European Online Congress of Endodontics

— Evaluation and selection of instrumentation systems:

- Contemporary endodontic tools

- Choosing appropriate instruments for curved and splitting canals.

— Mastering biomechanical instrumentation techniques:

- Advanced shaping and cleaning methods

- Ensuring complete canal debridement

- Adapting techniques to anatomical complexity.

— Clinical decision-making in complex cases:

- Integrating theoretical knowledge with practical skills

- Developing effective treatment plans for intricate canal systems.

— Microscope in endodontics:

- Practical application tips and techniques

- Visualization of curved and splitting canals.

— Negotiation and instrumentation: challenges of non-negotiable root canals

— Understanding complex root canal anatomy:

- Highly curved and constricted canals

- Branched root canal anatomy: bifurcations and trifurcations

- Calcified root canal anatomy.

— Challenges for conventional instrumentation and obturation

— Performant root canal instruments (PRCI)

— Analysis of the latest literature on minimally invasive, conservative endodontic approaches

— Impact of coronal and radicular tooth structure preservation on biomechanical stability

— Conservative access cavity design

— Technical steps of minimally invasive endodontic procedures

— Balance between tooth structure conservation and effective disinfection and obturation

— Criteria for achieving gold standard endodontic outcomes

— Q&A session.

— Overview of the limitations of current endodontic systems in variable root canal anatomies

— Importance of preoperative diagnostic evaluation for instrument selection

— Challenges in wide and narrow root canals

— When is a glide path recommended and necessary?

— The new RECIPROC® Minima files

— Strategies to reduce the risk of instrument fracture

— Key features and applications of RECIPROC® M-Wire

— Key features and applications of RECIPROC® Blue

— Key features and applications of RECIPROC® Minima

— Strategies for curved canals

— Retreatment strategies

— Optimizing simplicity, effectiveness, and speed in canal shaping

— Q&A session.

— Access cavity: traditional or “Ninja” access?

— The new ultrasonic endodontic access cavity tip;

— Evolution of endodontic technologies: operating microscopes and ultrasonic units;

— Key features of Woodpecker tips;

— Introduction to the Woodpecker A-C ultrasonic tip series;

— Clinical indications for Woodpecker ultrasonic tips;

— Advantages of ultrasonic tips over traditional burs;

— Step-by-step analysis of clinical cases;

— Q&A session.

— Understanding root canal anatomy and its possible variations

— Critical role of accurate working length determination

— What is the ideal length for root canal preparation and obturation?

— Modern techniques for determining an accurate working length

— Overview of traditional working length determination methods:

- Tactile sensitivity

- Radiographic examination.

— The consequences of overextended or underextended obturation

— The objectives of endodontic treatment: mechanical disinfection, shaping and cleaning, and three-dimensional obturation

— Understanding the importance of the apical seal

— The patency file

— 3rd generation electronic apex locators

— Advantages of combining multiple working length determination methods

— How 3rd generation apex locators work?

— Interpretation of readings

— Literature review and comparison of different methods: advantages and limitations.