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Level of Nitrogen Oxide and Indicators of Oxidative-Antioxidative Status in the Gingival Tissues, Blood Plasma in Experimental Chronic Gastritis and Duodenitis and Drug Correction

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Abstract:

model of chronic gastritis and duodenitis was conducted in 48 immature Wistar rats both gender by intragastric injection of medical bile. Control group consisted of 10 animals. After approximation model of the gastritis and duodenitis rats were divided into five subgroups: the 1st subgroup (before treatment, 9 rats), subgroup 2 (10 animals) received the antioxidant, subgroup 3 (11 animals) – received NO donator, subgroup 4 (10 animals) - received an antioxidant and NO donator, subgroup 5 (8 animals) – received the antioxidant, NO donator and calcium carbonate. In rats with gastritis and duodenitis was observed redistribution of stable metabolites of nitric oxide: decreasing level in the gingival homogenates and increasing in the blood plasma. Level of malondialdehyde and aldehyddehydrogenase in the gingival tissue increased, and in the blood plasma decreased, on a background of catalase activation; content of ketone phenilhydrazone remained in the level of control group. Decreasing markers of oxidation lipids and proteins in the blood plasma, on a background of increasing levels of catalase and nitric oxide metabolites (in 14 times), indicates about a key role of NO in the antioxidant protection of organism in a case of disease.Application of antioxidant could not impact on the indicators of oxidation lipids and proteins. It had been shown decreasing content of the nitric oxide metabolites in the gingival tissues and blood plasma. Drug correction with donator of nitric oxide have to increase markers of oxidation lipids and proteins in the gingival tissues, on a background of high catalase activity and low levels of nitric oxide metabolites. In the blood plasma content of nitric oxide metabolites was higher, which indicated about an active inflammatory process in the stomach and duodenum mucosa. Indicators of the protein molecules fragmentation and malondialdehyde were not differ from those before treatment. Level of catalase was in two times higher, than in the control group, but level of superoxide dismutase was decreased. Complex of antioxidant and donator of nitric oxide helped to stabilise the indicators of oxidation lipids and proteins, although level of nitric oxide metabolites in the gingiva was significantly decreased. Application complex from the antioxidant, donator of nitric oxide and calcium carbonate at the treatment of chronic gastritis and duodenitis restored an oxidative-antioxidative status in the blood plasma and gingival tissues, increasing the production of nitric oxide to a level in the control group.

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Journal of Biomimetics, Biomaterials and Biomedical Engineering Vol. 31 View Preview

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Journal of Biomimetics, Biomaterials and Biomedical Engineering (Volume 31)

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83-90

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https://doi.org/10.4028/www.scientific.net/JBBBE.31.83

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Online since:

March 2017

Authors:

Y.G. Romanenko*

Keywords:

Antioxidant System, Duodenitis, Experimental Gastritis, Gingiva, Nitric Oxide

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