Effect of Polyols on Phosphorus-Containing Calcium Fluoride Deposition on Hydroxyapatite Surfaces

The present study investigated how polyols (sugar alcohols) affect the formation of calcium fluoride (CaF2) in the presence of fluoride on synthetic hydroxyapatite (HA) as a model of tooth enamel. HA plates were immersed in sugar alcohol solutions containing 10-60 (w/w)% xylitol, D-sorbitol, or glyc...

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Published in:Journal of Hard Tissue Biology 2018/01/01, Vol.27(1), pp.34-38
Main Authors: Tsutsui, Sei, Anada, Takahisa, Shiwaku, Yukari, Yamagishi, Atsushi, Suzuki, Osamu
Format: Article
Language:English
Subjects:
Alcohols
Calcium
Calcium fluoride
D-Sorbitol
Dental caries
Dental enamel
Deposition
Dissolution
Enamel
Fluoride
Fluorides
Glycerol
Hydroxyapatite
Phosphorus
Polyols
Remineralization
Sorbitol
Sugar
Teeth
Xylitol
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Anada, Takahisa
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description The present study investigated how polyols (sugar alcohols) affect the formation of calcium fluoride (CaF2) in the presence of fluoride on synthetic hydroxyapatite (HA) as a model of tooth enamel. HA plates were immersed in sugar alcohol solutions containing 10-60 (w/w)% xylitol, D-sorbitol, or glycerol and 1000 ppm fluoride at room temperature to analyze CaF2 formation on the surfaces. Only glycerol enhanced fluoride incorporation significantly and induced a nanoscale spherical deposition on the HA surface composed of calcium, fluoride, and a small amount of phosphorous according to energy-dispersive X-ray spectroscopic analysis. Overall results suggest that glycerol is capable of dissolving HA surfaces and enhancing phosphorous-containing CaF2 deposition, which can potentially prevent dental caries through the enhanced remineralization of enamel surfaces. Thus, fluoride may be involved in controlling the entire process of CaF2 deposition, dissolution, and remineralization of enamel.
doi_str_mv 10.2485/jhtb.27.34
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HA plates were immersed in sugar alcohol solutions containing 10-60 (w/w)% xylitol, D-sorbitol, or glycerol and 1000 ppm fluoride at room temperature to analyze CaF2 formation on the surfaces. Only glycerol enhanced fluoride incorporation significantly and induced a nanoscale spherical deposition on the HA surface composed of calcium, fluoride, and a small amount of phosphorous according to energy-dispersive X-ray spectroscopic analysis. Overall results suggest that glycerol is capable of dissolving HA surfaces and enhancing phosphorous-containing CaF2 deposition, which can potentially prevent dental caries through the enhanced remineralization of enamel surfaces. 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subjects Alcohols
Calcium
Calcium fluoride
D-Sorbitol
Dental caries
Dental enamel
Deposition
Dissolution
Enamel
Fluoride
Fluorides
Glycerol
Hydroxyapatite
Phosphorus
Polyols
Remineralization
Sorbitol
Sugar
Teeth
Xylitol
title Effect of Polyols on Phosphorus-Containing Calcium Fluoride Deposition on Hydroxyapatite Surfaces
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