Development of DNA-based Molecular Robotic Machines

Purpose and goal:

Within dynamic DNA nanotechnology, various devices are designed using DNA Strand Displacement (DSD) reactions. Integrated with biomolecules and biotechnologies, these systems have extensive applications in medicine, informatics, and beyond as they can be precisely programmed into complex systems. This project aims to harness such capabilities to develop DNA-based molecular machines with regulated functionality for diverse biological applications, such as targeted drug delivery, among many more.

Expected results and effects:

There is significant potential to expand synthetic biology research in Sweden´s Norrbotten region. This project aims to support the growth of systems and synthetic biology research in collaboration with innovative partners in Singapore. By connecting LTU’s world-leading research group with influential Singaporean actors, this initiative will foster long-term collaborations between these two prominent innovation hubs, driving impactful and sustainable solutions.

Approach and implementation:

This project seeks an impactful and sustainable collaboration with actors in Singapore that are determined to create clinical medicine impact. This study will systematically and objectively assess the project´s strengths, weaknesses, opportunities, and risks, while also identifying the essential resources required for successful implementation. Suitable potential partners will be identified to further develop the project idea for Stage 2, through various activities during the stay in Singapore.