首页> 外国专利> RESEARCH METHOD SKRINNINGOVOGO gingival fluid for PARODONTOPATOGENNYH complexes Microorganisms

RESEARCH METHOD SKRINNINGOVOGO gingival fluid for PARODONTOPATOGENNYH complexes Microorganisms

机译:研究方法用于开发PARODONTOPATOGENNYH复合物微生物的SKRINNINGOVOGO牙龈液

摘要

Method skrinningovogo studies gingival crevicular fluid for the presence of periodontal complexes microorganisms based on use results cytomorphological studies gingival fluid (quantitative determination of cellular elements) allowing to diagnose the presence of inflammation in the periodontal tissues and molecular genetic studies gingival fluid, allowing to determine the type of pathogen (periodontopathogenic marker strain of microorganism), wherein the proposed Algor ITM forecasting periodontopathogenic complexes in gingival fluid of patients, drawn by the method of multivariate statistics «Classification trees» C & RT, allows bypassing the expensive molecular genetic study of gingival fluid, based on the results Cytomorphological investigations of gingival fluid, to predict the presence of gingival fluid of the patient the most dangerous for the tissues periodontal microbial complexes (red and pink) that will: almost immediately, based only on the results of cytomorphological th research gingival fluid, and using the method of multivariate statistics to identify the presence of hazardous periodontopathogenic complexes significantly reduce material costs patients as tests based on the polymerase chain reaction, are available to a limited patient population (with high economic standard of living), to increase the effectiveness of the treatment patients by identifying and compiling periodontopathogenic complexes individual patient's treatment plan, particularly aiming at impact
机译:方法skrinningovogo根据使用结果对牙龈沟液中是否存在牙周复合物微生物进行研究,从而根据细胞形态学研究牙龈液(定量测定细胞成分),从而诊断牙周组织中是否存在炎症,并通过分子遗传学研究牙龈液,从而确定牙周组织中是否存在炎症。类型的病原体(微生物的牙周致病性标志物菌株),其中建议的Algor ITM预测患者牙龈液中牙周致病性复合物,通过多元统计“分类树” C和RT方法绘制,可以绕开昂贵的牙龈液分子遗传研究根据牙龈液的细胞形态学研究结果,预测对于组织牙周微生物复合物(红色和粉红色)而言最危险的患者牙龈液的存在:几乎立即,仅基于细胞形态学结果由于使用聚合酶链反应进行的测试仅适用于有限的患者人群(生活水平较高),因此使用弓形牙龈液并使用多元统计方法来确定危险的牙周病原性复合物的存在可显着降低患者的材料成本。通过确定和编制牙周致病性复合物的个体患者的治疗计划,特别是针对影响,提高治疗患者的有效性

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