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RERANKING MEDLINE CITATIONS BY RELEVANCE TO A DIFFICULT BIOLOGICAL QUERY

机译:通过与困难的生物查询相关来重新排列医学系引文

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We have initialized research aimed at automatically extracting Medline citations of biomedical articles and reranking them according to their relevance to a certain biomedical property difficult to express as PubMed query. Our proposed approach to this problem is to train support vector machines as classifiers able to distinguish relevant citations from the rest of retrieved citations. We used their predictions to re-rank citations retrieved from PubMed and represented as vectors of term frequencies. Major improvements were achieved in reranking citations with respect to protein disorder-function relationships where the average relative ranking of a relevant citation was improved from 48% to 16%. On average only 13% and 28% of citations relevant to our target topic were recalled in the top 5 and top 10 citations retrieved by queering PubMed with disordered protein names. By our reranking method, this was improved to about 58% and 78%, respectively, suggesting that the proposed method might provide a cost-effective tool for identifying articles that are difficult to express as specific PubMed queries.
机译:我们已初始化研究,旨在自动提取生物医学文章的Medline引文,并根据它们与某些难以表达为PubMed查询的生物医学属性的相关性对其进行排名。我们针对此问题的建议方法是训练支持向量机作为能够区分相关引用与其余检索引用的分类器。我们使用他们的预测来重新排序从PubMed检索并以术语频率向量表示的引用。在蛋白质紊乱-功能关系方面,在对引用进行重新排序方面取得了重大改进,相关引用的平均相对排名从48%提高到16%。通过查询具有无序蛋白质名称的PubMed,检索到的前5名和前10名引用中,平均只有13%和28%与我们的主题相关。通过我们的重排序方法,该比率分别提高到了约58%和78%,这表明所提出的方法可能提供一种经济高效的工具,用于识别难以表达为特定PubMed查询的文章。

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