A Structured Reporting Templates (Normative)

This Annex specifies the content of Standard Templates that may be used by DICOM SR IODs.

General Templates 

TID 300 Measurement

This Template provides a general structure for a numeric measurement, together with evaluations of its normality and/or significance, and the inference source(s) for its value. This structure is instantiated by inclusion of this Template with specific contextual parameters from a parent Template.

Table TID 300. Parameters

Parameter Name

Parameter Usage

$Measurement

Coded term or Context Group for Concept Name of measurement

$Units

Units of Measurement

$ModType

Modifier Name for Concept Name of measurement

$ModValue

Modifier Value for Concept Name of measurement

$Method

Value for Measurement Method

$Derivation

Value for Measurement Derivation

$TargetSite

Value for Anatomic Location of measurement

$TargetSiteMod

Modifier Value for Anatomic Location of measurement

$Equation

Coded term or Context Group for the equation or table from which the measurement was derived or computed

$ImagePurpose

Purpose of Reference for an image used as a source of the measurement

$WavePurpose

Purpose of Reference for a waveform used as a source of the measurement

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement

$DerivationParameter

Coded term or Context Group for Concept Name of a derivation parameter

$DerivationParameterUnits

Units of derivation parameter


Type:

Extensible

Order:

Significant

Table TID 300. Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

$Measurement

1

M

UNITS = $Units

2

>

HAS CONCEPT MOD

CODE

$ModType

1-n

U

$ModValue

3

>

HAS CONCEPT MOD

CODE

EV (G-C036, SRT, "Measurement Method")

1

U

$Method

4

>

HAS CONCEPT MOD

CODE

EV (121401, DCM, "Derivation")

1

U

$Derivation

5

>

HAS CONCEPT MOD

CODE

EV (G-C0E3, SRT, "Finding Site")

1

U

$TargetSite

6

>>

HAS CONCEPT MOD

CODE

EV (G-C171, SRT, "Laterality")

1

U

DCID 244 “Laterality”

7

>>

HAS CONCEPT MOD

CODE

DT (G-A1F8, SRT, "Topographical modifier")

1

U

$TargetSiteMod

8

>

HAS PROPERTIES

INCLUDE

DTID 310 “Measurement Properties”

1

U

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority

9

>

INFERRED FROM

NUM

$DerivationParameter

1-n

UC

XOR Row 10

UNITS = $DerivationParameterUnits

10

>

R-INFERRED FROM

NUM

$DerivationParameter

1-n

UC

XOR Row 9

UNITS = $DerivationParameterUnits

11

>

INFERRED FROM

INCLUDE

DTID 315 “Equation or Table”

1

UC

XOR Row 12

$Equation = $Equation

12

>

INFERRED FROM

TEXT

DCID 228 “Equation or Table”

1

UC

XOR Row 11

13

>

INCLUDE

DTID 320 “Image or Spatial Coordinates”

1-n

U

$Purpose = $ImagePurpose

14

>

INCLUDE

DTID 321 “Waveform or Temporal Coordinates”

1-n

U

$Purpose = $WavePurpose

15

>

INCLUDE

DTID 1000 “Quotation”

1

U

16

>

HAS CONCEPT MOD

TEXT

EV (121050, DCM, "Equivalent Meaning of Concept Name")

1

U

17

>

HAS OBS CONTEXT

INCLUDE

DTID 4108 “Tracking Identifier”

1

U


Content Item Descriptions

Rows 2, 3, 4, 5

The HAS CONCEPT MOD items allow the explicit definition of terms for post-coordination of the measurement concept name. Additional post-coordinated modifier terms may be included in a SOP Instance based on this template, in accordance with section 6.2.4, or as defined by templates that invoke this template and explicitly define additional post-coordinated modifiers (e.g., TID 5203).

Rows 9, 10

The INFERRED FROM items allow the specification (by-value or by-reference) of numeric values that were used in the derivation of the numeric measurement of Row 1. The nature of the inference is not explicitly conveyed; it may be implicit in the Concept Names of the measurements. Inference by-reference is valid only in SOP Classes that permit the INFERRED FROM relationship by-reference.

Row 16

Equivalent Meaning of Concept Name allows the creating application to specify the preferred composed concept name representing the measurement and the associated post-coordinated concept modifiers. The concept modifiers may include those specified in this template, in a template that invokes this template, or at the option of the creating application in accordance with section 6.2.4. This composed concept name may be rendered by a display application.

TID 310 Measurement Properties

This Template provides the properties of a numeric measurement, including evaluations of its normality and/or significance, its relationship to a reference population, and an indication of its selection from a set of measurements.

Table TID 310. Parameters

Parameter Name

Parameter Usage

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement


Type:

Extensible

Order:

Significant

Table TID 310. Measurement Properties

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CODE

EV (121402, DCM, "Normality")

1

U

DCID 222 “Normality Codes”

2

INCLUDE

DTID 311 “Measurement Statistical Properties”

1

U

$RefAuthority = $RefAuthority

3

INCLUDE

DTID 312 “Normal Range Properties”

1

U

$RangeAuthority = $RangeAuthority

4

CODE

EV (121403, DCM, "Level of Significance")

1

U

DCID 220 “Level of Significance”

5

NUM

DCID 225 “Measurement Uncertainty Concepts”

1-n

U

6

CODE

EV (121404, DCM, "Selection Status")

1

U

DCID 224 “Selection Method”


TID 311 Measurement Statistical Properties

This Template provides the statistical properties of a reference population for a numeric measurement, and/or the position of a measurement in such a reference population.

Table TID 311. Parameters

Parameter Name

Parameter Usage

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population


Type:

Extensible

Order:

Significant

Table TID 311. Measurement Statistical Properties

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 221 “Measurement Range Concepts”

1-n

M

2

TEXT

EV (121405, DCM, "Population description")

1

U

3

TEXT

EV (121406, DCM, "Reference Authority")

1

UC

XOR row 4

4

CODE

EV (121406, DCM, "Reference Authority")

1

UC

XOR row 3

$RefAuthority


TID 312 Normal Range Properties

This Template provides the normal range of values for a numeric measurement.

Table TID 312. Parameters

Parameter Name

Parameter Usage

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement


Type:

Extensible

Order:

Significant

Table TID 312. Normal Range Properties

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 223 “Normal Range Values”

1-n

M

2

TEXT

EV (121407, DCM, "Normal Range description")

1

U

3

TEXT

EV (121408, DCM, "Normal Range Authority")

1

UC

XOR row 4

4

CODE

EV (121408, DCM, "Normal Range Authority")

1

UC

XOR row 3

$RangeAuthority


TID 315 Equation or Table

Table TID 315. Parameters

Parameter Name

Parameter Usage

$Equation

Coded term or Context Group for the equation or table from which a measurement was derived or computed


Type:

Extensible

Order:

Significant

Table TID 315. Equation or Table

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CODE

DCID 228 “Equation or Table”

1

M

$Equation

2

>

HAS PROPERTIES

NUM

1-n

U

3

>

R-HAS PROPERTIES

NUM

1-n

U


Content Item Descriptions

Row 2

The HAS PROPERTIES allows the specification of the numeric values used as input to the equation or table identified in Row 1.

Row 3

The HAS PROPERTIES allows the specification by-reference of the numeric values used as input to the equation or table. This row is valid only in SOP Classes that permit the HAS PROPERTIES relationship by-reference.

Note

For example, if Row 1 identifies a specific Body Surface Area equation, Rows 2 and 3 can be used to convey (by-value or by-reference) the Patient Height and Patient Weight numeric measurements used in the BSA computation.

TID 320 Image or Spatial Coordinates

This Template provides a general structure for inference from an image, either as a whole, or with specific spatial coordinates, as a single included Template in the invoking Template. If allowed by the IOD, the Image Content Item may be included by-reference.

Table TID 320. Parameters

Parameter Name

Parameter Usage

$Purpose

Purpose of Reference for an image used as a source of the measurement


Type:

Extensible

Order:

Significant

Table TID 320. Image or Spatial Coordinates

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

INFERRED FROM

IMAGE

$Purpose

1

MC

XOR Rows 2, 3

2

R-INFERRED FROM

IMAGE

1

MC

XOR Rows 1, 3

3

INFERRED FROM

SCOORD

$Purpose

1

MC

XOR Rows 1, 2

4

>

SELECTED FROM

IMAGE

1

MC

XOR Row 5

5

>

R-SELECTED FROM

IMAGE

1

MC

XOR Row 4


TID 321 Waveform or Temporal Coordinates

This Template provides a general structure for referencing a waveform, either as a whole, or with specific temporal coordinates, as a single included Template in the invoking Template. If allowed by the IOD, the Waveform Content Item may be included by-reference.

Table TID 321. Parameters

Parameter Name

Parameter Usage

$Purpose

Purpose of Reference for a waveform used as a source of the measurement


Type:

Extensible

Order:

Significant

Table TID 321. Waveform or Temporal Coordinates

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

INFERRED FROM

WAVEFORM

$Purpose

1

MC

XOR Rows 2, 3

2

R-INFERRED FROM

WAVEFORM

1

MC

XOR Rows 1, 3

3

INFERRED FROM

TCOORD

$Purpose

1

MC

XOR Rows 1, 2

4

>

SELECTED FROM

WAVEFORM

1

MC

XOR Row 5

5

>

R-SELECTED FROM

WAVEFORM

1

MC

XOR Row 4


TID 350 References to Supporting Evidence

This template provides references to supporting evidence in the form of DICOM composite objects. This includes references to images, spatial coordinates on images, and other composite objects, such as Structured Reports.

Type:

Non-Extensible

Order:

Significant

Table TID 350. References to Supporting Evidence

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

IMAGE

BCID 7003 “Diagnostic Imaging Report Purposes of Reference”

1-n

U

2

SCOORD

BCID 7003 “Diagnostic Imaging Report Purposes of Reference”

1-n

U

3

>

SELECTED FROM

IMAGE

1

M

4

COMPOSITE

DT (122073, DCM, "Current procedure evidence")

1-n

U

5

>

HAS CONCEPT MOD

CODE

EV (121144, DCM, "Document Title")

1

U


TID 351 Previous Reports

This general template provides a means to reference previous structured reporting composite object instances.

Type:

Extensible

Order:

Significant

Table TID 351. Previous Reports

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (111549, DCM, "Previous Reports")

1

M

2

>

CONTAINS

COMPOSITE

1-n

M


Content Item Descriptions

Row 2

Concept Name may be the Root Concept Name (title) of a Structured Report composite object instance.

TID 1000 Quotation

Unless otherwise specified, content in an SR tree is "directly" observed. When material is quoted (from a source that is either a document or something spoken), then it is necessary to specify:

  • the fact that one is quoting

  • who is doing the quoting

  • the source of the quote

  • who is being quoted, and who and what the quote is about

This template establishes a mechanism for quoting by specifying:

  • the fact that one is quoting, by the presence of the contents of the template in the tree

  • that the "observer context" above the invocation of this template establishes who is doing the quoting

  • the source of the quote, by the values of the content items in this template

  • who is being quoted, and who and what the quote is about, by the observation context that is established at the start of the quoted material

This template may be invoked recursively, to nest quotes within quotes. In essence, the chain of who is quoting whom can be established by maintaining a "stack" of observer context.

If a dimension of observation context is the same in the quoted material as in the enclosing tree, then the observation context does not need to be respecified (e.g., the quote may be about the same subject or procedure). Typically, the observer context would change (unless one were quoting oneself).

In the case of quoting something that was spoken, the "observer" is the person speaking.

TID 1000 is attached using HAS OBS CONTEXT relationships to the top node of the material that is being quoted. The presence of the Quoted Source concept signals the fact that the material is quoted rather than directly observed.

Type:

Extensible

Order:

Significant

Table TID 1000. Quotation

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS OBS CONTEXT

CODE

EV (121001, DCM, "Quotation Mode")

1

M

EV (121003, DCM, "Document")

EV (121004, DCM, "Verbal")

2

HAS OBS CONTEXT

COMPOSITE

EV (121002, DCM, "Quoted Source")

1

MC

Required if quoted material source is a DICOM composite object

3

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

M


TID 1001 Observation Context

Specifies attributes of observation context that may be defined, extended or replaced at any location in the SR tree.

This includes attributes that specify:

  • who or what the observation is about ("subject context")

  • what procedure the observation is about ("procedure context")

  • who or what is making the observation ("observer context")

Establishing context includes two aspects of each dimension: identification and description (e.g., patient name and ID vs. patient's age, height or weight).

Whenever one dimension of context is changed or an attribute is added, all attributes of that dimension of context are "flushed", that is they need to be repeated in their entirety. For example, when the subject is changed from patient (name, id) to fetus (number), then the parameters of the patient are discarded. E.g., the patient's ID does not apply to the fetus.

"Extending" the same class and dimension of observation context isn't feasible, since one cannot "null out" or remove a previously set attribute. Any time a dimension of observation context is "replaced", any attributes that are unspecified remain unspecified (i.e., they are not inherited).

Type:

Non-Extensible

Order:

Significant

Table TID 1001. Observation Context

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS OBS CONTEXT

INCLUDE

DTID 1002 “Observer Context”

1-n

MC

Required if all aspects of observer context are not inherited.

Defaults to the attributes of the Author Observer Sequence (0040,A078), or the Verifying Observer Sequence (0040,A073) if the Author Observer Sequence is not present

2

HAS OBS CONTEXT

INCLUDE

DTID 1005 “Procedure Context”

1

MC

Required if all aspects of procedure context are not inherited.

3

HAS OBS CONTEXT

INCLUDE

DTID 1006 “Subject Context”

1

MC

Required if all aspects of observation subject context are not inherited.


TID 1002 Observer Context

The observer (person or device) that created the Content Items to which this context applies.

Whenever this template is invoked, all previously inherited attributes of Observer Context are discarded and replaced.

There may be more than one observer, as this template may be invoked with a VM 1-n, and both person and device observers. In such a case, the Content Items of TID 1003 “Person Observer Identifying Attributes” and TID 1004 “Device Observer Identifying Attributes” shall be included in the order in which the values of Observer Type are specified. Since TID 1003 “Person Observer Identifying Attributes” and TID 1004 “Device Observer Identifying Attributes” both include a single mandatory Content Item as their first Content Item, which observer is being described can be determined

Type:

Non-Extensible

Order:

Significant

Table TID 1002. Observer Context

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS OBS CONTEXT

CODE

EV (121005, DCM, "Observer Type")

1

MC

IF Observer type is device

DCID 270 “Observer Type”

Defaults to (121006, DCM, "Person")

2

HAS OBS CONTEXT

INCLUDE

DTID 1003 “Person Observer Identifying Attributes”

1

MC

IFF Row 1 value = (121006, DCM, "Person") or Row 1 is absent

3

HAS OBS CONTEXT

INCLUDE

DTID 1004 “Device Observer Identifying Attributes”

1

MC

IFF Row 1 value = (121007, DCM, "Device")


TID 1003 Person Observer Identifying Attributes

This template contains identifying (and optionally descriptive) attributes of persons that are observers.

Type:

Extensible

Order:

Significant

Table TID 1003. Person Observer Identifying Attributes

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

PNAME

EV (121008, DCM, "Person Observer Name")

1

M

2

TEXT

EV (121009, DCM, "Person Observer's Organization Name")

1

U

Defaults to Institution Name (0008,0080) of the General Equipment Module

3

CODE

EV (121010, DCM, "Person Observer's Role in the Organization")

1

U

BCID 7452 “Organizational Roles”

4

CODE

EV (121011, DCM, "Person Observer's Role in this Procedure")

1

U

BCID 7453 “Performing Roles”


TID 1004 Device Observer Identifying Attributes

This template (derived from the DICOM General Equipment Module of PS3.3) contains identifying (and optionally descriptive) attributes of devices that are observers.

Type:

Extensible

Order:

Significant

Table TID 1004. Device Observer Identifying Attributes

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

UIDREF

EV (121012, DCM, "Device Observer UID")

1

M

2

TEXT

EV (121013, DCM, "Device Observer Name")

1

U

Defaults to value of Station Name (0008,1010) in General Equipment Module

3

TEXT

EV (121014, DCM, "Device Observer Manufacturer")

1

U

Defaults to value of Manufacturer (0008,0070) in General Equipment Module

4

TEXT

EV (121015, DCM, "Device Observer Model Name")

1

U

Defaults to value of Manufacturer's Model Name (0008,1090) in General Equipment Module

5

TEXT

EV (121016, DCM, "Device Observer Serial Number")

1

U

Defaults to value of Device Serial Number (0018,1000) in General Equipment Module

6

TEXT

EV (121017, DCM, "Device Observer Physical Location During Observation")

1

U

7

CODE

EV (113876, DCM, "Device Role in Procedure")

1-n

U

BCID 7445 “Device Participating Roles”


Content Item Descriptions

Row 7

If the device performing the observations has other roles, e.g., as the irradiating device in a dose report, this may be recorded here, if not implicit.

TID 1005 Procedure Context

This template contains identifying (and optionally descriptive) attributes of the procedure that is the source of evidence being interpreted.

Whenever this template is invoked, all previously inherited attributes of Procedure Context are discarded and replaced.

Note

If an observed digital image is identified by other than a DICOM UID, a Study Instance UID must be generated for the non-DICOM evidence. The same must be done to document interpretation of hard-copy radiographs generated outside of the scope of the DICOM system.

Type:

Non-Extensible

Order:

Significant

Table TID 1005. Procedure Context

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

UIDREF

EV (121018, DCM, "Procedure Study Instance UID")

1

U

Defaults to Study Instance UID (0020, 000D) of General Study Module

2

UIDREF

EV (121019, DCM, "Procedure Study Component UID")

1-n

U

3

TEXT

EV (121020, DCM, "Placer Number")

1

U

4

>

HAS CONCEPT MOD

TEXT

EV (110190, DCM, "Issuer of Identifier")

1

U

See note

5

TEXT

EV (121021, DCM, "Filler Number")

1

U

6

>

HAS CONCEPT MOD

TEXT

EV (110190, DCM, "Issuer of Identifier")

1

U

See note

7

TEXT

EV (121022, DCM, "Accession Number")

1

U

Defaults to (0008,0050)

8

>

HAS CONCEPT MOD

TEXT

EV (110190, DCM, "Issuer of Identifier")

1

U

See note

9

CODE

EV (121023, DCM, "Procedure Code")

1-n

U

Defaults to Procedure Code Sequence (0008,1032) of General Study Module


Content Item Descriptions

Rows 5, 6

The issuer shall be formatted in accordance with the HL7v2 Hierarchic Designator Data Type. That format is [ Namespace ID]^[ Universal ID^ Universal ID Type], where Namespace IDidentifies an entity within the local namespace or domain, Universal IDis a universal or unique identifier for an entity, and Universal ID Typespecifies the standard format of the Universal ID (see HL7 v2 Section 2.A.33).

TID 1006 Subject Context

This template contains identifying (and optionally descriptive) attributes of the subject of the observation.

Subject context identifies (and optionally) describes the subject of the observation, whether it be a patient (human or animal), a fetus (human or animal), a specimen, or a device.

Type:

Non-Extensible

Order:

Significant

Table TID 1006. Subject Context

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CODE

EV (121024, DCM, "Subject Class")

1

MC

IF subject is not the Patient

DCID 271 “Observation Subject Class”

Defaults to (121025, DCM, "Patient")

2

INCLUDE

DTID 1007 “Subject Context, Patient”

1

UC

IFF Row 1 value = (121025, DCM, "Patient") or Row 1 is absent

May be used for human or animal patients

3

INCLUDE

DTID 1008 “Subject Context, Fetus”

1

UC

IFF Row 1 value = (121026, DCM, "Fetus")

May be used for human or animal fetuses

4

INCLUDE

DTID 1009 “Subject Context, Specimen”

1

UC

IFF Row 1 value = (121027, DCM, "Specimen")

5

INCLUDE

DTID 1010 “Subject Context, Device”

1

UC

IFF Row 1 value = (121192, DCM, "Device Subject")


TID 1007 Subject Context, Patient

Identifies (and optionally describes) a patient who is the subject.

Type:

Extensible

Order:

Significant

Table TID 1007. Subject Context, Patient

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

UIDREF

EV (121028, DCM, "Subject UID")

1

U

E.g., SOP Instance UID of Detached Patient Instance

2

PNAME

EV (121029, DCM, "Subject Name")

1

MC

Required if not inherited.

Defaults to value of Patient's Name (0010,0010) in Patient Module

3

CODE

EV (121030, DCM, "Subject ID")

1

MC

Required if not inherited.

Defaults to value of Patient ID (0010,0020) in Patient Module

4

DATE

EV (121031, DCM, "Subject Birth Date")

1

U

Defaults to value of Patient's Birth Date (0010,0030) in Patient Module

5

CODE

EV (121032, DCM, "Subject Sex")

1

U

Defaults to value equivalent to Patient's Sex (0010,0040) in Patient Module

DCID 7455 “Sex”

6

NUM

EV (121033, DCM, "Subject Age")

1

U

Defaults to value of Patient's Age (0010,1010) in Patient Study Module

UNITS = DCID 7456 “Units of Measure for Age”

7

CODE

EV (121034, DCM, "Subject Species")

1

MC

Required if not inherited.

DCID 7454 “Species”

Defaults to (L-85B00, SRT, "homo sapiens").

8

CODE

EV (121035, DCM, "Subject Breed")

1

U

Defaults to value of Patient Breed Code Sequence (0010,2293) in General Patient Module

DCID 7480 “Breed”


TID 1008 Subject Context, Fetus

Identifies (and optionally describes) a fetus who is the subject.

Type:

Extensible

Order:

Significant

Table TID 1008. Subject Context, Fetus

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

PNAME

EV (121036, DCM, "Mother of fetus")

1

U

Defaults to an observation subject that is a patient prior to replacing the Observation Subject Class with Fetus.

2

UIDREF

EV (121028, DCM, "Subject UID")

1

U

For longitudinal tracking of individual fetuses

3

TEXT

EV (121030, DCM, "Subject ID")

1

MC

IF row 4 is absent

For longitudinal tracking of individual fetuses (human readable value e.g., "A" or "1")

4

TEXT

EV (11951-1, LN, "Fetus ID")

1

MC

IF row 3 is absent

For separation of multiple fetuses during this procedure e.g., fetus '1" of '2" … not for longitudinal comparisons.; i.e., the "m" of fetus "m" of "n"

5

NUM

EV (11878-6, LN, "Number of Fetuses by US")

1

U

XOR Row 6

UNITS = EV (1, UCUM, "no units")

6

NUM

EV (55281-0, LN, "Number of Fetuses")

1

UC

XOR Row 5

UNITS = EV (1, UCUM, "no units")


Content Item Descriptions

Row 5, 6

The "n" of fetus "m" of "n"; either the code for the ultrasound method (Row 5) or for the non-specific method (Row 6) may be used

TID 1009 Subject Context, Specimen

Identifies (and optionally describes) a specimen that is the subject.

Type:

Extensible

Order:

Significant

Table TID 1009. Subject Context, Specimen

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

UIDREF

EV (121039, DCM, "Specimen UID")

1

U

2

INCLUDE

DTID 1007 “Subject Context, Patient”

1

UC

IFF the source of the specimen is a human or animal patient

3

TEXT

EV (121041, DCM, "Specimen Identifier")

1

U

4

TEXT

EV (111724, DCM, "Issuer of Specimen Identifier")

1

U

See content item descriptions

5

CODE

EV (R-00254, SRT, "Specimen Type")

1

U

DCID 8103 “Anatomic Pathology Specimen Types”

6

TEXT

EV (111700, DCM, "Specimen Container Identifier")

1

U


Content Item Descriptions

Rows 5, 6

The Issuer of Specimen Identifier shall be formatted in accordance with the HL7 v2 Hierarchic Designator data type (see HL7 v2.6 Section 2.A.33), i.e., [ Namespace ID]^[ Universal ID^Universal ID Type]

TID 1010 Subject Context, Device

Identifies (and optionally describes) a device that is the subject of observations.

Type:

Extensible

Order:

Significant

Table TID 1010. Subject Context, Device


TID 1020 Person Participant

This template describes a person participating in an activity as other than an observer or subject. E.g., for a dose report documenting an irradiating procedure, participants include the person administering the irradiation and the person authorizing the irradiation.

This Template is included with specific contextual parameters from a parent Template.

Table TID 1020. Parameters

Parameter Name

Parameter Usage

$PersonProcedureRole

Coded term or Context Group for the Concept Name that describes the nature of the person's participation in this procedure.


Type:

Extensible

Order:

Significant

Table TID 1020. Person Participant

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

PNAME

EV (113870, DCM, "Person Name")

1

M

2

>

HAS PROPERTIES

CODE

EV (113875, DCM, "Person Role in Procedure")

1

M

$PersonProcedureRole

3

>

HAS PROPERTIES

TEXT

EV (113871, DCM, "Person ID")

1

U

4

>

HAS PROPERTIES

TEXT

EV (113872, DCM, "Person ID Issuer")

1

U

5

>

HAS PROPERTIES

TEXT

EV (113873, DCM, "Organization Name")

1

U

6

>

HAS PROPERTIES

CODE

EV (113874, DCM, "Person Role in Organization")

1

U

BCID 7452 “Organizational Roles”


Content Item Descriptions

Row 1

The name of the person participating in the role identified in Row 2.

Row 2

The procedural role played by the person in this procedure.

Row 6

The organizational role played by the person in the organization.

TID 1021 Device Participant

This template describes a device participating in an activity as other than an observer or subject. E.g., for a dose report documenting an irradiating procedure, participants include the irradiating device.

This Template is included with specific contextual parameters from a parent Template.

Table TID 1021. Parameters

Parameter Name

Parameter Usage

$DeviceProcedureRole

Coded term or Context Group for the Concept Name that describes the nature of the device's participation in this procedure.


Type:

Extensible

Order:

Significant

Table TID 1021. Device Participant

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CODE

EV (113876, DCM, "Device Role in Procedure")

1

M

$DeviceProcedureRole

2

>

HAS PROPERTIES

TEXT

EV (113877, DCM, "Device Name")

1

U

3

>

HAS PROPERTIES

TEXT

EV (113878, DCM, "Device Manufacturer")

1

M

4

>

HAS PROPERTIES

TEXT

EV (113879, DCM, "Device Model Name")

1

M

5

>

HAS PROPERTIES

TEXT

EV (113880, DCM, "Device Serial Number")

1

M

6

>

HAS PROPERTIES

UIDREF

EV (121012, DCM, "Device Observer UID")

1

M


Content Item Descriptions

Row 1

If no Device Procedure Role is provided, BCID 7445 “Device Participating Roles” may be used.

Row 2

This may be used for the name by which the organization manages the device.

TID 1200 Language Designation

Defines a mechanism for specifying a language, optionally with designation of the country in which that language applies.

Note

  1. For example, the French language could be specified unmodified, or French as written in France or Canada could be distinguished.

  2. The language codes specified in CID 5000 “Languages” optionally allow the encoding of the country of language in the code value for the language. Encoding of the country of language in a separate subsidiary Concept Modifier content item is allowed for backward compatibility with previous editions of the Standard.

Type:

Extensible

Order:

Significant

Table TID 1200. Language Designation

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CODE

EV (121045, DCM, "Language")

1

M

DCID 5000 “Languages”

2

>

HAS CONCEPT MOD

CODE

EV (121046, DCM, "Country of Language")

1

U

DCID 5001 “Countries”


TID 1201 Language of Value

Defines a mechanism for specifying the language in which the value of the parent content item (only) is written. Does not specify the language of the Concept Name of the parent content item, nor of any other descendants of the parent content item.

Note

The language codes specified in CID 5000 “Languages” optionally allow the encoding of the country of language in the code value for the language. Encoding of the country of language in a separate subsidiary Concept Modifier content item is allowed for backward compatibility with previous editions of the Standard.

Type:

Non-Extensible

Order:

Significant

Table TID 1201. Language of Value

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS CONCEPT MOD

CODE

EV (121047, DCM, "Language of Value")

1

M

DCID 5000 “Languages”

2

>

HAS CONCEPT MOD

CODE

EV (121046, DCM, "Country of Language")

1

U

DCID 5001 “Countries”


TID 1202 Language of Name and Value

Defines a mechanism for specifying the language in which the value and the Concept Name of the parent content item (only) is written. Does not specify the language of any other descendants of the parent content item.

Note

The language codes specified in CID 5000 “Languages” optionally allow the encoding of the country of language in the code value for the language. Encoding of the country of language in a separate subsidiary Concept Modifier content item is allowed for backward compatibility with previous editions of the Standard.

Type:

Extensible

Order:

Significant

Table TID 1202. Language of Name and Value

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS CONCEPT MOD

CODE

EV (121048, DCM, "Language of Name and Value")

1

M

DCID 5000 “Languages”

2

>

HAS CONCEPT MOD

CODE

EV (121046, DCM, "Country of Language")

1

U

DCID 5001 “Countries”


TID 1204 Language of Content Item and Descendants

Defines a mechanism for specifying the language in which the value and the Concept Name of the parent content item and any other descendants of the parent content item is written.

Note

The language codes specified in CID 5000 “Languages” optionally allow the encoding of the country of language in the code value for the language. Encoding of the country of language in a separate subsidiary Concept Modifier content item is allowed for backward compatibility with previous editions of the Standard.

Type:

Non-Extensible

Order:

Significant

Table TID 1204. Language of Content Item and Descendants

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS CONCEPT MOD

CODE

EV (121049, DCM, "Language of Content Item and Descendants")

1

M

DCID 5000 “Languages”

2

>

HAS CONCEPT MOD

CODE

EV (121046, DCM, "Country of Language")

1

U

DCID 5001 “Countries”


TID 1210 Equivalent Meaning(s) of Concept Name

Defines a mechanism for specifying one or more equivalent meanings for the Concept Name of the parent content item.

Type:

Non-Extensible

Order:

Significant

Table TID 1210. Equivalent Meaning(s) of Concept Name

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS CONCEPT MOD

TEXT

EV (121050, DCM, "Equivalent Meaning of Concept Name")

1-n

MC

XOR Row 3

Plain text equivalent of code meaning of the concept name of the content item being modified, in the specified language from the specified country, using the default character set or a character set selected from Specified Character Set

2

>

INCLUDE

DTID 1201 “Language of Value”

1

U

3

HAS CONCEPT MOD

CODE

EV (121050, DCM, "Equivalent Meaning of Concept Name")

1-n

MC

XOR Row 1

4

>

INCLUDE

DTID 1201 “Language of Value”

1

U


TID 1211 Equivalent Meaning(s) of Value

Defines a mechanism for specifying one or more equivalent meanings for the Value of the parent content item.

Type:

Extensible

Order:

Significant

Table TID 1211. Equivalent Meaning(s) of Value

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS CONCEPT MOD

TEXT

EV (121051, DCM, "Equivalent Meaning of Value")

1-n

MC

XOR Row 3

Plain text equivalent of code meaning of the value of the content item being modified, in the specified language from the specified country, using the default character set or a character set selected from Specified Character Set

2

>

INCLUDE

DTID 1201 “Language of Value”

1

U

3

HAS CONCEPT MOD

CODE

EV (121051, DCM, "Equivalent Meaning of Value")

1-n

MC

XOR Row 1

4

>

INCLUDE

DTID 1201 “Language of Value”

1

U


Note

  1. For example, to describe a longer, more meaningful equivalent (in the same language) for a procedure code than is defined in a coding scheme:

    CODE: (121023, DCM, "Procedure Code") = (50291CC, ICD10PCS, "IMAGING:CNS:CT:SELLA:LOWOSMOLAR:IT, U, E:2PLANE3D")

    > HAS CONCEPT MOD TEXT: (121051, DCM, "Equivalent meaning of value") = "imaging study central nervous system of the sella turcica/pituitary gland with low osmolar contrast intrathecal, unenhanced and enhanced, in two planes with 3D reconstructions"

  2. For example, to specify a concept name and value in both French and English in Canada:

    CODE:(T-D0005, SRT, "Anatomical structure") = (T-04000, SRT, "Breast")

    > HAS CONCEPT MOD CODE: (121048, DCM, "Language of name and value") = (en-CA, RFC3066, "English, Canada")

    > HAS CONCEPT MOD CODE: (121050, DCM, "Equivalent meaning of concept name") = (T-D0005, SRT, " Structure de l'anatomie ")

    >> HAS CONCEPT MOD CODE: (121047, DCM, " Langue de la valeur ") = (fr-CA, RFC3066, " Français, Canadien ")

    > HAS CONCEPT MOD CODE: (121051, DCM, "Equivalent meaning of value") = (T-04000, SRT, " Sein ")

    >> HAS CONCEPT MOD CODE: (121047, DCM, " Langue de la valeur ") = (fr-CA, RFC3066, " Français, Candie ")

TID 1350 Negation Modifier, Presence of Finding

Concept Name Modifier for negation of the presence of a finding represented by a post-coordinated concept.

Note

  1. For example, negation modifier applied to "distention" in the post-coordinated structure:

    CODE: "anatomic location" = "bile duct"

    > HAS PROPERTY CODE: "morphology" = "distention"

    >> HAS CONCEPT MOD CODE: "presence of property" = "absent"

    means: "bile duct distention not present"

  2. The presence-negation modifier modifies the entire post-coordinated concept, not just the source content item of the HAS CONCEPT MOD relationship. The entire branch of the tree from the content item is included in the post-coordinated structure that is negated.

Type:

Extensible

Order:

Significant

Table TID 1350. Negation Modifier, Presence of Finding

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS CONCEPT MOD

CODE

EV (121052, DCM, "Presence of property")

1

M

DCID 240 “Present-Absent”


TID 1400 Linear Measurement

Type:

Extensible

Order:

Significant

Table TID 1400. Linear Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 7470 “Linear Measurements”

1

M

UNITS = DCID 7460 “Units of Linear Measurement”

2

>

INFERRED FROM

SCOORD

EV (121055, DCM, "Path")

1

UC

XOR Row 5

GRAPHIC TYPE = {POLYLINE, CIRCLE, ELLIPSE}

3

>>

R-SELECTED FROM

IMAGE

1

MC

XOR Row 4

4

>>

SELECTED FROM

IMAGE

1

MC

XOR Row 3

5

>

INFERRED FROM

SCOORD

EV (121230, DCM, "Path Vertex")

2-n

UC

XOR Row 2

GRAPHIC TYPE = {POINT}

6

>>

R-SELECTED FROM

IMAGE

1

MC

XOR Row 7

7

>>

SELECTED FROM

IMAGE

1

MC

XOR Row 6

8

>

HAS OBS CONTEXT

INCLUDE

DTID 4108 “Tracking Identifier”

1

U


Content Item Descriptions

Rows 5, 6

Path shall represent the measured path or a projection of the measured path in the image. The Graphic Type (0070,0023) of the Path SCOORD shall be:

  • an open POLYLINE with two different points (to measure length, diameter, distance, proximity, etc),

  • a CIRCLE or ELLIPSE (to measure circumference) or

  • an open or closed POLYLINE (closed polygon) to measure path length (open) or perimeter (closed).

Row 5 "Path Vertex"

A measured path that traverses two or more images (e.g., the ends of the path are in different cross-sectional plane images) shall be identified by vertices along the path. The Path Vertices shall be ordered by the order of their SCOORD Content Items to identify the measured path. The Graphic Type (0070,0023) of each SCOORD shall be POINT

TID 1401 Area Measurement

Type:

Extensible

Order:

Significant

Table TID 1401. Area Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 7471 “Area Measurements”

1

M

Value shall be > 0

UNITS = DCID 7461 “Units of Area Measurement”

2

>

INFERRED FROM

SCOORD

EV (121056, DCM, "Area Outline")

1

MC

IF concept name of Row 1 is (G-A16A, SRT, "Area of defined region"), and IFF Row 5 or 6 not present.

GRAPHIC TYPE = not {MULTIPOINT}

3

>>

R-SELECTED FROM

IMAGE

1

MC

XOR Row 4

4

>>

SELECTED FROM

IMAGE

1

MC

XOR Row 3

5

>

INFERRED FROM

IMAGE

EV (121214, DCM, "Referenced Segmentation Frame")

1

MC

IF concept name of Row 1 is (G-A16A, SRT, "Area of defined region"), and IFF Row 2 or 6 not present.

Reference shall be to a Segmentation Image, with a single value specified in Referenced Frame Number

6

>

R- INFERRED FROM

IMAGE

1

MC

IF concept name of Row 1 is (G-A16A, SRT, "Area of defined region"), and IFF Row 2 or 5 not present.

Reference shall be to a Segmentation Image, with a single value specified in Referenced Frame Number

7

>

HAS PROPERTIES

CODE

EV (G-C036, SRT, "Measurement Method")

1

U

DCID 7473 “General Area Calculation Methods”

8

>

HAS OBS CONTEXT

INCLUDE

DTID 4108 “Tracking Identifier”

1

U


Content Item Descriptions

Row 2 "Area Outline"

A Graphic Type of POINT implies that the object is a single pixel and the object's area is the area of the pixel. Otherwise the type shall be a closed POLYLINE (start and end point the same) or a CIRCLE or an ELLIPSE.

Rows 5, 6

Referenced Frame Number (0008,1160) is an attribute of the IMAGE Content Item.

If the Referenced Segmentation SOP Instance has Segmentation Type (0062,0001) value BINARY, it identifies the area of defined (measured) region by pixel values in the referenced frame with value 1. For Segmentation Type value FRACTIONAL, the area is computed by an implementation dependent method.

Frame number shall be specified even if the Segmentation SOP Instance has only a single frame.

TID 1402 Volume Measurement

Type:

Extensible

Order:

Significant

Table TID 1402. Volume Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 7472 “Volume Measurements”

1

M

Value shall be > 0

UNITS = DCID 7462 “Units of Volume Measurement”

2

>

INFERRED FROM

SCOORD

EV (121057, DCM, "Perimeter Outline")

1-n

UC

XOR row 5, 6

GRAPHIC TYPE = not {MULTIPOINT}

3

>>

R-SELECTED FROM

IMAGE

1

MC

XOR Row 4

4

>>

SELECTED FROM

IMAGE

1

MC

XOR Row 3

5

>

INFERRED FROM

IMAGE

EV (121191, DCM, "Referenced Segment")

1

UC

XOR row 2, 6

Reference shall be to a Segmentation Image, with a value specified in Referenced Segment Number

6

>

R- INFERRED FROM

IMAGE

1

UC

XOR row 2, 5

Reference shall be to a Segmentation Image, with a value specified in Referenced Segment Number

7

>

HAS PROPERTIES

CODE

EV (G-C036, SRT, "Measurement Method")

1

U

DCID 7474 “General Volume Calculation Methods”

8

>

HAS OBS CONTEXT

INCLUDE

DTID 4108 “Tracking Identifier”

1

U


Content Item Descriptions

Row 2 "Perimeter Outline"

The two dimensional perimeter of the volume's intersection with or projection into the image. A Graphic Type of POINT implies that the volume's intersection or projection in a plane is a single pixel. A single pixel projection perimeter cannot cause a volume calculation to become 0.

Otherwise the type shall be a closed POLYLINE (start and end point the same) or a CIRCLE or an ELLIPSE.

Rows 5, 6

Referenced Segment Number (0062,000B) is an attribute of the IMAGE Content Item.

If the Referenced Segmentation SOP Instance has Segmentation Type (0062,0001) value BINARY, it identifies the defined (measured) volume by pixel/voxel values in the frames of the referenced segment with value 1. For Segmentation Type value FRACTIONAL, the volume is computed by an implementation dependent method.

Segment number shall be specified even if the Segmentation SOP Instance has only a single segment.

TID 1404 Numeric Measurement

Type:

Extensible

Order:

Significant

Table TID 1404. Numeric Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

No baseline CID

1

M

UNITS = DCID 82 “Units of Measurement”

2

>

INFERRED FROM

SCOORD

No baseline CID

1-n

UC

XOR Row 5, 6

3

>>

R-SELECTED FROM

IMAGE

1

MC

XOR Row 4

4

>>

SELECTED FROM

IMAGE

1

MC

XOR Row 3

5

>

R-INFERRED FROM

IMAGE

BCID 7003 “Diagnostic Imaging Report Purposes of Reference”

1-n

UC

XOR Row 2, 6

6

>

INFERRED FROM

IMAGE

BCID 7003 “Diagnostic Imaging Report Purposes of Reference”

1-n

UC

XOR Row 2, 5

7

>

HAS OBS CONTEXT

INCLUDE

DTID 4108 “Tracking Identifier”

1

U


Content Item Descriptions

Row 2

The SCOORD may indicate the points or area where the measurement was taken (e.g., a POINT showing the pixel location of a density measurement, or an open POLYLINE of three points showing the calculation of an angle).

Rows 3, 5

Valid only in IODs that permit relationships by-reference.

TID 1406 Three Dimensional Linear Measurement

Type:

Extensible

Order:

Significant

Table TID 1406. Three Dimensional Linear Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 7470 “Linear Measurements”

1

M

UNITS = DCID 7460 “Units of Linear Measurement”

2

>

INFERRED FROM

SCOORD3D

EV (121055, DCM, "Path")

1

M

GRAPHIC TYPE = {POLYLINE, ELLIPSE, POLYGON}

3

>

HAS OBS CONTEXT

INCLUDE

DTID 4108 “Tracking Identifier”

1

U


Content Item Descriptions

Rows 5, 6

Path shall represent the measured path in a reference coordinate space. The Graphic Type (0070,0023) of the Path SCOORD3D shall be:

  • an open POLYLINE with two or more different (x,y,z) triplets (to measure length, diameter, distance, proximity, etc.),

  • an ELLIPSE (to measure circumference) or

  • a closed POLYGON to measure perimeter, where the (x,y,z) triplets are coplanar.

TID 1410 Planar ROI Measurements

This Template provides a general structure to report one or more measurements for some metric, e.g., density, flow, or concentration, over a planar region of interest in an image. The ROI may be specified by an SCOORD on an image, or by a Segmentation Image.

Table TID 1410. Parameters

$Measurement

Coded term or Context Group for Concept Name of measurement

$Units

Units for the measurement

$ModType

Modifier Name for Concept Name of measurement

$ModValue

Modifier Value for Concept Name of measurement

$Method

Value for Measurement Method

$Derivation

Value for Measurement Derivation

$TargetSite

Value for Anatomic Location of measurement

$TargetSiteMod

Modifier Value for Anatomic Location of measurement

$Equation

Coded term or Context Group for the equation or table from which the measurement was derived or computed

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement

$DerivationParameter

Coded term or Context Group for Concept Name of a derivation parameter

$DerivationParameterUnits

Units of derivation parameter


Type:

Extensible

Order:

Significant

Table TID 1410. Planar ROI Measurements

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (125007, DCM, "Measurement Group")

1

M

2

>

HAS OBS CONTEXT

TEXT

DT (112039, DCM, "Tracking Identifier")

1

M

3

>

HAS OBS CONTEXT

UIDREF

EV (112040, DCM, "Tracking Unique Identifier")

1

M

4

>

HAS OBS CONTEXT

SCOORD

EV (111030, DCM, "Image Region")

1

MC

XOR Row 6

GRAPHIC TYPE = not {MULTIPOINT}

5

>>

SELECTED FROM

IMAGE

1

M

6

>

HAS OBS CONTEXT

IMAGE

EV (121214, DCM, "Referenced Segmentation Frame")

1

MC

XOR Row 4

Reference shall be to a Segmentation Image, with a single value specified in Referenced Frame Number, and with a single value specified in Referenced Segment Number

7

>

HAS PROPERTIES

IMAGE

EV (121233, DCM, "Source image for segmentation")

1

MC

IFF Row 6

8

>

CONTAINS

IMAGE

EV (121200, DCM, "Illustration of ROI")

1

U

9

>

CONTAINS

INCLUDE

DTID 1419 “ROI Measurements”

1-n

M

$Measurement = $Measurement

$Units = $Units

$ModType = $ModType

$ModValue = $ModValue

$Method = $Method

$Derivation = $Derivation

$TargetSite = $TargetSite

$TargetSiteMod = $TargetSiteMod

$Equation = $Equation

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority

$DerivationParameter = $DerivationParameter

$DerivationParameterUnits = $DerivationParameterUnits


Content Item Descriptions

Rows 2, 3

The Tracking Identifier and Tracking Unique Identifier are defined as a text label or unique identifier (respectively) used for tracking a finding or feature, potentially across multiple reporting objects, over time. As such, they are distinct from the Observation UID (0040,A171), which is unique identifier of the specific Content Item and its subsidiary Content Items that constitute an individual observation, and would be different for different observations on different occasions of the same finding or feature.

Rows 5, 6

Referenced Frame Number (0008,1160) is an attribute of the IMAGE Content Item, and shall be present with a single value.

If the Referenced Segmentation SOP Instance has Segmentation Type (0062,0001) value BINARY, it identifies the area of defined (measured) region of interest by pixel values in the referenced frame with value 1. For Segmentation Type value FRACTIONAL, the area is computed by an implementation dependent method.

Frame number shall be specified even if the Segmentation SOP Instance has only a single frame.

Row 7

Identifies the source image that was segmented to identify the ROI, and whose properties are described in this container.

Row 8

This referenced image may contain a "screen shot" illustrating a rendered version of the ROI.

TID 1411 Volumetric ROI Measurements

This Template provides a general structure to report one or more measurements for some metric, e.g., density, flow, or concentration, over a volumetric region of interest in a set of images or a Frame of Reference. The volumetric ROI may be specified by a set of SCOORDs on an image set representing a volume, by a volumetric Segmentation Image, by a volume defined in a Surface Segmentation, or by a SCOORD3D.

Table TID 1411. Parameters

$Measurement

Coded term or Context Group for Concept Name of measurement

$Units

Units for the measurement

$ModType

Modifier Name for Concept Name of measurement

$ModValue

Modifier Value for Concept Name of measurement

$Method

Value for Measurement Method

$Derivation

Value for Measurement Derivation

$TargetSite

Value for Anatomic Location of measurement

$TargetSiteMod

Modifier Value for Anatomic Location of measurement

$Equation

Coded term or Context Group for the equation or table from which the measurement was derived or computed

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement

$DerivationParameter

Coded term or Context Group for Concept Name of a derivation parameter

$DerivationParameterUnits

Units of derivation parameter


Type:

Extensible

Order:

Significant

Table TID 1411. Volumetric ROI Measurements

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (125007, DCM, "Measurement Group")

1

M

2

>

HAS OBS CONTEXT

TEXT

DT (112039, DCM, "Tracking Identifier")

1

M

3

>

HAS OBS CONTEXT

UIDREF

EV (112040, DCM, "Tracking Unique Identifier")

1

M

4

>

HAS OBS CONTEXT

SCOORD

EV (111030, DCM, "Image Region")

1-n

MC

XOR Rows 6, 9

GRAPHIC TYPE = not {MULTIPOINT}

5

>>

SELECTED FROM

IMAGE

1

M

6

>

HAS OBS CONTEXT

IMAGE

EV (121191, DCM, "Referenced Segment")

1

MC

XOR Rows 4, 9

Reference shall be to a Segmentation Image or Surface Segmentation object, with a single value specified in Referenced Segment Number

7

>

HAS PROPERTIES

IMAGE

EV (121233, DCM, "Source image for segmentation")

1-n

MC

XOR Row 8 and IFF Row 6

8

>

HAS PROPERTIES

UIDREF

EV (121232, DCM, "Source series for image segmentation")

1

MC

XOR Row 7 and IFF Row 6

9

>

HAS OBS CONTEXT

SCOORD3D

EV (121231, DCM, "Volume Surface")

1

MC

XOR Rows 4, 6

GRAPHIC TYPE = {ELLIPSOID}

10

>

HAS PROPERTIES

IMAGE

EV (121233, DCM, "Source image for segmentation")

1-n

MC

XOR Row 11 and IFF Row 9

11

>

HAS PROPERTIES

UIDREF

EV (121232, DCM, "Source series for segmentation")

1

MC

XOR Row 10 and IFF Row 9

12

>

CONTAINS

IMAGE

EV (121200, DCM, "Illustration of ROI")

1-n

U

13

>

CONTAINS

INCLUDE

DTID 1419 “ROI Measurements”

1-n

M

$Measurement = $Measurement

$Units = $Units

$ModType = $ModType

$ModValue = $ModValue

$Method = $Method

$Derivation = $Derivation

$TargetSite = $TargetSite

$TargetSiteMod = $TargetSiteMod

$Equation = $Equation

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority

$DerivationParameter = $DerivationParameter

$DerivationParameterUnits = $DerivationParameterUnits


Content Item Descriptions

Rows 2, 3

The Tracking Identifier and Tracking Unique Identifier are defined as a text label or unique identifier (respectively) used for tracking a finding or feature, potentially across multiple reporting objects, over time. As such, they are distinct from the Observation UID (0040,A171), which is unique identifier of the specific Content Item and its subsidiary Content Items that constitute an individual observation, and would be different for different observations on different occasions of the same finding or feature.

Rows 5, 6

Referenced Segment Number (0062,000B) is an attribute of the IMAGE Content Item, and shall be present with a single value.

If the Referenced SOP Instance is a Segmentation Image, it shall have a defined Frame of Reference. If it has Segmentation Type (0062,0001) value BINARY, it identifies the volume of defined (measured) region of interest by voxel values in the referenced segment with value 1. If it has Segmentation Type value FRACTIONAL, the volume is defined by an implementation dependent method.

If the referenced SOP Instance is a Surface Segmentation, the referenced segment shall constitute a finite volume. It identifies the volume of the defined (measured) region of interest by the interior of the finite volume.

Segment number shall be specified even if the Segmentation SOP Instance has only a single segment.

Rows 7, 10

Identifies the source images that were segmented to identify the ROI, when, for example a subset of images in a series was used.

Rows 8, 11

Identifies the source series of images that were segmented to identify the ROI, when, for example an entire set of images in a series was used.

Row 12

These referenced images may contain "screen shot" illustrating rendered versions of the ROI.

TID 1419 ROI Measurements

This Template encodes measurements for some metric, e.g., density, flow, or concentration.

Table TID 1419. Parameters

$Measurement

Coded term or Context Group for Concept Name of measurement

$Units

Units for the measurement

$ModType

Modifier Name for Concept Name of measurement

$ModValue

Modifier Value for Concept Name of measurement

$Method

Value for Measurement Method

$Derivation

Value for Measurement Derivation

$TargetSite

Value for Anatomic Location of measurement

$TargetSiteMod

Modifier Value for Anatomic Location of measurement

$Equation

Coded term or Context Group for the equation or table from which the measurement was derived or computed

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement

$DerivationParameter

Coded term or Context Group for Concept Name of a derivation parameter

$DerivationParameterUnits

Units of derivation parameter


Type:

Extensible

Order:

Significant

Table TID 1419. ROI Measurements

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

$Measurement

1-n

M

UNITS = $Units

2

>

HAS CONCEPT MOD

CODE

$ModType

1-n

U

$ModValue

3

>

HAS CONCEPT MOD

CODE

EV (G-C036, SRT, "Measurement Method")

1

U

$Method

4

>

HAS CONCEPT MOD

CODE

EV (121401, DCM, "Derivation")

1

U

$Derivation

5

>

HAS CONCEPT MOD

CODE

EV (G-C0E3, SRT, "Finding Site")

1

U

$TargetSite

6

>>

HAS CONCEPT MOD

CODE

EV (G-C171, SRT, "Laterality")

1

U

DCID 244 “Laterality”

7

>>

HAS CONCEPT MOD

CODE

DT (G-A1F8, SRT, "Topographical modifier")

1

U

$TargetSiteMod

8

>

HAS PROPERTIES

INCLUDE

DTID 310 “Measurement Properties”

1

U

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority

9

>

INFERRED FROM

NUM

$DerivationParameter

1-n

UC

XOR Row 10

$DerivationParameterUnits

10

>

R-INFERRED FROM

NUM

$DerivationParameter

1-n

UC

XOR Row 9

$DerivationParameterUnits

11

>

INFERRED FROM

INCLUDE

DTID 315 “Equation or Table”

1

UC

XOR Row 12

$Equation = $Equation

12

>

INFERRED FROM

TEXT

DCID 228 “Equation or Table”

1

UC

XOR Row 11

13

>

INCLUDE

DTID 1000 “Quotation”

1

U

14

>

HAS CONCEPT MOD

TEXT

EV (121050, DCM, "Equivalent Meaning of Concept Name")

1

U


Content Item Descriptions

Row 1

Specifies the metric for which measurements are reported, e.g., density, flow, or concentration. This metric is computed at each sample point (e.g., pixel or voxel) in an ROI (defined in the invoking template), but those individual point measurements are not encoded. Instead, just the summary measurements for the ROI are encoded, and the means of computing a single value is defined in Row 4 Derivation (e.g., mean).

Rows 2, 3, 4

The HAS CONCEPT MOD items allow the explicit definition of terms for post-coordination of the measurement concept name. Additional post-coordinated modifier terms may be included in a SOP Instance based on this template, in accordance with section 6.2.4, or as defined by templates that invoke this template and explicitly define additional post-coordinated modifiers.

Rows 9, 10

The INFERRED FROM items allow the specification (by-value or by-reference) of numeric values that were used in the derivation of the numeric measurement of Row 1. The nature of the inference is not explicitly conveyed; it may be implicit in the Concept Names of the measurements. Inference by-reference is valid only in SOP Classes that permit the INFERRED FROM relationship by-reference.

Row 14

Equivalent Meaning of Concept Name allows the creating application to specify the preferred composed concept name representing the measurement and the associated post-coordinated concept modifiers. The concept modifiers may include those specified in this template, in a template that invokes this template, or at the option of the creating application in accordance with section 6.2.4. This composed concept name may be rendered by a display application.

TID 1420 Measurements Derived From Multiple ROI Measurements

This Template encodes measurements for some metric, e.g., density, flow, or concentration, which are acquired over some defined sampling (e.g., over successive time slots in a dynamic contrast enhanced acquisition).

Table TID 1420. Parameters

$Measurement

Coded term or Context Group for Concept Name of measurement

$MeasurementUnits

Units for the measurement

$ModType

Modifier Name for Concept Name of measurement

$ModValue

Modifier Value for Concept Name of measurement

$Method

Value for Measurement Method

$Derivation

Value for Measurement Derivation

$TargetSite

Value for Anatomic Location of measurement

$TargetSiteMod

Modifier Value for Anatomic Location of measurement

$Equation

Coded term or Context Group for the equation or table from which the measurement was derived or computed

$RefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$RangeAuthority

Bibliographic reference or authority for the normal range of the measurement

$StatisticalRefAuthority

Bibliographic reference or authority for statistical properties of a reference population

$StatisticalRangeAuthority

Bibliographic reference or authority for the normal range of the measurement

$DerivationParameter

Coded term or Context Group for Concept Name of a derivation parameter

$DerivationParameterUnits

Units of derivation parameter


Type:

Extensible

Order:

Non-Significant

Table TID 1420. Measurements Derived From Multiple ROI Measurements

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

NUM

DCID 7465 “Measurements Derived From Multiple ROI Measurements”

1-n

M

2

>

R-INFERRED FROM

INCLUDE

DTID 1410 “Planar ROI Measurements”

1-n

MC

XOR Row 3

$Measurement = $Measurement

$Units = $MeasurementUnits

$ModType = $ModType

$ModValue = $ModValue

$Method = $Method

$Derivation = $Derivation

$TargetSite = $TargetSite

$TargetSiteMod = $TargetSiteMod

$Equation = $Equation

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority

$DerivationParameter = $DerivationParameter

$DerivationParameterUnits = $DerivationParameterUnits

3

>

R-INFERRED FROM

INCLUDE

DTID 1411 “Volumetric ROI Measurements”

1-n

MC

XOR Row 2

$Measurement = $Measurement

$Units = $MeasurementUnits

$ModType = $ModType

$ModValue = $ModValue

$Method = $Method

$Derivation = $Derivation

$TargetSite = $TargetSite

$TargetSiteMod = $TargetSiteMod

$Equation = $Equation

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority

$DerivationParameter = $DerivationParameter

$DerivationParameterUnits = $DerivationParameterUnits

4

>

HAS PROPERTIES

INCLUDE

DTID 310 “Measurement Properties”

1

U

$RefAuthority = $RefAuthority

$RangeAuthority = $RangeAuthority


Content Item Descriptions

Row 1

Specifies the type of derived measurement reported, e.g., the mean of the individual ROI mean density values. Note that the units may be different from the units in the ROI measurements

Rows 2, 3

The measurement values of each ROI that contributes to the derived measurement, e.g., the mean density within an ROI. These are specified by reference, so as to not have to repeat the ROI information when it contributes to multiple derived measurements (e.g., if both mean and SD of ROI mean density values were specified).

TID 2000 Basic Diagnostic Imaging Report

Basic report template for general diagnostic imaging interpretation reports.

Can only be instantiated at the root node and cannot be included in other templates.

Type:

Non-Extensible

Order:

Significant

Root:

Yes

Table TID 2000. Basic Diagnostic Imaging Report

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

BCID 7000 “Diagnostic Imaging Report Document Titles”

1

M

Root node

2

>

HAS CONCEPT MOD

CODE

EV (121058, DCM, "Procedure reported")

1-n

U

3

>

HAS CONCEPT MOD

INCLUDE

DTID 1204 “Language of Content Item and Descendants”

1

M

4

>

HAS CONCEPT MOD

INCLUDE

DTID 1210 “Equivalent Meaning(s) of Concept Name”

1-n

U

5

>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

M

6

>

CONTAINS

CONTAINER

BCID 7001 “Diagnostic Imaging Report Headings”

1-n

U

7

>>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

8

>>

INCLUDE

DTID 2002 “Report Narrative”

1

M


No content items other than those defined in Observation Context TID 1001 “Observation Context” may be the target of a HAS OBS CONTEXT relationship when TID 2000 “Basic Diagnostic Imaging Report” is invoked.

TID 2001 Basic Diagnostic Imaging Report Observations

Individual numeric or image observations that may be useful for inclusion as individual findings or as the source of inferences in a report.

Type:

Non-Extensible

Order:

Significant

Table TID 2001. Basic Diagnostic Imaging Report Observations

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

IMAGE

BCID 7003 “Diagnostic Imaging Report Purposes of Reference”

1

MC

XOR Rows 2, 3, 4, 5.

2

INCLUDE

DTID 1400 “Linear Measurement”

1

MC

XOR Rows 1, 3, 4, 5.

Shall not be present if the NUM value type is not supported by the IOD.

3

INCLUDE

DTID 1401 “Area Measurement”

1

MC

XOR Rows 1, 2, 4, 5.

Shall not be present if the NUM value type is not supported by the IOD.

4

INCLUDE

DTID 1402 “Volume Measurement”

1

MC

XOR Rows 1, 2, 3, 5.

Shall not be present if the NUM value type is not supported by the IOD.

5

INCLUDE

DTID 1404 “Numeric Measurement”

1

MC

XOR Rows 1, 2, 3, 4.

Shall not be present if the NUM value type is not supported by the IOD.


TID 2002 Report Narrative

The Report Narrative allows recording of text, code, and numeric observations. The order of Content Items in the template is not significant; the order of Content Items in a SOP Instance may be significant to the narrative flow of the report.

Type:

Non-Extensible

Order:

Non-Significant

Table TID 2002. Report Narrative

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINS

CODE

BCID 7002 “Diagnostic Imaging Report Elements”

1-n

U

2

>

INFERRED FROM

INCLUDE

DTID 2001 “Basic Diagnostic Imaging Report Observations”

1-n

U

3

CONTAINS

TEXT

BCID 7002 “Diagnostic Imaging Report Elements”

1-n

U

4

>

INFERRED FROM

INCLUDE

DTID 2001 “Basic Diagnostic Imaging Report Observations”

1-n

U

5

CONTAINS

INCLUDE

DTID 2001 “Basic Diagnostic Imaging Report Observations”

1-n

U


TID 2005 Transcribed Diagnostic Imaging Report

Basic report template for general diagnostic imaging interpretation reports produced in a dictation/transcription workflow. SR documents encoded using this template are intended to be transformable to HL7 Clinical Document Architecture format (see Section X.3 “Transcribed Diagnostic Imaging CDA Instance Content” in PS3.17 ).

This template can be instantiated only at the root node, and cannot be included in other templates.

Observation Context shall be inherited from outside the SR Content tree, and shall not be changed within the Content tree. To satisfy the requirement that Observer Context is inherited, either or both the Author Observer Sequence (0040,A078) or the Verifying Observer Sequence (0040,A073) from the SR Document Module must be present in the SOP Instance.

Type:

Non-Extensible

Order:

Significant

Root:

Yes

Table TID 2005. Transcribed Diagnostic Imaging Report

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

BCID 7000 “Diagnostic Imaging Report Document Titles”

1

M

Root node

2

>

HAS CONCEPT MOD

CODE

EV (121049, DCM, "Language of Content Item and Descendants")

1

M

DCID 5000 “Languages”

3

>

CONTAINS

CONTAINER

BCID 7001 “Diagnostic Imaging Report Headings”

1-n

M

4

>>

CONTAINS

TEXT

BCID 7002 “Diagnostic Imaging Report Elements”

1

U

5

>

CONTAINS

CONTAINER

EV (55113-5, LN, "Key Images")

1-n

U

6

>>

CONTAINS

TEXT

EV (113012, DCM, "Key Object Description")

1

U

7

>>

CONTAINS

IMAGE

Purpose of Reference is not used

1-n

M


Content Item Descriptions

Row 3

CONTAINER Concept Name may be absent.

Row 7

IMAGE Concept Name shall be absent

TID 2006 Imaging Report With Conditional Radiation Exposure and Protection Information

This template is used for general imaging reports for both radiation producing and non-radiation producing modalities.

For radiation producing modalities, radiation exposure and protection information is required, such as to support nationally-specific legal or standard requirements.

It contains mandatory sections, each of which may appear only once in objects instantiated from the template, including the medical content of the report that comprises relevant medical history data, information on the current request (i.e., clinical question that is expected to be answered by the requested procedure), impressions on the current imaging procedure that has been performed, and radiation exposure and protection information.

This template is a specialization of TID 2000 “Basic Diagnostic Imaging Report”, in that it uses the same structure of headings and content, but mandates the presence and order of specific headings, and extends the subordinate content with specific content items.

Type:

Non-Extensible

Order:

Non-Significant

Root:

Yes

Table TID 2006. Imaging Report With Conditional Radiation Exposure and Protection Information

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

BCID 7000 “Diagnostic Imaging Report Document Titles”

1

M

Root node

2

>

HAS CONCEPT MOD

CODE

EV (121058, DCM, "Procedure reported")

1-n

U

3

>

HAS CONCEPT MOD

INCLUDE

DTID 1204 “Language of Content Item and Descendants”

1

M

4

>

HAS CONCEPT MOD

INCLUDE

DTID 1210 “Equivalent Meaning(s) of Concept Name”

1-n

U

5

>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

M

6

>

CONTAINS

CONTAINER

EV (55111-9, LN, "Current Procedure Descriptions")

1

M

7

>>

INCLUDE

DTID 2007 “Imaging Procedure Description”

1

M

8

>

CONTAINS

CONTAINER

EV (55114-3, LN, "Prior Procedure Descriptions")

1-n

MC

IF relevant prior procedures have been performed.

9

>>

INCLUDE

DTID 2007 “Imaging Procedure Description”

1

M

10

>

CONTAINS

CONTAINER

EV (11329-0, LN, "History")

1

M

11

>>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

12

>>

INCLUDE

DTID 2002 “Report Narrative”

1

M

13

>

CONTAINS

CONTAINER

EV (55115-0, LN, "Request")

1

M

14

>>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

15

>>

INCLUDE

DTID 2002 “Report Narrative”

1

M

16

>

CONTAINS

CONTAINER

EV (19005-8, LN, "Impressions")

1

M

17

>>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

18

>>

INCLUDE

DTID 2002 “Report Narrative”

1

M

19

>

CONTAINS

INCLUDE

DTID 2008 “Radiation Exposure and Protection Information”

1

MC

IF the current procedure exposes the patient to ionizing radiation.

20

>

CONTAINS

CONTAINER

BCID 7001 “Diagnostic Imaging Report Headings”

1-n

U

21

>>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

22

>>

INCLUDE

DTID 2002 “Report Narrative”

1

M


No content items other than those defined in TID 1001 “Observation Context” may be the target of a HAS OBS CONTEXT relationship when TID 2006 “Imaging Report With Conditional Radiation Exposure and Protection Information” is invoked.

Content Item Descriptions

Row 2

Even though this information is related to the content of Row 6 in TID 2007 “Imaging Procedure Description”, it is present here for consistency with other report templates.

Rows 5, 6

Information on at least one of the following person observers is mandatory:

1) "Performing Physician"

2) "Performing Technologist".

(For those person observers, requirement types as specified in TID 1003 “Person Observer Identifying Attributes” apply. That means that "Person Observer Name" is the only mandatory attribute).

Row 20

Each heading (concept code from CID 7001 “Diagnostic Imaging Report Headings”) may appear only once, and may not repeat the headings (concept codes) used when instantiating any other rows of this template.

TID 2007 Imaging Procedure Description

Contains information related to the procedure.

Type:

Extensible

Order:

Non-Significant

Table TID 2007. Imaging Procedure Description

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

2

CONTAINS

TEXT

EV (123014, DCM, "Target Region")

1

MC

XOR with Row 3

3

CONTAINS

CODE

EV (123014, DCM, "Target Region")

1

MC

XOR with Row 2

DCID 4028 “Craniofacial Anatomic Regions”

,

DCID 4030 “CT, MR and PET Anatomy Imaged”

,

DCID 4031 “Common Anatomic Regions”

4

CONTAINS

TEXT

EV (121065, DCM, "Procedure Description")

1

M

5

CONTAINS

DATE

EV (111060, DCM, "Study Date")

1

M

Shall be equal to the Study Date (0020,0020) in the

General Study Module in the images to which this report applies.

6

CONTAINS

TIME

EV (111061, DCM, "Study Time")

1

U

If present, shall be equal to the Study Time (0020,0030) in the

General Study Module in the images to which this report applies.

7

CONTAINS

COMPOSITE

EV (113701, DCM, "X-Ray Radiation Dose Report")

1-n

U


TID 2008 Radiation Exposure and Protection Information

Contains information related to the radiation exposure and protection of the patient, as is required by national legal requirements or standards.

Other information about the current procedure is described in TID 2006 “Imaging Report With Conditional Radiation Exposure and Protection Information” and not repeated here.

Type:

Extensible

Order:

Non-Significant

Table TID 2008. Radiation Exposure and Protection Information

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (73569-6, LN, "Radiation Exposure and Protection Information")

1

M

2

>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

U

3

>

CONTAINS

CODE

EV (111532, DCM, "Pregnancy Status")

1

MC

IF female patient of child-bearing age

DCID 6096 “Pregnancy Status”

Pregnancy Status

4

>

CONTAINS

TEXT

EV (18785-6, LN, "Indications for Procedure")

1

M

5

>

CONTAINS

PNAME

EV (113850, DCM, "Irradiation Authorizing ")

1

M

6

>

CONTAINS

TEXT

EV (113921, DCM, "Radiation Exposure")

1

MC

IFF ionizing radiation is applied in the context of the current procedure

7

>

CONTAINS

TEXT

EV (113922, DCM, "Radioactive Substance Administered")

1

MC

IFF radioactive substance is administered in the context of the current procedure


Content Item Descriptions

Row 5

The clinician responsible for determining that the irradiating procedure was appropriate for the indications.

Row 6

A textual, human-readable description of the radiation exposure is all that is required by this template (such as is sufficient to comply with, for example, German law). Detailed specification of exposure is out of the scope of this template. Such information may be given in a separate SR instances such as described in TID 10001 “Projection X-Ray Radiation Dose” or TID 10011 “CT Radiation Dose”, and referenced from TID 2007 “Imaging Procedure Description”.

TID 2010 Key Object Selection

The Key Object Selection template is intended for flagging one or more significant images, waveforms, or other composite SOP Instances. Key Object Selection contains:

  • coded document title stating the reason for significance of the referenced objects in the Key Object Selection,

  • optional free form text comment in an explicitly identified language, and

  • optional identification of the observer (device or person) that created the Key Object Selection.

Note

  1. For instance, when this template is used to identify images rejected for quality reasons, the device or person performing the quality assessment is identified in observation context items (invoked through TID 1002 “Observer Context”). The reason for rejection can be included both as a code used as a concept modifier for the document title, and as text description.

  2. The order of object references may be significant, e.g., when the title concept is "For Conference".

  3. Instances referenced in a Key Object Selection Document may be securely referenced by Digital Signature or MAC mechanisms within the SR Document General Module (see PS3.3).

The Template can only be instantiated at the root node and cannot be included in other templates. The Template is not extensible; that is, no other content items may be added to this template, or the templates that are included, recursively.

Type:

Non-Extensible

Order:

Non-Significant

Root:

Yes

Table TID 2010. Key Object Selection

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

DCID 7010 “Key Object Selection Document Title”

1

M

Root node

2

>

HAS CONCEPT MOD

CODE

EV (113011, DCM, "Document Title Modifier")

1-n

U

3

>

HAS CONCEPT MOD

CODE

EV (113011, DCM, "Document Title Modifier")

1

UC

IF Row 1 Concept Name = (113001, DCM, "Rejected for Quality Reasons") or (113010, DCM, "Quality Issue")

DCID 7011 “Rejected for Quality Reasons”

4

>

HAS CONCEPT MOD

CODE

EV (113011, DCM, "Document Title Modifier")

1

MC

IF Row 1 Concept Name = (113013, DCM, "Best In Set")

DCID 7012 “Best in Set”

5

>

HAS CONCEPT MOD

INCLUDE

DTID 1204 “Language of Content Item and Descendants”

1

U

6

>

HAS OBS CONTEXT

INCLUDE

DTID 1002 “Observer Context”

1-n

U

7

>

CONTAINS

TEXT

EV (113012, DCM, "Key Object Description")

1

U

8

>

CONTAINS

IMAGE

Purpose of Reference shall not be present

1-n

MC

At least one of Rows 8, 9 and 10 shall be present

9

>

CONTAINS

WAVEFORM

Purpose of Reference shall not be present

1-n

MC

At least one of Rows 8, 9 and 10 shall be present

10

>

CONTAINS

COMPOSITE

Purpose of Reference shall not be present

1-n

MC

At least one of Rows 8, 9 and 10 shall be present


TID 2020 Spectacle Prescription Report

The Spectacle Prescription Report is a structured report used to represent the prescription for a patient. Usually a prescription is for both eyes, but sometimes just one. The Spectacle Prescription Report defines a refractive correction relative to which visual acuity may be measured subjectively, and thus may be referenced by a Visual Acuity Measurements Storage SOP Instance.

Type:

Extensible

Order:

Significant

Root:

Yes

Table TID 2020. Spectacle Prescription Report

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (111671, DCM, "Spectacle Prescription Report")

1

M

Root node

2

>

CONTAINS

CONTAINER

EV (111688, DCM, "Right Eye Rx")

1

UC

IF Right Spectacle Lens is prescribed

3

>>

CONTAINS

INCLUDE

DTID 2021 “Template for Spectacle Prescription Details”

1

M

4

>

CONTAINS

CONTAINER

EV (111689, DCM, "Left Eye Rx")

1

UC

IF Left Spectacle Lens is prescribed

5

>>

CONTAINS

INCLUDE

DTID 2021 “Template for Spectacle Prescription Details”

1

M

6

>

CONTAINS

NUM

EV (111679, DCM, "Distance Pupillary Distance")

1

U

UNITS = EV (mm, UCUM, "mm")

7

>

CONTAINS

NUM

EV (111680, DCM, "Near Pupillary Distance")

1

U

UNITS = EV (mm, UCUM, "mm")

8

>

CONTAINS

TEXT

EV (121106, DCM, "Comment")

1

U


TID 2021 Template for Spectacle Prescription Details

Type:

Extensible

Order:

Significant

Table TID 2021. Spectacle Prescription Details

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINS

NUM

EV (F-02FB4, SRT, "Sphere")

1

M

UNITS = EV ([diop], UCUM, "diopters")

2

CONTAINS

NUM

EV (F-A2143, SRT, "Cylinder Power")

1

UC

IF Cylinder is prescribed

UNITS = EV ([diop], UCUM, "diopters")

3

CONTAINS

NUM

EV (F-02FB7, SRT, "Axis")

1

MC

IF ROW 2 is Present

UNITS = EV (deg, UCUM, "degrees")

4

CONTAINS

NUM

EV (111672, DCM, "Add Near")

1

UC

IF Add Near is prescribed

UNITS = EV ([diop], UCUM, "diopters")

5

CONTAINS

NUM

EV (111673, DCM, "Add Intermediate")

1

UC

IF Add Intermediate is prescribed

UNITS = EV ([diop], UCUM, "diopters")

6

CONTAINS

NUM

EV (111674, DCM, "Add Other")

1

UC

IF Add Other is prescribed

UNITS = EV ([diop], UCUM, "diopters")

7

CONTAINS

NUM

EV (111675, DCM, "Horizontal Prism Power")

1

UC

IF Horizontal Prism is prescribed

UNITS = EV ([p'diop], UCUM, "prism diopters")

8

CONTAINS

CODE

EV (111676, DCM, "Horizontal Prism Base")

1

MC

IF ROW 7 is present

DCID 4214 “Ophthalmic Horizontal Directions”

9

CONTAINS

NUM

EV (111677, DCM, "Vertical Prism Power")

1

UC

IF Vertical Prism is prescribed

UNITS = EV ([p'diop], UCUM, "prism diopters")

10

CONTAINS

CODE

EV (111678, DCM, "Vertical Prism Base")

1

MC

IF Row 9 is present

DCID 4215 “Ophthalmic Vertical Directions”


TID 2100 Macular Grid Thickness and Volume Report

The Macular Grid Thickness and Volume Report is a structured report encoding the macular grid thickness and volume values derived from ophthalmic images, such as ophthalmic OPT images. This may encode measurements of either or both eyes.

The macular grid conveyed by this report is based upon the grid employed by the Early Treatment of Diabetic Retinopathy Study (ETDRS) to measure area and proximity of macular edema to the anatomic center (fovea) of the macula. See ETDRS Report Number 10.

Type:

Extensible

Order:

Significant

Root:

Yes

Table TID 2100. Macular Grid Thickness and Volume Report

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (111690, DCM, "Macular Grid Thickness and Volume Report")

1

M

Root node

2

>

HAS CONCEPT MOD

INCLUDE

DTID 1204 “Language of Content Item and Descendants”

1

M

3

>

HAS OBS CONTEXT

INCLUDE

DTID 1001 “Observation Context”

1

M

4

>

CONTAINS

INCLUDE

DTID 2101 “Macular Grid Thickness and Volume Measurement”

1

MC

IF Row 5 is absent.

$Laterality = EV (G-A100, SRT, "Right")

5

>

CONTAINS

INCLUDE

DTID 2101 “Macular Grid Thickness and Volume Measurement”

1

MC

IF Row 4 is absent.

$Laterality = EV (G-A101, SRT, "Left")


TID 2101 Macular Grid Thickness and Volume Measurement

This Template encodes the macular grid thickness and volume measurements for a single eye.

Table TID 2101. Parameters

Parameter Name

Parameter Usage

$Laterality

Which eye


Type:

Extensible

Order:

Significant

Table TID 2101. Macular Grid Thickness and Volume Measurement

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

CONTAINER

EV (121070, DCM, "Findings")

1

M

2

>

HAS CONCEPT MOD

CODE

EV (G-C0E3, SRT, "Finding Site")

1

M

EV (T-AA000, SRT, "Eye")

3

>>

HAS CONCEPT MOD

CODE

EV (G-C171, SRT, "Laterality")

1

M

$Laterality

4

>

CONTAINS

NUM

EV (57108-3, LN, "Macular Grid.Center Point Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

5

>

CONTAINS

NUM

EV (57109-1, LN, "Macular Grid.Center Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

6

>

CONTAINS

NUM

EV (57110-9, LN, "Macular Grid.Inner Superior Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

7

>

CONTAINS

NUM

EV (57111-7, LN, "Macular Grid.Inner Nasal Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

8

>

CONTAINS

NUM

EV (57112-5, LN, "Macular Grid.Inner Inferior Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

9

>

CONTAINS

NUM

EV (57113-3, LN, "Macular Grid.Inner Temporal Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

10

>

CONTAINS

NUM

EV (57114-1, LN, "Macular Grid.Outer Superior Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

11

>

CONTAINS

NUM

EV (57115-8, LN, "Macular Grid.Outer Nasal Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

12

>

CONTAINS

NUM

EV (57116-6, LN, "Macular Grid.Outer Inferior Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

13

>

CONTAINS

NUM

EV (57117-4, LN, "Macular Grid.Outer Temporal Subfield Thickness")

1

M

UNITS = EV (um, UCUM, "micrometer")

14

>

CONTAINS

NUM

EV (57118-2, LN, "Macular Grid.Total Volume")

1

M

UNITS = EV (mm3, UCUM, "mm3")

15

>

CONTAINS

NUM

EV (111691, DCM, "Number of Images Used for Macular Measurements")

1

M

UNITS = EV ({images}, UCUM, "images")

16

>

CONTAINS

NUM

EV (111692, DCM, "Number of Samples Used per Image")

1

M

UNITS = EV ({samples}, UCUM, "samples")

17

>

CONTAINS

NUM

EV (111693, DCM, "Analysis Quality Rating")

1

M

UNITS = EV ({0:100}, UCUM, "range:0:100")

Value = 0 - 100

18

>>

HAS OBS CONTEXT

INCLUDE

DTID 2102 “Quality Rating Identification”

1

M

19

>

CONTAINS

NUM

EV (111694, DCM, "Image Set Quality Rating")

1

M

UNITS = EV ({0:100}, UCUM, "range:0:100")

Value = 0 - 100

20

>>

HAS OBS CONTEXT

INCLUDE

DTID 2102 “Quality Rating Identification”

1

M

21

>

CONTAINS

NUM

EV (111029, DCM, "Image Quality Rating")

1-n

U

UNITS = EV ({0:100}, UCUM, "range:0:100")

Value = 0 - 100

22

>>

INFERRED FROM

IMAGE

No purpose of reference

1

M

23

>>

HAS OBS CONTEXT

INCLUDE

DTID 2102 “Quality Rating Identification”

1

M

24

>

CONTAINS

CODE

EV (111696, DCM, "Visual Fixation Quality During Acquisition")

1

U

DCID 4220 “Visual Fixation Quality During Acquisition”

25

>>

HAS CONCEPT MOD

CODE

EV (111697, DCM, "Visual Fixation Quality Problem")

1-n

U

DCID 4221 “Visual Fixation Quality Problem”

26

>

CONTAINS

CODE

EV (111698, DCM, "Ophthalmic Macular Grid Problem")

1-n

U

DCID 4222 “Ophthalmic Macular Grid Problem”

27

>

CONTAINS

TEXT

EV (121106, DCM, "Comment")

1

U


TID 2102 Quality Rating Identification

This template specifies the algorithm (and parameters) used to create a quality rating for an image or image set.

It is expected that the identified algorithm will create a consistent quality rating when analyzing a given image. If the algorithm allows change to its parameters that would alter the quality rating created, the specific parameters used should be specified.

Type:

Non-Extensible

Order:

Significant

Table TID 2102. Quality Rating Identification

NL

Rel with Parent

VT

Concept Name

VM

Req Type

Condition

Value Set Constraint

1

TEXT

EV (111001, DCM, "Algorithm Name")

1

M

2

TEXT

EV (111003, DCM, "Algorithm Version")

1

M

3

TEXT

EV (122405, DCM, "Algorithm Manufacturer")

1

M

4

TEXT

EV (111002, DCM, "Algorithm Parameters")

1-n

U