- CAD/CAM
- Diagnosis & Treatment Planning
- Digital Imaging
- Endodontics
- Implantology
- Infection Control
- Magnification
- Materials
- Occlusion
- Oral Medicine
- Orthodontics
- Pain Management
- Pediatric Dentistry
- Periodontics
- Practice Management
- Prevention
- Prosthodontics
- Restorative Direct
- Restorative Indirect
Materials
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What Factors Affect Long-Term Bond Durability, and How Can Bond Strength Be Improved?
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When Placing Zirconia or Lithium Disilicate Restorations, What Factors Govern Your Decision to Employ Traditional Cementation vs a Bonding Protocol?
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How Has the Recent Interest in High Strength Ceramics Influenced the Development of Chairside CAD/CAM Clinical Applications?
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Are Nanocomposites Truly Universal?
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What Is the Best Method to Capture a Flawless Traditional Impression?
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What Materials Do You Use to Achieve Gingival Retraction, and How Do You Use Them?
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Adhesives: As Bioactivity and Other Advancements Improve Bond Strength, Understanding of Chemistry and Proper Technique Gain Importance
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Cements: Improved Chemical Properties Produce Longer-Lasting Restorations in Fewer Steps
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Millable Materials: With Recent Advancements Harmonizing Strength and Esthetics, CAD/CAM Is No Longer a Compromise
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Composites: Ongoing Modifications to Filler Particles Are Moving Us Closer to True Universality
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Impression Materials: New Formulations Save Time, Lower Costs, Reduce Steps, and Offer Scannability
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Retraction Materials: Pastes and Lasers Offer New Options to Clinicians Who Are Ready to “Cut the Cord”
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2018 Materials Guide
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Cements and Ceramics
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Advancements in Adhesion and Bonding