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Overview of the BioCreative VI text-mining services for Kinome Curation Track

机译:Kinome Curation Track的BioCreative VI文本挖掘服务概述

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摘要

The text-mining services for kinome curation track, part of BioCreative VI, proposed a competition to assess the effectiveness of text mining to perform literature triage. The track has exploited an unpublished curated data set from the neXtProt database. This data set contained comprehensive annotations for 300 human protein kinases. For a given protein and a given curation axis [diseases or gene ontology (GO) biological processes], participants’ systems had to identify and rank relevant articles in a collection of 5.2 M MEDLINE citations (task 1) or 530 000 full-text articles (task 2). Explored strategies comprised named-entity recognition and machine-learning frameworks. For that latter approach, participants developed methods to derive a set of negative instances, as the databases typically do not store articles that were judged as irrelevant by curators. The supervised approaches proposed by the participating groups achieved significant improvements compared to the baseline established in a previous study and compared to a basic PubMed search.
机译:BioCreative VI的一部分,用于kinome策展轨迹的文本挖掘服务提出了一项竞赛,以评估文本挖掘进行文献分类的有效性。该曲目利用了neXtProt数据库中未发布的精选数据集。该数据集包含300种人类蛋白激酶的全面注释。对于给定的蛋白质和给定的管理轴[疾病或基因本体论(GO)生物过程],参与者的系统必须在5.2M MEDLINE引文(任务1)或530'000全文文章的集合中,对相关文章进行识别和排名(任务2)。探索的策略包括命名实体识别和机器学习框架。对于后一种方法,参与者开发了导出一组否定实例的方法,因为数据库通常不存储策展人认为无关的文章。与之前的研究建立的基线相比,与基本的PubMed搜索相比,与会小组提出的有监督方法取得了显着改善。

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