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The Gene Ontology of eukaryotic cilia and flagella

机译:真核纤毛和鞭毛的基因本体论

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Recent research into ciliary structure and function provides important insights into inherited diseases termed ciliopathies and other cilia-related disorders. This wealth of knowledge needs to be translated into a computational representation to be fully exploitable by the research community. To this end, members of the Gene Ontology (GO) and SYSCILIA Consortia have worked together to improve representation of ciliary substructures and processes in GO. Members of the SYSCILIA and Gene Ontology Consortia suggested additions and changes to GO, to reflect new knowledge in the field. The project initially aimed to improve coverage of ciliary parts, and was then broadened to cilia-related biological processes. Discussions were documented in a public tracker. We engaged the broader cilia community via direct consultation and by referring to the literature. Ontology updates were implemented via ontology editing tools. So far, we have created or modified 127 GO terms representing parts and processes related to eukaryotic cilia/flagella or prokaryotic flagella. A growing number of biological pathways are known to involve cilia, and we continue to incorporate this knowledge in GO. The resulting expansion in GO allows more precise representation of experimentally derived knowledge, and SYSCILIA and GO biocurators have created 199 annotations to 50 human ciliary proteins. The revised ontology was also used to curate mouse proteins in a collaborative project. The revised GO and annotations, used in comparative ‘before and after’ analyses of representative ciliary datasets, improve enrichment results significantly. Our work has resulted in a broader and deeper coverage of ciliary composition and function. These improvements in ontology and protein annotation will benefit all users of GO enrichment analysis tools, as well as the ciliary research community, in areas ranging from microscopy image annotation to interpretation of high-throughput studies. We welcome feedback to further enhance the representation of cilia biology in GO.
机译:最近对睫状结构和功能的研究为了解被称为纤毛病和其他纤毛相关疾病的遗传疾病提供了重要见识。需要将这些丰富的知识转换为一种计算表示形式,以便研究团体可以充分利用。为此,基因本体论(GO)和SYSCILIA联盟的成员共同努力,改善了GO中睫状亚结构和过程的表达。 SYSCILIA和Gene Ontology联盟的成员建议对GO进行添加和更改,以反映该领域的新知识。该项目最初旨在改善睫状部分的覆盖范围,然后扩展到与纤毛相关的生物过程。讨论记录在公共跟踪器中。我们通过直接咨询和参考文献来吸引更广泛的纤毛社区。本体更新是通过本体编辑工具实现的。到目前为止,我们已经创建或修改了127个GO术语,代表与真核纤毛/鞭毛或原核鞭毛有关的部分和过程。已知越来越多的生物途径涉及纤毛,并且我们继续将这一知识纳入GO。 GO的扩展结果使得可以更精确地表示从实验中获得的知识,SYSCILIA和GO生物管理者已经为50种人类纤毛蛋白创建了199个注释。修改后的本体还用于在一个合作项目中管理小鼠蛋白质。修改后的GO和注释用于对代表性睫毛数据集进行“前后”比较分析,显着改善了浓缩结果。我们的工作导致对睫毛成分和功能的覆盖范围越来越广。本体和蛋白质注释的这些改进将使GO富集分析工具的所有用户以及睫毛研究界受益,从显微镜图像注释到高通量研究的解释等领域。我们欢迎您提供反馈意见,以进一步增强纤毛生物学在GO中的代表性。

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