Recently, a novel antibacterial fluoride dentifrice containing stannous fluoride and sodium hexametaphosphate (CrestPRO-HEALTH) was introduced. A digital plaque image analysis (DPIA) technique was used to quantify in situ plaque formation in a population carrying out a phased intervention protocol that included: (1) an initial treatment regimen including toothbrushing with standard sodium fluoride dentifrice in conventional bid brushing, (2) a second treatment regimen where a modified hygiene regimen was applied using standard sodium fluoride dentifrice including a period of 24 hours of non-brushing, and (3) a third treatment regimen where the 24-hour non-brushing regimen was continued using the antimicrobial stannous fluoride/sodium hexametaphosphate dentifrice. The quantitative evaluation of plaque formation was assessed in morning measurements following either standard evening hygiene (treatment period 1) or 24 hours since brushing (treatment periods 2 and 3). Post-brushing plaque measurements were also taken in each treatment regimen. Sixteen subjects completed all three treatment regimens with no side effects or oral complaints. Morning plaque coverage in treatment period 1 was 13.3%. Plaque coverage significantly increased in treatment period 2 when pre-bedtime brushing was discontinued, with 24-hour growth covering 18.4% of the dentition. Intervention of the antimicrobial stannous fluoride/hexametaphosphate dentifrice in treatment period 3 provided significant inhibition of plaque regrowth over 24 hours (15.2% coverage, a 17% reduction vs. sodium fluoride dentifrice control). These results support the strong retention and lasting antimicrobial efficacy of high stabilized stannous fluoride/sodium hexametaphosphate dentifrices.
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Clin Oral Investig
December 2024
Oral Health Research Institute, Indiana University School of Dentistry, 415 Lansing Street, Indianapolis, IN, 46202-2876, USA.
Objectives: Daily-use fluoride products are first-line protection against enamel wear from dietary-acid exposure (DAE). This study aimed to understand effects of fluoride concentration, fluoride salt, product form and ingredients in daily-use products on remineralisation and demineralisation, via network meta-analysis (NMA) of 14 studies using one well-established in-situ model. Remineralisation (surface-microhardness recovery, SHMR) after treatment, and protection against subsequent demineralisation (acid-resistance ratio, ARR) were measured.
View Article and Find Full Text PDFObjectives: The aim of the study was to investigate the caries-preventive effect of fluoride-free toothpastes, containing either herbal agents or (nano-)hydroxyapatite.
Methods: Bovine dentin specimens each having a sound [ST], and a demineralized area [DT]) were prepared and randomly allocated to eleven groups (n=187). Treatments during pH-cycling (28 days;6x120min demineralization/day) were brushing 2x/day with: 0ppm F- [NaF0], 500ppm F- [NaF500], 1,100ppm F- [NaF1100], grape seed extract [GSE], (nano-)hydroxyapatite [nHA, HA], melaleuca oil [MO1, MO2, MO-CU] and propolis + myrrh [PM1, PM2] containing dentifrices.
Braz Oral Res
December 2024
Universidad El Bosque, Caries Research Unit - Unica, Research Department, Bogotá, Colombia.
BMC Oral Health
December 2024
Faculty of Dentistry, Department of Restorative Dentistry, Ondokuz Mayıs University, Samsun, Turkey.
Background: The increase in the prevalence of erosion lesions worldwide has led researchers to develop effective toothpastes with different ingredients to prevent erosion that can protect the tooth surface against acid attacks. There remains a lack of consensus in the literature regarding which toothpaste formulation exhibits the most effective preventive action against erosive tooth wear, highlighting the necessity for further investigation in this field. This study aimed to evaluate the preventive effect of brushing with toothpastes with different ingredients on enamel and dentine erosion.
View Article and Find Full Text PDFClin Oral Investig
November 2024
Department for Biomedical and Neuromotor Sciences, DIBINEM, University of Bologna, Via San Vitale 59, 40125, Bologna, Italy.
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