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首页> 外文期刊>Sexually transmitted diseases >Incorporating the service multiplier method in respondent-driven sampling surveys to estimate the size of hidden and hard-to-reach populations: Case studies from around the world
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Incorporating the service multiplier method in respondent-driven sampling surveys to estimate the size of hidden and hard-to-reach populations: Case studies from around the world

机译:将服务乘法器方法纳入响应者驱动的抽样调查中,以估算隐藏和难以到达的人口规模:来自世界各地的案例研究

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摘要

BACKGROUND: Estimating the sizes of populations at highest risk for HIV is essential for developing and monitoring effective HIV prevention and treatment programs. We provide several country examples of how service multiplier methods have been used in respondent-driven sampling surveys and provide guidance on how to maximize this method's use. METHODS: Population size estimates were conducted in 4 countries (Mauritius-intravenous drug users [IDU] and female sex workers [FSW]; Papua New Guinea-FSW and men who have sex with men [MSM]; Thailand-IDU; United States-IDU) using adjusted proportions of population members reporting attending a service, project or study listed in a respondent-driven sampling survey, and the estimated total number of population members who visited one of the listed services, projects, or studies collected from the providers. RESULTS: The median population size estimates were 8866 for IDU and 667 for FSW in Mauritius. Median point estimates for FSW were 4190 in Port Moresby and 8712 in Goroka, Papua New Guinea, and 2,126 for MSM in Port Moresby and 4200 for IDU in Bangkok, Thailand. Median estimates for IDU were 1050 in Chiang Mai, Thailand, and 15,789 in 2005 and 15,554 in 2009 in San Francisco. CONCLUSION: Our estimates for almost all groups in each country fall within the range of other regional and national estimates, indicating that the service multiplier method, assuming all assumptions are met, can produce informative estimates. We suggest using multiple multipliers whenever possible, garnering program data from the widest possible range of services, projects, and studies. A median of several estimates is likely more robust to potential biases than a single estimate.
机译:背景:估算艾滋病毒高危人群的规模对于制定和监测有效的艾滋病毒预防和治疗计划至关重要。我们提供了一些国家示例,说明如何在响应者驱动的抽样调查中使用服务乘数方法,并提供有关如何最大程度地使用此方法的指南。方法:在4个国家(毛里求斯静脉吸毒者[IDU]和女性性工作者[FSW];巴布亚新几内亚-FSW和男男性接触者[MSM];泰国-IDU;美国- IDU)使用受访者报告的参与抽样调查中列出的服务,项目或研究的人口比例的调整比例,以及访问从提供者那里收集的所列服务,项目或研究之一的人口总数的估计值。结果:毛里求斯的注射毒品使用者中位数估计为8866,FSW为667。在莫尔斯比港,FSW的中位数估计值在巴布亚新几内亚的莫尔兹比港为4190,戈罗卡,在泰国的曼谷,莫尔斯比比港的MSM为2126,IDU为4200。 IDU的中位数估计值在泰国清迈为1050,在2005年为15789,在2009年为旧金山15554。结论:我们对每个国家几乎所有群体的估计都落在其他区域和国家估计的范围之内,这表明在满足所有假设的前提下,服务乘数法可以提供有益的估计。我们建议尽可能使用多个乘法器,从尽可能广泛的服务,项目和研究中收集程序数据。多个估计值的中位数可能比单个估计值更能抵抗潜在偏差。

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