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从犬科动物中分离出的狂犬病病毒的特征及巴西东北部主要野生犬科宿主的鉴定。

Characterization of Rabies virus isolated from canids and identification of the main wild canid host in Northeastern Brazil.

作者信息

Carnieli Pedro, Fahl Willian de Oliveira, Castilho Juliana Galera, Oliveira Rafael de Novaes, Macedo Carla Isabel, Durymanova Ekaterina, Jorge Rodrigo S P, Morato Ronaldo G, Spíndola Romualdo O, Machado Lindenrberg M, Ungar de Sá José E, Carrieri Maria Luiza, Kotait Ivanete

机构信息

Instituto Pasteur de São Paulo, SP, Brazil.

出版信息

Virus Res. 2008 Jan;131(1):33-46. doi: 10.1016/j.virusres.2007.08.007. Epub 2007 Sep 21.

Abstract

The rabies cases in dogs and wild canids in Northeastern Brazil are a public and animal health problem. This paper describes the identities of the coding region of the N-gene of Rabies virus (RABV) isolated in canids from Northeastern Brazil. The genetic tree generated using the sequence data described here divided the cluster BRAZILAN CANIDS into two subclusters (DOG-RELATED STRAINS and WILD CANID-RELATED STRAINS) with identities greater than those already described. The two subclusters are sub-divided into geographic groups related to the origin of the isolates, suggesting a long-standing ecological coexistence of the sequence types characteristic of the groups. This article also analyzes the 513-nucleotide stretch of the mitochondrial DNA control region of rabies-positive canids from Northeastern Brazil with a view to identifying the main RABV host among them. Among the four species of wild canids found in the region, two (Cerdocyon thous and Pseudalopex vetulus) are frequently associated with rabies. Phylogenetic analysis of sequence data generated from mtDNA suggests that C. thous is the main wild canid host in the region. The results obtained in this study are in concordance with the zoology and ecology of wild canids, and thus, help improve epidemiologic vigilance of rabies and allow a more targeted control of the disease.

摘要

巴西东北部犬类和野生犬科动物中的狂犬病病例是一个公共卫生和动物健康问题。本文描述了从巴西东北部犬科动物中分离出的狂犬病病毒(RABV)N基因编码区的特征。利用此处描述的序列数据生成的遗传树将巴西犬科动物簇分为两个亚簇(与狗相关的毒株和与野生犬科动物相关的毒株),其特征比已描述的更高。这两个亚簇又根据分离株的来源分为地理组,这表明这些组的序列类型长期以来存在生态共存。本文还分析了巴西东北部狂犬病阳性犬科动物线粒体DNA控制区的513个核苷酸片段,以确定其中主要的RABV宿主。在该地区发现的四种野生犬科动物中,有两种(食蟹狐和伪狐)经常与狂犬病有关。对线粒体DNA产生的序列数据进行系统发育分析表明,食蟹狐是该地区主要的野生犬科动物宿主。本研究获得的结果与野生犬科动物的动物学和生态学一致,因此有助于提高狂犬病的流行病学监测,并实现对该疾病更有针对性的控制。

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