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Spatial association between malaria pandemic and mortality

机译:疟疾大流行与死亡率之间的空间联系

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References(22) Malaria pandemic (MP) has been linked to a range of serious health problems including premature mortality. The main objective of this research is to quantify uncertainties about impacts of malaria on mortality. A multivariate spatial regression model was developed for estimation of the risk of mortality associated with malaria across Ogun State in Nigeria, West Africa. We characterize different local governments in the data and model the spatial structure of the mortality data in infants and pregnant women. A flexible Bayesian hierarchical model was considered for a space-time series of counts (mortality) by constructing a likelihood-based version of a generalized Poisson regression model that combines methods for point-level misaligned data and change of support regression. A simple two-stage procedure for producing maps of predicted risk is described. Logistic regression modeling was used to determine an approximate risk on a larger scale, and geo-statistical ("Kriging") approaches were used to improve prediction at a local level. The results suggest improvement of risk prediction brought about in the second stage. The advantages and shortcomings of this approach highlight the need for further development of a better analytical methodology.
机译:参考文献(22)疟疾大流行(MP)与一系列严重的健康问题有关,包括过早死亡。这项研究的主要目的是量化关于疟疾对死亡率影响的不确定性。开发了一个多元空间回归模型,用于估计西非尼日利亚奥贡州与疟疾相关的死亡风险。我们在数据中表征了不同的地方政府,并对婴儿和孕妇的死亡率数据的空间结构进行了建模。通过构建基于似然的广义泊松回归模型版本,考虑了时空序列计数(死亡率)的灵活贝叶斯分层模型,该模型结合了点级未对齐数据和支持回归变化的方法。描述了用于生成预测风险图的简单两阶段过程。使用逻辑回归建模来确定较大范围的近似风险,并使用地理统计(“克里格”)方法来改进局部水平的预测。结果表明第二阶段带来的风险预测得到改善。这种方法的优缺点突出表明,需要进一步开发更好的分析方法。

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