The management of drug–drug interactions (DDIs) is a critical issue resulting from the
overwhelming amount of information available on them. Natural Language Processing …

In order to understand the mechanisms of drug–drug interaction (DDI), the study of
pharmacokinetics (PK), pharmacodynamics (PD), and pharmacogenetics (PG) data are …

The package insert (aka drug product label) is the only publicly-available source of
information on drug-drug interactions (DDIs) for some drugs, especially newer ones. Thus …

Background Drug pharmacokinetics parameters, drug interaction parameters, and
pharmacogenetics data have been unevenly collected in different databases and published …

Background Information about drug–drug interactions (DDIs) supported by scientific
evidence is crucial for establishing computational knowledge bases for applications like …

Motivation While drug-food interaction (DFI) may undermine the efficacy and safety of drugs,
DFI detection has been difficult because a well-organized database for DFI did not exist. To …

In the field of drug research and development, the investigation of drug-drug interactions
(DDIs) is a vital research area. Many clinical tools are used in the industry providing the …

Natural language processing of pharmacological texts includes recognition of drug names
and extraction of relationships between them. To this purpose, pharmacological annotated …

One of the critical causes of medical errors is Drug-Drug interaction (DDI), which occurs
when one drug increases or decreases the effect of another drug. We propose a machine …

Corpora have opened up many new areas of research in the linguistic domain, which would
never been possible without them. Moreover, corpora have proved their usefulness not only …