ETH Zurich Researchers Enhance Biohybrid Robots with Lab-Grown Mouse Muscles
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Researchers at ETH Zurich have made significant advancements in biohybrid robots by utilizing lab-grown skeletal muscle tissue. While this tissue can contract, the movements are often minimal, presenting challenges for robotic applications that rely on living muscles.
The study emphasizes that the interaction between the muscle tissue and the artificial scaffold is crucial, rather than just the quantity of muscle tissue present. This insight could lead to improved designs for biohybrid robots, enhancing their functionality and movement capabilities.
Looking ahead, the findings may pave the way for more sophisticated biohybrid robots that can perform complex tasks. No further timeline was disclosed at the time of publication.
Original report
Lab-grown mouse muscles enable tiny robots to jump, swim, walk and grasp
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