Overview of gene structure in C. elegans.

John Spieth, Daniel Lawson, Paul Davis, Gary Williams, Kevin Howe
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引用次数: 24

Abstract

In the early stage of the C. elegans sequencing project, the ab initio gene prediction program Genefinder was used to find protein-coding genes. Subsequently, protein-coding genes structures have been actively curated by WormBase using evidence from all available data sources. Most coding loci were identified by the Genefinder program, but the process of gene curation results in a continual refinement of the details of gene structure, involving the correction and confirmation of intron splice sites, the addition of alternate splicing forms, the merging and splitting of incorrect predictions, and the creation and extension of 5' and 3' ends. The development of new technologies results in the availability of further data sources, and these are incorporated into the evidence used to support the curated structures. Non-coding genes are more difficult to curate using this methodology, and so the structures for most of these have been imported from the literature or from specialist databases of ncRNA data. This article describes the structure and curation of transcribed regions of genes.

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秀丽隐杆线虫基因结构综述。
在秀丽隐杆线虫测序项目的早期阶段,使用从头算基因预测程序Genefinder寻找蛋白质编码基因。随后,蛋白质编码基因结构已被虫基利用证据从所有可用的数据源积极策划。大多数编码位点是由Genefinder程序识别的,但基因管理的过程导致基因结构细节的不断完善,包括内含子剪接位点的纠正和确认,替代剪接形式的添加,不正确预测的合并和分裂,以及5'和3'端的创建和扩展。新技术的发展带来了更多的数据来源,这些数据被纳入用于支持整理结构的证据。非编码基因更难使用这种方法来管理,因此大多数非编码基因的结构都是从文献或ncRNA数据的专业数据库中导入的。本文介绍了基因转录区的结构和处理方法。
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