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52-104 Week Off-therapy Second Extension to Study CSPP100A2365

A Multicenter, Double-blind 52 to 104 Week Off-therapy Extension Study to Evaluate the Long Term Growth and Development of Pediatric Hypertensive Patients 6 - 17 Years of Age Previously Treated With Aliskiren in Studies CSPP100A2365 and/or CSPP100A2365E1

Status
Completed
Phases
Unknown
Study type
Observational
Source
ClinicalTrials.gov
Registry ID
NCT01420068
Enrollment
106
Registered
2011-08-19
Start date
2011-08-19
Completion date
2017-08-03
Last updated
2019-03-19

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Hypertension

Keywords

Pediatric, hypertension, aliskiren

Brief summary

52-104 week off-therapy second extension to study CSPP100A2365 to assess growth and development in pediatric hypertensive patients previously treated with aliskiren in studies SPP100A2365 and SPP100A2365E1

Interventions

DRUGSPP100

Sponsors

Noden Pharma
Lead SponsorINDUSTRY

Study design

Observational model
OTHER
Time perspective
PROSPECTIVE

Eligibility

Sex/Gender
ALL
Age
6 Years to 17 Years
Healthy volunteers
No

Inclusion criteria

* Successful completion of study CSPP100A2365E1 * Patients must meet inclusion criteria set forth for trials CSPP100A2365 and CSPP100A2365E1 * Informed consent/ patient assent

Exclusion criteria

•Patients who did not successfully complete studies CSPP100A2365 and CSPP100A2365E1

Design outcomes

Primary

MeasureTime frameDescription
Change in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSBaseline to LT Visit 18 (Week 104): 2 years (104 weeks)All participants who were determined to have secondary hypertension in the core study and had a Baseline (Visit 2) standardized neurocognitive assessment in the core study received follow-up neurocognitive assessments at LT Visit 18 and LT Visit 19 with the same tool. The neurocognitive assessment of development included assessment of the following abilities: Attention, Processing speed, Working memory, and Motor speed. For Numbers (Forward and Backward Raw Score), Visual Matching (Number Correct), Sequences (Total Raw Score): positive change indicates a numerical increase, which is considered a better outcome/improvement; negative change/numerical decrease is considered a worse outcome/decline. For Visual Matching (Time to Complete), Time Tapping (Right and Left Hands), and Timed Gait: positive change indicates a numerical increase, which is considered a worse outcome/decline; negative change/numerical decrease is considered a better outcome/improvement.
Change in Weight Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the Enrolled to Follow-up Set (EFS)Baseline to LT Visit 18 (Week 104): 2 years (104 weeks)Participant weight was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). Body weight was measured to the nearest 0.1 kg in indoor clothing, but without shoes.
Change in Height Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSBaseline to LT Visit 18 (Week 104): 2 years (104 weeks)Participant height was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension).
Change in BMI Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSBaseline to LT Visit 18 (Week 104): 2 years (104 weeks)Participant height and weight was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). BMI was derived.

Secondary

MeasureTime frameDescription
Change in Weight Assessments From Baseline (Visit 2 of the Core Study) to End of Study (EOS) by Hypertension GroupBaseline to EOS (2 to 3 years). EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.Participant weight was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). Body weight was measured to the nearest 0.1 kg in indoor clothing, but without shoes.
Change in Height Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupBaseline to EOS (2 to 3 years). EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.Participant height was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension).
Change in BMI Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupBaseline to EOS (2 to 3 years). EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.Participant weight and height was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). Body weight was measured to the nearest 0.1 kg in indoor clothing, but without shoes. BMI was derived.
Change in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupBaseline to EOS (3 years). EOS was defined as LT Visit 19 (Week 156) for participants with secondary hypertension.All participants who were determined to have secondary hypertension in the core study and had a Baseline (Visit 2) standardized neurocognitive assessment in the core study received follow-up neurocognitive assessments at LT Visit 18 and LT Visit 19 with the same tool. The neurocognitive assessment of development included assessment of the following abilities: Attention, Processing speed, Working memory, and Motor speed. For Numbers (Forward and Backward Raw Score), Visual Matching (Number Correct), Sequences (Total Raw Score): positive change indicates a numerical increase, which is considered a better outcome/improvement; negative change/numerical decrease is considered a worse outcome/decline. For Visual Matching (Time to Complete), Time Tapping (Right and Left Hands), and Timed Gait: positive change indicates a numerical increase, which is considered a worse outcome/decline; negative change/numerical decrease is considered a better outcome/improvement.

Countries

Guatemala, Hungary, Poland, Puerto Rico, Slovakia, Turkey (Türkiye), United States

Participant flow

Participants by arm

ArmCount
Enalapril
No study treatment (aliskiren or enalapril) was administered in this off-therapy non-interventional second extension study. The arm/group in this second extension study refers to the actual treatment arm/group assigned at the end of the first extension study (Study CSPP100A2365E1: ClinicalTrials.gov Identifier: NCT01151410). During Study CSPP100A2365E1, participants were to receive one of the following doses of enalapril based on their weight: low weight (≥20 to \<50 kg) participants - starting dose 2.5 mg with optional titration to 5 and then 10 mg; mid weight (≥50 to \<80 kg) participants - starting dose 5 mg with optional titration to 10 and then 20 mg; high weight (≥80 to ≤150 kg) participants - starting dose 10 mg with optional titration to 20 and then 40 mg.
51
Aliskiren
No study treatment (aliskiren or enalapril) was administered in this off-therapy non-interventional second extension study. The arm/group in this second extension study refers to the actual treatment arm/group assigned at the end of the first extension study (Study CSPP100A2365E1: ClinicalTrials.gov Identifier: NCT01151410). During Study CSPP100A2365E1, participants were to receive one of the following doses of aliskiren based on their weight: low weight (≥20 to \<50 kg) participants - starting dose 37.5 mg with optional titration to 75 and then 150 mg; mid weight (≥50 to \<80 kg) participants - starting dose 75 mg with optional titration to 150 and then 300 mg; high weight (≥80 to ≤150 kg) participants - starting dose 150 mg with optional titration to 300 and then 600 mg.
55
Total106

Withdrawals & dropouts

PeriodReasonFG000FG001
Overall StudyAdministrative problems13
Overall StudyWithdrawal by Subject12

Baseline characteristics

CharacteristicTotalEnalaprilAliskiren
Age, Continuous11.4 years
STANDARD_DEVIATION 3.25
11.5 years
STANDARD_DEVIATION 3.32
11.4 years
STANDARD_DEVIATION 3.21
Age, Customized
Age group
Adolescents 12 - 17 years
48 Participants23 Participants25 Participants
Age, Customized
Age group
Children 6 - 11 years
58 Participants28 Participants30 Participants
BMI category
< 95th percentile
101 Participants49 Participants52 Participants
BMI category
>= 95th percentile
5 Participants2 Participants3 Participants
Body mass index (BMI)26.1 kg/m^2
STANDARD_DEVIATION 7.81
26.1 kg/m^2
STANDARD_DEVIATION 7.58
26.1 kg/m^2
STANDARD_DEVIATION 8.09
eGFR category
>= 60 and < 90 mL/min/1.73m^2
16 Participants11 Participants5 Participants
eGFR category
< 60 mL/min/1.73m^2
1 Participants1 Participants0 Participants
eGFR category
>= 90 mL/min/1.73m^2
89 Participants39 Participants50 Participants
Estimated glomerular filtration rate (eGFR)108.3 mL/min/1.73m^2
STANDARD_DEVIATION 22.43
104.2 mL/min/1.73m^2
STANDARD_DEVIATION 24.86
112.1 mL/min/1.73m^2
STANDARD_DEVIATION 19.39
Height151.1 cm
STANDARD_DEVIATION 19.92
151.9 cm
STANDARD_DEVIATION 20.72
150.4 cm
STANDARD_DEVIATION 19.31
Hypertension etiology
Primary
87 Participants41 Participants46 Participants
Hypertension etiology
Secondary
19 Participants10 Participants9 Participants
Race/Ethnicity, Customized
Ethnicity
Chinese
0 Participants0 Participants0 Participants
Race/Ethnicity, Customized
Ethnicity
Hispanic or Latino
23 Participants14 Participants9 Participants
Race/Ethnicity, Customized
Ethnicity
Indian (Indian subcontinent)
0 Participants0 Participants0 Participants
Race/Ethnicity, Customized
Ethnicity
Japanese
0 Participants0 Participants0 Participants
Race/Ethnicity, Customized
Ethnicity
Mixed ethnicity
4 Participants1 Participants3 Participants
Race/Ethnicity, Customized
Ethnicity
Other
79 Participants36 Participants43 Participants
Race (NIH/OMB)
American Indian or Alaska Native
15 Participants8 Participants7 Participants
Race (NIH/OMB)
Asian
0 Participants0 Participants0 Participants
Race (NIH/OMB)
Black or African American
13 Participants8 Participants5 Participants
Race (NIH/OMB)
More than one race
7 Participants5 Participants2 Participants
Race (NIH/OMB)
Native Hawaiian or Other Pacific Islander
0 Participants0 Participants0 Participants
Race (NIH/OMB)
Unknown or Not Reported
0 Participants0 Participants0 Participants
Race (NIH/OMB)
White
71 Participants30 Participants41 Participants
Sex: Female, Male
Female
42 Participants19 Participants23 Participants
Sex: Female, Male
Male
64 Participants32 Participants32 Participants
Weight63.2 kg
STANDARD_DEVIATION 30.03
63.8 kg
STANDARD_DEVIATION 29.99
62.6 kg
STANDARD_DEVIATION 30.33
Weight category
>= 20 kg and < 50 kg
45 Participants21 Participants24 Participants
Weight category
>= 50 kg and < 80 kg
31 Participants14 Participants17 Participants
Weight category
>= 80 kg and <= 150 kg
30 Participants16 Participants14 Participants

Adverse events

Event typeEG000
affected / at risk
EG001
affected / at risk
deaths
Total, all-cause mortality
0 / 510 / 55
other
Total, other adverse events
0 / 510 / 55
serious
Total, serious adverse events
1 / 510 / 55

Outcome results

Primary

Change in BMI Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS

Participant height and weight was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). BMI was derived.

Time frame: Baseline to LT Visit 18 (Week 104): 2 years (104 weeks)

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is the number of EFS participants with non-missing measurement at LT Visit 18. Participants with missing data at LT Visit 18 were not included in the analysis.

ArmMeasureValue (LEAST_SQUARES_MEAN)Dispersion
EnalaprilChange in BMI Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS1.53 kg/m^2Standard Error 0.487
AliskirenChange in BMI Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS1.56 kg/m^2Standard Error 0.502
p-value: 0.95795% CI: [-1.06, 1.12]ANCOVA
Primary

Change in Height Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS

Participant height was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension).

Time frame: Baseline to LT Visit 18 (Week 104): 2 years (104 weeks)

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is the number of EFS participants with non-missing measurement at LT Visit 18. Participants with missing data at LT Visit 18 were not included in the analysis.

ArmMeasureValue (LEAST_SQUARES_MEAN)Dispersion
EnalaprilChange in Height Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS7.27 cmStandard Error 0.586
AliskirenChange in Height Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS7.96 cmStandard Error 0.607
p-value: 0.30395% CI: [-0.63, 2.02]ANCOVA
Primary

Change in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFS

All participants who were determined to have secondary hypertension in the core study and had a Baseline (Visit 2) standardized neurocognitive assessment in the core study received follow-up neurocognitive assessments at LT Visit 18 and LT Visit 19 with the same tool. The neurocognitive assessment of development included assessment of the following abilities: Attention, Processing speed, Working memory, and Motor speed. For Numbers (Forward and Backward Raw Score), Visual Matching (Number Correct), Sequences (Total Raw Score): positive change indicates a numerical increase, which is considered a better outcome/improvement; negative change/numerical decrease is considered a worse outcome/decline. For Visual Matching (Time to Complete), Time Tapping (Right and Left Hands), and Timed Gait: positive change indicates a numerical increase, which is considered a worse outcome/decline; negative change/numerical decrease is considered a better outcome/improvement.

Time frame: Baseline to LT Visit 18 (Week 104): 2 years (104 weeks)

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is those with secondary hypertension and both baseline and LT Visit 18 observations for that test.

ArmMeasureGroupCategoryValue (COUNT_OF_PARTICIPANTS)
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Right handNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Forward raw scoreNegative change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Backward raw scorePositive change5 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Backward raw scoreNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Number correctPositive change7 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTimed gait: Number of secondsNo change3 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Forward raw scorePositive change8 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Forward raw scoreNo change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Backward raw scoreNo change2 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Number correctNo change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Number correctNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Time to complete (sec)Positive change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Time to complete (sec)No change7 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Time to complete (sec)Negative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSSequences: Total raw scorePositive change6 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSSequences: Total raw scoreNo change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSSequences: Total raw scoreNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Right handPositive change7 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Right handNo change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Left handPositive change4 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Left handNo change3 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Left handNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTimed gait: Number of secondsPositive change4 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTimed gait: Number of secondsNegative change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTimed gait: Number of secondsNegative change2 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Forward raw scoreNo change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Time to complete (sec)Negative change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Left handPositive change2 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSSequences: Total raw scorePositive change6 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Backward raw scoreNegative change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTimed gait: Number of secondsPositive change3 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Time to complete (sec)Positive change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Right handNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSSequences: Total raw scoreNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Left handNo change2 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSSequences: Total raw scoreNegative change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Forward raw scoreNegative change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Backward raw scorePositive change4 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTimed gait: Number of secondsNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Backward raw scoreNo change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Number correctPositive change6 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Right handPositive change3 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Number correctNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Left handNegative change2 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Number correctNegative change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSNumbers: Forward raw scorePositive change4 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSTime tapping: Right handNegative change3 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the EFSVisual matching: Time to complete (sec)No change6 Participants
Primary

Change in Weight Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the Enrolled to Follow-up Set (EFS)

Participant weight was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). Body weight was measured to the nearest 0.1 kg in indoor clothing, but without shoes.

Time frame: Baseline to LT Visit 18 (Week 104): 2 years (104 weeks)

Population: The EFS consisted of all participants who signed the informed consent form (ICF) for the second extension study. Number of participants is the number of EFS participants with non-missing measurement at LT Visit 18. Participants with missing data at LT Visit 18 were not included in the analysis.

ArmMeasureValue (LEAST_SQUARES_MEAN)Dispersion
EnalaprilChange in Weight Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the Enrolled to Follow-up Set (EFS)8.90 kgStandard Error 1.359
AliskirenChange in Weight Assessments From Baseline (Visit 2 of the Core Study) to Long Term (LT) Visit 18 (Week 104) for the Enrolled to Follow-up Set (EFS)9.22 kgStandard Error 1.399
p-value: 0.8495% CI: [-2.74, 3.37]ANCOVA
Secondary

Change in BMI Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension Group

Participant weight and height was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). Body weight was measured to the nearest 0.1 kg in indoor clothing, but without shoes. BMI was derived.

Time frame: Baseline to EOS (2 to 3 years). EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is the number of EFS participants with non-missing measurement at EOS. EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.

ArmMeasureGroupValue (LEAST_SQUARES_MEAN)Dispersion
EnalaprilChange in BMI Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupPrimary Hypertension Group1.30 kg/m^2Standard Error 0.428
EnalaprilChange in BMI Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSecondary Hypertension Group-1.81 kg/m^2Standard Error 1.336
AliskirenChange in BMI Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupPrimary Hypertension Group1.19 kg/m^2Standard Error 0.424
AliskirenChange in BMI Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSecondary Hypertension Group-2.97 kg/m^2Standard Error 1.397
Comparison: Primary Hypertension group (at LT Visit 18 \[Week 104\])p-value: 0.8695% CI: [-1.29, 1.08]ANCOVA
Comparison: Secondary hypertension group (at LT Visit 19 \[Week 156\])p-value: 0.3295% CI: [-3.66, 1.32]ANCOVA
Secondary

Change in Height Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension Group

Participant height was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension).

Time frame: Baseline to EOS (2 to 3 years). EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is the number of EFS participants with non-missing measurement at EOS. EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.

ArmMeasureGroupValue (LEAST_SQUARES_MEAN)Dispersion
EnalaprilChange in Height Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupPrimary Hypertension Group6.80 cmStandard Error 0.529
EnalaprilChange in Height Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSecondary Hypertension Group16.05 cmStandard Error 3.316
AliskirenChange in Height Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupPrimary Hypertension Group7.42 cmStandard Error 0.528
AliskirenChange in Height Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSecondary Hypertension Group16.96 cmStandard Error 3.044
Comparison: Primary Hypertension group (at LT Visit 18 \[Week 104\])p-value: 0.40395% CI: [-0.85, 2.09]ANCOVA
Comparison: Secondary hypertension group (at LT Visit 19 \[Week 156\])p-value: 0.6795% CI: [-3.74, 5.57]ANCOVA
Secondary

Change in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension Group

All participants who were determined to have secondary hypertension in the core study and had a Baseline (Visit 2) standardized neurocognitive assessment in the core study received follow-up neurocognitive assessments at LT Visit 18 and LT Visit 19 with the same tool. The neurocognitive assessment of development included assessment of the following abilities: Attention, Processing speed, Working memory, and Motor speed. For Numbers (Forward and Backward Raw Score), Visual Matching (Number Correct), Sequences (Total Raw Score): positive change indicates a numerical increase, which is considered a better outcome/improvement; negative change/numerical decrease is considered a worse outcome/decline. For Visual Matching (Time to Complete), Time Tapping (Right and Left Hands), and Timed Gait: positive change indicates a numerical increase, which is considered a worse outcome/decline; negative change/numerical decrease is considered a better outcome/improvement.

Time frame: Baseline to EOS (3 years). EOS was defined as LT Visit 19 (Week 156) for participants with secondary hypertension.

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is those with secondary hypertension and both baseline and LT Visit 19 observations for that test.

ArmMeasureGroupCategoryValue (COUNT_OF_PARTICIPANTS)
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Right handNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Forward raw scorePositive change7 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Forward raw scoreNo change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Forward raw scoreNegative change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Backward raw scorePositive change5 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Backward raw scoreNo change2 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Backward raw scoreNegative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Number correctPositive change6 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Number correctNo change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Number correctNegative change2 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Time to complete (sec)Positive change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Time to complete (sec)No change7 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Time to complete (sec)Negative change1 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSequences: Total raw scorePositive change8 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSequences: Total raw scoreNo change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSequences: Total raw scoreNegative change0 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Right handPositive change5 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Right handNo change2 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Left handPositive change2 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Left handNo change3 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Left handNegative change3 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTimed gait: Number of secondsPositive change4 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTimed gait: Number of secondsNo change2 Participants
EnalaprilChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTimed gait: Number of secondsNegative change2 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Right handNegative change4 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Left handNegative change3 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Time to complete (sec)Negative change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Forward raw scorePositive change5 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTimed gait: Number of secondsNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Forward raw scoreNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSequences: Total raw scorePositive change6 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Forward raw scoreNegative change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Left handPositive change2 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Backward raw scorePositive change4 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSequences: Total raw scoreNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Backward raw scoreNo change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTimed gait: Number of secondsPositive change3 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupNumbers: Backward raw scoreNegative change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupSequences: Total raw scoreNegative change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Number correctPositive change6 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Left handNo change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Number correctNo change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTimed gait: Number of secondsNegative change3 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Number correctNegative change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Right handNo change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Time to complete (sec)Positive change0 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupTime tapping: Right handPositive change1 Participants
AliskirenChange in Neurocognitive Assessments From Baseline (Visit 2 of the Core Study) to EOS by Hypertension GroupVisual matching: Time to complete (sec)No change6 Participants
Secondary

Change in Weight Assessments From Baseline (Visit 2 of the Core Study) to End of Study (EOS) by Hypertension Group

Participant weight was measured at Baseline (Visit 2 of the Core study), LT Visit 17, LT Visit 18 (\[Week 104\] only for participants identified in the core study as having primary hypertension), and LT Visit 19 (\[Week 156\] only for participants identified in the core study as having secondary hypertension). Body weight was measured to the nearest 0.1 kg in indoor clothing, but without shoes.

Time frame: Baseline to EOS (2 to 3 years). EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.

Population: The EFS consisted of all participants who signed the ICF for the second extension study. Number of participants is the number of EFS participants with non-missing measurement at EOS. EOS was defined as LT Visit 18 (Week 104) and LT Visit 19 (Week 156) for participants with primary and secondary hypertension, respectively.

ArmMeasureGroupValue (LEAST_SQUARES_MEAN)Dispersion
EnalaprilChange in Weight Assessments From Baseline (Visit 2 of the Core Study) to End of Study (EOS) by Hypertension GroupPrimary Hypertension Group8.31 kgStandard Error 1.195
EnalaprilChange in Weight Assessments From Baseline (Visit 2 of the Core Study) to End of Study (EOS) by Hypertension GroupSecondary Hypertension Group-0.73 kgStandard Error 3.699
AliskirenChange in Weight Assessments From Baseline (Visit 2 of the Core Study) to End of Study (EOS) by Hypertension GroupPrimary Hypertension Group8.33 kgStandard Error 1.182
AliskirenChange in Weight Assessments From Baseline (Visit 2 of the Core Study) to End of Study (EOS) by Hypertension GroupSecondary Hypertension Group-3.80 kgStandard Error 3.445
Comparison: Secondary hypertension group (at LT Visit 19 \[Week 156\])p-value: 0.21595% CI: [-8.22, 2.1]ANCOVA
Comparison: Primary Hypertension group (at LT Visit 18 \[Week 104\])p-value: 0.99295% CI: [-3.29, 3.33]ANCOVA

Source: ClinicalTrials.gov · Data processed: Feb 4, 2026