Engineers have long been trying to come up with a synthetic polymer that is flexible, waterproof, conductive, heals itself, and is sensitive to touch, all outside the carefully calibrated set-up of a lab. Just like our skin.
Engineers have long been trying to come up with a synthetic polymer that is flexible, waterproof, conductive, heals itself, and is sensitive to touch, all outside the carefully calibrated set-up of a lab. Just like our skin.
Engineers have long been trying to come up with a synthetic polymer that is flexible, waterproof, conductive, heals itself, and is sensitive to touch, all outside the carefully calibrated set-up of a lab. Just like our skin.
Synthetic capillaries made on a 3D printer may soon be used for transplants of lab-created organs, a technology that could greatly benefit vascular systems.
Synthetic capillaries made on a 3D printer may soon be used for transplants of lab-created organs, a technology that could greatly benefit vascular systems.