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牙医2019:龋齿预防的未来- Aleksandar Dimkov - Ss Cyril和Methodius大学|摘要
牙科年鉴和精华

牙科年鉴和精华
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ISSN: 0975 - 8798, 0976 - 156 x

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摘要

2019年牙医:龋齿预防的未来- Aleksandar Dimkov - Ss Cyril和Methodius大学

亚历山大Dimkov

评价了普通玻璃离聚物混凝土单独和1%、2%、3%氯化苯扎氯铵和氯化十六烷基吡啶加入后对3种不同微生物菌株的抗菌作用。

策略:采用琼脂分散技术测定常规玻璃离聚物混凝土ChemFlex对变形链球菌、干酪乳杆菌和粘菌放线菌的抑制作用。将菌株免疫到BHIB中,在厌氧空气(37°C)中孵化。从液体培养基中填充的微生物来看,接种液的厚度被设定为可与麦克法兰龋齿相媲美。龋齿是一种根据各种流行病学信息应该可以控制的疾病。已经证明对这种疾病传播有最佳影响的预防性代求基本上是:氟预防、口腔清洁、食品清洁和间歇性牙科评估。它的作用局部和基本水平,因为在确定的一部分牙膏被吞下,随后通过氟化物进入传播。毫无疑问,最合法的预防措施是氟预防,可能完成各种技术。水的氟化是氟的基本结构中最不可避免的一种,而且是最合适的,因为它提供的氟量很少,但剂量恒定。对进步有最大影响的共同因素是,受开发者影响的民众接受了适当程度的福祉训练,明确提到了牙齿。饮食养生的意义作为一个潜在的组件倾斜龋齿是一个学习在这一点上,和在现实中值得注意的是,最好的生龋齿的影响来完成后续的可发酵糖吃含有大量营养不可预知的绵延一天时间的标准。在Shidler琼脂中,350 uL的菌悬液同样的扩散。 Examples (4 mm - 96 mm) were set up from the concrete with and without expansion of 1%, 2% and 3% benzalkonium chloride and cetylpyridinium chloride. The hindrance zones were resolved following 48 h, following 7 days and following 21 days of hatching, Toothpaste is considered as a phenomenal vehicle for the effective utilization of fluoride since it comes into contact with the teeth is slight focuses just (of around 20 p.p.m.) however at high recurrence, the last comprising an unequivocal factor for the achievement of anticipation. Besides, particularly on account of little youngsters conventional dietary examples have changed to incorporate sugar-containing nourishments and refreshments, caries pervasiveness has expanded and will keep on doing as such in the short term. Appropriately, it would be a genuine error to be smug about caries avoidance. In future industrialized nations will see PCs assuming a critical function in cariology, discovering applications in exploration and practice organization as well as straightforwardly in clinical practice also. They will be utilized in each operatory in the appraisal of caries hazard, the chronicle of caries pervasiveness, the direct putting away of radiographic data, and the reclamation of carious teeth, helped by PC supported plan and PC helped make

结果:不含抗菌剂的玻璃离子混凝土,无论如何都可以熔融成结构小约束区或结构无约束区。化学助熔剂+苯扎氯铵对三种微生物的影响最好。苯扎氯铵抗菌化合物的抗菌效果优于十六烷基吡啶氯铵。玻璃离聚物混凝土可以作为一种模式,为动态抗菌部分的适度到达,并可能改善混凝土的临床结果。

发表日期:2020-10-20;

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