DNA metallization has witnessed tremendous growth and development, from the initial
simple synthesis aimed at manufacturing conductive metal nanowires to the current …

The use of DNA in nanobiotechnology has advanced to a stage at which almost any two or
three dimensional architecture can be designed with high precision. The choice of the DNA …

Inspired by biological systems, many biomimetic methods suggest fabrication of functional
materials with unique physicochemical properties. Such methods frequently generate …

Recent advances in bio-inspired strategies for the controlled growth of inorganic crystals
using synthetic templates will be overviewed. There are a huge number of additives with …

While DNA is a genetic material, it is also an inherently polymeric material made from
repeating units called nucleotides. Although DNA's biological functions have been studied …

Molecular self-assembly strategies involve the formation of nanometer scale objects and
materials in the absence of significant external control. One increasingly popular self …

Engineered 3D DNA crystals are promising scaffolds for bottom-up construction of three-
dimensional, macroscopic devices from the molecular level. Nevertheless, this has been …

Structural DNA nanotechnology provides unique, well-controlled, versatile, and highly
addressable motifs and templates for assembling materials at the nanoscale. These …

Nanosheets or nanoclusters of aminopropyl-functionalized magnesium phyllosilicate (AMP)
were prepared in water by exfoliation and used as structural building blocks for the …

Delivering genes to mediate functions of cells is a crucial technology for both basic science
and clinical applications. Though numerous non-viral gene delivery systems have been …