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Dataset wrap
titlecv.xpt
NameTR


Dataset2


Row

STUDYID

DOMAIN

USUBJID

TRSEQTRLNKIDTRTESTCD

TRTEST

TRORRES

TRORRESU

TRSTRESC

TRSTRESN

TRSTRESU

VISITNUM

VISIT

TUDTC

1ABCTUABC-1231TR-AneurysmLENGTHLength4cm44cmcmBASELINE2020-04-27
2ABCTUABC-1232TR-AneurysmMAXLDIAMaximal Luminal Diameter5cm55cmcmBASELINE2020-04-27
3ABCTUABC-1233TR-AneurysmLENGTHLength2cm22cmcmVISIT 22020-05-27
4ABCTUABC-1234TR-AneurysmMAXLDIAMaximal Luminal Diameter3cm33cmcmVISIT 22020-05-27




Example 3: what the data should look like if there isn't a separate non-tumor lesion domain, whether or not the aneurysm is treated with a study intervention - what I have been trying to model all along. Pretend there is no TU/TR.

Dataset wrap
titlecv.xpt
Namecv


Dataset2
hi3TURESLOC
hi2styleyellow
hi3styleBOLD


ROW

STUDYID

DOMAIN

USUBJID

ROW

CVGRPIDCVTESTCD

CVTEST

CVLOC

CVCAT

CVORRES

CVORRESUCVSTRESCCVSTRESNCVSTRESUCVRESLOCCVRLODTL

CVMETHOD

VISITNUM

VISIT

CVDTC

1ABCCVABC-1231TRABNINDAbnormality IndicatorThoracic RegionTARGET FOR STUDY TREATMENTThoracic regionYYY


CT SCAN

1BASELINE2020-04-27
2ABCCVABC-1232TR-AneurysmABNEXAMExamination for AbnormalityThoracic RegionTARGET FOR TREATMENTThoracic regionAneurysmAneurysmAneurysmThoracic AortaAortic Arch to Descending aorta

CT SCAN

1BASELINE2020-04-27
3ABCCVABC-1233ARABNINDAbnormality IndicatorAbdominal regionNON-TARGET FOR STUDY TREATMENTY
YY


CT SCAN

1BASELINE2020-04-27
4ABCCVABC-1234AR-AneurysmABNEXAMExamination for AbnormalityAbdominal regionNON-TARGET FOR STUDY TREATMENTAneurysm
AneurysmAneurysm
Infrarenal aortaproximal to the iliac bifurcation

CT SCAN

1BASELINE2020-04-27
5ABCCVABC-1235TR-AneurysmLENGTHLength
TARGET FOR STUDY TREATMENT4cm44cm

CT SCAN

1BASELINE2020-04-27
6ABCCVABC-1236TR-AneurysmMAXLDIAMaximal Luminal Diameter
TARGET FOR STUDY TREATMENT5cm55cm

CT SCAN

1BASELINE2020-04-27
7ABCCVABC-1237AR-AneurysmLENGTHLength
NON-TARGET FOR STUDY TREATMENT2cm22cm

CT SCAN

1BASELINE2020-04-27
8ABCCVABC-1238AR-AneurysmMAXLDIAMaximal Luminal Diameter
NON-TARGET FOR STUDY TREATMENT2.5cm2.52.5cm

CT SCAN

1BASELINE2020-04-27



Nsvmeta
DomainCV


VariableLabelTypeRoleOrigin
CVTNTSINTarget/non-target for study interventiontextNon-Standard Record QualifierCRF
CVTUFLAGFlag for TU, TR or RS DatatextNon-Standard Record QualifierCRF





What goes into TULOC?

After all this, i struggle with what values should go into TULOC. When a CT scans the chest, it produces cross-sectional images of the chest/thorax and everything in it. You can view the images in three angles: a) axial view (you are looking at the picture of the thorax from the direction of head to toe), b) the coronal view (you are looking at the images of the thorax as if you are standing in front of the person),  c) sagittal view (you are looking at the picture of the thorax from the side). Hence TULOCs are populated with Thoracic Region and Abdominal Region for now. Especially in the axial view, as you move from cross-sectional images of the thorax to images of the abdomen, you are looking at sectioned images of the thoracic region to abdominal region, there is no mistake about which region you are looking at because the anatomy of both regions are so different and clearly sperpated. I think it is not wrong to populate TULOC with chest and abdomen as well, they are just not the most precise anatomical terms.

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