Statistics in Medicine · 1999 · 10 citations · 23 references
Public HealthBiostatisticsClinical EpidemiologyEpidemiologic MethodsEpidemiologyExposure AssessmentExposure-response ModelingNonlinear Mixed-effects ModelingExposure-outcome ModelingExtreme PointsOutcome MeasuresRegression EstimationSpline EstimationSpline RegressionSpline-based Dose-response ModelingSpline-based Modeling
We consider the relationship between accumulating exposure to a putative agent and the associated change in physiologic function. This type of problem is common to prospective studies of cognitive, pulmonary and cardiovascular function. A general model is proposed for data from prospective, observational studies with concurrent measures of exposures and continuous outcome measures. This model permits non-linearity in the relationship between exposure and outcome and is designed to describe outcome in terms of one's entire exposure history. As exposure data are often severely right-skewed, we use regression spline estimation methods which localize the influence of extreme points. We illustrate our methodology using data from a longitudinal epidemiologic investigation of the effects of amateur boxing on neuropsychologic function.
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Donald B. Rubin · Biometrika · 1976 · 9.7K citations
Robert A. Koyak, T. J. Hastie, Ryan J. Tibshirani · Journal of the American Statistical Association · 1991 · 7.7K citations
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