User:Andreikor/Nanobioelectronics

Nanobioelectronics - is the fast progressing scientific discipline, which refers to the use of nanotechnology on bioelectronic components and integrates achievements of nanoelectronics, biotechnology and molecular biology. The theoretical and practical field of the new science is connected with mathematical modeling application to the development of an DNA-based elements like nanowires, electron biosensors, DNA-based memory devices and logic elements. The new opportunities of combining DNA, RNA, proteins, biomembranes and others with nano particles, nanotubes and quantium dots briges nanobioelectronics with other nanotechnologies. Integration of biomatherials with metal or semiconductor particles, fullerenes, or carbonic tubes generates a new class of materials suitable for construction of unique electronic or optic systems for the information systems.

External Referenses

 * Lakhno V.D. DNA Nanobioelectronics. Published online 30 April 2008 in Wiley InterScience (www.interscience.com). DOI 10.1002/qua.21717
 * Lakhno V.D.; Sultanov, V.B. JCTC 2007, 3, 2007
 * Lakhno V.D.; Sultanov, V.B. Math Biol Bioinform 2006, 1, 123 (in Russian)
 * Tseng, R.J.; Tsai, C.; Ma L.; Onyang, J.; Ozkan,C.S.; Yang, Y. Nature Nanotechnol 2006, 1,72; Awailable at www.nature.com/naturenanotechnology



Нанобиоэлектроника