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Cyborgs: Living Cells In A Robotic Finger

Japanese researchers created a basic resin skeleton with incorporated functional living tissue

31-May-2018

Key points from article :

Biohybrid robot joins living tissue with mechanical skeleton.

Robotic device remained functional for more than a week.

3D-printed resin skeleton had anchors added to attach living tissue.

Myoblasts incorporated into hydrogel sheets grown between the anchors.

Bot’s fingertip can bend up and down.

Able to pick up a tiny ring and place it on a peg.

Testing drugs on biohybrid robots could reduce animal testing.

The study was published in the Science Robotics journal.

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Science Robotics

Journal providing information in the field of robotics.

Shoji Takeuchi

Associate Professor of the Center for International Research on Micromechatronics at the University of Tokyo.

Topics mentioned on this page:
Augmentation