[Study of the protective effects of phenothiazine derivatives on a stochastic model of brain compression edema-swelling].

Search for pathogenically substantiated drugs to treat and prevent brain edema-swelling (BES) is a topical problem of modern biology and medicine. It is possible to solve this challenging biomedical problem by using a method for devising a stochastic model of the tested process. The developed stochastic model of BES identifies the nerve tissue structural components involving in the anti-edematous mechanism of action of phenothiazine derivatives under the conditions of 7-day brain compression. Analyzing the results of this model application revealed the major governing structures in the morphofunctional complexes under study. The investigations made on the stochastic model yielded a quantitative assessment of the impact of morphofunctional structural relationships under the influence of disturbing factors.