牙周内病变的治疗方案:一项综合综述

J. Nascimento, Luana D'Paula Lima Jovino, Ítalo Coelho de Pinho Prestes
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引用次数: 0

摘要

在牙科,各种组织和骨骼的变化和炎症被识别和研究。其中一种变化是特别的病变,它既影响牙齿的支撑组织,称为牙周病,也影响牙髓,牙髓是位于牙齿最深处的软组织,那里有许多神经,血管密集。这些变化被称为牙周内病变,它可以由多种因素引起,主要是由这些结构之间的连接引起的,直接导致一个结构对另一个结构的干扰,因为一个结构可以引起另一个结构,反之亦然。因此,本研究的目的是分析每一种牙周内改变的最佳治疗方案,根据其原因,以获得更充分的诊断,避免对患者的未来伤害。为此,研究人员从2011年至2021年的“Pubmed”数据库、临床病例、病例系列、临床试验和体外研究中筛选了21篇文章,排除了重复文章、文献综述文章、荟萃分析和那些没有进行至少6个月评估的文章。在阅读了这些文章后,确定了不同的手术损伤治疗方案,例如:使用臭氧气体(主要协助愈合过程),使用钛制备的富含血小板的纤维蛋白(T-PRF),组织再生引导(GTR),血小板衍生物(纤维蛋白和血浆)与生物活性玻璃和矿物三氧化物聚集体(MTA)结合的再生能力。由此得出的结论是,所有这些替代方案都显示出积极的效果,相互协作,形成了有效的治疗方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Alternativas de tratamento para lesões endoperiodontais: uma revisão integrativa
Within dentistry, various tissue and bone changes and inflammations are identified and studied. One of these changes is specifically the lesions that affect both the supporting tissues of the tooth, called periodontal disease, and the pulp, which is a soft tissue located in the deepest part of the tooth, where there are many nerves and is highly vascularized. These changes are called endoperiodontal lesions, which can be caused by several factors and mainly by the connection between these structures, directly causing the interference of one in the other, since one can cause the other and vice versa. Thus, the objective of the present study is to analyze what is the best treatment alternative for each endoperiodontal alteration, according to its cause, in order to obtain a more adequate diagnosis and avoid future damage to the patient. To this end, articles were examined in the “Pubmed” database between 2011 and 2021, clinical cases, case series, clinical trials and in vitro studies, with 21 articles selected for the study, excluding repeated articles, review articles from literature, meta-analyzes and those that did not present at least six months of evaluation. After reading these articles, different treatment alternatives for endoperative injuries were identified, such as: the use of ozone gas (mainly assisting in the healing process), the use of platelet-rich fibrin prepared with titanium (T-PRF), tissue regeneration guided (GTR), the regenerative capacity of the combination of platelet derivatives (fibrin and plasma) with bioactive glass and the mineral trioxide aggregate (MTA). With that, it was concluded that all these alternatives showed positive results, collaborating for an effective treatment
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