Cooney M K, Fox J P, Kenny G E
Infect Immun. 1982 Aug;37(2):642-7. doi: 10.1128/iai.37.2.642-647.1982.
We have completed production in rabbits of potent antisera to the 90 classified rhinovirus serotypes by using methods previously described (M. K. Cooney and G. E. Kenny, Proc. Soc. Exp. Biol. Med. 133:645-650, 1970). Systematic testing by neutralization tests has revealed significant numbers of cross-relationships among rhinovirus types, some of which have already been reported. Herein, our observations are compared with cross-reactions reported in National Institutes of Health reference guinea pig antisera. Also, original rhinovirus isolates, representing serotypes known to be antigenically related to other rhinoviruses, were tested against rabbit antisera to the related serotypes. These tests revealed extensive antigenic variation among isolates identified as rhinovirus 12:78 or 36:58, which are reciprocally related pairs, 41, reciprocally related to 13, and 67, which is related to both 9 and 32. If the rhinovirus serotypes were grouped according to antigenic relationships, 50 types could be included in 16 groups.
我们采用先前描述的方法(M. K. 库尼和G. E. 肯尼,《实验生物学与医学学会会刊》133:645 - 650, 1970年),已在兔体内制备出针对90种分类鼻病毒血清型的高效抗血清。通过中和试验进行的系统检测揭示了鼻病毒各型之间存在大量交叉关系,其中一些交叉关系此前已有报道。在此,我们将观察结果与美国国立卫生研究院参考豚鼠抗血清中报道的交叉反应进行了比较。此外,还针对与其他鼻病毒抗原相关的血清型,用原始鼻病毒分离株对兔抗血清进行了检测。这些检测揭示了被鉴定为鼻病毒12:78或36:58(它们是相互关联的配对)、41(与13相互关联)以及67(与9和32都相关)的分离株之间存在广泛的抗原变异。如果根据抗原关系对鼻病毒血清型进行分组,50种血清型可归为16组。