Our country has successfully achieved the restoration of limb movements in human bodies through the intervention of invasive brain-computer interfaces.

Recently, a trial of invasive brain-machine interface assisting in the rehabilitation of limb movement in human body has been successfully completed in China, helping a hemiplegic patient restore movement function. The study was led by Professor Duan Feng from Nankai University, in collaboration with Professor Lin Zhixiong from Fujian Sanbo Neurology Hospital and Professor Wu Chenghan from Fujian Second People's Hospital, and was conducted at the Fujian campus of Sanbo Neurology Hospital. It is reported that since the subjects had the invasive brain-machine interface device implanted into their brain blood vessels, there have been no cases of infection, thrombosis, or other complications, and the system has operated stably, achieving precise collection and interactive control of brain signals.