
Summary Report on the 1st CHIASMA Regulatory Risk Assessors’ Summit
The 1st CHIASMA Risk Assessment Summit was organised and led by CHIASMA’s regulatory science partner, the Medical University of Innsbruck (MUI), Austria.

The 1st CHIASMA Risk Assessment Summit was organised and led by CHIASMA’s regulatory science partner, the Medical University of Innsbruck (MUI), Austria.

At RIVM – the National Institute for Public Health and the Environment of the Netherlands, we work towards a healthy population in a sustainable, safe and healthy environment for current and future generations. To that end, we connect science to practice and policy. …

In the past months, the CHIASMA Partners have presented their ambitious research plans and interim results through posters, talks and panel discussions at various events: …

Find the CHIASMA Partners and see their presentations at the following events: …

Researchers from the Hanyang University in South Korea, an international partner in the CHIASMA Project, have studied extracellular vesicles (EVs); these contain a variety of

Empa – the Swiss Federal Laboratories for Materials Science and Technology – is part of the ETH Domain and committed to developing materials and technologies for a sustainable and resilient future. We address global challenges through cutting-edge research and close collaboration …

CHIASMA Partners from Hanyang University in South Korea have published a paper entitled ‘AI-based nanotoxicity data extraction and prediction of nanotoxicity’, in which they report

CHIASMA Partners from the University of Basel have published a paper entitled ‘Developmental neurotoxicity as a case example for a six-step framework for the sustainable regulatory implementation of NAMs’. …

Seven Past Nine (7P9) is an innovation-driven company based in Slovenia. It designs tailored digital infrastructures to help scientific communities manage, share, and utilize research outputs including data, computational models and software alongside …

CHIASMA Partners from the University of Birmingham have published a study, in which they investigate the mechanisms driving the adsorption of potentially toxic elements (PTEs)