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Bookmark or Share- Creating Valve Tissue Using 3D Bioprinting - ASME"3-D bioprinting makes it possible to design biological tissues from scratch that contain many of the natural geometry, stiffness, and biological cues that are needed for full function," says Butcher. "We have learned over the past 20 years of failure that replicating the biology, as well as the structure, is essential for success.
- 6 Advances in 3D Bioprinting of Living Tissue - ASMEWhile bioprinting organs is still far in the future, the method continues to be studied and perfected. Today’s advances can lead to new and better treatments for conditions such as spinal cord injury, Alzheimer’s disease, Parkinson’s disease, brain cancer, and much more. From among the many recent developments that are pushing the 3D bioprinting field forward, we present six major advances.
- 3D-Printed Organs Nearing Clinical Trials - ASMEThanks to 3D bioprinting and electrospinning, Wake Forest Institute for Regenerative Medicine bioengineers are moving artificial skin and blood vessels closer to clinical testing. They are also making progress on such 3D-printed organs as hearts, livers, and kidneys.
- J&J Places a Big Bet on 3D Printing - ASMES.O: Our ecosystem includes a lot of internal capabilities, such as multiple material development labs that focus on metals, polymers, biomaterials, bioprinting, and electronics. We also have three end-to-end development lines—in Europe, the United States, and we’re building one in Asia—that can take a solution from the beginning to the end.
- Latest advances of bioprinting in space - ASMEOne of additive’s most exciting areas is bioprinting of living cells. Indiana-based aerospace company TechShot’s Chief Scientist Eugene Boland, who is currently leading the team that manages the 3D Biofabrication facility aboard the International Space Station, discusses the advances and challenges of bioprinting in space.
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