Amico Mauro, Finelli Michele, Rossi Ivan, Zauli Andrea, Elofsson Arne, Viklund Håkan, von Heijne Gunnar, Jones David, Krogh Anders, Fariselli Piero, Luigi Martelli Pier, Casadio Rita
BioDec Srl, via Calzavecchio, 20/2, I-40033 Casalecchio di Reno, (BO), Italy.
Nucleic Acids Res. 2006 Jul 1;34(Web Server issue):W169-72. doi: 10.1093/nar/gkl208.
The annotation efforts of the BIOSAPIENS European Network of Excellence have generated several distributed annotation systems (DAS) with the aim of integrating Bioinformatics resources and annotating metazoan genomes (http://www.biosapiens.info). In this context, the PONGO DAS server (http://pongo.biocomp.unibo.it) provides the annotation on predictive basis for the all-alpha membrane proteins in the human genome, not only through DAS queries, but also directly using a simple web interface. In order to produce a more comprehensive analysis of the sequence at hand, this annotation is carried out with four selected and high scoring predictors: TMHMM2.0, MEMSAT, PRODIV and ENSEMBLE1.0. The stored and pre-computed predictions for the human proteins can be searched and displayed in a graphical view. However the web service allows the prediction of the topology of any kind of putative membrane proteins, regardless of the organism and more importantly with the same sequence profile for a given sequence when required. Here we present a new web server that incorporates the state-of-the-art topology predictors in a single framework, so that putative users can interactively compare and evaluate four predictions simultaneously for a given sequence. Together with the predicted topology, the server also displays a signal peptide prediction determined with SPEP. The PONGO web server is available at http://pongo.biocomp.unibo.it/pongo.
BIOSAPIENS欧洲卓越网络的注释工作已经生成了几个分布式注释系统(DAS),旨在整合生物信息学资源并注释后生动物基因组(http://www.biosapiens.info)。在此背景下,PONGO DAS服务器(http://pongo.biocomp.unibo.it)不仅通过DAS查询,还直接使用简单的网络界面,为人类基因组中的全α膜蛋白提供预测性注释。为了对手头序列进行更全面的分析,该注释使用四个选定的高分预测器进行:TMHMM2.0、MEMSAT、PRODIV和ENSEMBLE1.0。可以搜索并以图形视图显示人类蛋白质的存储和预先计算的预测结果。然而,该网络服务允许预测任何类型的假定膜蛋白的拓扑结构,无论生物体如何,更重要的是,在需要时,对于给定序列具有相同的序列概况。在这里,我们展示了一个新的网络服务器,它将最先进的拓扑预测器整合在一个单一框架中,以便潜在用户可以针对给定序列交互式地同时比较和评估四个预测结果。除了预测的拓扑结构外,该服务器还显示用SPEP确定的信号肽预测结果。PONGO网络服务器可在http://pongo.biocomp.unibo.it/pongo上获取。