2007
DOI: 10.1016/j.joen.2006.11.025
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Determination of the Performance of Various Root Canal Disinfection Methods after In Situ Carriage

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Cited by 37 publications
(39 citation statements)
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References 17 publications
(14 reference statements)
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“…This in vivo study evaluated the antimicrobial effect of intracanal ozone treatment which can be used as adjunct to chemomechanical canal preparation. The results clearly showed the superiority of additional ozone treatment in comparison to chemomechanical preparation and can be compared and confirmed by the numerous studies, which have proven a powerful antimicrobial effect of ozone applied in the root canal (30,31,32,29) with the best performance achieved by the use of ozone in the root canal in which there is minimal smear organic debris (33). Disinfection agents such as NaOCl require direct contact with the bacteria which is often impossible in peripheral areas of the root canal such as anasnakon svakog brisa.…”
Section: Discussionsupporting
confidence: 57%
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“…This in vivo study evaluated the antimicrobial effect of intracanal ozone treatment which can be used as adjunct to chemomechanical canal preparation. The results clearly showed the superiority of additional ozone treatment in comparison to chemomechanical preparation and can be compared and confirmed by the numerous studies, which have proven a powerful antimicrobial effect of ozone applied in the root canal (30,31,32,29) with the best performance achieved by the use of ozone in the root canal in which there is minimal smear organic debris (33). Disinfection agents such as NaOCl require direct contact with the bacteria which is often impossible in peripheral areas of the root canal such as anasnakon svakog brisa.…”
Section: Discussionsupporting
confidence: 57%
“…U ovoj studiji in vivo proučavao se antimikrobni učinak intrakanalne primjene ozona koji se može rabiti kao nadopuna klasičnoj kemijsko-mehaničkoj obradi kanala. Rezultati jasno pokazuju prednosti dodatnog korište-nja ozona u odnosu na kemijsku i mehaničku obradu korijenskih kanala i mogu se usporediti s mnogim studijama koje su dokazale snažan antimikrobni učinak ozona korištenog u korijenskom kanalu (30,31,32,29), pri čemu se najbolji učinak postiže kada se ozon uporablja u kanalu s minimalno zaostalog organskog debrisa (33). Sredstva za dezinfekciju, tomoses, lateral canals or the most apical part of the main root canal (12) and final irrigation using ozone ultrasonic instruments or a combination of ozone water and ozone gas leakage through the root canal can help reducing the bacteria.…”
Section: Raspravaunclassified
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“…An in situ method to establish root canal infection was described earlier (13,14); it involves individual sectional specimen holders that house 3-4 roots each. In brief, after impression taking from volunteers' maxillary arches and pouring of plaster models, polymethylmethacrylate appliances were fabricated and fitted so that that they could be placed buccally in the maxillary molar region without interfering with occlusion and articulation.…”
Section: Methodsmentioning
confidence: 99%
“…Por tanto, todos os estudos sobre a efetividade antimicrobiana das soluções irrigadoras devem ser conduzidos com bactérias na forma de biofilme. (CHAVEZ DE PAZ, 2007) Ate o presente, poucos estudos avaliando a capacidade antibacteriana das soluções irrigadoras contra biofilmes formados na cavidade oral, tem sido publicados (VIRTEJ et al, 2007). Além disso, não e muito claro se os biofilmes bacterianos são intrinsecamente resistentes aos compostos utilizados durante o preparo químico-mecânico como o hipoclorito de sódio ou se a atividade antimicrobiana é afetada por fatores anatômicos ou outras variáveis como tempo, concentração ou volume do antimicrobiano os quais possam interferir numa apropriada ação das soluções irrigadoras.…”
Section: Dados Curricularesunclassified