Learning Objectives: 

• Explain the microscopic structure of tooth enamel and its role in maintaining dental health, with a focus on enamel’s resilience and susceptibility to demineralization
• Describe the dental caries process, including the chemical and biological mechanisms of enamel demineralization and remineralization, and factors influencing these dynamics
• Evaluate traditional methods for managing enamel demineralization, such as fluoride application, dietary modifications, and remineralizing agents, identifying their benefits and limitations
• Assess the clinical potential of calcium phosphate ion clusters as a nanotechnology for enamel regeneration, including their mechanism of action and implications for future preventative and restorative dental care

Step into the fascinating world of tooth enamel and discover how microscopic innovations are revolutionizing oral care! This cutting-edge course will take you on a journey through the intricate structure of enamel, the science behind the dental caries process, and the tried-and-true methods of managing enamel demineralization. But the real game changer? You’ll be introduced to an exciting new nanotechnology—calcium phosphate ion clusters—that’s paving the way for true enamel regeneration. Designed exclusively for registered dental hygienists, this course combines science, innovation, and practical application, empowering you to bring the future of dentistry into your practice and transform your patient care.