对抗脱矿的新方法:经典疗法和对抗疗法之间的联系

Laura Idorași, Sandra Andreea Secoşan, A. Ogodescu, C. Sinescu, C. Zaharia, A. Stan, Adrian G. Podoleanu, M. Negruțiu
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引用次数: 0

摘要

预防和对抗疗法引起了人们的注意,因为牙医可以使用具有众所周知功效的植物和天然物质来防止脱矿。本研究的目的是提出牙齿再矿化的新方法。选择拔牙10颗,用生理血清保存,无变色、无龋坏、无脱矿现象。用正磷酸(浓度45%)诱导脱矿1分钟。对探针进行视觉和光学相干断层扫描(OCT)检查。天然产物和与额外纳米银粒子的结合被创造出来并应用于两组牙齿的脱矿区。第一组每颗牙齿有一颗表面脱矿。第二组牙齿在每颗牙齿的一侧都准备了一个洞。将膏体涂抹在脱矿表面和脱矿腔中两分钟。时间过期后,将涂在第一组牙齿上的面食洗掉;第二组牙齿上方的粘接处进行光固化。探针再次进行目测和OCT检查。观察到,在平面表面和产生的空腔中,白色标记的再矿化有所改善,OCT能够检测到不同程度的再矿化。天然面食的功效取决于使用的时间和不同主要物质的浓度。此外,表面类型,平面或咬合面,可能会影响物质的渗透能力。这些产品的非侵入性特征,低成本和安全性是这种再矿化方法的积极方面。然而,再矿化的自然过程是一个持久的过程;完善主要物质以加速这一过程,此外还需要进行几项体内研究。
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New ways of combating demineralization: link between classic and allopathic medicine
Prevention and allopathic medicine gained attention, since it is possible for dentists to prevent demineralization, using plants and natural substances with well-known efficacy. The purpose of this study was to present new methods for teeth remineralization. It was made a selection of 10 extracted teeth, maintained in physiological serum, with no color fading, decay or demineralization. It was induced demineralization, with ortho-phosphoric acid (concentration 45 %), for one minute. The probes were visually and with optical coherence tomography (OCT) inspected. The natural product and the bonding with additional nanoparticles of argent were created and applied on the demineralization zone of the both groups of teeth. Each tooth in the first group had one plain surface demineralized. The second group of teeth had a cavity prepared on one of each tooth’s side. The pastes were applied on the demineralized surfaces and in the demineralized cavities for two minutes. After time expired, the pasta applied on the first group of teeth was washed away; the bonding above the second group of teeth was light cured. The probes were again visually and with OCT inspected. It was observed an improvement in remineralizing the white marks on plain surfaces and in the created cavities, the OCT being able to detect different levels of remineralization. The efficacy of natural pasta depends on the time it is applied and the concentration of the different main substances. Also, the type of surface, plain or occlusal facets, may influence the substances’ penetration ability. The non-invasive specific feature of these products, low costs and safety are strong positive aspects of this method of remineralization. However, the natural process of remineralization is a long-lasting one; perfecting the main substances in order to accelerate the process, in addition to several in vivo studies would be necessary to be fulfilled.
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