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| Dataset2 |
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Row | STUDYID | DOMAIN | USUBJID | PRSEQ | PRTRT | PRLOC | VISIT |
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| 1 | ABC | PR | ABC-123 | 1 | CT SCAN | CHEST | BASELINE |
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| 2 | ABC | PR | ABC-123 | 2 | CT SCAN | ABDOMEN | BASELINE |
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If Modeling both AAA and TAA are found, and modeled as CE:Note: in this case CE works because both TAA and AAA are detected so you would have separate CE record for each "identified" aneurysmand AAA in CV, note for viewing simplicity, some variables are omitted from the table below.
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| | Dataset2 |
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Row | STUDYID | DOMAIN | USUBJID | CESEQ | CETRT | CELOC | VISIT | CE LOC Detail | 1 | ABC | CE | ABC-123 | 1 | aneurysm | thoracic cavity | BASELINE | aortic root | 2 | ABC | CE | ABC-123 | 2 | aneurysm | thoracic cavity | BASELINE | Aortic arch to descending aorta | 3 | ABC | CE | ABC-123 | 3 | aneurysm | abdominal cavity | BASELINE | Left renal artery | 4 | ABC | CE | ABC-123 | 4 | aneurysm | abdominal cavity | BASELINE | Infrarenal artery (Below the kidneys) |
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If both AAA and TAA are found, and modeled as CV:
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| Dataset2 |
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Row | STUDYID | DOMAIN | USUBJID | CVSEQ | CVGRPID | CVTEST | CVTSTDTL | CVORRES | CVORRESU | CVLOC |
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CVLAT | CVLOCDTL | 1 | CVMETHOD | VISITNUM | VISIT | CVDTC |
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CV RES LOC
| CV RES LAT | CV Result LOC detail | | ABC | CV | ABC-123 | 1 | 1 | Aneurysm Indicator |
| Y |
thoracic cavity
| Thoracic Cavity | CT SCAN | 1 | BASELINE | 2020-04-27 |
| Descending Aorta |
2Number of Aneurysms | 2 | | Aneurysm Diameter |
| 8 | mm | Descending Aorta |
thoracic cavity | CT SCAN | 1 | BASELINE | 2020-04-27 |
Aorta 3 | 3 Length/Diameter 2 CMaorta
| Descending Aorta | CT SCAN | 1 | BASELINE | 2020-04-27 |
Aortic root | 1 | Dissection Indicator | N | 3 | 41 | Aneurysm Length/Diameter | 7.5 | CM | aorta | | 2 | Dissection Indicator |
| Y |
| Thoracic Cavity | CT SCAN | 1 | BASELINE | 2020-04-27 |
Aortic Arch to 1Dissection IndicatorYaorta | Aortic Arch to Descending Aorta | 1 | Stanford TYPE B | aorta | Aortic Arch to Descending Aorta |
| Type III |
| Descending Aorta | CT SCAN | 1 | BASELINE | 2020-04-27 |
|
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| | 6 |
|---|
44561Aneurysm Indicator | Y | abdominal cavity| Stanford AoD Classification |
| Stanford B |
| Descending Aorta | CT SCAN | 1 | BASELINE |
20205RENAL ARTERY | LEFT | ABC45622 Length/Diameter3 | CM | renal artery | left
| Y |
| Abdominal Cavity | CT SCAN | 1 | BASELINE | 2020-04-27 |
6
| Infrarenal aorta | proximal to the iliac bifurcation | | 8 | ABC | CV | ABC- |
|---|
4563 IndicatorYabdominal cavity| Infrarenal aorta | CT SCAN | 1 | BASELINE |
2020Infrarenal artery (Below the kidneys) | 7 | ABC456 4 Length/Diameter2 | CM | abdominal cavity | | Interpretation | Large |
| Infrarenal aorta |
Infrarenal artery (Below the kidneys) | CT SCAN | 1 | BASELINE | 2020-04-27 |
|
|
| | 10 | ABC | CV | ABC-123 | 10 | 4 | Dissection Indicator |
| Y |
| Abdominal Cavity |
|
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| Infrarenal aorta | proximal to the iliac bifurcation |
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Case 2 - Subject has AAA but TAA is not found
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| Dataset2 |
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Row | STUDYID | DOMAIN | USUBJID | PRSEQ | PRTRT | PRLOC | VISIT |
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| 1 | ABC | PR | ABC-456 | 1 | CT SCAN | CHEST | BASELINE |
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| 2 | ABC | PR | ABC-456 | 2 | CT SCAN | ABDOMEN | BASELINE |
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If AAA is found but TAA is not:
- a CE record for AAA will be created;
- a CE record for TAA will not be created - the fact that synchronous TAA is not detected, this information is lost. But a procedure of chest CT scan was performed, what came off of that procedure? we will never know.
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| Dataset2 |
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Row | STUDYID | DOMAIN | USUBJID | CESEQ | CETRT | CELOC | VISIT | CE LOC Detail | 1 | ABC | CE | ABC-456 | 1 | aneurysm | abdominal cavity | BASELINE | Infrarenal artery (Below the kidneys)
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If I were to model this in CV, I could show that AAA is detected along with its diameter measurement. On top of that, TAA is not detected.
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