Madrid / Sapporo / Houston / Pamplona / Rotterdam / Manchester / Valencia / Berlin / /
Company
CEM / Mardis SA / D. Lowe C NextMove Software / Clinical Research Humana Press / CDI / DrugBank / S.V. Ramanan C RelAgent Pvt Ltd / Creative Commons / /
Country
Netherlands / Australia / Portugal / United Kingdom / China / Taiwan / Germany / Slovenia / United States / South Korea / Spain / /
Currency
pence / / /
Event
Product Recall / Product Issues / /
Facility
Khabsa A The Pennsylvania State University / Liu A Mayo Clinic / University of Navarra / S1 Building / Texas Health Science Center / Ji A Wuhan University / /
IndustryTerm
chemical mentions / accessible chemical text mining systems / text mining / chemical entity mention string / chemical relation mining approaches / chemical formula / domain-independent tools / open access chemical databases / chemical database curators / chemical dictionary lookup / Trivial chemical names / automated named entity recognition systems / chemical document indexing / chemical natural language processing methods / chemical lexicon / language processing / chemical entity recognition software / chemical structures / chemical class multiple / rank / chemical mention class / diseases using text mining approaches / chemical entity mention recognition / chemical compound / chemical entity metabolism / chemical entity recognition systems / chemical text mining applications / automated language processing pipelines / chemical entity relations / chemical disciplines / given chemical entity / systematic chemical mentions / short chemical formulas / chemical nomenclature rules / chemical entity recognition methods / biological/biomedical text mining systems / chemical entity classes / chemical entity detection results / chemical entities / chemical text / chemical entity class / post-processing / chemical entity / chemical dictionary / chemical entity recognition / chemical annotations / chemical lexicons / chemical mention classes / chemical entity mentions / chemicals / chemical annotation process / Text-mining methods / chemical gazetteers / predicted mentions/chemical entities / natural language processing software / machine learning algorithms / chemical abbreviations / chemical class / chemical nomenclature standards / chemical database identifiers / chemical names extraction challenge / chemical families / chemical compounds / text mining technologies / chemical sub-disciplines / chemical dictionary look-up approaches / external chemical entity taggers / automatic post-processing / chemical entity recognition recall / particular chemical / chemical dictionaries / chemical domain / chemical mention / chemical names / chemical knowledgebases / chemical entity mention classes / chemical entity mention / biomedical literature mining / individual chemical entity mention classes / chemical name / text mining results / chemical annotation consistency analysis / retrieval applications / few chemical compound recognition applications / mining / chemical literature / chemical / hybrid systems / chemical structure / chemical terms / implemented software / chemical information / information extraction technologies / chemical entity list / chemical domain-specific tokenization / also explore existing chemical entity recognition software / /
Organization
Middle East Technical Univ. / Wuhan University / Spanish National Cancer Research Centre / Institute for Algor / National Centre for Text Mining / Dalian Univ. of Technology / Chungbuk National Univ. / Univ. of Lisbon / Center for Applied Medical Research / Universidad Politecnica de Madrid / Texas Health Science Center / University of Navarra / Univ. of Aveiro / Univ. of Lleida / National Institute of Health / Univ. of Ljubljana / Yuan Ze Univ./Taipei Medical Univ. / The Pennsylvania State University / Hokkaido Univ. / /
Person
David Salgado / Calle Melchor Fernndez Almagro / Carlos III / de Maeztu / / /
Krallinger et al. Journal of Cheminformatics 2015, 7(Suppl 1):S1 http://www.jcheminf.com/content/7/S1/S1 RESEARCH Open Access