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应用基因组学鉴定致病生物威胁和疾病暴发监测。

Applied genomics for identification of virulent biothreats and for disease outbreak surveillance.

机构信息

Department of Biomedical Informatics, University of Nebraska Omaha, Omaha, Nebraska, USA.

The Forsyth Institute, Cambridge, MA, USA.

出版信息

Postgrad Med J. 2023 Jun 8;99(1171):403-410. doi: 10.1136/postgradmedj-2021-139916.

Abstract

Fortifying our preparedness to cope with biological threats by identifying and targeting virulence factors may be a preventative strategy for curtailing infectious disease outbreak. Virulence factors evoke successful pathogenic invasion, and the science and technology of genomics offers a way of identifying them, their agents and evolutionary ancestor. Genomics offers the possibility of deciphering if the release of a pathogen was intentional or natural by observing sequence and annotated data of the causative agent, and evidence of genetic engineering such as cloned vectors at restriction sites. However, to leverage and maximise the application of genomics to strengthen global interception system for real-time biothreat diagnostics, a complete genomic library of pathogenic and non-pathogenic agents will create a robust reference assembly that can be used to screen, characterise, track and trace new and existing strains. Encouraging ethical research sequencing pathogens found in animals and the environment, as well as creating a global space for collaboration will lead to effective global regulation and biosurveillance.

摘要

通过鉴定和靶向毒力因子来增强我们应对生物威胁的准备,可能是遏制传染病爆发的一种预防策略。毒力因子引发成功的致病入侵,基因组学的科学技术为鉴定它们、它们的作用物和进化祖先提供了一种方法。基因组学提供了通过观察病原体的序列和注释数据以及在限制位点的克隆载体等遗传工程证据,来推断病原体的释放是故意还是自然的可能性。然而,为了利用和最大化基因组学的应用,以加强实时生物威胁诊断的全球拦截系统,一个包含有病原性和非病原性作用物的完整基因组文库将创建一个强大的参考组装,可用于筛选、表征、跟踪和追踪新的和现有的菌株。鼓励对动物和环境中发现的病原体进行符合伦理的研究测序,并为全球合作创造一个空间,将有助于实现有效的全球监管和生物监测。

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