Labuda M
Institute of Virology, Slovak Academy of Sciences, Bratislava, Czechoslovakia.
Acta Virol. 1991 Jan;35(1):98-105.
Viruses from each genus of Bunyaviridae have preferential relationships to the arthropods of only one or two families, i.e. Bunyavirus to mosquitoes (Culicidae), Phlebovirus to sand flies (Psychodidae) and mosquitoes, Uukuvirus and Nairovirus to ticks (Ixodidae and Argasidae). An exception is genus Hantavirus not proven to be transmitted by vectors. Within the Bunyavirus genus 16 serogroups have been recognized on the basis of their antigenic relationship. Based on isolations from the nature each serogroup is preferentially linked with arthropod species (mostly mosquitoes) of one, or two genera. For 8 out of 16 serogroups Culex mosquitoes are the main insect vectors. Two serogroups are linked with Aedes mosquitoes, three with Anopheles mosquitoes. Aedeomyia mosquitoes, Culicoides bitting miges and Hyalomma ticks are vectors of one serogroup each. Evolutionary trends within the genus Bunyavirus and within the family Bunyaviridae can be recognized based on relationships of bunyaviruses to their arthropod vectors.
布尼亚病毒科各属病毒仅与一两个科的节肢动物存在优先关系,即布尼亚病毒与蚊子(蚊科)、白蛉病毒与白蛉(蛾蠓科)及蚊子、乌库病毒和内罗病毒与蜱虫(硬蜱科和argasidae蜱科)。汉坦病毒属是个例外,尚无证据表明其通过媒介传播。在布尼亚病毒属内,已根据其抗原关系识别出16个血清群。根据从自然界分离的情况,每个血清群优先与一两个属的节肢动物物种(主要是蚊子)相关联。在16个血清群中,有8个血清群的主要昆虫媒介是库蚊。两个血清群与伊蚊相关,三个血清群与按蚊相关。艾氏蚊、库蠓叮咬蠓和璃眼蜱分别是一个血清群的媒介。基于布尼亚病毒与其节肢动物媒介的关系,可以识别布尼亚病毒属内和布尼亚病毒科内的进化趋势。