Nanofabrication refers to manufacturing objects with nanometer dimensions. The evolution
of DNA nanotechnology has brought new inspirations to this field, owing to the …

Learning how to control the formation and two-and three-dimensional assembly of molecular
scale building blocks into well-defined meso-and macroscopic structures is the essence of …

Genetically encoded protein scaffolds often serve as templates for the mineralization of
biocomposite materials with complex yet highly controlled structural features that span from …

DNA structures have gained much attention due to its ease of self‐assembly and precise
controllability. Although DNA technology has been successfully applied to generate a variety …

The last two decades have witnessed the exponential development of DNA as a generic
material instead of just a genetic material. The biological function, nanoscale geometry …

Safe and efficient gene delivery would have great potential in gene therapy and tissue
engineering, but synthetic biomaterial surfaces endowed with efficient gene-transferring …

In nature, a few living organisms such as diatoms, magnetotactic bacteria, and eggs have
developed specific mineral structures, which can provide extensive protection or unique …

Biopolymers in the biosphere are well known to mediate the formation of a wide array of
inorganic materials, such as bone, shells, lenses, and magnetic particles to name a few …

Conspectus Developing a new system of material chemistry is an important molecular
foundation for the design and preparation of functional materials, which resembles the …

DNA, apart from being a natural biological information carrier, has also been recognized as
a useful building material in the field of nanotechnology. Its miniature scale, geometric …