Difference between revisions of "Biomedical Sciences"
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| − | The[[Parasite Experiment ontology |Parasite Experiment Ontology]] (PEO) was developed as part of the NIH-funded T.cruzi Semantic Problem Solving Environment (SPSE) project. the PEO forms schema to query semantically integrated parasite experimental datasets and databases using intuitive query processing tool, Cuebee. | + | The [[Parasite Experiment ontology |Parasite Experiment Ontology]] (PEO) was developed as part of the NIH-funded T.cruzi Semantic Problem Solving Environment (SPSE) project. the PEO forms schema to query semantically integrated parasite experimental datasets and databases using intuitive query processing tool, Cuebee. |
The PEO extends the classes and relationships in provenir ontology to model provenance information associated with experiment protocols for Gene Knockout (GKO), Strain Creation (SC), Microarray, and Proteome Analysis. These protocols consist of multiple sub-processes, which are modeled in PEO as different classes. | The PEO extends the classes and relationships in provenir ontology to model provenance information associated with experiment protocols for Gene Knockout (GKO), Strain Creation (SC), Microarray, and Proteome Analysis. These protocols consist of multiple sub-processes, which are modeled in PEO as different classes. | ||
Revision as of 15:31, 12 July 2010
The Parasite Experiment Ontology (PEO) was developed as part of the NIH-funded T.cruzi Semantic Problem Solving Environment (SPSE) project. the PEO forms schema to query semantically integrated parasite experimental datasets and databases using intuitive query processing tool, Cuebee.
The PEO extends the classes and relationships in provenir ontology to model provenance information associated with experiment protocols for Gene Knockout (GKO), Strain Creation (SC), Microarray, and Proteome Analysis. These protocols consist of multiple sub-processes, which are modeled in PEO as different classes.
