Tuesday, March 19, 2019

3D Skin Printer that Helps Heal Wounds


Did you know that there is a 3D printer that can speed up the recovery of people with severe burns, diabetes warts, and various other major slow-healing wounds? Bellow, American scientist and technology expert Oded Kariti describes some of the key features of this incredible invention.
Over the last few years, we witnessed 3D printing technology impacting a number of different industries. There is medicine, and then there are things with certain element that simply remind us of science fiction.

Namely, as Oded Kariti reports, a group of scientists working at the Wake Forest Institute, recently developed a mobile bioprinter that can print new skin directly on the wound, using the cell of the patient. This device is the first of its kind in the world and allows skin printing in two layers over the wound.
As Oded Kariti further explains the unique advantage of their system is that it can scan the wounds and place the cells where it is needed to form new skin.

Over the past 5 years, we saw several skin printers. The first prototypes were able to create thicker skin layers that could move to mobile devices. This device, however, can be brought straight to the patient in the hospital, where the machine can work directly on it.

The machine works by first taking a small sample of healthy skin to isolate two types of cells that are then multiplied. Here Oded Kariti points out the crucial differences with respect to all previous devices.
Instead of placing a full skin layer, this printer first scans the wound to make its topographic map. The technology developed in Wake Forest gives a natural structure to the skin cells that helps the injury heal faster.

The ability for humans to regrow skin after serious burns had been the ultimate goal of research scientists for many years. The next step for this 3D printer will be preparing a clinical study on people. Ultimately, this could all be used to treat people with burns, diabetics warts, and various other wounds that slowly heal.