The infectious complications of injuries and wounds are the actual problem of surgery. One of the most important tasks for today is the investigation of new remedies to prevent from the infectious process and to accelerate purifying processes from necrotic tissues in the wound and to intensify the wound regeneration. In this connection, to guarantee sorbing, antimicrobic, necrolitic and anesthetic protective actions is necessary to develop the first stage wound process bandage. As a result of the doctors’ and scientists’ team-work investigation a new dressing model for treating exuding wounds has been made. In the experiment this adsorbing bandage with the sorption level based on graphite particles (thermo broadened form of fluorinated graphite intercalated compound) has shown the high wound healing and drainage activity in treating associated gunshot bone-arterial injuries of extremities.

The influence nanoparticles Fe3O4 on morphology of the vital organs of the mouse after unitary intravenous introduction of a solution nanopowder Fe3O4 has been investigated. Change of morphology of the studied organs has been established, it testifies about adaptive reactions of an organism of mice to intravenous introduction nanopowder which outcome at the given stage is difficult for predicting.

The marketing research has been made to find out the outlooks for commercial activities and market entry for the graphitebased adsorbent dressing. The bandage market increase is caused by the wide application, growing requirement and low price. Domestic cheap ineffective bulky dressings prevail on the market but last years the tendency to the gain in sales of innovative, expensive and effective in treatment import bandages is being observed. The new graphite-based adsorbent dressing has good market prospects in connection with the segment increase, low business competition and high demand of modern effective bandages with adsorbent, wound healing and atraumatic properties.