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: This study was designed to evaluate the effect activity of  RAIL -gel in comparison with Citicoline on nitroxydergic system during acute cerebrovascular accident.Methods : In this study, 80 white nonlinear rats were randomly assigned to 4 groups (20 rats in each): 1) intact; 2) control - untreated with acute cerebrovascular accident ( ACVA ), examined on the 4 th  day; 3) animals with  ACVA , receiving  RAIL , examined on the 18 th  day; 4) animals with  ACVA , treated with Citicoline, examined on the 4 th  day. The expression of inducible NOS was determined by Western blotting. The nitrosative stress marker, nitrotyrosine, was determined using the ELISE kit NITROTYROSINE (kit no. HK501-02, series 12825k1212-k). To assess the state of iNOS mRNA expression, we used the method of polymerase chain reaction with reverse transcription in real time ( RT-PCR ).Results : Our research demonstrated that course administration of the  RAIL  and Citicoline to animals with  ACVA  for 4 days leads to the stabilization of the parameters of the brain nitroxydergic system. However, Citicoline does not provide a full effect on the shifts of the NO system in the brain. It does not have the proper effect on such an important link in the pathogenesis of ischemic brain damage as nitrosative stress.  RAIL  leads to a significant decrease in NOS activity due to its inducible form (decrease in the expression of iNOS and iNOS mRNA) and a decrease in NO metabolits, and inhibition of nitrosative stress (decrease in nitrotyrosine).Conclusion : IL-1b antagonist  RAIL  (Intranal Gel) significantly exceeds Citicoline in terms of the severity of the effect on the nitroxydergic system indicators.

pharmacia

The effect of intranasal administration of an IL-1b antagonist ( RAIL ) on the state of the nitroxydergic system of the brain during modeling of acute cerebrovascular accident