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首页> 外文期刊>Veterinary Parasitology >Flea species infesting dogs in Florida and Bartonella spp. prevalence rates.
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Flea species infesting dogs in Florida and Bartonella spp. prevalence rates.

机译:佛罗里达和巴尔通体属物种中的跳蚤物种出没。患病率。

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Several Bartonella spp. associated with fleas can induce a variety of clinical syndromes in both dogs and humans. However, few studies have investigated the prevalence of Bartonella in the blood of dogs and their fleas. The objectives of this study were to determine the genera of fleas infesting shelter dogs in Florida, the prevalence of Bartonella spp. within the fleas, and the prevalence of Bartonella spp. within the blood of healthy dogs from which the fleas were collected. Fleas, serum, and EDTA-anti-coagulated whole blood were collected from 80 healthy dogs, and total DNA was extracted for PCR amplification of Bartonella spp. The genera of fleas infesting 43 of the dogs were determined phenotypically. PCR amplicons from blood and flea pools were sequenced to confirm the Bartonella species. Amplicons for which sequencing revealed homology to Bartonella vinsonii subsp. berkhoffii (Bvb) underwent specific genotyping by targeting the 16S-23S intergenic spacer region. A total of 220 fleas were collected from 80 dogs and pooled by genus (43 dogs) and flea species. Bartonella spp. DNA was amplified from 14 of 80 dog blood samples (17.5%) and from 9 of 80 pooled fleas (11.3%). B. vinsonii subsp. berkhoffii DNA was amplified from nine dogs and five of the flea pools. Bartonella rochalimae (Br) DNA was amplified from six dogs and two flea pools. One of 14 dogs was co-infected with Bvb and Br. The dog was infested with Pulex spp. fleas containing Br DNA and a single Ctenocephalides felis flea. Of the Bvb bacteremic dogs, five and four were infected with genotypes II and I, respectively. Of the Bvb PCR positive flea pools, three were Bvb genotype II and two were Bvb genotype I. Amplification of Bvb DNA from Pulex spp. collected from domestic dogs, suggests that Pulex fleas may be a vector for dogs and a source for zoonotic transfer of this pathogen from dogs to people. The findings of this study provide evidence to support the hypothesis that flea-infested dogs may be a reservoir host for Bvb and Br and that ectoparasite control is an important component of shelter intake protocols.
机译:几个巴尔通体属。与跳蚤相关的疾病可以在狗和人类中诱发多种临床综合征。但是,很少有研究调查狗及其跳蚤血液中巴尔通体的流行。这项研究的目的是确定在佛罗里达州,跳蚤出没的隐蔽犬的属,即Bartonella spp的流行。在跳蚤中,以及巴尔通体属的流行。在收集跳蚤的健康狗的血液中。从80只健康犬中收集跳蚤,血清和EDTA抗凝全血,并提取总DNA进行Bartonella spp的PCR扩增。在表型上确定了感染43只狗的跳蚤属。对来自血液和跳蚤池的PCR扩增子进行测序,以确认巴尔通体物种。测序显示与Bartonella vinsonii亚种同源的扩增子。 Berkhoffii(Bvb)通过靶向16S-23S基因间隔区进行了特定的基因分型。从80只狗中收集了总共220只跳蚤,并按属(43只狗)和跳蚤种类合并。巴尔通体属从80个犬血样本中的14个(17.5%)和80个合并蚤中的9个(11.3%)中扩增DNA。 B. vinsonii亚种。从9只狗和5个跳蚤池中扩增了berkhoffii DNA。从六只狗和两个跳蚤池中扩增出轮状巴尔通体(Br)的DNA。 14只狗中的一只被Bvb和Br共同感染。这只狗被Pulex spp感染。含有Br DNA的跳蚤和一条Ctenocephalides猫跳蚤。在Bvb细菌犬中,分别有五和四只感染了基因型II和I。在Bvb PCR阳性跳蚤库中,三个是Bvb基因型II,两个是Bvb基因型I。Pulex spp的Bvb DNA扩增。从家养的狗身上收集到的信息表明,粉虱跳蚤可能是狗的载体,也是这种病原体从狗到人的人畜共患病传播的来源。这项研究的结果提供了证据支持跳蚤出没的狗可能是Bvb和Br的宿主宿主,而体外寄生虫控制是庇护所摄入方案的重要组成部分这一证据。

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