Allyson Lister

[...] [Previous: Chapter 4: MFO] [Next: Chapter 6: General Discussion] [...] - Allyson Lister

[...] June 20, 2012 at 08:46 | #4 Chapter 3: Saint (Thesis) « the mind wobbles [...] - Allyson Lister

[...] Data integration methodologies for systems biology] [Next: Chapter 3: [...] - Allyson Lister

[...] Chapter 6: General discussion [...] - Allyson Lister

[...] Chapter 5: Rule-based mediation] [Latex to WordPress Conversion [...] - Allyson Lister

[...] once ’just-enough’ data description strategies are no longer enough (as described in Section 1.4), as the amount of metadata asked of researchers grows, the chance of receiving complete metadata [...] - Allyson Lister

[...] (Chapter 3) helps researchers find appropriate biological data for systems biology models by reusing existing [...] - Allyson Lister

[...] [Previous: Chapter 5: Rule-based mediation] [Latex to WordPress Conversion Notes] [...] - Allyson Lister

[...] and fewer mapping errors during the integration process. But as has been described in Section 1.6, many syntactic data integration methods remain popular and are being successfully developed [...] - Allyson Lister

[...] making maintenance and structuring of that data of primary importance [1, 2]. SyMBA (Chapter 2) aids the formalisation of systems biology knowledge by providing a common structure for [...] - Allyson Lister

[...] difficult, partly due to the bespoke nature of the majority of available tools [5]. MFO (Chapter 4) transforms existing SBML specification documents into a single model in OWL, allowing the storage [...] - Allyson Lister

[Previous: Chapter 5: Rule-based mediation] [Latex to WordPress Conversion Notes] General Discussion As the structure, description and interconnectedness of life science data has become more sophisticated, a shared formalisation of all data for systems biology has become easier to imagine. Tools are available, such as those used by the Semantic Web community, to capture any [...] - Allyson Lister