Upcoming MACRAMÉ Events & Presentations
Meet MACRAMÉ Partners at upcoming conferences to hear about the latest results of MACRAMÉ
Meet MACRAMÉ Partners at upcoming conferences to hear about the latest results of MACRAMÉ
The MACRAMÉ Project participated at the Event ´Safe and Sustainable by Design – Networking of Horizon Europe Projects’.
MACRAMÉ colleagues from BAuA and IBE together with experts from the German BfR have published an extensive study on the behaviour of Macrophages when they encounter fibres.
In this short questionnaire we aim to identify the most suitable ways to transfer policy relevant information – the questionnaire is open until 20th March 2026.
Epithelix (www.epithelix.com) is a pioneering biotechnology company specialized in tissue engineering and in vitro respiratory disease modelling.
MACRAMÉ Project Partners AcumenIST have published an article about the discussions and conclusions of a workshop that elucidated how Artificial Intelligence (AI) is increasingly influencing chemical risk assessment, enabling faster, more comprehensive, and potentially more ethical assessments.
With the expertise brought together in MACRAMÉ and the experiences gained throughout the project duration, MACRAMÉ responded to the call for evidence to the Advanced Materials Act.
On Monday, 19. January 2026, the European Health and Digital Executive Agency (HaDEA) will be holding the second edition of the HaDEA Showcase Event, we will highlight EU-funded projects and synergies from across HaDEA’s portfolio, in the context of key EU policy initiatives; the Competitiveness Compass and the EU Preparedness Union Strategy. The full agenda is available here. Dr Read more
In 2025, MACRAMÉ Partners presented key results in posters and talks and attended panel discussions at various events.
MACRAMÉ colleagues from EMPA contributed to the publication ‘Boron Nitride Nanomaterials Trigger Immunomodulatory Effects in Human Broncho-Epithelial Cells by Modulating Eicosanoid Lipid Signaling’. For the successful commercial development of emerging 2D materials, it is crucial to understand their potential biological effects on healthy and diseased individuals.