New Biohybrid Robot Uses Living Muscle Tissue to Move a Finger
New Biohybrid Robot Uses Living Muscle Tissue to Move a Finger Researchers continue to push the limits of robotics with their new biohybrid robot which uses living muscle tissue to move its robotic fingers. In a paper recently published in the journal Science Robotics , the University of Tokyo researchers presented their new "biohybrid" robot. The robot is a crossover between living tissue and robotics, integrating biohybrid robotics with living muscle tissue grown from the cells of a rat. The biohybrid robot could perhaps be used to replace missing appendages on humans - should the technology be repeated and replicated with human tissue. But the University of Tokyo suggests their research is laying the foundation for building far more advanced and lifelike robots. Building a Biohybrid Robot which Uses Living Tissue Fortunately, the research did not involve the direct harm of a rodent. The muscle was instead grown from myoblasts - muscle ...
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