The progress in microfabrication approaches now allows to

All the above results show the versatility of silicon microelectrode technology in the integration of various microcomponents for specific neural applications. If we take the recent breakthroughs in related engineering fields into account, it can be concluded that 'PR-619' there is still a lot of room to increase the integration level of these microelectrode systems. Combination of state-of-the-art technology with that of silicon microtechnology may open up new possibilities to increase the resolution of recording and stimulation techniques.