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GENote v.β: A Web Tool Prototype for Annotation of Unfinished Sequences in Non-model Eukaryotes

机译:GENotev.β:用于注释非模型真核生物中未完成序列的Web工具原型

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De novo identification of genes in newly-sequenced eukary-otic genomes is based on sensors, which are not available in non-model organisms. Many annotation tools have been developed and most of them require sequence training, computer skills and accessibility to sufficient computational power. The main need of non-model organisms is finding genes, transposable elements, repetitions, etc., in reliable assemblies. GENote v.β is intended to cope with these aspects as a web tool for researchers without bioinformatics skills. It facilitates the annotation of new, unfinished sequences with descriptions, GO terms, EC numbers and KEEG pathways. It currently localises genes and transposons, which enable the sorting of contigs or scaffolds from a BAC clone, and reveals some putative assembly inconsistencies. Results are provided in GFF3 format and in tab-delimited text readable in viewers; a summary of findings is provided also as a PNG file.
机译:从头开始鉴定新测序的真核生物基因组中的基因是基于传感器的,在非模式生物中尚无此传感器。已经开发了许多注释工具,其中大多数需要顺序训练,计算机技能和可访问性以具有足够的计算能力。非模型生物的主要需求是在可靠的装配中找到基因,转座因子,重复序列等。 GENotev.β旨在应对这些方面,作为没有生物信息学技能的研究人员的网络工具。它有助于通过描述,GO术语,EC编号和KEEG途径来注释未完成的新序列。目前,它可以定位基因和转座子,从而可以对BAC克隆中的重叠群或支架进行分类,并揭示了某些假定的装配不一致之处。结果以GFF3格式提供,并以制表符分隔的文本形式显示在查看器中;结果摘要也以PNG文件形式提供。

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