活动义齿基托树脂对口腔微生物群落个体代表浮游生长的影响

S. Rozhko, R. Kutsyk
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引用次数: 1

摘要

介绍。开展了义齿基托材料对口腔微生态破坏的微生物学研究。的目标。因此,本研究的目的是在对其光密度进行登记的基础上,研究不同聚合物材料在义齿基托上对口腔微生物群落常驻代表和瞬时代表生物浮游生长强度的影响。材料和方法。研究了7种义齿基托材料及其对微生物浮游生长的影响。结果。所有基质均能抑制口服液菌株的浮游生长:SYNMA(抑制率为35.5%),Bre(抑制率为35.5%);Flex(下降27.5%)和Protacryl-M(下降25.7%),最小的是尼龙(下降5.4%),Villacryl(下降9.5%)。结论。通过实验研究,我们证明了基础树脂材料直接参与了口腔微生态的变化和假体口炎的发生过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The influence of base resin of removable dentures on the planktonic growth of individual representatives of oral microflora
Introduction. Microbiological researches of the role of denture base materials in violation of the oral cavity micro ecology were conducted. Aim. Therefore, the purpose of research is to study the effect of different polymeric materials on denture bases, on the intensity of planktonic growth of resident and transient representatives of oral cavity microflora in a periodic culture on the basis of registration of its optical density. Material and methods. 7 types of denture base materials and their influence on the planktonic growth of microorganisms have been studied. Results. The planktonic growth of the S. oralis strain was suppressed by all base materials: SYNMA (by 35.5%), Bre.Flex (by 27.5%) and Protacryl-M (by 25.7%), in the smallest – Nylon (by 5.4%), Villacryl (by 9.5%). Conclusions. Through experimental research, we have proved the direct involvement of basic resin materials in changes in the oral cavity micro ecology and the process of occurrence of prosthetic stomatitis.
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