Printing Organs

Feb 14, 14 Printing Organs

3D printing is a remarkable thing. From being able to print out customized miniatures for your favorite tabletop game to creating actual, physical examples of mathematical equations, 3D printing is proving to be one of those remarkable new technologies that truly changes the world. Its effects can be felt in almost any field from science and medicine to entertainment. Is there anything that 3D printing cannot do? The list is growing smaller and smaller every day.

How about printing off new organs?

That is exactly what researchers at Brigham and Women’s Hospital (BWH) and Carnegie Mellon University have come up with, a technique that uses micro-robotics to assemble various components of complex materials, creating a way to bio-engineer human tissue through 3D printing. Conducted by Savas Tasoglu, PhD, MS, and Utkan Demirci, PhD, MS, in collaboration with Eric Diller, PhD, MS, and Metin Sitti, PhD, MS, this new research is able to alleviate the shortage of available organs needed for implantation by creating new organs out of the patients own tissues, which also alleviates the risk of rejection found in donated organs. This has also led the way in developing new therapies and testing new drugs without relying on the limitations of reliability and predictability. By engineering the organs needed for testing or implantation, they have created a whole new way to save countless lives while also providing a more practical means of researching cell behavior, such as cancer cell resistance to therapy and new drugs or drug combinations used to treat various diseases.

Their new method of bio-engineering new organ tissue uses untethered magnetic micro-robotic coding for the exact creation of individual cell-encapsulating hydrogels, such as cell blocks/membranes. The tiny robots, which are remotely controlled via magnetic fields such as those developed at Penn State University, moves one hydrogel at a time to create these structures. This is incredibly important for engineering new tissue, as human tissue is a very complex substance, made up of many different types of cells. According to Dr. Tasoglu, “Compared with earlier techniques, this technology enables true control over bottom-up tissue engineering.” Using a bioprinter – a complex 3D printer that is able to generate tissue and other complex materials in a laboratory setting – further benefits of this remarkable new technology may yet be uncovered.

There are some who might look at this in the same light as cloning and question its moral applications, though personally I see this as a remarkable new technology that can be used to save many lives worldwide. There has always been a problem of long waiting lists on donated organs, and this new technology offers a solution to that problem as well as others. Innovations like this one are what propel us forward, what help lend hope for a better tomorrow, and show us just what can be possible when brilliant minds come together in cooperation.

Image Credit: Thinkstock

Facebook Twitter Pinterest Plusone Digg Reddit Stumbleupon Email


Joshua is a freelance writer, aspiring novelist, and avid table-top gamer who has been in love with the hobby ever since it was first introduced to him by a friend in 1996. Currently he acts as the Gamemaster in three separate games and is also a player in a fourth. When he is not busy rolling dice to save the world or destroying the hopes and dreams of his players, he is usually found either with his nose in a book or working on his own. He has degrees in English, Creative Writing, and Economics.

Follow redOrbit on Twitter, Facebook, Instagram and Pinterest.