Bose M, Barber Robert D
Department of Biological Sciences, University of Wisconsin-Parkside, Kenosha, WI 53141-2000, USA.
In Silico Biol. 2006;6(3):223-7.
Prophage loci often remain under-annotated or even unrecognized in prokaryotic genome sequencing projects. A PHP application, Prophage Finder, has been developed and implemented to predict prophage loci, based upon clusters of phage-related gene products encoded within DNA sequences. This application provides results detailing several facets of these clusters to facilitate rapid prediction and analysis of prophage sequences. Prophage Finder was tested using previously annotated prokaryotic genomic sequences with manually curated prophage loci as benchmarks. Additional analyses from Prophage Finder searches of several draft prokaryotic genome sequences are available through the Web site (http://bioinformatics.uwp.edu/~phage/DOEResults.php) to illustrate the potential of this application.
在原核生物基因组测序项目中,前噬菌体基因座常常注释不足,甚至未被识别。已开发并实施了一个PHP应用程序Prophage Finder,用于根据DNA序列中编码的噬菌体相关基因产物簇来预测前噬菌体基因座。该应用程序提供的结果详细说明了这些簇的几个方面,以便于快速预测和分析前噬菌体序列。使用先前注释的原核生物基因组序列以及人工整理的前噬菌体基因座作为基准对Prophage Finder进行了测试。通过网站(http://bioinformatics.uwp.edu/~phage/DOEResults.php)可以获取对多个原核生物基因组草图序列进行Prophage Finder搜索的其他分析结果,以说明该应用程序的潜力。