DIGITAL WORKFLOW FOR SEVERELY DAMAGED POSTERIOR TEETH IN PEDIATRIC PATIENTS
GOKHAN DOKUMACIGIL
Gökhan Dokumacigil graduated from the Faculty of Dentistry in 2014 and completed his postgraduate specialty training in Restorative Dentistry at Marmara University, Istanbul. His specialty thesis focused on the shear bond strength of adhesives containing different solvents.
His clinical expertise includes minimally invasive restorative treatments, anterior and posterior direct & indirect restorations, and CAD/CAM restorations. To date, he has led over 70 national and international courses and keynote presentations, regularly delivering hands-on courses on anterior direct composite restorations, posterior direct & indirect digital restorations, rubber dam isolation, and dental photography.
Beyond dentistry, Gökhan has a strong passion for graphic design and 3D animation, which he seamlessly integrates into his presentations through original 3D dental animations.
He currently works as a Restorative Dentistry Specialist at his private clinic in Istanbul and serves as an Assistant Professor at Istanbul Galata University. Additionally, he is a Key Opinion Leader (KOL) for multiple leading dental companies, actively contributing to product development, education, and innovation in restorative dentistry.
DIGITAL WORKFLOW FOR SEVERELY DAMAGED POSTERIOR TEETH IN PEDIATRIC PATIENTS
Managing severe structural loss in posterior teeth of pediatric patients, particularly in those with Molar Incisor Hypomineralizatin (MIH), requires a comprehensive restorative approach. This presentation will explore the digital indirect workflow for restoring such cases, covering every step from case selection and indication to adhesive strategies, dentin sealing, cementation, and final polishing.
The session will begin with an overview of treatment indications, emphasizing the benefits of indirect restorations over traditional direct techniques, especially in cases of extensive enamel and dentin loss. The role of digital impressions, CAD/CAM restorations, and material selection will be discussed, highlighting their advantages in pediatric dentistry, including improved precision, longevity, and efficiency.
A detailed breakdown of the adhesion process will be provided, focusing on dentin sealing techniques and bonding protocols for optimal retention and durability. Additionally, cementation strategies for indirect restorations in children will be addressed, ensuring a predictable and long-lasting outcome. The final step—finishing and polishing—will be explained in the context of enhancing longevity and maintaining a natural appearance.
By the end of the presentation, participants will gain a clear, step-by-step understanding of the digital indirect workflow for managing severely compromised posterior teeth in pediatric patients. The integration of digital dentistry and adhesive protocols will be emphasized as key factors in achieving functional, aesthetic, and durable restorations.