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Researchers from the University of Tokyo and the Institute for Bioengineering of Catalonia (IBEC) have made significant strides in bioengineering by developing a robotic arm made from human muscle tissue. This innovative arm, measuring 18 centimeters, can mimic natural movements and even contract like real muscles, according to Professor Masaharu Takeuchi of the University of Tokyo.
The collaboration aims to create prosthetics that not only function like human limbs but are also capable of regeneration, utilizing the patient’s own cells. The arm relies on cable-driven mechanics and is stimulated electrically to achieve finger movements similar to those of a natural hand.
IBEC researchers are enhancing this technology by designing integrated stimulation systems that emulate real muscle responses. Samuel Sánchez, the IBEC director, indicated that the project has evolved from simple shapes to complex, functional muscle structures, advancing possibilities for drug testing and soft robotics.
Despite the promising advancements, challenges such as ensuring the long-term viability of tissues and vascularization remain hurdles to be overcome, as emphasized by both teams.