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牛疱疹病毒研究。第1部分。从牛生殖道分离的病毒的分离与鉴定。

Studies on bovine herpesviruses. Part 1. Isolation and characterization of viruses isolated from the genital tract of cattle.

作者信息

Theodoridis A

出版信息

Onderstepoort J Vet Res. 1985 Dec;52(4):239-54.

PMID:3003650
Abstract

Herpesviruses, previously isolated from cattle (Theodoridis, 1978), were further studied and provisionally placed in the bovid herpesvirus 4 (BHV-4) group. Major differences were found between IBR-IPV (BHV-1) and BHV-4 virus strains. In MDBK cells, all BHV-4 strains started growing at the edges of the culture, the process progressing slowly until destruction of the cells was complete by the 10th day. BHV-4 strains failed to induce neutralizing antibodies in cattle, goats and rabbits. Only the addition of mineral oil adjuvant induced neutralizing and complement fixing antibodies in goats. BHV-1 strains, in contrast, produced very potent antisera in all these systems. Cross-neutralization tests indicated the existence of 2 distinct serological groups representing BHV-1 and BHV-4. The BHV-4 strains appear to be interrelated and they could not be grouped. A BHV-1 strain showed fixation of complement with the antisera of 6 BHV-4 strains. Electron micrographs showed an accumulation of nucleocapsids in the cytoplasm and an early release of virus particles due to cell destruction. Variation in incubation temperature had a significant effect on the particle formation. At lower temperatures, the number of enveloped particles in the cytoplasm increased. On the basis of the characteristics uncovered in this study, it is possible that all the BHV-4 strains represent one and the same virus which has undergone certain biological changes, thus illustrating a phenomenon which appears to be a characteristic of the herpesviruses.

摘要

疱疹病毒先前从牛身上分离得到(西奥多里迪斯,1978年),经过进一步研究,暂时被归入牛疱疹病毒4型(BHV - 4)组。发现传染性牛鼻气管炎-传染性脓疱性外阴阴道炎病毒(IBR - IPV,BHV - 1)和BHV - 4病毒株之间存在重大差异。在MDBK细胞中,所有BHV - 4毒株都从培养物边缘开始生长,这个过程进展缓慢,直到第10天细胞完全被破坏。BHV - 4毒株未能在牛、山羊和兔子体内诱导产生中和抗体。只有添加矿物油佐剂才能在山羊体内诱导产生中和抗体和补体结合抗体。相比之下,BHV - 1毒株在所有这些系统中都能产生非常有效的抗血清。交叉中和试验表明存在代表BHV - 1和BHV - 4的2个不同血清学组。BHV - 4毒株似乎相互关联,无法进行分组。一株BHV - 1毒株与6株BHV - 4毒株的抗血清发生补体结合反应。电子显微镜照片显示核衣壳在细胞质中积累,并且由于细胞破坏病毒颗粒提前释放。孵育温度的变化对颗粒形成有显著影响。在较低温度下,细胞质中包膜颗粒的数量增加。根据本研究中发现的特征,所有BHV - 4毒株有可能代表同一种经历了某些生物学变化的病毒,从而说明了一种似乎是疱疹病毒特征的现象。

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