DeDNAed is developing a novel, innovative biosensing platform with benefits in terms of sensitivity, versatility and speed. This biosensor platform has four model interaction pairs: DNA-DNA, Aptamer-small molecule, peptide-protein and antibody-protein.
Susanne Resch from BNN presented a poster at the BioNanoMed conference 2023.
We took a look behind the scenes at the facilities of our partner CIC biomaGUNE in Donostia-San SebastiÃĄn, Spain, where we got to see the synthesis of gold nanoparticles, among other processes. Take a look!
Look behind the scenes of the working group of the Center for Microtechnologies (ZfM) at Technische UniversitÃĪt Chemnitz, located in the laboratories of the new research center for Materials, Architectures and Integration of Nanomembranes (MAIN).
On October 10, Mathis JanÃen (TUC) presented his work in DeDNAed – “DNA Origami as (Bio-)Sensor Platform” – to fellow researchers at the MAIN General Assembly from the Technische UniversitÃĪt Chemnitz.
The DeDNAed project is guided by safety and sustainability-by-design (SSbD) principles to ensure the production of sustainable and intrinsically safe products.
From 28-29 September 2022, members of the DeDNAed consortium met online and in person at TU Chemnitz for the 4th General Assembly. Occuring at the midpoint of the 3-year project, the 4th GA served as an occasion to review project progress and address upcoming challenges.
DeDNAed was featured in the latest BNN QUARTERLY in October 2022, with the article “Cluster Decorated Functional DNA Origami-Based Biosensor: Towards a Next Generation of Innovations in Nanodiagnostics”.
DeDNAed was featured in the latest BNN QUARTERLY (pages 29-31) in June 2022, with a detailed project update.
Immobilisation of DNA origami is the main task of the DeDNAed projectâs Work Package 5. To exploit knowledge and expertise, a workshop was organised at University of Potsdam, Germany from June 16-17th, 2022, by Saloni Agarwal and Prof. Frank Bier (University of Potsdam).
