Lead: Maastricht University

The main objective of work package 1 (WP1) is to extend the existing NanoCommons / eNanoMapper databases with innovative, ontology-based application programming interfaces (APIs) to allow curation and extraction of data and knowledge about nanomaterials to support development of computational predictive toxicology methods. Furthermore, the WP will adopt Open Science approaches (open licensing, release soon, release often, and rough consensus and running code) to trigger open innovation with related projects and future users and collaborators. This will result in the NanoSolveIT Knowledge Infrastructure with curated, reliable NMs safety data, accessible and reusable for all subsequent WPs and by all stakeholders. Data will come from various resources, including existing resources and computational resources provided by work package 3.