Lectures & Learning Objectives

Minimally Invasive Esthetic Dentistry: No-Drill Techniques

Mario Romero, DDS

Course Description

Understanding that any restorative procedure is truly a “temporary palliative measure” will help you align with minimal intervention protocols. This course will walk attendees through the thinking process on how to avoid tooth preparation to esthetically improve our patients’ smiles, as well as use different restorative materials with as little tissue loss as possible.

Learning Objectives

• Select the best bleaching protocol for every patient
• Be able to effectively treat the single dark tooth
• Understand when and how enamel micro-abrasion can help
• Be able to select the correct treatment modality for WSL
• Be able to use different restorative materials to successfully improve smiles without sacrificing enamel

Lasers, Artificial Intelligence Software, and Real-Time Dynamic Navigation with Scopeye Surgical Display: Myths or True Innovations?

Mohamed I. Fayed, DDS, MS, PhD

Course Description

Modern endodontics has been transformed by groundbreaking technologies like Cone Beam Computed Tomography (CBCT), dental lasers, Artificial Intelligence (AI) software (e.g., e-VOLDXS), and dynamic navigation systems. The combination of CBCT and AI software, such as e-VOLDXS, provides 3D imaging with up to 300 times greater resolution for highly accurate diagnosis of structures like pulp and nerves. Dynamic navigation offers real-time, monitor-based guidance for unparalleled precision during both non-surgical and surgical procedures. Dental lasers are crucial for applications ranging from advanced root canal disinfection (SWEEPS technique) to surgical incisions and photobiomodulation (PBM) for healing. This presentation will demonstrate how integrating these tools—CBCT/AI, dynamic navigation, and lasers—improves the precision, safety, and patient outcomes in managing complex endodontic cases.

Learning Objectives

• Import CBCT dicom images into e-VOLDX AI software in the following cases: diagnosis of pain, cracked teeth, vertical root fracture and resorptive defects.
• Understand the different wave lengths available in laser technologies and its different applications in non-surgical (SWEEPS disinfection of root canal systems) and surgical endodontic procedures.
• Apply Laser guided dynamic navigation with Scopeye display in minimally invasive endodontic procedures such as locating calcified canals and surgical cases in close proximity to vital structures.

Efficiently Avoiding Implant Complications in Single and Multiple Implant Cases

Alfonso Piñeyro, DDS

Course Description

Implant complications can result in a range of negative outcomes: poor patient experience, extended chair time, increased costs, and a decline in overall team morale. Developing a proactive strategy to prevent these issues is a valuable asset for any practitioner.

Learning Objectives

• Common implant complications and how to avoid them
• How to interpret implant radiographs to better assess health and prosthetic outcomes
• Strategies for achieving more consistent and predictable results

The Science of Saving Implants: A Regenerative Approach to Complications

Hector L. Sarmiento, DMD

Course Description

This presentation will explore the etiology, diagnosis, and classification of peri-implant complications, emphasizing evidence-based surgical management of peri-implantitis. Through clinical cases and surgical videos, participants will learn how to effectively manage peri-implant defects using bone grafting techniques combined with biologic enhancers. The lecture will also highlight the adjunctive role of lasers in peri-implantitis management and present a modern classification system for peri-implant complications.

Learning Objectives

• Understand the etiology and classification of peri-implantitis and implant complications.
• Review the biologic rationale and clinical applications of materials in regenerative peri-implant surgery.
• Evaluate the adjunctive use of laser therapy in the surgical management of peri-implantitis for improved decontamination and healing outcomes.