The eNanoMapper project aims to build an ontology and database to collate and describe data relevant for “safe by design” engineered nanomaterial development. Within the nanosafety domain several projects have initiated the development of standards for data reporting and curation. With this deliverable we show how the ontology can be used to test the data completeness within the eNanoMapper database, according to these approved standards, which is tested with the use of SPARQL queries. To translate completeness expectations to searches, we used the SPARQL query language to query a combination of the eNanoMapper ontology and an export of the data in http://data.enanomapper.net/ (see also D3.3). The use of such SPARQL queries for automated quality assurance and completeness testing is now being explored in collaboration with the caLIBRAte project. Moreover, caLIBRAte is developing input parameter criteria for risk assessment tools to be calibrated within the project and the SPARQL queries could be used to query for the specific data needs of the tools.

http://www.enanomapper.net/deliverables/d5/D5.6_User_Application_for_Conformance_to_Reporting_and_Curation.pdf