Les ciments dentaires sont des matériaux à prise intra-orale couramment utilisés pour assembler une dent et la prothèse.1 Dans la littérature, la fonction première d'un ciment dentaire est de combler l'espace entre le matériau de restauration et la préparation de la dent, ainsi que d'améliorer la résistance au délogement de la restauration au cours de la fonction. Le succès à long terme d'une restauration dépend fortement du choix et de la manipulation appropriés des ciments dentaires. La perte de rétention est l'une des causes les plus fréquentes d'échec des restaurations.

Dental Cements are materials that set intra-orally and that are commonly used to join a tooth and the prosthesis.1 In literature, the primary function of a dental cement is to fill the space between restorative material and tooth preparation, as well as to enhance the resistance to restoration dislodgement during function. The long-term success of a restoration is heavily dependent on the proper selection and manipulation of dental cements. Loss of retention has been found to be one of the most common causes of restoration failure.

Zahnzemente sind Materialien, die intraoral aushärten und üblicherweise zum Verbinden von Zahn und Prothese verwendet werden.1 In der Literatur wird die primäre Funktion eines Zahnzements darin gesehen, den Raum zwischen Restaurationsmaterial und Zahnpräparation zu füllen und den Widerstand gegen eine Verschiebung der Restauration während der Funktion zu erhöhen. Der Langzeiterfolg einer Restauration hängt in hohem Maße von der richtigen Auswahl und Handhabung von Dentalzementen ab. Ein Retentionsverlust ist eine der häufigsten Ursachen für das Scheitern von Restaurationen.

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...