Histological Techniques for the Study of the Dentogingival Junction: A Scoping Review Using the Anatomical Quality Assurance Checklist (AQUA)

IF 0.5
J. Correa-Aravena, B. Vásquez, T. Otzen, C. Manterola, N. Ottone
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Abstract

SUMMARY: The dentogingival junction (DGJ) is an adaptation of the oral mucosa composed of epithelial and connective tissues intimately related with the mineralised tissues of the tooth. The histological evidence available is mainly based on studies in animals, separate evaluations of hard and soft tissues, and studies using conventional histological techniques that eliminate the enamel from preparations. The aim of this study was to carry out a review of the existing evidence on histological techniques available for study of the tooth and periodontium in conjunction in humans. A scoping review was carried out of the available literature referring to study of the tooth and the periodontium in conjunction in humans, in the Web of Science (WoS), EMBASE, Scopus and SciELO databases, using the terms "Histological Techniques"[Mesh]) and "Epithelial Attachment"[Mesh]. One hundred and fifty-nine articles were found, of which 54 were selected for full-text reading. Ten were finally included in the qualitative synthesis, and we applied the Anatomical Quality Assurance (AQUA) checklist for analysis the methodological quality of the selected articles. The results showed that the only articles with a low risk of bias in all five domains according to the AQUA criteria corresponded to Silva et al . (2011) and Agustín-Panadero et al . (2020). Finally, we conclude that the quality of the histological sections to observe tissues that simultaneously contain the tooth and the periodontium, is conditioned by the selected technique and by the care required in certain specific tasks during the histological processing of the samples.
牙-牙龈连接研究的组织学技术:应用解剖质量保证检查表(AQUA)的范围界定综述
摘要:牙冠交界处(DGJ)是口腔粘膜的一种适应,由与牙齿矿化组织密切相关的上皮和结缔组织组成。现有的组织学证据主要基于对动物的研究、对硬组织和软组织的单独评估,以及使用传统组织学技术从制剂中去除牙釉质的研究。本研究的目的是对可用于研究人类牙齿和牙周组织的组织学技术的现有证据进行综述。在科学网(WoS)、EMBASE、Scopus和SciELO数据库中,使用术语“组织学技术”[Mesh]和“上皮附着”[Mesh,对涉及人类牙齿和牙周组织研究的现有文献进行了范围界定审查。共发现一百五十九篇文章,其中54篇被选为全文阅读。10篇最终被纳入定性综合,我们应用解剖质量保证(AQUA)检查表来分析所选文章的方法学质量。结果表明,根据AQUA标准,在所有五个领域中唯一具有低偏倚风险的文章与Silva等人。(2011)和Agustín-Panadero等人。(2020)。最后,我们得出结论,观察同时包含牙齿和牙周组织的组织学切片的质量取决于所选择的技术以及样本组织学处理过程中某些特定任务所需的护理。
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