The microbiological characteristic of wound discharge for the repair of a standard skin defect through prolonged tunnelization of canine tibial medullary cavity with wires

The microscopic flora of wound discharge has been studied for skin defect healing through prolonged tunnelization of canine tibial medullary cavity using wires. It has been demonstrated that the microscopic flora in the dogs of experimental series undergone stimulation of tibial peripheral circulation by tunnelization with wires is characterized by the absence of polyresistant staphylococci, by the low indices of dissemination and the rapid elimination of microorganisms from the wound. At the same time the wound process in the dogs of control series proceeded in the presence of polyresistant staphylococci, more varied microscopic flora and high indices of dissemination, resulting in later healing of wounds. The results obtained show the stimulating effect of the prolonged tunnelization of limb bones on anti-infection protection of organism.