Objective: To examine the pH response to an acidic challenge in site-specific plaque following a six-week period of using toothpaste consisting of 1.5% arginine and 1450 ppm fluoride or just using 1450 ppm fluoride toothpaste alone, in relation to caries. Methods: Thirty-three healthy adults with no caries (caries-free) or ≥1 current manifest lesion (caries) participated in the study. Interproximal plaque-pH was measured in four sites. Two-weeks after professional cleaning, pH-measurements were performed before and up to 15-min after a 1-min rinse with 10 ml of a 10% sucrose solution. This procedure was repeated after a 6-week test period of using randomly selected toothpaste with 1.5% arginine and fluoride or with fluoride alone. The stimu...
Consumption of acidic beverages is a frequent occurrence for many dental patients causing an increas...
This study was performed to evaluate the effect of a glucose rinse and of plaque accumulation on pH ...
AbstractObjectiveTest the ability of acidic fluoridated solutions to enhance fluoride (F) bound on b...
In spite of obvious achievements in prevention, caries remains a prevalent disease. Fluorides are ef...
Caries lesions develop when acid production from bacterial metabolism of dietary carbohydrates outwe...
To investigate the neutralising effects of subsequent arginine bicarbonate rinse on sucrose-induced ...
Objectives The aim of the present study was to measure the effects of a 5,000-ppm F toothpaste on ca...
The study aimed to compare the remineralization capacity of toothpastes containing arginine by surfa...
PURPOSE The effects of arginine as a toothpaste additive were assessed on oral streptococci with ...
The pH response of the dental biofilm after a sugar challenge can be considered to mirror the acidog...
Objective: This study evaluated whether sodium bicarbonate applied on the oral mucosa through a new ...
Acidic dentifrices have been shown to be more effective than neutral ones against dental caries usin...
The anticaries effect of fluoride (F) toothpaste containing 1100 µg F/g in reducing enamel demineral...
ABSTRACT Arginine is an important pH-elevating agent in the oral cavity. It has been incorporated in...
Enamel demineralization is associated with decrease in saliva pH due to fermentation of sugar by ora...
Consumption of acidic beverages is a frequent occurrence for many dental patients causing an increas...
This study was performed to evaluate the effect of a glucose rinse and of plaque accumulation on pH ...
AbstractObjectiveTest the ability of acidic fluoridated solutions to enhance fluoride (F) bound on b...
In spite of obvious achievements in prevention, caries remains a prevalent disease. Fluorides are ef...
Caries lesions develop when acid production from bacterial metabolism of dietary carbohydrates outwe...
To investigate the neutralising effects of subsequent arginine bicarbonate rinse on sucrose-induced ...
Objectives The aim of the present study was to measure the effects of a 5,000-ppm F toothpaste on ca...
The study aimed to compare the remineralization capacity of toothpastes containing arginine by surfa...
PURPOSE The effects of arginine as a toothpaste additive were assessed on oral streptococci with ...
The pH response of the dental biofilm after a sugar challenge can be considered to mirror the acidog...
Objective: This study evaluated whether sodium bicarbonate applied on the oral mucosa through a new ...
Acidic dentifrices have been shown to be more effective than neutral ones against dental caries usin...
The anticaries effect of fluoride (F) toothpaste containing 1100 µg F/g in reducing enamel demineral...
ABSTRACT Arginine is an important pH-elevating agent in the oral cavity. It has been incorporated in...
Enamel demineralization is associated with decrease in saliva pH due to fermentation of sugar by ora...
Consumption of acidic beverages is a frequent occurrence for many dental patients causing an increas...
This study was performed to evaluate the effect of a glucose rinse and of plaque accumulation on pH ...
AbstractObjectiveTest the ability of acidic fluoridated solutions to enhance fluoride (F) bound on b...