ACEnano

Ace-Nano

Details

EwC Role: 
Project Partner
Duration: 
1 December 2016 - 31 December 2020
Client: 
European Commission, Directorate General for Research & Innovation (H2020)

ABOUT THIS PROJECT

ACEnano coordinated by the University of Birmingham is developing a widely implementable and robust tiered approach to physico-chemical characterisation of nanomaterial that will simplify and facilitate contextual (hazard or exposure) description and its transcription into a reliable nanomaterials risk assessment framework.

EwC as leader of the “Linking Ontology and Methodology” work package is in charge of the development of a methodology and characteristics ontology, data and knowledge warehousing as well as method and protocol standardization.

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Edelweiss Connect (5 weeks ago)
Read our latest #SaferWorldbydesign newsletter highlighting SaferSkin™ new features and products. #SaferSkin… https://t.co/z9SmrlJ3Yb
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Curation of drug-induced mechanistic toxicological processes and adverse outcome pathway in (DILI) Presented by Cu… https://t.co/8n0QoR3gXa
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The approach may be further extended by additional in silico and in vitro methods to strengthen the weight of evide… https://t.co/oLCdYGMTnW
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Our #SaferSkin™ app implements three well-adopted approaches to perform an integrated analysis of the OECD-approved… https://t.co/MA7DY0RdwO
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#SaferWorldbyDesign & @MultiCASEInc present: Use of in silico methods for assessing toxicity #QSAR #insilico… https://t.co/AgoolrhT7M

Get in touch

  • Address: Edelweiss Connect GmbH
    Technology Park Basel
    Hochbergerstrasse 60C
    CH-4057 Basel / Basel-Stadt
    Switzerland

USA office

  • Address: Edelweiss Connect Inc
    Research Triangle Park NC
    800 Park Offices Dr
    Durham, NC 27709
    USA