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通过GOV探索基因组架构:一个基于万维网的基因顺序可视化工具。

Exploring genome architecture through GOV: a WWW-based gene order visualizer.

作者信息

Sakharkar Kishore R, Chow Vincent T K

机构信息

BioInformatics Institute, Biopolis street, Singapore 138671.

出版信息

Bioinformatics. 2004 Apr 12;20(6):984-5. doi: 10.1093/bioinformatics/bth046. Epub 2004 Feb 5.

Abstract

MOTIVATION

The past decade has seen extension in the methods of sequence analysis from single gene based to analyzing multiple genes and proteins simultaneously. Consequently, there is a need for software tools that will allow mining of these enormous datasets at genome level effectively. A key challenge is to make them user-friendly, available to a larger community and integrate with public domain software without much hassle.

RESULTS

A web-based interactive computational tool is described for visualization and comparison of gene order from prokaryotic and selected viral genome data. Many intriguing similarities and differences in gene order of multiple genomes can be compared and revealed. The interface facilitates easy extraction of the nucleotide sequence of the gene of interest and BLAST analysis against GenBank at NCBI to provide insights into gene functions and orthologs of the gene in other species.

摘要

动机

在过去十年中,序列分析方法已从基于单基因扩展到同时分析多个基因和蛋白质。因此,需要能够在基因组水平有效挖掘这些庞大数据集的软件工具。一个关键挑战是使这些工具对用户友好,可供更广泛的群体使用,并能轻松与公共领域软件集成。

结果

本文描述了一种基于网络的交互式计算工具,用于可视化和比较原核生物及选定病毒基因组数据中的基因顺序。可以比较和揭示多个基因组基因顺序中许多有趣的异同。该界面便于轻松提取感兴趣基因的核苷酸序列,并针对美国国立医学图书馆(NCBI)的GenBank进行BLAST分析,以深入了解该基因在其他物种中的功能和直系同源基因。

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