Humanoid robots grow human tendon tissue

Research could improve tissue grafts for patients and support the development of more realistic robots

<p>A robotic system that can grow human tendon tissue could improve the production and quality of tissue grafts</p>

A robotic system that can grow human tendon tissue could improve the production and quality of tissue grafts

A humanoid robot has been used to help grow human tendon tissue as part of research into tissue grafts.

Scientists from the University of Oxford teamed up with engineers from Germany and Switzerland to grow engineered tissues on a robotic shoulder joint.

Placed within a flexible bioreactor, the movement of the shoulder helped stimulate the growth and improve the functionality of the human tendon tissue.

“What researchers have shown for a long time now is that external mechanical stimulation is really key to mature the tissue properly, and to have the cells express the right type of genes,” said Pierre Mouthuy from the Botnar Institute, University of Oxford.

The findings could serve a duel function of improving the production and quality of tissue grafts for patients, as well as support the developoment of more realistic and advanced humanoid robots.

The robotic technology used in the experiments was developed by Rafael Hostettler, whose ultimate aim is to build bio-inspired humanoid robotic bodies that could one day function exactly like a human body.

“We try to imitate the way the human body works and we’re doing this because we believe it’s going to help us build robots that can move just as naturally and graciously as human bodies do,” said Mr Hostettler.

“They’ll be used in research, neuroscience, biomechanics, and so on, but eventually they might be used to build better prosthetics and test new implants.”

Human tendon tissue grown with the robotic system

After successfully testing the growth of human tissue using the system, the next step is to see if this robotic method can actually be used to grow better tendons for grafts that can be used clinically.

“This has been years of work already and now we’ve demonstrated that it is feasible to use this approach I think the fun only starts now,” said Professor Mouthuy.

“We can explore the different possibilities that we can do and look into whether it can really help to improve the quality of the grafts by providing these more physiologically relevant mechanical stresses.”

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