
Publication | Toxics
Involvement of Surface Receptors in the Uptake and Cellular Responses Induced by Cationic Polyamine-Based Carbon Dots in Macrophages
Vous êtes ici :
Involvement of Surface Receptors in the Uptake and Cellular Responses Induced by Cationic Polyamine-Based Carbon Dots in Macrophages
Affinity-ligand purification of native human low-abundance multi-protein complexes for structure determination
Élise Cherasse, a first-year PhD student working on the ANR CadoRNA project (SNP team), has just received the award for Best Poster Presentation at the Illkirch Campus Days (JCI), held on May 26–27th, 2025. Congratulations to her!
We are happy to welcome Dr Julia Fath as a postdoctoral researcher in the SNP group. She will work on the “CadoRNA” ANR project to develop Carbon Dot-based nanoparticles for siRNA delivery and enhanced PDT. News SNP
Congratulations to Fanny Burger, master student in pharmacology and toxicology at the Faculty of Pharmacy of Strasbourg, for obtaining a disability doctoral fellowship from the University of Strasbourg. Fanny will start her PhD next October in the SNP team on the delivery of siRNA controlled by…
Congratulations to Léa Garcenot, Master's student in Molecular and Supramolecular Chemistry at the Faculty of Chemistry of Strasbourg, for obtaining a doctoral contract from the Strasbourg Doctoral School of Chemical Sciences. Léa will start her PhD next October in the SNP team on the development of…
The “CadoRNA” ANR project funded in 2023 (project ANR-23-CE18-0014) started start in March 2024. This research project coordinated by Alexandre Specht will be carried out in collaboration with the groups of Françoise Pons, Pascal Didier (LBP, UMR 7021) and Mei Li (IGBMC, UMR 7104 – UMR-S 1258).…
Following a pre-maturation phase, the “MucoLip” project (Project leaders: Françoise Pons & Luc Lebeau) entered in a maturation phase (funding from SATT Conectus Alsace). This project aims to develop auxiliary lipids to confer intrinsic mucolytic activity to lipidic nanoparticles for the release of…
Towards a light-mediated gene therapy for the eye - retinal transgene expression through photoactivation of caged ethinylestradiol and the inducible Cre/lox system