[Temporary repair--a blue print for the dental laboratory].
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Dental Porcelain↗
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Results for “Denture, Partial, Temporary”
Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.
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[Temporary prosthesis as a developed means in stomatologic therapy].
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Denture, Partial, Temporary↗
The level of residual monomer in self curing resins for temporary crown and bridge.
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Chemical Phenomena↗
[Improved pliers for removing temporary crowns].
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Crowns↗
Temporary restorations: a review.
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Dental Materials↗
[Intermediate or temporary bridges using the acid etch technic].
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Acid Etching, Dental↗
[Temporary saddle extension bridge and its laboratory preparation. 2. Practical examples from author's cases].
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Dentistry↗
[Steel-isosite bridges--a semipermanent temporary appliance in periodontics?].
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Acrylic Resins↗
[Temporary and provisional restorations].
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Acetates↗
Postorthodontic temporary fixation and the resin-bonded fixed prosthesis.
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Adolescent↗
Incisal index for immediate temporary fixed tooth replacement.
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Denture Design↗
Accurate arcylic resin temporary restorations.
A technique for making temporary restorations has been described. The temporary restoration is diagnostic, protective, and stabilizes prepared teeth.
Acrylic Resins↗
[Temporary restorations in fixed dentures. Concept and production according to esthetic, biological and functional criteria].
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Dental Occlusion↗
[The Silicoater system: a new preparation method for split-free resin-metal bondings in dental prosthetics. Material for temporary crowns and bridges].
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Carbon↗
[Temporary prostheses made of thermoplastic material in maxillofacial surgery].
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Dental Materials↗
Influence of dietary simulating solvents on the viscoelasticity of temporary soft lining materials.
STATEMENT OF PROBLEM: Clinical changes in the viscoelasticity of temporary soft lining materials are characterized by a more rapid and increased reduction in compliance than is seen after in vitro immersion. A possible explanation for these differences is a solvent effect, acting clinically to encourage the loss of ethanol and plasticizer. Dietary solvents have been suggested as likely agents. PURPOSE: This study examined the effect of immersion in dietary simulating solvents on the viscoelasticity of temporary soft lining materials, with a view to formulating more clinically relevant immersion regimes used in the evaluation of these materials. MATERIAL AND METHODS: Four temporary soft lining materials were immersed in distilled water and solutions chosen to simulate dietary solvents. Changes in viscoelasticity over time were recorded with a penetrometer, modified to record creep strain and strain during recovery. RESULTS: All immersion solutions caused a significant reduction in compliance values of each material over time (P <.05). However, only heptane and corn oil immersants produced the rapid and increased reduction in compliance that is evident clinically. Changes in elastic recovery were less pronounced. CONCLUSION: Results of this study offer support to a dietary source of solvent acting to effect clinical changes in the viscoelasticity of temporary soft lining materials.
Analysis of Variance↗
Indirect temporary acrylic restorations for fixed prosthodontics.
A procedure is presented that will eliminate the potential pulpal damage from exposure of freshly prepared dentin to uncured acrylic resin, reduce chair time, and produce an accurate temporary acrylic crown that requires minimal adjustment.
Acrylic Resins↗
[Direct rebasing of temporary crowns in the fixed denture. An experimental assessment of the increase in heat at the pulp cavity level].
Self-curing resins are generally used to directly temporary prostheses on the crown abutments. This technique enables the operator to obtain a better marginal adaptation of the temporary prosthesis. The risk of such a procedure is the inflammation of the pulp due to the exothermic polymerization reaction of self-curing resins. The authors suggest experimentally evaluating the rate of thermic increase within the pulp cavity of an extracted tooth while directly relining a temporary crown.
Composite Resins↗