Fibre post cementation: instrumental analysis.

IF 0.8 4区 医学 Q4 ENDOCRINOLOGY & METABOLISM
R J Manenti, A P Lomurno, S Giancaspro, L Mancini
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引用次数: 0

Abstract

The loss of dental substance due to the presence of decay, to wide conservative repairs, to the preparation of prosthetics or to enamel-dentine fractures, often causes an important structural weakening in the element that is endodontically treated (1-15). It is therefore necessary to use endocanal posts in the coronal reconstruction. Mineral fibre posts and epoxy resins that are available at present, fixed with resinous cements, thanks to their excellent integration, exceed the concept of reconstruction, meant as assembly of heterogeneous materials, arranging homogeneous materials according to a similar flexibility module (16-18). This allows to get a "post dentine cement monobloc", which is ideal for the morphofunctional tooth resetting (19-35). The aim of our experimental study was to analyse and compare the surface characteristics of same posts that are available at present by observing them in their relationship with cement and dental materials (36-44).

纤维桩胶结:仪器分析。
由于蛀牙的存在、广泛的保守修复、修复体的准备或牙釉质-牙本质断裂而导致的牙物质的损失,通常会导致牙髓治疗中元素的重要结构弱化(1-15)。因此,在冠状重建中使用根管内桩是必要的。目前可用的矿物纤维桩和环氧树脂,用树脂水泥固定,由于其出色的集成性,超越了重建的概念,即异质材料的组装,根据类似的灵活性模块排列均匀材料(16-18)。这样可以得到一个“后牙本质水泥单块”,这是理想的形态功能牙齿复位(19-35)。我们实验研究的目的是通过观察它们与水泥和牙科材料的关系来分析和比较目前可用的相同桩的表面特征(36-44)。
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来源期刊
CiteScore
2.20
自引率
15.60%
发文量
0
审稿时长
6 months
期刊介绍: Journal of Biological Regulators & Homeostatic Agents (IF 1.397) is a peer-reviewed journal published every 2 months. The journal publishes original papers describing research in the fields of experimental and clinical medicine, molecular biology, biochemistry, regulatory molecules, cellular immunology and pharmacology.
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