2013年至2015年肯尼亚脊灰疫情应对概述。

Chidiadi Nwogu, Johnny Musyoka, Carolyne Gathenji, Rosemary Nzunza, Iheoma Onuekwusi, Joseph Okeibunor, Pascal Mkanda, Hemant Shukla, Shaikh Humayun Kabir, Sam O Okiror
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引用次数: 0

摘要

背景:在全球范围内,自1988年开始根除脊髓灰质炎以来取得了巨大进展。十年来,肯尼亚在与索马里接壤的边境地区第三次爆发小儿麻痹症。受影响的地区位于加里萨县,此前曾在2006年和2012年发生过霍乱。本文叙述了用于在13周(2013年暴发的第一例和最后一例之间的间隔)内阻止传播的一系列事件和活动。方法:为了阻止进一步传播和有时间限制地结束疫情,开展了许多活动:已知的传统方法、创新办法、改善财政状况和应急能力。这些机构协助发现病例、实施和协调各项活动。还采用了外部疫情评估和六个月技术咨询小组的建议。结果:由于监测加强,实验室调查和诊断反馈及时,大便充分率>=80%,检出率>=2/10万增加。补充免疫的持续覆盖率达到90%,确保迅速达到>=3脊髓灰质炎疫苗剂量的免疫水平,以保护目标人群,防止进一步的脊髓灰质炎感染,并最终减少瘫痪病例。结论:总体而言,通过14轮补充免疫活动,在首例病例发生后120天内遏制了疫情。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Overview of Polio Outbreak Response in Kenya, 2013 to 2015.

Background: Globally, tremendous improvement has been made in Polio eradication since its inception in 1988. For the third time in a decade, Kenya has experienced a Polio outbreak along the border with Somalia. The affected areas were in Garissa County, replete with previous occurrences in 2006 and 2012. This article, give an account of series of events and activities that were used to stop the transmission within 13 weeks, an interval between the first and the last case of the 2013 outbreak.

Methods: In an attempt to stop further transmission and time bound closure of the outbreak, many activities were brought to fore: the known traditional methods, innovative approaches, improved finances and surge capacity. These assisted in case detection, implementation, and coordination of activities. The external outbreak assessments and the six-monthly technical advisory group recommendations were also employed.

Result: There were increased case detections of >=2/100,000, stool adequacy >=80%, due to enhanced surveillance, timely feedbacks from laboratory investigation and diagnosis. Sustained coverage in supplemental immunisation of > 90%, ensured that immune profile of >=3 polio vaccine doses was quickly attained to protect the targeted population, prevent further polio infection and eventual reduction of cases coming up with paralysis.

Conclusion: Overall, the outbreak was stopped within the 120 days of the first case using 14 rounds of supplemental immunisation activities.

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