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Integrated Serologic Surveillance of Population Immunity and Disease Transmission

机译:人群免疫和疾病传播的综合血清学监测

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Antibodies are unique among biomarkers in their ability to identify persons with protective immunity to vaccine-preventable diseases and to measure past exposure to diverse pathogens. Most infectious disease surveillance maintains a single-disease focus, but broader testing of existing serologic surveys with multiplex antibody assays would create new opportunities for integrated surveillance. In this perspective, we highlight multiple areas for potential synergy where integrated surveillance could add more value to public health efforts than the current trend of independent disease monitoring through vertical programs. We describe innovations in laboratory and data science that should accelerate integration and identify remaining challenges with respect to specimen collection, testing, and analysis. Throughout, we illustrate how information generated through integrated surveillance platforms can create new opportunities to more quickly and precisely identify global health program gaps that range from undervaccination to emerging pathogens to multilayered health disparities that span diverse communicable diseases.
机译:抗体在生物标志物中是独一无二的,因为它们能够识别对疫苗可预防的疾病具有保护性免疫力的人员,并能够测量过去对各种病原体的暴露程度。大多数传染病监测都将重点放在单一疾病上,但是使用多重抗体测定法对现有血清学调查进行更广泛的测试将为整合监测创造新的机会。从这个角度来看,我们强调了多个潜在的协同作用领域,与当前通过垂直计划进行独立疾病监测的趋势相比,综合监测可以为公共卫生工作增加更多价值。我们描述了实验室和数据科学领域的创新,这些创新应加速集成并确定与标本收集,测试和分析有关的剩余挑战。贯穿整个过程,我们将说明通过集成监控平台生成的信息如何创造新的机会,以更快,更准确地确定全球卫生计划的差距,这些差距从疫苗接种不足到新出现的病原体再到覆盖多种传染病的多层健康差距。

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