Page History

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1. Create an annotation-of-annotation instance.
2. Create three AnnotationOfAnnotationHasImageAnnotationStatements linking annotation-of-annotation (subjects) to image annotations (objects).
3. Extract the mass size from each image annotation and calculate an average.
4. Create CalculationEntity and store the average result calculation and other required information.
5. Create AnnotationOfAnnotationHasCalculationEntityStatement to link the annotation-of-annotation (subject) to the calculation entity (object).

AnnotationOfAnnotationHasImageAnnotationStatement

An instance of AnnotationOfAnnotation can reference existing image annotations. Results from image annotations can be used for further analysis, computation, comparison, reference, etc.

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1. Create an annotation-of-annotation instance.
2. Create three AnnotationOfAnnotationHasImageAnnotationStatements to link the annotation-of-annotation (subject) with each instance of image annotation (object).
3. The adjudicator may want to create additional imaging physical entity statements and imaging observation entity statements, etc.

AnnotationOfAnnotationHasImagingObservationEntityStatement

An instance of AnnotationOfAnnotation can have one or more imaging observations associated with the instance. AnnotationOfAnnotationHasImagingObservationEntityStatement expresses a relationship between the instance of AnnotationOfAnnotation and an imaging observation.

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1. Create an annotation-of-annotation instance.
2. Create three AnnotationOfAnnotationHasImageAnnotationStatements linking annotation-of-annotation (subject) to image annotations (objects).
3. Create an ImagingObservationEntity and store the related question, the imaging observation result, and optional information. See ImagingObservationEntity.
4. Create an AnnotationOfAnnotationHasImagingObservationEntityStatement to link annotation-of-annotation (subject) to the imaging observation entity (object).

AnnotationOfAnnotationHasImagingPhysicalEntityStatement

An instance of AnnotationOfAnnotation can reference an imaging physical entity, an anatomical part, or a physical object that can be identified on an image.

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1. Create an annotation-of-annotation instance.
2. Create three AnnotationOfAnnotationHasImageAnnotationStatements linking annotation-of-annotation (subject) to image annotations (objects).
3. Create ImagingPhysicalEntity and store the related question, the imaging physical entity result, and optional information. See ImagingPhysicalEntity.
4. Create an AnnotationOfAnnotationHasImagingPhysicalEntityStatement to link the annotation-of-annotation (subject) to the imaging physical entity (object).

AnnotationOfAnnotationHasInferenceEntityStatement

An instance of AnnotationOfAnnotation can have a conclusion derived by interpreting images and/or other supplemental information related to the images. The conclusion is stored in InferenceEntity.

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1. Create an annotation-of-annotation instance.
2. Create three AnnotationOfAnnotationHasImageAnnotationStatements linking annotation-of-annotation (subject) to image annotations (object).
3. Create an InferenceEntity and store the related question and medical conclusion. See InferenceEntity.
4. Create AnnotationOfAnnotationHasInferenceEntityStatement to link the annotation-of-annotation (subject) to the inference entity (object).

AnnotationOfAnnotationIsComparedWithAnnotationOfAnnotationStatement

An instance of AnnotationOfAnnotation can be compared to another instance of AnnotationOfAnnotation. AIM users can further create CalculationEntityIsComparedWithCalculationEntityStatement to compare a calculation result from the subject AnnotationOfAnnotation instance with a calculation result from the object AnnotationOfAnnotation.

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1. Create an annotation-of-annotation instance.
2. Create two AnnotationOfAnnotationHasAnnotationOfAnnotationStatements linking a newly created annotation-of-annotation (subject) to the two existing annotation-of-annotations (objects).
3. Create an AnnotationOfAnnotationIsComparedWithAnnotationOfAnnotationStatement to link baseline (subject) and follow-up (object) instances.
4. Extract a calculation result from the baseline and the first follow-up annotation-of-annotation instances.
5. Compare results.
6. Create and store the calculation entity if comparing the difference between two sizes.
7. Create an inference entity to store the result, such as smaller or larger, to the question "Is the size getting larger or smaller?"
8. Create an AnnotationOfAnnotationHasCalculationEntityStatement to associate the annotation-of-annotation (subject) with the calculation entity (object).
9. Create an AnnotationOfAnnotationHasInferenceEntityStatement to associate the annotation-of-annotation (subject) with an inference entity (object).

AnnotationOfAnnotationIsComparedWithImageAnnotationStatement

An instance of AnnotationOfAnnotation can be compared with an instance of ImageAnnotation. AIM users can further create a CalculationEntityIsComparedWithCalculationEntityStatement to compare a calculation result from the subject AnnotationOfAnnotation instance with a calculation result from the object ImageAnnotation.

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1. Create an annotation-of-annotation instance.
2. Create an AnnotationOfAnnotationHasAnnotationOfAnnotationStatement linking the annotation-of-annotation (subject) to the baseline annotation-of-annotation (object).
3. Create an AnnotationOfAnnotationHasImageAnnotationStatement linking the annotation-of-annotation (subject) to the first follow-up image annotation (object).
4. Create AnnotationOfAnnotationIsComparedWithImageAnnotationStatement to link the baseline annotation-of-annotation (subject) with the follow-up image annotation (object).
5. Extract a calculation result from the baseline annotation-of-annotation and first follow-up image annotation.
6. Compare results.
7. Create and store the calculation entity if comparing the difference between two sizes.
8. Create an inference entity to store the result, such as smaller or larger,to the question "Is the size getting larger or smaller?"
9. Create an AnnotationOfAnnotationHasCalculationEntityStatement to associate the annotation-of-annotation (subject) with a calculation entity (object).
10. Create an AnnotationOfAnnotationHasInferenceEntityStatement to associate the annotation-of-annotation (subject) with inference entity (object).

CalculationEntityIsComparedWithCalculationEntityStatement

When an AIM user wants to compare two calculation results, the user can use CalculationEntityIsComparedWithCalculationEntityStatement to identify a subject and object of calculation results.

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1. Create an annotation-of-annotation instance.
2. Create AnnotationOfAnnotationHasAnnotationOfAnnotationStatement linking the annotation-of-annotation (subject) to the baseline annotation-of-annotation (object).
3. Create an AnnotationOfAnnotationHasImageAnnotationStatement linking the annotation-of-annotation to the first follow-up image annotation (object).
4. Create an AnnotationOfAnnotationIsComparedWithImageAnnotationStatement to link the baseline annotation-of-annotation (subject) with the follow-up image annotation (object).
5. Create CalculationEntityIsComparedWithCalculationEntityStatement to link the calculation from the baseline annotation-of-annotation (subject) with the calculation from the image annotation (object).
6. Extract a calculation result from the baseline annotation-of-annotation and the first follow-up image annotation.
7. Compare the results.
8. Create and store the calculation entity if comparing the difference between two sizes.
9. Create an inference entity to store the result, such as smaller or larger, to the question "Is the size getting larger or smaller?"
10. Create an AnnotationOfAnnotationHasCalculationEntityStatement to associate the annotation-of-annotation (subject) with a calculation entity (object).
11. Create an AnnotationOfAnnotationHasInferenceEntityStatement to associate the annotation-of-annotation (subject) with an inference entity (object).

ImageAnnotationHasAnnotationRoleEntityStatement

This class is used to assign an annotation role to an image annotation. For example, an image annotation can be a baseline in one study but a follow-up in another study.

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1. Create an annotation-of-annotation instance.
2. Create an annotation role entity containing Baseline Category, 112016, DCM.
3. Create an AnnotationOfAnnotationHasImageAnnotationStatement to link an annotation-of-annotation (subject) with an image annotation (object).
4. Create an ImageAnnotationHasAnnotationRoleEntityStatement to link the image annotation (subject) to the annotation role entity (object).

ImageAnnotationIsComparedWithImageAnnotationStatement

An instance of ImageAnnotation is compared with another instance of ImageAnnotation. AIM users can further create CalculationEntityIsComparedWithCalculationEntityStatement to compare a calculation result from the subject ImageAnnotation instance with a calculation result from the object ImageAnnotation.

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1. Create an annotation-of-annotation instance.
2. Create two AnnotationOfAnnotationHasImageAnnotationStatement annotation-of-annotation statements to link the annotation-of-annotation (subject) to each image annotation instance (object).
3. Create an ImageAnnotationIsComparedWithImageAnnotationStatement to link baseline (subject) and follow-up (object) instances.
4. Extract calculation results from the baseline and the first follow-up image annotation instances.
5. Compare the results.
6. Create and store the calculation entity if comparing the difference between two sizes.
7. Create an inference entity to store the result, such as smaller or larger, to the question "Is the size getting larger or smaller?", PRV-SIZE01 and Private.
8. Create an AnnotationOfAnnotationHasCalculationEntityStatement to associate the annotation-of-annotation (subject) with a calculation entity (object).
9. Create an AnnotationOfAnnotationHasInferenceEntityStatement to associate the annotation-of-annotation (subject) with an inference entity (object).

ImageAnnotationIsComparedWithAnnotationOfAnnotationStatement

An instance of ImageAnnotation is compared with another instance of AnnotationOfAnnotation. AIM users can further create CalculationEntityIsComparedWithCalculationEntityStatement to compare a calculation result from the subject AnnotationOfAnnotation instance with a calculation result from the object ImageAnnotation.

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1. Create an image annotation instance.
2. Create DICOMImageReferenceEntity containing an image with a mass.
3. Create ImageAnnotationHasDICOMImageReferenceEntityStatement to link the image annotation (subject) to the DICOM image reference entity (object).
4. The user creates the ROI of the mass.
5. Compute area of the mass.
6. Create CalculationEntity and store the ROI result.
7. Create DICOMImageReferenceEntityHasCalculationEntityStatement to link the DICOM image (subject) with the calculation entity (object).

DICOMImageReferenceEntityHasImagingObservationEntityStatement

A DICOM image, captured in DICOMImageReferenceEntity, can be associated with an imaging observation, captured in ImagingObservationEntity, to describe an observation on the image.

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1. Create an image annotation instance.
2. Create DICOMImageReferenceEntity containing an image with a mass.
3. Create an ImageAnnotationHasDICOMImageReferenceEntityStatement to link the image annotation (subject) to the DICOM image reference entity (object).
4. The user creates ROI of the mass.
5. The user provides an imaging observation with the values of mass, RID3874, RadLex.
6. Create ImagingObservationEntity and store the value above.
7. Create DICOMImageReferenceEntityHasImagingObservationEntityStatement to link the DICOM image (subject) with the imaging observation entity (object).

DICOMImageReferenceEntityHasImagingPhysicalEntity

A DICOM image, captured in DICOMImageReferenceEntity, can associate with an image physical entity, captured in ImagingPhysicalEntity, to describe an observation on the image.

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1. Create an image annotation instance.
2. Create DICOMImageReferenceEntity containing an image with a mass.
3. Create ImageAnnotationHasDICOMImageReferenceEntityStatement to link the image annotation (subject) to the DICOM image reference entity (object).    
4. The user creates the ROI of the mass.
5. The user provides an imaging physical entity with the values of left upper lobe, RID1327, RadLex.
6. Create ImagingPhysicalEntity and store the value above.
7. Create DICOMImageReferenceEntityHasImagingPhysicalEntity to link DICOM image (subject) with the imaging physical entity (object).

DICOMSegmentationEntityHasImagingObservationEntityStatement

A DICOM segmentation object can have an imaging observation to further describe the segmentation object.

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1. Create an image annotation instance.
2. Create DICOMImageReferenceEntity containing images with a mass.
3. Create ImageAnnotationHasDICOMImageReferenceEntityStatement to link the image annotation (subject) to the DICOM image reference entity (object).    
4. The user designates the ROI of the mass.
5. The system creates a DICOM segmentation object.
6. Create DICOMSegmentationEntity with the required information from step 5.
7. The user provides an imaging observation with values of mass, RID3874, RadLex.
8. Create ImagingObservationEntity and store the value above.
9. Create DICOMSegmentationEntityHasImagingObservationEntityStatement to link DICOM segmentation entity (subject) with the imaging observation entity (object).

ImageAnnotationHasCalculationEntityStatement

An image annotation can have a calculation result associated with it.

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1. Create an image annotation instance.
2. Create a markup to measure the size of a mass.
3. Extract the mass size.
4. Create CalculationEntity and store the result and other required information from step 3.
5. Create ImageAnnotationHasCalculationEntityStatement to link the image annotation (subject) to the calculation entity (object).

ImageAnnotationHasChildImageAnnotationStatement

An image annotation can have a child image annotation. This represents a hierarchical structure between images. A child image implicitly has a parent image. A use case of this type of statement is a diagnostic mammogram image that has another magnification image associated with the diagnostic image. Another use case is a whole slide image with a 10X magnification factor that may have a section of the image magnified and stored as a separate image. Both images can have a parent-child relationship.

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1. Create an image annotation instance.
2. User views a left mediolateral oblique (MLO)
3. User creates a magnification view of the ROI and save it as a DICOM secondary captured image.
4. Create DICOMImageReferenceEntity containing the secondary captured image.
5. Create ImageAnnotationHasChildImageAnnotationStatement to link the image annotation (subject) to an instance of DICOMImageReferenceEntity containing secondary captured image (object).

ImageAnnotationHasDICOMImageReferenceEntityStatement

An instance of image annotation can have DICOM images of the same series.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create ImageAnnotationHasDICOMImageReferenceEntityStatement to link image annotation (subject) and DICOM image reference (object).

ImageAnnotationHasDICOMSegmentationEntityStatement

An image annotation can have one or more DICOM segmentation objects. An ImageAnnotationHasDICOMSegmentationEntityStatement statement represents a direct relationship between an image annotation and a DICOM segmentation entity. If the image annotation has three DICOM segmentation entities, there needs to be three ImageAnnotationHasDICOMSegmentationEntityStatements.

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1. Create two DICOM segmentation entity instances. Each instance references DICOM segmentation object from step 2.
2. Create two statements of type ImageAnnotationHasDICOMSegmentationEntityStatement. Each statement has the same image annotation (subject) but different DICOM segmentation entity (object).

ImageAnnotationHasImagingObservationEntityStatement

An image annotation can have an imaging observation associated with it.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances.
3. Create an imaging observation containing mass, RID3874, RadLex.
4. Create ImageAnnotationHasImagingObservationEntityStatement to link the imaging annotation (subject) with imaging observation (object).

ImageAnnotationHasImagingPhysicalEntityStatement

An image annotation can have an imaging physical entity associated with it.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances.
3. Create an imaging physical entity containing left upper lobe, RID1327, RadLex.
4. Create ImageAnnotationHasImagingPhysicalEntityStatement to link the imaging annotation (subject) and imaging physical entity (object).

ImageAnnotationHasInferenceEntityStatement

An image annotation can have a conclusion derived by interpreting images and/or other supplemental information related to the images.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances.
3. Create InferenceEntity and store the related question and medical conclusion. See InferenceEntity.
4. Create ImageAnnotationHasInferenceEntityStatement to link an image annotation (subject) to the inference entity (object).

ImageAnnotationHasTextAnnotationEntityStatement

An image annotation can have a text annotation associated with it.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create a three-dimensional polyline markup on a mass.
4. Create ThreeDimensionPolyline to store information in step 3.
5. Create ImageAnnotationHasThreeDimensionGeometricShapeEntityStatement to link the image annotation (subject) with the ThreeDimensionPolyline entity (object).

ImageAnnotationHasTwoDimensionGeometricShapeEntityStatement

An instance of image annotation may have one or more two-dimensional graphical drawings associate with it. ImageAnnotationHasTwoDimensionGeometricShapeEntityStatement represents a direct relationship between an instance of image annotation and a drawing. If you have two drawings on an image, create two statements.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create a two-dimension polyline markup on a mass.
4. Create TwoDimensionPolyline to store information in step 3.
5. Create ImageAnnotationHasTwoDimensionGeometricShapeEntityStatement to link the image annotation (subject) with the TwoDimensionPolyline entity (object).

ImageAnnotationHasUriImageReferenceEntityStatement

An image annotation can have a URI reference that directs to the actual storage location of the image used in the image annotation.

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3. Create ImageAnnotationHasUriImageReferenceEntityStatements to link the image annotation (subject) with each UriImageReferenceEntity (object).

ImagingObservationEntityIsIdentifiedByThreeDimensionGeometricShapeEntityStatement

An instance of imaging observation entity can be identified by one or more three-dimensional graphical drawings associate with it. ImageObservationEntityIsIdentifiedByThreeDimensionGeometricShapeEntityStatement represents a direct relationship between an instance of imaging observation entity and a markup. If you have two markups on an image, create two statements.

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1. Create an imaging observation entity instance.
2. Create a DICOM image reference instance and its associated image study, image series and image instances using DICOMImageReferenceEntity.
3. Create a three-dimensional polyline markup on a mass.
4. Create ThreeDimensionPolyline to store information in step 3.
5. Create ImagingObservationEntityIsIdentifiedByThreeDimensionGeometricShapeEntityStatement to link the imaging observation entity (subject) with the ThreeDimensionPolyline entity (object).

ImagingObservationEntityIsIdentifiedByTwoDimensionGeometricShapeEntityStatement

An instance of imaging observation entity can be identified one or more three-dimensional graphical drawings associated with it. ImageObservationEntityIsIdentifiedByThreeDimensionGeometricShapeEntityStatement represents a direct relationship between an instance of an imaging observation entity and a markup. If you have two markups on an image, create two statements.

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1. Create an imaging observation entity instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create a two-dimensional polyline markup on a mass.
4. Create TwoDimensionPolyline to store information in step 3.
5. Create ImagObservationIsIdentifiedByTwoDimensionGeometricShapeEntityStatement to link the imaging observation entity (subject) with the TwoDimensionPolyline entity (object).

ImagingObservationEntityIsIdentifiedByTextAnnotationEntityStatement

An imaging observation can be identified by a text annotation.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances.
3. Create an imaging observation containing mass, RID3874, RadLex.
4. Create a text markup on a mass.
5. Create a text annotation entity based on information from step 4.
6. Create an ImagingObservationEntityIsIdentifiedByTextAnnotationEntityStatement to link the imaging observation (subject) with the text annotation entity (object).

ImagingPhysicalEntityHasThreeDimensionGeometricShapeEntityStatement

An instance of imaging physical entity may have one or more three-dimensional drawings associate with it. ImagePhysicalEntityHasThreeDimensionGeometricShapeEntityStatement represents a direct relationship between an instance of an imaging physical entity and a markup. If you have two markups on an image, you create two statements.

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1. Create an imaging physical entity instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create an imaging physical entity containing left upper lobe, RID1327, RadLex.
4. Create a three-dimensional polyline markup on a mass.
5. Create ThreeDimensionPolyline to store information in step 3.
6. Create ImagingPhysicalEntityHasThreeDimensionGeometricShapeEntityStatement to link the imaging physical entity (subject) with the ThreeDimensionPolyline entity (object).

ImagingPhysicalEntityHasTwoDimensionGeometricShapeEntityStatement

An instance of imaging physical entity may have one or more two-dimensional drawings associate with it. ImagePhysicalEntityHasTwoDimensionGeometricShapeEntityStatement represents a direct relationship between an instance of an imaging physical entity and a markup. If you have two markups on an image, you create two statements.

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1. Create an imaging physical entity instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create an imaging physical entity containing left upper lobe, RID1327, RadLex.
4. Create a two-dimensional polyline markup on a mass.
5. Create a TwoDimensionPolyline to store information in step 3.
6. Create ImagingPhysicalEntityHasTwoDimensionGeometricShapeEntityStatement to link the imaging observation entity (subject) with the TwoDimensionPolyline entity (object).

ImagingPhysicalEntityHasTextAnnotationEntityStatement

An image physical entity can have a text annotation.

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1. Create an image annotation instance.
2. Create a DICOM image reference instance and its associated image study, image series, and image instances using DICOMImageReferenceEntity.
3. Create an imaging physical entity containing left upper lobe, RID1327, RadLex.
4. Create a text markup on a mass.
5. Create TextAnnotationEntity to store information from step 4.
6. Create ImagingPhysicalEntityHasTextAnnotationEntityStatement to link the imaging physical entity (subject) with the text annotation entity (object).

ThreeDimensionGeometricShapeEntityIsComprisedOfThreeDimensionGeometricShapeEntityStatement

Two or more drawings captured as ThreeDimensionGeometricShapeEntity instances have a direct relationship to other drawings when these drawings are placed on the same physical entity or thing.

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1. Create an image annotation instance.
2. Create a markup of the first area of a mass.
3. Create ThreeDimensionGeometricShapeEntity to store information in step 2.
4. Calculate area from step 3 (optional).
5. Create a markup of the second area of the same mass.
6. Create a ThreeDimensionGeometricShapeEntity to store information in step 5.
7. Calculate the area from step 5.
8. Create ThreeDimensionGeometricShapeEntityIsComprisedOfThreeDimensionGeometricShapeEntityStatement to link the first markup (subject) to the second markup (object).

ThreeDimensionGeometricShapeEntityExcludesThreeDimensionGeometricShapeEntityStatement

Two or more graphical drawings captured as ThreeDimensionGeometricShapeEntity instances have a direct relationship with other drawings when these drawings are placed on the same physical entity or thing.

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A user draws two different markups on the same lesion. This lesion is the same thing that appears on the same image.

Working with AIM:

1. Create an image annotation instance.
2. Create a markup of the first area of a mass.
3. Create ThreeDimensionGeometricShapeEntity to store information from step 2.
4. Calculate the area from step 3 (optional).
5. Create a markup of the second area of the same mass.
6. Create ThreeDimensionGeometricShapeEntity to store information in step 5.
7. Calculate the area from step 5.
8. Create ThreeDimensionGeometricShapeEntityExcludesThreeDimensionGeometricShapeEntityStatement to link the first markup (subject) to the second markup (object).

TwoDimensionGeometricShapeEntityIsComprisedOfTwoDimensionGeometricShapeEntityStatement

Two or more graphical drawings captured as TwoDimensionGeometricShapeEntity instances have a direct relationship with other graphical drawings when these drawings are placed on the same physical entity or thing.

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1. Create an image annotation instance.
2. Create a markup of the first area of a mass.
3. Create TwoDimensionGeometricShapeEntity to store information from step 2.
4. Calculate the area from step 3 (optional).
5. Create a markup of the second area of the same mass.
6. Create TwoDimensionGeometricShapeEntity to store information in step 5.
7. Calculate the area from step 5.
8. Create TwoDimensionGeometricShapeEntityIsComprisedOfTwoDimensionGeometricShapeEntityStatement to link the first markup (subject) to the second markup (object).

TwoDimensionGeometricShapeEntityExcludesTwoDimensionGeometricShapeEntityStatement

Two or more graphical drawings captured as TwoDimensionGeometricShapeEntity instances have a direct relationship with other drawings when these drawings are placed on the same physical entity or thing.

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1. Create an image annotation instance.
2. Create a markup of the first area of a mass.
3. Create TwoDimensionGeometricShapeEntity to store information from step 2.
4. Calculate the area from step 3 (optional).
5. Create a markup of the second area of the same mass.
6. Create TwoDimensionGeometricShapeEntity to store information from step 5.
7. Calculate the area from step 5.
8. Create TwoDimensionGeometricShapeEntityExcludesTwoDimensionGeometricShapeEntityStatement to link the first markup (subject) to the second markup (object).

UriImageReferenceEntityHasImagingObservationEntityStatement

A URI image reference can have an imaging observation. It is used in conjunction with UriImageReferenceHasImagingPhysicalEntityStatement.

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1. Create an image annotation instance.
2. Create UriImageReferenceEntity instance with the image location.
3. Create an imaging observation containing mass, RID3874, RadLex.
4. Create UriImageReferenceEntityHasImagingObservationEntityStatement to link the UriImageReferenceEntity (subject) with imaging observation (object).

UriImageReferenceEntityHasImagingPhysicalEntityStatement

An URI image reference can have an imaging physical entity associated with it.

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1. Create an image annotation instance.
2. Create a UriImageReferenceEntity instance with the image location.
3. Create an imaging physical entity containing left upper lobe, RID1327, RadLex.
4. Create UriImageReferenceEntityHasImagingPhysicalEntityStatement to link the UriImageReferenceEntity (subject) with the imaging physical entity (object).

UriImageReferenceEntityHasCalculationEntityStatement

A URI image reference can have a calculation associated with it.

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