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Nanofluidic structures, such as nanochannels have been successfully used to confine and stretch DNA molecules, offering the opportunity of investigating on their conformational changes. Moreover, the integration of these confinement systems on lab-on-chips has shown a great potential for applications such as biomolecule sieving or single molecule manipulation. Arrays of nanochannels are fabricated...
The assembly of DNA nanostructures can allow for promising nanometer-sized machines. Synthetic DNA motifs are known to assemble into a wide range of nanoarchitectures by sequence programming. For the purpose of constructing strictly-controlled biological nanomachines, we design the self-assembly system consisting of DNA strands with the ability of producing a functional molecule. In this work we demonstrate...
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