Skinks thinks it’s just cool. Without a little effort, humans do not have the power to rehabilitate damaged limbs. We haven’t finished until this week, at least. Two research teams from Wake Forest University’s Institute for Regenerative Medicine it has taken a long time at NASA Vascular Disease Problem by 3D printing is a piece of human liver.
The teams, known as Winston and WFIRM, each managed to make a small-o-meat animal more than an inch thick to survive and work for 30 days, even using a variety of methods. Of course, although NASA acknowledges that both groups relied on the same “3D printing technologies to make gel-like molds, or scaffolds, and a network of ventilators and enzymes for survival,” differed in their printing and equipment design.
“I can’t say for sure what a wonderful thing this is. When NASA started the crisis in 2016, we weren’t sure they would win. It would be great to hear one day the first organs were formed and I think these NASA challenges could make a difference.
Winston was declared the winner for the team not only receiving $ 300,000 to promote technical development, the team will send its tests to the ISS for testing – that is, you need to make sure the next RAD-sealed liver is fully defeated. The WFIRM team has received $ 100,000, but no return visits, to continue their research.
Therapeutic approaches and the potential outcomes of this study are subject to change. Instead of relying on a volunteer team, tomorrow’s members can have their organs amputated instead of having surgery, counteracting their chances of rejection and ensuring that all the organs of the gene are in constant harmony.
Lynn Harper, senior critic at NASA’s Amasa Research Center, added. “The requirements are accurate and vary depending on the organ, making the project even more complex. Complex and complex. The research that has been done as a result of the NASA crisis shows, and is a well-established foundation for building the future.”
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