Innovations in Endodontics: The Art of Non-Surgical Retreatment

Instructor: Dr. Yoshi Terauchi
Format: 13h 47min On-Demand • Full HD • English • 17 Lectures

Master the latest protocols, instruments, and advanced diagnostic techniques in endodontic retreatment.
This program combines cutting-edge clinical science with live microscope demonstrations to help you
achieve predictable, minimally invasive results in even the most challenging cases.

What You Will Learn

• ✅ Advanced diagnostic protocols, including CBCT imaging for precision planning
• ✅ MTA obturation strategies vs traditional gutta-percha for optimal long-term outcomes
• ✅ Proven techniques to bypass non-visible ledges safely and effectively
• ✅ Removal of gutta-percha and MTA filling materials with minimal dentin loss
• ✅ Step-by-step removal of fractured instruments, including files in severely curved canals
• ✅ Live demonstrations under the microscope showing practical, real-case applications

Course Highlights

• 13 hours 47 minutes of structured, expert-led content
• 17 lectures covering diagnostic methods, obturation, and retreatment workflows
• Unique LIVE DEMO sessions showing instrument removal, ledge bypassing, and MTA applications
• Exclusive access to Dr. Terauchi’s minimally invasive ultrasonic techniques

Lecture Breakdown

• Course Introduction – 7 min
• MTA-based protocols & strategies – 83 min
• Accurate diagnosis & planning – 88 min
• Gutta-percha removal – 28 min
• LIVE DEMO: Ledge bypassing – 26 min
• MTA obturation: biological alternative – 88 min
• LIVE DEMO: MTA application – 18 min
• Broken instrument removal techniques – 86 min
• LIVE DEMO: Ultrasonic removal in curved canals – 62 min
• Ten second rule for instrument removal – 40 min
• LIVE DEMO: Advanced ultrasonic strategies – 41 min
• Long broken file removal techniques – 8 min
• LIVE DEMO: Rotary burs & piezoflow – 48 min

Perfect for: Endodontists and general dentists aiming to elevate their retreatment skills and adopt
biologically sound, minimally invasive protocols that reduce failure and increase clinical predictability.