EdenteV2, Istex, Corpus, bibRecord, 003872

Management of Provisional Restorations' Deficiencies: A Literature Review

Identifieur interne : 003872 ( Istex/Corpus ); précédent : 003871; suivant : 003873

Management of Provisional Restorations' Deficiencies: A Literature Review

Auteurs : Michael Patras ; Olga Naka ; Spyridon Doukoudakis ; Argiris Pissiotis

Source :

Journal of Esthetic and Restorative Dentistry [ 1496-4155 ] ; 2012-02.

RBID : ISTEX:72A6600344592E89A6855090638043A6FEDC15AA

English descriptors

KwdEn :
- Acrylic resin, Acrylic resins, Appropriate repair material, Aristotle university, Bond strength, Carbon graphite, Chemical composition, Clinical performance, Composite resin, Composite resins, Deficiencies patras, Dent, Dent clin, Dentistry, Denture, Diagnostic procedures, Esthet restor dent, Esthetic, External contour, Exural strength, Flexural strength, Fracture, Fracture resistance, Fracture strength, Fracture toughness, Interim prostheses, Interim prosthesis, Interim treatment, Limited period, Literature review, Marginal accuracy, Marginal adaptation, Marginal gaps, Marginal integrity, Material combinations, Maxillofacial prosthesis, Mechanical properties, Mechanical retention, Methacrylate, Methacrylate resins, Methyl methacrylate monomer, Monomer, Nish line, Occlusal, Olga naka, Oral environment, Oral rehabil, Oral structures, Owable, Owable resin materials, Partial denture, Partial denture resins, Partial dentures, Patras, Physical properties, Pmma, Polymer, Polymerization shrinkage, Polymethyl methacrylate, Possible failures, Proper pretreatment, Prosthesis, Prosthet, Prosthet dent, Prosthodontic treatment, Prosthodontics, Provisional, Provisional acrylic resin crowns, Provisional components, Provisional crown, Provisional crowns, Provisional material, Provisional resin crowns, Provisional restoration, Provisional restorations, Provisional treatment, Reinforcement, Relining, Removable prosthodontics, Repair material, Repair process, Repair resins, Repair surfaces, Resin, Resinous materials, Restoration, Restorative dentistry, Resultant bond, Roughening, Sandblasting, Sandblasting monomer, Shear bond, Shear bond strength, Shear bond strengths, Surface characteristics, Surface layer, Surface preparation, Surface treatments, Temporary crown, Temporary crowns, Thermal cycling, Transverse strength, Treatment plan, Unpleasant odor, Weiner, Wiley periodicals.
Teeft :
- Acrylic resin, Acrylic resins, Appropriate repair material, Aristotle university, Bond strength, Carbon graphite, Chemical composition, Clinical performance, Composite resin, Composite resins, Deficiencies patras, Dent, Dent clin, Dentistry, Denture, Diagnostic procedures, Esthet restor dent, Esthetic, External contour, Exural strength, Flexural strength, Fracture, Fracture resistance, Fracture strength, Fracture toughness, Interim prostheses, Interim prosthesis, Interim treatment, Limited period, Literature review, Marginal accuracy, Marginal adaptation, Marginal gaps, Marginal integrity, Material combinations, Maxillofacial prosthesis, Mechanical properties, Mechanical retention, Methacrylate, Methacrylate resins, Methyl methacrylate monomer, Monomer, Nish line, Occlusal, Olga naka, Oral environment, Oral rehabil, Oral structures, Owable, Owable resin materials, Partial denture, Partial denture resins, Partial dentures, Patras, Physical properties, Pmma, Polymer, Polymerization shrinkage, Polymethyl methacrylate, Possible failures, Proper pretreatment, Prosthesis, Prosthet, Prosthet dent, Prosthodontic treatment, Prosthodontics, Provisional, Provisional acrylic resin crowns, Provisional components, Provisional crown, Provisional crowns, Provisional material, Provisional resin crowns, Provisional restoration, Provisional restorations, Provisional treatment, Reinforcement, Relining, Removable prosthodontics, Repair material, Repair process, Repair resins, Repair surfaces, Resin, Resinous materials, Restoration, Restorative dentistry, Resultant bond, Roughening, Sandblasting, Sandblasting monomer, Shear bond, Shear bond strength, Shear bond strengths, Surface characteristics, Surface layer, Surface preparation, Surface treatments, Temporary crown, Temporary crowns, Thermal cycling, Transverse strength, Treatment plan, Unpleasant odor, Weiner, Wiley periodicals.

Abstract

Provisional restorations are designed in order to protect oral structures and promote function and esthetics for a limited period of time, after which they are to be replaced by a definite prosthesis. They play a particular role in diagnostic procedures and continued evaluation of the treatment plan, as they should resemble the form and function of the definite rehabilitation that they precede. Therefore, interim treatment should satisfy the criteria of marginal adaptation, strength, and longevity. In complicated treatment plans that intend to last for extended periods of time, the function of provisional prostheses involves the possibility of relining, modification, or repair. These adjustments raise considerations regarding the strength of the resultant bond. Chemical composition of the base and repair material, surface characteristics of fracture parts, and time elapsed since the initial set of the rehabilitation should be considered in the decision of the appropriate repair material and technique. Proper pretreatment of the provisional components' surfaces is essential to ensure bonding as well. The purpose of this article is to illustrate the management of provisional restorations' deficiencies. This article highlights possible failures of custom‐fabricated provisional restorations, describes methods to prevent their occurrence, and discusses clinical techniques for their management. Finally, the proper combination of materials and surface preparation to achieve the optimum treatment outcomes are presented.

Url:

https://api.istex.fr/document/72A6600344592E89A6855090638043A6FEDC15AA/fulltext/pdf

DOI: 10.1111/j.1708-8240.2011.00467.x

Links to Exploration step

ISTEX:72A6600344592E89A6855090638043A6FEDC15AA

Le document en format XML

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<front><div type="abstract">Provisional restorations are designed in order to protect oral structures and promote function and esthetics for a limited period of time, after which they are to be replaced by a definite prosthesis. They play a particular role in diagnostic procedures and continued evaluation of the treatment plan, as they should resemble the form and function of the definite rehabilitation that they precede. Therefore, interim treatment should satisfy the criteria of marginal adaptation, strength, and longevity. In complicated treatment plans that intend to last for extended periods of time, the function of provisional prostheses involves the possibility of relining, modification, or repair. These adjustments raise considerations regarding the strength of the resultant bond. Chemical composition of the base and repair material, surface characteristics of fracture parts, and time elapsed since the initial set of the rehabilitation should be considered in the decision of the appropriate repair material and technique. Proper pretreatment of the provisional components' surfaces is essential to ensure bonding as well. The purpose of this article is to illustrate the management of provisional restorations' deficiencies. This article highlights possible failures of custom‐fabricated provisional restorations, describes methods to prevent their occurrence, and discusses clinical techniques for their management. Finally, the proper combination of materials and surface preparation to achieve the optimum treatment outcomes are presented.</div>
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<author><json:item><name>MICHAEL PATRAS CDT, DDS</name>
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<json:item><name>ARGIRIS PISSIOTIS DDS, MSc, PhD</name>
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ABSTRACT
<p>Provisional restorations are designed in order to protect oral structures and promote function and esthetics for a limited period of time, after which they are to be replaced by a definite prosthesis. They play a particular role in diagnostic procedures and continued evaluation of the treatment plan, as they should resemble the form and function of the definite rehabilitation that they precede. Therefore, interim treatment should satisfy the criteria of marginal adaptation, strength, and longevity. In complicated treatment plans that intend to last for extended periods of time, the function of provisional prostheses involves the possibility of relining, modification, or repair. These adjustments raise considerations regarding the strength of the resultant bond. Chemical composition of the base and repair material, surface characteristics of fracture parts, and time elapsed since the initial set of the rehabilitation should be considered in the decision of the appropriate repair material and technique. Proper pretreatment of the provisional components' surfaces is essential to ensure bonding as well.</p>
<p>The purpose of this article is to illustrate the management of provisional restorations' deficiencies. This article highlights possible failures of custom‐fabricated provisional restorations, describes methods to prevent their occurrence, and discusses clinical techniques for their management. Finally, the proper combination of materials and surface preparation to achieve the optimum treatment outcomes are presented.</p>


CLINICAL SIGNIFICANCE
<p>Provisional restorations' failures and other deficiencies are encountered by clinicians on a daily basis. Adequate laboratory techniques and material combinations presented herein may contribute to their efficient and predictable modifications and repairs.</p>
<p>(J Esthet Restor Dent 24:26–39, 2012)</p>
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<p>The purpose of this article is to illustrate the management of provisional restorations' deficiencies. This article highlights possible failures of custom‐fabricated provisional restorations, describes methods to prevent their occurrence, and discusses clinical techniques for their management. Finally, the proper combination of materials and surface preparation to achieve the optimum treatment outcomes are presented.</p>
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<p>Provisional restorations' failures and other deficiencies are encountered by clinicians on a daily basis. Adequate laboratory techniques and material combinations presented herein may contribute to their efficient and predictable modifications and repairs.</p>
<p>(J Esthet Restor Dent 24:26–39, 2012)</p>
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Management of Provisional Restorations' Deficiencies: A Literature Review

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