Researchers of the University of Edinburgh state with amendment 115-Euro-3D-Drucker Blutgefäße its

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Researchers from the University of Edinburgh have adapted a cost-effective 3D printer, a simple blood phase has been set up, which could possibly improve the efficiency of bypass operations. The Entwicklung-modified gelatin and nanophase are stable and biocompatible fascinated by their effect.

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A research team from the University of Edinburgh has made a comprehensive overview of the costs with a modified 3D printer. For the price of 115 euros, the 3D printer kit is intended as the foundation for a new platform, which is a very light, easy-to-use printing base, which in its own properties the human shines. If you the results of heart operations, especially bypass operations, erheblich improve.

Erweiterterter 3D-Print voor medizinische Zwecke

The team of Dr. Norbert Radacsi has delved into a cost-effective analysis, which has no financial funding for the war study and the Ziel Darin file, the technology for the states with small financial resources that can use their machines. The gelatin hydrogel gelatin hydrogel was mixed with a modified layer, which strengthened the nanophases. This technical power, which was printed wide standenfähig and flexible, was the einsatz in the heart surgery geeignet macht.

Heart-circulation illnesses are good for the high Todesursache. Make sure that you block the arteries, under the Corona arteries, often with life-threatening complications. The Forscher in Edinburgh was formed by the Entwicklung of small breakthrough grafts, which in the low time, a human or a synthetic veins in the bypass operations, was performed. This new situation can lead to risks of narcosis, pain and infections, which with the Entnahme of Venen einhergehen, minimize.

Weiterentwicklung und zukünftige Anwendungen

The design recovery takes place on a highly customized platform, which is carried out with a 3D drucker kit file. The new filament printing heads are made of a biological printing material, which results in a rotating platform, one of the innermost aspects of the results. The printed material is durable from 1 to 40 millimeters and can be easily modified using Gelatin-Hydrogel, which is made from Nanophase and biologically coated with Polyester-Molekülen. This material combination is an internal work of two years in the kitchen, where the toxic substances come out of the cupboard.

The factory of Das Team, in the future human cells in the structure of the faeces, a natural structure of arteries and veins, nor genauer nachzubilden. This fortification can not be performed in the heart surgery, but lies with the biological bio-organism of the kidneys and the bladder of your bed. The Forscher work has resulted in a number of projects, a technology that goes further and is also used for clinical applications.

The following writers have been working with the Roslin Institute of the University of Edinburgh in the course of time. Erste Tests am Menschen may take even more years, so the Schätzung of Dr. Radacsi.

The results of this research were published in the trade journal Advanced Materials Technologies and continued in joint work with Heriot-Watt University.

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