Prevention of Events With Angiotensin-Converting Enzyme Inhibitor Therapy (PEACE)

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Accession Number
HLB00620823a

Study Type
Clinical Trial

Collection Type
Open BioLINCC Study See bottom of this webpage for request information

Study Period
November 1995 - June 2005

NHLBI Division
DCVS

Dataset(s) Last Updated
May 16, 2023

Clinical Trial URLs
NCT00000558

Primary Publication URLs
15531767

Consent

Commercial Use Data Restrictions No

Data Restrictions Based On Area Of Research No

Commercial Use Specimen Restrictions No

Non-Genetic Use Specimen Restrictions Based On Area Of Use Yes

Genetic Use Of Specimens Allowed? Yes

Genetic Use Area Of Research Restrictions Yes

Specific Consent Restrictions
Consent restricts use of biospecimens to research related to predictors of coronary heart disease progression.

Objectives

To conduct a trial to test the hypothesis that patients with stable coronary artery disease and normal or slightly reduced left ventricular function derive therapeutic benefit from the addition of ACE inhibitors to modern conventional therapy.

Background

Angiotensin-converting-enzyme (ACE) inhibitors are effective in reducing the risk of heart failure, myocardial infarction, and death from cardiovascular causes in patients with left ventricular systolic dysfunction or heart failure. ACE inhibitors have also been shown to reduce atherosclerotic complications in patients who have vascular disease without heart failure.

Participants

The trial was a double-blind, placebo-controlled study in which 8290 patients were randomly assigned to receive either trandolapril at a target dose of 4 mg per day (4158 patients) or matching placebo (4132 patients).

Conclusions

In patients with stable coronary heart disease and preserved left ventricular function who are receiving "current standard" therapy and in whom the rate of cardiovascular events is lower than in previous trials of ACE inhibitors in patients with vascular disease, there is no evidence that the addition of an ACE inhibitor provides further benefit in terms of death from cardiovascular causes, myocardial infarction, or coronary revascularization. (NEJM 2004;351:2058-2068)

Additional Details

Subjects:

Placebo: 4,132

Active Drug, Trandolapril: 4,158

Age:
 PlaceboActive drug, trandolaprilAll
N%N%N%
46-50912.20942.261852.23
51-5561014.7662915.13123914.95
56-6078118.9073317.63151418.26
61-6581719.7780319.31162019.54
66-7079519.2486820.88166320.06
71-7562115.0362014.91124114.97
76-803498.453327.986818.21
>=81681.65791.901471.77
Sex:
 PlaceboActive drug, trandolaprilAll
N%N%N%
Female70417.0479019.00149418.02
Male342882.96336881.00679681.98

Please note that biospecimen availability is subject to review by the NHLBI, BioLINCC, and the NHLBI Biorepository. Certain biospecimens may not be made available for your request. Section 3 of the BioLINCC handbook describes the components of the review process

Visits (Vials):

12 March 2025
 

 

Serum

Plasma

Urine

Total

Baseline

7,359

19,885

6,712

33,956

Follow-up Visit 1

55

68

35

158

Follow-up Visit 2

1,244

1,325

724

3,293

Follow-up Visit 3

701

745

388

1,834

Follow-up Visit 4

1,823

1,973

1,002

4,798

Follow-up Visit 5

1,017

1,080

545

2,642

Follow-up Visit 6

2,820

2,993

1,546

7,359

Follow-up Visit 7

1,274

1,404

675

3,353

Follow-up Visit 8

2,220

2,391

1,232

5,843

Follow-up Visit 9

427

474

230

1,131

Follow-up Visit 10

423

500

238

1,161

Follow-up Visit 11

110

134

57

301

Follow-up Visit 12

29

32

18

79

Unknown

1,511

1,813

736

4,060

Visits (Subjects):

12 March 2025
 

 

Serum

Total number of subjects

Average volume (ml) per subject

Baseline

3,701

0.99

Follow-up Visit 1

13

2.12

Follow-up Visit 2

251

2.48

Follow-up Visit 3

141

2.49

Follow-up Visit 4

369

2.49

Follow-up Visit 5

207

2.49

Follow-up Visit 6

571

2.47

Follow-up Visit 7

258

2.49

Follow-up Visit 8

450

2.48

Follow-up Visit 9

86

2.67

Follow-up Visit 10

86

2.63

Follow-up Visit 11

22

2.50

Follow-up Visit 12

6

2.42

Unknown

306

2.48

 

 

Plasma

Total number of subjects

Average volume (ml) per subject

Baseline

3,770

1.94

Follow-up Visit 1

13

2.50

Follow-up Visit 2

251

2.90

Follow-up Visit 3

140

2.86

Follow-up Visit 4

368

2.89

Follow-up Visit 5

208

2.72

Follow-up Visit 6

573

2.78

Follow-up Visit 7

260

2.88

Follow-up Visit 8

450

2.81

Follow-up Visit 9

87

3.13

Follow-up Visit 10

86

3.24

Follow-up Visit 11

22

3.24

Follow-up Visit 12

6

2.84

Unknown

306

3.13

 

 

Urine

Total number of subjects

Average volume (ml) per subject

Baseline

3,367

11.32

Follow-up Visit 1

12

14.58

Follow-up Visit 2

242

14.96

Follow-up Visit 3

130

14.92

Follow-up Visit 4

335

14.96

Follow-up Visit 5

184

14.81

Follow-up Visit 6

516

14.98

Follow-up Visit 7

225

15.00

Follow-up Visit 8

413

14.92

Follow-up Visit 9

77

14.94

Follow-up Visit 10

80

14.88

Follow-up Visit 11

19

15.00

Follow-up Visit 12

6

15.00

Unknown

244

15.30

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Resources Available

Specimens and Study Datasets

Materials Available

Study Documents

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