2021-2022年圣彼得堡境内人类鼻病毒遗传多样性研究

A. Ksenafontov, M. Pisareva, V. Eder, T. Musaeva, I. Kiseleva
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引用次数: 0

摘要

背景:呼吸道病毒到处传播。鼻病毒是人类上呼吸道感染的最常见原因。因此,有必要对其种类和类型的循环进行研究。目的:了解圣彼得堡不同种类和类型鼻病毒的传播情况。材料与方法:采用实时荧光定量PCR检测鼻病毒,使用商用试剂盒AmpliSens ORVI-screen-FL(莫斯科Rospotrebnadzor中央流行病学研究所);采用Sanger测序法对鼻病毒进行遗传多样性研究;在MAFFT程序中对得到的序列进行比对,在RAxML程序中构建系统发育树,在FigTree中进行可视化。结果:圣彼得堡流行的人鼻病毒最常见的种类是HRV-A,而鼻病毒类型几乎不重复。结论:在圣彼得堡地区,鼻病毒的遗传多样性具有广泛的代表性。从2020年12月到2021年10月,共分型了70种鼻病毒,其中HRV-A型鼻病毒最常见(38种鼻病毒,占54%)。检测到的HRV-C和HRV-B数量相等(16种鼻病毒,各占23%)。建立了鼻病毒A、B和C种遗传型的系统发育树。鼻病毒的类型是高度可变的,这使得它们的研究以及针对它们的疫苗的开发变得复杂。尽管如此,鼻病毒显著影响着流行病学形势,鼻病毒感染可导致严重的健康后果,因此需要对其进行研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of the genetic diversity of human rhinoviruses on the territory of Saint Petersburg 2021–2022
BACKGROUND: Respiratory viruses circulate everywhere. Rhinoviruses are the most common cause of human upper respiratory tract infections. Therefore, it is necessary to study circulation of their species and types. AIM: To study circulation of different species and types of rhinoviruses in Saint Petersburg. MATERIALS AND METHODS: Detection of rhinoviruses was carried out by real-time PCR using commercial kits AmpliSens ORVI-screen-FL (Central Research Institute of Epidemiology of Rospotrebnadzor, Moscow); the study of the genetic diversity of rhinoviruses was carried out by Sanger sequencing method; alignment of the obtained sequences was carried out in the MAFFT program, the phylogenetic tree was built in the RAxML program, visualization was carried out in FigTree. RESULTS: The most common species of human rhinoviruses circulating in Saint Petersburg are HRV-A, while the types of rhinoviruses almost never repeat. CONCLUSIONS: On the territory of St. Petersburg, the genetic diversity of rhinoviruses is very widely represented. From December 2020 to October 2021, 70 rhinoviruses were typed, with HRV-A rhinoviruses being the most common (38 rhinoviruses, or 54%). HRV-C and HRV-B were detected in equal numbers (16 rhinoviruses, or 23% each). Phylogenetic trees of genetic types of rhinovirus species A, B, and C were built. The types of rhinoviruses are highly variable, which complicates their study, as well as the development of vaccines against them. Nevertheless, rhinoviruses significantly affect the epidemiological situation, rhinovirus infections can lead to serious health consequences, so they need to be studied.
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