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ARGO: a web system for the detection of degenerate motifs and large-scale recognition of eukaryotic promoters

机译:ARGO:一个用于检测简并基序和大规模识别真核启动子的网络系统

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摘要

Reliable recognition of the promoters in eukaryotic genomes remains an open issue. This is largely owing to the poor understanding of the features of the structural-functional organization of the eukaryotic promoters essential for their function and recognition. However, it was demonstrated that detection of ensembles of regulatory signals characteristic of specific promoter groups increases the accuracy of promoter recognition and prediction of specific expression features of the queried genes. The ARGO_Motifs package was developed for the detection of sets of region-specific degenerate oligonucleotide motifs in the regulatory regions of the eukaryotic genes. The ARGO_Viewer package was developed for the recognition of tissue-specific gene promoters based on the presence and distribution of oligonucleotide motifs obtained by the ARGO Motifs program. Analysis and recognition of tissue-specific promoters in five gene samples demonstrated high quality of promoter recognition. The public version of the ARGO system is available at http://wwwmgs2.bionet.nsc.ru/argo/ and http:// emj-pc.ics.uci.edu/argo/.
机译:真核基因组中启动子的可靠识别仍然是一个悬而未决的问题。这主要是由于对真核启动子对其功能和识别必不可少的结构功能组织的特征的了解不足。然而,已证明检测特定启动子基团的特征性调控信号的集合增加了启动子识别的准确性和所查询基因的特定表达特征的预测。开发了ARGO_Motifs软件包,用于检测真核基因调控区域中的一组区域特异性简并寡核苷酸基序。根据通过ARGO Motifs程序获得的寡核苷酸基序的存在和分布,开发了ARGO_Viewer程序包,用于识别组织特异性基因启动子。对五个基因样品中组织特异性启动子的分析和识别显示了高质量的启动子识别。可在http://wwwmgs2.bionet.nsc.ru/argo/和http:// emj-pc.ics.uci.edu/argo/上找到ARGO系统的公共版本。

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