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| Automated Production Of Artificial Skin |
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| SciMed - Healthcare | |||
| TS-Si News Service | |||
| Friday, 12 December 2008 10:00 | |||
München, Germany. The availability of viable skin for transplants during surgery can limit the quality of the outcome. This is a major concern of plastic and reconstructive surgeons who must ensure full function while doing the least harm to other areas of the body. Transplanting skin is a painstaking task, and a transplant that has to cover large areas often requires several operations. Medical scientists have therefore been trying for a long time to grow artificial tissue. This “artificial skin” would allow them to treat these patients better and faster. However, the use of cultured skin tissue, an emerging technology, has been limited by by both cost and ready availability.
Development of a fully automated process is underway that can improve the production of artificial tissue, permitting surgeons to perform transplants with skin produced in the laboratory. This tissue is also suitable for testing chemicals at a low cost without requiring animal experiments.
The images shown above compare a cross-section through artificial skin (left) with a section through human skin (right). Both the natural and the artificial skin are made up of three layers. Image courtesy of Fraunhofer IGBTissue engineering has been at the focus of research for many years, and tissues such as cartilage or skin are already being cultured in numerous
biotechnology laboratories. But the researchers at the Fraunhofer Institute for Interfacial Engineering and Biotechnology IGB in Stuttgart plan to go further and enable fully automated tissue production.
“Until now, methods of culturing tissue like that used for skin transplants have been very expensive,” says IGB head of department Professor Heike Mertsching. “Most of the steps are carried out manually, which means that the process is not particularly efficient.”
The researchers have therefore elaborated a novel conceptual design in collaboration with colleagues from the Fraunhofer Institutes for Production Technology IPT, Manufacturing Engineering and Automation IPA, and Cell Therapy and Immunology IZI. There are several steps involved:
Alternatively, the tissue can be cryopreserved — that is, deep-frozen and stored for later use. “It was important for us that the entire mechanical process is divided into separate modules,” says Mertsching.
“This enables us to replace or modify individual modules, depending what is needed for the production of different tissue types.” The method opens up almost unlimited new possibilities for the medical scientists. One of their upcoming projects is to produce intestinal tissue for resorption tests.
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| Last Updated on Friday, 12 December 2008 00:01 |



München, Germany. The availability of viable skin for transplants during surgery can limit the quality of the outcome. This is a major concern of plastic and reconstructive surgeons who must ensure full function while doing the least harm to other areas of the body.
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