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Pan-Genomic Technologies for Molecular Detection of Viral Hemorrhagic Fever

机译:病毒出血热分子检测的泛基因组技术

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摘要

Emerging genomic technologies, especially next-generation sequencing (metagenomic and/or probe-enrichment) are promising for diagnosis of disease from biodefense agents. New bioinformatics pipelines such as SURPI and MetaPORE can greatly improve computational turnaround times and make these technologies accessible for clinical and laboratories. Many regulatory and technical challenges remain, but these technologies are able to be implemented now. Identification of host response markers may be useful for diagnosis. Sequencing is moving towards real-time, actionable diagnosis in point-of-care settings needed for addressing biodefense threats.
机译:新兴的基因组技术,特别是下一代测序(Metagenomic和/或探针富集)是对来自生物义药剂的疾病的诊断。新的生物信息化管道,如SURPI和GEATAPORE,可以大大改善计算周转时间,并使这些技术可用于临床和实验室。许多监管和技术挑战仍然存在,但这些技术现在能够实施。宿主响应标记的鉴定可能是有用的诊断。测序正在朝着寻址生物义威胁所需的护理点设置实时,可操作的诊断。

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