What is DNA origami?
The exciting new method of handling DNA could have a great promise for the future of molecular electronics. It is DNA origami, brain research worker Caltech Paul Rothhemund. DNA origami is stunning in its possibilities, yet it uses the simplest techniques and one of the most elegant art practices. DNA uses almost every organism on the planet to produce proteins through a special set of "instructions". If we could somehow make these instructions for us, then we could build our own things that would otherwise be made by nature. DNA origami is the first step in this process.
DNA origami may sound a bit like a kind of cloning that is part of the ongoing debate on public ethics, but basically what Rothhemund and others do. However, rather than shaping whole animals or humans, these scientists produce much smaller products as they contribute large contributions to the future of DNA research. Specifically, these are folding springs DNA into basic forms such as smiling faceE and snowflakes, first to show that it can be done. Of course, more complicated data were created, including the somewhat impressive Map of the Western Hemisphere and the final goal is to create increasingly complex shapes to create the desired final result, molecular electronics. DNA origami, meet electronic paths.
DNA origami is thus named for the way the DNA is manipulated. Forming the springs of DNA into various shapes scientists reflect origami, the practice of folding paper into different shapes. Folding DNA into something reminiscent of the circuit can be in the relative future, because the two -dimensional shapes that Rothmund and others have already created are only the first steps in, and it is presented that the process includes 3D shapes into a not too distant future. Scientists could then take these boards DNA origami circuits and connect to them a super small connection or tube to create a super small electriCalculating processor. The final extension of this could be a larger electrical processor created by a lot of smallest, on the same theory that the 2D smiling faces of today's DNA origami are the predecessors of 3D characters tomorrow.