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Description and characterization of questing hard tick, Dermacentor steini (Acari: Ixodidae) in Malaysia based on phenotypic and genotypic traits

机译:基于表型和基因型特征的马来西亚,Dermacentor Steini(Acari:Ixodidae)的描述与表征。基于表型和基因型特征

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摘要

Identifying certain species of Dermacentor ticks in Malaysia is challenging as there is no comprehensive work on their systematics and lack of specific taxonomic keys. In this study, we described and characterized D. steini ticks collected from a forest reserve in the vicinity of the Forest Research Institute of Malaysia using integrated phenotypic and genotypic traits. In total two males and three females of questing D. steini ticks were morphologically identified using specific illustrated taxonomic keys based on their special characters. Further confirmation and characterization of the tick species were then examined using PCR, followed by sequencing partial mitochondrial 16S rDNA gene (mt-rrs). Clustering analysis based on mt-rrs was carried out by constructing neighbor-joining tree topology to clarify the genetic variation of local D. steini. Based on external morphological characterizations, all ticks were successfully identified down to the species as adult D. steini. The molecular traits based on phylogenetic tree provide very strong support for the monophyletic clade of D. steini including high percentages of similarity (97-100%) with available sequences in GenBank. Furthermore, a low intraspecific variation (4%) among the species of D. steini was observed but it was genetically different from other Dermacentor species with high interspecific value (8-15%). These findings produced the first genotypic data of D. steini using 16S rDNA gene which confirmed the presence of this species in Malaysia. Moreover, this study supports the taxonomic status of local D. steini and adds to the knowledge of accurate identification of ticks.
机译:鉴定马来西亚的某些Dermacentor蜱虫蜱是挑战,因为他们的系统性没有全面的工作和缺乏特定的分类钥匙。在这项研究中,我们描述和特征在于使用综合表型和基因型特征,从森林研究所附近收集的D. Steini蜱虫。总共有两种雄性和三个任务女性D. Steini蜱虫在形态学上使用基于他们的特殊字符的特定插图的分类键来识别。然后使用PCR检查蜱物质的进一步证实和表征,然后进行分序列线粒体16S rdNA基因(MT-RRS)。基于MT-RRS的聚类分析是通过构建邻接树拓扑来阐明局部D. Steini的遗传变异。基于外部形态特征,所有蜱虫都被成功地鉴定为成人D. Steini的物种。基于系统发育树的分子性状为D.Steini的单晶分层提供了非常强的支持,其包括高百分比的相似性(97-100%),Genbank中可用序列。此外,观察到D.Steini的物种中的低内异性变异(4%),但它与具有高间隙值(8-15%)的遗传不同的水蛭物种。这些发现产生了D.Steini的第一个基因型数据,使用16S RDNA基因证实了在马来西亚的存在。此外,本研究支持当地D. Steini的分类状况,并增加了准确识别蜱虫的知识。

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