DNA origami

DNA origami is the folding of DNA to create tiny two- and three-dimensional shapes. The base pairs make DNA a useful construction material. DNA is a well-understood material which can hold other molecules in place or to create structures all on its own.

 Uses 
Applications are in biomedical, environment, electronics, and in understanding fundamental scientific concepts and mechanisms. Notable applications include: 

 Nanofabrication: Making new materials with improved or specialized properties. For example, creating a tiny robot or device which can enter veins to deliver medicines to targeted cells. 
 Electronics: As the size of material goes into the nanoscale which is one billionth of a meter, the properties of material change. Most of these properties are extremely useful. Some properties of DNA origami of the size range of 100 nm are utilized for their application in electronics, and high resolution imaging. Such structures can also be used to create small scale patterns for their application in electronics.
 Information storage and encryption: DNA origami structures are being tested and developed for secure information storage and its encryption.
 Such small-scale DNA origami nanostructures can also be combined with other small biological molecules to either study those molecules or to create a new functional structure.

 References 

Category:DNA
Category:Nanotechnology