The experimental prophylaxis of the peroxide periodontitis by antidysbiotic means

Aim: To determine the periodontoprotective properties of antidysbiotic means (ADM) at the peroxide periodontitis. Methods: ADM (quertulyn, lequin, lecasil and lysozyme-forte) were used. The peroxide periodontitis was reproduced by peroxide sunflower oil introduction in during 2,5 month. The levels o...

Full description

Saved in:
Bibliographic Details
Published in:Journal of education, health and sport health and sport, 2017-02, Vol.7 (2)
Main Authors: A. P. Levitsky, O. A. Makarenko, I. A. Selivanskaуa, T. A. Sevostianova, A. I. Furdychko, T. V. Tomilina, E. P. Stupak, A. V. Markiv
Format: Article
Language:English
Subjects:
antidysbiotic means
antioxidant
dysbiosis
inflammation
peroxide periodontitis
Online Access:Get full text
Tags: Add Tag
No Tags, Be the first to tag this record!
Description
Summary:Aim: To determine the periodontoprotective properties of antidysbiotic means (ADM) at the peroxide periodontitis. Methods: ADM (quertulyn, lequin, lecasil and lysozyme-forte) were used. The peroxide periodontitis was reproduced by peroxide sunflower oil introduction in during 2,5 month. The levels of MDA, elastase, urease, lysozyme, catalase were determined into gum. The levels of alkaline and acid phosphatase, calcium and protein were determined into periodontal bone. Results: The introduction of ADM the reduced the levels of inflammation markers (MDA and elastase) and to the degree of  dysbiosis but raised the levels of lysozyme and catalase into gum. ADM reduced the acid phosphatase activity but raised the alkaline phosphatase into bone. Conclusion: Lequin was more effective means as antiinflammation, quertulyn was more effective means as antidysbiotic action, lysozyme-forte was more effective means mineralization action. The lecitine contents means lequin and lecasil possessed more effective action on the degree mineralization of periodontal bone.
ISSN:2391-8306