Cell Repair Nanorobot Design And Simulation
In this study I'll try to simulate simple mobile cell-repair nanorobot and try to analyse some kind of it's subsystems. A complete functional design of an artificial cell-repairer is beyond the scope of this paper. Here, I want to focus on the purely simulation aspects of the cell repair nanorobot's functions and parts.
What kind of robot will be this nanomedical device?
Due to it's functions in human bloodstream and tissues it must be mobile and have powerful navigation system.
It may have a wide range of sensors to navigate through human body and to fast molecular and cell identification.
It may have powerful transport subsystem to molecular deliver system (it must deliver molecules and atoms to the working nanomanipulators from storage systems).
Wide range of computer-guided nanomanipulators also required.
It may be manufactured from flawless diamondoid due to biocompability with human body.
It may have broadcasting system which can connect to other nanorobots and to macrocomputers.
Finally, it may have long telescopic manipulators to holding cells or surfaces.