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Biocompatibility of Dental Restorative Materials
Materials Science Forum, 2014Biocompatibility is the ability of a material appropriate trigger a biological response, when applied to the body, without causing a chronic inflammatory reaction, foreign body reaction or toxicity, is related to the interaction of the cell / biomaterial.
Camila dos S. Araújo +5 more
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Dental materials for posterior restorations
Dental Traumatology, 1992Abstract Assessment of the quality of dental restorations by the Ryge system is described. Generally, the quality of dental restorations is shown to be dependent on the technique sensitivity of the restorative material as well as the skill and experience of the dentist.
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Reasons for replacement of amalgam dental restorations
European Journal of Oral Sciences, 1978abstract— Recurrent caries appears to be the most frequently occurring reason for replacement of amalgam dental restorations. Recent developments of amalgam alloys have improved the clinical appearance of such fillings but the possible influence on their durability is uncertain.
Jon E. Dahl, Harald M. Eriksen
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Antibacterial Activity of Dental Restorative Materials
Journal of Dental Research, 1971Twenty-one commercial dental restorative materials, aged under various conditions, were checked on two different culture mediums for their antibacterial activity against Staphylococcus aureus, Bacillus subtilis, Lactobacillus plantarum, a cariogenic streptococcus, and mixed bacteria from the mouth. The duration of bacteriostatic activity was decreased
David M. Updegraff +2 more
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Longevity of restorations in a dental school clinic
Journal of Dental Education, 1986The longevity of 1,207 restorations placed by students was studied in 70 adult patients. The overall percentage of restorations lasting ten years or more (P10) was 75.4 percent and survival times were longer than in most previous restoration longevity studies.
CW Drake, C Bentley
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Improved Dental Restorative Systems
Journal of Dental Research, 1968A mechanical test procedure with a deviation of ± 5% was developed for determining the efficacy of experimental dental restorations. The presence of polymer liner and silane in the preparation greatly improved the shear values obtained in these specimens and also enhanced the moisture and temperature resistance of the specimens.
E.R. Beaver +2 more
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Zirconium Bonding for Dental Restoration
Journal of Dental Research, 1967H.C. Walraven +2 more
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Wear of Dental Restorative Resins
1981The wear of dental composite restorative materials observed clinically in anterior and posterior teeth may be caused by abrasion, sliding, chemical erosion, or some combination of these mechanisms. This paper reviews experimental methodology for the study of wear of dental composite materials in vitro and in vivo.
Robert G. Craig +2 more
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