Characterization of remote control system for monitoring animal models using biological nano sensors

This paper presents a system for controlling metabolism in animal models using bio-nano sensors. The system is developed by incorporating biological nanoscale sensors to detect single metabolites, electrochemical exterior facets created with standard parts, radio frequency communication subsystem and an antenna. The system is continuously monitored for four different metabolites of glucose, lactate, glutamate and adenosine triphosphate. Experiments are carried out using animal models to examine the inflammation of the tissue injected by the nano-biological sensors that are implanted. These experiments indicate that the proposed system would be appropriate for remote monitoring of single metabolites in animal model experiments.