Review of: "Nano Bots assembly of DNA on the DNA origami method of DNA origami"

Abstract

Note: The programmable test properties of nucleic acids in the creation of nanoforms and logic nanomachines designed for a variety of applications. For this reason, one of the most studied areas in the eld of nanorobotics today is DNA assembly, especially a method called DNA origami. Nano-scale folding DNA origami is DNA to create unwanted two-dimensional and threedimensional shapes at the nanoscale . The interaction between complementary base pairs makes DNA a useful building block through the design of base sequences. DNA is a well-known substance that is suitable for creating sca olds that hold other molecules or for building structures on their own . Has found a number of applications of drug delivery systems for use as circuits in plasmonic devices. However, most programs remain in a conceptual or experimental phase. Although DNA is the natural choice for building the active structures of nanobots, DNA is origami . Not for nanorobotic applications, but due to the lack of structural and catalytic diversity, there is also the possibility of molecular walkers on origami and switches. Nano robots made from DNA origami DNA origami capacity computing to showcase the work of pre-programmed within the living organism. In the structure of nano-robots they have created DNA, a DNA tube open on one side It has a hinge and can be closed. The drug-laden DNA tube is closed by a DNA aptamer and qeios.com