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首页> 外文期刊>Journal of Clinical and Diagnostic Research >Comparative Evaluation of Antimicrobial Efficacy, Depth of Penetration into Dentinal Tubules and Effect on Microhardness of Root Dentin by Sodium Hypochlorite, Neem Extract and Gau Ark as a Root Canal Irrigants An In-vitro Study
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Comparative Evaluation of Antimicrobial Efficacy, Depth of Penetration into Dentinal Tubules and Effect on Microhardness of Root Dentin by Sodium Hypochlorite, Neem Extract and Gau Ark as a Root Canal Irrigants An In-vitro Study

机译:对抗微生物疗效的比较评价,渗透管渗透深度和次氯酸钠的根牙本质的微硬度对根茎灌注剂的影响,作为根管灌溉剂在体外研究中

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Disinfection of root canals can be done using intracanal irrigants. Sodium hypochlorite or NaOCL is amongst the most commonly used endodontic irrigants. Due to disadvantages of NaOCl, there is a need to identify a more biocompatible irrigant.Aim: To evaluate the antibacterial efficacy, depth of penetration into dentinal tubules and effect on microhardness of root dentin when NaOCl, Neem extract, Gau ark and Normal saline used as an irrigant against Enterococcus faecalis.Materials and Methods: Prepared Neem leaf extract, 3% NaOCl, Gau ark, Normal saline, Brain Heart Infusion (BHI) broth and BHI Agar were used in the present in-vitro study conducted from August 2019- October 2019. Antimicrobial efficacy was measured by agar well diffusion method on ten petriplates. After access opening and biomechanical preparation, each tooth sample was irrigated with 5ml of irrigant. Samples were decoronated and roots were split along the longitudinal axis to check penetration depth of irrigants under stereomicroscope for 40 teeth samples. After preparation of 40 teeth sample, 2 mm dentin discs prepared were embedded in acrylic resin. Microhardness was checked under Vickers microhardness tester after samples were irrigated. Statistical Analysis of Variance and Tukey post-hoc test were used.Results: Zones of inhibition were highest with NaOCl (7.66 mm). Irrigants penetration depth into dentinal tubules was significant with NaOCl with average value 0.35 mm. Microhardness of root dentin of saline was 145.90 VHN, followed by Neem 136.59 VHN which was then followed by Gau ark 123.05 VHN hence, Neem has lesser effect on microhardness value as compared to NaOCl and Gau ark. There was statistically significant difference among four groups regarding antimicrobial efficacy, depth of penetration into dentinal tubules and microhardness of root dentin.Conclusion: Neem extract showed significant antimicrobial property as compared to Gau ark and normal saline, good penetration depth and less effect on microhardness of root dentin. Herbal irrigant like Neem extract can be used as a root canal irrigant.
机译:可以使用胎儿灌溉剂来完成根系管状的消毒。次氯酸钠或NaoCl是最常用的牙髓式灌溉剂中。由于NaoCl的缺点,需要鉴定更加生物相容性的灌溉剂。目的:评估抗菌效果,渗透深度进入牙本质小管的深度,并对根牙本质的微硬度影响NaoCl,Neem提取物,Gau Ark和用作对肠球菌粪便的冲洗剂。材料和方法:制备的雷姆叶提取物,3%NaoCl,Gau Ark,正常盐水,脑心脏输注(Bhi)肉汤和Bhi琼脂在体外使用2019年8月至2019年10月进行的研究。抗微生物疗效通过琼脂井扩散法测量十个是一倍的抗磷酸酯。在进入开口和生物力学制剂之后,用5mL的灌溉灌溉每个牙齿样品。样品沿着纵向轴线分开,根部分裂,以检查立体分析器下的灌溉剂的渗透深度40颗牙齿样品。制备40颗牙齿样品后,将制备的2mM牙本质盘嵌入丙烯酸树脂中。在灌溉样品后,在Vickers显微硬度测试仪下检查显微硬度。使用统计分析和牙龈后HOC试验。结果:NaoCl(7.66mm)的抑制区最高。冲洗剂渗透深度进入牙本质小管与NaoCl具有平均值0.35mm的NaoCl显着。生理盐水根牙本质的微硬度为145.90 VHN,其次是Neem 136.59 VHN,然后是Gau Ark 123.05 VHN,与NaoCl和Gau Ark相比,Neem对显微硬度值较小。四组关于抗微生物疗效,渗透深度渗透到根牙本质的微硬度的统计学意义差异。结论:与GAU方舟和正常盐水相比,Neem提取物显示出显着的抗微生物性质,良好的渗透深度和效果较少关于根牙本质的微硬度。像雷尼萃取物如草药灌溉剂可用作根管灌溉用品。

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