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DNA origami was the cover story of Nature on March 16, 2006. [3] Since then, DNA origami has progressed past an art form and has found a number of applications from drug delivery systems to uses as circuitry in plasmonic devices; however, most commercial applications remain in a concept or testing phase. [4]
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DNA origami structures can be designed with specific attachment sites for other nanoscale components, such as nanoparticles, fluorophores, or proteins. By measuring the distances between these components on the origami structures, researchers can perform precise distance measurements at the nanoscale through atomic force microscopy (AFM) and ...
These include examples such as DNA machines, periodic two- and three-dimensional lattices, polyhedra, and DNA origami. [2] It can also be used to create sets of nucleic acid strands which are "orthogonal", or non-interacting with each other, so as to minimize or eliminate spurious interactions.
MINFLUX has been used to image DNA origami [1] [10] and the nuclear pore complex [11] and to elucidate the architecture of subcellular structures in mitochondria and photoreceptors. [ 12 ] [ 13 ] Because MINFLUX does not collect large numbers of photons emitted from target molecules, localization is faster than with conventional camera-based ...
Researchers from Seoul University, Harvard and a tire company teamed up to make a shape shifting wheel after analyzing the water bomb tessellation origami pattern.
Jo Denman and Tessa Parry-Wingfield formed a close friendship after they were both diagnosed with a rare form of cancer which resulted in them each having an eye removed
Hendrik Dietz (born December 18, 1977, in Dresden Germany) is a German physicist known for his contributions in the field of DNA origami. He is a full-professor for biophysics at the Technical University of Munich.