In this article, the erosion effect of a newly developed soft drink available in 3 different flavours is compared with the erosion effect of some common soft drinks. Several basic parameters of the soft drinks were determined: pH, titratable acidity, and the calcium as well as phosphate concentration.Three methods were used to assess in vitro the erosion depth of the soft drinks in enamel specimens. Erosion depth is defined as the mean height of lost enamel. The methods used were atomic absorption spectroscopy for calcium loss, a colorimetric ammonium molybdate method for phosphate loss and non-contact profilometry for enamel volume loss. The newly developed soft drink realized statistically significantly less erosion depth when compared wi...
Background/Aim: The chemical nature of soft drinks is acidic, so they possess the capacity to cause ...
Background/Aim. Excessive consumption of acidic dietary substances, such as carbonated beverages, in...
The influence of beverage composition on the measurement of erosive potential is unclear. The aim of...
In this article, the erosion effect of a newly developed soft drink available in 3 different flavour...
Background/PurposeMost soft drinks are acidic in nature. Regular consumption of these drinks may res...
Background/Purpose: Most soft drinks are acidic in nature. Regular consumption of these drinks may r...
This in vitro study was to evaluate the erosive potential of four soft drinks at different times on ...
PubMed ID: 23892498Objective: The objective of this in vitro study was to investigate the effect of ...
Alcoholic soft drinks have become increasingly popular and have high concentrations of citric acid a...
Acidic soft drinks are potentially erosive for dental hard tissues. This in vitro study evaluated th...
Background: Dental erosion is highly prevalent today, and acidic drinks are thought to be an importa...
We have analyzed the loss of enamel and dentine after exposure to different non-alcoholic drinks wit...
Objective: Beverage acidity has been measured routinely using the pH value. However, titratable acid...
We have analyzed the loss of enamel and dentine after exposure to different non-alcoholic drinks wit...
This research aimed to estimate the erosive potential of 14 beverages – 11 nonalcoholic drinks (five...
Background/Aim: The chemical nature of soft drinks is acidic, so they possess the capacity to cause ...
Background/Aim. Excessive consumption of acidic dietary substances, such as carbonated beverages, in...
The influence of beverage composition on the measurement of erosive potential is unclear. The aim of...
In this article, the erosion effect of a newly developed soft drink available in 3 different flavour...
Background/PurposeMost soft drinks are acidic in nature. Regular consumption of these drinks may res...
Background/Purpose: Most soft drinks are acidic in nature. Regular consumption of these drinks may r...
This in vitro study was to evaluate the erosive potential of four soft drinks at different times on ...
PubMed ID: 23892498Objective: The objective of this in vitro study was to investigate the effect of ...
Alcoholic soft drinks have become increasingly popular and have high concentrations of citric acid a...
Acidic soft drinks are potentially erosive for dental hard tissues. This in vitro study evaluated th...
Background: Dental erosion is highly prevalent today, and acidic drinks are thought to be an importa...
We have analyzed the loss of enamel and dentine after exposure to different non-alcoholic drinks wit...
Objective: Beverage acidity has been measured routinely using the pH value. However, titratable acid...
We have analyzed the loss of enamel and dentine after exposure to different non-alcoholic drinks wit...
This research aimed to estimate the erosive potential of 14 beverages – 11 nonalcoholic drinks (five...
Background/Aim: The chemical nature of soft drinks is acidic, so they possess the capacity to cause ...
Background/Aim. Excessive consumption of acidic dietary substances, such as carbonated beverages, in...
The influence of beverage composition on the measurement of erosive potential is unclear. The aim of...