Nanobiologicalrobot structure and function (based on PhD in nano-microelectronics)
Researcher and author: Dr. ( Afshin Rashid)
Note: Another definition that is sometimes used is a robot that allows for precise interaction with nano-objects, or can counter nano-resolution. By this definition, even a large device such as an atomic force microscope can be considered a nano-robotic tool when configured to perform nano-mapping.
In particular, nano-robotics refers to the discipline of nanotechnology engineering still largely theoretical in the design and construction of nano-robots. Nanocars (nanobots or nanoid) are usually devices that range in size from 1-10-10 micrometers and are made of nano or molecular components. Since no artificial non-biological nanocars have been developed so far, they remain a hypothetical concept. Macro-scale robots or microbots that can move with nano precision can also be considered nano-loads.
In general, there are two important issues in building a nano-robot. First, simulation and design based on macro robots that include propulsion; Communication and orientation is the second and assembly of nano-robot parts. Research in the field of genetics nanobotics has a theory and no non-biological artificial nanobots have been made so far. They have an advanced level of artificial intelligence to choose the best option for diagnosing the disease. Nanobots are unlikely to be identified as pathogens by the body due to their small size. Because their movement is limited and biological events occur at the same rate in less time.Nobots stands for "Nucleic Acid Robot". Nobots are organic molecular machines at the nanoscale. The structure of DNA can provide tools for the two-dimensional and three-dimensional collection of nano-mechanical devices. DNA-based machines can be activated using small molecules, proteins, and other DNA molecules.
Conclusion :
Nano biological robot Another definition that is sometimes used is a robot that allows it to interact precisely with nano-objects, or can counteract nano-resolution. By this definition, even a large device such as an atomic force microscope can be considered a nano-robotic tool when configured to perform nano-mapping.
Author: Dr. ( Afshin Rashid)