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Solutions to the classic problems of dealing with heterogeneous data andmaking entire collections interoperable while ensuring that any annotation,which includes the recognition-and-reward system of scientific publishing, needto fit into a seamless beginning to end to attract large numbers of end users.The latest trend in Web applications encourages highly interactive Web siteswith rich user interfaces featuring content integrated from various sourcesaround the Web. The obvious potential of RDF, SPARQL, and OWL to provideflexible data modeling, easier data integration, and networked data access maybe the answer to the classic problems. Using Semantic Web technologies we havecreated a Web application, the ConceptWiki, as an end-to-end solution forcreating browserbased readwrite triples using RDF, which focus on dataintegration and ease of use for the end user. Here we will demonstrate theintegration of a biological data source, the ENZYME database, into theConceptWiki and it's representation in RDF.

Import of ENZYME data into the ConceptWiki and its representation as RDF