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首页> 外文期刊>International Journal of Scientific World >Zika virus, the way forward: Nigeria as case study
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Zika virus, the way forward: Nigeria as case study

机译:寨卡病毒的未来之路:以尼日利亚为例

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Zika Virus is a flavivirus that is responsible for an unprecedented current epidemic. It is an emerging mosquito borne virus that is a (+) sense single-stranded RNA virus from the Flaviviridae virus family, Flavivirus genre and the Zika virus specie. Zika virus bears a complex genome and virion structure. Its reproductive cycle in host cell involves virion endocytosis that allows entrance into host cell. Zika virus infection gives symptoms that are usually mild and last for few days and infection can be easily transferred from infected mosquitoes, from a pregnant woman to her fetus, sexual intercourse, blood transfusion, and laboratory exposure. Several methods are made available for the diagnosis of this infection and several ways to prevent this infection such as elimination and control of mosquito, prevention of mosquito bites and public awareness about Zika and mosquitoes. No vaccines are available for treatment yet but common medications are advised for symptoms. The virus has been associated with fetal microcephaly in humans. Information is provided for the epidemiology of Zika virus to evaluate the level of risk for people who may be planning to travel to or are recently returning from areas with possible local transmission. In the African region this is done considering a number of factors and cases in the past. The rapid development of a safe and effective vaccine, genetically modified mosquitoes, use of bacteria, and other innovations are currently worked on to curb the spread of Zika virus.
机译:寨卡病毒(Zika Virus)是一种黄病毒,导致当前的空前流行。它是一种新兴的蚊媒病毒,是黄病毒科病毒家族,黄病毒属和寨卡病毒物种的(+)有义单链RNA病毒。寨卡病毒具有复杂的基因组和病毒体结构。它在宿主细胞中的繁殖周期涉及病毒粒子内吞作用,可进入宿主细胞。寨卡病毒感染通常会出现轻度症状,持续数天,而且感染很容易从受感染的蚊子,孕妇到胎儿,性交,输血和实验室暴露中转移。提供了几种方法来诊断这种感染,并提供了几种预防这种感染的方法,例如消除和控制蚊子,预防蚊虫叮咬以及公众对寨卡病毒和蚊子的认识。尚无疫苗可用于治疗,但建议使用普通药物治疗症状。该病毒与人类胎儿小头畸形有关。为寨卡病毒的流行病学提供了信息,以评估可能计划前往或可能从当地传播的地区返回的人们的风险水平。在非洲地区,考虑到过去的许多因素和案例可以做到这一点。目前正在努力开发安全有效的疫苗,转基因蚊子,使用细菌以及其他创新技术,以遏制寨卡病毒的传播。

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