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Cost-effectiveness analysis of highly concentrated n-3 polyunsaturated fatty acids in secondary prevention after myocardial infarction

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Figure 1

Structure of the Markov model
Structure of the Markov model

Figure 2

Meta-analysis results on cardiovascular mortality in post-MI patients using n-3 PUFAs.
Meta-analysis results on cardiovascular mortality in post-MI patients using n-3 PUFAs.

Figure 3

Incremental effectiveness of n-3 PUFAs supplementation at different ages of post-MI patients
Incremental effectiveness of n-3 PUFAs supplementation at different ages of post-MI patients

Figure 4

Cost-effectiveness acceptability curve of n-3 PUFAs supplementation at different ages of post-MI patients
Cost-effectiveness acceptability curve of n-3 PUFAs supplementation at different ages of post-MI patients

Figure 5

Tornado diagram comparing the relative importance of model parameters on the cost-effectiveness result
Tornado diagram comparing the relative importance of model parameters on the cost-effectiveness result

Figure 6

Cost-Effectiveness Plane of n-3 PUFAs supplementation versus standard therapy alone
Cost-Effectiveness Plane of n-3 PUFAs supplementation versus standard therapy alone

Figure 7

Cost-effectiveness acceptability curve of n-3 PUFAs supplementation versus standard therapy alone
Cost-effectiveness acceptability curve of n-3 PUFAs supplementation versus standard therapy alone

Summary of studies included in the meta-analysis

StudyDose of n-3 PUFAsStudy duration (month)Total population (treatment/control)Number of patients with CV mortality (treatment/control)
GISSI-P1 gram/day4211,324 (5,666/5,658)680 (310/370)
OMEGA1 gram/day123,804 (1,919/1,885)57 (28/29)

Lifetime costs, quality-adjusted life years, life-year gained, and incremental costeffectiveness ratio of adding n-3 polyunsaturated fatty acids compared to standard therapy in post-MI patients

StrategyCost (THB)QALYICER/QALYLYGICER/LYG
No n-3 PUFAs2,001,57213.0515.48
n-3 PUFAs2,600,34915.06297,19317.82256,199

Parameters used in the Markov model

DistributionRRSEReferences
Treatment effectiveness data
Effect of n-3 PUFAs on cardiovascular mortalityGamma0.730.0740Meta-analysis
Effect of n-3 PUFAs on nonfatal MIGamma0.910.1225(18)
Effect of n-3 PUFAs on nonfatal strokeGamma1.220.3138(18)
Effect of n-3 PUFAs on nonfatal heart failureGamma0.900.0459(19)
Cost data
Cost of MI in the first yearGamma185,14311,953(21)
Cost of MI in the subsequent yearGamma13,588679

Assumption (5% of the mean), Assumption (calculated from the formula SE = SD/(8840)1/2; n = 8840, assumed SD = 1)

(21)
Cost of stroke in the first yearGamma30,6422,165(22)
Cost of stroke in the subsequent yearGamma15,6941,773(22)
Cost of heart failure in the first yearGamma19,507975

Assumption (5% of the mean), Assumption (calculated from the formula SE = SD/(8840)1/2; n = 8840, assumed SD = 1)

NHSO
Cost of heart failure in the subsequent yearGamma8,023401

Assumption (5% of the mean), Assumption (calculated from the formula SE = SD/(8840)1/2; n = 8840, assumed SD = 1)

NHSO
Cost of n-3 PUFAs per yearGamma15,231762

Assumption (5% of the mean), Assumption (calculated from the formula SE = SD/(8840)1/2; n = 8840, assumed SD = 1)

DMSIC website
Utility data
Utility of MIBeta0.8700.0255(23)
Utility of post-MIBeta0.9100.0255(23)
Utility of strokeBeta0.5500.0172(24)
Utility of post-strokeBeta0.6630.0106(25)
Utility of heart failureBeta0.6000.0102(26)
Utility of post-heart failureBeta0.6800.0260(27)
Utility of deathBeta0.0000.0000
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Langue:
Anglais
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Sujets de la revue:
Medicine, Assistive Professions, Nursing, Basic Medical Science, other, Clinical Medicine