Next-Generation Japanese School of Endodontics. Treatment Guided by the Latest Technologies and Approaches

— Causes of endodontic instrument breakage
— Causes of ledge formation of root canals
— Mechanism of ledge formation
— Factors affecting the success in broken file removal
— Diagnosis and treatment planning for broken file removal
— Concepts of broken file removal (BFR)
— Analysis of clinical cases. 

— Non-surgical retreatment of root canals: complex clinical cases
— Author's protocols for non-surgical retreatment of root canals
— Author's protocols for treating root canals with a ledge
— Key techniques to bypass ledges.

– Overview and features of AR technology in clinical endodontics
– Visual augmentation capabilities with AR and application of 3D guides in endodontics
– Applications of AR and AI in surgical assistance, diagnostic support, and dental education
– Analysis of current research trends
– Analysis of periapical periodontitis and its sequelae using AR models
– The flow of conventional X-ray analysis and its limitations
– A new case analysis approach utilizing the visual augmentation capabilities of AR technology
– The potential for improved precision through simulations using AR models and 3D-printed models.

Recommended for: Pediatric dentists, Endodontists, Restorative dentist, General dentists.

– Complex anatomy of C-shaped canals and root canals
– Evolution from physical guides to AR guides in endodontic treatment with 3D guides
– The flow and limitations of conventional endodontic treatment using physical guides
– A new approach utilizing the visual augmentation capabilities of AR technology
– The potential for expanded indications and improved treatment precision with AR guides
– Visualization and operation within an AR environment
– Step-by-step treatment protocols of C-shaped canals. 

Recommended for: Pediatric dentists, Endodontists, Restorative dentist, General dentists.

– Data Sharing System Combining XR Technology and CBCT 
– Data sharing via IoMT (Internet of Medical Things)
– Endodontic treatment using preoperative case analysis methods based on patient-specific data and 3D models
– The impact of XR technology on patient care and clinical education
– Rapid and effective responses to complex cases using IoMT and AI support tools.

Recommended for: Pediatric dentists, Endodontists, Restorative dentist, General dentists.

– The most important aspects of perforation repair
– Management of lateral perforations
– CBCT analysis and diagnosis of perforations
– Diagnostic protocols using an endodontic locator
– Classification and treatment planning of the perforation
– Treatment options for perforations
– Analysis of clinical cases.

Recommended for: Pediatric dentists, Endodontists, Restorative dentist, General dentists.

– Step-by-step video demonstration of the treatment protocols and analysis of clinical cases:

- Identification of perforation types and their clinical implications
- Selection of appropriate repair materials and tools
- Treatment planning based on perforation location and severity
- Techniques for achieving optimal sealing and healing outcomes
- Management of complications and follow-up protocols.

Recommended for: Pediatric dentists, Endodontists, Restorative dentist, General dentists.

– Treatment planning for retreatment cases
– Retreatment steps to follow to avoid complications such as perforations
– Protocols for perforation repair in retreatment cases
– Protocols for working with MTA
– Analysis of clinical cases.

Recommended for: Pediatric dentists, Endodontists, Restorative dentist, General dentists.