[Cleanliness of the walls of root canals in teeth with incomplete development of root, rinsed with 2% chlorexidine. A SEM study].

Mariusz Lipski, Damian Lichota, Maciej Górski, Włodzimierz Dura, Agnieszka Droździk
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Abstract

Introduction: The aim of the study was to evaluate the cleanliness of the walls of root canals with incomplete development of root, whose lumen was rinsed with 2% chlorhexidine solution during mechanical preparation.

Material and methods: Use was made of 8 maxillary premolar teeth with a single root canal and with incomplete development of the root apex (the teeth were removed during the growing stage for orthodontic reasons). The coronal and middle parts of the canals were instrumented using Gates-Glidden no. 3 and 4 drills, and the apical section with the help of Hedstroem size 50-80 files. During instrumentation of the canals irrigation was carried out using 2% chlorhexidine solution. Irrigating solution, volume 2 mL, was introduced into the canal with the use of a syringe and an endodontic needle after using each instrument, and 5 mL volume after complete instrumentation of the canal.

Results: Observations using a scanning electron microscope with x200 and x1000 magnification showed relatively effective removal of pulp remains and dentine chips, and the presence of a thick smear layer covering the canal walls throughout their length. Statistical analysis did not show significant differences in the degree of cleaning of particular sections of the canals.

Conclusion: The presence of the smear layer in canals irrigated with chlorhexidine is evidence that it does not have properties for it to be dissolved, and this dictates the necessity of using chelating agents.

根发育不全的牙齿根管管壁的清洁,用2%氯胺冲洗。扫描电镜研究]。
简介:本研究的目的是评估根发育不完全的根管管壁的清洁度,在机械制备过程中,用2%氯己定溶液冲洗管腔。材料和方法:使用8颗根管单一、根尖发育不全的上颌前磨牙(由于正畸原因在生长阶段拔除)。冠状和中间部分的管道使用Gates-Glidden no进行仪器测量。3和4个钻头,并用Hedstroem尺寸为50-80的锉刀进行顶端切割。在器械过程中,使用2%氯己定溶液进行冲洗。每台器械使用后,用注射器和根管针注入灌洗液,灌洗液体积为2ml,灌洗液体积为5ml,灌洗液体积为5ml。结果:扫描电镜(x200和x1000倍)观察发现,牙髓残留和牙本质碎片被相对有效地去除,并且在根管壁上覆盖了一层厚厚的涂抹层。统计分析并没有显示在运河特定部分的清洁程度上有显著差异。结论:氯己定灌胃管中存在涂片层,说明氯己定不具有溶解性,说明使用螯合剂的必要性。
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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