The influence of a hexametaphosphate-containing chewing gum on the wetting ability of salivary conditioning films in vitro and in vivo.
HC Van der Mei, HJ Kamminga-Rasker… - The Journal of clinical …, 2003 - europepmc.org
OBJECTIVE: Adsorbed conditioning films of salivary components on dental enamel surfaces
or pellicles form the interface between teeth and the oral environment. The wetting ability of
salivary conditioning films dictates biological adhesion phenomena such as plaque
formation, calcification and staining, and also influences mouth perception through effects
on lubricity. This study assessed the effects of hexametaphosphate release from a chewing
gum matrix on the wetting ability of salivary conditioning films in vitro and in vivo …
or pellicles form the interface between teeth and the oral environment. The wetting ability of
salivary conditioning films dictates biological adhesion phenomena such as plaque
formation, calcification and staining, and also influences mouth perception through effects
on lubricity. This study assessed the effects of hexametaphosphate release from a chewing
gum matrix on the wetting ability of salivary conditioning films in vitro and in vivo …
[PDF][PDF] The Influence of a Hexametaphosphate-Containing Chewing Gum on the Wetting Ability of Salivary Conditioning Films In Vitro and In Vivo
M HC, HJ Kamminga-Rasker, JVHJ Busscher… - researchgate.net
Objective: Adsorbed conditioning films of salivary components on dental enamel surfaces or
pellicles form the interface between teeth and the oral environment. The wetting ability of
salivary conditioning films dictates biological adhesion phenomena such as plaque
formation, calcification and staining, and also influences mouth perception through effects
on lubricity. This study assessed the effects of hexametaphosphate release from a chewing
gum matrix on the wetting ability of salivary conditioning films in vitro and in vivo.• …
pellicles form the interface between teeth and the oral environment. The wetting ability of
salivary conditioning films dictates biological adhesion phenomena such as plaque
formation, calcification and staining, and also influences mouth perception through effects
on lubricity. This study assessed the effects of hexametaphosphate release from a chewing
gum matrix on the wetting ability of salivary conditioning films in vitro and in vivo.• …
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