Pre-tattoed skin is just around the corner. 3D printers are old news. Seriously, they are... at least at TrendHunter.com! New to us, however, is that a researcher says he can now use the same technology to make skin and other human tissues.
James Yoo from Wake Forest University's Institute of Regenerative Medicine in North Carolina, says its possible to make a standard inkjet printing system that creates layers of cells which can then be used to make skin or nerve tissue.
"The system could also print dyes to make the structure easily visible and growth factors to encourage healthy development," accpording to New Scientist. "Yoo says his printer can make almost anything from skin and bone to pancreatic or nerve tissue – an exciting idea with huge potential."
Never again will Nerdly the boss get on your last nerve. Head over to the nurse and have her print another one.
Key Themes Behind This Trend
- 3D Printing of Human Tissues
- Disruptive innovation opportunity: The ability to use 3D printers to create layers of cells and build various human tissues, such as skin and nerve tissue.
- Bioprinting
- Disruptive innovation opportunity: Utilizing inkjet printing technology to create structures that can be easily visible and incorporate growth factors for healthy tissue development.
- Advanced Medical Printing
- Disruptive innovation opportunity: The potential to print a wide range of human tissues, including skin, bone, pancreatic, and nerve tissue, with significant implications for medical advancements.
Where This Applies
- Biotechnology
- Disruptive innovation opportunity: The biotechnology industry can explore new ways to apply 3D printing and inkjet technology for the development of functional human tissue.
- Healthcare
- Disruptive innovation opportunity: The healthcare industry can benefit from the advancements in printing human tissues, enabling more efficient treatments and regenerative medicine solutions.
- Medical Device Manufacturing
- Disruptive innovation opportunity: Manufacturers of medical devices can consider integrating 3D printing capabilities to produce custom-made or personalized tissue implants and prosthetics.
