New SERS publication from DeDNAed partner
The DeDNAed biosensor platform will be used to detect biomolecules, enabling the detection of food toxins or disease biomarkers.
DeDNAed featured in Spanish Perspectivas AseBio
The DeDNAed biosensor platform will be used to detect biomolecules, enabling the detection of food toxins or disease biomarkers.
Ultra-sensitive biosensor using DNA origami developed by 7 European partners
The DeDNAed biosensor platform will be used to detect biomolecules, enabling the detection of food toxins or disease biomarkers.
KSI produces DNA origami structures and hybrid structures
KSI Meinsberg, partner in DeDNAed, makes DNA origami and DNA origami hybrid structures for partners’ labs to measure.
UP includes biorecognition elements and analyte pairs in DeDNAed biosensor
In addition to coordinating the DeDNAed project, TU Chemnitz leads the âIntegration of DNA origami hybridsâ and âTransfer to flexible substrates and biosafetyâ. They are a bridge between the nanocomponents.
DeDNAed @ European South Atlantic Biophysics Congress
The European South Atlantic Biophysics Congress 2024 took place in Donostia – San Sebastian, Spain, from 5-7 June 2024. Two DeDNAed partners attended. Mathis JanÃen of TU Chemnitz presented a poster...
DeDNAed Final Webinar Recording
On 17 July 2024, the DeDNAed partners gathered online for our final dissemination webinar, entitled “Uniting disciplines: How DeDNAed combines physics and biology for novel biosensor...