DNA nanorobots or nanorobot DNA (structure, function) based on PhD in nano-microelectronics
Researcher and author: Dr. ( Afshin Rashid)
Note: DNA nanorobots or nanorobots DNA have emerged as a new tool for nanobiological with the ability to improve the delivery and anti-cancer effect of various drugs. DNA nanostructures are considered to be one of the most promising nanocarriers. A framework-based DNA nanorobot performs framework-based lysosomal degradation of selectively specific proteins on repair cells.
In the structure of DNA nanorobots or nanorobot DNA, a non-vulnerable aptamer is amplified specifically on quadrilateral nucleic acid. These DNA nanorobots, or DNA nanorobots, can target defective cells and specifically induce lysosomal degradation of membrane proteins. Injection of nanorobot DNA and nanocarriers , the presence of which increases the stability and prolongs the circulation time of cells. Nano- magnetic particles are used as immobilization platforms in various protein and DNA detection systems to isolate, refine and detect the detection process using a combination of giant magnetic sensors.
DNA nanorobots or nanorobots DNA at low concentrations of about 10 pg / µL of DNA molecules, for example, the magnetic resistance technique with standard methods of analysis of nanomolecules in the DNA of cells. DNA nanorobots or medical nanorobots are similar to red blood cells. He defined them as a means of identifying beneficial or harmful cancer cells. When they sense the enemy, they make changes and release a substance that can act against it. DNA nanobots or medical DNA nanorobots It can be produced using organic materials such as proteins and polysucleotides or minerals such as metals or diamonds. In the case of diamonds, this is due to its high strength and performance. Metals, for example, can have dual purposes, such as silver. It can be the basis of a medical DNA nanorobot or nanorobot DNA and has antibacterial properties. In some cases, they can act as a virus causing irreversible cell damage. Generally DNA nanorobots or nanorobot DNA from the family Knobs and organic molecular machines are at the nanoscale. The structure of DNA can provide a means of collecting two-dimensional and three-dimensional nano-mechanical devices. DNA-based nanobots can be activated using small molecules, proteins and other DNA molecules.
Conclusion:
DNA nanorobots or nanorobot DNA have emerged as a new tool for nanobiological with the ability to improve the delivery and anti-cancer effect of various drugs. DNA nanostructures are considered to be one of the most promising nanocarriers. A framework-based DNA nanorobot performs framework-based lysosomal degradation of selectively specific proteins on repair cells.
Author: Dr. ( Afshin Rashid)