Applicable situation: On the one hand, it combined with the neural recording system to understand the mechanism of neural circuits in detail, it find therapeutic targets for neural-related diseases and it could perform some other related physiological and behavioral activity adjustment experiments.
Working principle: The system uses the principle of electromagnetic induction for wireless energy supply, and the implanted electrode is connected with a receiving energy coil which makes the implantation body actively miniaturized and lightweight, with a minimum weight of less than 1g which is very suitable for small animals (size Rats, etc.), due to the use of passive power supply, users can conduct long-term continuous stimulation experiments. This system has an external trigger (TTL) stimulation mode which can be combined with EEG, behavioral and other physiological recording systems to complete the closed-loop study of electrophysiological stimulation and neural activity, behavior and other physiological changes, and it could fully explore the role of neural circuits mechanism.
