Ben-Porat T, DeMarchi J M, Lomniczi B, Kaplan A S
Virology. 1986 Oct 30;154(2):325-34. doi: 10.1016/0042-6822(86)90458-7.
The experiments described in this paper were designed to assess the role of the various virus glycoproteins of pseudorabies virus (PrV) in eliciting the production of neutralizing antibodies during the normal course of infection of swine. They also address the question of the degree of antigenic variation within each glycoprotein between different virus isolates. The results show the following: Antigenic variation between strains of PrV isolated from different geographic areas are readily detectable; antigenic differences between strains isolated from the same geographic area are less common. No antigenic drift in glycoprotein gII was observed. Glycoprotein gIII and, to some extent, also glycoprotein gI showed a high level of antigenic drift. The neutralizing activity of pooled convalescent sera of swine is not directed against glycoprotein gI. A large part of the neutralizing activity of pooled convalescent sera of swine is directed against glycoprotein gIII.
本文所述实验旨在评估伪狂犬病病毒(PrV)的各种病毒糖蛋白在猪正常感染过程中引发中和抗体产生方面的作用。这些实验还探讨了不同病毒分离株中每种糖蛋白的抗原变异程度问题。结果如下:从不同地理区域分离的PrV毒株之间的抗原变异很容易检测到;从同一地理区域分离的毒株之间的抗原差异则较少见。未观察到糖蛋白gII的抗原漂移。糖蛋白gIII以及在一定程度上糖蛋白gI表现出高度的抗原漂移。猪康复期血清的中和活性并非针对糖蛋白gI。猪康复期血清的大部分中和活性针对糖蛋白gIII。