According to foreign media reports, a recent and surprisingly controversial scientific innovation experiment by Israeli scientists shows that electronic chips can be used to replace the damaged parts of living animal brains.
This research experiment has appeared many times in science fiction and science fiction movies, such as the semi-physical semi-mechanical robot in the science fiction film Terminator. At present, researchers at Tel Aviv University in Israel have successfully built a chip that can replace the motor function of the limb, and the electronic chip can be implanted into the mouse brain to achieve blinking.
Professor Madi Mintz, a psychologist at Tel Aviv University, said in an interview with a BBC reporter: "Imagine if a small regional organization of the brain fails and we understand the structure of the damaged brain tissue. So we will try Replace the damaged brain tissue with an electronic chip."
Minz has now successfully implanted a mechanical cerebellum into the damaged brain skull of a mouse to restore mobility. However, those who oppose the anatomy of the living body describe the experiment as "freakish". He pointed out that this mechanical cerebellum has activity coordination.
When connected to the rat brain, this "mechanical cerebellum" can receive, analyze, and transmit the sensing system from the brain stem cells, thereby promoting communication between the brain and the body. To test this mechanical interface between the body and the brain, the researchers trained brain-damaged mice to blink whenever they heard a particular tone.
When the mechanical cerebellum is in operation, rats with damaged brain tissue can perform these activities. According to the researchers, the electronic chip can be used to design and simulate natural neural activity.
Professor Minz published the results of this research at the Recessive Aging Engineering Strategy Conference in Cambridge, England. “With this research, we can confirm that we can record information about the brain and analyze it in a form similar to a biological network. Then feed back to the brain tissue."
In the future, this mechanical cerebellar structure is expected to lead the electronic implantation technology, bringing the gospel to the brain disabled human patients. However, Jane Kremer, head of the British Anti-Anatomy Alliance, said in an interview with a BBC reporter: "This type of research has certain ethical controversy that makes some poor animals waste their lives in uncertainty. In the experiment."
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