2007 RuleBasedProteinTermIdentification

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Subject Headings: Organism Component Semantic Relation Recognition Task, ITI TXM Corpora, Organism Mention Normalization Task, Organism NER.

Notes

Cited By

2008

Quotes

Abstract

In biomedical articles, terms often refer to different protein entities. For example, an arbitrary occurrence of term p53 might denote thousands of proteins across a number of species. A human annotator is able to resolve this ambiguity relatively easily, by looking at its context and if necessary, by searching an appropriate protein database. However, this phenomenon may cause much trouble to a text mining system, which does not understand human languages and hence can not identify the correct protein that the term refers to. In this paper, we present a Term Identification system which automatically assigns unique identifiers, as found in a protein database, to ambiguous protein mentions in texts. Unlike other solutions described in literature, which only work on gene/protein mentions on a specific model organism, our system is able to tackle protein mentions across many species, by integrating a machine-learning based species tagger. We have compared the performance of our automatic system to that of human annotators, with very promising results.


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 AuthorvolumeDate ValuetitletypejournaltitleUrldoinoteyear
2007 RuleBasedProteinTermIdentificationXinglong WangRule-based Protein Term Identification with Help from Automatic Species TaggingProceedings of CICLINGhttp://www.ltg.ed.ac.uk/np/publications/ltg/papers/Wang2007Rulebased.pdf10.1007/978-3-540-70939-8_262007
AuthorXinglong Wang +
doi10.1007/978-3-540-70939-8_26 +
journalProceedings of CICLING +
titleRule-based Protein Term Identification with Help from Automatic Species Tagging +
titleUrlhttp://www.ltg.ed.ac.uk/np/publications/ltg/papers/Wang2007Rulebased.pdf +
year2007 +