One tagger, many uses - Illustrating the power of ontologies in named entity recognition

46
Lars Juhl Jensen One tagger, many uses Illustrating the power of ontologies in named entity recognition

Transcript of One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Page 1: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Lars Juhl Jensen

One tagger, many usesIllustrating the power of ontologies in named

entity recognition

Page 2: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

C++ tagger

Page 3: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

flexible matching

Page 4: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

>1000 abstracts / second

Page 5: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

inherently thread-safe

Page 6: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

comprehensive dictionary

Page 7: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

expansion rules

Page 8: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

curated blacklist

Page 9: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

80–90% precision

Page 10: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

70–80% recall

Page 11: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

molecular entities

Page 12: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

genes/proteins

Page 13: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

chemicals

Page 14: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

biomedical literature

Page 15: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

assess studiedness

Page 16: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

association networks

Page 17: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

co-occurrence

Page 18: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

data integration

Page 19: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Szklarczyk et al., Nucleic Acids Research, 2015string-db.org

Page 20: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Kuhn et al., Nucleic Acids Research, 2016stitch-db.org

Page 21: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

localization & expression

Page 22: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

GO cellular component

Page 23: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Brenda Tissue Ontology

Page 24: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Binder et al., Database, 2014compartments.jensenlab.org

Page 25: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

tissues.jensenlab.org Santos et al., PeerJ, 2015

Page 26: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

diseases & side effects

Page 27: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Disease Ontology

Page 28: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

diseases.jensenlab.org Frankild et al., Methods, 2015

Page 29: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

MedDRA

Page 30: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

FDA product labels

Page 31: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Kuhn et al., Nucleic Acids Research, 2016sideeffects.embl.de

Page 32: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Danish dictionaries

Page 33: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

electronic medical records

Page 34: One tagger, many uses - Illustrating the power of ontologies in named entity recognition
Page 35: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

post-market monitoring

Page 36: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

organisms & habitats

Page 37: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

NCBI Taxonomy

Page 38: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

BioNLP shared task

Page 39: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Environment Ontology

Page 40: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

EOL descriptions

Page 41: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Pafilis et al., Bioinformatics, 2016environments.hcmr.gr / eol.org

Page 42: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

interactive annotation

Page 43: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Pafilis et al., Proceedings of BioCreative V, 2015extract.hcmr.gr

Page 44: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

Pafilis et al., Proceedings of BioCreative V, 2015extract.hcmr.gr

Page 45: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

BioCreative V

Page 46: One tagger, many uses - Illustrating the power of ontologies in named entity recognition

AcknowledgmentsSune Pletscher-

FrankildEvangelos PafilisDamian Szklarczyk

Christian von MeringMichael KuhnPeer Bork

Robert ErikssonPeter Bjødstrup

JensenSøren Brunak