基于牙周病细菌酶活性的牙周炎快速诊断。酶活性、临床牙周参数和龈下微生物水平之间的相关性[j]。

T Ohtake, C Sakurai, C Kurihara, N Minamizaki, M Kobayashi, H Miyashita, K Hasegawa, T Kobayashi, E Satoh, N Sugita
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引用次数: 0

摘要

已有各种实验室方法用于牙周病的微生物诊断。然而,这些方法也有一些缺点。在本研究中,应用椅子侧测试进行微生物诊断,使用SK-013检测系统检测患者牙周袋中肽酶的活性。SK-013由合成底物组成,能够快速(在15分钟内)评估密螺旋体和拟杆菌种的特定肽酶活性。使用SK-013,我们评估了酶活性,临床牙周参数和龈下微生物水平之间的相关性,包括相差显微镜。我们计算了SK-013作为螺旋体存在和牙周炎诊断指标的敏感性和有效性。酶活性与临床牙周参数、总细胞计数、螺旋体数和M & S比呈正相关。SK-013灵敏度高,疗效好(灵敏度92%,疗效96%)。我们认为SK-013检测系统是诊断牙周病的一种有效方法。
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[A rapid diagnosis for periodontitis based on enzymatic activity of periodontopathic bacteria. Correlation between enzymatic activity, clinical periodontal parameters, and subgingival level of microorganisms].

There have been various laboratory methods for the microbiological diagnosis of periodontal disease. However, there have been some disadvantages in these methods. In this study of the application of a chair-side test for microbiological diagnosis, the activity of peptidases in periodontal pockets of patients was examined by using the assay system SK-013. SK-013 consists of synthetic substrates and is capable of rapidly (in 15 min) evaluating the activity of specific peptidase from Treponema denticola and Bacteroides species. Using SK-013, we evaluate the correlation between the enzymatic activity, clinical periodontal parameters and subgingival level of microorganisms, including phase contrast microscopy. We calculated the sensitivity and efficacy of SK-013 as a diagnostic indicator in the presence of Spirochetes and in periodontitis. A positive correlation were demonstrated between enzymatic activity, clinical periodontal parameters, the numbers of total cell count, Spirochetes, and M & S ratio. SK-013 was highly sensitive and efficacious (sensitivity: 92%, efficacy: 96%). We concluded that the assay system SK-013 is a useful chair-side method for diagnosing periodontal disease.

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[Experimental studies on morphological changes of microvascular architecture following the free gingival autograft on denuded alveolar bone]. [A study of lipopolysaccharide derived from Bacteroides gingivalis]. [Distribution of enzymatically pathogenic bacteria from periodontal pocket in advancing periodontitis]. [The effect of superoxide dismutase on the inflammation induced by periodontal pathogenic bacteria and wound healing of gingival incision]. [Immunohistochemical localization of the chondroitin sulfate proteoglycan in demineralized rat periodontal tissue].
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