Alzheimer's disease Archimedes condition-event simulator: Development and validation
- PMID: 29687076
- PMCID: PMC5910516
- DOI: 10.1016/j.trci.2018.01.001
Alzheimer's disease Archimedes condition-event simulator: Development and validation
Abstract
Introduction: Several advances have been made in Alzheimer's Disease (AD) modeling, however, there remains a need for a simulator that represents the full scope of disease progression and can be used to study new disease-modifying treatments for early-stage and even prodromal AD.
Methods: We developed AD Archimedes condition-event simulator, a patient-level simulator with a focus on simulating the effects of early interventions through changes in biomarkers of AD. The simulator incorporates interconnected predictive equations derived from longitudinal data sets.
Results: The results of external validations on AD Archimedes condition-event simulator showed that it provides reasonable estimates once compared to literature results on transition to dementia AD, institutionalization, and mortality. A case study comparing a disease-modifying treatment and a symptomatic treatment also showcases the benefits of early treatment.
Discussion: The AD Archimedes condition-event simulator is designed to perform economic evaluation on various interventions through close tracking of disease progression and the related clinical outcomes.
Keywords: Alzheimer's disease (AD); Biomarkers; Cost-effectiveness analysis; Disease-modifying treatments; Predictive equations; Prodromal AD; Simulation.
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