primerForge: a Python program for identifying primer pairs capable of distinguishing groups of genomes from each other.

Joseph S Wirth, Lee S Katz, Grant M Williams, Jessica C Chen
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Abstract

In both molecular epidemiology and microbial ecology, it is useful to be able to categorize specific strains of microorganisms in either an ingroup or an outgroup in a given population, e.g. to distinguish a pathogenic strain of interest from its non-virulent relatives. An "ingroup" refers to a group of microbes that are the primary focus of study or interest. Conversely, an "outgroup" consists of microbes that are closely-related to, but have evolved separately from, the ingroup. While whole genome sequencing and downstream phylogenetic analyses can be employed to do this, these techniques are often slow and can be resource intensive. Additionally, the laboratory would have to sequence the whole genome to use these tools to determine whether or not a new sample is part of the ingroup or outgroup. Alternatively, polymerase chain reaction (PCR) can be used to amplify regions of genetic material that are specific to the strain(s) of interest. PCR is faster, less expensive, and more accessible than whole genome sequencing, so having a PCR-based approach can accelerate the detection of specific strain(s) of microbes and facilitate diagnoses and/or population studies.

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primerForge:一个Python程序,用于识别能够区分基因组组的引物对。
在分子流行病学和微生物生态学中,能够对特定种群内群或外群中的特定微生物菌株进行分类是有用的,例如,将感兴趣的致病菌株与其非毒性亲缘菌株区分开来。“内群体”指的是一组微生物,它们是研究或兴趣的主要焦点。相反,“外群”由与内群密切相关但又独立进化的微生物组成。虽然可以采用全基因组测序和下游系统发育分析来实现这一目标,但这些技术通常速度很慢,而且可能需要大量资源。此外,实验室必须对整个基因组进行测序,才能使用这些工具来确定一个新样本是属于内群体还是外群体。另外,聚合酶链反应(PCR)可用于扩增特定于感兴趣的菌株的遗传物质区域。PCR比全基因组测序更快、更便宜、更容易获得,因此基于PCR的方法可以加速对特定微生物菌株的检测,并促进诊断和/或种群研究。
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