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Detection and Characterization of a Distinct Bornavirus Lineage from Healthy Canada Geese (Branta canadensis)

机译:来自健康加拿大大雁(加拿大黑雁)的独特的博尔纳病毒谱系的检测和鉴定

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摘要

Avian bornaviruses (ABV), identified in 2008, infect captive parrots and macaws worldwide. The natural reservoirs of these viruses are unknown. Reverse transcription-PCR (RT-PCR) was used to screen oropharyngeal/cloacal swab and brain samples from wild Canada geese (Branta canadensis) for ABV. Approximately 2.9% of swab samples were positive for bornavirus sequences. Fifty-two percent of brain samples from 2 urban flocks also tested positive, and brain isolates were cultured in duck embryo fibroblasts. Phylogenetic analyses placed goose isolates in an independent cluster, and more notably, important regulatory sequences present in Borna disease virus but lacking in psittacine ABVs were present in goose isolates.
机译:2008年发现的禽流感病毒(ABV)感染全世界的圈养鹦鹉和金刚鹦鹉。这些病毒的天然贮藏库是未知的。逆转录PCR(RT-PCR)用于从野生加拿大鹅(加拿大黑雁)的口咽/泄殖腔拭子和脑样本中筛选ABV。大约2.9%的拭子样本中的波纳病毒序列呈阳性。来自2个城市群的大脑样本中有52%的样本也呈阳性,并且在鸭胚成纤维细胞中培养了脑分离物。系统发育分析将鹅分离株放在一个独立的簇中,更值得注意的是,鹅分离株中存在重要的调控序列,存在于博尔纳病病毒中,但缺少鹦鹉草碱ABV。

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