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首页> 外文期刊>The Journal of Heredity >IMPACT: integrated multiprogram platform for analyses in ConTest.
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IMPACT: integrated multiprogram platform for analyses in ConTest.

机译:IMPACT:用于ConTest中分析的集成多程序平台。

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摘要

In this paper, we introduce a new Graphical User Interface that estimates evolutionary rates on protein sequences by assessing changes in biochemical constraints. We describe IMPACT, a platform-independent (tested in Linux, Windows, and MacOS), easy to install software written in Java. IMPACT integrates the use of a built-in multiple sequence alignment editor, with programs that perform phylogenetic and protein structure analyses (ConTest, PhyML, ATV, and Jmol) allowing the user to quickly and efficiently perform evolutionary analyses on protein sequences, including the detection of selection (negative and positive) signatures at the amino acid scale, which can provide fundamental insight about species evolution and ecological fitness. IMPACT provides the user with a working platform that combines a number of bioinformatics tools and utilities in one place, transferring information directly among the various programs and therefore increasing the overall performance of evolutionary analyses on proteins.
机译:在本文中,我们引入了一个新的图形用户界面,该界面通过评估生化限制因素的变化来估计蛋白质序列的进化速率。我们描述了IMPACT,它是独立于平台(在Linux,Windows和MacOS中测试过)的,易于安装,用Java编写的软件。 IMPACT将内置的多序列比对编辑器的使用与执行系统发育和蛋白质结构分析的程序(ConTest,PhyML,ATV和Jmol)集成在一起,使用户可以快速有效地对蛋白质序列进行进化分析,包括检测氨基酸尺度上的选择(阴性和阳性)签名,可以提供有关物种进化和生态适应性的基本信息。 IMPACT为用户提供了一个工作平台,该平台将多个生物信息学工具和实用程序集中在一起,可直接在各种程序之间传递信息,从而提高了蛋白质进化分析的整体性能。

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