What is DNA computer?

DNA computer is a molecular computer that works biochemically. It "calculates" using enzymes that react with DNA chains, causing chain reactions. The Chain Reaction Act As A Kind of Simultaneous Computing or Parallel Processing , Witha Many Possible Solutions to A Given Problem Can Be Presented Simultaneous with the Correct Solution Being One of the Results. In this context, as Most People Think of A Computer Today As A Machine That Can Generate Word Processing, Spreadsheets, Display Graphics, Cruise the Internet and Play MP3 Files. In its core, however, it is a collection of electronic pulses working across silicone circuits. Electronic computers store information about binary form, then assemble and interpret this information in a meaningful way. DNA computer has the same basic ability to store information and calculate solutions, although its methodology differs in that it works outside molecular automaticor preset reactions. Its greatest potential benefits may be in different areas that have the advantages of electronic computers.

For example, DNA computer is a small computer liquid - DNA in solution - that could do such things as monitoring blood in vitro. If a chemical imbalance was detected, the DNA computer could synthesize the necessary replacement and release it into the blood to restore the balance. It could also eliminate undesirable chemicals by analyzing them at a molecular level or monitoring DNA for anomalies. This type of science is referred to as nanoscience or nanotechnology, and DNA computer is basically nanocomputer .

DNA computer is only in the early stages of development. Although the basic nanocomputers perform calculations, human interaction is still required to separate the correct response by deprivation of DNA Computer solutions of all false answers. That is dosup to a number of chemical steps. However, experts are supported by congenital DNA computer abilities and sees a clear future.

Leonard Adulan, one of the pioneers of the DNA computer, states that a single gram of dried DNA is able to store the same amount of information as one trillion CD. This, along with the advantages of parallel processing and the required negligible performance, ensures that DNA or Nanocomputer computer will continue to be refined and improved. When molecular computers become reality, handling of mass at DNA level will lead to many breakthroughs in all areas of science, industry and medicine.