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高淋巴瘤风险和低淋巴瘤风险群体中健康阿拉伯狒狒(Papio hamadryas)感染疱疹病毒狒狒(HVP)的血清流行病学

Seroepizootiology of the herpesvirus Papio (HVP) infection in healthy baboons (Papio hamadryas) of high- and low-lymphoma risk populations.

作者信息

Voevodin A F, Ponomarjeva T I, Lapin B A

出版信息

Exp Pathol. 1985;27(1):33-9. doi: 10.1016/s0232-1513(85)80055-4.

Abstract

Seroepizootiology of Herpesvirus Papio (HVP) infection was studied in three groups of healthy hamadryas baboons (Papio hamadryas): the main Sukhumi (high-lymphoma) stock, forest Sukhumi (lymphoma-free) stock and newly imported wild animals. The prevalence to HVP infection, as judged by anti-VCA-HVP positivity, was approximately the same in both Sukhumi stocks (86% and 90% respectively) and it was significantly lower in the pooled group of newly imported baboons. It is interesting that prevalence of HVP infection in the different independent groups varied markedly (35-79%). Geometric mean titers of positives in all groups were approximately the same. The prevalence of HVP infection was age-dependent. It increased during the first years of life reaching the maximum (about 100%) at the age of 5 years being stable up to the age of 18 years and "decreased" at very old ages (over 18 years). The prevalence of HVP infection in newly imported baboons increased with age up to 71% in a group of the "oldest" monkeys and did not plateau. No significant sex differences in anti-HVP titers were found. Anti-EA-HVP-positive (with one exception) and anti-HUPNA-positive animals were found only in the main Sukhumi stock. Thus, "serologic activity" against HVP infection was the highest in the ligh-lymphoma stock.

摘要

在三组健康的阿拉伯狒狒(Papio hamadryas)中研究了疱疹病毒狒狒(HVP)感染的血清流行病学:主要的苏呼米(高淋巴瘤)种群、森林苏呼米(无淋巴瘤)种群以及新引进的野生动物。根据抗VCA - HVP阳性判断,HVP感染的患病率在两个苏呼米种群中大致相同(分别为86%和90%),而在新引进狒狒的合并组中显著更低。有趣的是,HVP感染在不同独立组中的患病率差异显著(35 - 79%)。所有组中阳性的几何平均滴度大致相同。HVP感染的患病率与年龄有关。在生命的最初几年中患病率上升,在5岁时达到最高(约100%),直至18岁保持稳定,在非常老龄(超过18岁)时“下降”。新引进狒狒中HVP感染的患病率随年龄增加,在一组“最老”的猴子中达到71%且未趋于平稳。在抗HVP滴度方面未发现显著的性别差异。仅在主要的苏呼米种群中发现了抗EA - HVP阳性(有一个例外)和抗HUPNA阳性的动物。因此,针对HVP感染的“血清学活性”在高淋巴瘤种群中最高。

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