Roganov G.G., Irza O.L., Nepreluk O.A.

Crimea state medical university named after S. I. Georgievsky, Simferopol.

 

The influence the immunomodulator “Erbisol” on reparation processes in treatment of chronic traumatic osteomyelitis

 

    Last times due to high level of traumatism the number of affected from maxillo-facial profile increased 2-fold. Increased the number of patients, which received the trauma in alcohol intoxication condition.

     Despite of the introduction the new methods of treatment and  improving the existing methods the frequency of pyoinflammatory complications of trauma, especially  during damages of mandible, stays high and constitute from 5,5 % to 31,9 %.

      The issue of medical prophylaxis and chronic osteomyelitis of mandible treatment related with nessecary of introduction in clinical practice remedies  of new generation, having complex effect of influence on the human body. This group of remedies includes “Erbisol” . The preparation  is made from cell membrane of embryonic tissue of cattle. During the experimental and clinical investigations autors established, that Erbisol  has property of activation the recovery processes and improving the functional activity of organs and tissues.

      Also Erbisol promotes the attenuation of inflammatory processes   due to antioxidant and membrane-stabilizing property.

       The purpose of our study was the learning the proteolytic activity of peripheral blood in patients  with chronic traumatic osteomyelitis of mandible in condition of including in complex of treatment preparaion “Erbisol”.

 

   Material and methods of investigation

     Were examinated 55 patients, which treated in maxillofacial surgery department with diagnosis : the chronic traumatic osteomyelitis of mandible.

The patients were divided into 2 groups. In first control(25) group the treatment  of patients in postoperative period carried out by traditional method. In second group (30 patients) the places of tissue, adjacent to sequestration  focus saturated with a mixture of Erbisol and isotonic sodium chloride 0.9%. Also “Erbisol” administered in postoperative period for 10 days. The patients of first and second group were comparable by anamnesis and prevalence of the process.

      Were collected the blood from the patients and  blood smears placed in moist chamber and then made fixation and Giemsa stain. Identified 100 neutrophils and determined the level of activity by signs of cell structures self-digestion .

 The proteolytic activity of blood determined by selective organelles cytolysis.

      Results and discussion

    The carried out analysiss of indexes of proteolytic neutrophils activity allowed to establish that patients of first group of observation  had the average value of indicators 29,2 higher than control.(p<0,01). Next 3-7 days after surgical treatment observed progressive increase of indexes, which by 7 day was 54,17 %  higher than control(p1<0,05). The decrease of indexes observed by 10-14 day of postoperative period.

      By 21 day of investigation the proteolytic activity decreased and had statistically insignificant character (p1-2<0,05) .In main group , where used

 preparation Erbisol, noticed the increase of proteolytic activity of

 neutrophils of peripheral blood lasted till 5 day of investigation, where activity was 41,81 % higher than control.

      In next terms of investigation the indexes of proteolytic activity of neutrophils had statistically insignificant character .

      In this way the received  by us data testified about direct correlation between used method of treatment of patients , having chronic osteomyelitis of mandible in postoperative period and  proteolytic activity the enzymes of neutrophiles of peripheral blood  value.

  Conclusions:

1.     The course of chronic osteomyelitis of mandible accompanied by growth of proteolytic activity of neutrophiles of peropheral blood.

2.      The use in complex treatment antioxidant therapy has expressive tread and healing effect, this testifed more early normalization of indexes of proteolysis.