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Biological agent detection and identification using pattern recognition

机译:使用模式识别的生物制剂检测和鉴定

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This paper discusses a novel approach for the automatic identification of biological agents. The essence of the approach is a combination of gene expression, microarray-based sensing, information fusion, machine learning and pattern recognition. Integration of these elements is a distinguishing aspect of the approach, leading to a number of significant advantages. Amongst them are the applicability to various agent types including bacteria, viruses, toxins, and others, ability to operate without the knowledge of a pathogen's genome sequence and without the need for bioagent-specific materials or reagents, and a high level of extensibility. Furthermore, the approach allows detection of uncataloged agents, including emerging pathogens. The approach offers a promising avenue for automatic identification of biological agents for applications such as medical diagnostics, bioforensics, and biodefense.
机译:本文讨论了一种自动识别生物制剂的新方法。该方法的本质是基因表达,基于微阵列的传感,信息融合,机器学习和模式识别的结合。这些元素的集成是该方法的一个显着方面,从而带来了许多显着的优势。其中包括对各种试剂类型(包括细菌,病毒,毒素等)的适用性,无需病原体基因组序列,无需生物试剂特异性材料或试剂即可进行操作的能力以及高度的可扩展性。此外,该方法允许检测未分类的药物,包括新出现的病原体。该方法为自动识别用于医学诊断,生物取证和生物防御等应用的生物制剂提供了有希望的途径。

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