EFFECT OF INTRANASAL ELECTROPHORESIS WITH 5% POTASSIUM IODATE SOLUTION ON CLINICAL OUTCOME OF PATIENTS WITH HYPERTROPHIC RHINITIS.

High prevalence of hypertrophic rhinitis makes more topical the problem of search of new, more effective means of treatment this pathology. 37 patients with hypertrophic rhinitis were examined. The clinical examination included the study of complaints and objective visual indicators associated with hypertrophic rhinitis.

[Effect of intranasal aerosol-therapy with cycloferon on the function of respiration in patients with some forms of rhinitis].

Total of 62 patients have been examined, out of which 34 patients had chronic catarrhal rhinitis, and 28 patients - perennial allergic rhinitis. It has been established that intranasal aerosol-therapy with cyclopheron induced expressed improvement of bronchial permeability in these patients, as well as increase of reserve possibilities of lungs and decrease, up to complete elimination, of arterial and venous hypoxemia. Above positive shifts were significant in chronic catarrhal rhinitis.

[Effect of aerosol therapy with cyclopheron in patients with chronic rhinitis].

Recently the number of patients with nasal cavity diseases has significantly increased mainly due to the chronic rhinitis. Due to the topical nature of the problem it is necessary to develop new methods of the treatment of chronic rhinitis and to use physiotherapeutic factors which have no side effects of chemotherapy. Total of 62 patients were investigated.

[Some pathogenic mechanisms of aerozol-therapy including cyclopheron treatment in patients with chronic rhinitis].

High prevalence of chronic rhinitis makes more topical the problem of search of new, more effective means of treatment of these pathologies with the establishment of pathogenic mechanisms of the action of these means. Total of 62 patients were investigated. 34 of these patients had chronic catarrhal rhinitis and 28 - chronic allergic rhinitis.

[The presence of a thermally stable domain in the spiral part of a collagen molecule].

It is shown that in 0,5 M NaCl 8 M CH3COOH heat absorption and the second structure alteration in a heated solution proceed between two stages following one another, and besides, salts not only decrease the macromolecule denaturation temperature in total, but produce different destabilization effect on different regions. The presence of the thermostable domain in the macromolecule helical part permits investigation of the folding mechanism of the triple collagen helix under partial denaturation. The localization and biological role of the stable domain in the triple helix formation are suggested.