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巴西南马托格罗索州潘塔纳尔湿地两个地区的查氏细趾蟾和蹼趾细趾蟾体内肝簇虫属的特征描述

Characterization of Hepatozoon spp. in Leptodactylus chaquensis and Leptodactylus podicipinus from two regions of the Pantanal, state of Mato Grosso do Sul, Brazil.

作者信息

Leal Denise Dutra Menezes, Dreyer Carine Spenassatto, da Silva Reinaldo José, Ribolla Paulo Eduardo Martins, Paduan Karina dos Santos, Bianchi Inácio, O'Dwyer Lucia Helena

机构信息

Instituto de Biociências, Departamento de Parasitologia, Universidade Estadual Paulista, Distrito de Rubião Júnior, 18618-970, Botucatu, SP, Brazil,

出版信息

Parasitol Res. 2015 Apr;114(4):1541-9. doi: 10.1007/s00436-015-4338-x. Epub 2015 Feb 3.

DOI:10.1007/s00436-015-4338-x
PMID:25645008
Abstract

Hepatozoon sp. are parasites that commonly infect frogs and arthropod vectors. This species has variability in the morphological and morphometric characteristics. Due to these variations, the naming of the species is thus impaired and only by visualizing the sporogonic cycle in vector and by molecular studies this problem can be solved. Recently, the use of molecular genetics has helped the species denomination. In this work, we collected 145 frogs (68 Leptodactylus chaquensis and 77 Leptodactylus podicipinus) in different sampling sites, where were found 18 (26.47%) L. chaquensis and 24 (31.17%) L. podicipinus parasitized; besides of gamonts, schizogonic forms were also seen in animals organs. The positivity difference between the collection sites for both frog species was not significant (p = 0.958). Comparing gamonts found in each species of anuran, we observed differences in morphology. The comparison in the molecular level for L. podicipinus was not possible due to small amount of blood obtained, just L. chaquensis had their parasites DNA sequenced. The amplified and sequenced samples, named HEP1 to HEP10, are presented in the phylogenetic tree as a different branch from other haemogregarines described on other hosts. Therefore, we have seen that, although the morphology and morphometry of the collected parasites at each site showed differences, the sequencing of these samples revealed identical species of Hepatozoon, and different compared to those from GenBank, thereby demonstrating that the species of Hepatozoon in L. chaquensis observed in this study probably represent a new species.

摘要

肝簇虫属寄生虫通常感染青蛙和节肢动物媒介。该物种在形态和形态测量特征上存在变异。由于这些变异,物种命名受到影响,只有通过观察媒介中的孢子生殖周期和分子研究才能解决这个问题。最近,分子遗传学的应用有助于物种的命名。在这项工作中,我们在不同采样地点收集了145只青蛙(68只查氏细趾蟾和77只姬蛙),其中发现18只(26.47%)查氏细趾蟾和24只(31.17%)姬蛙被寄生;除了配子体,在动物器官中还发现了裂殖体。两种青蛙物种采集地点之间的阳性差异不显著(p = 0.958)。比较在每种无尾目动物中发现的配子体,我们观察到形态上的差异。由于获得的血液量少,无法对姬蛙进行分子水平的比较,仅对查氏细趾蟾的寄生虫DNA进行了测序。扩增并测序的样本命名为HEP1至HEP10,在系统发育树中显示为与在其他宿主上描述的其他血簇虫不同的分支。因此,我们发现,尽管在每个地点收集的寄生虫的形态和形态测量显示出差异,但这些样本的测序揭示了相同的肝簇虫物种,与来自GenBank的物种不同,从而表明在本研究中观察到的查氏细趾蟾中的肝簇虫物种可能代表一个新物种。

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