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The RIBOTICS project focuses on creating RNA origami robots that can sense, compute, and actuate within cellular environments. By developing advanced design tools and genetically encoded systems, the project aims to enhance synthetic regulation in living cells, paving the way for innovative applications in biotechnolog…
Biomolecular nanotechnology aims at using the self-assembly principles of nature to create nanostructures and nanomachines for applications in biotechnology, medicine, and materials science.
Advanced nanodevices, that sense inputs, do basic computations, and actuate functionality or movement within their nanoscale environment, are referred to as “nanorobots”.
With advances in methods for prediction and design of RNA and protein structure, there is now a big opportunity to create complex biomolec…
AARHUS UNIVERSITET
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