BioNavigation: Using Ontologies to Express Meaningful Navigational Queries Over Biological Resources

Exploiting the complex maze of publicly available Biological resources to implement scientific data collection pipelines poses a multitude of challenges to biologists in accurately reflecting the scientific question at hand and in the selection of the best resources which satisfy their needs. We extended our BioNavigation system to address these challenges and aid the scientists visualize and navigate the resources, express their queries and determine the most suitable set of resources to evaluate them. For this purpose, we use an ontology that describes the higher logical level of scientific concepts and their relationships. A user can browse and visualize this ontology and then graphically select the relevant nodes and edges to build his query. We developed the ESearch algorithm that searches the physical level of resources to generate paths that express the ontological query. The algorithm also ranks the paths based on three semantic metrics; target object cardinality - to opti...

• Type: Conference
• Year: 2005
• Where: CSB
• Authors: Zoé Lacroix, Kaushal Parekh, Maria-Esther Vidal, Marelis Cardenas, Natalia Marquez, Louiqa Raschid
• Keywords: Available Biological Resources, Bioinformatics, CSB 2005, Data Collection Pipelines, Path Cardinality