Composite polymer materials doped with carbon nanotubes for use in regenerative medicine

Abstract

Today, the problem of using polymer materials in the field of restorative medicine is particularly relevant, since these materials offer a wide range of advantages and opportunities for creating innovative medical products. However, the need for import substitution in this area is becoming increasingly acute, as dependence on imports of polymer materials may be undesirable due to supply-side risks and price instability. To solve this problem, it is important to continue research and development in the field of creating new competitive polymer materials at the local level. Nano-additives can significantly improve the mechanical, thermal and physical properties of polymers, making them more durable, resistant to high temperatures and chemical influences. Such polymer nanocomposite materials can be used to create various medical devices and implants, such as bone implants, dentures, vascular stents and others. Thus, the use of nano-additives will improve the quality of domestic polymer materials, which can reduce dependence on imports of similar products. By improving the properties and reducing the cost of production, the claimed polymer materials with nano-additives can be more competitive in the market both domestically and abroad. Thus, the use of nano-additives in polymer materials will be an important step for import substitution and the development of domestic industry.

Speaker

Lusine Elbakyan
VolSU
Russia

Discussion

Ask question