9 Questions
What are the stress-bearing areas for direct restorations?
Class I, II, and IV
Which dental cement is known for its sedative or obtundent effect?
Zinc oxide eugenol cements
What is the ideal viscosity requirement for luting cements?
Low viscosity
Which dental cement acts as a barrier against chemical irritation with a thickness of 25 µm (0.025 mm)?
Liners
Which type of dental cement is used for cementation of thin restorations like veneers?
Glass ionomer cement
Which dental cement is recognized for its antibacterial properties?
Glass ionomer cement
Which type of dental cement acts as a barrier against chemical irritation with a thickness of 25 µm (0.025 mm)?
Zinc oxide eugenol cement
Which dental cement is commonly used as a luting cement due to its low viscosity?
Zinc polycarboxylate cement
Which type of direct restoration is classified as a stress-bearing area?
Class II
Study Notes
Direct Restorations
- Stress-bearing areas for direct restorations include occlusal surfaces, proximal surfaces, and cervical areas
Dental Cements
- Zinc oxide eugenol cement is known for its sedative or obtundent effect
- Ideal viscosity requirement for luting cements is low viscosity
- Zinc oxide eugenol cement acts as a barrier against chemical irritation with a thickness of 25 µm (0.025 mm)
- Resin-modified glass ionomer cement is used for cementation of thin restorations like veneers
- Zinc oxide eugenol cement is recognized for its antibacterial properties
- Glass ionomer cement is commonly used as a luting cement due to its low viscosity
Test your knowledge on dental cements with this quiz based on lectures by Dr. Mohamed Mahmoud Abdul-Monem. Topics include zinc phosphate cement, zinc polycarboxylate cement, glass ionomer cements, zinc oxide eugenol cements, and calcium hydroxide cements.
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