They mimic the structure of the extracellular matrix

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Director of Nanomaterials and Nanotechnology of the Science and Education Innovation Center said: The competitive advantage of our ceramic implant technology is that the production of custom-shaped products becomes more economical. During the 19's, our scientific team developed the technology of molding ceramic nanopowders into functional products of given shapes using ultrasonic waves and collector pressing methods, and applied for patents and introduced them into production technology.

Today, we use them to make medical ceramic implants for a variety of purposes. Current moible number data developments include implants, dental components for the talar joint of the ankle. Results are required to fulfill orders from Russian and foreign medical centers and companies. Scaffolding rescues don't always require implants to repair the bone. In some cases, when it comes to light loads on the bones, you can use scaffolding (from English). Their materials are polymers and composites substances consisting of two or more components with different physical and chemical properties. Their combination makes it possible to obtain materials with improved properties that were not characteristic of each original component.



Scaffolds are obtained by electrospinning or other methods.  of bone tissue, contain healing agents, and disappear completely during bone fusion. It is a world practice to develop various types of scaffolding. Our scientists use polyhydroxyalkanoate, a biodegradable polymer produced by bacteria. The material is absolutely non-toxic. After the new bone tissue is formed and the scaffold dissolves, its decay products are excreted from the body without any side effects, emphasizes the professor.