Release date: 2013-07-01
According to the British Daily Mail, human experiments are testing an implant that restores the memory of patients with brain disease. This brain implanter is expected to be available in the next 10 years. The red part of the picture is the hippocampus, which is responsible for mastering the human permanent memory. In the film "Comprehensive Memories", Farrell plays the factory worker Douglas-Quad, and the memory machine is part of his daily life. The brain implanter is closer to reality, it can help patients with brain disease to enhance their memory. Researchers involved in investigating how brain memory works have successfully completed test experiments in mice and monkeys and entered the early stages of testing human volunteers. Patients with diseases such as epilepsy may benefit first, and eventually the implant will be used to treat Alzheimer's disease and other forms of dementia.
The brain implanter developed by the United States turned the sci-fi story into a realistic surgery experiment. In the 2012 Hollywood movie "Comprehensive Memories", Colin Farrell played a new memory content in the human brain. The newly designed brain implanter brings this dream closer to reality.
The memory implanter developed in the United States can remind the lack of forgotten brain memory. This memory device has become one of the top ten scientific breakthroughs in 2013 and is expected to be available for sale in the next 5-10 years. At the Global 2045 Future International Conference in New York in early June, Berger Theodore, a professor of biomedical engineering at the University of Southern California, explained the brain implanter.
At present, researchers conduct experiments on patients with epilepsy. However, most of the experiments do not have important research value. Professor Berger is confident in the latest research. The results show that the newly designed brain implanter can act on the hippocampus of the brain. Restore damaged memory. It can transform the brain's short-term memory into a permanent memory.
This brain implanter further forms a "memory stream" by observing the memory formed by a certain part of the brain, and then simulates the hippocampus function to play a role in replicating memory. The device contains several sets of separate electrode sets, one of which is capable of recording memory and then sent to a computer for digital conversion to permanent memory; the other electrode group simulates the hippocampal tissue layer to produce the same memory content according to computer instructions. Berger said: "We are not returning personal memory to the brain, but have the ability to restore brain memory."
Source: Kexun
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