L'endodontie régénérative s'appuie sur le concept d'ingénierie tissulaire, dont l'objectif est de restaurer le tissu pulpaire endommagé ou infecté d'une dent, en particulier chez les jeunes patients dont les dents sont en cours de développement. Cette approche représente un changement de paradigme par rapport à la méthode conventionnelle de traitement du canal radiculaire, qui consiste à retirer le tissu infecté et à remplir le canal avec des matériaux inertes. L'endodontie régénérative vise plutôt à revitaliser la dent en favorisant la croissance de nouveaux tissus.

Die regenerative Endodontie beruht auf dem Konzept des Tissue Engineering, das darauf abzielt, das beschädigte oder infizierte Pulpagewebe eines Zahns wiederherzustellen, insbesondere bei jungen Patienten mit sich entwickelnden Zähnen. Dieser Ansatz stellt einen Paradigmenwechsel gegenüber der herkömmlichen Methode der Wurzelbehandlung dar, bei der das infizierte Gewebe entfernt und der Kanal mit inerten Materialien gefüllt wird. Stattdessen zielt die regenerative Endodontie darauf ab, den Zahn durch Förderung des Wachstums von neuem Gewebe zu revitalisieren.

Regenerative endodontics is rooted in the concept of tissue engineering, where the goal is to restore the damaged or infected pulp tissue within a tooth, particularly in young patients with developing teeth. This approach represents a paradigm shift from the conventional method of root canal treatment, which involves removing the infected tissue and filling the canal with inert materials. Instead, regenerative endodontics aims to revitalize the tooth by promoting the growth of new tissue.

In this book, the significant paradigm shift brought about by bioceramic sealers in endodontics has been thoroughly explored, highlighting their superior properties and profound impact on treatment outcomes. Their inherent biocompatibility, coupled with a unique bioactivity that promotes hydroxyapatite formation and a strong chemical bond with dentin, unequivocally positions them as a gold standard in root canal obturation. The discussions within this work have consistently demonstrated how the sustained alkalinity and dimensional stability of these materials contribute to a highly...

This book provides a comprehensive analysis of the evolution, classification, and clinical applications of dental veneers within the field of cosmetic dentistry. It critically examines their role in enhancing dental aesthetics, evaluates advancements in veneer materials and techniques, and considers patient satisfaction alongside ethical implications of elective cosmetic procedures. The study draws on current scholarly literature and evidence-based practices to offer insights relevant to both clinical practitioners and academic researchers in restorative and aesthetic dentistry.

This book offers an in-depth exploration of irrigation activation techniques in endodontics, focusing on their role in enhancing canal disinfection and clinical outcomes. Conventional syringe irrigation, though commonly used, often proves insufficient in cleaning the complex anatomy of the root canal system, especially in areas like lateral canals, isthmuses, and apical thirds. To address these challenges, various activation techniques have been introduced to improve irrigant flow, penetration, and biofilm removal. It discusses manual agitation, sonic and ultrasonic activation methods, as...

Biomimetic dentistry is an advanced restorative approach that aims to mimic the natural structure, function, and biomechanics of teeth. It focuses on preserving as much of the healthy tooth structure as possible while using materials that replicate the properties of natural dentin and enamel. Techniques like adhesive bonding, stress-reducing restorations, and minimally invasive procedures are central to this method. Biomimetic restorations seal the tooth against bacterial invasion, reduce the risk of fractures, and enhance longevity. This approach bridges biology and technology, offering a...