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Nanotechnology

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Research Frontiers in DNA Nanotechnology and Origami

Programming DNA sequences to self-assemble into precise nanoscale architectures for biosensing and nanodevice applications.

Programmable DNA Lattices for Synthetic Cellular Architecture
Dynamic DNA Origami as Molecular Computing Substrates
Addressable Nanoparticle Assembly via DNA Scaffold Engineering
DNA Origami-Templated Enzyme Cascades and Metabolic Pathways
Reconfigurable DNA Nanostructures for Stimulus-Responsive Delivery
Topological Chirality in Self-Assembled DNA Nanoarchitectures
DNA Origami-Protein Interfaces for Biomimetic Nanofactories
Hierarchical DNA Nanotiles Spanning Micron-Scale Organization
Seeded Growth and Error-Correction in DNA Lattice Assembly
Mechanical Metamaterials Engineered from DNA Nanostructures

All Nanotechnology PhD categories