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Health 3D Impression of the Organs

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The use of 3D printers in Medicine is very high. So much so that you don't just think about them to design implants tailored to each patient that replaces standard prostheses. Expectations go much further. Scientists around the world are investigating this pathway in order to create organs that can implant in humans. The great challenge is to ensure that this construct is successfully integrated into the recipient. Now, a team of experts from the Wake Forest Institute of Regenerative Medicine in California (United States), led by the renowned pioneer in this field, Anthony Atala, outlines a new system capable of achieving this purpose.

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5.-Patients will be less susceptible to diseases of any organ
6.-They may will decrease the percentage of deaths from organ cancer
7.-They will have the opportunity to change any damaged organ without limits.

8.-The method used for meat printing is a regenerative medicine process with the intention that printers will soon be able to print something much more complex and controversial

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1.-They created will this printer with the intention of printing organs to be able to practice before an operation.
2.-The patients will have more life time.
3.-Patients will have the opportunity to exchange a damaged organ for a new one
4.-This invention will can change the world helping each person with every difficulty they have.

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Currently the 3D organ printer should print in real size the organs of each person who needs a transplant, this subject of invention focuses on the environment and health, it is important for the world because with 3D organ printing The professional doctors will be able to observe the organs of the patients where it will allow them to observe the real size of each organ and will be able to see the abnormality that each patient could have.
The method used for meat printing is a regenerative medicine process that will allow printers to soon print something much more complex and controversial: human organs.
It is not a magical process: it simply consists of programming a printer that automates the process, so you can weave a flat or tubular structure, and even a solid organ.

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https://docs.google.com/spreadsheets/d/1SHfoMQwM-OQ9K6_Pjj28d0c-78ht6PlLgcBwsliwcR0/edit#gid=0