3D printed organs that 'bleed'

Trainee pilots get flight simulators and now medical students get 3D printed artificial organs that can be poked, prodded and dissected. And they bleed.

Physicians at the University of Rochester Medical Center have been getting crafty with science by fabricating artificial organs and human anatomy that mimic the real thing. ‘Simulated Inanimate Model for a Physical Learning Experience’ (SIMPLE) involves converting medical scans into computer generated designs and, through 3D printing, fabricating lifelike organs. Injected with a hydrogel of a consistency identical to that found in our bodies, these organs have the same feeling as the real thing.

These models are able to create highly realistic simulations for training; the ultimate vision being to enable surgeons to rehearse complex cases before the real patient is brought into the operating room. After all, practice makes perfect.

“Surgeons are just like pilots,” explains project leader Ahmed Ghazi. “There will always be the first time a pilot takes a 747 up into the air and there will always be a first time a surgeon does a procedure from beginning to end on their own. While pilots have simulators that allow them to spend hours of training in a realistic environment, there really is no lifelike equivalent for surgeons.”

Want to know how they bleed? The artificial blood vessels are connected to bags of red dye. SIMPLE.

This story originally appeared on Atlas of the Future.

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