Ceramic Crown and Bridge

$10.00

Course Overview

Ceramic crowns and bridges represent the pinnacle of esthetic and functional restorative dentistry, delivering lifelike appearance, biocompatibility, and long-term durability. Advances in ceramic materials and adhesive techniques have dramatically expanded their clinical indications, allowing for both conventional and minimally invasive tooth replacement options. Today’s practitioners are equipped with an array of ceramics—feldspathic, glass-ceramic, zirconia, hybrid—each offering unique advantages in terms of strength, optical properties, and adaptability to digital workflows.

To ensure success with ceramic restorations, clinicians must master the science of material selection, evidence-based preparation guidelines, and protocols for impression-taking, provisionalization, try-in, and adhesive or conventional cementation. Equally important is the ability to assess patient-specific risk factors, anticipate complications such as chipping or debonding, and educate patients on maintenance to support long-term outcomes. This comprehensive course will integrate foundational science, current best practices, and emerging trends to empower providers to deliver optimal results with crowns and bridges in diverse patient populations.

Participants will gain practical knowledge and clinical confidence through discussion of preparation design, laboratory communication, cementation, troubleshooting, and the integration of CAD/CAM and new material technologies. By the end of this course, dental professionals will be prepared to offer patient-centered, esthetically pleasing, and long-lasting ceramic prosthodontic solutions.

Learning Objectives

Describe the development, classification, and properties of contemporary dental ceramics.
Identify clinical indications and contraindications for different types of ceramic crowns and bridges.
Apply evidence-based tooth preparation guidelines appropriate for various ceramic materials.
Distinguish between conventional and digital impression/scanning protocols for ceramic prostheses.
Communicate effectively with dental laboratories for optimal shade matching and prosthesis fabrication.
Evaluate fit, perform adjustment, and select appropriate cements and surface treatments for long-term success.
Recognize and manage common complications, including chipping, fracture, and loss of retention.
Educate patients on maintenance and recall protocols to maximize longevity of ceramic restorations.
Critically assess trends in CAD/CAM technology, novel materials, and minimally invasive ceramic procedures.

Categories: $19, CEU Courses, Online CEU Courses

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Course Overview

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Learning Objectives

After completing this course, participants will be able to:

Define and accurately use key infection control terminology, including sterilization, disinfection, standard precautions, critical and semi-critical instruments, and levels of disinfection.
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Explain the rationale for Hepatitis B vaccination in dental personnel and outline appropriate post-exposure management and follow-up.
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Implement evidence-based protocols for operatory asepsis, including surface barriers, environmental surface disinfection, management of spills, and regulated waste handling in compliance with local regulations.
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Apply appropriate aseptic techniques for high-speed and slow-speed handpieces, air/water syringes, ultrasonic scalers, impression materials, radiographic equipment, and evacuation systems.
Describe best practices for infection control in the dental laboratory, including handling of incoming and outgoing cases, pumice and rag wheel management, and communication of disinfection responsibilities between office and lab.
Summarize current recommendations and regulatory expectations for dental unit waterline quality, including CFU/mL targets and options for flushing, chemical treatment, and filtration.
Interpret the ethical and legal obligations related to treating patients with HIV and other infectious diseases and integrate these requirements into practice policies, documentation, and patient communication.

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Course Overview

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After completing this course, participants will be able to:

Describe the workflow and clinical benefits of integrating CBCT and intraoral scanning technologies.
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Course Overview

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Learning Objectives

After completing this course, participants will be able to:

Explain the biological challenges that have historically hindered HIV-1 vaccine development, including viral mutation rates and immune evasion.
Define “broadly neutralizing antibodies” (bnAbs) and their significance in modern vaccine design strategies.
Summarize the findings and limitations of recent major vaccine efficacy trials (e.g., Uhambo, Mosaico).
Describe the application of mRNA technology in the development of next-generation HIV immunogens.
Differentiate between sterilization immunity and functional cure in the context of HIV research.
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Discuss the current role of Pre-Exposure Prophylaxis (PrEP) as a biomedical prevention strategy alongside vaccine research.
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