Self‐Regeneration and Self‐Healing in DNA Origami Nanostructures
M Scheckenbach, T Schubert… - Angewandte Chemie …, 2021 - Wiley Online Library
DNA nanotechnology and advances in the DNA origami technique have enabled facile
design and synthesis of complex and functional nanostructures. Molecular devices are,
however, prone to rapid functional and structural degradation due to the high proportion of
surface atoms at the nanoscale and due to complex working environments. Besides
stabilizing mechanisms, approaches for the self‐repair of functional molecular devices are
desirable. Here we exploit the self‐assembly and reconfigurability of DNA origami …
design and synthesis of complex and functional nanostructures. Molecular devices are,
however, prone to rapid functional and structural degradation due to the high proportion of
surface atoms at the nanoscale and due to complex working environments. Besides
stabilizing mechanisms, approaches for the self‐repair of functional molecular devices are
desirable. Here we exploit the self‐assembly and reconfigurability of DNA origami …
Self-Regeneration and Self-Healing in DNA Origami Nanostructures
S Michael, S Tom, F Carsten, G Viktorija, T Philip - (No Title), 2020 - cir.nii.ac.jp
DNA nanotechnology and advances in the DNA origami technique have enabled facile
design and synthesis of complex and< br> functional nanostructures. Molecular devices are,
however, prone to rapid functional and structural degradation due to the high proportion of
surface atoms at the nanoscale and due to complex working environments. Besides
stabilizing mechanisms, approaches for the self-repair of functional molecular devices are
desirable. Here we exploit the self-assembly and reconfigurability of DNA origami …
design and synthesis of complex and< br> functional nanostructures. Molecular devices are,
however, prone to rapid functional and structural degradation due to the high proportion of
surface atoms at the nanoscale and due to complex working environments. Besides
stabilizing mechanisms, approaches for the self-repair of functional molecular devices are
desirable. Here we exploit the self-assembly and reconfigurability of DNA origami …
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