A pioneering development came from researchers at the University of Tokyo, University and Wasda in Japan. They created biological biological hand, a mixture of muscle tissue planted in the laboratory and mechanical engineering, capable of constipation and gestures. This innovation paves the way for a new generation of robots with various applications.
Biological hand (science robots) (Cyberguy “Knutsson)
Biology and robotics bridge
While soft robots and advanced artificial extremities have become increasingly common, the mixture of tissue and living machines are still relatively rare. The field of biotechnology is in its cradle, with some examples, such as artificial fish that work in human heart cells or robots using locust ears to hear. This new vital hand represents an important step forward in the practical application of this technology.
Biological hand (science robots) (Cyberguy “Knutsson)
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Secret component: mumutas
So, how did they do that? The team started planting muscle fibers in the laboratory. I realize that these sensitive tissues will not be strong enough on their own, as they collected them in what they call “multi -tissue engines” or mumutas. “Our main achievement was the development of Mumutas,” said Shoji Takucci of the University of Tokyo.
Takeuchi is a co -author of a study describing the creation that was published in the magazine Science robots. Shoji explained that the creation of Momotas was its main achievement. By wrapping the thin muscle tissue threads such as sushi roll, they have spoken enough imitated strength and length to push hand movements.
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Biological hand (science robots) (Cyberguy “Knutsson)
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Like a real hand
It was one of the most prominent results that the biological hand that was exposed to hands, like the real human hand. After 10 minutes of use, the strength of the tissue decreased, but it recovered within an hour of rest. This note highlights the vibrant properties of engineering muscle tissues.
Biological hand (science robots) (Cyberguy “Knutsson)
Future challenges and trends
Takeuchi and his team admits that their construction is currently evidence of the concept. During the study, the hand was put in a liquid to reduce friction, and add elasticity or more of the hopes that would solve the issue of parts that belong to a neutral position after bending them. However, by assembling the tissues together, they overcame a big obstacle to expand the scope of vital devices. Previously, these devices were limited to a centimeter size.
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Biological hand (science robots) (Cyberguy “Knutsson)
Possibilities
Mumutas’s development is an important milestone in biological systems simulation, which requires increased size. While the field of biomedical robots is still young, this technology has the ability to revolutionize advanced artificial parties. It can serve as a valuable tool for understanding muscle tissue function, testing surgeries and developing drugs that target muscle tissue.
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The vital hand is a wonderful achievement that mixes biology and engineering. While it is still in its early stages, this technology provides a glimpse of a future in which robots possess a vibrant movement and disorder. Mumutas development has overcome great obstacles, paving the way for the advanced artificial ends and a deeper understanding of the muscle tissue function.
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