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Glass ionomer cements: dispensing and strength
Australian Dental Journal, 1985Abstract— The use of the powder and liquid dispensers provided by the manufacturers to achieve an optimal mix of glass ionomer cement was examined. The dispensers should be regarded only as an approximate guide to the ratio of powder and liquid required.
T C, Wong, R W, Bryant
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Biological Evaluation on Glass Ionomer Cement
Journal of Dental Research, 1979Biological properties of a new dental cement of glass ionomer cement were compared with other types of conventional cement. The biological test was carried out by tissue culture method and animal examination. The culture cells showed weaker reaction to the glass ionomer cement than zinc oxide-eugenol or polycarboxylate cement.
H, Kawahara, Y, Imanishi, H, Oshima
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2021
Glass ionomer cements (GICs) are hydrophilic, bioactive restorative materials which develop their structure and harden following an acid-base reaction of the powder and the liquid. The GIC powder is an acid-soluble calcium fluoroaluminosilicate glass and its liquid part is an aqueous solution of organic acids, i.e.
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Glass ionomer cements (GICs) are hydrophilic, bioactive restorative materials which develop their structure and harden following an acid-base reaction of the powder and the liquid. The GIC powder is an acid-soluble calcium fluoroaluminosilicate glass and its liquid part is an aqueous solution of organic acids, i.e.
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Microleakage of glass ionomer cement composite resin and glass ionomer resin cement.
The Journal of clinical pediatric dentistry, 1998An in vitro dye leakage study was performed to compare the sealing ability of glass ionomer, composite resin and glass ionomer/resin cement when used as restorative materials for G. V. Black class V cavities. In this research, standard Class V cavities were prepared in sound premolar teeth extracted for orthodontic reasons.
Erdilek N., Ozata F., Sepetcioglu F.
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Working qualities of glass-ionomer cements
The Journal of Prosthetic Dentistry, 1981G lass-ionomer cements, relatively new and promising materials, are presently advocated for clinical use as Class III and V restorative materials, fissure sealants, and cementing agents for castings.‘-7 The setting mechanism of the glass ionomers has been characterized by Crisp et al.*-lo The physical properties and resistance to solubility appear ...
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Pediatric dentistry, 2003
Glass ionomer cements have been used in pediatric restorative dentistry for 20 years. Their usefulness in pediatric restorative dentistry is preferential relative to other materials because of their fluoride release, chemical adhesion to tooth structure, and availability to use in a variety of clinical scenarios.
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Glass ionomer cements have been used in pediatric restorative dentistry for 20 years. Their usefulness in pediatric restorative dentistry is preferential relative to other materials because of their fluoride release, chemical adhesion to tooth structure, and availability to use in a variety of clinical scenarios.
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The Journal of the American Dental Association, 1994
John W. McClean, Alan D. Wilson
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John W. McClean, Alan D. Wilson
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