Synthetic Cerebellum In humans the cerebellum sits at the back of the brain and fields stimuli from the brain stem. Researchers at Tel Aviv University have devised and electronic chip capable of replacing the cerebellum in rats, a development that could lead to electronic brain implants that can replace damaged nerve tissue in humans. Life Science Databases via Wikimedia
The day when doctors can patch up the human brain with electronics, cyborg-style, hasn’t dawned just yet. But if the rats at Tel Aviv University are any indication, that day may not be so very far away. Researchers there have developed a synthetic cerebellum that has restored lost brain function in rats, demonstrating that artificial brain analogs can potentially replace parts of the brain that aren’t functioning properly. Paging officer Alex Murphy.
The team’s synthetic cerebellum is more or less a simple microchip, but can receive sensory input from the brainstem, interpret that nerve input, and send the appropriate signal to a different region of the brainstem to initiate the appropriate movement. Right now it is only capable of dealing with the most basic stimuli/response sequence, but the very fact that researchers can do such a thing marks a pretty remarkable leap forward.
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