Some new directions in the treatment of fractures of long bones and their consequences

Elaborated biomechanical classification of long bone fractures and biomechanical conception of fragments fixation are showed to allow the choice of both the fixation mode and the type of fixatives for every specific case. Essentially new splint for the traction is presented. System (set of fixatives) for transosseous osteosynthesis providing stable joining of the plate and the screw is suggested. New device (III variant) for mono- and poly polar fixation of bone fragments using pins, rods and their combinations is created. It is possible to perform the fragments reduction in all directions of three- dimensional space.