination
          • Domain template for Postcoordination
      • Editorial guide reference

Descriptor Template

The table below shows the reference set descriptor for a reference set that follows the |MRCM attribute rule reference set| pattern

Footnote Macro

Concepts for which an identifier has not been assigned have been shown with an identifier of '111115'

.

refsetId

referenced ComponentId

attribute Description

attributeType

attribute Order

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

449608002 |Referenced component|

900000000000461009|Concept type component|

0

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Domain constraint|

707000009 |SNOMED CT parsable string|

1

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Parent domain|

900000000000461009|Concept type component|

2

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Proximal primitive constraint|

707000009 |SNOMED CT parsable string|

3

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Proximal primitive refinement|

707000009 |SNOMED CT parsable string|

4

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Domain template for precoordination|

707000009 |SNOMED CT parsable string|

5

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Domain template for postcoordination|

707000009 |SNOMED CT parsable string|

6

900000000000456007 |Reference set descriptor|

111115 |MRCM domain reference set|

111115 |Editorial guide reference|

900000000000469006 |SNOMED CT parsable string|

7

Example

The table below shows some example rows from a reference set that uses the format of the |MRCM domain reference set

Footnote Macro

Concepts for which an identifier has not been assigned have been shown with an identifier of '111115'.

...

 

 

...

refsetId

...

referenced Component Id

...

domain

Constraint

...

parent DomainId

...

proximal Primitive Constraint

...

proximal Primitive Refinement

domainTemplateForPrecoordination

 

Footnote Macro

Due to space limitations the full domain templates have not been included in this table.

 

 

...

domainTemplateForPostcoordination

...

editorial Guide Reference

Refset spec table
Sizefs7
RefsetTypeMRCM Domain Reference Set

Metadata

The following metadata hierarchy supports this reference set:

  • Concept
    t900000000000454005|Foundation metadata concept|

    • Concept
      t900000000000455006|Reference set|

      • Concept
        t723564002|MRCM reference set|

        • Concept
          t723589008|MRCM domain reference set|

          • Concept
            t723560006|MRCM domain international reference set|

    • Concept
      t900000000000457003|Reference set attribute|

      • Concept
        t723565001|Domain constraint|

      • Concept
        t723570008|Guide URL|

      • Concept
        t723566000|Parent domain|

      • Concept
        t723567009|Proximal primitive constraint|

      • Concept
        t723568004|Proximal primitive refinement|

      • Concept
        t723569007|Template|

        • Concept
          t723599003|Domain template|

          • Concept
            t723600000|Domain template for precoordination|

          • Concept
            t723601001|Domain template for postcoordination|

Excerpt Include
REUSE:Notes on Reference Set Example Tables
REUSE:Notes on Reference Set Example Tables
nopaneltrue

Descriptor Template

The table below shows the reference set descriptor for a reference set that follows the 

Concept
t723589008|MRCM domain reference set|
 pattern.

Table width manager
Col1*,1*,1*,1*,80


refsetId

referencedComponentId

attributeDescription

attributeType

attribute Order

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t449608002|Referenced component|

Concept
t900000000000461009|Concept type component|

0

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723565001|Domain constraint|

Concept
t707000009|SNOMED CT parsable string|

1

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723566000|Parent domain|

Concept
t707000009|SNOMED CT parsable string|

2

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723567009|Proximal primitive constraint|

Concept
t707000009|SNOMED CT parsable string|

3

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723568004|Proximal primitive refinement|

Concept
t707000009|SNOMED CT parsable string|

4

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723600000|Domain template for precoordination|

Concept
t707000009|SNOMED CT parsable string|

5

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723601001|Domain template for postcoordination|

Concept
t707000009|SNOMED CT parsable string|

6

Concept
t900000000000456007|Reference set descriptor|

Concept
t723589008|MRCM domain reference set|

Concept
t723570008|Guide URL|

Concept
t707000009|SNOMED CT parsable string|

7


Example Data

The table below shows some example rows from a reference set that uses the format of the 

Concept
t723589008|MRCM domain reference set|
 .

Please note that the generic domain templates defined for the SNOMED CT International Edition are designed to support a proximal primitive parent authoring approach. However, domain templates included in an extension's  

Concept
t723589008|MRCM domain reference set|
  may be designed to support a proximal parent authoring approach if required.

PDF: Landscape


Table width manager
Col140,140,140,140,140,140,1*,1*,140
Widertrue


refsetId

referenced Component Id

domain Constraint

parent Domain

proximal Primitive Constraint

proximal Primitive Refinement

domainTemplateForPrecoordination

domainTemplateForPostcoordination

guideURL

Concept
t723560006|MRCM domain international reference set|

Concept
t71388002|Procedure (procedure)|

Concept
t<< 71388002|Procedure (procedure)|

 

 

Concept
t<< 71388002|Procedure (procedure)|

 


Scg expression
[[+id(<< 71388002 |Procedure (procedure)|)]]: [[0..*]] { [[0..*]] 260507000 |Access| = [[+id(<< 309795001 |Surgical access values (qualifier value)|)]], [[0..*]] 363699004 |Direct device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 363700003 |Direct morphology| = [[+id(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363701004 |Direct substance| = [[+id(<< 105590001 |Substance (substance)| OR << 373873005 |Pharmaceutical / biologic product (product)|)]], [[0..*]] 363702006 |Has focus| = [[+id(<< 404684003 |Clinical finding (finding)| OR << 71388002 |Procedure (procedure)|)]], [[0..*]] 363703001 |Has intent| = [[+id(<< 363675004 |Intents (nature of procedure values) (qualifier value)|)]], [[0..*]] 363710007 |Indirect device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 363709002 |Indirect morphology| = [[+id(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 260686004 |Method| = [[+id(<< 129264002 |Action (qualifier value)|)]], [[0..*]] 260870009 |Priority| = [[+id(<< 272125009 |Priorities (qualifier value)|)]], [[0..*]] 405815000 |Procedure device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 405816004 |Procedure morphology| = [[+id(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363704007 |Procedure site| = [[+id(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405813007 |Procedure site - Direct| = [[+id(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405814001 |Procedure site - Indirect| = [[+id(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 370131001 |Recipient category| = [[+id(<< 125676002 |Person (person)| OR << 35359004 |Family (social concept)| OR << 133928008 |Community (social concept)| OR << 105455006 |Donor for medical or surgical procedure (person)| OR << 389109008 |Group (social concept)|)]], [[0..*]] 246513007 |Revision status| = [[+id(<< 261424001 |Primary operation (qualifier value)| OR << 255231005 |Revision - value (qualifier value)| OR << 257958009 |Part of multistage procedure (qualifier value)|)]], [[0..*]] 425391005 |Using access device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 424226004 |Using device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 424244007 |Using energy| = [[+id(<< 78621006 |Physical force (physical force)|)]], [[0..*]] 424361007 |Using substance| = [[+id(<< 105590001 |Substance (substance)|)]] }



Scg expression
[[+scg(<< 71388002 |Procedure (procedure)|)]]: [[0..*]] { [[0..*]] 260507000 |Access| = [[+scg(<< 309795001 |Surgical access values (qualifier value)|)]], [[0..*]] 363699004 |Direct device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 363700003 |Direct morphology| = [[+scg(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363701004 |Direct substance| = [[+scg(<< 105590001 |Substance (substance)| OR << 373873005 |Pharmaceutical / biologic product (product)|)]], [[0..*]] 363702006 |Has focus| = [[+scg(<< 404684003 |Clinical finding (finding)| OR << 71388002 |Procedure (procedure)|)]], [[0..*]] 363703001 |Has intent| = [[+scg(<< 363675004 |Intents (nature of procedure values) (qualifier value)|)]], [[0..*]] 363710007 |Indirect device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 363709002 |Indirect morphology| = [[+scg(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 260686004 |Method| = [[+scg(<< 129264002 |Action (qualifier value)|)]], [[0..*]] 260870009 |Priority| = [[+scg(<< 272125009 |Priorities (qualifier value)|)]], [[0..*]] 405815000 |Procedure device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 405816004 |Procedure morphology| = [[+scg(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363704007 |Procedure site| = [[+scg(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405813007 |Procedure site - Direct| = [[+scg(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405814001 |Procedure site - Indirect| = [[+scg(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 370131001 |Recipient category| = [[+scg(<< 125676002 |Person (person)| OR << 35359004 |Family (social concept)| OR << 133928008 |Community (social concept)| OR << 105455006 |Donor for medical or surgical procedure (person)| OR << 389109008 |Group (social concept)|)]], [[0..*]] 246513007 |Revision status| = [[+scg(<< 261424001 |Primary operation (qualifier value)| OR << 255231005 |Revision - value (qualifier value)| OR << 257958009 |Part of multistage procedure (qualifier value)|)]], [[0..*]] 425391005 |Using access device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 424226004 |Using device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 424244007 |Using energy| = [[+scg(<< 78621006 |Physical force (physical force)|)]], [[0..*]] 424361007 |Using substance| = [[+scg(<< 105590001 |Substance (substance)|)]] }


http://snomed.org/dom71388002

Concept
t723560006|MRCM domain international reference set|

Concept
t386053000|Evaluation procedure (procedure)|

Concept
t<< 386053000|Evaluation procedure (procedure)|

Concept
t71388002|Procedure (procedure)|

Concept
t<< 71388002|Procedure (procedure)|


Scg expression
[[1..*]] 260686004 |Method| = [[+(<< 129265001 |Evaluation - action|)]]



Scg expression
[[+id(<< 71388002 |Procedure (procedure)|)]]: [[0..*]] { [[1..*]] 260686004 |Method| = [[+id(<< 129265001 |Evaluation - action|)]], [[0..*]] 246093002 |Component| = [[+id(<< 123037004 |Body structure| OR << 410607006 |Organism| OR << 105590001 |Substance| OR << 123038009 |Specimen| OR << 260787004 |Physical object| OR << 373873005 |Pharmaceutical / biologic product| OR << 419891008 |Record artifact| OR << 363787002 |Observable entity|)]], [[0..*]] 116686009 |Has specimen| = [[+id(<< 123038009 |Specimen (specimen)|)]], [[0..*]] 370129005 |Measurement method| = [[+id(<< 127789004 |Laboratory procedure categorized by method (procedure)|)]], [[0..*]] 370130000 |Property| = [[+id(<< 118598001 |Property of measurement (qualifier value)|)]], [[0..*]] 370132008 |Scale type| = [[+id(<< 30766002 |Quantitative| OR << 26716007 |Qualitative| OR << 117363000 |Ordinal value| OR << 117365007 |Ordinal or quantitative value| OR << 117362005 |Nominal value| OR << 117364006 |Narrative value| OR << 117444000 |Text value|)]], [[0..*]] 370134009 |Time aspect| = [[+id(<< 7389001 |Time frame (qualifier value)|)]], [[0..*]] 260507000 |Access| = [[+id(<< 309795001 |Surgical access values (qualifier value)|)]], [[0..*]] 363699004 |Direct device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 363700003 |Direct morphology| = [[+id(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363701004 |Direct substance| = [[+id(<< 105590001 |Substance (substance)| OR << 373873005 |Pharmaceutical / biologic product (product)|)]], [[0..*]] 363702006 |Has focus| = [[+id(<< 404684003 |Clinical finding (finding)| OR << 71388002 |Procedure (procedure)|)]], [[0..*]] 363703001 |Has intent| = [[+id(<< 363675004 |Intents (nature of procedure values) (qualifier value)|)]], [[0..*]] 363710007 |Indirect device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 363709002 |Indirect morphology| = [[+id(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 260686004 |Method| = [[+id(<< 129264002 |Action (qualifier value)|)]], [[0..*]] 260870009 |Priority| = [[+id(<< 272125009 |Priorities (qualifier value)|)]], [[0..*]] 405815000 |Procedure device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 405816004 |Procedure morphology| = [[+id(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363704007 |Procedure site| = [[+id(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405813007 |Procedure site - Direct| = [[+id(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405814001 |Procedure site - Indirect| = [[+id(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 370131001 |Recipient category| = [[+id(<< 125676002 |Person (person)| OR << 35359004 |Family (social concept)| OR << 133928008 |Community (social concept)| OR << 105455006 |Donor for medical or surgical procedure (person)| OR << 389109008 |Group (social concept)|)]], [[0..*]] 246513007 |Revision status| = [[+id(<< 261424001 |Primary operation (qualifier value)| OR << 255231005 |Revision - value (qualifier value)| OR << 257958009 |Part of multistage procedure (qualifier value)|)]], [[0..*]] 425391005 |Using access device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 424226004 |Using device| = [[+id(<< 49062001 |Device (physical object)|)]], [[0..*]] 424244007 |Using energy| = [[+id(<< 78621006 |Physical force (physical force)|)]], [[0..*]] 424361007 |Using substance| = [[+id(<< 105590001 |Substance (substance)|)]] }



Scg expression
[[+scg(<< 71388002 |Procedure (procedure)|)]]: [[0..*]] { [[1..*]] 260686004 |Method| = [+scg(<< 129265001 |Evaluation - action|)]], [[0..*]] 246093002 |Component| = [[+scg(<< 123037004 |Body structure| OR << 410607006 |Organism| OR << 105590001 |Substance| OR << 123038009 |Specimen| OR << 260787004 |Physical object| OR << 373873005 |Pharmaceutical / biologic product| OR << 419891008 |Record artifact| OR << 363787002 |Observable entity|)]], [[0..*]] 116686009 |Has specimen| = [[+scg(<< 123038009 |Specimen (specimen)|)]], [[0..*]] 370129005 |Measurement method| = [[+scg(<< 127789004 |Laboratory procedure categorized by method (procedure)|)]], [[0..*]] 370130000 |Property| = [[+scg(<< 118598001 |Property of measurement (qualifier value)|)]], [[0..*]] 370132008 |Scale type| = [[+scg(<< 30766002 |Quantitative| OR << 26716007 |Qualitative| OR << 117363000 |Ordinal value| OR << 117365007 |Ordinal or quantitative value| OR << 117362005 |Nominal value| OR << 117364006 |Narrative value| OR << 117444000 |Text value|)]], [[0..*]] 370134009 |Time aspect| = [[+scg(<< 7389001 |Time frame (qualifier value)|)]], [[0..*]] 260507000 |Access| = [[+scg(<< 309795001 |Surgical access values (qualifier value)|)]], [[0..*]] 363699004 |Direct device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 363700003 |Direct morphology| = [[+scg(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363701004 |Direct substance| = [[+scg(<< 105590001 |Substance (substance)| OR << 373873005 |Pharmaceutical / biologic product (product)|)]], [[0..*]] 363702006 |Has focus| = [[+scg(<< 404684003 |Clinical finding (finding)| OR << 71388002 |Procedure (procedure)|)]], [[0..*]] 363703001 |Has intent| = [[+scg(<< 363675004 |Intents (nature of procedure values) (qualifier value)|)]], [[0..*]] 363710007 |Indirect device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 363709002 |Indirect morphology| = [[+scg(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 260686004 |Method| = [[+scg(<< 129264002 |Action (qualifier value)|)]], [[0..*]] 260870009 |Priority| = [[+scg(<< 272125009 |Priorities (qualifier value)|)]], [[0..*]] 405815000 |Procedure device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 405816004 |Procedure morphology| = [[+scg(<< 49755003 |Morphologically abnormal structure (morphologic abnormality)|)]], [[0..*]] 363704007 |Procedure site| = [[+scg(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405813007 |Procedure site - Direct| = [[+scg(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 405814001 |Procedure site - Indirect| = [[+scg(<< 442083009 |Anatomical or acquired body structure (body structure)|)]], [[0..*]] 370131001 |Recipient category| = [[+scg(<< 125676002 |Person (person)| OR << 35359004 |Family (social concept)| OR << 133928008 |Community (social concept)| OR << 105455006 |Donor for medical or surgical procedure (person)| OR << 389109008 |Group (social concept)|)]], [[0..*]] 246513007 |Revision status| = [[+scg(<< 261424001 |Primary operation (qualifier value)| OR << 255231005 |Revision - value (qualifier value)| OR << 257958009 |Part of multistage procedure (qualifier value)|)]], [[0..*]] 425391005 |Using access device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 424226004 |Using device| = [[+scg(<< 49062001 |Device (physical object)|)]], [[0..*]] 424244007 |Using energy| = [[+scg(<< 78621006 |Physical force (physical force)|)]], [[0..*]] 424361007 |Using substance| = [[+scg(<< 105590001 |Substance (substance)|)]] }


http://snomed.org/dom386053000






 

...

111115 |MRCM domain (INT) reference set|

...

404684003 |Clinical finding (finding)|

...

<< 404684003 |Clinical finding (finding)|

...

138875005 |SNOMED CT Concept (SNOMED RT+CTV3)|

...

<< 404684003 |Clinical finding (finding)|

...

 

...

[[<< 404684003 |Clinical finding (finding)|]]: [0..*] { 255234002 |After| = [[ [0..*] << 404684003 |Clinical finding (finding)| OR << 71388002 |Procedure (procedure)|]], . . . }

...

[[<< 404684003 |Clinical finding (finding)|]]: [0..*] { 255234002 |After| = [[ [0..*] << 404684003 |Clinical finding (finding)| OR << 71388002 |Procedure (procedure)|]], . . . }

...

http://snomed.org/dom404684003

...

111115 |MRCM domain (INT) reference set|

...

64572001 |Disease (disorder)|

...

<< 64572001 |Disease (disorder)|

...

404684003 |Clinical finding (finding)|

...

<< 64572001 |Disease (disorder)|

...

 

...

[[<< 64572001 |Disease (disorder)|]]: [0..*] { 363705008 |Has definitional manifestation| = [[ [0..*] << 404684003 |Clinical finding (finding)|]], . . . }

...

[[<< 64572001 |Disease (disorder)|]]: [0..*] { 363705008 |Has definitional manifestation| = [[ [0..*] << 404684003 |Clinical finding (finding)|]], . . . }

...

http://snomed.org/dom64572001

...

111115 |MRCM domain (INT) reference set|

...

71388002 |Procedure (procedure)|

...

<< 71388002 |Procedure (procedure)|

...

138875005 |SNOMED CT Concept (SNOMED RT+CTV3)|

...

<< 71388002 |Procedure (procedure)|

...

 

...

[[<< 71388002 |Procedure (procedure)|]]: [0..*] { 260507000 |Access| = [[ [0..*] << 309795001 |Surgical access values (qualifier value)|]], . . . }

...

[[<< 71388002 |Procedure (procedure)|]]: [0..*] { 260507000 |Access| = [[ [0..*] << 309795001 |Surgical access values (qualifier value)|]], . . . }

...

http://snomed.org/dom71388002

...

111115 |MRCM domain (INT) reference set|

...

386053000 |Evaluation procedure (procedure)|

...

<< 386053000 |Evaluation procedure (procedure)|

...

71388002 |Procedure (procedure)|

...

<< 71388002 |Procedure (procedure)|

...

260686004 |Method| = [[ [1..*] << 129265001 |Evaluation - action|]]

...

[[<< 71388002 |Procedure (procedure)|]]: [0..*] { 260686004 |Method| = [[ [1..*] << 129265001 |Evaluation - action|]], 246093002 |Component| = [[ [0..*] << 105590001 |Substance (substance)| OR << 363787002 |Observable entity (observable entity)| OR << 4421005 |Cell structure (cell structure)| OR << 410607006 |Organism (organism)|]], . . . }

...

[[<< 71388002 |Procedure (procedure)|]]: [0..*] { 260686004 |Method| = [[ [1..*] << 129265001 |Evaluation - action|]], 246093002 |Component| = [[ [0..*] << 105590001 |Substance (substance)| OR << 363787002 |Observable entity (observable entity)| OR << 4421005 |Cell structure (cell structure)| OR << 410607006 |Organism (organism)|]], . . . }

...

http://snomed.org/dom386053000

 

Note: The table above omits the initial four columns of data present in the release file. These follow the standard format for id, effectiveTime, active and moduleId. Additionally, to aid understanding, the table above also shows the term from one of the descriptions associated with each of the identified concepts. The release file only includes the identifier of these concepts.

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