Effect of acidophilic multiprobiotic symbiter on pathological changes in bone periodontal tissue under hypo-acidic condition
Man'ko AM, Berehova TV, Neporada KS, Iankovs'kyĭ DS
- Ukrainian Medical Dental Academia, Poltava, Ukraine
- Scientific Production Company O.O.Prolisok, Kyiv, Ukraine
- Petro Bohach Institute, Department of Biology Faculty, National Taras Shevchenko University, Kyiv, Ukraine
DOI: https://doi.org/10.15407/fz57.06.080
Abstract
The omeprazole-induced hypoacidity leads to metabolic disorders in the bone periodontal tissue: a disbalance of NO-ergic system, activation of collagen and noncollagen proteins catabolism. We have shown that such disorders are corrected by a multiprobiotic of new generation - symbiter acidophilic.
Keywords:
periodontium, omeprazole, hypoacidity,proteoglycans, glycoproteids, oxyproline, NO-ergic system,symbiter acidophilic.
References
- Askerova T.A., Yusifova N.A., Gasanova G.T. Diagnostic significance of determining free oxyproline in hereditary and acquired colagenoses . Klin.lab.diagostika. 2009. N 9. p. 15-17.
- Berezhnoy V.V., Kramarev S.A. Microecological disturbances in children and modern opportunities to increase the effectiveness of their correction . Woman's Health. 2002. No. 4 (12). p. 79-92.
CrossRef
- Lukyanova E.M., Antipkin Yu.G., Yankovsky D.S., Dyment G.S. Prospects for the use of probiotics in pediatrics . Scientific Aspects of Prostate Probiotics in Pediatrics: ZB. prats satellite sympos., 28 May 2008: material don. K., 2009 .-- p 4-21.
- Meshchishen I.F. Pishak V.P., Grigor'ieva N.P. Biomolecules: structure and function. Chernivtsi: Medic, 1999 .-- 149 s.
- Minchenko B.I., Benevolensky D.S., Tishenina R.S. Biochemical indicators of metabolic disturbances in bone tissue . Klin. lab. diagnostics. 1999. H. 1: Bone resorption, No. 1. p. 8-15.
- Minchenko B.I., Benevolensky D.S., Tishenina R.S. Biochemical indicators of metabolic disorders in bone tissue . Ibid. Part 2: Bone formation, No. 4. p. 11-17.
- Povoroznyuk V.V., Mazur I.P. Bone system and periodontal disease. K .: Express, 2004 .-- 446 p.
- Tetyanets S.S. Method for determination of free hydroxyproline in blood serum . Lab. a business. 1985.-N 1. p. 61-62.
- Sharaev P.N. Method for the determination of glycosamine-glycans in biological fluids . Lab. a business. 1987. No. 5. p. 530-532.
- Sharaev P.N., Strelkov N.S., Kildiyarova P.P. Method for determination of fucose unbound with proteins . Klin. lab. diagnostics. 1997. No. 4. p. 17-18.
- Yankovsky D.S. Microbial human ecology. Modern opportunities for its maintenance and recovery. K .: Expert LTD, 2005. 362 p.
- Branderburg K., Andri J., Miller M. Physico-chemical properties of bacterial glycopolymers in relation to bioactivity . Carbohydr. Res. 2033. No. 338. P. 2477-2489.
CrossRef
PubMed
- Garthwaite J. Nitric oxide from L-arginine: a bioregulatory system. Amsterdam: Excerpta medica, 1990 . P. 138-155.
- Hevel I.M. Purification of the inducible murene macrophage nitric oxide synthase . J. Biol. Chem. 1991. 266. N 34. P.22789-22791.
- Hyun J.J., Kim E.S., Kim H.S., Jung W.W. PPI, is a friend or a foe to the osteoclasts . Gut. 2009. 58. Suppl. II. P0837.
- Olbe L., Cederberg C, Lind T., Olausson M. Effect of omeprazole on gastric acid secretion and plasma gastrin in man . Scand J. Gastroenterol., 1989. 27 (suppl.166) P. 27-32.
CrossRef
PubMed
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