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Definexmltable |
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Dataset | ADCVNTP |
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Level | Variable |
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Purpose | Analysis |
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Name | Variable |
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Variable Name | Variable Label | Type | Codelist/Controlled Terms/Format | Source | Derivation/Comment |
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STUDYID | Study Identifier | Char |
| CV.STUDYID |
| USUBJID | Unique Subject Identifier | Char |
| |
| BRTHDT | Date of Birth | Num | Date9. | ADSL.BRTHDT |
| AGEAAGE | Analysis Age | Num |
| ADSL.AAGE |
| AGEU | Age Unit | Char | YEARS | ADSL.AGEU |
| SEX | Sex | Char | (SEX) | DM.SEX |
| RACE | Race | Num | (RACE) | DM.RACE |
| TRTSDT | Date of First Exposure to Treatment | Num | date9 | ADSL.TRTSDT |
| TRT01P | Planned Treatment for Period 01 | Char | Drug A; Drug B | ADSL.TRT01P |
| TRT01A | Actual Treatment for Period 01 | Char | Drug A; Drug B | ADSL.TRT01A |
| ITTFL | Intent-To-Treat Population Flag | Char | Y; N | ADSL.ITTFL | | BSASC | Body Surface Area at Screening | Num |
| ADSL.BSASC | | HEIGHT | Height (cm) | Num |
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| Set to VS.VSSTRESN where VS.VSTEST = "HEIGHT" by visit. | WEIGHT | Weight (kg) | Num |
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| Set to VS.VSSTRESN where VS.VSTEST = "WEIGHT" by visit. | BSA | Body Surface Area (m2) | Num |
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| Compute from HEIGHT and WEIGHT at each visit, using the Du Bois method. BSA = 0.007184 × W0.425 × H0.725 There are multiple methods and the study protocol should describe which one to use (e.g., Mosteller, Haycock, Gehan & George, Boyd, Fujimoto, Takahira, and Schlich). | ACEINHFL | ACE Inhibitor Medications Flag | Char | Y; N | ADSL.ACEINHFL |
| PARAM | Parameter | Char | Left Ventricular Ejection Fraction, Calculated (%); Right Ventricular Ejection Fraction, Calculated (%); N-Terminal ProB-type Natriuretic Peptide (pg/mL) | CV.CVTEST LB.LBTEST |
| PARAMCD | Parameter Code | Char | LVEF_C; RVEF_C; BNPPRONT | CV.CVTESTCD LB.LBTESTCD |
| PARAMN | Parameter (N) | Num |
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| Number PARAMCD as follows: LVEF_C = "1" RVEF_C = "2" BNPPRONT = "3" | AVAL | Analysis Value | Num |
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| See Parameter Value Metadata | AVISIT | Analysis Visit | Char | Visit 1 (Baseline); Visit 6 (1 Year) |
| If CV.VISIT = "VISIT 1" then AVISIT = "Visit 1 (Baseline)". If CV.VISIT = "VISIT 6" then AVISIT = "Visit 6 (1 Year)". | AVISITN | Analysis Visit (N) | Num | 1; 6 | CV.VISITNUM LB.VISITNUM |
| VISIT | Visit | Num | VISIT 1; VISIT 6 | CV.VISIT LB.VISIT |
| ADT | Analysis Date | Num | date9. |
| Date portion of CV.CVDTC or LB.LBDTC converted to numeric and displayed in a format such as date9. | ABLFL | Baseline Record Flag | Char | Y |
| If CV.VISIT = "VISIT 1" then ABLFL = "Y". | BASE | Baseline Value | Num |
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| Set BASE to AVAL from the record for that subject and parameter where ABLFL = "Y". Populate BASE for additional visits by merging the value of BASE in the baseline record by USUBJID and PARAMCD. | CHG | Change from Baseline | Num |
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| Compute CHG = AVAL - BASE for that record. Only compute for post-baseline records. | PCHG | Percent Change from Baseline | Num |
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| Compute PCHG = (CHG / BASE) * 100. Only compute for post-baseline records. | CHGCAT1 | Change from Baseline Category 1 | Char | Decline >=5%; Decline <5%; Increase GT 100 pg/mL |
| See Parameter Value Metadata | SRCDOM | Source Data | Char | CV; LB |
| Set to the SDTM domain name that relates to the analysis value. | SRCVAR | Source Variable | Char |
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| Set to the SDTM variable that relates to the analysis value. | SRCSEQ | Source Sequence Number | Num |
| CV.CVSEQ LB.LBSEQ | Set to the SDTM domain sequence number that relates to the analysis value. |
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Dataset wrap |
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Rowcaps |
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Rows 1-2: | Show the baseline ejection fraction measurements at VISIT 1. | Row 3: | Shows the baseline N-Terminal ProB-type Natriuretic Peptide test results at VISIT 1. | Rows 4-5: | Show the baseline ejection fraction measurements at VISIT 6. | Row 6: | Shows the baseline N-Terminal ProB-type Natriuretic Peptide test results at VISIT 6. |
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Dataset2 |
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| Row | STUDYID | USUBJID | AGEAAGE | AGEU | SEX | RACE | TRT01P | TRT01A | ITTFL | BSASC | HEIGHT | WEIGHT | BSA | ACEINHFL | PARAM | PARAMCD | PARAMN | AVAL | AVISIT | AVISITN | VISIT | ADT | ABLFL | BASE | CHG | PCHG | CHGCAT1 | SRCDOM | SRCVAR | SRCSEQ |
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1 | DMD-EFLGE | DMD-EF-01-101 | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Drug A | Y | 0.82 | 119 | 20 | 0.82 | Y | Left Ventricular Ejection Fraction, Calculated (%) | LVEF_C | 1 | 67 | Visit 1 (Baseline) | 1 | VISIT 1 | 16MAY2022 | Y | 67 |
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| CV | CVTESTCD | 3 | 2 | DMD-EFLGE | DMD-EF-01-101 | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Drug A | Y | 0.82 | 119 | 20 | 0.82 | Y | Right Ventricular Ejection Fraction, Calculated (%) | RVEF_C | 2 | 74 | Visit 1 (Baseline)) | 1 | VISIT 1 | 16MAY2022 | Y | 74 |
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| CV | CVTESTCD | 7 | 3 | DMD-EFLGE | DMD-EF-01-101 | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Drug A | Y | 0.82 | 119 | 20 | 0.82 | Y | N-Terminal ProB-type Natriuretic Peptide (IU/L) | BNPPRONT | 3 | 40 | Visit 1 (Baseline) | 1 | VISIT 1 | 16MAY2022 | Y | 40 |
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| LB | LBTESTCD | 1 | 4 | DMD-EFLGE | DMD-EF-01-101 | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Drug A | Y | 0.82 | 132 | 32 | 1.08 | Y | Left Ventricular Ejection Fraction, Calculated (%) | LVEF_C | 1 | 60 | Visit 6 (1 Year) | 6 | VISIT 6 | 06APR2023 |
| 67 | -7 | -10.447761 | Decline >=5.0% | CV | CVTESTCD | 11 | 5 | DMD-EFLGE | DMD-EF-01-101 | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Drug A | Y | 0.82 | 132 | 32 | 1.08 | Y | Right Ventricular Ejection Fraction, Calculated (%) | RVEF_C | 2 | 61 | Visit 6 (1 Year) | 6 | VISIT 6 | 06APR2023 |
| 74 | -13 | -17.567568 | Decline >=5.0% | CV | CVTESTCD | 15 | 6 | DMD-EFLGE | DMD-EF-01-101 | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Drug A | Y | 0.82 | 132 | 32 | 1.08 | Y | N-Terminal ProB-type Natriuretic Peptide (IU/L) | BNPPRONT | 3 | 900 | Visit 6 (1 Year) | 6 | VISIT 1 | 06APR2023 |
| 40 | 860 | 2,150 | Increase GT 100 pg/mL | LB | LBTESTCD | 2 |
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Definexmltable |
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Dataset | ADCVCMR |
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Level | Variable |
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Purpose | Analysis |
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Name | Variable |
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Variable Name | Variable Label | Type | Codelist/Controlled Terms/Format | Source | Derivation/Comment |
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STUDYID | Study Identifier | Char |
| ADCVNTP.STUDYID |
| USUBJID | Unique Subject Identifier | Char |
| |
| BRTHDT | Date of Birth | Num | date9. | ADCVNTP.BRTHDT |
| AGEAAGE | Analysis Age | Num |
| ADCVNTP.AGEAAGE |
| AGEU | Age Unit | Char | YEARS | ADCVNTPL.AGEU |
| SEX | Sex | Char | (SEX) | ADCVNTPL.SEX |
| RACE | Race | Num | (RACE) | ADCVNTPL.RACE |
| TRTSDT | Date of First Exposure to Treatment | Num | date9. | ADCVNTP.TRTSDT |
| TRT01P | Planned Treatment for Period 01 | Char | Drug A; Drug B | ADCVNTP.TRT01P |
| ITTFL | Intent-To-Treat Population Flag | Char | Y; N | ADCVNTP.ITTFL | | BSASC | Body Surface Area at Screening | Num |
| ADCVNTP.BSASC | | BSA | Body Surface Area (m2) | Num |
| ADCVNTP.BSA |
| ACEINHFL | ACE Inhibitor Medications Flag | Char | Y; N | ADCVNTP.ACEINHFL |
| BNPPRONT |
| Num |
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| BNPPRONT = AVAL where PARAMCD = ADCVNTP.BNPPRONT, and merge by USUBJID and AVISITN. Note: there are many ways to add this including transposing the data. | PARAM | Parameter | Char | Left Ventricular Ejection Fraction, Calculated (%); Right Ventricular Ejection Fraction, Calculated (%); N-Terminal ProB-type Natriuretic Peptide (pg/mL) | ADCVNTP.PARAM | | PARAMCD | Parameter Code | Char | LVEF_C; RVEF_C; BNPPRONT | ADCVNTP.PARAMCD |
| PARAMN | Parameter (N) | Num |
| ADCVNTP.PARAMN |
| AVAL | Analysis Value | Num |
| ADCVNTP.AVAL |
| AVISIT | Analysis Visit | Char | Visit 1 (Baseline); Visit 6 (1 Year) | ADCVNTP.AVISIT |
| AVISITN | Analysis Visit (N) | Num | 1; 6 | ADCVNTP.AVISITN |
| ADT | Analysis Date | Num | date9. | ADCVNTP.ADT |
| ABLFL | Baseline Record Flag | Char | Y | ADCVNTP.ABLFL |
| BASE | Baseline Value | Num |
| ADCVNTP.BASE | | CHG | Change from Baseline | Num |
| ADCVNTP.CHG |
| PCHG | Percent Change from Baseline | Num |
| ADCVNTP.PCHG |
| CHGCAT1 | Change from Baseline Category 1 | Char | Decline >=5%; Decline <5%; Increase GT 100 pg/mL | ADCVNTP.CHGCAT1 |
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Dataset wrap |
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Dataset2 |
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| Row | STUDYID | USUBJID | BRTHDT | TRT01P | AAGE | AGU | SEX | RACE | TRT01A | ITTFL | BSA | ACEINHFL | BNPPRONT | PARAM | PARAMCD | PARAMN | AVAL | AVISIT | AVISITN | ADT | ABLFL | BASE | CHG | PCHG | CHGCAT1 |
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1 | DMD-EFLGE | DMD-EF-01-101 | 07FEB2010 | Drug A | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Y | 0.82 | Y | 40 | Left Ventricular Ejection Fraction, Calculated (%) | LVEF_C | 1 | 70 | Visit 1 (Baseline) | 1 | 16MAY2022 | Y | 70 |
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| 2 | DMD-EFLGE | DMD-EF-01-101 | 07FEB2010 | Drug A | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Y | 0.82 | Y | 40 | Right Ventricular Ejection Fraction, Calculated (%) | RVEF_C | 2 | 75 | Visit 1 (Baseline) | 1 | 16MAY2022 | Y | 75 |
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| 3 | DMD-EFLGE | DMD-EF-01-101 | 07FEB2010 | Drug A | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Y | 1.08 | Y | 900 | Left Ventricular Ejection Fraction, Calculated (%) | LVEF_C | 1 | 65 | Visit 6 (1 Year) | 6 | 06APR2023 |
| 70 | -5 | -10.447761 | Decline >=5.0% | 4 | DMD-EFLGE | DMD-EF-01-101 | 07FEB2010 | Drug A | 12.3 | YEARS | M | BLACK OR AFRICAN AMERICAN | Drug A | Y | 1.08 | Y | 900 | Right Ventricular Ejection Fraction, Calculated (%) | RVEF_C | 2 | 70 | Visit 6 (1 Year) | 6 | 06APR2023 |
| 75 | -5 | -17.567568 | Decline >=5.0% |
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Display | Table 14.xx.xx Change in Left Ventricular Ejection Fraction Percent Over 1 Year |
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Analysis Result | Comparison of Change of Ejection Fraction Percent for the Treatment Groups (1 Year) |
Analysis Variables(s) | CHG |
Analysis Reason | Primary efficacy endpoint as prespecified in the SAP |
Analysis Purpose | Primary outcome measure |
Data References (incl. selection criteria) | PARAMCD = "LVEF_C" Where ITTFL = "Y" and AVISITN = 6; |
Documentation | Comparison of Means with 95% confidence interval |
Programming Statements (Add programming language statements here: SAS, R, etc.) | Proc means DATA=ADCVNTP N MEAN clm STDERR; /* Subset the data. Can run again selecting for paramcd="RVEF_C"*/DATA ONE; SET ADCVCMR; Where Where PARAMCD = 'LVEF_C' and ITTFL = "Y" and AVISITN = 6 and PARAMCD = 'LVEF_C'; RUN; PROC MEANS DATA=ONE N MEAN clm STDERR; ; Class CLASS TRT01P; VAR Var CHG; RUNrun; |
Table 2. This table demonstrates a model over multiple time points, adding some of the covariates that were retained in the analysis dataset.
Display | Table 14.xx.xx Percent Change in Left Ventricular Ejection Fraction Percent Over Time (Yearly) |
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Analysis Result | Comparison of Percent Change of Ejection Fraction for the Treatment Groups Over Time ( yearly) |
Analysis Variables(s) | CHG |
Analysis Reason | Primary efficacy endpoint as prespecified in the SAP |
Analysis Purpose | Primary outcome measure |
Data References (incl. selection criteria) | PARAMCD = "LVEF_C" Where ITTFL = "Y" |
Documentation | The mixed model using lsmeans to compare treatment groups |
Programming Statements (Add programming language statements here: SAS, R, etc.) | /* Note that CHG is only computed post-baseline, so subset for the yearly visits, i.e. 6, 12, 18 etc. */ Proc mixed DATA TWO=ADCVNTP; SET ADCVCMRClass TRT01P AVISITN; /* Subset by param, as there are two parameters with CHG calculated*/ Where ITTFL = "Y" and AVISITN IN(6,12,18,24,36,48) and PARAMCD = "LVEF_C"; RUN; PROC MIXED DATA=ADCVNTP; CLASS STUYDID TRT01P AVISITN; MODEL PCHGModel PCHG=AVISITN*TRT01P/Solution; RANDOM INTERCEPT / SUBJECT=STUYDID TYPE=UN; LSMEANS TRT01P*AVISITN/ CL PDIFF; RUN; |
Table 3. This This example uses the dataset ADCVNTP, selecting for the parameter "N-Terminal ProB-type Natriuretic Peptide (IU/L)"ADCVCMR, with BNPPRONT as an additional covariate.
Where Display | Table 14.xx.xx Percent change in NTproBNP over 1 Year |
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Analysis Result | Comparison of Percent Change of NTproBNP for the Treatment Groups Over a period of time. |
Analysis Variables(s) | PCHG |
Analysis Reason | Primary efficacy endpoint as prespecified in the SAP |
Analysis Purpose | Primary outcome measure |
Data References (incl. selection criteria) | PARAMCD = |
"BNPPRONT" AND and AVISIT GE 6; |
Documentation |
The mixed model using lsmeans to compare treatment groups | Multiple Regression Model |
| Proc reg data=ADCVCMR ; Where PARAMCD = L_VEFC and ITTFL = "Y" and AVISIT GE 6; Model PCHG = AAGE SEX RACE BNPPRONT; run |
Programming Statements (Add programming language statements here: SAS, R, etc.) | /* NEEDS UPDATING*/
PROC MEANS DATA=ADCVCMR MEAN STD MEDIAN maxdec=3;
CLASS TRT01P;
BY VISIT;
VAR BNPPRONT;
RUN