Treatment methods of deep caries in immature permanent teeth

Q4 Medicine
Anna Szufnara, Sylwia Majewska-Beśka, J. Szczepanska
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引用次数: 1

Abstract

Caries was qualified by UN as non-communicable disease – NCD. It can be avoided by preventive measures. Especially, deep caries lesions in immature permanent teeth constitute a serious clinical problem for contemporary pediatric dentistry. It is caused by a different anatomical and histological structure compared to mature permanent teeth. The aim of the study was to present contemporary methods of deep caries treatment in histologically and morphologically immature teeth with currently used materials. The literature review was based on Pubmed and Elsevier databases (2005-2018) and two articles out-of-range. The search criteria were: “caries”, “remineralization”, “indirect capping” and “immature teeth”. Development in medicine and biomedical science leads to creating more modern procedural records when it comes to deep caries treatment. They are based on minimally invasive dentistry. Development of bioengineering enables creation of more biocompatible materials which do not have irritating influence on dental pulp. These materials allow deeper remineralization of dental tissues. Deep caries treatment still involves usage of restorations with calcium hydroxide, zinc oxide with eugenol and glass ionomers. Good cooperation with patient, prospects of early diagnosis, and regular examinations of treated teeth have great impact on success of treatment. Further research on methods of diagnosis and treatment needs to be carried out. They should allow regeneration of early qualitative changes to avoid quantitative damages in a tooth’s hard tissue.
未成熟恒牙深龋的治疗方法
Caries被联合国认定为非传染性疾病。采取预防措施是可以避免的。特别是,未成熟恒牙的深龋病变对当代儿童牙科来说是一个严重的临床问题。与成熟的恒牙相比,它是由不同的解剖和组织结构引起的。本研究的目的是介绍用目前使用的材料治疗组织学和形态学未成熟牙齿深龋的现代方法。文献综述基于Pubmed和Elsevier数据库(2005-2018)以及两篇超出范围的文章。搜索标准为:“龋齿”、“再矿化”、“间接覆盖”和“未成熟牙齿”。随着医学和生物医学的发展,在深龋治疗方面创造了更多的现代程序记录。它们基于微创牙科。生物工程的发展使得能够创造出对牙髓没有刺激性影响的更具生物相容性的材料。这些材料允许对牙齿组织进行更深层次的再矿化。深龋治疗仍然包括使用氢氧化钙、丁香酚氧化锌和玻璃离聚物进行修复。与患者的良好合作、早期诊断的前景以及对治疗牙齿的定期检查对治疗的成功有很大影响。需要对诊断和治疗方法进行进一步的研究。它们应该允许早期质量变化的再生,以避免牙齿硬组织的定量损伤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
New Medicine
New Medicine Medicine-General Medicine
CiteScore
0.10
自引率
0.00%
发文量
0
审稿时长
12 weeks
期刊介绍: - New Medicine is indexed in Index Copernicus (IC value 6.60) and registered in Embase/Excerpta Medica. - It is published in English and some issues in other languages. - New Medicine covers a broad spectrum of disciplines. - New Medicine is sent to national and medical libraries in several countries all over the world and to some libraries and institutions in Poland. It is also present on medical conferences. - New Medicine is published under the patronage of Polish Society of Health Education.
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