American journal of dentistry · 2015
Evaluation of two disinfection/sterilization methods on silicon rubber-based composite finishing instruments.
Сравнительное исследованиеОценочное исследованиеСтатьяПоддержка исследования: вне правительства СШАНазвание и аннотация: Перевод в очереди
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Lacerda Vánia A, Pereira Leandro O, Hirata JUNIOR Raphael, Perez Cesar R
Аннотация
PURPOSE: To evaluate the effectiveness of disinfection/sterilization methods and their effects on polishing capacity, micomorphology, and composition of two different composite fiishing and polishing instruments.
METHODS: Two brands of finishing and polishing instruments (Jiffy and Optimize), were analyzed. For the antimicrobial test, 60 points (30 of each brand) were used for polishing composite restorations and submitted to three different groups of disinfection/sterilization methods: none (control), autoclaving, and immersion in peracetic acid for 60 minutes. The in vitro tests were performed to evaluate the polishing performance on resin composite disks (Amelogen) using a 3D scanner (Talyscan) and to evaluate the effects on the points' surface composition (XRF) and micromorphology (MEV) after completing a polishing and sterilizing routine five times.
RESULTS: Both sterilization/disinfection methods were efficient against oral cultivable organisms and no deleterious modification was observed to point surface.
METHODS: Two brands of finishing and polishing instruments (Jiffy and Optimize), were analyzed. For the antimicrobial test, 60 points (30 of each brand) were used for polishing composite restorations and submitted to three different groups of disinfection/sterilization methods: none (control), autoclaving, and immersion in peracetic acid for 60 minutes. The in vitro tests were performed to evaluate the polishing performance on resin composite disks (Amelogen) using a 3D scanner (Talyscan) and to evaluate the effects on the points' surface composition (XRF) and micromorphology (MEV) after completing a polishing and sterilizing routine five times.
RESULTS: Both sterilization/disinfection methods were efficient against oral cultivable organisms and no deleterious modification was observed to point surface.
Предметные рубрики MeSH
Aluminum OxideCarbon Compounds, InorganicComposite ResinsDental DisinfectantsDental MaterialsDental PolishingDental Restoration, PermanentDisinfectionEquipment ContaminationHot TemperatureHumansImaging, Three-DimensionalImmersionPeracetic AcidSilicon CompoundsSilicon DioxideSilicone ElastomersSterilizationSurface PropertiesTime Factors