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Supporting Information
There are 53 gene-disease association pairs. Each pair <g, d> has two kinds of articles: (1) those that biomedical experts selected to annotate the pair, and (2) those that mention g or d but not both. The former kind of articles are thus highly related to each other (and one of them is designated as the target article in the experiment), while the latter kind of articles should be not highly related to the target article from the perspective of <g, d>. For each candidate article d for a target article r, we also record eight similarity values, which are respectively produced by PBC and the seven baselines (PBC-Pos, PBC-Section, BC, OK-TitleAbstract, OK-WholeArticle, HybridK50-TitleAbstract, and HybridK50- WholeArticle).
(RAR)
Reference
- 1. Liu R-L (2015) Passage-Based Bibliographic Coupling: An Inter-Article Similarity Measure for Biomedical Articles. PLoS ONE 10(10): e0139245 doi: 10.1371/journal.pone.0139245 [DOI] [PMC free article] [PubMed] [Google Scholar]
Associated Data
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Supplementary Materials
There are 53 gene-disease association pairs. Each pair <g, d> has two kinds of articles: (1) those that biomedical experts selected to annotate the pair, and (2) those that mention g or d but not both. The former kind of articles are thus highly related to each other (and one of them is designated as the target article in the experiment), while the latter kind of articles should be not highly related to the target article from the perspective of <g, d>. For each candidate article d for a target article r, we also record eight similarity values, which are respectively produced by PBC and the seven baselines (PBC-Pos, PBC-Section, BC, OK-TitleAbstract, OK-WholeArticle, HybridK50-TitleAbstract, and HybridK50- WholeArticle).
(RAR)