Medical reports are, quite often, written and stored in computer systems in a non-structured free text form. As a consequence, the information contained in these reports is not easily available and it is not possible to take it into account by medical decision support systems. We propose a methodology to automatically process and analyze medical reports, identifying concepts and their instances, and populating a new ontology. This methodology is based in natural language processing techniques using linguistic and statistical information. The proposed system was applied successfully to a set of medical reports from the Veterinary Hospital of the University of Evora
In many medical fields, maintenance, comparison and aggregation of unambiguous terminologies go thro...
While the biomedical informatics community widely acknowledges the utility of domain ontologies, the...
This research discusses a diagnosing system in the domain of biomedicine that provides recommendatio...
We have developed, in collaboration with medical and computer experts, the ontology-based Medical Re...
Natural Language Processing and Information Extraction systems can annotate free text with meta-data...
Objective: Medical narratives entry is a major issue to be solved in developing an electronic medica...
Vast amounts of information are present in unstructured format in physicians' notes. Text processing...
International audienceNowadays, the need for well-structured ontologies in the medical domain is ris...
Background: Free-text descriptions in electronic health records (EHRs) can be of interest for clinic...
Nowadays, a great deal of detailed information about patients, including disease status, medication ...
In the medical field, it is now established that the maintenance of unambiguous thesauri goes throug...
While the biomedical informatics community widely acknowledges the utility of domain ontologies, the...
This paper describes an information extraction system that extracts and converts the available infor...
Clinicians develops their own jargon to report about their work. Most EHR systems provide a way to e...
The research described in the article refers to the study of data from the domain of medicine. The d...
In many medical fields, maintenance, comparison and aggregation of unambiguous terminologies go thro...
While the biomedical informatics community widely acknowledges the utility of domain ontologies, the...
This research discusses a diagnosing system in the domain of biomedicine that provides recommendatio...
We have developed, in collaboration with medical and computer experts, the ontology-based Medical Re...
Natural Language Processing and Information Extraction systems can annotate free text with meta-data...
Objective: Medical narratives entry is a major issue to be solved in developing an electronic medica...
Vast amounts of information are present in unstructured format in physicians' notes. Text processing...
International audienceNowadays, the need for well-structured ontologies in the medical domain is ris...
Background: Free-text descriptions in electronic health records (EHRs) can be of interest for clinic...
Nowadays, a great deal of detailed information about patients, including disease status, medication ...
In the medical field, it is now established that the maintenance of unambiguous thesauri goes throug...
While the biomedical informatics community widely acknowledges the utility of domain ontologies, the...
This paper describes an information extraction system that extracts and converts the available infor...
Clinicians develops their own jargon to report about their work. Most EHR systems provide a way to e...
The research described in the article refers to the study of data from the domain of medicine. The d...
In many medical fields, maintenance, comparison and aggregation of unambiguous terminologies go thro...
While the biomedical informatics community widely acknowledges the utility of domain ontologies, the...
This research discusses a diagnosing system in the domain of biomedicine that provides recommendatio...