尼日利亚口蹄疫O型东非拓扑型3 (O/EA-3)的入侵

H. Ularamu, J. Ibu, J. Abenga, D. Lazarus, Y. Wungak, D. Ehizibolo, D. Shamaki, M. Adah
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引用次数: 1

摘要

口蹄疫是一种跨界动物地方病,影响撒哈拉以南非洲大部分地区的牲畜健康。自1924年尼日利亚首次正式报告口蹄疫以来,该国已记录了O型、A型、SAT 1型和SAT 2型血清型。分子流行病学已被用于在动物运动、物种间传播和跨大陆引进的情况下追踪口蹄疫暴发的起源。12株分离株(n=12) VP1核苷酸序列的系统发育分析证明尼日利亚存在O型/东非3型(EA-3)。尼日利亚和其他西非国家口蹄疫的流行病学情况由于O/EA-3谱系的出现而进一步复杂化,该谱系除了已知在尼日利亚以及西非和中非其他地区流行的西非(WA)拓扑型外,还在该地区引起新的疫情。西非和中非最近的这些发展表明该地区口蹄疫流行病学的动态和复杂性,这与该地区的游牧状态不无关系。此外,不受限制的动物跨越该区域漏洞百出的边界,为其动物寻找牧场和水源,也助长了疾病在该区域的传播。系统发育分析结果表明,O/EA-3型病毒与2009年苏丹暴发的O/EA-3型病毒具有较强的同源性,并与之密切相关。因此,根据这些发现,需要进行持续的监测,以了解西非和中非口蹄疫的流行病学,从而为其他地区控制该疾病的疫苗类型和目标地区提供信息。应确定有必要限制动物越境移动,必要时,所有必须从一地移动到另一地的动物必须有适当的疫苗认证证据,才能允许其进入该地区。最后,为了有效控制口蹄疫,应提倡区域疫苗接种和监测,并应得到法律的支持。在尼日利亚和各区域大力提倡在国家和区域口蹄疫控制政策中接种口蹄疫疫苗,以便有效控制口蹄疫。
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Incursion of Foot-and-Mouth Disease (FMD) Serotype O East Africa Topotype -3 (O/EA-3) in Nigeria
Foot-and-mouth disease (FMD) is an endemic transboundary animal disease that affects livestock health across most of sub-Saharan Africa. Since the first official report of FMD in Nigeria in 1924, serotypes O, A, SAT 1 and SAT 2 have been documented within the country. Molecular epidemiology has been used to trace the origin of FMD outbreaks in the case of animal movement, inter-species transmissions and trans-continental introductions. Phylogenetic analyses of VP1 nucleotide sequences of the twelve isolates (n=12) provide evidence for the presence of type O/EAST AFRICA 3 (EA-3) in Nigeria. The epidemiological situation of FMD in Nigeria and other West African countries is further complicated by the emergence of the O/EA-3 lineage that is causing new outbreaks in the region in addition to the West Africa (WA) topotype that has been known to be in circulation in Nigeria and other parts of West African and Central African regions. These recent development in west and central Africa, indicates the dynamic and complex nature of FMD epidemiology in the region and this is not un-connected to the nomadism in the region. In addition the un-restricted animal movement across the porous border in the region in search of pasture and water for their animal has contributed to the spread of diseases across the region. From the results the phylogenetic analysis of the O/EA-3 has close identity and was closely related to O/EA-3 from the 2009 outbreak in Sudan. Therefore, based on these findings a sustained surveillance is required to yet understand the epidemiology of FMD in West and Central Africa that will inform the type of vaccine and target areas in other to control the disease. The need to restrict animal movement across the border should be put in place and where necessary all animals that must move from one point to another must have proper evidence of vaccine certification before it should be allow access into the area. Finally for effective FMD control, regional vaccination and surveillance should be advocated and it should be backed by law. The need to have FMD vaccination at national as well as regional FMD control policy is strongly advocate for effective FMD control in Nigeria and across the regions.
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