Designing Hybrid Sensors, Interactions and Action in Bionano-Systems
Hybrid structures from DNA, RNA and proteins have the potential to not only construct and decode, but also to act autonomously in complex environments. Action involves sensing, data processing and the creation of an output. With this work package we will explore strand displacement reactions combining RNA, DNA and proteins.
Meet the research teams
DNA and RNA strand displacement in complex environments
TU Munich
DNA origami-directed liposome biohybrid assemblies
University of Tartu
DNA-protein hybrids for tracking and sensing biochemical cues
University of Rome Tor Vergata
Nanopore screening of nucleic acid:protein hybrids for antibacterial functions
University of Cambridge