We can rebuild him. We have the technology. Ok, it's not the bionic man, but tissue engineering is changing the face of medicine. It applies the principles of engineering and life sciences to grow bones, cartilage, blood vessels, bladders and even print organs. What does tissue engineering entail and what does it promise for the future of medicine? This Wide Angle series on Tissue Engineering will explore those questions and more.

The organ can mature human eggs and could provide research with a living laboratory in which to test fertility treatments.

Organs could be built with individual locking "cells" that work like Legos.

Spray-on skin might sound like science fiction, but the new tech could spare burn victims from painful skin grafts.

A new procedure to turn blocks of wood into artificial bones has been developed by Italian scientists, who plan to implant them into large animals, and eventually humans.

An undersea worm has provided researchers with the recipe for a glue that surgeons could use to piece together shattered bones.

Lightning bolts could help create artificial organs, according to new research by scientists at Texas A&M University.

A team of scientists and engineers from Germany believe they can make engineered tissue widely available using a fully automated process.
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