Cell-ular reception--engineering tissues to rebuild bodies -- Fast Draw
Sharpen your minds as the pointy pencils of "The Fast Draw" provide a primer on the awesome science and engineering behind one of the most game-changing advances in the last decade. Made possible by advances in engineering, materials science and biology, the growing field of tissue engineering is revolutionizing how physicians treat injury and recovery.
For instance, brain cells now grow across degradable scaffolds to restore function, nanoparticles seed stem cells directly into bone to regenerate marrow, and skin tissues roll out from 3-D printers. Organs-on-a-chip offer scientists and engineers the ability to experiment with new drugs and therapeutic approaches in safer, more controlled conditions to develop future treatments for liver, kidney or heart conditions (and more).
The National Science Foundation, through its Directorate for Engineering, has played a key role in the emergence of tissue engineering as a recognized field of activity, and continues to shape the future of regenerative medicine.
Learn more about NSF engineering at NSF.gov/ENG.
Credit: Josh Landis/Mitch Butler/CBS/NSF
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