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A flexible Bayesian framework to estimate age- and cause-specific child mortality over time from sample registration data by Schumacher, Austin E; McCormick, Tyler H; Wakefield, Jon; Chu, Yue; Perin, Jamie; Villavicencio, Francisco; Simon, Noah; Liu, Li is a scholarly article available to read on EtoBox.

What is A flexible Bayesian framework to estimate age- and cause-specific child mortality over time from sample registration data about?

In order to implement disease-specific interventions in young age groups, policy makers in low- and middle-income countries require timely and accurate estimates of age- and cause-specific child mortality. High quality data is not available in settings where these interventions are most needed, but there is a push to create sample registration systems that collect detailed mortality information. Current methods that estimate mortality from this data employ multistage frameworks without rigorous statistical justification that separately estimate all-cause and cause-specific mortality and are not sufficiently adaptable to capture important features of the data. We propose a flexible Bayesian modeling framework to estimate age- and cause-specific child mortality from sample registration data. We provide a theoretical justification for the framework, explore its properties via simulation, and use it to estimate mortality trends using data from the Maternal and Child Health Surveillance System in China.

Author

Schumacher, Austin E; McCormick, Tyler H; Wakefield, Jon; Chu, Yue; Perin, Jamie; Villavicencio, Francisco; Simon, Noah; Liu, Li

Published

2020

Language

EN