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雪貂流感疫苗接种:雪貂培养的灭活病毒与鸡胚培养的病毒的比较。

Immunization of ferrets against influenza: a comparison of killed ferret grown and egg grown virus.

作者信息

Sweet C, Stephen J, Smith H

出版信息

Br J Exp Pathol. 1974 Jun;55(3):296-304.

Abstract

Both killed unadjuvanted ferret and egg grown A/Moscow/1019/65 (HN) influenza virus failed to immunize ferrets against challenge with homologous virus; the preparations were given in 2 doses, 2 weeks apart, distributed intranasally, intramuscularly and intraperitoneally. However, small doses (<2 HA units) of both preparations induced immunity in ferrets previously “primed” with a live heterologous virus (A/FM/1/47 (HN)) according to the method of Potter (1973). Although no difference in immunizing activity was detected between ferret and egg grown virus, the former induced greater HI titres than the latter. There was no correlation between HI titres in serum and protection to challenge; in fact, some protection seemed to be afforded by the “priming” virus in the absence of HI antibody to the challenge virus. These results are discussed in relation to the possibility that a previously unrecognized antigen different from haemagglutinin and neuraminidase may contribute to immunity to influenza.

摘要

用未添加佐剂的经雪貂传代和鸡胚培养的A/莫斯科/1019/65(HN)流感病毒对雪貂进行免疫接种,均无法使其抵抗同源病毒的攻击;接种制剂分2剂,间隔2周,通过鼻内、肌肉内和腹腔内途径给药。然而,根据波特(1973年)的方法,用小剂量(<2个血凝素单位)的这两种制剂对先前用活的异源病毒(A/FM/1/47(HN))“预致敏”的雪貂诱导了免疫力。虽然未检测到雪貂传代病毒和鸡胚培养病毒在免疫活性上的差异,但前者诱导的血凝抑制(HI)效价比后者更高。血清中的HI效价与对攻击的保护作用之间没有相关性;事实上,在对攻击病毒缺乏HI抗体的情况下,“预致敏”病毒似乎提供了一定的保护作用。针对一种与血凝素和神经氨酸酶不同、此前未被识别的抗原可能有助于流感免疫的可能性,对这些结果进行了讨论。

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