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Artificial organs reproduce miracles
Scientists print a beating heart
Recently, researchers at Carnegie Mellon University (CMU) have found a solution
In the latest study, the FRESH 3D bioprinting method developed in Feinberg's lab allows collagen to be deposited layer-by-layer in a support gel, giving the collagen a chance to solidify before being removed from the support gel
▲ Carnegie Mellon University researchers have developed a 3D bioprinted collagen technology that can create the fully functional components of the human heart
(Image credit: CMU)
This method of FRESH is very exciting for the field of 3D bioprinting because it allows collagen scaffolds to be printed on large-scale human organs
In the near future, Feinberg said, work on repairing hearts that have lost function, such as due to heart disease or liver damage, will be carried out
Despite the long way to go, we are one step closer to realizing the dream of 3D bioprinting a full-scale human heart
Integrated solution provider
Implement more complex geometries
FRESH has quickly become the bioprinting platform of choice for many tissue engineers
FRESH can be integrated into standard bioprinting workflows and implemented on extrusion bioprinters such as the BIO X™
FRESH 3D bioprinting on the BIO X™ is as simple as placing the prepared LifeSupport™ tray on the print platform and placing the print needle in the center of the tray to start manufacturing complex geometries
Explore some of the most promising potential research directions:
First: complex printing of class organization
Second: the formation of vascularized tissue
Third: Multi-material bioprinting
By combining the BIO X™ bioprinter with FRESH, researchers can tap into new frontiers of printing complexity and functionality previously only dreamed of
.
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