We are getting closer to Mars step by step.
We are getting closer to Mars step by step… American Space and Aviation Department NASA He is preparing an artificial organ that he will print out with a 3D printer.
In addition to helping astronauts on long space missions in the future, this new technology will also be able to make artificial organs for people currently waiting for organ transplants on Earth.
3D, aka 3D printers, is part of a technological revolution. While we are busy making spare parts for household appliances and toys for children with this revolution, we suddenly learn that it will enable surgeries that will help save lives on other planets.
GIANT STEP FOR ORGAN TRANSPLANT
The realization of NASA’s first manned Mars mission is an event expected in the 2030s. Billionaire Elon Musk also said that in the 2050s, one million people will reside on the Red Planet.
As you know, while making such statements, the necessary health services and treatments in the Moon and Mars colonies have to be considered. Scientists have already rolled up their sleeves and started working day and night on three-dimensional human organs and other necessary medical treatments that could be very useful outside of Earth.
When NASA announced the result of a six-year project in an announcement made this year, we listened with our mouths open. A giant step for organ transplantation… The name of the competition was “Vascular Tissue Challenge” and its aim was to produce “thick, vascular human organ tissue”. To explain in more detail, they were “creating a tissue that can survive and maintain its metabolic functions in vivo for 30 days in a laboratory environment”.
3D LIVER TEXTURE!
The result is unbelievable, the scientists came up with an amazing invention that both deserves the $300,000 award and will stimulate research on the International Space Station: they made 3D human liver tissue.
Synthetic tissue research is not new, in 2019 astronaut Christina Koch printed organic tissue in a microgravity environment with a tool made by Techshot, and this may go down in history as she laid the foundation stones of the first three-dimensional synthetic human heart in the future.
Synthetic organs have already been tested in the laboratory decades ago, but some scientists have already begun to talk about the possibility that it may be easier to create a synthetic organ in low-gravity environments.
Rich Boling, one of the Techshot executives, underlined the issue of how to be beneficial to people, especially on Earth, thanks to this technology, “Although it started with the idea of mission outside Earth, it is an important development for the Earth. From the very beginning, we felt that we were doing this for; for example, the number of organ donors. scarcity…”
Source: Space Mag Turkey