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Serological Cross-Reactivity of the Novel H1N1 and Implications for Protection with a Commerical Vaccine

机译:新型H1N1的血清学交叉反应性及其意义 商业疫苗的保护

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摘要

The recent emergence of the pandemic H1N1 viruses and their being labeled as ‘swine flu’ has had several detrimental effects on the pork industry. Novel H1N1 strains have been recently detected in swine populations in the United States and in other parts of the world. While the public health significance of these findings is unknown, it is important to determine whether existing vaccines or exposure to previously circulating strains of swine influenza will protect pigs against the novel H1N1. Using a partial two-way cross-hemagglutination inhibition (HI) assay, we have determined a swine H1N1 strain present in a commercial vaccine cross-reacted with antiserum specific to the novel H1N1. We have also shown that a field serum sample with a HI high titer to a ’99 H1N1 strain crossreacted strongly with the novel H1N1. Anti-sera which were specific to the non-pandemic H1N1 strains also crossreacted with the novel H1N1. Therefore, we conclude that current vaccines and circulating non-pandemic H1N1 field strains will provide at least partial protection against the novel H1N1 virus in pigs.
机译:大流行的H1N1病毒的最新出现以及将其标记为“猪流感”对猪肉行业产生了若干不利影响。最近在美国和世界其他地区的猪群中发现了新型H1N1毒株。尽管这些发现的公共卫生意义尚不清楚,但重要的是确定现有疫苗或暴露于先前传播的猪流感毒株是否可以保护猪免受新型H1N1感染。使用部分双向交叉血凝抑制(HI)分析,我们确定了与新型H1N1特异性抗血清交叉反应的商业疫苗中存在的猪H1N1株。我们还显示,对’99 H1N1菌株具有高HI滴度的田间血清样品与新型H1N1有很强的交叉反应。对非大流行H1N1菌株具有特异性的抗血清也与新型H1N1交叉反应。因此,我们得出的结论是,当前的疫苗和正在传播的非大流行H1N1野毒株将为猪提供至少部分针对新型H1N1病毒的保护。

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