[Kallikrein and nonspecific proteases in the saliva of patients with gastric and duodenal ulcers].
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Caseins↗
Biomedical subjects
V M Konovets
Publications and source records attributed to V M Konovets.
Alkaline and acid ribonucleases of the saliva and salivary glands of rats in postnatal ontogeny.
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Age Factors↗
[Enzymatic activity of mixed human saliva in parodontosis].
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Enzyme Activation↗
[Role of salivary ribonuclease in pathogenesis of periodontosis].
In patients with periodontal disease a distinct increase in secretion of salivary acidic and alkaline RNAases was found. The RNAases activity in mixed saliva correlated with the intensity of degradation of periodontal tissues during loss of alveolar layer in aged Wistar rats and the spontaneous periodontal disease in cats. In experiments with golden hamsters salivary RNAase was found to penetrate through mucosa in active form. The purified salivary RNAase inhibited the protein biosynthesis in rabbit gingiva. Intensive atrophic alterations were produced in periodontal tissues of Wistar rats by means of purified salivary RNAase.
Alveolar Process↗
[Ginigival enzymes in inflammatory dystrophic diseases of the parodontium].
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Adult↗
[Effect of therapeutic parodontal dressing, containing an elastase inhibitor, on the state of periodontal tissues and the enzyme activity of mixed saliva in patients with parodontosis].
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Humans↗
[Sex characteristics of the ribonuclease and alpha-amylase activity of the saliva and salivary glands in Wistar line rats].
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Amylases↗
[Catepsins in mixed saliva in periodontosis].
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Cathepsins↗
[Cathepsins in mixed saliva in periodontosis].
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Cathepsins↗
[Proteolytic enzymes in the human saliva during postnatal ontogenesis].
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Adolescent↗
[Alkaline and acid phosphatase activity in human saliva in parodontosis].
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Acid Phosphatase↗
[Effect of electrogingivectomy and elastase inhibitor on the enzymatic activity of the gingiva during the treatment of parodontosis].
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Adult↗
[Secretion of salivary enzymes in cats with spontaneous inflammatory-dystrophic lesions of the parodontium].
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Animals↗
[Enzymological characteristics of spontaneous inflammatory-dystrophic process in periodontosis of cats].
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Alveolar Process↗