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Towards a foundational representation of potential drugdrug interaction knowledge Mathias Brochhausen1, Jodi Schneider2, Daniel Malone3, Philip E. Empey4, William R. Hogan5 and Richard D. Boyce6 Division of Biomedical In
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Document Date: 2014-10-16 12:30:16


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Company

PDDI / Agency for Healthcare Research / DrugBank / INRIA Sophia Antipolis / /

Continent

Europe / /

Country

United States / /

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Event

Product Issues / M&A / /

Facility

College of Pharmacy / University of Florida / University of Arizona / National Library of Medicine / National Institute of Aging / University of Arkansas / College of Medicine / University of Pittsburgh / Methods Building / OBO Foundry / /

IndustryTerm

drug information systems / healthcare system / drug product / Web-instrumented man-machine interactions / chemical entity / chemical / semantics / chemical structure / drug products / chemicals / chemical and pharmacological properties / /

MedicalTreatment

pharmacotherapy / /

Organization

School of Pharmacy / National Center For Advancing Translational Sciences of the National Institutes of Health / College of Pharmacy / University of Pittsburgh / Pittsburgh / Department of Pharmacy and Therapeutics / FDA / University of Arkansas / European Union / R. Hogan5 and Richard D. Boyce6 Division of Biomedical Informatics / National Institute of Aging / Department of Biomedical Informatics / College of Medicine / University of Florida / Department of Health Outcomes and Policy / University of Arizona / Agency for Healthcare Research and Quality / /

Person

Alan Ruttenberg / Alain Bensoussan / Michel Dumontier / Eric van Roon / /

Position

explicit conceptual model of that relationship / model / conceptual model / semantic model / DIDEO / Major / /

Product

acetaminophen / azithromycin / simvastatin / representation / /

ProgrammingLanguage

FL / /

ProvinceOrState

Arkansas / /

SportsEvent

ufl / /

Technology

drug metabolism / knowledge management / drug development / /