Lu Guoqing, Rowley Thaine, Garten Rebecca, Donis Ruben O
Department of Biology, University of Nebraska at Omaha, Omaha, NE, USA.
Nucleic Acids Res. 2007 Jul;35(Web Server issue):W275-9. doi: 10.1093/nar/gkm365. Epub 2007 May 30.
Influenza A viruses are hosted by numerous avian and mammalian species, which have shaped their evolution into distinct lineages worldwide. The viral genome consists of eight RNA segments that are frequently exchanged between different viruses via a process known as genetic reassortment. A complete genotype nomenclature is essential to describe gene segment reassortment. Specialized bioinformatic tools to analyze reassortment are not available, which hampers progress in understanding its role in host range, virulence and transmissibility of influenza viruses. To meet this need, we have developed a nomenclature to name influenza A genotypes and implemented a web server, FluGenome (http://www.flugenome.org/), for the assignment of lineages and genotypes. FluGenome provides functions for the user to interrogate the database in different modalities and get detailed reports on lineages and genotypes. These features make FluGenome unique in its ability to automatically detect genotype differences attributable to reassortment events in influenza A virus evolution.
甲型流感病毒存在于众多禽类和哺乳动物物种中,这些物种促使其在全球范围内进化为不同的谱系。病毒基因组由八个RNA片段组成,这些片段经常通过一种称为基因重配的过程在不同病毒之间进行交换。完整的基因型命名法对于描述基因片段重配至关重要。目前尚无用于分析重配的专门生物信息学工具,这阻碍了我们在理解其在流感病毒宿主范围、毒力和传播性方面作用的进展。为满足这一需求,我们开发了一种命名法来命名甲型流感基因型,并实现了一个网络服务器FluGenome(http://www.flugenome.org/),用于谱系和基因型的分配。FluGenome为用户提供了以不同方式查询数据库的功能,并获取有关谱系和基因型的详细报告。这些特性使FluGenome在自动检测甲型流感病毒进化过程中重配事件导致的基因型差异方面具有独特能力。