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Medical and dental applications of cements
Journal of Biomedical Materials Research, 1971AbstractA number of cements based upon polymeric systems are being utilized in both medical and dental fields. The polymethyl methacrylate rapid polymerizing monomerpolymer materials have undergone extensive development as dental materials and are used widely also for rentention of orthopedic prostheses.
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Dental cements: a comparison of properties
The Journal of the American Dental Association, 1963An analysis of various types of dental cements from the standpoint of minimiz ing patient discomfort indicates that zinc oxide-eugenol cement is decidedly su perior. Although the solubility of this cement is low and its initial*adaptation to the cavity walls unusually good, its low strength and lack of resistance to abra sion confine its use to ...
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Dental Cements: Reactor Response
Advances in Dental Research, 1988This paper is in response to Dr. Dennis Smith's paper, which dealt with the current status of dental cements and recommendations with respect to future research needs. Interest in cements and research in this area have mushroomed with the development of polycarboxylate and glass-ionomer cements.
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Porosity of different dental luting cements
Dental Materials, 2007The aim of this in vitro study was to compare open porosity and pore size distribution of different types of luting cements (zinc phosphate and polycarboxylate produced by Harvard Cement, Great Britain, glass-ionomer product GC Fuji I, GC Corporation, Japan, and Panavia F, resin based composite cement, Kurraray Co. Ltd.
Milutinović-Nikolić, Aleksandra D. +2 more
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Development of novel dental cements. II. Cement properties
Clinical Materials, 1992Following earlier work, three novel aluminoborate glasses have been studied as potential cement components. Factors studied include the effect of batch size on composition and manipulative characteristics, and the effect of tartaric acid and conditions of storage on mechanical properties.
A.D. Neve, V. Piddock, E.C. Combe
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Cytotoxicity of four categories of dental cements
Dental Materials, 2009Assessment of dental material biocompatibility is gaining increasing importance for both patients and dentists. Dental cements may be in contact with oral soft tissues for prolonged periods of time and play an important role in prosthetic rehabilitation.
Schmid-Schwap, Martina +7 more
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Antibacterial properties of eight dental cements
International Endodontic Journal, 1993SummaryThe antibacterial action of a light‐cured glass poly‐alkenoate Vitrebond and an adhesive resin luting agent Panavia Ex was investigated and compared with six previously tested dental cements. The bacterial cultures used were six strains of Streptococcus mutans, six of Streptococcus sanguis and six cultures of carious debris from carious lesions.
M. M. Coogan, P. J. Creaven
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Interaction of dental cements with the complement system
Dental Materials, 1989The relative complement-activating properties of several dental cements were investigated. After the cements were incubated with fresh human serum as a source of complement, the percent of the electrophoretic conversion was assessed by means of the C3 crossed-immunoelectrophoresis technique.
P.R. Downing, R.J. Boackle, J.C. Keller
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Retentive properties of dental cements
The Journal of Prosthetic Dentistry, 1964Abstract The relative retentive properties of various luting agents were investigated by measurement of the tensile force necessary to remove cast gold, occlusal inlays seated with the different cements. The influence of the cement base and cavity liners on retention was also studied. 1. 1. Inlays cemented with the zinc phosphate cement (Tenacin)
Marjorie L. Swartz +2 more
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A New Type of Hydraulic Dental Cement
Journal of Dental Research, 1979A new type of hydraulic cement has been developed. This cement consists of a mixture of cement powder and setting agent powder and therefore has only to be kneaded with a little amount of water when being used.
Tamotsu Kohmura, Kazuhiro Ida
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