首页> 美国卫生研究院文献>Clinical and Diagnostic Laboratory Immunology >Seroprevalences to Viral Pathogens in Free-Ranging and Captive Cheetahs (Acinonyx jubatus) on Namibian Farmland
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Seroprevalences to Viral Pathogens in Free-Ranging and Captive Cheetahs (Acinonyx jubatus) on Namibian Farmland

机译:纳米比亚农田自由活动和圈养的猎豹(Acinonyx jubatus)中病毒病原体的血清阳性率

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摘要

Cheetah populations are diminishing rapidly in their natural habitat. One reason for their decline is thought to be a high susceptibility to (infectious) diseases because cheetahs in zoos suffer from high disease-induced mortality. Data on the health status of free-ranging cheetahs are scarce, and little is known about their exposure and susceptibility to infectious diseases. We determined seroprevalences to nine key viruses (feline herpesvirus 1, feline calicivirus, feline parvovirus, feline coronavirus, canine distemper virus, feline immunodeficiency virus [FIV], puma lentivirus, feline leukemia virus, and rabies virus) in 68 free-ranging cheetahs on east-central Namibian farmland, 24 nonvaccinated Namibian captive cheetahs, and several other wild carnivore species and conducted necropsies of cheetahs and other wild carnivores. Eight of 11 other wild carnivores were seropositive for at least one of the viruses, including the first record of an FIV-like infection in a wild felid west of the Kalahari, the caracal (Felis caracal). Seroprevalences of the free-ranging cheetahs were below 5% for all nine viruses, which is significantly lower than seroprevalences in nonvaccinated captive cheetahs and those for five of seven viruses in previously studied free-ranging cheetahs from north-central Namibia (L. Munson, L. Marker, E. Dubovi, J. A. Spencer, J. F. Evermann, and S. J. O'Brien, J. Wildl. Dis. >40:23-31, 2004). There was no clinical or pathological evidence of infectious diseases in living or dead cheetahs. The results suggest that while free-ranging wild carnivores may be a source of pathogens, the distribution of seroprevalences across studies mirrored local human population density and factors associated with human habitation, probably reflecting contact opportunities with (nonvaccinated) domestic and feral cats and dogs. They also suggest that Namibian cheetahs respond effectively to viral challenges, encouraging consistent and sustainable conservation efforts.
机译:猎豹的自然栖息地正在迅速减少。人们认为它们下降的原因之一是对(传染性)疾病的高度易感性,因为动物园中的猎豹遭受的疾病致死率很高。关于自由放养的猎豹的健康状况的数据很少,关于它们的暴露程度和对传染病的易感性知之甚少。我们在68头自由猎豹身上确定了9种主要病毒(猫疱疹病毒1,猫杯状病毒,猫细小病毒,猫冠状病毒,犬瘟热病毒,猫免疫缺陷病毒[FIV],美洲狮慢病毒,猫白血病病毒和狂犬病毒)的血清阳性率。纳米比亚东部中部的农田,24种未接种疫苗的纳米比亚圈养猎豹和其他几种野生食肉动物,并对这些猎豹和其他野生食肉动物进行了尸检。其他11种野生食肉动物中的8种对至少一种病毒呈血清反应阳性,包括在卡拉卡拉(Kalahal)西部的野生猫科动物(Felis caracal)中首次出现FIV样感染的记录。对于所有九种病毒,自由放养的猎豹的血清阳性率均低于5%,这显着低于未接种疫苗的圈养猎豹和先前研究的来自纳米比亚中北部的自由散养的猎豹的七种病毒中的五种的血清阳性率(L. Munson, L. Marker,E。Dubovi,JA Spencer,JF Evermann和SJ O'Brien,J。Wildl。Dis。> 40: 2004年23月31日)。没有活体或死豹的传染病的临床或病理学证据。结果表明,虽然自由放养的食肉动物可能是病原体的来源,但各研究中血清阳性率的分布反映了当地人口密度和与人类居住相关的因素,可能反映了与(未接种疫苗的)家养和野性猫狗的接触机会。他们还建议,纳米比亚的猎豹对病毒的挑战做出有效反应,鼓励持续而可持续的保护工作。

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