| 초록 |
Among myriad application fields using electrical stimulation, tissue recovery is one of the emerging fields that effectiveness has already been proven. Therefore, number of self-powered systems without using an extra power source has been reported, however, there are some limitations that require specific movement or a special environment. Furthermore, even if the system is capable for tissue regenration, it could have complicated circuit or causes inconvenience to users due to the use of electric wires, etc. Here in, we introduce a system capable of tissue vitalization by accumulating energy generated and lost spontaneously from humans contact with in daily life. In addition, using a skin-adhesive ultrasoft hydrogel to the system, a bioelectronic capable of actively drug release and electric stimulation for optimized tissue vitalization was developed. |
