1Bukhara State Medical Institute, Health Ministry of RUz, 1 Navoi St., Bukhara, 200118, Uzbekistan
Federal State Budgetary Institution (FSBI), “National Medical Research Center for Surgery named after, A.V. Vishnevsky "Ministry of Health of Russia, Bolshaya Serpukhovskaya St., 27, Moscow, 117997, Russia
Despite the introduction of various methods of influencing the wound healing process, the use of broad-spectrum antibiotics in clinical practice, increasing the virulence of microflora, resistance to many antibacterial drugs and biological variability, difficulties in combating hospital infections, weakening the protective mechanisms of the macroorganism put the problem of treating wound infections in a row very important tasks of practical surgery.
Currently available publicly available antibacterial drugs do not have a sufficiently effective effect in isolation. About 42% of lethal outcomes of surgical interventions are associated with purulent-inflammatory complications.
Improving the results of treatment of patients with acute purulent diseases of the soft tissues by the physical method of exposure to the wound with a plasma stream of argon.
A study was conducted of 85 patients with acute purulent diseases of the soft tissues with uncomplicated course of the wound process, which were conditionally divided into two groups. The 1st comparison group included 45 patients who used the traditional method of treatment, including surgical treatment of a purulent lesion, followed by the application of a levomekol ointment. In the second (main) group, patients after surgical treatment of the purulent foci were additionally treated with a plasma flow of argon.
In the course of the work, a comparative analysis of the dynamics of biochemical parameters, the speed of cleansing and healing of wounds, as well as the length of stay in hospital treatment showed the advantage of using a physical method of treating wounds.
The developed physical method of additional exposure to a purulent wound accelerated the transition of the wound process to the 2nd phase, allowed to abandon systemic antibiotic therapy and reduce the time of inpatient treatment by 2–3 days.
Purulent Wounds Of Soft Tissues, Dimexide, And Plasma Flows Of Argon
