Many of the dental cement research needs for the future should be related to the biological environment, organic films, living organisms, and experimentation in vivo. Research in these areas will create new opportunities for physical scientists to collaborate with biological scientists, establishing research teams with composition quite different from those in the past. That compositional change could be the major change in dental cement research for the balance of the 1980's.
Get full access to this article
View all access options for this article.
References
1.
Brauer, G.M. and Stansbury, J.W. (1984a): Intermediate Restorations from N Hexyl Vanillate-EBA-ZnO-Glass Ionomer Composites, J Dent Res63: 1315-1320.
Brauer, G.M.; Stansbury, J.W.; and Argentar, H. (1983): Development of High-strength, Acrylic Resin-compatible Adhesive Cements, J Dent Res62: 366-370.
4.
Brauer, G.M.; Stansbury, J.W.; and Flowers, D. (1986): Modification of Cements Containing Vanillate or Syringate Esters, Dent Mater2: 21.
5.
Chan, K.C.; Boyer, D.B.; and Aunan, D.C. (1985): Bond Strength of Cements to Nickel-Chromium and Silver Palladium Alloys, J Prosthet Dent53: 353-355.
6.
Jendresen, M.D. (1973): New Dental Cements and Fixed Prosthodontics, J Prosthet Dent30: 684-688.