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PLecDom:一个用于鉴定和分析植物凝集素结构域的程序。

PLecDom: a program for identification and analysis of plant lectin domains.

作者信息

Shridhar Smriti, Chattopadhyay Debasis, Yadav Gitanjali

机构信息

Computational Biology Laboratory, National Institute of Plant Genome Research, Aruna Asaf Ali Marg, New Delhi 110067, India.

出版信息

Nucleic Acids Res. 2009 Jul;37(Web Server issue):W452-8. doi: 10.1093/nar/gkp409. Epub 2009 May 27.

Abstract

PLecDom is a program for detection of Plant Lectin Domains in a polypeptide or EST sequence, followed by a classification of the identified domains into known families. The web server is a collection of plant lectin domain families represented by alignments and profile Hidden Markov Models. PLecDom was developed after a rigorous analysis of evolutionary relationships between available sequences of lectin domains with known specificities. Users can test their sequences for potential lectin domains, catalog the identified domains into broad substrate classes, estimate the extent of divergence of new domains with existing homologs, extract domain boundaries and examine flanking sequences for further analysis. The high prediction accuracy of PLecDom combined with the ease with which it handles large scale input, enabled us to apply the program to protein and EST data from 48 plant genome-sequencing projects in various stages of completion. Our results represent a significant enrichment of the currently annotated plant lectins, and highlight potential targets for biochemical characterization. The search algorithm requires input in fasta format and is designed to process simultaneous connection requests from multiple users, such that huge sets of input sequences can be scanned in a matter of seconds. PLecDom is available at http://www.nipgr.res.in/plecdom.html.

摘要

PLecDom是一个用于在多肽或EST序列中检测植物凝集素结构域,然后将鉴定出的结构域分类到已知家族的程序。该网络服务器是由比对和轮廓隐马尔可夫模型表示的植物凝集素结构域家族的集合。PLecDom是在对具有已知特异性的凝集素结构域的可用序列之间的进化关系进行严格分析之后开发的。用户可以测试其序列中潜在的凝集素结构域,将鉴定出的结构域归类到广泛的底物类别中,估计新结构域与现有同源物的差异程度,提取结构域边界并检查侧翼序列以进行进一步分析。PLecDom的高预测准确性以及处理大规模输入的简便性,使我们能够将该程序应用于来自48个处于不同完成阶段的植物基因组测序项目的蛋白质和EST数据。我们的结果显著丰富了当前注释的植物凝集素,并突出了生化表征的潜在靶点。搜索算法要求以fasta格式输入,并且设计用于处理来自多个用户的同时连接请求,以便在几秒钟内扫描大量输入序列。可通过http://www.nipgr.res.in/plecdom.html访问PLecDom。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/670c/2703983/c587e15ffacb/gkp409f1.jpg

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