首页> 外文期刊>Journal of Invertebrate Pathology >Parathelohania iranica sp. nov. (Microsporidia: Amblyosporidae) infecting malaria mosquito Anopheles superpictus (Diptera: Culicidae): Ultrastructure and molecular characterization
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Parathelohania iranica sp. nov. (Microsporidia: Amblyosporidae) infecting malaria mosquito Anopheles superpictus (Diptera: Culicidae): Ultrastructure and molecular characterization

机译:Parathelohania伊朗科尼亚州sp。 11月。 (micsporidia:Amblyosporidae)感染疟疾蚊子anopheles superpictus(Diptera:culicidae):超微结构和分子表征

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Graphical abstract Display Omitted Highlights ? Parathelohania iranica Omrani and Moosavi 2017 is a new microsporidium species in the family amblyosporidae. ? It parasitizes Anopheles superpictus (Diptera: Culicidae). ? It has 2 broad and 3–4 narrow coils. ? Molecular data and phylogenetic analysis reconfirms that it is a new species. Microsporidia are common pathogens of insects and sometimes are considered as a candidate in the biological control of mosquitoes. Recently a microsporidium infection was discovered in Anopheles superpictus (Diptera: Culicidae) larvae, in Iran. The responsible agent belonged to the genus Parathelohania (Microsporidia: Amblyosporidae). This study has been carried out to identify its identity at the species level. Fresh infected larvae were collected from the type locality, Kiar district, in Chahar Mahal and Bakhtiari province, at the central western of Iran. Superficial and the internal ultrastructure of the recovered spores were explored by scanning and transmission electron microscopy, respectively. Molecular techniques were also employed to amplify parts of its ssu rDNA. The obtained data were compared with the available information of congener species and other closely related microsporidia to elucidate evolutionary relationship. A small apical depression and two posterolateral ridges extending backward from a pear shaped anterior body mass were notable under scanning electron microscopy. Transmission electron microscopy revealed 2 broad and 3–4 narrow coils in the either side of spores, respectively. The sequence of a 1062 nucleotide fragment of ssu rDNA was determined by means of PCR technique. This study indicates that the microsporidium infecting An. superpictus differs from other previously described species in the genus Parathelohania. It means that the microsporidium infecting An. superpictus is a new species and hereby it is called Parathelohania iranica. Further work is necessary to clarify its life cycle and probable value in the biological control of mosquitoes.
机译:图形抽象显示省略了亮点? Parathelohania Iranica Omrani和Moosavi 2017是amblyosporidae家族的新型苗条物种。还它寄生anopheles superpictus(diptera:culicidae)。还它具有2个宽,3-4个窄线圈。还分子数据和系统发育分析重新确认它是一种新的物种。 microclidia是昆虫的常见病原体,有时被认为是蚊子生物控制中的候选者。最近,在伊朗的anopheles superpictus(Diptera:Culicidae)幼虫中发现了一种微孢子虫感染。负责任的代理属于Parathelohania(microsclidia:Amblyosporidae)。本研究已经进行,以确定其物种水平的身份。新鲜感染的幼虫在伊朗中部地区的伊朗中部地区,基亚尔·玛哈尔和巴基蒂亚里省的课程区。通过扫描和透射电子显微镜探索回收的孢子的浅表和内部超微结构。分子技术也用于扩增其SSU RDNA的部分。将获得的数据与Congener物种和其他密切相关的微孢子虫的可用信息进行比较,以阐明进化关系。在扫描电子显微镜下,从梨形前体质量延伸的小顶端凹陷和两侧向后延伸的两条后侧脊。透射电子显微镜显微镜分别在孢子的任一侧显示出2个宽和3-4个窄线圈。通过PCR技术测定SSU RDNA的1062个核苷酸片段的序列。该研究表明,微孢子梯感染了一个。 SuperPictus与垂直属植物属中的其他先前描述的物种不同。这意味着微孢子梯感染了一个。 Superpictus是一种新的物种,特此被称为Parathelohania伊朗。进一步的工作是澄清其生命周期和可能的价值在蚊子的生物控制中。

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