Modular, 3D Bioprinted Beating Heart Made from Skin Cells

The risk, when writing about 3D bioprinting is that the “over-simplification” that is necessary to convey the news article’s message in the title gives an over-hyped idea of what has been achieved, with the inevitable let down that follows when we focus in on the actual facts. So, the recent video published by Popular Mechanics, which shows human heart cells made from skin cells (which were first transformed into plenipotentiary stem cells), assembled together through a 3D bioprinting process and beating autonomously is a fascinating step forward and, yet, it is only a tiny part of the incredible work on tissue engineering carried out by Dr. Anthony Atala, Director of the Wake Forest Institute for Regenerative Medicine, that holds amazing possibilities for the future and even for the present.

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3D Printing More Than a Helping Hand for a Wounded War Veteran

While serving in the military in Afghanistan, Taylor was an unfortunate victim of an IED blast that led to the loss of all four of his limbs. From then on, the quadruple amputee had to make do with the somewhat-better-than-a-hook prosthetic limbs available to returning war veterans. With the billions of dollars that go into making the next generation smartphone, it’s amazing how little is put into the development of prosthetics or bionic extensions for amputees.

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