| Dna nanostructure (1) |  |
| Nanocapsule (5) | |
| Nanocomposite (7) | |
| Nanofiber (5) | |
| Nanofibre (1) | |
| Nanoflake (1) | |
| Nanopillar (4) | |
| Nanoribbon (1) | |
| Nanosheet (3) | |
| Nanostructure (11) | |
| Nanotube (58) | |
| Nanowire (58) | |
| Dna nanostructure (1) | |
| Nanocapsule (5) | |
| Nanocomposite (7) | |
| Nanofiber (5) | |
| Nanofibre (1) | |
| Nanoflake (1) | |
| Nanopillar (4) | |
| Nanoribbon (1) | |
| Nanosheet (3) | |
| Nanostructure (11) | |
| Nanotube (58) | |
| Nanowire (58) | |
Just as any expanding material can be shaped inside a mold to take on a defined 3d form the Wyss team set out to grow inorganic particles within the confined hollow spaces of stiff DNA NANOSTRUCTURES.
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