Master the diagnosis and treatment of cracked teeth with biomimetic restorative dentistry.
Cracked teeth are among the most complex challenges in modern restorative dentistry. Accurate diagnosis, appropriate treatment planning, and predictable restorative techniques are essential to preserve natural tooth structure and achieve long-term clinical success.
This comprehensive Cracked Teeth Management course provides a step-by-step clinical workflow, guiding dentists from the initial diagnosis and crack assessment to definitive restoration and long-term maintenance. Participants will learn how to identify different crack patterns, understand current crack classifications, and determine the most appropriate treatment strategy for every clinical situation.
A strong focus is placed on biomimetic restorative dentistry, emphasizing minimally invasive techniques that strengthen weakened teeth while preserving as much healthy tooth structure as possible. You will gain practical insights into adhesive dentistry, indirect restorations, cusp protection, and evidence-based decision-making for cracked posterior teeth.
Through engaging lectures, real-life clinical case discussions, and hands-on training, you will develop the confidence and skills to diagnose, restore, and maintain heavily cracked teeth with predictable, long-lasting outcomes.
By the end of this course, participants will be able to:
Masoud Hassanzadeh, DDS is a biomimetic restorative dentist, author, educator, and founder of a private practice in Drachten, the Netherlands. Since 2019, he has focused on minimally invasive dentistry, microscope-enhanced treatment, and the management of compromised dentition. He lectures internationally and has authored several publications and books on biomimetic restorative dentistry and cracked tooth management.
Dr. Kiarash Karimi, DMD, DDS is a prosthodontist and restorative dentist with advanced training from the University of Szeged, UCLA, USC, and the University of Colorado. He maintains a private practice, serves as part-time faculty at UCLA, and is currently a PhD candidate. His clinical and research interests focus on biomimetic, adhesive, minimally invasive, and implant dentistry.
