The effect of A.S. & toothpastes on enamel after exposure to Coca-Cola - Qibi, Lekaa Hashim Salim;Qasim, Aisha Akram
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The purpose of this in vitro study was to evaluate the effect of artificial saliva and four different dental toothpastes (1100 ppm Sodium Fluoride, 1450 ppm Sodium Fluoride, 1450 ppm Sodium monofluorophosphate and 1450 ppm Stannous Fluoride) on the surface roughness, surface microhardness of human dental enamel that exposed and non exposed to Coca-Cola soft drink an in vitro study in five days cycle. The Coca-Cola had the most erosive potential effect on enamel surface than other soft drinks, causing dental erosion, so simply in this book concentration on the beneficial effect of artificial…mehr

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Produktbeschreibung
The purpose of this in vitro study was to evaluate the effect of artificial saliva and four different dental toothpastes (1100 ppm Sodium Fluoride, 1450 ppm Sodium Fluoride, 1450 ppm Sodium monofluorophosphate and 1450 ppm Stannous Fluoride) on the surface roughness, surface microhardness of human dental enamel that exposed and non exposed to Coca-Cola soft drink an in vitro study in five days cycle. The Coca-Cola had the most erosive potential effect on enamel surface than other soft drinks, causing dental erosion, so simply in this book concentration on the beneficial effect of artificial saliva and some toothpastes against dental erosion after exposure to Coca-Cola by studying dental enamel surface roughness & microhardness changes.
Autorenporträt
Master in Preventive Dentistry 2017; B.D.S. from Mosul Dentistry College 2007; Assistant Lecturer in Pediatric Orthodontic Preventive Branch, Mosul Dentistry College 2017; Resident Dentist in Pediatric Orthodontic Preventive Branch, Mosul Dentistry College, Iraqi Higher Education Ministry 2009; Resident Dentist in Iraqi Health Ministry 2008