Evaluation of Air Abrasion Surface Pretreatment in the Repairing Capacity of Defective Composite Restoration
Study Details
Study Description
Brief Summary
This study is conducted to compare the efficacy of surface pretreatment using air abrasion sandblasting aluminum oxide particles (Al2O3) versus not pretreatment in the repair capacity of defective composite restoration indicated for repair.
Condition or Disease | Intervention/Treatment | Phase |
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N/A |
Detailed Description
First the rationale for the repair, rather than the replacement of defective direct composite restorations proved a less invasive procedure with decreased tooth loss avoiding weakening and overtreatment of tooth. Less traumatic or stressful than replacement for patients with good acceptance; Increased longevity of the restoration; Reduction of potentially harmful effects on the dental pulp and Less risk of iatrogenic damage to adjacent teeth.
Secondary using surface treatment strategies aim to prepare a clean surface with high surface energy to provide better wettability with adequate surface roughness and surface area by removing the superficial layer of the aged composite which lead to increase integrity between old and new resin restoration.
Study Design
Arms and Interventions
Arm | Intervention/Treatment |
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Experimental: surface pretreatment sandblasting Air abrasion sandblasting aluminum oxide particles (Al2O3) AquaCare single (Velopex, Medivance Instruments Ltd., London, UK) will be done for the defective area then repairing with bioactive injectable composite, Beautifil Flow Plus X F00 (Shofu, Japan). The surface treatment for aged composite will be applied according to manufacturer instructions. Repairing with bioactive injectable composite, Beautifil Flow Plus X F00(Shofu, Japan) The material will be applied according to manufacturer instructions. After shade selection incremental insertion in layers not exceeding 2 mm and light curing for 10 sec using 3M Eliper curing unite (Elipar Deepcure-S, 3M). |
Device: Air abrasion sandblasting aluminum oxide particles (Al2O3) AquaCare single (Velopex, Medivance Instruments Ltd., London, UK)
Air abrasion sandblasting aluminum oxide particles (Al2O3) AquaCare single (Velopex, Medivance Instruments Ltd., London, UK) will be done for the defective area then repairing with bioactive injectable composite, Beautifil Flow Plus X F00 (Shofu, Japan).
Other Names:
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Active Comparator: Repairing with conventional nanohybrid composite The nanohybrid resin composite will be applied to the the cavity using the conventional incremental technique according to manufacturer instructions. |
Device: Air abrasion sandblasting aluminum oxide particles (Al2O3) AquaCare single (Velopex, Medivance Instruments Ltd., London, UK)
Air abrasion sandblasting aluminum oxide particles (Al2O3) AquaCare single (Velopex, Medivance Instruments Ltd., London, UK) will be done for the defective area then repairing with bioactive injectable composite, Beautifil Flow Plus X F00 (Shofu, Japan).
Other Names:
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Outcome Measures
Primary Outcome Measures
- Change in the clinical performance [Change from the baseline at 12 months]
Change in the clinical performance Measured using modified USPHS criteria for clinical evaluation of restoration failure.
Eligibility Criteria
Criteria
Inclusion Criteria:
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Co-operative patients approving to participate in the trial.
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patient with occlusal defects class I or class II composite resin restorations indicated for repair.
Exclusion Criteria:
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Allergic history concerning methacrylates.
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Rampant caries.
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Disabilities patient
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Pregnancy
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Heavy smoking.
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Xerostomia.
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Lack of compliance.
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Evidence of parafunctional habits.
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Tempromandibular joint disorders.
Contacts and Locations
Locations
No locations specified.Sponsors and Collaborators
- Cairo University
Investigators
- Study Director: heba hamza, Professor, heba.hamza@dentistry.cu.edu.eg
Study Documents (Full-Text)
None provided.More Information
Publications
None provided.- repair defective restoration