首页> 外文期刊>Nucleic Acids Research >GeneFizz: a web tool to compare genetic (codingon-coding) and physical (helix/coil) segmentations of DNA sequences. Gene discovery and evolutionary perspectives
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GeneFizz: a web tool to compare genetic (codingon-coding) and physical (helix/coil) segmentations of DNA sequences. Gene discovery and evolutionary perspectives

机译:GeneFizz:用于比较DNA序列的遗传(编码/非编码)和物理(螺旋/螺旋)片段的网络工具。基因发现和进化观点

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摘要

The GeneFizz (http://pbga.pasteur.fr/GeneFizz) web tool permits the direct comparison between two types of segmentations for DNA sequences (possibly annotated): the codingon-coding segmentation associated with genomic annotations (simple genes or exons in split genes) and the physics-based structural segmentation between helix and coil domains (as provided by the classical helix-coil model). There appears to be a varying degree of coincidence for different genomes between the two types of segmentations, from almost perfect to non-relevant. Following these two extremes, GeneFizz can be used for two purposes: ab initio physics-based identification of new genes (as recently shown for Plasmodium falciparum) or the exploration of possible evolutionary signals revealed by the discrepancies observed between the two types of information.
机译:GeneFizz(http://pbga.pasteur.fr/GeneFizz)网络工具允许直接比较两种DNA序列的片段类型(可能带有注释):与基因组注释相关的编码/非编码片段(简单基因或外显子) (在分裂的基因中)和螺旋域与螺旋域之间的基于物理学的结构分割(由经典螺旋线圈模型提供)。从近乎完美到不相关,两种类型的分割之间的不同基因组似乎有不同程度的一致。遵循这两个极端,GeneFizz可以用于两个目的:从头开始基于物理的新基因识别(如恶性疟原虫最近显示的那样),或者通过观察两种信息之间的差异揭示的可能的进化信号。

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