We have studied tribological properties of pre-adsorbed salivary films formed in vitro on compliant hydrophobic surfaces. The adsorbed salivary film significantly decreases boundary friction under physiological ionic strength, which is related to a hydrophilic character of the adsorbed film and its structure. Decrease in the ionic strength below physiological conditions affects film's structure, but it does not significantly affect boundary lubrication at low loads. Applications of high loads led to a gradual loss of lubrication due to shear-induced wear of the films. The wear became more extensive as the ionic strength of the solvent was lowered below physiological conditions. (C) 2011 Published by Elsevier Ltd
Textured biomaterials have been extensively used in biomedical engineering to modulate mammalian and...
<div><p>Water forms the basis of lubrication in the human body, but is unable to provide sufficient ...
The adsorption of human whole saliva (HWS) onto silica and hydroxyapatite surfaces (HA) was followed...
Salivary films coating oral surfaces are critically important for oral health. This study focuses on...
In this work, we employ atomic force microscopy based friction force spectroscopy to study the stren...
The pellicle serves as a multifunctional protective layer, providing, e.g., lubrication and reminera...
The role of saliva in the oral cavity is manifold; an important function is to serve as lubricant be...
Conditioning film is a mixture of proteins that facilitate the articulation of the body parts throug...
Ionic valency influences oral processing by changing salivary behavior and merits more attention sin...
We demonstrate the efficient boundary lubricating properties of human whole saliva (HWS) in a soft h...
Toothbrushing, though aimed at biofilm removal, also affects the lubricative function of adsorbed sa...
Water forms the basis of lubrication in the human body, but is unable to provide sufficient lubricat...
The visco-elasticity of salivary-protein films is related to mouthfeel, lubrication, biofilm formati...
Water forms the basis of lubrication in the human body, but is unable to provide sufficient lubricat...
Textured biomaterials have been extensively used in biomedical engineering to modulate mammalian and...
<div><p>Water forms the basis of lubrication in the human body, but is unable to provide sufficient ...
The adsorption of human whole saliva (HWS) onto silica and hydroxyapatite surfaces (HA) was followed...
Salivary films coating oral surfaces are critically important for oral health. This study focuses on...
In this work, we employ atomic force microscopy based friction force spectroscopy to study the stren...
The pellicle serves as a multifunctional protective layer, providing, e.g., lubrication and reminera...
The role of saliva in the oral cavity is manifold; an important function is to serve as lubricant be...
Conditioning film is a mixture of proteins that facilitate the articulation of the body parts throug...
Ionic valency influences oral processing by changing salivary behavior and merits more attention sin...
We demonstrate the efficient boundary lubricating properties of human whole saliva (HWS) in a soft h...
Toothbrushing, though aimed at biofilm removal, also affects the lubricative function of adsorbed sa...
Water forms the basis of lubrication in the human body, but is unable to provide sufficient lubricat...
The visco-elasticity of salivary-protein films is related to mouthfeel, lubrication, biofilm formati...
Water forms the basis of lubrication in the human body, but is unable to provide sufficient lubricat...
Textured biomaterials have been extensively used in biomedical engineering to modulate mammalian and...
<div><p>Water forms the basis of lubrication in the human body, but is unable to provide sufficient ...
The adsorption of human whole saliva (HWS) onto silica and hydroxyapatite surfaces (HA) was followed...