Bionanoroboequipment: conceptualization, perspective and research problems

The bionanoroboequipment studies the principles of motion, patterns of functioning and construction of the molecular machines existing in wildlife to use the biological elements to create at the subcellular level motion, efforts and signal for projecting and designing mechatronics from biocomponents. Technologically, the bionanoroboequipment is provided by the framework of its original universal fabrication cycle. At this stage of bionaorobotics development it is vital to ensure the adequacy of projectable devices to those of their original environment and application.