A great deal of data in functional genomics studies needs to be annotated with low-resolution anatomical terms. For example, gene expression assays based on manually dissected samples (microarray, SAGE, etc.) need high-level anatomical terms to describe sample origin. First-pass annotation in high-throughput assays (e.g. large-scale in situ gene expression screens or phenotype screens) and bibliographic applications, such as selection of keywords, would also benefit from a minimum set of standard anatomical terms. Although only simple terms are required, the researcher faces serious practical problems of inconsistency and confusion, given the different aims and the range of complexity of existing anatomy ontologies. A Standards an...
Motivation: Phenotypic information is important for the analysis of the molecular mechanisms underly...
Summary. The Common Anatomy Reference Ontology (CARO) is being developed to fa-cilitate interoperabi...
Natural language processing (NLP) is a high throughput technology because it can process vast quanti...
Motivation: Anatomy ontologies have a growing role in bio-informatics – for example, in indexing gen...
Modern genomic research has access to a plethora of knowledge sources. Often, it is imperative that ...
International audienceOBJECTIVES: Animal models are a key resource for the investigation of human di...
Structured vocabulary development enhances the management of information in biological databases. As...
Experiments that employ genome scale technology platforms frequently result in lists of tens to thou...
The skeleton is of fundamental importance in research in comparative vertebrate morphology, paleonto...
BACKGROUND: Several biomedical ontologies cover the domain of biological functions, including molecu...
Contains fulltext : 36066.pdf ( ) (Open Access)BACKGROUND: The transfer of functio...
Background: Dictyostelium discoideum is a model system for studying many important physiological pro...
Functions play an important role throughoutbiology. Although molecular functions are cov-ered in the...
Mouse anatomy ontologies provide standard nomenclature for describing normal and mutant mouse anatom...
MOTIVATION: To evaluate how well current anatomical ontologies fit the way real-world users apply an...
Motivation: Phenotypic information is important for the analysis of the molecular mechanisms underly...
Summary. The Common Anatomy Reference Ontology (CARO) is being developed to fa-cilitate interoperabi...
Natural language processing (NLP) is a high throughput technology because it can process vast quanti...
Motivation: Anatomy ontologies have a growing role in bio-informatics – for example, in indexing gen...
Modern genomic research has access to a plethora of knowledge sources. Often, it is imperative that ...
International audienceOBJECTIVES: Animal models are a key resource for the investigation of human di...
Structured vocabulary development enhances the management of information in biological databases. As...
Experiments that employ genome scale technology platforms frequently result in lists of tens to thou...
The skeleton is of fundamental importance in research in comparative vertebrate morphology, paleonto...
BACKGROUND: Several biomedical ontologies cover the domain of biological functions, including molecu...
Contains fulltext : 36066.pdf ( ) (Open Access)BACKGROUND: The transfer of functio...
Background: Dictyostelium discoideum is a model system for studying many important physiological pro...
Functions play an important role throughoutbiology. Although molecular functions are cov-ered in the...
Mouse anatomy ontologies provide standard nomenclature for describing normal and mutant mouse anatom...
MOTIVATION: To evaluate how well current anatomical ontologies fit the way real-world users apply an...
Motivation: Phenotypic information is important for the analysis of the molecular mechanisms underly...
Summary. The Common Anatomy Reference Ontology (CARO) is being developed to fa-cilitate interoperabi...
Natural language processing (NLP) is a high throughput technology because it can process vast quanti...