Mudway, Ian S.Hoffmann, KatrinKeller, AlejandroKåredal, MonikaLarsson Callerfelt, Anna-KarinLeni, ZairaNoble, JamesQuincey, PaulResch-Genger, UteSaamio, KarriSchaw, Mike J.Vasilatou, Konstantina2022-11-222022-11-22https://irf.fhnw.ch/handle/11654/34062The overall goal of this project is to identify correlations between particle component/properties (metrics) with adverse outcome pathways that are associated with the induction of acute and chronic health effects within the European population. This will be delivered through the development of a new method for studying in-vitro cytotoxicity based on the use of ‘tailored’ synthetic ambient aerosols combined with high-resolution optical imaging and state-of-the-art cell analysis methods.500 - Naturwissenschaften und Mathematik18HLT02 AeroToX: Measurements for mitigating adverse health effects from atmospheric particulate pollutants00 - Projekt