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The Pandemic Influenza Policy Model: A Planning Tool for Military Public Health Officials

机译:大流行性流感政策模型:军事公共卫生官员的规划工具

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摘要

The Pandemic Influenza Policy Model (PIPM) is a collaborative computer modeling effort between the U.S. Department of Defense (DoD) and the Johns Hopkins University Applied Physics Laboratory. Many helpful computer simulations exist for examining the propagation of pandemic influenza in civilian populations. We believe the mission-oriented nature and structured social composition of military installations may result in pandemic influenza intervention strategies that differ from those recommended for civilian populations. Intervention strategies may differ between military bases because of differences in mission, location, or composition of the population at risk. The PIPM is a web-accessible, user-configurable, installation-specific disease model allowing military planners to evaluate various intervention strategies. Innovations in the PIPM include expanding on the mathematics of prior stochastic models, using military-specific social network epidemiology, utilization of DoD personnel databases to more accurately characterize the population at risk, and the incorporation of possible interventions, e.g., pneumococcal vaccine, not examined in previous models.
机译:大流行性流感政策模型(PIPM)是美国国防部(DoD)与约翰·霍普金斯大学应用物理实验室之间的协作计算机建模工作。存在许多有用的计算机模拟来检查大流行性流感在平民人群中的传播。我们认为,军事设施的任务导向型性质和结构化的社会组成可能导致大流行性流感的干预策略与针对平民的建议策略不同。军事基地之间的干预策略可能会有所不同,这是因为任务,位置或处于危险中的人口组成存在差异。 PIPM是一种可通过网络访问,用户可配置的,特定于安装的疾病模型,允许军事计划人员评估各种干预策略。 PIPM的创新包括扩展先前的随机模型的数学模型,使用特定于军事的社交网络流行病学,利用国防部人员数据库来更准确地描述处于危险中的人群的特征以及纳入可能的干预措施,例如未检测到的肺炎球菌疫苗在以前的模型中。

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  • 来源
    《Military Medicine》 |2009年第6期|p.557-565|共9页
  • 作者单位

    COL Brian H. Feighner, MC USA (Ret.)*, LCDR Jean-Paul Chrétien, MC USN[dagger], Sean P. Murphy, MS*, Joseph F. Skora, MS*, Jacqueline S. Coberly, PhD*, Jerrold E. Dietz, MS*, Jennifer L. Chaffee, MS*, LT Marvin L. Sikes, MSC USN (Ret.)*, COL Mimms J. Mabee, MC USA[double dagger], SGM Bruce P. Russell, USA (Ret.)§, COL Joel C. Gaydos, MC USA (Ret.)[dagger]* Johns Hopkins University Applied Physics Laboratory, 11100 Johns Hopkins Road, Laurel, MD 20723.[dagger] U.S. Department of Defense, Armed Forces Health Surveillance Center, 503 Robert Grant Avenue, Silver Spring, MD 20910.[double dagger] Womack Army Medical Center, Preventive Medicine Service, Bdg. 4-2817, Fort Bragg, NC 28310.§ General Leonard Wood Army Community Hospital, Preventive Medicine Service, 126 Missouri Avenue, Fort Leonard Wood, MO 65473.The views expressed in this article are those of the authors and do not necessarily reflect the official policy or position of the Department of Defense or the U.S. Government.Portions of this manuscript were previously published in the Johns Hopkins University Applied Physics Laboratory Technical Digest.This manuscript was received for review in November 2008. The revised manuscript was accepted for publication in March 2009.,;

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