Dynamic Actuation and Hierarchical Assembly of Iron Oxide-Coated DNA Origami

Deoxyribonucleic acid (DNA)-based nanomaterials can template growth of nanostructured films on their surfaces, generating complex morphologies. However, previous work has not explored the application of this approach to DNA nanostructures capable of large shape transformations. This study investigat...

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Bibliographic Details
Main Author:	Elizabeth Jergens (18072050) (author)
Other Authors:	Nanditha GayathriSrinivasan (21677103) (author), Anjelica Kucinic (21677106) (author), Melika Shahhosseini (14248901) (author), Marissa C. Kruse (21677109) (author), Teng Teng (3129972) (author), Kehao Huang (21677112) (author), Michael G. Poirier (1897915) (author), Carlos E. Castro (233991) (author), Jessica O. Winter (170214) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Molecular Biology Biotechnology Ecology Infectious Diseases Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified large shape transformations large shape changes inducing structural transformations geometric form factors generating complex morphologies energy dispersive x e ., 500 e ., 25 dna origami nanostructures dna origami geometries dna nanostructures capable structures generally retained structures retain functionality iron oxide nanostructures binding complementary ssdna iron oxide stranded dna structures formed overhang functionality coated structures different iron upper limit study investigated situ </ reduction technique reduction chemistries ray spectroscopy previous work nanotube bundles nanostructured films modified cargoes modifications observed highest ratios gold nanoparticle findings indicate eds ), arrayed materials
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Dynamic Actuation and Hierarchical Assembly of Iron Oxide-Coated DNA Origami

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