Scientists use innovative 3-D printing technology to create self-powered robots that could deliver drugs or remove toxins. Researchers at the University of California, San Diego, have built tiny fishlike robots that could eventually perform a variety of important tasks, from delivering a highly targeted drug payload inside a human body to detecting or even removing toxins from a liquid environment.
A paraplegic man has been able to walk a short distance after scientists used a computer which read signals from his brain and then sent stimulus to his legs.
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Scientists use innovative 3-D printing technology to create self-powered robots that could deliver drugs or remove toxins. Researchers at the University of California, San Diego, have built tiny fishlike robots that could eventually perform a variety of important tasks, from delivering a highly targeted drug payload inside a human body to detecting or even removing toxins from a liquid environment.
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