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CLANS: a Java application for visualizing protein families based on pairwise similarity.

机译:CLANS:一个Java应用程序,用于基于成对相似性可视化蛋白质家族。

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SUMMARY: The main source of hypotheses on the structure and function of new proteins is their homology to proteins with known properties. Homologous relationships are typically established through sequence similarity searches, multiple alignments and phylogenetic reconstruction. In cases where the number of potential relationships is large, for example in P-loop NTPases with many thousands of members, alignments and phylogenies become computationally demanding, accumulate errors and lose resolution. In search of a better way to analyze relationships in large sequence datasets we have developed a Java application, CLANS (CLuster ANalysis of Sequences), which uses a version of the Fruchterman-Reingold graph layout algorithm to visualize pairwise sequence similarities in either two-dimensional or three-dimensional space. AVAILABILITY: CLANS can be downloaded at http://protevo.eb.tuebingen.mpg.de/download.
机译:摘要:关于新蛋白的结构和功能的假说的主要来源是它们与具有已知特性的蛋白的同源性。同源关系通常通过序列相似性搜索,多重比对和系统发育重建来建立。在潜在关系的数量很大的情况下,例如在具有成千上万个成员的P环NTPase中,比对和系统发育对计算的要求很高,会累积错误并失去分辨率。为了寻找一种更好的方法来分析大序列数据集中的关系,我们开发了一个Java应用程序CLANS(序列的类分析),该程序使用Fruchterman-Reingold图布局算法的一个版本来可视化二维的成对序列相似性或三维空间。可用性:CLANS可以从http://protevo.eb.tuebingen.mpg.de/download下载。

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