Respect biology: The tissue should not be the issue

This webinar, organized by the Foundation for Oral Rehabilitation, features Dr. Arturo Lobell delivering an in-depth and clinically focused lecture on peri-implant tissue management and prosthetic emergence profile design. The presentation integrates biological principles with restorative strategies, offering a comprehensive framework for clinicians aiming to achieve predictable, long-term outcomes in implant dentistry.

Dr. Lobell begins by establishing the biological foundations of peri-implant health, with particular emphasis on the peri-implant phenotype. He discusses how variations in soft tissue thickness, keratinization, and underlying bone morphology directly influence treatment planning, surgical decisions, and prosthetic design. By clearly defining these parameters, the lecture provides clinicians with a structured approach to evaluating and managing peri-implant tissues in both simple and complex cases.

A significant portion of the webinar is dedicated to emergence profile design, highlighting its critical role in shaping soft tissue architecture and maintaining marginal stability. Dr. Lobell explores key anatomical considerations and demonstrates how restorative contours can either support or compromise peri-implant health. He contrasts traditional emergence profile concepts with contemporary approaches that prioritize tissue preservation and biomimetic outcomes, particularly in aesthetically demanding zones.

The session also examines implant connection stability and material selection, addressing how different components influence mechanical performance and biological response. Dr. Lobell presents a comparative analysis between conventional multi-abutment workflows and the one-abutment-one-time protocol, supported by longitudinal clinical cases. These examples illustrate how minimizing abutment disconnections can contribute to reduced tissue disruption, improved soft tissue sealing, and stable crestal bone levels over time.

Clinical case presentations are a central element of the lecture, offering practical insight into decision-making processes and treatment execution. Each case demonstrates how careful planning, precise component selection, and adherence to biological principles can lead to predictable aesthetic and functional outcomes. Special attention is given to the concept of the implant aesthetic area and how enhanced emergence profile design can optimize results in visible regions.

The webinar concludes with a practical discussion on prosthetic component selection, where Dr. Lobell identifies three critical criteria: available space, vertical height for soft tissue attachment, and mechanical strength. These factors are presented as essential considerations for ensuring long-term stability and avoiding complications such as component fracture or tissue recession. The session ends with an interactive Q&A, reinforcing key concepts and providing additional clinical insights for everyday practice.

Overall, this webinar offers a comprehensive and evidence-based perspective on the interplay between biology and prosthetics in implant dentistry. It is designed to equip clinicians with the knowledge and practical tools needed to improve treatment outcomes, enhance aesthetic results, and ensure the longevity of implant-supported restorations.