分型技术作为细菌表征的分子流行病学工具概述

Nasim Almasian-Tehrani, M. Alebouyeh, S. Armin, N. Soleimani, L. Azimi, Roozbeh Shaker-Darabad
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引用次数: 11

摘要

微生物分型的主要目的是评价微生物分离株之间的关系。微生物分型可以通过检测菌株之间的克隆联系来确定感染源。此外,它可以分析疫情、耐药菌株,并评估控制措施的有效性,从而提高监测系统的效率。HAIs可影响所有年龄段、任何临床情况的住院患者,并导致死亡。分子流行病学有助于确定从患者身上分离的病原体之间的遗传相关性,并设计适当的预防计划,通过医院和社区预防感染。目前,广泛的细菌菌株分型方法被认为是预防和控制医院和社区感染的基本流行病学工具。虽然基本分型方法更多地侧重于表型技术,如抗生素谱和血清分型,但新的方法是基于分子技术,包括基于pcr的方法和基于测序的方法。由于方法的频率很高,为研究应用选择正确的方法似乎很困难,并且需要对所有方法都有基本的了解。在这篇综述中,我们旨在介绍最有用和实用的分子分型技术。并对它们的应用、优缺点进行了比较。收稿日期:2021年6月18日修稿日期:2021年8月6日收稿日期:2021年11月18日
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Overview of typing techniques as molecular epidemiology tools for bacterial characterization
The main purpose of microbial typing is to evaluate the relationships between microbial isolates. Microbial typing can use for identifying the source of infection by detecting a clonal link between the strains. Moreover, it can analyze outbreaks, antimicrobial-resistant strains, and evaluate the effectiveness of control measures so, the efficiency of monitoring systems would increase. HAIs can affect hospitalized patients in all age ranges with any clinical situation, and lead to death. Molecular epidemiology is useful to determine genetic relatedness between isolated pathogens from patients, and design proper prevention plans to prevent infection through the hospital and community. Nowadays, typing methods for a wide range of bacterial strains are known as essential epidemiological tools to prevent and control infections in hospitals and communities. Although basic typing methods were more focused on phenotypic techniques like antibiogram and serotyping, new methods are based on molecular techniques including PCRbased methods and sequencing-based methods. Due to the high frequency of methods, choosing the right one for research applications seems difficult and requires basic knowledge about all of them. In this review, we aim to introduce the most useful and practical molecular typing techniques. Also, their utilization, advantages, and disadvantages were compared. Article info Received: 18 June 2021 Revised: 06 Aug 2021 Accepted: 18 Nov 2021 Use your device to scan and read the article online
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