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J Stat Plan Inference. 2008 Jan 1;138(1):105-113.

Bayesian Experimental Design for Long-Term Longitudinal HIV Dynamic Studies.

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1
Department of Epidemiology & Biostatistics, College of Public Health MDC 56, University of South Florida Tampa FL 33612, U.S.A., hwu@bst.rochester.edu.

Abstract

The study of HIV dynamics is one of the most important developments in recent AIDS research for understanding the pathogenesis of HIV-1 infection and antiviral treatment strategies. Currently a large number of AIDS clinical trials on HIV dynamics are in development worldwide. However, many design issues that arise from AIDS clinical trials have not been addressed. In this paper, we use a simulation-based approach to deal with design problems in Bayesian hierarchical nonlinear (mixed-effects) models. The underlying model characterizes the long-term viral dynamics with antiretroviral treatment where we directly incorporate drug susceptibility and exposure into a function of treatment efficacy. The Bayesian design method is investigated under the framework of hierarchical Bayesian (mixed-effects) models. We compare a finite number of feasible candidate designs numerically, which are currently used in AIDS clinical trials from different perspectives, and provide guidance on how a design might be chosen in practice.

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