Approximate maximum likelihood estimation for logistic regression with covariate measurement error.
In nutritional epidemiology, dietary intake assessed with a food frequency questionnaire is prone to measurement error. Ignoring the measurement error in covariates causes estimates to be biased and leads to a loss of power. In this paper, we consider an additive error model according to the characteristics of the European Prospective Investigation into Cancer and Nutrition (EPIC)-InterAct Study data, and derive an approximate maximum likelihood estimation (AMLE) for covariates with measurement error under logistic regression. This method can be regarded as an adjusted version of regression calibration and can provide an approximate consistent estimator. Asymptotic normality of this estimator is established under regularity conditions, and simulation studies are conducted to empirically examine the finite sample performance of the proposed method. We apply AMLE to deal with measurement errors in some interested nutrients of the EPIC-InterAct Study under a sensitivity analysis framework.
['Cao|Zhiqiang|Z|0000-0002-5321-9474', 'Wong|Man Yu|MY|']
D002138:Calibration D003198:Computer Simulation D016013:Likelihood Functions D016015:Logistic Models D011446:Prospective Studies
approximate maximum likelihood logistic regression measurement error nutritional epidemiology