尼日利亚黄热病疫情和公共卫生应对措施的系统回顾。

Wilson Chukwukasi Kassy, Casmir Ndubuisi Ochie, Anne Chigedu Ndu, Olanike R Agwu-Umuahi, Charles Ntat Ibiok, Ifeoma Juliet Ogugua, Onyinye Hope Chime, Chinonye Orji, Sussan Uzoamaka Arinze-Onyia, Emmanuel Nwabueze Aguwa, Theodora Adaeze Okeke
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引用次数: 0

摘要

背景:尽管黄热病(YF)的传播方式已经确定,并且有强效疫苗可用,但尼日利亚仍不断爆发黄热病疫情,且死亡率很高。本综述旨在描述 1864 年至 2020 年尼日利亚黄热病暴发的流行病学、决定因素和公共卫生应对措施:方法:在 2020 年 11 月至 2021 年 4 月期间,采用系统综述和元分析首选报告项目(PRISMA)指南进行综述。使用 PubMed 数据库、世卫组织图书馆数据库和谷歌学术搜索 1864 年至 2020 年期间发表的相关资料,包括原创文章、综述文章、会议论文和病例报告:最终审查包括 48 篇文章和报告。其中描述了 23 起疫情,涉及 33,830 例疑似、推定或确诊黄热病病例和 8,355 例死亡病例。疫情爆发发生在尼日利亚的每个州,包括联邦首都区,大多发生在雨季。人口免疫力低或疫苗接种覆盖率低、病媒控制不力、热带雨林或热带草原植被、农村人口向城市迁移以及旅行者输入病毒是常见的决定因素。公共卫生应对措施包括集中协调实验室支持、病例管理、紧急免疫接种、病媒控制和监测:结论:黄热病疫情爆发的频率和地域分布都有所增加,死亡率也随之上升。为遏制这一趋势,应鼓励使用 17D 疫苗进行大规模免疫接种,在有计划的城市化进程中执行适当的病媒控制措施,强调有效的病例定义、病媒监测和有效的宣传活动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Systematic Review of Yellow Fever Outbreaks and Public Health Responses in Nigeria.

Background: Yellow fever (YF) outbreaks continue to occur in Nigeria with a high mortality rate despite a well-established mode of transmission and the availability of a potent vaccine. This review is aimed at describing the epidemiology, determinants, and public health responses of yellow fever outbreaks in Nigeria from 1864 to 2020.

Methodology: The guidelines for the Preferred Reporting Items for Systematic Review and Meta-Analysis (PRISMA) were used to conduct the review from November 2020 to April 2021. PubMed database, WHO library databases, and Google Scholar were used to search for relevant published materials including original and reviewed articles, conference papers and case reports from 1864 to 2020.

Results: Forty - eight articles and reports were included in the final reviews. Twenty - three outbreaks were described involving 33,830 suspected, presumptive, or confirmed cases of yellow fever and 8,355 deaths. The outbreaks occurred in every state of Nigeria including the Federal Capital Territory mostly during the rainy season. Low immunity in the population or low vaccination coverage, poor vector control, rainforest or savanna vegetation, rural-urban migration, and imported virus by travelers were common determinants noted. Public health responses have been through, centrally coordinated laboratory support, case management, emergency immunization, vector control, and surveillance.

Conclusion: Yellow fever outbreaks have increased in frequency and geographical spread with associated mortality rates. To stem the tide, mass immunization with 17D vaccines is encouraged, planned urbanization with adequate vector control measures enforced, effective case definition, vector surveillance, and effective awareness campaigns should be emphasized.

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