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Virus Database and Online Inquiry System Based on Natural Vectors

机译:基于自然矢量的病毒库和在线查询系统

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摘要

We construct a virus database called VirusDB () and an online inquiry system to serve people who are interested in viral classification and prediction. The database stores all viral genomes, their corresponding natural vectors, and the classification information of the single/multiple-segmented viral reference sequences downloaded from National Center for Biotechnology Information. The online inquiry system serves the purpose of computing natural vectors and their distances based on submitted genomes, providing an online interface for accessing and using the database for viral classification and prediction, and back-end processes for automatic and manual updating of database content to synchronize with GenBank. Submitted genomes data in FASTA format will be carried out and the prediction results with 5 closest neighbors and their classifications will be returned by email. Considering the one-to-one correspondence between sequence and natural vector, time efficiency, and high accuracy, natural vector is a significant advance compared with alignment methods, which makes VirusDB a useful database in further research.
机译:我们构建了一个称为VirusDB()的病毒数据库和一个在线查询系统,以服务于对病毒分类和预测感兴趣的人们。该数据库存储所有病毒基因组,其相应的天然载体以及从国家生物技术信息中心下载的单/多段病毒参考序列的分类信息。在线查询系统的目的是基于提交的基因组来计算自然矢量及其距离,提供用于访问和使用数据库进行病毒分类和预测的在线界面,以及用于自动和手动更新数据库内容以进行同步的后端过程与GenBank合作。将以FASTA格式提交已提交的基因组数据,并通过电子邮件返回与5个最近邻居的预测结果及其分类。考虑到序列和天然载体之间的一对一对应关系,时间效率和准确性高,与比对方法相比,天然载体是一个重大进步,这使得VirusDB成为进一步研究的有用数据库。

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