| 초록 |
The diverse and powerful functionality from nanostructures existing in nature attracts a lot of attention. However, most of the nanostructures in nature are stereostructured and poorly formed, sometimes arranged at low levels, making it difficult to imitate very accurately. Our M13 bacteriophage-based self-assembly approach can be good candidate to overcome those obstacles. M13 bacteriophages are very beneficial for self-assembly due to its geometrical consistency. In addition, it is possible to express various chemical functional groups on the surface protein of M13 bacteriophage through genetic engineering technology. Here we introduce various self-assembled nanostructures based on bacteriophage. By mimicking nature’s strategies, we fabricated color films via simple self-assembly to be used as sensors and color pixels. Inspired from elaborate and complicated motion of human hand, we introduced bioinspired artificial palmer creases (APC) to achieve well-controlled wrinkle surface. |
