PFAS pollution and NMR: a rapid and non-destructive diagnostic
In the context of ongoing PFAS crisis, CASC4DE proposes a quick NMR diagnosis to detect significant PFAS pollution by recognizing their distinctive NMR fingerprint.
PFAS: The 'Forever Pollution' Project
This week multiple colorful maps have been published gathering and analysing available data on PFAS contamination. This has been initiated by a group of journalists interested in a cross-boarder project about:
CASC4DE at the second and final End-User School of the EU FT-ICR MS Network
CASC4DE will attend the upcoming second and final End-User School organized by the EU FT-ICR MS Network in Lille from 12th to 16th December 2022.
CIFRE PhD Defence - Laura Duciel
Today was the PhD defence of Laura Duciel. She arrived in October 2018 to work on her research project titled “Machine learning developments for the analysis of high resolution biophysical data-sets”.
CASC4DE at the GIDRM-GERM NMR congress
CASC4DE will attend the upcoming Italian-French International Conference on Magnetic Resonance organized by the GIDRM and GERM in Milan from 27 to 30 September 2022.
It's raining PFAS
Researchers from Stockholm University, ETH Zürich and RECETOX - Masaryk University Brno under supervision of Pr Ian Cousins and Pr.
ANSES focus on PFAS
Focus of the National Health Safety Agency - Anses on PFAS, synthetic perfluoroalkyl and polyfluoroalkyl compounds used for their non-stick, heat-resistant and waterproof properties.
Course: Understanding Phases and Frequencies in FTICR-MS, in classical spectrometry and in 2D-FTICR-MS
On July the 11th at 14.30 will take place a course on “Understanding Phases and Frequencies in FTICR-MS, in classical spectrometry and in 2D-FTICR-MS” by Marc-André Delsuc from IGBMC / CASC4DE.
'ENVOYE SPECIAL' focus on PFAS pollution
This Thursday evening on France 2 with ENVOYE SPECIAL, Elise Lucet’s team denounces a pollution of soils with perfluorinated substances, also called PFAS.
Extreme resolution and sensitivity in FT-ICR MS
Phase sensitive 2D in absorption mode allows extreme resolution and sensitivity in FT-ICR MS. A collaboration between Maria van Agthoven , Katrin Breuker, Marc André Delsuc from CASC4DE, IGBMC, University of Strasbourg & Leopold-Franzens Universität Innsbruck.